SOLENOID VALVES SERIES

Transcription

1 CAD drawing data catalog is available. VALVES GENERAL CATALOG SOLENOID VALVES SERIES INDEX The shapes of the dual-use different size fitting blocks for the F, F1, and F1 series solenoid valve, and of the F1 series manifold piping block fitting for 1, have been changed. mm Fitting type Earlier New Dual-use fittings for and Dual-use fittings for and Dual-use fittings for and Features 99 Product Range 01 Cylinder Operating Speed Table 0 Operating Principles and Symbols 0 Handling Instructions and Precautions 0 Disassembly Diagram and Unit Adding Procedure 11 Product Configurations for Serial Transmission Compatible Manifold 1 Specifications of Serial Transmission Compatible Manifold 19 Precautions for Use Due to Partial Specification Changes 1 Order Codes Solenoid Valves F Series Specifications Dimensions Solenoid Valves F1 Series 0 Specifications 1 Dimensions Solenoid Valves F1 Series 9 Specifications 99 Dimensions 0 F Series Specifications Confirmation Form 1 F1 series piping block (supply and exhaust) fitting for 1 Caution Before use, be sure to read the Safety Precautions on p. 1. 9

2 New valves offer more user friendly operability and improved performance. NEW Basic VALVE Can change valve function on-site! 1. Single/double dual-use valves The F Series -position valves functions can be switched back and forth between the single solenoid valve and double solenoid valve by using the manual override. This enables the models to be enhanced for diversified application requirements. Note: Excluding the T0 (T-Zero) type Two types in one! Solenoid Valves F Series Solenoid Valves F1 Series Solenoid Valves F1 Series Valve width: mm [0.9in.] Effective area: mm Cv: 0. Applicable cylinder bore sizes: 0 [0.in.]0 [1.99in.] Valve width: 1mm [0.91in.] Effective area: mm Cv: 0. Applicable cylinder bore sizes: 0 [1.in.]0 [.in.] Valve width: 1mm [0.09in.] Effective area: 1mm Cv: 1.0 Applicable cylinder bore sizes: 0 [1.99in.]0 [.9in.] 99

3 .. Uses dual-use fittings for different tube sizes. Allows tubes of different outer diameters to be connected. Series F F1 F1 Applicable tube sizes,,, Note: Single size fittings can also be selected.. Single solenoid valve T0 (T-zero) type added Dedicated single solenoid valves have been added to the F series solenoid valve range, sharing the same design concept for easier selection. Moreover, it allows combination mounting with earlier manifolds, offering good maintainability. More compact, and higher flow rate Flow rate up by. times for the same valve width (compared to the Koganei product). Solenoid valves 1 series Effective area.0mm Cv: 0. Solenoid valves F1 series Effective area mm Cv: 0.. Offers more user friendly operability. Replacing outlet blocks makes it possible to change between base piping and direct piping. (Except for the F type monoblock manifold and F type PC board manifold) [] ]\ External pilot specification can also be selected. External pilot (positive pressure) specification allows operation from 0 MPa main pressure. The vacuum specification can also be selected. X(P) port Shared connectors (Single valve unit can also be used as a plug-in type). (Base piping) (Direct piping) When using a -port valve as a -port valve To enable it to be used as a -port valve, a single size fitting block and female thread block for - port use have been newly added, widening the selection range and the enhancing usability. Dual-use different size fitting block Single size fitting block for - port Note Single size fitting block Single size fitting block for - port Note Single size fitting block Note: For the normally closed (NC) and normally open (NO) dual-use type, the block mounting direction determines the type. (Not available for F1 series.) Female thread block Female thread block for -port Note Full range of wiring specifications The PC board manifold has been added to the monoblock type. A flat cable connector, D-sub connector and terminal block are provided for the split manifold plug-in type. In addition, serial transmission compatible manifolds for 1 types of systems are also available. An individual air supply and exhaust are available. Specially designed air supply or exhaust spacers installed between the manifold and valve allow for individual air supply or exhaust. A locking and non-locking type dual-use manual override is standard equipment. A manual override lever can also be selected. (made to order) lever Manual override button. Power consumption per one valve (for DCV specification) Achieves power consumption of 0.9W (Current ma, DCV) 00

4 F Series Product Range Single Valve Unit Valves can be used as single units by attaching inlet port blocks. Mounting brackets are also provided. Outlet port specifications With sub-base For single valve unit or manifold use Series Female thread With female thread block With dual-use different size fitting block With single size fitting block Rc 1/ Rc 1/ M Rc 1/ Rc 1/,,, F F1 F1 With fitting block With female thread block With A type sub-base With mounting bracket Order codes p., Fseries dimensions p. F1series dimensions p. F1series dimensions p.0 Monoblock Manifold A Type (Base Piping Type) This base piping type manifold offers easy maintenance and cost performance. Replacing the outlet block enables its use as a direct piping type manifold. Using a common terminal prewired plug connector greatly reduces wiring work. With fitting block With female thread block Common terminal prewired plug connector Order codes p., Fseries dimensions p.0 F1series dimensions p. F1series dimensions p.0 Monoblock Manifold F Type (Direct Piping Type) The direct piping type manifold offers excellent cost performance. Using a common terminal prewired plug connector greatly reduces wiring work. With fitting block With female thread block Common terminal prewired plug connector Order codes p.9,0 Fseries dimensions p.1 F1series dimensions p.9 F1series dimensions p.0 01

5 PC Board Manifold A MIL type 0-pin flat cable connector is installed on the monoblock manifold to achieve both wiring savings and cost performance. Combined use of the Koganei PC wiring system and wiring specification -F01 allows for more effective wiring savings. Note: Not available in the F1 series. A type (Base piping type) F type (Direct piping type) Order codes p.1 Fseries dimensions p. F1series dimensions p.90 Split Manifold Non-Plug-in Type Enables easy addition or removal of manifold blocks. This system offers more flexibility in conforming to changes in specifications. Manifold port with fitting block Manifold port with fitting block Valve port with fitting block Split Manifold Plug-in Type Valve port with fitting block Manifold port with female thread block Manifold port with female thread block Valve port with female thread block Manifold conforms to reduced wiring work. Adding on wiring allows adding manifold units. Combined use of the Koganei PC wiring system and wiring specification -F01 offers more effective wiring savings. Valve port with female thread block Order codes p.0 Fseries dimensions p. F1series dimensions p.91 F1series dimensions p.0 Order codes p.1 Fseries dimensions p. F1series dimensions p.9 F1series dimensions p.09 Wiring Flat cable connector D-sub connector Terminal block Muffler Additional Parts Serial Transmission Compatible Manifold Dimensions F : p. F1 : p. 9 F1 : p. 1 For Mitsubishi Electric MELSECNET/MINI-S For Mitsubishi Electric MELSEC I/O LINK For Mitsubishi Electric CC-Link For NKE, KURODA PRECISON INDUSTRIES UNI-WIRE System For KOYO ELECTRONICS INDUSTRIES SA Bus For SUNX S-LINK For details, see p.. For OMRON SYSBUS Wire System For OMRON BA Link Terminal For OMRON CompoBus/D For OMRON CompoBus/S For Fuji Electric FA Components & Systems T Link Mini For KEYENCE KZ-R Order codes p. Fseries dimensions p. F1series dimensions p.9 F1series dimensions p.1 0

6 Cylinder Operating Speed Table (For reference) 1. Cylinder mounting direction: Vertical Pen Cylinders Pressure : 0.MPa [psi.] Load ratio : 0% Cylinder stroke : mm [.91in.] Piping (outer diameter inner diameter length) : 00mm Cylinder series/conditions/cylinder bore size: mm [in.] Slim Cylinders Pressure : 0.MPa [psi.] Load ratio: 0% Cylinder stroke : mm [.91in.] Piping (outer diameter inner diameter length) : 00mm Cylinder Series speed mm/s [in./sec.] [0.9] 1 [0.0] 0 [0.] [0.9] [1.0] 0 [1.] 0 [1.99] [.9] F series 00 [11.] Effective area 0 [1.] mm 00 [.] Cv: 0. 0 [9.] [.9] F1 series 00 [11.] Effective area 0 [1.] mm 00 [.] Cv: 0. 0 [9.] [.9] F1 series 00 [11.] Effective area 0 [1.] 1mm 00 [.] Cv: [9.] : Use each cylinder type within its operating speed range. : Cylinder speed is limited by the connection port orifice size. Remark: For a load ratio of other than 0%, see the Cylinder Operating Speed in the specifications for each valve. DYNA Cylinders Pressure : 0.MPa [psi.] Load ratio : 0% Cylinder stroke : mm [.91in.] Piping (outer diameter inner diameter length) :.00mm [.0] 0 [.] 0 [.9]. Cylinder mounting direction: Horizontal (Rolling bearing: Friction coefficient 0.1) Series F series Effective area mm Cv: 0. F1 series Effective area mm Cv: 0. F1 series Effective area 1mm Cv: 1.0 Cylinder speed mm/s [in./sec.] [.9] 00 [11.] 0 [1.] 00 [.] 0 [9.] [.9] 00 [11.] 0 [1.] 00 [.] 0 [9.] [.9] 00 [11.] 0 [1.] 00 [.] 0 [9.] Pen Cylinders Pressure : 0.MPa [psi.] Load ratio : 0% Cylinder stroke : mm [.91in.] Piping (outer diameter inner diameter length) : 00mm [0.9] 1 [0.0] Cylinder series/conditions/cylinder bore size: mm [in.] Slim Cylinders Pressure : 0.MPa [psi.] Load ratio: 0% Cylinder stroke : mm [.91in.] Piping (outer diameter inner diameter length) : 00mm 0 [0.] [0.9] [1.0] 0 [1.] : Use each cylinder type within its operating speed range. : Cylinder speed is limited by the connection port orifice size. Remark: For a load ratio of other than 0%, see the Cylinder Operating Speed in the specifications for each valve. DYNA Cylinders Pressure : 0.MPa [psi.] Load ratio : 0% Cylinder stroke : mm [.91in.] Piping (outer diameter inner diameter length) :.00mm 0 [1.99] [.0] 0 [.] 0 [.9] 0

7 Operating Principles and Symbols -port, -position When set as a single solenoid or T0 type 1SA When set as a double solenoid 1SA Remark: When using a -port valve as a -port valve, see p.0. FT1-A1 (De-energized) Solenoid A 1SA A B XP Note1 R1 1P R A B Note1 R1 1P R XP 1SB Solenoid B1SB Note Solenoid cover Column Molded solenoid Plunger Pilot valve body Note Diagram shows when set as a single solenoid. End cover PR Plunger spring Flapper Piston Lip seal Internal pilot Note XPExternal pilot Note 1 R1 A 1P B R Stem Valve body Notes: 1. For external pilot type. Not available with external pilot type. Not available with T0 type Major Parts and Materials Parts Materials Body Stem Lip seal Flapper Valve Sub-base Plunger Column End cover Aluminum die-casting Aluminum alloy Synthetic rubber Aluminum alloy (anodized) Magnetic stainless steel Plastic Monoblock Aluminum alloy (anodized) Manifold Split type Plastic Block-off plate Mild steel (nickel plated) Seal Synthetic rubber Body -port, -position (Both 1 (SA) and 1 (SB) are de-energized) Closed center 1SA Exhaust center 1SA Pressure center 1SA FT-A1 FT-A1 FT-A1 A B R1 1P R A B R1 1P R A B R1 1P R Note1 XP 1SB XP Note1 1SB Note1 XP 1SB Note PR XP Note1 R1 Note PR XP Note1 R1 Note PR XP Note1 R1 A A A 1P 1P 1P B B B R R R Notes: 1. For external pilot type. Not available with external pilot type 0

8 Handling Instructions and Precautions Solenoid Single and double solenoid switching procedure By switching the manual override, model FT1-position valvecan be used as either a single solenoid valve or a double solenoid valve (not possible with a -position valve). Note that the FT1 is set to the single solenoid specification at shipping. Switching from a single solenoid valve to a double solenoid valve 1.As shown in Fig.1, insert the Cover flatblade tip of a small screwdriver into the gap between the valve and the cover, and then peel it off and remove the cover. Claw Caution: As shown in Fig.1, make sure to insert a small screwdriver from the side of the valve cover. The cover claw may be damaged when the cover is removed from the direction of the valve stem. Never remove the cover for any reason other than valve function Figure 1 switching..as shown in Fig., use a small screwdriver, etc. to turn the manual override on the B side by 90 degrees in the counterclockwise direction, so that the manual override slit is horizontal, as shown on the right side of the figure. Then the unit can be used as a double solenoid valve. When using it as a double solenoid valve, the override is used as the manual override for the B side. Caution: When using it as a double solenoid valve, do not attach the cover that was removed in Fig. 1. Switching from a double solenoid valve to a single solenoid valve As shown in Fig., use a small screwdriver, etc. to push lightly against the manual override button, and then turn it by 90 degrees in the clockwise direction, so that the manual override button s slit is in the vertical direction, and then attach the cover. Caution: The cover has directionality (F1 and F1 series only). When attaching, always align the detent on the back of the cover with the manual override button s slit, as shown in Fig.. Illustration shows the F series. Turn the manual override button in the counterclockwise direction to set the double solenoid. B side manual override button Single solenoid state Double solenoid state The manual override button is protruding. Figure Push lightly, then turn the manual overrride button clockwise to set the single solenoid. button Double solenoid state Single solenoid state The manual override button is protruding. Figure Cover (Back face) Wiring instructions (When used as a single unit, non-plug-in type manifold) 1.Attaching and removing plug connector Use fingers to insert the connector into the pin, push it in until the lever claw latches onto the protruded section of the connector housing, and complete the connection. To remove the connector, squeeze the lever along with the connector, lift the lever claw up from the protruded section of the housing, and pull it out. Housing Protruded section Pin Hook Contact Lead wire Plug connector Contact Lead wire (white) Plug connector Housing Protruded section Pin Lever Cautions: 1.When removing the connector, confirm that the lever claw is positively disengaged from the protruded section before pulling out. The housing may be damaged if it is pulled out while engaged with the protruded section..the plug connector lead wires for model FT1 (-position valve) are set to the single solenoid specification at shipping (for plug connector types)..when switching from a single solenoid to a double solenoid specification for use, disconnect the plug connector from the valve, check the hook directions on the lead wire (white) with the contacts, and then insert the lead wire into the plug connector s B side hole (see the illustration above). Use the same procedure to switch the manifold type single solenoid to a double solenoid specification..when using the plug-in type manifold, caution should be exercised that even if the valve has been switched to a double solenoid, no power will be supplied to the B side solenoid unless the valve base wiring is set to the double wiring..attaching and removing plug connector and contact Attaching Insert the contact with a lead wire into a plug connector hole until the contact hook latches on the connector and is secured to the plug connector. Confirm that the lead wire cannot be easily pulled out (see below). Removing To remove it, insert a tool with a fine tip (such as a small screwdriver) into the rectangular hole on the side of the plug connector to push up on the hook, and then pull out the lead wire. When re-using the contacts, restore the hook back so that they spread outward. Indication of polarity (DC).Common terminal and short bar A short bar is attached to the plug connector to ensure that the solenoid A and B wiring are positive common. Do not remove the short bar. Note about the wiring for the above switching See the Wiring instructions to the right. End cover 0 Figure Detent Manual overrride Short bar Contact (without lead wire)

9 . Crimping of connecting lead wire and contact To crimp lead wires into contacts, strip off mm [0.1in.] of the insulation from the end of the lead wire, insert it into the contact, and crimp it. Be sure to avoid catching the insulation on the exposed wire crimping section. Insulation crimp tab Exposed wire crimping section Contact Single solenoid valve Double solenoid valve Common wire Hook Insulation Maximum outer diameter:1. C type Exposed wire mm B type A type Lead wire Applicable to AWG0 Cautions: 1. Do not pull hard on the lead wire.. For crimping of connecting lead wire and contact, always use a dedicated tool. Contact: Model 01-MK Manufactured by Sumiko Tech, Inc. Crimping tool: Model F1 (For 01-MK) Manufactured by Sumiko Tech, Inc..Common connector assembly for manifolds Using a common connector assembly for solenoid valves for a manifold provides common wiring for all the solenoid valves and greatly reduces wiring work. Common wire Common wire.common connector assembly (positive common specifications) For adding units after mounting the connector assembly for the manifold, order the appropriate common connector assembly shown below. A type ModelFZ-PA B type ModelFZ-PB C type ModelFZ-PC Figure Red Common wire () Black A side() White B side () (Insert when using as a double solenoid) Red Common wire () Black A side() White B side () (Insert when using as a double solenoid) Red Common wire () Black A side () White B side () (Insert when using as a double solenoid) Red Common wire () Note:FZ0-P has no white wires. : Lead wire length : 00mm [11.in.] : 000mm [11in.] The common connector types are determined by looking at them from the lead wire side; the right end one is A type, the left end one is C type, and all the others are B type (see Fig. )..Cabtyre cable CC1.0mm [9in.]CC000mm [11in.]. [0.1in.] Internal circuit Voltage specification DCV DC1V AC0V Color of lead wire: Black Color of lead wire: Red Color of lead wire: White Color of lead wire: Black Color of lead wire: Red Color of lead wire: White Inside of the connector Red Green Inside of the connector Power supply terminal Internal circuit Red Green Cautions: 1. Do not apply megger between the pins.. For switching wiring between a single solenoid and a double solenoid, see the Wiring instructions on p.0.. The common wiring set for the double solenoid with a DC specification is the positive common specification.. Leakage current inside the circuit could result in failure of the solenoid valve to return, or in other erratic operation. Always use at less than the allowable leakage current shown in the solenoid specifications on p., 1, and 99. If circuit conditions, etc. cause the leakage current to exceed the allowable leakage current, consult us.. For the double solenoid specification, avoid energizing both solenoids simultaneously. PC board manifold When connecting a power line to the power supply terminal on the PC board manifold, care should be taken in regard to the following points when connecting. Terminal screw tightening torque: 0.Nm {0.0kgfm} [.inlbf] Stripped wire length: mm [0.in.] Connecting wire size: 0.1.mm [ in. ] AWG: No...1 When planning to use crimp-style terminals, use bar terminals. Recommended crimp-style terminals (bar terminals): Manufactured by Nichifu, Inc. Model BT (for 0.1.mm [ in. ]) Wiring of the terminal block Care should be taken with the terminal screw tightening torque. Overtightening beyond the tightening torque could result in breakage. Terminal screw tightening torque: Max. 9.0Ncm {.0kgfcm} [.inlbf]. Connector Cap Caution: Exercise caution that these are not dust-proof and drip-proof specifications. 0

10 -port valves Precautions for use of the double solenoid When using models FT1 or FT (-position valve) as double solenoid valves, caution should be exercised as energizing the A side solenoid or pushing the manual override button on the A side, while pushing the B side manual override button or in a locked state, or energizing the solenoid on the B side, will cause the valve to switch over. (At that time, the valve will operate in the same state as the single solenoid valve.) While the F series is a -port valve, it can be used as a normally closed (NC) or normally open (NO) -port valve by plugging one of either outlet port (A) or (B). In this case, leave the exhaust ports (R) and (R1) open for use. It can also be used as a double solenoid type -port valve. When using a -port single fitting block and female thread block In the F and F1 series, a -port single fitting block and female thread block with 1 port plugged can be selected at the time of order. (Note: Not available for F1 series.) Direct piping type PUSH button (locking and non-locking dual-use type) To lock the manual override, use a small screwdriver to push down the manual override button all the way down and turn it clockwise 90 degrees. When locked, turning the manual override button 90 degrees in the counterclockwise direction, releases a spring on the manual override, returns it to its normal position, and releases the lock. To operate the unit in the same way as the non-locking type, leave the manual override button unturned. Cautions: 1. The F series valves are pilot type solenoid valves. As a result, the manual override cannot switch the main valve without air supplied from the 1(P) port (X(P) port for external pilot type).. Always release the lock of the manual overrides before commencing normal operation. Caution should be exercised to release the lock of the manual override on the B side that operates as the switching button between the single solenoid and double solenoid. For details (excluding the -position valve), see Switching from a double solenoid valve to a single solenoid valve on p.0.. Do not attempt to operate the manual override button with a pin or other object having an extremely fine tip. It could damage the manual override button.. Take care to avoid excessive turning of the manual override, which could damage it.. When operating the solenoid valve s manual override for maintenance, etc. always confirm that the solenoid valve s override button has been restored to its normal position, and that the main valve is in the required switching position before restarting operations. lever (locking and non-locking dual-use type) (made to order) To lock the manual override lever, use fingers to push the lever all the way down and turn it clockwise 90 degrees. When locked, turning the manual override lever 90 degrees in the counterclockwise direction, releases a spring on the manual override, returns it to its normal position, and releases the lock. To operate the unit in the same way as the non-locking type, leave the lever unturned. Caution: Model FT1 (-position valve) has a manual override lever on the A side, and a manual override button with cover on the B side. Model FT has a manual override lever on the A side only, and a manual override button on the B side. The -position valve has manual override lever on both the A and B sides. lever TURN A side manual override button Fitting type Switching type For single solenoid setting For double solenoid setting When using a plug The F, F1, and F1 series can be used as either a normally closed (NC) or normally open (NO) -port valve by plugging either outlet port (A) or (B). Plug position Switching type For single solenoid setting (A) port For normally closed -port specification type (NC) When the (B) port is plugged Normally closednc A B Base piping type (A) port For normally closed -port specification type (NC) -A Normally closednc A A 1SA 1SA 1SB 1SA R1 1P R R1 1P R R1 1P R -B Normally openno B B When the (A) port is plugged Normally openno A B (B) port For normally open -port specification type (NO) (B) port For normally open -port specification type (NO) 1SA 1SA 1SB 1SA R1 1P R R1 1P R R1 1P R B side manual override button For double solenoid setting A B 1SA R1 1P R A B 1SA R1 1P R Illustration shows the F series. 1SB 1SB 0

11 Manifold Attaching and removing valves Port isolator To remove the valve body from the sub-base or manifold, loosen the valve mounting screws ( places), and lift it up in the direction of the arrow (see the diagram at right). To install it, reverse the above procedure. The recommended tightening torques for the valve mounting screws are as shown below. Illustration shows the F series (split manifold). F Series F F1 F1 Sub-plate (service part) Z - S Ncm{kgfcm} [inlbf] Recommended tightening torque 1. {1.} [1.] 9.0 {.0} [.] 9.0 {.0} [.] A sub-plate is provided as a service part required for mounting new type valves on the earlier type of split manifold plug-in type, and the earlier type of serial transmission compatible manifold. For details, see Precautions for Use Due to Partial Specification Changes (Deliveries from January 0, 199) (p.1). Sub-plate (sub-plate, gasket, O-ring, mounting screws) Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width In the split manifold, installing port isolators to the 1(P), (R) and (R1) ports between each station isolates the air path between stations equipped with port isolators and stations with smaller station numbers. However, a piping block must be placed on both ends. Port isolator for the 1(P) port (Mode : FZ-SP) Port isolators for the (R), (R1) ports (Model : FZ-SR) Port isolators for the 1(P), (R), (R1) ports (Model : FZ-SA) denotes valve size. F, F1 series Can supply two different pressures Can isolate exhaust air (prevents exhaust interference) Can supply two different pressures, and can isolate exhaust air (prevents exhaust interference) SP: Port isolator for the 1(P) port Precautions for using manifold Observe the following precautions when using the split type and serial transmission compatible manifold (except for the monoblock manifold and PC board manifold). SR: Port isolators for the (R), (R1) ports F1 series When using the direct piping type manifold Avoid using valves at an operating frequency exceeding Hz, as such use can result in heat-related breakdowns. When using the base piping type manifold When plugs have been attached on the (A) and/or (B) ports, avoid using valves at an operating frequency exceeding Hz, as such use can result in heat-related breakdowns. SP: Port isolator for the 1(P) port SR: Port isolator for the (R), (R1) ports Caution: Installing port isolators requires the disassembly and re-assembly of manifolds. See the disassembly diagram, unit adding procedure, and cautions on p.111. However, since the F1 series serial transmission compatible manifold cannot be disassembled, port isolators cannot be installed on it later. 0

12 Mounting screw Precautions for the use of individual air supply and exhaust spacers By mounting an individual air supply or exhaust spacer on the manifold, the air supply or exhaust can be operated individually on the unit. Caution should be exercised when spacers are used, as the effective area is reduced by about 0%. If mounting additional spacers to an existing unit, observe the following items: Spacer mounting method (F series) q Loosen the valve mounting screws where the individual air supply or exhaust spacer will be installed, and remove the valve. w Install the gaskets and exhaust valve provided with the individual air supply or exhaust spacer, and use the mounting screws provided to secure the valve on the manifold (see Fig. 9). Remark: When attaching fittings to the F spacer, use the recommended fittings shown below: Remark: TSH-MM, TSH-M, TSH-MM, TS-M0, TS-MM Spacer mounting method (F 1 and F1 series) q Loosen the valve mounting screws where the individual air supply or exhaust spacer will be installed, and remove the valve. w Open the cover of the manifold, and pull out the plug-in connector in the near side direction (for the plug-in type) (see Fig. ). e Insert the plug-in connector firmly into the connector attaching section of the individual air supply or exhaust spacer, and then close the cover, while watching to ensure that the lead wires are not caught by the cover (for the plug-in type) (see Fig. 11). r Attach the gasket and exhaust valve provided with the individual air supply or exhaust spacer, and use the mounting screws provided to mount the valve on the manifold. Cautions: 1. Locations where the spacers are mounted make the valve height higher by the height of the spacer (see the dimensions below).. The F series split manifold plug-in type, and the serial transmission compatible manifold, have undergone partial specification changes, with the result that earlier and new types exist. A change in the shape of the connector receptacle means that it cannot be mounted on the earlier type manifold. Use the color of the cover to identify the new or earlier types (see Figs. 9 and ). Type Item Color of cover Earlier type manifold Ivory New type manifold Light blue Muffler for the individual exhaust spacer A muffler for the individual exhaust spacer is available. For the outer dimensions, see p., 9, and 1. Dimensions FZ-N (For F series) Mass g [0.oz.] Exhaust valve Cover Color: Light blue Figure 11 F series Plug-in connector Gasket Individual air supply or exhaust spacer Figure 9 (Illustration shows the split manifold plug-in type) Individual exhaust spacer Muffler for individual exhaust spacer Exhaust valve Plug-in connector FZ-P (For F series) Mass 9g [0.oz.] Cover Color: Light blue Mounting screw Figure Gasket Individual air supply or exhaust spacer F1,1 series (Illustration shows the split manifold plug-in type) Valve side Manifold side F1Z-N (For F1 series) Mass g [0.9oz.] F1Z-P (For F1 series) Mass 9g [1.0oz.] Fitting, Fitting, F1Z-N (For F1 series) Mass 1g [1.oz.] Fitting, F1Z-P (For F1 series) Mass g [1.oz.] Fitting, 09

13 Fitting Piping Dual-use different size fittings (With different size fitting blocks) 1. Procedure for switching between the base piping type and the direct piping type Base piping and direct piping can be switched by replacing the plate with a fitting block or a female thread block (see Fig. ). Aport Bport Plate Direct piping type For F, F1 series (A) port (B) port Figure Diagram shows the F series., Rport 1Pport Diagram shows the F series. Figure Fitting block Plate (B) port (A) port Cautions: 1. Firmly tighten the screws after completing a re-combination. Recommended tightening torques are shown below.. Install piping carefully in regards to the locations of each connection port (see Figs., ).. Care should be taken not to lose the gaskets while changing plates. Ncm{kgfcm} [inlbf] For F1 series Note: Caution should be exercised that the positions of the 1(P) and, (R) ports are reversed from their positions in the F and F1 series. Base piping type Port locations for F, F1, F1 series are as shown in Fig.. Bport Aport Series 1Pport, Rport Figure Diagram shows the F series. Aport Bport Recommended tightening torque 1. {1.} [1.] 9.0 {.0} [.] 9.0 {.0} [.] 1Pport Note, Rport. Attaching fittings to female thread blocks When attaching fittings to female thread blocks, fasten with the tightening torques shown below or less. Note The F series different size fitting blocks employ dual-use fittings for different tube sizes, which can connect tubes of different outer diameters. Attaching and removing tubes When connecting tubes, insert an appropriate size tube until it contacts the tube stopper, and then lightly pull it to check the connection. For tube removal, push the tube against the tube stopper, then for large tube sizes, push on the release ring and at the same time pull the tube out. For small tube sizes, push on the outer ring by the release ring and simultaneously pull the tube out (see Fig. 1). Release ring Tube stopper Figure 1 Usable tubes Large tube size Release ring Outer ring Tube stopper Small tube size Either a nylon or urethane tube can be used. Use tubes with an outer diameter tolerance within 0.1mm [0.00in.] of the nominal diameter, and ensure the ovalness (difference between the large diameter and small diameter) is 0.mm [0.00in.] or less. (Using a Koganei tube is recommended.) Cautions: 1. Do not use extra-soft tubes since their pull-out strength is significantly reduced.. Only use tubes without scratches on their outer surfaces. If a scratch occurs during repeated use, cut off the scratched portion.. Do not bend the tube excessively near the fittings.the minimum bending radius is as shown in the table below.. When attaching or removing tubes, always stop the air supply. In addition, always confirm that air has been completely exhausted from the manifold. mm [in.] Tube size Minimum bend radius 0 [0.] 0 [1.] 0 [.0] 0 [.1] Screw size Tightening torque Ncm {kgfcm} [inlbf] Rc 1/ {0} [1] Rc 1/ {90} [] For M, tighten at the torques recommended for the fittings used..attaching fittings to piping blocks F1Z(G)-PM(P) To attach fittings to the female thread type piping block of the F1 series, remove the piping block portion (the triangular-shaped block portion), screw the fittings into the 1(P) and, (R) ports while holding the piping block by applying a wrench to its metal portion. The tightening torque for the mounting (two M screws) of the piping block portion after the fittings have been attached should be 9.0 Ncm {.0kgfcm} [.inlbf.].

14 F and F1 Series Disassembly Diagram of Split Manifold Non-Plug-in Type Figure 1 Mounting screw End block Disassembly example: For F series F F1 F F1 Piping block assembly Release lever F F1 Note: The F1 series has the same basic construction. Valve base assembly End block Manifold Unit Adding Procedure (F and F1 Series Non-Plug-in Type) Adding a valve base unit Use the valve base assembly for adding valve base units. q Loosen the mounting screw on the end block until it can slide (see Fig. 1). Note: For the F1 series, loosen the mounting screws on both the left and right end blocks ( screws each). w Press the release lever on the valve base assembly where the new unit is to be added, and disconnect the link between the bases. e Mount the valve base assembly to be added on the DIN rail as shown in Fig.. r Return the release lever of the valve base assembly disassembled in step w to its normal position, as shown in Fig.. In addition, set the release lever for the valve assembly being added to the same position, then press the bases together until they connect and click into place. t Press the bases together from both sides to ensure that there is no gap between them, and then tighten the end block mounting screws, and install the units in place on the DIN rail (see Fig. ). Tightening torque: 1Ncm {1kgfcm} [11.inlbf] Notes:1. Always follow the steps shown in Fig. when tightening the end block mounting screws for the F1 series.. Confirm that the DIN rail mounting hooks secure the DIN rail (see Fig. ). Caution Always cut off the power and air supply before working. In addition, always confirm that air has been completely exhausted from the manifold. Care should be exercised to prevent the gasket from becoming caught or lost. Before supplying air to the manifold, always confirm that the bases are connected, the end block mounting screws are tightened, etc. Supplying air when either of the end blocks is not secured to the DIN rail could result in air leaks or in separation of manifold bases. When there are a large number of valves simultaneously delivering air to the secondary side, or when there is a large number of valves overall, we recommend using air supplies and exhausts (on each side). Adding units to the piping block assembly should be performed in the same way as adding units to the valve base assembly. Figure Figure Pressing down lightly on the release lever will return it to its normal position. First let the hook latch onto this side, and then press down the base to secure it onto the DIN rail. Figure Tightening order of screwsfor F1 series only Figure Securing the end block in place Removing the end block from the DIN rail Tighten the screw with the pushed in L-shaped hook. DIN rail Use hooks on both sides to secure the DIN rail in place. 1 w Always tighten the middle mounting screw of each end block first. Tightening torque: 1Ncm {1kgfcm} [11.inlbf] q For mounting, follow in reverse the steps taken for removal. Caution: The new end block for the F series does not include an L-shaped hook. To remove the end block from the DIN rail, loosen the end block mounting screws, and lift it off. (The switch to the new type commenced in October 000) 11

15 F1 Series Disassembly Diagram of Split Manifold Non-Plug-in Type Figure 1 Connecting bolt End block Piping block assembly Valve base assembly Connecting rod End block Manifold Unit Adding Procedure (F1 Series Non-Plug-in Type) Adding a valve base unit Use the valve base assembly and unit-adding connecting rod to add valve base units. q Remove the connecting bolts on the end block and separate the end block from the manifold (see Fig. 1). w Install the connecting rods to be added, open up the spaces where the units are being added, position the gaskets onto the valve base assemblies being added, and fit the units on the connecting rods from above. At this time, securely mount the units so that no gap is left between the added valve base assemblies and the upper surface of the connecting rods. e Install gaskets onto the end blocks removed in step q, and retighten the connecting bolts. At this time, use a hexagon bar wrench to hold the connecting bolts on the opposite side in place so as to prevent the bolts from slipping while securing them into place. Tightening torque: 1Ncm {1kgfcm} [1.0inlbf] Caution Always cut off power and air supply before working. In addition, always confirm that air has been completely exhausted from the manifold. Care should be exercised to prevent the gasket from becoming caught or lost. Before supplying air to the manifold, always confirm that the bases are securely connected, the end block connecting bolts on both sides are tightened, etc. Supplying air when either of the end blocks is not secured to the DIN rail could result in air leaks or in separation of manifold bases. When there are a large number of valves simultaneously delivering air to the secondary side, or when there is a large number of valves overall, we recommend using air supplies and exhausts (on each side). Adding units to the piping block assembly should be performed in the same way as adding units to the valve base assembly. 1

16 F and F1 Series Disassembly Diagram of Split Manifold Plug-in Type Figure 1 Additional side Mounting screw End block Disassembly example: For F series (using flat cable connector) F F1 F F1 Piping block assembly Additional position F F1 Release lever Cover Valve base assembly Note: The F1 series has the same basic configuration. Wiring block assembly End block Manifold Unit Adding Procedure (F and F1 Series Plug-in Type) Adding a valve base unit Use the valve base assembly for adding valve base units. q Loosen the mounting screw on the end block until it can slide (see Fig. 1). Note: For the F1 series, loosen the mounting screws on both the left and right end blocks ( screws each). w Add units on the additional side shown in Fig. 1 (with the solenoid on top and the right). To split up at additional unit locations, push the piping base assembly s release lever, and release the connections between the bases. e Mount the valve base assembly to be added on the DIN rail as shown in Fig.. r Return the release lever of the piping block assembly disassembled in step w to its normal position, as shown in Fig.. Set the release levers on the additional valve bases in the same position, and press all the bases together until they click into place, while watching to ensure that the lead wires are not caught by the cover. t Press the bases together from both sides to ensure that there is no gap between them, and then tighten the end block mounting screws, and install the units in place on the DIN rail (see Fig. ). Tightening torque: 1Ncm {1kgfcm} [11.inlbf] Notes: 1. Always follow the steps shown in Fig. when tightening the end block mounting screws for the F1 series.. Confirm that the DIN rail mounting hooks secure the DIN rail (see Fig. ). Figure Figure Pressing down lightly on the release lever will return it to its normal position. First let the hook latch onto this side, and then press down the base to secure it onto the DIN rail. Figure Tightening order of screwsfor F1 series only Figure Securing the end block in place Removing the end block from the DIN rail Tighten the screw with the pushed in L-shaped hook. 1 Always tighten the middle mounting screw of each end block first. Tightening torque: 1Ncm {1kgfcm} [11.inlbf] w q DIN rail Use hooks on both sides to secure the DIN rail in place. For mounting, follow in reverse the steps taken for removal. Caution: The new end block for the F series does not include an L-shaped hook.to remove the end block from the DIN rail, loosen the end block mounting screws, and lift it off. (The switch to the new type commenced in October 000) 1

17 Wiring Procedure q Use a flatblade screwdriver to open all of the covers (see Fig. 1). Loosen the mounting screws of the valve next to the valve base to be added, remove the valve, and remove the plug-in connector (see Fig. ). w The end terminal lead wire (short red wire) is inserted into the pin insert section (No.) of the plug-in connector that was removed in step q (see Fig. ). (When shipping, end terminal lead wire is inserted into the plug-in connector of the end unit valve.) Remove this end terminal lead wire, and insert it into the insert section (No.) of the plug-in connector for the valve base assembly to be added. Next, insert the common wire (red) of this plug-in connector into the insert section (No.) of the removed plug-in connector. Note: When inserting the lead wire, confirm that the short bar of the plugin connector s common wire insert section has been attached. e Install each of the wired plug-in connectors in step w to the valve base, and mount the valve. r Remove the wiring block mounting screws and place the connector bracket in the position shown in Fig., then connect the lead wire (white) of the added valve base after confirming the pin locations. (For details, see the Detailed diagram of wiring block internal connections on p.1) t Return the connector bracket to its original position, tighten the wiring block mounting screws in place, and then install the cover while exercising caution that the lead wires are not trapped by the cover. Caution Always cut off the power and air supply before working. In addition, always confirm that air has been completely exhausted from the manifold. When removing lead wires from the plug-in connector, use a tool with a fine tip (such as a small screwdriver) to press lightly on the contact hook from a hole on the side of the plug-in connector, and pull out the lead wire. When re-inserting the lead wire to the connector, spread the contact hooks so that they face outward, and then insert the lead wire into the plug-in connector. At this time, pull the lead wire lightly to confirm that it is securely inserted. Always connect the end terminal lead wires (see Fig. ). Care should be exercised to prevent the gasket from becoming caught or lost. Before supplying air to the manifold, always confirm that the bases are connected, the end block mounting screws are tightened, etc. Supplying air when either of the end blocks is not securing the DIN rail could result in air leaks or in separation of manifold bases. Caution should be exercised as the number of valve units that can be added is limited in the manifold, by the wiring specifications and wiring connection types, etc. For details, see the Table for maximum number of valve units by wiring specification, on p.. When there are a large number of valves simultaneously delivering air to the secondary side, or when there is a large number of valves overall, we recommend using air supplies and exhausts (on each side). Adding units to the piping block assembly should be performed in the same way as adding units to the valve base assembly. In addition, when the wiring block and piping block are mounted sideby-side, always mount the wiring block on the outside of the piping block, for structural reasons. Figure Figure Figure Pull straight out End terminal lead wire (Red) 1 Newly added plug-in connector Common wire (Red) Lead wire (White) End terminal lead wire (Red) (Short, red wire) Change insert location of the end terminal lead wire Mounting screw Connector bracket Plug-in connector 1: Always insert end terminal lead wire. : Shows when both A and B are used. Plug-in connector Common wire (Red) Lead wire (White) See Detailed Diagram of Wiring Block Internal Connections on p.1. Valve tightening torque Series F F1 Ncm {kgfcm} [inlbf] Torque 1. {1.} [1.] 9.0 {.0} [.] 1

18 F1 Series Disassembly Diagram of Split Manifold Plug-in Type Figure 1 Disassembly example: For mounted flat cable connector Connecting bolt Additional side End block Additional position Piping block assembly Cover Valve base assembly Wiring block assembly Connecting rod End block Manifold Unit Adding Procedure (F1 Series Plug-in Type) Adding a valve base unit Use the valve base assembly for adding valve base units. q Remove the connecting bolts on the additional side end block and separate the end block from the manifold (see Fig. 1). w Install the connecting rods to be added, open up spaces where the units are being added, position the gaskets onto the valve base assemblies being added, and fit the units on the connecting rods from above. At this time, securely mount the units so that no gap is left between the added valve base assemblies and the upper surface of the connecting rods. e Install gaskets onto the end blocks removed in step q, and retighten the connecting bolts. At this time, use a hexagon bar wrench to hold the connecting bolts on the opposite side in place so as to prevent the bolts from slipping while securing them into place. Tightening torque: 1Ncm {1kgfcm} [1.0inlbf] 1

19 Wiring Procedure q Use a flatblade screwdriver to open all of the covers (see Fig. 1). Loosen the mounting screws of the valve next to the valve base to be added, remove the valve, and remove the plug-in connector (see Fig. ). w The end terminal lead wire (short red wire) is inserted into the pin insert section (No.) of the removed plug-in connector that was removed in step q (see Fig. ). (When shipping, end terminal lead wire is inserted into the plug-in connector of the end unit valve.) Remove this end terminal lead wire, and insert it into the insert section (No.) of the plug-in connector for the valve base assembly to be added. Next, insert the common wire (red) of this plug-in connector into the insert section (No.) of the removed plug-in connector. Note: When inserting the lead wire, confirm that the short bar of the plugin connector s common wire insert section has been attached. e Install each of the wired plug-in connectors in step w to the valve base, and mount the valve. r Remove the wiring block mounting screws and place the connector bracket in the position shown in Fig., then connect the lead wire (white) of the added valve base after confirming the pin locations (For details, see the Detailed diagram of wiring block internal connections on p.1). t Return the connector bracket to its original position, tighten the wiring block mounting screws in place, and then install the cover while exercising caution that the lead wires are not trapped by the cover. Caution Always cut off the power and air supply before working. In addition, always confirm that air has been completely exhausted from the manifold. When removing lead wires from the plug-in connector, use a tool with a fine tip (such as a small screwdriver) to press lightly on the contact hook from a hole on the side of the plug-in connector, and pull out the lead wire. When re-inserting the lead wire to the connector, spread the contact hooks so that they face outward, and then insert the lead wire into the plug-in connector. At this time, pull the lead wire lightly to confirm that it is securely inserted. Always connect the end terminal lead wire (see Fig. ). Care should be exercised to prevent the gasket from becoming caught or lost. Before supplying air to the manifold, always confirm that the bases are connected, the end block connecting bolts on both sides are tightened, etc. Supplying air when either of the end blocks is not securing the DIN rail could result in air leaks or in separation of manifold bases. Caution should be exercised as the number of valve units that can be added is limited in the manifold, by the wiring specifications and wiring connection types, etc. For details, see the Table for maximum number of valve units by wiring specification, on p.. When there are a large number of valves simultaneously delivering air to the secondary side, or when there is a large number of valves overall, we recommend using air supplies and exhausts (on each side). Adding units to the piping block assembly should be performed in the same way as adding units to the valve base assembly. In addition, when the wiring block and piping block are mounted sideby-side, always mount the wiring block on the outside of the piping block, for structural reasons. Valve tightening torque Series F1 Ncm {kgfcm} [inlbf] torque 9.0 {.0} [.] Figure Figure Figure Plug-in connector Pull straight out End terminal lead wire (Red) 1 Newly added plug-in connector Common wire (Red) Lead wire (White) End terminal lead wire (Red) (Short, red wire) Change insert location of the end terminal lead wire 1: Always insert end terminal lead wire. : Shows when both A and B are used. Mounting screw Connector bracket Plug-in connector Common wire (Red) Lead wire (White) See Detailed Diagram of Wiring Block Internal Connections on p.1. 1

20 Detailed Diagram of Wiring Block Internal Connections Flat cable connector, 0, pins For -F0 For -F1 Pin locations with protruded part upward. NC COM COM NC NC NC NC 1 NC NC NC NC NC Unused pin Unused pin Connection to power supply terminals () Pin locations with protruded part upward. To plug-in connector 1 NC NC NC NC NC NC NC NC NC NC Unused pin Connection to power supply terminals () Unused pin Connection to power supply terminals () Note: As shown in the illustration above, remove the connector and then perform the wiring Insert the contact so that the protruded part latches. Regarding the position shown in the above illustration, for the upper part, insert the contact facing upward, and for the lower part, insert the contact facing downward. Insert the contact so that the protruded part latches. Regarding the position shown in the above illustration, for the upper part, insert the contact facing upward, and for the lower part, insert the contact facing downward. For -F00 For -F01 For -F0 Pin locations with protruded part upward. Connection to power supply terminals () Connection to power supply terminals () To plug-in connector Pin locations with protruded part upward Connection to power supply terminals () Connection to power supply terminals () Pin locations with protruded part upward. To plug-in connector NC NC Unused pin To plug-in connector Connection to power supply terminals () Connection to power supply terminals () To plug-in connector D-sub connector For -D0 For -D1 Unused pin NC NC NC Insert the pin into the additional locations Unused pin NC Insert the pin into the additional locations Connection to power supply terminals () Connection to power supply terminals () Connection to power supply terminals () Connection to power supply terminals () To plug-in connector To plug-in connector Terminal block For -T00 Pin locations with protruded part upward. COM NC Manifold common wire Unused pin Insert the contact so that the protruded part latches. Regarding the position shown in the above illustration, for the upper part, insert the contact facing upward, and for the lower part, insert the contact facing downward. Note: As shown in the illustration above, remove the connector and then perform the wiring. To plug-in connector 1

21 Product Configurations for the F Series Serial Transmission Compatible Manifold When ordering the serial transmission compatible manifold, note that the product configurations vary between the F and F1 series, and the F1 series. For F and F1 series Figure 1 The manifold body and serial transmission block are connected by a flat cable, and mounted on one DIN rail at shipping. Serial transmission block Stand-alone type For F1 series Figure Serial transmission block Monoblock type Manifold type solenoid valve Common to standard manifold of F01 type wiring specification Manifold type solenoid valve Manifold for serial transmission only Serial Transmission Block, Single Unit YSL (For stand-alone, left-side mounting) YSR (For stand-alone, right-side mounting) YS91 (For OMRON CompoBus/D) Note : About 0mm [.9in.] of a flat cable with a connector is provided with the serial transmission block. Note: The transmission block uses OMRON s remote I/O adapter-type DRT1-OD1X, and therefore differs in shape from other transmission blocks. Illustration shows the F series. The serial transmission block is mounted to the manifold at shipping. Serial Transmission Block, Single Unit YSS (For monoblock, left-side mounting) YST (For monoblock, right-side mounting) YS91 (For OMRON CompoBus/D) Note : Cables, etc. are not provided with the serial transmission block. Note: The transmission block uses OMRON s remote I/O adapter-type DRT1-OD1X, and therefore differs in shape from other transmission blocks. Application Examples for Serial Transmission Block, Single Unit (for reference) If manifolds with flat cable connectors purchased in the past have F01 wiring specifications (with positive common specifications only), the serial transmission blocks (stand-alone type) YSL, YS91 or YSR in Figure 1 can be connected to the manifold to convert it into a serial transmission-compatible manifold. Connectable Manifolds FM-SOLID MANIFOLD X0M and XM Series Solenoid valves F series (F and F1 series are the same, with the exception of the above-described manifold and DIN rail.) Connection example between a serial transmission block (stand-alone type) and an earlier type of manifold Mounting dimensions for a serial transmission block, single unit (mm) When ordering YSL or YSR as a single unit, a DIN rail is included. Serial transmission block Stand-alone type Manifold type solenoid valve F01 wiring specification for positive common specifications only Serial Transmission Block, Single Unit YSL (For stand-alone, left-side mounting) YSR (For stand-alone, right-side mounting) YS91 (For OMRON CompoBus/D) Note : Flat cable with connector is provided with the serial transmission block. Note: The transmission block uses OMRON s remote I/O adapter-type DRT1-OD1X, and therefore differs in shape from other transmission blocks. For mounting DIN rail Serial transmission block For direct mounting 1

22 1 O N Specifications of Serial Transmission Compatible Manifold General Specifications Voltage DCV % Operating temperature range 0 C [11 F] Vibration resistance 9.0m/s {.0G} (Conforms to JIS C 0911) Shock resistance 9.1m/s {.0G} (Conforms to JIS C091) For details about specifications, see each user s manual (see below). Note: The internal wiring for the F and F1 series on the manifold side is the same as the wiring specification -F01 of the split-type manifold plug-in type (flat cable connector type). Serial Transmission Block, Terminal Block (LED) Part Names For UNI-WIRE System Transmission block specification: -01 (1 outputs), -0 ( outputs) Address setting swtich For Mitsubishi Electric MELSECNET/MINI-S Transmission block specification: -11 Rotary switch for station number setting For OMRON SYSBUS Wire System Transmission block specification: -1 Dip switch for various settings POWER SEND ON PWR RUN ERR ADDRESS 1 0 E 0 E RUN T/R ERR OFF ON 1 S D R D OFF ON TERM D G V 0V D G V 0V RDA RDB SDA SDB SG FG V 0V FG V 0V LED indicator Indicator Description Lights up when power is turned on Flashes during voltage drops or when over current (a short circuit) Flashes during normal transmission Lights up or shuts off during faulty transmission Remarks The UNI-WIRE System is a serial parallel transmission system developed jointly by NKE and KURODA PRECISION INDUSTRIES. For details of the UNI- WIRE System, see the NKE or KURODA PRECISION INDUSTRIES catalog, user s manual, etc. Number of outputs per block 1 solenoids (transmission block specification: -01) solenoids (transmission block specification: -0) Related materials: User s manual, document No. HV00 For OMRON BA Link Terminal Transmission block specification: -1 (standard type), - (high speed type) Output selecting switch in faulty operation LED indicator Indicator E. C. MODE switch Description Lights up when power is turned on Lights up for normal data communication with master station Flashes during sending data Flashes during receiving data Lights up when data receiving error occurs, shuts off for normal communication Remarks Master station: MELSEC-A series AJ1PT-S, AJ1T-S, ACCPU/ACJCPU, A1SJ1PT-S, link sub-stations up to a maximum of stations, and link I/O numbers up to a maximum of 1. For details, see the Mitsubishi Electric s sequencer MELSEC-A series catalog, user s manual, etc. Number of outputs per block Maximum of 1 solenoids Since the block is equivalent to stations, if substations are entirely composed of the blocks, the maximum becomes units. Related materials: User s manual, document No. HV00 For KOYO ELECTRONICS INDUSTRIES SA Bus Transmission block specification: -1 (1 outputs), - ( outputs) Station number setting switch LED indicator Indicator Description Lights up when transmission is normal, and the PC is in operations mode or monitor mode Flashes during normal transmission Lights up during standby or faulty transmission Shuts off during faults (during watchdog timer fault) Remarks Master station unit: SYSMAC-C (CV) series C00H-RM01, C00-RM01 For details, see the OMRON s programmable controller SYSMAC C(CV) series catalog, user s manual, etc. Number of outputs per block Maximum of 1 solenoids End station setting switch Related materials: User s manual, document No. HV00 For SUNX S-LINK Transmission block specification: -1 (1 outputs), - ( outputs) Switch for address setting and output processing setting during error occurrence PWR ERR LOAD OFF HOLD POWER ERROR 1 ON POWER SEND ON 1 V ERR SIG 0V L+ L- SHLD LV G D 0V V G D 0V V LED indicator Indicator Description Lights up when power is turned on Lights up during faulty transmission Remarks Connection method: 1 to 1 (Transmission block spec.) Standard type (-1) High speed type (-) Transmission delay time Transmission distance For details of the BA Link Terminal, see the OMRON catalog, user s manual, etc. Number of outputs per block Maximum of 1 solenoids Error output specifications Output mode: NPN open collector Rated load voltage: DCV Output current: Sink current MAX. 0mA Related materials: User s manual, document No. HV00 19 LED indicator Indicator Description Lights up when power is turned on Lights up during faulty transmission or other faults Remarks For details of the SA Bus system, see the KOYO ELECTRONICS INDUSTRIES catalog, user s manual, etc. Number of outputs per block 1 solenoids (transmission block specification: -1) solenoids (transmission block specification: -) Related materials: User s manual, document No. HV009 LED indicator Indicator Description Lights up when power is turned on Flashes during normal transmission Lights up or shuts off during faulty transmission Remarks For details of the S-LINK System, see the SUNX catalog, user s manual, etc. Number of outputs per block 1 solenoids (transmission block specification: -1) solenoids (transmission block specification: -) Related materials: User s manual, document No. HV0

23 1 O N For Mitsubishi Electric MELSEC I/O LINK Transmission block specification: -1 Station number setting switch For Fuji Electric FA Components & Systems T Link Mini Transmission block specification: -1 Station number setting switch For KEYENCE KZ-R Transmission block specification: -1 Address setting switch PW RUN ERR. S D R D ST. NO. 0 E 9 A B C D E F 1 PWR ALM ADDRESS 1 0 E 0 E POWER/ERROR ADDRESS 0 E ERROR MODE ON OFF HOLD CLEAR 9 1 DATA DG FG V 0V S1 S SD FG V 0V S S RUN FG V 0V LED indicator Indicator Description Lights up when power is turned on Lights up when receiving data transmitted from master unit is normal Lights up during sending data to master unit Lights up during receiving data from master unit Lights up when faulty data transmitted from master unit Remarks 1 remote I/O unit connection stations, for a maximum of 1 inputs/outputs For details, see Mitsubishi Electric s sequencer catalog, user s manual, etc. Number of outputs per block Maximum of 1 solenoids Since the block is equivalent to stations, if substations are entirely composed of the blocks, a maximum of units can connect to 1 master unit. Related materials: User s manual, document No. HV011 LED indicator Indicator ON/OFF switch for terminating resistance Description Lights up when power is turned on Lights up during faulty transmission Remarks For details of the T Link Mini, see the Fuji Electric FA Components & Systems catalog, user s manual, etc. Number of outputs per block Maximum of 1 solenoids Related materials: User s manual, document No. HV01 LED indicator Indicator Error holding swtich Description Green: Lights up for normal communications state Orange: Lights up when communications state is poor (can also light up when address settings are incorrect) Red: Lights up during faulty operation, or when transmission path is cut off Remarks For details of the KZ-R, see the KEYENCE catalog, user s manual, etc. Number of outputs per block Maximum of 1 solenoids Related materials: User s manual, document No. HV01 For OMRON CompoBus/D Transmission block specification: -91 For OMRON CompoBus/S Transmission block specification: -A1 (1 outputs), -A ( outputs) For Mitsubishi Electric CC-Link Transmission block specification: -B1 Dip switch for various settings Transmission speed setting switch Station number setting switch MS NS Dip switch PWR COMM ERR PW L RUN L ERR. HOLD S D R D CLEAR B RATE STATION NO ON BS BDH BDL BS FG G V FG SLD DG DB DA LED indicator Transmission connector Internal circuit power supply terminal Indicator State Color Description MS NS Lights up Flashing Lights up Flashing Shuts off Lights up Flashing Lights up Flashing Shuts off Green Red Green Red Normal state No setting state Serious breakdown Minor breakdown No power supply Communication connection completed No communication connection Serious communication fault Minor communication fault No power supply Remarks For details of the CompoBus/D, see the OMRON catalog, user s manual, etc. The transmission block is OMRON s remote adaptor-type DRT1-OD1X. For details about handling, see OMRON s user s manual. Number of outputs per block Maximum of 1 solenoids Related materials: User s manual, document No. HV01 LED indicator Indicator State Color Description Lights up During power supply Green Shuts off Power not supplied Lights up During normal communication Yellow Shuts off Communication fault, or standby Lights up Communication fault occurred Red Shuts off During normal communication, or standby Remarks For details of the CompoBus/S, see the OMRON catalog, user s manual, etc. Number of outputs per block 1 solenoids (transmission block specification: -A1) solenoids (transmission block specification: -A) Related materials: User s manual, document No. HV01 LED indicator Indicator HOLD/CLEAR switch Description Lights up when power is turned on Lights up when normal data is received from master station Lights up during sending data Lights up during receiving data Lights up during transmission errors, and shuts off when time is over Lights up due to station number setting error or transmission speed setting error Remarks For details of the CC-Link, see the Mitsubishi Electric catalog, user s manual, etc. Number of outputs per block 1 solenoids (transmission block specification: -B1) Since the block occupies 1 station, if remote I/O stations are entirely composed of the blocks, a maximum of units can connect to 1 master station. Related materials: User s manual, document No. HV01 For specifications and handling details, see the above-listed user s manuals (document Nos. HV00HV01). 0

24 Precautions for Use Due to Partial Specification Changes (Deliveries from January 0, 199) Description of Changes Offering more durability and improved reliability, the coil dimensions have been changed. Therefore, to identify between the earlier and new types due to a partial change in manifold dimensions, some portions of the outer color have been changed. 1.Changes in Single Valve Unit (Common to F, F1, and F1 Series) q S Type Plug Connector Change 1 The coil is mm [0.19in.] longer, and the overall valve length is also mm longer. Change The connector location has been moved.mm closer [0.09in.] to the center. Change To identify between new and earlier types, the color of the manual override on the coil side has been changed from pink to light blue. Illustration shows the F series. w L Type Plug Connector Illustration shows the F series. Earlier Pink Change 1 The overall valve length is mm longer. Change 1 Note New Change New Change The connector location has been moved. mm closer to the center. The coil is mm longer. Light blue Change The color of the manual override on the coil side has been changed from pink to light blue. Note: The valve length is longer toward the coil side when mounting on the manifold. Change 1 The coil is mm [0.19in.] longer, and the overall valve length is also mm longer. Change The connector section is now mm [0.11in.] longer. Change To identify between new and earlier types, the color of the manual override on the coil side has been changed from pink to light blue. Earlier The connector section now is mm longer. (mm) (mm) Pink The overall valve length is Note mm longer. The coil is mm longer. Light blue Change The color of the manual override on the coil side has been changed from pink to light blue. Note: The valve length is longer toward the coil side when mounting on the manifold..change in Connector Receptacle Shape of Plug-in Type Manifold (Common to F, F1, and F1 Series) Targeted Products: Split Manifold Plug-in Type, and Serial Transmission Compatible Manifold 1 Change 1 The connector receptacle position for the valve assembly is mm [0.11in.] deeper due to the change in the valve s L type plug connector. Change To identify between new and earlier types, the color of the valve assembly cover has been changed from ivory to light blue. Illustration shows the F series. Cover Color: Ivory Earlier Change 1 Change The color of the valve assembly cover has been changed. Cover Color: Light blue New

25 Precautions for Valve Replacement 1.About Combination Mountings of New and Earlier Types of Valves and Manifolds For split manifolds plug-in type, and the serial transmission compatible manifolds, a change in the connector receptacle brings up some issues when combining earlier and new types of mounting valves, and the combination of the valves and manifolds when replacing the valves. For details about earlier and new combinations, see the table below. Since split manifolds non-plug-in type, monoblock manifolds, and PC board manifolds, do not have plug-in construction, consequently all combinations of earlier and new types are acceptable. Illustrations show the F series. Manifold Valve Earlier Color of manual override on coil side: Pink New Color of manual override on coil side: Light blue Serial transmission compatible manifold Split manifold plug-in type Earlier Color of the cover on the valve base assembly Ivory Earlier type Color: Pink Earlier type Cover Color: Ivory Mounting screw New type color: Light blue Caution Earlier type Cover Color: Ivory Mounting screw mm longer screw provided with sub-plate) Sub-plate is required (Service parts) Caution: The sub-plate shown in the illustration above is required to align the heights in the connector section. Always attach a sub-plate to mount the valve. Note that the valve height is mm [0.11in.] higher than the earlier type, and that the valve length on the coil side is mm [0.19in.] longer. Mounting screw Mounting screw Targeted products New Color of the cover on the valve base assembly: Light blue Earlier type Color: Pink New type Cover Color: Light blue The change in connector receptacle prevents the connector section from connecting firmly, resulting in poor contact. New type Color: Light blue Caution New type Cover Color: Light blue Caution: Sub-plate not required. Use of a sub-plate prevents the connector section from connecting firmly, resulting in poor contact..sub-plate (Service Parts) The sub-plate is provided as a service part, which is required to mount the new type valves on the earlier type split manifold plug-in type, and on the earlier type serial transmission compatible manifold. Sub-plate (Sub-plate, gasket, O-ring, mounting screws) F Z - S Valve size : mm [0.9in.] width 1 : 1mm [0.91in.] width 1 : 1mm [0.09in.] width

26

27 F Series Order Codes The solenoid valves F series order codes are classified into the following categories. For details on order codes, see the designated pages. F TSingle valve unit Koganei solenoid valves F series p. Valve size : mm [0.9in.] width (Effective area mm Cv: 0.) 1: 1mm [0.91in.] width (Effective area mm Cv: 0.) 1:1mm [0.09in.] width (Effective area 1mm Cv: 1.0) MAMonoblock manifold A type (base piping type) p. MFMonoblock manifold F type (direct piping type) p.9 MAPPC board manifold A type (base piping type) p.1 MFPPC board manifold F type (direct piping type) p. MNSplit manifold non-plug-in type p. MPSplit manifold plug-in type p.1 MSSerial transmission compatible manifold p.

28 Single Valve Unit Order Codes Valve size F mm [0.9in.] width Effective area mm Cv: 0. Valve outlet type Without inlet/ outlet block With outlet port dual-use different size fitting block With outlet port female thread block With inlet port female thread block -port normally closed (NC) Note With outlet port single size fitting block -port normally open (NO) Note With outlet port female thread block With inlet port female thread block Wiring specification L type plug connector Without connector F1 1mm [0.91in.] width Effective area mm Cv: 0. F1 1mm [0.09in.] width Effective area 1mm Cv: 1.0 With A type outlet plate -A1 -FJ Outlet port fitting F, F1, F1, With outlet port single size fitting block -F Outlet port FM0. F1Rc1/ F1Rc1/ With outlet port single size fitting block With inlet port female thread block -FJA Outlet port fitting F F1 (Not available for F1) -port normally open (NO) Note With outlet port single size fitting block -FB Outlet port F F1 (Not available for F1) -port normally closed (NC) Note With outlet port single size fitting block With inlet port female thread block S type plug connector Without connector With A type sub-base -A Outlet port FRc1/ Valve specification F1Rc1/ F1Rc1/ T0-position single solenoid specification (for single solenoid only) T1-position single solenoid specification (for both single and double solenoid use) T-position double solenoid specification (for both single and double solenoid use) T-position closed center T-position exhaust center T-position pressure center Operation type -FJ Outlet port fitting F F1 F1 With outlet port single size fitting block -FJ Outlet port fitting F F1 F1 With outlet port female thread block -F Outlet port fitting F F1 F1 With outlet port single size fitting block With inlet port female thread block -F Outlet port fitting F F1 F1 -port normally closed (NC) Note With outlet port single size fitting block -FJB Outlet port fitting F F1 (Not available for F1) -port normally closed (NC) Note With outlet port female thread block -FMA Outlet port F F1 (Not available for F1) -port normally open (NO) Note With outlet port female thread block -FA Outlet port fitting F F1 (Not available for F1) -port normally open (NO) Note With outlet port single size fitting block With inlet port female thread block -FB Outlet port fitting F F1 (Not available for F1) -port normally closed (NC) Note With outlet port single size fitting block With inlet port female thread block -PN S type plug connector Lead wire 00mm [11.in.] -PS L type plug connector Lead wire 00mm [11.in.] -PL Internal pilot type G External pilot type Note (for positive pressure) V External pilot type Note (for vacuum) : This is a vacuum valve. Note: When using as a single unit, select -A (A type with sub-base) for the valve outlet type. Without a subbase, piping for the external pilot is not possible. button lever (made to order) Note1 -R -FM Outlet port FM0. F1Rc1/ F1Rc1/ With outlet port dual-use different size fitting block With inlet port female thread block -F Outlet port fitting F, F1, F1, -FJA Outlet port fitting F F1 (Not available for F1) -port normally open (NO) Note With outlet port single size fitting block -FJB Outlet port fitting F F1 (Not available for F1) -FMB -FA Outlet port Outlet port fitting F F F1 F1 (Not available for F1) (Not available for F1) -port normally closed (NC) Note -port normally open (NO) Note With outlet port With outlet port female thread block single size fitting block With inlet port With inlet port female thread block female thread block -FA Outlet port F F1 (Not available for F1) -FB Outlet port fitting F F1 (Not available for F1) S type plug connector Lead wire 000mm [11in.] -PS L type plug connector Lead wire 000mm [11in.] -PL Valve size Valve specification Operation type Valve outlet type Wiring specification Voltage F F1 F1 T0 T1 T T T Note T Note G V -R Note1 Note -A1 Note -A -FJ Note -FJ Note -FJ Note -FM Note -F Note -F Note -F Note -F Note -FJA Note -FJB Note -FJA Note -FJB Note -FMA Note -FMB Note -FA Note -FB Note -FA Note -FB Note -FA Note -FB Note -PN -PS -PL -PS -PL DCV DC1V AC0V Notes: 1. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is available for the A side only.. Two manifold mounting screws are included.. The units with inlet port female thread blocks can be used only with the internal pilot type valve operation type.. Not available in the vacuum valves.. The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T.

29 Additional Parts Order Codes for Single Valve Unit For internal pilot F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Parts content 1 : Mounting bracket (mounting bracket, mounting screws) : Sub-base (sub-base body, gasket, exhaust valve) Note 1 P : Plate (plate, gasket, mounting screws) J : Dual-use different size fitting block (fitting block, gasket, mounting screws) J : Single size fitting block F:, F1:, F1: (fitting block, gasket, mounting screws) J : Single size fitting block F:, F1:, F1: (fitting block, gasket, mounting screws) JA : Single size fitting block for -port F:, F1: (fitting block, gasket, mounting screws) Note JA : Single size fitting block for -port F:, F1: (fitting block, gasket, mounting screws) Note M : Female thread block (female thread block, gasket, mounting screws) MA : Female thread block for -port (female thread block, gasket, mounting screws) Note MP : P port female thread block (P port female thread block, gasket) Note 1 GS1 : Gasket (gasket, exhaust valve) Note For external pilot F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Notes: 1. Valve mounting screws are not included.. Caution should be exercised as this gasket is different from the GS gasket for the split-type manifolds.. Not available in F1 series. Common to both normally closed (NC) and normally open (NO) types. Select the type by application requirements. Parts content P : Plate (plate, gasket, mounting screws) J : Dual-use different size fitting block (fitting block, gasket, mounting screws) J : Single size fitting block F:, F1:, F1: (fitting block, gasket, mounting screws) J : Single size fitting block F:, F1:, F1: (fitting block, gasket, mounting screws) JA : Single size fitting block for -port F:, F1: (fitting block, gasket, mounting screws) Note1 JA : Single size fitting block for -port F:, F1: (fitting block, gasket, mounting screws) Note1 M : Female thread block (female thread block, gasket, mounting screws) MA : Female thread block for -port (female thread block, gasket, mounting screws) Note 1 GS1 : Gasket (gasket, exhaust valve) Note Sub-base for external pilot F ZG - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Connector-related order codes FZ - Notes: 1. Not available in F1 series. Common to both normally closed (NC) and normally open (NO) types. Select the type by application requirements.. Caution should be exercised as this gasket is different from the GS gasket for the split type manifolds. FZ0 - Valve specification For T1, T, T, T, T Connector specification CP : Connector, lead wire length 00mm [11.in.] (black, red, white, for total of lead wires) CP : Connector, lead wire length 000mm [11in.] (black, red, white, for total of lead wires) CLN : Connector without lead wire (1 short bar and contacts included) CC1. : Cabtyre cable, length 0mm [9in.] CC : Cabtyre cable, length 000mm [11in.] Valve specification For T0 Connector specification CP : Connector, lead wire length 00mm [11.in.] (black, red, for total of lead wires) CP : Connector, lead wire length 000mm [11in.] (black, red, for total of lead wires) CLN : Connector without lead wire (1 short bar, contacts included) For details, see p.0. Exhaust valve Sub-base PPlate MFemale thread block MAFemale thread block GS1Gasket MPP port female thread block J, J, JFitting block JA, JAFitting block 1Mounting bracket

30 Monoblock Manifold A Type (Base Piping Type) Order Codes Valve size FM mm [0.9in.] width F1M 1mm [0.91in.] width F1M 1mm [0.09in.] width J M Outlet port female thread FM0. F1Rc1/ F1Rc1/ Valve specification T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center T : -position, exhaust center T : -position, pressure center Pilot specification Internal pilot manifold G External pilot manifold Effective area mm Cv: 0. Effective area mm Cv: 0. Effective area 1mm Cv: 1.0 Manifold outlet specification With dual-use different size fitting blocks (base piping type) Outlet port fitting F, F1, F1, With female thread blocks (base piping type) With selectable fittings (base piping type) L Outlet port should be selected in accordance with the manifold fitting specification Operation type Internal pilot type Note G External pilot type Note (for positive pressure) V External pilot type Note (for vacuum) : This is a vacuum valve. Note: Cannot be mounted together with a positive pressure valve. button lever (made to order) Note -R Valve outlet type With plate Note (base piping type) -A1 Wiring specification L type plug connector Without connector S type plug connector Without connector -PN S type plug connector Lead wire 00mm -PS L type plug connector Lead wire 00mm -PL S type plug connector Lead wire 000mm -PS L type plug connector Lead wire 000mm -PL Pre-wired positive common terminal S type plug connector Lead wire 00mm -CPS Pre-wired positive common terminal L type plug connector Lead wire 00mm -CPL Pre-wired positive common terminal S type plug connector Lead wire 000mm -CPS Pre-wired positive common terminal L type plug connector Lead wire 000mm -CPL 00mm = 11.in. 000mm = 11in. Individual air supply and exhaust spacer : Without spacer -NPM : Individual air supply spacer (with M female thread for F) -NP : Individual air supply spacer (with fitting for F1) -NP : Individual air supply spacer (with fitting for F1 and F1) -NP0 : Individual air supply spacer (with fitting for F1) -NRM : Individual exhaust spacer (with M female thread for F) -NR : Individual exhaust spacer (with fitting for F1) -NR : Individual exhaust spacer (with fitting for F1 and F1) -NR0 : Individual exhaust spacer (with fitting for F1) For details, see p.09. Manifold fitting specification -J -M -JA -port specification With single size F fitting block F1 (base piping type) F1 With single size F -J fitting block F1 (base piping type) F1 -JB -JA -JB -MA -MB With female F thread block F1 (base piping type) F1 -port specification With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) (base piping type) F F1 With single size fitting block, normally closed (NC) (base piping type) F F1 With single size fitting block, normally open (NO) (base piping type) With female thread block, normally closed (NC) (base piping type) With female thread block, normally open (NO) (base piping type) F F1 F F1 F F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. Note: Valves of different sizes cannot be mounted together on manifolds. Valve size Valve units Manifold outlet specification Pilot specification Station Valve size Valve specification Operation type Manual override Valve outlet type Wiring specification Manifold fitting specification Individual air supply and exhaust spacer Voltage Manifold model Mounting valve models FM F1M F1M 0 A J M L G G stn. 1 stn. Note1 stn. 1 stn. Note1 F F1 F1 F F1 F1 T0 T1 T T T Note T Note T0 T1 T T T Note T Note Note G Note V Note -R Note -A1 Note -PN -PS -PL -PS -PL Note -PN -A1 -PS G Note -R Note Note -PL V Note -PS -PL BP (for block-off plate) -CPS -CPL -CPS -CPL BP (for block-off plate) -CPS -CPL -CPS -CPL -J -J -M -JA -JB -JA -JB -MA -MB -NPM -NRM -NP -NR -NP -NR -NP0 -NR0 -NPM -NRM -NP -NR -NP -NR -NP0 -NR0 DCV DC1V AC0V DCV DC1V AC0V Notes: 1. Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front.. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is placed on the A side only.. Always enter -A1.. Cannot be mounted on the external pilot manifold.. Cannot be mounted on the internal pilot manifold.. Not available in the vacuum valves.

31 Additional Parts Order Codes for Monoblock Manifold A Type Gasket (gasket and exhaust valve) F Z - GS1 Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width GS1Gasket BPBlock-off plate Block-off plate (block-off plate and mounting screws) F BP Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Connector-related order codes FZ - 00mm = 11.in. 0mm = 9in. 000mm = 11in. Valve Connector specification specification CP : Connector, lead wire length 00mm : For T1, T, CP : Connector, lead wire length 000mm T, T, T 0:For T0 CLN : Connector without lead wire (short bar and contacts included) PA : Positive common A type, lead wire length 00mm PA : Positive common A type, lead wire length 000mm For details, see PB : Positive common B type, lead wire length 00mm p.0. PB : Positive common B type, lead wire length 000mm PC : Positive common C type, lead wire length 00mm PC : Positive common C type, lead wire length 000mm CC1. : Cabtyre cable, length 0mm Note CC : Cabtyre cable, length 000mm Note Note: Not available for T0. Common connector assembly A type FZ-PA B type FZ-PB C typefz-pc : Lead wire length : 00mm [11.in.] : 000mm [11in.] Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Note: White lead wire is not available for FZ0-P. Note Note Note Exhaust valve Individual air supply and exhaust spacer F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width For details, see p.09. For external pilot Spacer for non-plug-in type, gasket, exhaust valve, and mounting screws Specification NPM : Individual air supply spacer (with M female thread for F) NP : Individual air supply spacer (with fitting for F1) NP : Individual air supply spacer (with fitting for F1 and F1) NP0 : Individual air supply spacer (with fitting for F1) NRM : Individual exhaust spacer (with M female thread for F) NR : Individual exhaust spacer (with fitting for F1) NR : Individual exhaust spacer (with fitting for F1 and F1) NR0 : Individual exhaust spacer (with fitting for F1) Manifold Order Code Example units of F Series FMAL stn.1 FT0-A1-PS-J DCV stn. FT-A1-PS-J DCV stn. FBP-J Note: This order code example has no relationship to the illustration at upper right. Precautions for Order Codes Muffler KM - J Fitting size : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) (Sales unit: Set of mufflers) Manifold outlet specification Select from among dual-use different size fitting blocks, with female thread blocks or with selectable fittings. For repair or replacement, purchase the single valve unit additional parts, FZ-J (dual-use different size fitting block), FZ-J (single size fitting block), or FZ-M (female thread block), on p.. Orders for valves only Place orders from Single Valve Unit Order Codes on p.. Note, however, that the only compatible valve type is A1. In addition, for common terminal wiring connections, order the common connector assemblies listed above separately.

32 Monoblock Manifold F Type (Direct Piping Type) Order Codes Valve size FM mm [0.9in.] width Effective area mm Cv: 0. F1M 1mm [0.91in.] width Effective area mm Cv: 0. F1M 1mm [0.09in.] width Effective area 1mm Cv: 1.0 Valve specification T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center T : -position, exhaust center T : -position, pressure center button Valve outlet type -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -port specification With dual-use different size fitting block (direct piping type) With single size fitting block (direct piping type) With single size fitting block (direct piping type) With female thread block (direct piping type) -port specification F, F1, F1, F F1 F1 With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) (direct piping type) F F1 With single size fitting block, normally closed (NC) (direct piping type) F F1 With single size fitting block, normally open (NO) (direct piping type) With female thread block, normally closed (NC) (direct piping type) With female thread block, normally open (NO) (direct piping type) F F1 F1 F F1 F1 F F1 F F1 F F1 Wiring specification L type plug connector Without connector S type plug connector Without connector -PN S type plug connector Lead wire 00mm -PS L type plug connector Lead wire 00mm -PL Pre-wired positive common terminal S type plug connector Lead wire 00mm -CPS Pre-wired positive common terminal L type plug connector Lead wire 00mm -CPL Pre-wired positive common terminal S type plug connector Lead wire 000mm -CPS Pre-wired positive common terminal L type plug connector Lead wire 000mm lever (made to order) Note Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. S type plug connector Lead wire 000mm -CPL 00mm = 11.in. 000mm = 11in. Individual air supply and exhaust spacer -R -PS L type plug connector Lead wire 000mm -PL : Without spacer -NPM : Individual air supply spacer (with M female thread for F) -NP : Individual air supply spacer (with fitting for F1) -NP : Individual air supply spacer (with fitting for F1 and F1) -NP0 : Individual air supply spacer (with fitting for F1) -NRM : Individual exhaust spacer (with M female thread for F) -NR : Individual exhaust spacer (with fitting for F1) -NR : Individual exhaust spacer (with fitting for F1 and F1) -NR0 : Individual exhaust spacer (with fitting for F1) Note: Valves of different sizes cannot be mounted together on manifolds. For details, see p.09. Valve size Valve units Station Valve size Valve specification Manual override Valve outlet type Wiring specification Individual air supply and exhaust spacer Voltage Manifold model Mounting valve models FM F1M F1M 0 F stn. 1 stn. Note1 F F1 F1 T0 T1 T T T T -R Note -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -PN -PS -PL -PS -PL -CPS -CPL -CPS -CPL -NPM -NP -NP -NP0 -NRM -NR -NR -NR0 DCV DC1V AC0V BP (for block-off plate) Notes 1: Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front. : The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual lever override is placed on the A side only. Remark: The external pilot valve cannot be mounted on the F type manifold. 9

33 Additional Parts Order Codes for Monoblock Manifold F Type Gasket (gasket and exhaust valve) F Z - GS1 Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width GS1Gasket BPBlock-off plate Block-off plate (block-off plate and mounting screws) F BP Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Connector-related order codes FZ - Valve specification For T1, T, T, T, T 0 For T0 For details, see p.0. Common connector assembly A typefz-pa B typefz-pb C typefz-pc 00mm = 11.in. 0mm = 9in. 000mm = 11in. Connector specification CP : Connector, lead wire length 00mm CP : Connector, lead wire length 000mm CLN : Connector without lead wire (short bar, contacts included) PA : Positive common A type, lead wire length 00mm PA : Positive common A type, lead wire length 000mm PB : Positive common B type, lead wire length 00mm PB : Positive common B type, lead wire length 000mm PC : Positive common C type, lead wire length 00mm PC : Positive common C type, lead wire length 000mm CC1. : Cabtyre cable, length 0mm Note CC : Cabtyre cable, length 000mm Note : Lead wire length : 00mm [11.in.] : 000mm [11in.] Manifold Order Code Example units of F Series FMF Note: Not available for T0. Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Note: White lead wire is not available in FZ0-P. stn.1 FT0-FJ-PS DCV stn. FT-FJ-PS DCV stn. FBP Note: This order code example has no relationship to the illustration at upper right. Precautions for Order Codes Note Note Note Muffler Exhaust valve Individual air supply and exhaust spacer F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width KM - J For details, see p.09. Spacer for non-plug-in type, gasket, exhaust valve, and mounting screws Specification NPM : Individual air supply spacer (with M female thread for F) NP : Individual air supply spacer (with fitting for F1) NP : Individual air supply spacer (with fitting for F1 and F1) NP0 : Individual air supply spacer (with fitting for F1) NRM : Individual exhaust spacer (with M female thread for F) NR : Individual exhaust spacer (with fitting for F1) NR : Individual exhaust spacer (with fitting for F1 and F1) NR0 : Individual exhaust spacer (with fitting for F1) Fitting size : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) (Sales unit: Set of mufflers) Orders for valves only Place orders from Single Valve Unit Order Codes on p.. Select from valve types -FJ, -FJ, -FJ, -FM, -FJA, -FJB, -FJA, -FJB, -FMA, or -FMB. In addition, for common terminal wiring connections, order the common connector assemblies listed above separately. 0

34 PC Board Manifold A Type (Base Piping Type) Order Codes Valve size Manifold outlet specification FM With dual-use different size fitting blocks (base piping type) mm [0.9in.] width Effective area mm Cv: 0. F1M 1mm [0.91in.] width Effective area mm Cv: 0. J Outlet port fitting F, F1, Pilot specification Internal pilot manifold G External pilot manifold Wiring specification (wiring block) Flat cable connector (with socket and strain relief) -F0 -F000-pin -F0-pin For details, see p.. Wiring connection specification -S Single wiring: Wiring as single solenoid only. Note: This is not the same as packed wiring. -W Double wiring: Wiring is always for the double solenoid, regardless of the specifications of the mounted valve. With female thread blocks (base piping type) M Outlet port female thread FM0. F1Rc1/ With selectable fittings (base piping type) L Outlet port should be selected in accordance with the manifold fitting specification Valve size Valve units Manifold outlet specification Pilot specification Wiring specification Wiring connection specification Manifold model Single wiring type Note 1 FM Note AP J M L G G -F00 -F01 -F00 -F01 -S -S Double wiring type Note F1M Note AP J M L G G -F00 -F01 -F00 -F01 -W -W Notes: 1. Wiring as single solenoid only. Note that this is not the same as packed wiring. The mounting valves are limited to single solenoid only (T0, T1 specifications). Therefore, even if the T1 specification valve is switched over to a double solenoid, no power will be applied to the B side solenoid.. Wiring is always for the double solenoid, regardless of the specifications of the mounted valves.. The number of units in terms of the wiring connection specifications are, for single wiring, 1 (even numbers only), and for double wiring, or. 1

35 G Valve specification Operation type Internal pilot type Note External pilot type Note (for positive pressure) V External pilot type Note (for vacuum) : This is a vacuum valve. Note: Cannot be mounted together with a valve for positive pressure. T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center Note T : -position, exhaust center Note T : -position, pressure center Note: Valves of different sizes cannot be mounted together on manifolds. button lever (made to order) Note -R Valve outlet type With plates Note 9 (base piping type) -A1 Wiring specification S type plug connector Lead wire for PC board Note9 -PP Manifold fitting specification With single size -J F fitting block F1 (base piping type) -J With female -M F thread block F1 (base piping type) -JA -JB -JA -JB -MA -MB -port specification With single size F fitting block F1 (base piping type) -port specification With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With female thread block, normally closed (NC) F (base piping type) F1 With female thread block, normally open (NO) F (base piping type) F1 Caution: The -port specifications are only available in valve specifications T0, T1, and T. Individual air supply and exhaust spacer : Without spacer -NPM : Individual air supply spacer (with M female thread for F) -NP : Individual air supply spacer (with fitting for F1) -NP : Individual air supply spacer (with fitting for F1 ) -NRM : Individual exhaust spacer (with M female thread for F) -NR : Individual exhaust spacer (with fitting for F1) -NR : Individual exhaust spacer (with fitting for F1) For details, see p.09. Station Valve size Valve specification Operation Manual Valve outlet Wiring Manifold fitting Individual air supply type override type specification specification and exhaust spacer Voltage Mounting valve models stn. 1 stn. Note F F1 T0 T1 Note Note G Note V Note BPC (for block-off plate) -R Note -A1 Note9 -PP Note9 -NPM -NP -NP -NRM -NR -NR DCV DC1V stn. 1 stn. Note F F1 T0 T1 Note Note G Note V Note BPC (for block-off plate) -R Note -A1 Note9 -PP Note9 -J -J -M -JA -JB -JA -JB -MA -MB -NPM -NP -NP -NRM -NR -NR DCV DC1V stn. 1 stn. Note stn. 1 stn. Note F F1 F F1 T0 T1 T T0 T1 T T T Note T Note Note G Note V Note BPC (for block-off plate) T T Note T Note Note G Note V Note BPC (for block-off plate) -R Note -R Note -A1 Note9 -A1 Note9 DCV DC1V Notes:. Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front.. The mounting valves are limited to T0, T1 specifications only (single solenoid specifications). In addition, even if the T1 specification valve is switched over to a double solenoid, no power will be applied to the B side solenoid.. Cannot be mounted on the external pilot manifold.. Cannot be mounted on the internal pilot manifold.. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is placed on the A side only. 9. Always enter -A1 or -PP.. Not available in the vacuum valves. 11. The lead wire on the solenoid B side (white) is not available in valve specification T0. -PP Note9 Note11 -PP Note9 Note11 -J -J -M -JA -JB -JA -JB -MA -MB -NPM -NP -NP -NPM -NP -NP -NRM -NR -NR -NRM -NR -NR DCV DC1V

36 Additional Parts Order Codes for PC Board Manifold A Type Gasket (gasket and exhaust valve) F Z - GS1 Valve size mm [0.9in.] width 11mm [0.91in.] width GS1Gasket BPCBlock-off plate Block-off plate (block-off plate, mounting screws, and housing) F BPC Valve size mm [0.9in.] width 11mm [0.91in.] width Connector-related order codes FZ - Valve specification For T1, T, T, T, T 0 For T0 Connector specification P : For F series Connector lead wire for PC board manifold P1 : For F1 series Connector lead wire for PC board manifold Red Common wire () Housing For external pilot Exhaust valve BlackSide A ( ) White Side B ( ) (Insert when using as a double solenoid) Note Note: White lead wire is not available for FZ0-P. : Use this as a cover when the block-off plate is attached. Individual air supply and exhaust spacer F Z - Spacer for non-plug-in type, gasket, exhaust valve, and mounting screws Manifold Order Code Example units of F Series FMAPL-F01-W stn.1 stn. stn. FT0-A1-PP-J DCV FT-A1-PP-J DCV FBPC-J Note: This order code example has no relationship to the illustration at upper right. Precautions for Order Codes Valve size mm [0.9in.] width 11mm [0.91in.] width For details, see p.09. Muffler KM - J Specification NPM : Individual air supply spacer (with M female thread for F) NP : Individual air supply spacer (with fitting for F1) NP : Individual air supply spacer (with fitting for F1) NRM : Individual exhaust spacer (with M female thread for F) NR : Individual exhaust spacer (with fitting for F1) NR : Individual exhaust spacer (with fitting for F1) Fitting size : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) (Sales unit: Set of mufflers) Orders for valves only Enter the code Valve size Valve specification Pilot specification - Valve outlet type - PP Voltage to order. Wiring connection specification When the lead wire for the PC board is not required, enter -PN. -S (single wiring): Wiring for single solenoid only. -W (double wiring): Wiring is always for the double solenoid, regardless of the mounted valve specifications.

37

38 PC Board Manifold F Type (Direct Piping Type) Order Codes Valve size FM mm [0.9in.] width Effective area mm Cv: 0. F1M 1mm [0.91in.] width Effective area mm Cv: 0. Wiring specification (wiring block) Flat cable connector (with socket and strain relief) -F0 -F000-pin -F0-pin For details, see p.. Wiring connection specification -S Single wiring:wiring as single solenoid only. Note: This is not the same as packed wiring. button lever (made to order) Note -R Valve specification Valve outlet type -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -port specification With dual-use different size fitting block (direct piping type) With single size fitting block (direct piping type) With single size fitting block (direct piping type) With female thread block (direct piping type) -port specification F, F1, F F1 F F1 F F1 With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With female thread block, normally closed (NC) F (direct piping type) F1 With female thread block, normally open (NO) F (direct piping type) F1 Caution: The -port specifications are only available in valve specifications T0, T1, and T. Individual air supply and exhaust spacer : Without spacer -NPM : Individual air supply spacer (with M female thread for F) -NP : Individual air supply spacer (with fitting for F1) -NP : Individual air supply spacer (with fitting for F1) -NRM : Individual exhaust spacer (with M female thread for F) -NR : Individual exhaust spacer (with fitting for F1) -NR : Individual exhaust spacer (with fitting for F1) For details, see p.09. Wiring specification Stype plug connector Lead wire for PC board -PP -W Double wiring: Wiring is always for the double solenoid, regardless of the mounted valve type. T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center T : -position, exhaust center T : -position, pressure center Note: Valves of different sizes cannot be mounted together on manifolds. Valve size Valve units Wiring specification Wiring connection specification Station Valve size Valve specification Manual override Valve outlet type Wiring specification Individual air supply and exhaust spacer Voltage Manifold model Mounting valve models Single wiring type Note 1 Double wiring type Note Notes: 1. Wiring as single solenoid only. Note that this is not the same as packed wiring. The mounting valves are limited to single solenoid only (T0, T1 specifications). Therefore, even if the T1 specification valve is switched over to a double solenoid, no power will be applied to the B side solenoid.. Wiring is always for the double solenoid, regardless of the specifications of the mounted valve.. The number of units in terms of the wiring connection specifications are, for single wiring 1 (even numbers only), and for double wiring, or.. Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front.. The mounting valves are limited to T0, T1 specifications only (single solenoid specifications). In addition, even if the T1 specification valve is switched over to a double solenoid, no power will be applied to the B side solenoid.. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is placed on the A side only.. Always enter -PP.. The lead wire on the solenoid B side (white) is not available in valve specification T0. FM F1M FP FP -F00 -F01 -F00 -F01 -S -W stn. 1 stn. stn. 1 stn. F F1 F F1 T0 T1 T T0 T1 T T T -R -R -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -PP Note BPC (for block-off plate) -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -PP Note Note BPC (for block-off plate) -NPM -NP -NP -NPM -NP -NP -NRM -NR -NR -NRM -NR -NR DCV DC1V DCV DC1V

39 Additional Parts Order Codes for PC Board Manifold F Type Gasket (gasket andexhaust valve) F Z - GS1 Valve size mm [0.9in.] width 11mm [0.91in.] width GS1Gasket BPCBlock-off plate Block-off plate (block-off plate, mounting screws, and housing) F BPC Valve size mm [0.9in.] width 11mm [0.91in.] width Connector-related order code FZ - Valve specification For T1, T, T, T, T 0 For T0 Connector specification P : For F series Connector lead wire for PC board manifold P1 : For F1 series Connector lead wire for PC board manifold Red Common wire () Exhaust valve BlackSide A ( ) White Side B ( ) : Use this as a cover when the block-off plate is attached. (Insert when using as a double solenoid) Note Note: White lead wire is not available for FZ0-P. Individual air supply and exhaust spacer F Z - Spacer for non-plug-in type, gasket, exhaust valve, and mounting screws Manifold Order Code Example units of F Series FMFP-F01-W stn.1 stn. stn. FT0-FJ-PP DCV FT-FJ-PP DCV FBPC Note: This order code example has no relationship to the illustration at upper right. Precautions for Order Codes Valve size mm [0.9in.] width 11mm [0.91in.] width Muffler KM - J Orders for valves only Enter the code Valve size Valve specification - Valve outlet type - PP Voltage to order. Specification NPM : Individual air supply spacer (with M female thread for F) NP : Individual air supply spacer (with fitting for F1) NP : Individual air supply spacer (with fitting for F1) NRM : Individual exhaust spacer (with M female thread for F) NR : Individual exhaust spacer (with fitting for F1) NR : Individual exhaust spacer (with fitting for F1) For details, see p.09. Fitting size : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) (Sales unit: Set of mufflers) Wiring connection specification When the lead wire for the PC board is not required, enter -PN. -S (single wiring): Wiring for single solenoid only. -W (double wiring): Wiring is always for the double solenoid, regardless of the mounted valve specifications.

40 Split Manifold Non-Plug-in Type Order Codes Valve size FM mm [0.9in.] width Effective area mm Cv: 0. F1M 1mm [0.91in.] width Effective area mm Cv: 0. F1M 1mm [0.09in.] width Effective area 1mm Cv: 1.0 Manifold outlet specification With dual-use different size fitting blocks (base piping type) J Outlet port fitting F, F1, F1, With female thread blocks (base piping type) With selectable fittings (base piping type) L Outlet port should be selected in accordance with the manifold fitting specification With plates (direct piping type) Pilot specification Internal pilot manifold G External pilot manifold Piping block specification (supply and exhaust) Different size fitting block -JR : Dual-use different size fitting, right-side mounting -JL : Dual-use different size fitting, left-side mounting -JD : Dual-use different size fitting, both-side mounting Fitting size (1(P),, (R) ports) F, F1 :, F1 : 1 only Female thread block -MR : Female thread, right-side mounting -ML : Female thread, left-side mounting -MD : Female thread, both-side mounting Female thread size (1(P),, (R) ports) F, F1 : Rc1/ F1 : Rc/ M Outlet port female thread FM0. F1Rc1/ F1Rc1/ Single size fitting block (Not available for F1) -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1 : -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1 : Valve size Valve units Manifold outlet specification Pilot specification Piping block specification Manifold model Base piping type J M G -JR -JL -JD -MR -ML -MD -JR Note1 -JR Note1 -JL Note1 -JL Note1 -JD Note1 -JD Note1 Base piping type single size fitting FM F1M F1M 0 N L G -JR -JL -JD -MR -ML -MD -JR Note1 -JR Note1 -JL Note1 -JL Note1 -JD Note1 -JD Note1 Direct piping type G -JR -JL -JD -MR -ML -MD -JR Note1 -JR Note1 -JL Note1 -JL Note1 -JD Note1 -JD Note1 Note: 1. Not available for F1

41 Valve specification Valve outlet type Wiring specification Manifold fitting specification T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center T : -position, exhaust center T : -position, pressure center Operation type Internal pilot type Note G External pilot type Note (for positive pressure) No vacuum valve can be mounted. button lever (made to order) Note -R Note: Valves of different sizes cannot be mounted together on manifolds. -A1 With plate Note (base piping type) -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -port specification With dual-use different size fitting block (direct piping type) F, F1, F1, With single size F fitting block F1 (direct piping type) F1 With single size F fitting block F1 (direct piping type) F1 With female thread F block F1 (direct piping type) F1 -port specification With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With female thread block, normally closed (NC) F (direct piping type) F1 With female thread block, normally open (NO) F (direct piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. S type plug connector Without connector -PN S type plug connector Lead wire 00mm -PS S type plug connector Lead wire 000mm -PS Pre-wired positive common terminal S type plug connector Lead wire 00mm -CPS Pre-wired positive common terminal S type plug connector Lead wire 000mm -CPS With single size -J F fitting block F1 (base piping type) F1 -JA -port specification With single size F -J fitting block F1 (base piping type) F1 With female -M F thread block F1 (base piping type) F1 -JB -JA -JB -port specification With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 Port isolator : Without port isolator -SP : For 1(P) port Note -SR : For (R), (R1) ports Note -SA : For 1(P), (R), and (R1) ports Note With female thread block, -MA normally closed (NC) F (base piping type) F1 With female thread block, -MB normally open (NO) F (base piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. Individual air supply and exhaust spacer : Without spacer -NPM : Individual air supply spacer (with M female thread for F) -NP : Individual air supply spacer (with fitting for F1) -NP : Individual air supply spacer (with fitting for F1 and F1) -NP0 : Individual air supply spacer (with fitting for F1) -NRM : Individual exhaust spacer (with M female thread for F) -NR : Individual exhaust spacer (with fitting for F1) -NR : Individual exhaust spacer (with fitting for F1 and F1) -NR0 : Individual exhaust spacer (with fitting for F1) For details, see p.09. Station Valve size Valve specification Operation type Manual override Valve outlet type Wiring specification Manifold fitting specification Individual air supply and exhaust spacer Port isolator Voltage Mounting valve models stn. 1 stn. F F1 F1 T0 T1 T T T T Note G Note -R Note BPN (for block-off plate) -A1 -PN -PS -PS -CPS -CPS -NPM -NP -NP -NP0 -NRM -NR -NR -NR0 -SP -SR -SA DCV DC1V AC0V stn. 1 stn. F F1 F1 T0 T1 T T T T Note G Note -R Note BPN (for block-off plate) -A1 -PN -PS -PS -CPS -CPS -J -J -M -JA -JB -JA -JB -MA -MB -NPM -NP -NP -NP0 -NRM -NR -NR -NR0 -SP -SR -SA DCV DC1V AC0V stn. 1 stn. F F1 F1 T0 T1 T T T T Note G Note -R Note -FJ -FJ -FJ -FM -FJA BPN (for block-off plate) -FJB -FJA -FJB -FMA -FMB -PN -PS -PS -CPS -CPS DCV DC1V AC0V Notes:. Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front.. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is placed on the A side only.. When selecting J, M, or L (base piping type) for the manifold outlet specification, always enter -A1 (with plate) for the valve outlet type.. Port isolators can be installed only when piping blocks are mounted on both sides. In addition, only 1 port isolator can be mounted in 1 manifold for -SA, or 1 each port isolator for -SP and -SR for a total of locations. When shipping, the designated port isolators are mounted between the designated station and the station to its immediate left (the next smaller stn. No.).. Cannot be mounted on the external pilot manifold.. Cannot be mounted on the internal pilot manifold. -NPM -NP -NP -NP0 -NRM -NR -NR -NR0 -SP -SR -SA

42 Additional Parts Order Codes for Split Manifold Non-Plug-in Type Parts for manifold F Z - Piping block assembly F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width 9 Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width F BP N Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width F Z - Parts content GS : Gasket (gasket and exhaust valve) SP : Port isolator (for 1(P) port) SR : Port isolator (for (R), (R1) ports) SA : Port isolator (for 1(P), (R), (R1) ports) Block-off plate (block-off plate, mounting screws, and plug ) FZ - : No plug is included with F1. Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Black A side ( ) White B side ( ) (Insert when using as double solenoid) Red Common wire () Valve base assembly (valve base and gasket) VMA : -port specification normally closed, female thread valve base Note VMB : -port specification normally open, female thread valve base Note VP : Valve base plate Note: Not available for F1 Pilot specification : Internal pilot G : External pilot (only for F and F1) For F1, internal pilot and external pilot use are shareable. Note Note Note Piping specification Specification VJ : Dual-use different size fitting valve base RV: For valve base VJ : Single size fitting valve base F:, F1:, F1: RH: For piping and wiring base VJ : Single size fitting valve base F:, F1:, F1: VJA : -port specification normally closed, single size fitting valve base F:, F1: Note VJB : -port specification normally open, single size fitting valve base F:, F1: Note VJA : -port specification normally closed, single size fitting valve base F:, F1: Note VJB : -port specification normally open, single size fitting valve base F:, F1: Note VM For non-plug-in Connector-related order codes Valve specification For T1, T, T, T, T 0 For T0 For details, see p.0. Common connector assembly A Type FZ-PA B TypeFZ-PB C TypeFZ-PC 00mm = 11.in. 0mm = 9in. 000mm = 11in. Connector specification CP : Connector, lead wire length 00mm CP : Connector, lead wire length 000mm CLN : Connector without lead wire (short bar, contacts included) PA : Positive common A type, lead wire length 00mm PA : Positive common A type, lead wire length 000mm PB : Positive common B type, lead wire length 00mm PB : Positive common B type, lead wire length 000mm PC : Positive common C type, lead wire length 00mm PC : Positive common C type, lead wire length 000mm CC1. : Cabtyre cable, length 0mm Note CC : Cabtyre cable, length 000mm Note Note: Not available for T0 : Lead wire length : 00mm [11.in.] : 000mm [11in.] Note: White lead wire is not available with FZ0-P. : Female thread valve base Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width End blocks (one set of left and right) F Z - E Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Individual air supply and exhaust spacer F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width For details, see p.09. Muffler KM - J Connecting rod (F1 series only) F1 Z - - Piping specification PJ: Dual-use different size fitting piping block (For F1, single size fitting 1) PJ: Single size fitting piping block (Not available for F1) PJ: Single size fitting piping block (Not available for F1) PM: Female thread piping block Pilot specification : Internal pilot G : External pilot Pilot specification : Internal pilot G : External pilot (only for F and F1) : For F1, internal pilot and external pilot use are shareable. Spacer for non-plug-in type, gasket, exhaust valve, and mounting screws Specification NPM : Individual air supply spacer (with M female thread for F) NP : Individual air supply spacer (with fitting for F1) NP : Individual air supply spacer (with fitting for F1 and F1) NP0 : Individual air supply spacer (with fitting for F1) NRM : Individual exhaust spacer (with M female thread for F) NR : Individual exhaust spacer (with fitting for F1) NR : Individual exhaust spacer (with fitting for F1 and F1) NR0 : Individual exhaust spacer (with fitting for F1) Fitting size : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) : Outer diameter (for F, F1 and for individual exhaust spacer) 1 : Outer diameter 1 (for F1) (Sales unit: Set of mufflers) Additional unit number 0 (0 for RH) For reduction of units, consult us.

43 GSGasket BPNBlock-off plate Piping block assembly Plug SPPort isolator for the 1(P) port Note Exhaust valve Valve base assembly Note: The F1 series port isolator looks different in appearance. Illustration shows the F series. SRPort isolator for the (R), (R1) ports Note End block Manifold Order Code Example units of F Series FMNL-JR stn.1 stn. stn. FT0-A1-PS-J DCV FT-A1-PS-J DCV FBPN-J Note: This order code example has no relationship to the above illustration. Precautions for Order Codes Orders for valves only Place orders from Single Valve Unit Order Codes on p.. However,, A, F, F, F, F, FA, FB, FA, FB, FA, and FB cannot be selected for the valve outlet type. And for the wiring specification,, PL, and PL cannot be selected. In addition, for common terminal wiring connections, separately order the common connector assemblies listed on the previous page. 0

44 Split Manifold Plug-in Type Order Codes Manifold outlet specification With dual-use different size fitting blocks With selectable fittings (base piping type) (base piping type) J Outlet port fitting F, F1, F1, With female thread blocks (base piping type) M Outlet port female thread FM0. F1Rc1/ F1Rc1/ Valve size FM F1M F1M L Outlet port should be selected in accordance with the manifold fitting specification With plates (direct piping type) mm [0.9in.] width Effective area mm Cv: 0. 1mm [0.91in.] width Effective area mm Cv: 0. 1mm [0.09in.] width Effective area 1mm Cv: 1.0 Pilot specification Internal pilot manifold G External pilot manifold Piping block specification (supply and exhaust) Different size fitting block -JR : Dual-use different size fitting, right-side mounting -JL : Dual-use different size fitting, left-side mounting -JD : Dual-use different size fitting, both-side mounting Fitting size (1(P),, (R) ports) F, F1 :, F1 : 1 only Female thread block -MR : Female thread, right-side mounting -ML : Female thread, left-side mounting -MD : Female thread, both-side mounting Female thread size (1(P),, (R) ports) F, F1 : Rc1/ F1 : Rc/ Single size fitting block (Not available for F1) -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1 : -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1 : Wiring specification (wiring block) Flat cable connector (with socket and strain relief) -F -F0-pin -F1-pin -F000-pin -F0-pin -F0-pin For details, see p.. D-sub connector Terminal block (19 terminals, M screws) -D -T00 (M. mounting Also can provide screws) the terminal block -D0-pin with cover. Note -D1-pin For details, see p.. Wiring connection specification Packed wiring: Wiring is made in accordance with the mounted valve specifications. -W Double wiring: Wiring is always for the double solenoid, regardless of the specifications of the mounted valve. Wiring position (wiring block) : Left-side mounting -R : Right-side mounting Valve size Valve units Manifold outlet specification Pilot specification Piping block specification Wiring specification Wiring connection specification Wiring position Voltage Manifold model Base piping type J M G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note -F0 -F1 -F00 -F01 -F0 -D0 -D1 -T00 -W -R DCV DC1V Note AC0V Base piping type selectable fitting FM F1M F1M Note1 P L G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note -F0 -F1 -F00 -F01 -F0 -D0 -D1 -T00 -W -R DCV DC1V Note AC0V Direct piping type G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note -F0 -F1 -F00 -F01 -F0 -D0 -D1 -T00 -W -R DCV DC1V Note AC0V Notes: 1. For the maximum number of units, see the table for maximum number of valve units by wiring specification, on p... AC0V is available only for the -D0, -D1 (D-sub connector) and -T00 (terminal block) wiring specifications.. Not available for F1.. The terminal block with cover (code: enter -19W to the end of the manifold code) can also be provided as a made to order item. For details, consult us. 1

45 Valve specification Valve outlet type Manifold fitting specification Port isolator T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center T : -position, exhaust center T : -position, pressure center Operation type Internal pilot type Note G External pilot type Note11 (for positive pressure) No vacuum valve can be mounted. button lever (made to order) Note -R Note: Valves of different sizes cannot be mounted together on manifolds. -A1 With plate Note (base piping type) -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -port specification With dual-use different size fitting block (direct piping type) F, F1, F1, With single size F fitting block F1 (direct piping type) F1 With single size F fitting block F1 (direct piping type) F1 With female thread F block F1 (direct piping type) F1 -port specification With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With female thread block, normally closed (NC) F (direct piping type) F1 With female thread block, normally open (NO) F (direct piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. With single size -J F fitting block F1 (base piping type) F1 -JA -JB -JA -JB -MA -MB -port specification With single size F -J fitting block F1 (base piping type) F1 With female -M F thread block F1 (base piping type) F1 -port specification With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With female thread block, normally closed (NC) F (base piping type) F1 With female thread block, normally open (NO) F (base piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. : Without port isolator -SP : For 1(P) port Note9 -SR : For (R), (R1) ports Note9 -SA : For 1(P), (R), (R1) ports Note9 Individual air supply and exhaust spacer : Without spacer -PPM : Individual air supply spacer (with M female thread for F) -PP : Individual air supply spacer (with fitting for F1) -PP : Individual air supply spacer (with fitting for F1 and F1) -PP0 : Individual air supply spacer (with fitting for F1) -PRM : Individual exhaust spacer (with M female thread for F) -PR : Individual exhaust spacer (with fitting for F1) -PR : Individual exhaust spacer (with fitting for F1 and F1) -PR0 : Individual exhaust spacer (with fitting for F1) For details, see p.09. Station Valve size Valve specification Operation type Manual override Valve outlet type Manifold fitting specification Individual air supply and exhaust spacer Port isolator Voltage Mounting valve models stn. 1 stn. Note F F1 F1 T0 T1 T T T T Note G Note11 -R Note BPP (for block-off plate) Note -A1 Note -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note9 -SR Note9 -SA Note9 DCV DC1V Note AC0V stn. 1 stn. Note F F1 F1 T0 T1 T T T T Note G Note11 -R Note BPP (for block-off plate) Note -A1 Note -J -J -M -JA -JB -JA -JB -MA -MB -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note9 -SR Note9 -SA Note9 DCV DC1V Note AC0V stn. 1 stn. Note F F1 F1 T0 T1 T T T T Note G Note11 -R Note BPP (for block-off plate) Note -FJ -FJ -FJ -FM -FJA DCV DC1V AC0V Notes:. Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front.. When selecting J, M, or L (base piping type) for the manifold outlet specification, always enter -A1 (with plate) for the valve outlet type.. Caution should be exercised that the block-off plate wiring is always double wiring (allocated control pins at 1 stn.), regardless of the wiring connection specification.. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is placed on the A side only. 9. Port isolators can be installed only when piping blocks are mounted on both sides. In addition, only 1 port isolator can be mounted in 1 manifold for -SA, or 1 each port isolator for -SP and -SR for a total of locations. When shipping, the designated port isolators are mounted between the designated station and the station to its immediate left (the next smaller stn. No.).. Cannot be mounted on the external pilot manifold. 11. Cannot be mounted on the internal pilot manifold. -FJB -FJA -FJB -FMA -FMB -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note9 -SR Note9 -SA Note9 Note

46 Additional Parts Order Codes for Split Manifold Plug-in Type Parts for manifold F Z - Wiring block assembly (one set) F Z - - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width F Piping block assembly F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width End blocks (one set of left and right) F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width BP P Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Pilot specification : Internal pilot G : External pilot Parts content GS : Gasket (gasket and exhaust valve) SP : Port isolator (for 1(P) port) SR : Port isolator (for (R), (R1) ports) SA : Port isolator (for 1(P), (R), (R1) ports) Block-off plate (block-off plate, mounting screws, and plug) F Z - - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Pilot specification : Internal pilot G : External pilot (only for F and F1) : For F1, internal pilot and external pilot use are shareable. For plug-in Individual air supply and exhaust spacer Valve base assembly (valve base, gasket, lead wire, and plug-in connector) Wiring specification D: For D-sub connector F: For flat cable connector, terminal block Piping specification PJ : Dual-use different size fitting piping block (for F and F1) PJ : Single size fitting piping block (Not available for F1) PJ : Single size fitting piping block (Not available for F1) PM : Female thread piping block (for F, F1) PJP : Fitting piping block (for F1 only) PMP : Female thread piping block (for F1 only) End block specification E For F, F1 EPFor F1 Pilot specification : Internal pilot G : External pilot (only for F and F1) : For F1, internal pilot and external pilot use are shareable. Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Pilot specification : Internal pilot G : External pilot (Only for F and F1) For F1, internal pilot and external pilot use are shareable. F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Piping specification VJ : Dual-use different size fitting valve base VJ : Single size fitting valve base F:, F1:, F1: VJ : Single size fitting valve base F:, F1:, F1: VJA : -port valve specification normally closed, single size fitting For details, see p.09. valve base F:, F1: Note VJB : -port valve specification normally open, single size fitting valve base F:, F1: Note VJA : -port valve specification normally closed, single size fitting Muffler valve base F:, F1: Note VJB : -port valve specification normally open, single size fitting KM - J valve base F:, F1: Note VM : Female thread valve base VMA : -port valve specification normally closed, female thread valve base Note VMB : -port valve specification normally open, female thread valve base Note VP : Valve base plate Note: Not available for F1 F1 Z - - Voltage (Not required for T00) DC DC1 AC0for D0,D1only Piping specification F0 Flat cable connector (DC specification) F1 Flat cable connector (DC specification) F00 Flat cable connector (DC specification) F01 Flat cable connector (DC specification) F0 Flat cable connector (DC specification) D0 D-sub connector D1 D-sub connector T00L Terminal block for left-side mounting T00R Terminal block for right-side mounting Specification PPM : Individual air supply spacer (with M female thread for F) PP : Individual air supply spacer (with fitting for F1) PP : Individual air supply spacer (with fitting for F1 and F1) PP0 : Individual air supply spacer (with fitting for F1) PRM : Individual exhaust spacer (with M female thread for F) PR : Individual exhaust spacer (with fitting for F1) PR : Individual exhaust spacer (with fitting for F1 and F1) PR0 : Individual exhaust spacer (with fitting for F1) Fitting size :Outer diameter (for individual exhaust spacer) :Outer diameter (for individual exhaust spacer) :Outer diameter (for F, F1 and for individual exhaust spacer) 1 :Outer diameter 1 (for F1) (Sales unit: Set of mufflers) Connecting rod (F1 series only) Spacer for plug-in type, gasket, exhaust valve, and mounting screws Number of additional units 0 (0 for RH) Example: To add valve units, enter -0. For reduction of units, consult us. Specification RV: For valve base RH: For piping and wiring base Table for maximum number of valve units by wiring specification Maximum number of units Wiring connection specification Wiring specification F0 Flat cable (P) F1 Flat cable (P) F00 Flat cable (0P) F01 Flat cable (0P) F0 Flat cable (P) D0 D-sub connector (P) D1 D-sub connector (P) T00 Terminal block (19 terminals) Max. outputs Packed wiring () Varies depending on the number of mounted single solenoids, double solenoids, and block-off plates. The number of controlled solenoids should be designated as the maximum number of outputs or less. Double wiring (-W) units units units units units units units 9 units

47 GSGasket Plug BPPBlock-off plate SPPort isolator for the 1(P) port SRPort isolator for the (R), (R1) ports End block Piping block assembly Plug-in connector Valve base assembly Exhaust valve Wiring block assembly Note: The F1 series port isolator looks different in appearance. Illustration shows the F series. Manifold Order Code Example 1 units of F Series FM1PL-JR-F01 DCV stn.1 FT0-A1-J DCV stn.911 FT-A1-J DCV stn.1 FBPP-J Note: This order code example has no relationship to the above illustration. Precautions for Order Codes Orders for valves only Place orders from Single Valve Unit Order Codes on p.. However,, A, F, F, F, F, FA, FB, FA, FB, FA, and FB cannot be selected for the valve outlet type. For the wiring specification, is the only selection. Wiring connection specification (packed wiring) : Wiring is made in accordance with the mounted valve specifications. -W (double wiring) : Wiring is always for the double solenoid, regardless of the mounted valve specifications.

48 Serial Transmission Compatible Manifold Order Codes For the order code for the OMRON CompoBus/D, see p.9. Manifold outlet specification With dual-use different size fitting blocks With selectable fittings (base piping type) (base piping type) J Outlet port fitting F, F1, F1, With female thread blocks (base piping type) M Outlet port female thread FM0. F1Rc1/ F1Rc1/ Valve size FM F1M F1M L Outlet port should be selected in accordance with the manifold fitting specification With plates (direct piping type) mm [0.9in.] width Effective area mm Cv: 0. 1mm [0.91in.] width Effective area mm Cv: 0. 1mm [0.09in.] width Effective area 1mm Cv: 1.0 Pilot specification Internal pilot manifold G External pilot manifold Piping block specification (supply and exhaust) Different size fitting block -JR : Dual-use different size fitting, right-side mounting -JL : Dual-use different size fitting, left-side mounting -JD : Dual-use different size fitting, both-side mounting Fitting size (1(P),, (R) ports) F, F1:, F1: 1 only Female thread block -MR : Female thread, right-side mounting -ML : Female thread, left-side mounting -MD Female thread, both-side mounting Female thread size (1(P),, (R) ports) F, F1: Rc1/ F1: Rc/ Single size fitting block (Not available for F1) -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1: -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1: Transmission block specification These are the serial transmission block specifications compatible with each system. F, F1 series Mounted on the DIN rail at shipping. F1 series For details, see p.. For details, see p : For UNI-WIRE System (1 outputs) -0 : For UNI-WIRE System ( outputs) -11 : For Mitsubishi Electric MELSECNET/MINI-S -1 : For OMRON SYSBUS Wire System -1 : For OMRON BA Link Terminal (Standard) - : For OMRON BA Link Terminal (High speed) -1 : For KOYO ELECTRONICS INDUSTRIES SA Bus (1 outputs) - : For KOYO ELECTRONICS INDUSTRIES SA Bus ( outputs) -1 : For SUNX S-LINK (1 outputs) - : For SUNX S-LINK ( outputs) -1 : For Mitsubishi Electric MELSEC I/O LINK -1 : For Fuji Electric FA Components & Systems T Link Mini -1 : For KEYENCE KZ-R -A1 : For OMRON CompoBus/S (1 outputs) -A : For OMRON CompoBus/S ( outputs) -B1 : For Mitsubishi Electric CC-Link Wiring connection specification Packed wiring: Wiring is made in accordance with the mounted valve specifications. -W Double wiring: Wiring is always for the double solenoid, regardless of the specifications of the mounted valve. Wiring position (transmission block) : Left-side mounting -R : Right-side mounting Valve size Valve units Manifold outlet specification Pilot specification Piping block specification Transmission block specification Wiring connection specification Wiring position Manifold model Base piping type J M G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note A1 -A -B1 -W -R Base piping type selectable fitting FM F1M F1M Note1 S L G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note A1 -A -B1 -W -R Direct piping type G Notes: 1. To determine the maximum number of units, see the table for maximum number of valve units by transmission block specification, on p... Not available for F1 -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note A1 -A -B1 -W -R

49 Valve specification Valve outlet type Manifold fitting specification Port isolator T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center T : -position, exhaust center T : -position, pressure center Operation type Internal pilot type Note G External pilot type Note9 (for positive pressure) No vacuum valve can be mounted. button lever (made to order) Note -R Note: Valves of different sizes cannot be mounted together on manifolds. -A1 With plate Note (base piping type) -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -port specification With dual-use different size fitting block (direct piping type) F, F1, F1, With single size F fitting block F1 (direct piping type) F1 With single size F fitting block F1 (direct piping type) F1 With female thread F block F1 (direct piping type) F1 -port specification With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With female thread block, normally closed (NC) F (direct piping type) F1 With female thread block, normally open (NO) F (direct piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. With single size -J F fitting block F1 (base piping type) F1 -JA -JB -JA -JB -MA -MB -port specification With single size F -J fitting block F1 (base piping type) F1 With female -M F thread block F1 (base piping type) F1 -port specification With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With female thread block, normally closed (NC) F (base piping type) F1 With female thread block, normally open (NO) F (base piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. : Without port isolator -SP : For 1(P) port Note -SR : For (R), (R1) ports Note -SA : For 1(P), (R), (R1) ports Note Individual air supply and exhaust spacer : Without spacer -PPM : Individual air supply spacer (with M female thread for F) -PP : Individual air supply spacer (with fitting for F1) -PP : Individual air supply spacer (with fitting for F1 and F1) -PP0 : Individual air supply spacer (with fitting for F1) -PRM : Individual exhaust spacer (with M female thread for F) -PR : Individual exhaust spacer (with fitting for F1) -PR : Individual exhaust spacer (with fitting for F1 and F1) -PR0 : Individual exhaust spacer (with fitting for F1) For details, see p.09. Station Valve size Valve specification Operation type Manual override Valve outlet type Manifold fitting specification Individual air supply and exhaust spacer Port isolator Voltage Mounting valve models stn. 1 stn. Note F F1 F1 T0 T1 T T T T Note G Note9 -R Note BPP (for block-off plate) Note -A1 Note -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note -SR Note -SA Note DCV stn. 1 stn. Note F F1 F1 T0 T1 T T T T Note G Note9 -R Note BPP (for block-off plate) Note -A1 Note -J -J -M -JA -JB -JA -JB -MA -MB -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note -SR Note -SA Note DCV stn. 1 stn. Note Notes: F F1 F1 T0 T1 T T T T Note G Note9 -R Note BPP (for block-off plate) Note -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB DCV. Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front.. When selecting J, M, or L (base piping type) for the manifold outlet specifications, always enter -A1 (with plate) for the valve outlet type.. Caution should be exercised that the block-off plate wiring is always double wiring (allocated control pins at 1 stn.), regardless of the wiring connection specification.. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is placed on the A side only.. Port isolators can be installed only when piping blocks are mounted on both sides. In addition, only 1 port isolator can be mounted in 1 manifold for -SA, or 1 each port isolator for -SP and -SR for a total of locations. When shipping, the designated port isolators are mounted between the designated station and the station to its immediate left (the next smaller stn. No.).. Cannot be mounted on the external pilot manifold. 9. Cannot be mounted on the internal pilot manifold. -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note -SR Note -SA Note

50 Additional Parts Order Codes for Serial Transmission Compatible Manifold Parts for manifold F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width F BPP Parts content GS : Gasket (gasket and exhaust valve) SP : Port isolator (for 1(P) port) SR : Port isolator (for (R), (R1) Only for F, ports) F1 series SA : Port isolator (for 1(P), (R), (R1) ports) Block-off plate (block-off plate, mounting screws, and plug) Individual air supply and exhaust spacer F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width For details, see p.09. Spacer for plug-in type, gasket, exhaust valve, and mounting screws Specification PPM : Individual air supply spacer (with M female thread for F) PP : Individual air supply spacer (with fitting for F1) PP : Individual air supply spacer (with fitting for F1 and F1) PP0 : Individual air supply spacer (with fitting for F1) PRM : Individual exhaust spacer (with M female thread for F) PR : Individual exhaust spacer (with fitting for F1) PR : Individual exhaust spacer (with fitting for F1 and F1) PR0 : Individual exhaust spacer (with fitting for F1) Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Serial transmission block (single unit) YS Valve base assembly (valve base, gasket, lead wire, and plug-in connector) F Z - - F Valve size mm [0.9in.] width 11mm [0.91in.] width Pilot specification : Internal pilot G : External pilot : Except for the F1 series Piping block assembly F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width : Except for the F1 series End blocks (one set of left and right) F Z - E Valve size mm [0.9in.] width 11mm [0.91in.] width : Except for the F1 series Piping specification PJ : Dual-use different size fitting piping block (for F and F1) PJ : Single size fitting piping block (not available for F1) PJ : Single size fitting piping block (not available for F1) PM : Female thread piping block (for F and F1) Pilot specification : Internal pilot G : External pilot Pilot specification : Internal pilot G : External pilot Wiring block assembly F Z - F01 - DC Valve size mm [0.9in.] width 11mm [0.91in.] width Piping specification VJ : Dual-use different size fitting valve base VJ : Single size fitting valve base F:, F1: VJ : Single size fitting valve base F:, F1: VJA : -port valve specification normally closed, single size fitting valve base F:, F1: Note VJB : -port valve specification normally open, single size fitting valve base F:, F1: Note VJA : -port valve specification normally closed, single size fitting valve base F:, F1: Note VJB : -port valve specification normally open, single size fitting valve base F:, F1: Note VM : Female thread valve base VMA : -port valve specification normally closed, female thread valve base Note VMB : -port valve specification normally open, female thread valve base Note VP : Valve base plate Pilot specification : Internal pilot G : External pilot Transmission block specification 01 : For UNI-WIRE System (1 outputs) 0 : For UNI-WIRE System ( outputs) 11 : For Mitsubishi Electric MELSECNET/ MINI-S 1 : For OMRON SYSBUS Wire System 1 : For OMRON BA Link Terminal (Standard) : For OMRON BA Link Terminal (High Speed) 1 : For KOYO ELECTRONICS INDUSTRIES SA Bus (1 outputs) : For KOYO ELECTRONICS INDUSTRIES SA Bus ( outputs) Muffler KM - J Fitting size :Outer diameter (for individual exhaust spacer) :Outer diameter (for individual exhaust spacer) : Outer diameter (for F, F1 and for individual exhaust spacer) 1 : Outer diameter 1 (for F1) (Sales unit: Set of mufflers) -01 : For UNI-WIRE System (1 outputs) -0 : For UNI-WIRE System ( outputs) -11 : For Mitsubishi Electric MELSECNET/MINI-S -1 : For OMRON SYSBUS Wire System -1 : For OMRON BA Link Terminal (Standard) - : For OMRON BA Link Terminal (High Speed) -1 : For KOYO ELECTRONICS INDUSTRIES SA Bus (1 outputs) - : For KOYO ELECTRONICS INDUSTRIES SA Bus ( outputs) -1 : For SUNX S-LINK (1 outputs) - : For SUNX S-LINK ( outputs) -1 : For Mitsubishi Electric MELSEC I/O LINK -1 : For Fuji Electric FA Components & Systems T Link Mini -1 : For KEYENCE KZ-R -A1 : For OMRON CompoBus/S (1 outputs) -A : For OMRON CompoBus/S ( outputs) -B1 : For Mitsubishi Electric CC-Link Wiring position L: For stand-alone type, left-side mounting (for F, F1 series) R: For stand-alone type, right-side mounting (for F, F1 series) S: For monoblock type, left-side mounting (for F1 series) T: For monoblock type, right-side mounting (for F1 series) : DIN rail (length mm [.9in.]) is also provided. 1 : For SUNX S-LINK (1 outputs) : For SUNX S-LINK ( outputs) 1 : For Mitsubishi Electric MELSEC I/O LINK 1 : For Fuji Electric FA Components & Systems T Link Mini 1 : For KEYENCE KZ-R A1 : For OMRON CompoBus/S (1 outputs) A : For OMRON CompoBus/S ( outputs) B1 : For Mitsubishi Electric CC-Link Cable for S-LINK YS11-KB (Cable length 000mm) Table for maximum number of valve units by transmission block specification Maximum number of units Wiring connection specification Transmission block specifications Max. outputs Packed wiring () Double wiring (-W) Varies depending on the number of mounted single solenoids, double solenoids, and block-off plates. The number of controlled solenoids should be designated as the maximum number of outputs or less. units units units units units units units units units units units units units units units units : Except for the F1 series

51 GSGasket Plug BPPBlock-off plate SPPort isolator for the 1(P) port SRPort isolator for the (R), (R1) ports Piping block assembly Plug-in connector Valve base assembly Exhaust valve Wiring block assembly End block Illustration shows the F series. Manifold Order Code Example units of F Series FMSL-JR-1-W stn.1 stn. stn. FT0-A1-J DCV FT-A1-J DCV FBPP-J Note: This order code example has no relationship to the above illustration. Precautions for Order Codes Orders for valves only Enter the code Valve size Valve specification Operation type Valve outlet type Voltage to order. Wiring connection specification (packed wiring) : Wiring is made in accordance with the mounted valve specifications. -W (double wiring) : Wiring is always for the double solenoid, regardless of the mounted valve specifications. Caution: Caution should be exercised that the block-off plate wiring connections are always double wiring (allocated control points to 1 unit), regardless of the wiring connection specification.

52 Serial Transmission Compatible Manifold for OMRON CompoBus/D Order Codes Manifold outlet specification With dual-use different size fitting blocks With selectable fittings (base piping type) (base piping type) J Outlet port fitting F, F1, F1, With female thread blocks (base piping type) L Outlet port should be selected in accordance with the manifold fitting specification With plates (direct piping type) Pilot specification Internal pilot manifold G External pilot manifold Piping block specification (supply and exhaust) Different size fitting block -JR : Dual-use different size fitting, right-side mounting -JL : Dual-use different size fitting, left-side mounting -JD : Dual-use different size fitting, both-side mounting Fitting size (1(P),, (R) ports) F, F1:, F1: 1 only Transmission block specification -91: For OMRON CompoBus/D Note Note: The transmission block is for leftside mounting only. F, F1 series Mounted on the DIN rail at shipping. F1 series Wiring connection specification Packed wiring: Wiring is made in accordance with the mounted valve specifications. -W Double wiring: Wiring is always for the double solenoid, regardless of the specifications of the mounted valve. M Outlet port female thread FM0. F1Rc1/ F1Rc1/ Female thread block -MR : Female thread, right-side mounting -ML : Female thread, left-side mounting -MD Female thread, both-side mounting Female thread size (1(P),, (R) ports) F, F1: Rc1/ F1: Rc/ Valve size FM mm [0.9in.] width Effective area mm Cv: 0. F1M 1mm [0.91in.] width Effective area mm Cv: 0. Single size fitting block (Not available for F1) -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1: -JR : Single size fitting, right-side mounting -JL : Single size fitting, left-side mounting -JD : Single size fitting, both-side mounting Fitting size (1(P),, (R) ports) F and F1: F1M 1mm [0.09in.] width Effective area 1mm Cv: 1.0 Valve size Valve units Manifold outlet specification Pilot specification Piping block specification Transmission block specification Wiring connection specification Manifold model Base piping type J M G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note -91 -W Base piping type selectable fitting FM F1M F1M Note1 S L G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note -91 -W Direct piping type Notes: 1. To determine the maximum number of units, see the table for maximum number of valve units on p.1.. Not available for F1 G -JR -JL -JD -MR -ML -MD -JR Note -JR Note -JL Note -JL Note -JD Note -JD Note -91 -W 9

53 Valve specification Valve outlet type Manifold fitting specification Port isolator T0 : -position, for single solenoid only T1 : -position, single solenoid specification T : -position, double solenoid specification T : -position, closed center T : -position, exhaust center T : -position, pressure center Operation type Internal pilot type Note G External pilot type Note (for positive pressure) No vacuum valve can be mounted. button lever (made to order) Note -R Note: Valves of different sizes cannot be mounted together on manifolds. -A1 With plate Note (base piping type) -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB -port specification With dual-use different size fitting block (direct piping type) F, F1, F1, With single size F fitting block F1 (direct piping type) F1 With single size F fitting block F1 (direct piping type) F1 With female thread F block F1 (direct piping type) F1 -port specification With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With single size fitting block, normally closed (NC) F (direct piping type) F1 With single size fitting block, normally open (NO) F (direct piping type) F1 With female thread block, normally closed (NC) F (direct piping type) F1 With female thread block, normally open (NO) F (direct piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the -port specifications are only available in valve specifications T0, T1, and T. With single size -J F fitting block F1 (base piping type) F1 -JA -JB -JA -JB -MA -MB -port specification With single size F -J fitting block F1 (base piping type) F1 With female -M F thread block F1 (base piping type) F1 -port specification With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With single size fitting block, normally closed (NC) F (base piping type) F1 With single size fitting block, normally open (NO) F (base piping type) F1 With female thread block, normally closed (NC) F (base piping type) F1 With female thread block, normally open (NO) F (base piping type) F1 Caution: The -port specifications are for the F and F1 series only. In addition, the - port specifications are only available in valve specifications T0, T1, and T. : Without port isolator -SP : For 1(P) port Note -SR : For (R), (R1) ports Note -SA : For both 1(P), (R), (R1) ports Note Individual air supply and exhaust spacer : Without spacer -PPM : Individual air supply spacer (with M female thread for F) -PP : Individual air supply spacer (with fitting for F1) -PP : Individual air supply spacer (with fitting for F1 and F1) -PP0 : Individual air supply spacer (with fitting for F1) -PRM : Individual exhaust spacer (with M female thread for F) -PR : Individual exhaust spacer (with fitting for F1) -PR : Individual exhaust spacer (with fitting for F1 and F1) -PR0 : Individual exhaust spacer (with fitting for F1) For details, see p.09. Station Valve size Valve specification Operation type Manual override Valve outlet type Manifold fitting specification Individual air supply and exhaust spacer Port isolator Voltage Mounting valve models stn. 1 stn. Note F F1 F1 T0 T1 T T T T Note G Note9 -R Note BPP (for block-off plate) Note -A1 Note -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note -SR Note -SA Note DCV stn. 1 stn. Note F F1 F1 T0 T1 T T T T Note G Note9 -R Note BPP (for block-off plate) Note -A1 Note -J -J -M -JA -JB -JA -JB -MA -MB -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note -SR Note -SA Note DCV stn. 1 stn. Note Notes: F F1 F1 T0 T1 T T T T Note G Note9 -R Note BPP (for block-off plate) Note -FJ -FJ -FJ -FM -FJA -FJB -FJA -FJB -FMA -FMB DCV. Valve mounting location is from the left, with the solenoid on top, and the (A), (B) ports side in front.. When selecting J, M, or L (base piping type) for the manifold outlet specifications, always enter -A1 (with plate) for the valve outlet type.. Caution should be exercised that the block-off plate wiring is always double wiring (allocated control pins at 1 stn.), regardless of the wiring connection specification.. The manual override lever is made to order. Consult us for delivery. When the valve specifications are T1 or T, the manual override lever is placed on the A side only.. Port isolators can be installed only when piping blocks are mounted on both sides. In addition, only 1 port isolator can be mounted in 1 manifold for -SA, or 1 each port isolator for -SP and -SR for a total of locations. When shipping, the designated port isolators are mounted between the designated station and the station to its immediate left (the next smaller stn. No.).. Cannot be mounted on the external pilot manifold. 9. Cannot be mounted on the internal pilot manifold. -PPM -PP -PP -PP0 -PRM -PR -PR -PR0 -SP Note -SR Note -SA Note 0

54 Additional Parts Order Codes for Serial Transmission Compatible Manifold Parts for manifold F Z - Individual air supply and exhaust spacer Spacer for plug-in type, gasket, exhaust valve, and mounting screws F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width F BPP Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Piping block assembly F Z - Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Pilot specification : Internal pilot G : External pilot End blocks (one set of left and right) F Z - E Parts content GS : Gasket (gasket and exhaust valve) SP : Port isolator (for 1(P) port) SR : Port isolator (for (R), (R1) ports) SA : Port isolator (for 1(P), (R), (R1) ports) Block-off plate (block-off plate, mounting screws, and plug) Valve base assembly (valve base, gasket, lead wire, and plug-in connector) F Z - - F Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Pilot specification : Internal pilot G : External pilot Piping specification PJ : Dual-use different size fitting piping block (for F, F1) PJ : Single size fitting piping block (Not available for F1) PJ : Single size fitting piping block (Not available for F1) PM : Female thread piping block (for F, F1) Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width For details, see p.09 Serial transmission block (single unit) YS 91 Specification PPM : Individual air supply spacer (with M female thread for F) PP : Individual air supply spacer (with fitting for F1) PP : Individual air supply spacer (with fitting for F1 and F1) PP0 : Individual air supply spacer (with fitting for F1) PRM : Individual exhaust spacer (with M female thread for F) PR : Individual exhaust spacer (with fitting for F1) PR : Individual exhaust spacer (with fitting for F1 and F1) PR0 : Individual exhaust spacer (with fitting for F1) Transmission block specification 91For OMRON CompoBus/D Piping specification VJ : Dual-use different size fitting valve base VJ : Single size fitting valve base F:, F1:, F1: VJ : Single size fitting valve base F:, F1:, F1: VJA : -port valve specification normally closed, single size fitting valve base F:, F1: Note VJB : -port valve specification normally open, single size fitting valve base F:, F1: Note VJA : -port valve specification normally closed, single size fitting valve base F:, F1: Note VJB : -port valve specification normally open, single size fitting valve base F:, F1: Note VM : Female thread valve base VMA : -port valve specification normally closed, female thread valve base Note VMB : -port valve specification normally open, female thread valve base Note VP : Valve base plate Note: Not available for F1 Muffler KM - J Fitting size : Outer diameter (for individual exhaust spacer) : Outer diameter (for individual exhaust spacer) : Outer diameter (for F, F1 and for individual exhaust spacer) 1 : Outer diameter 1 (for F1) (Sales unit: Set of mufflers) Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Wiring block assembly Pilot specification : Internal pilot G : External pilot F Z - F01 - DC Valve size mm [0.9in.] width 11mm [0.91in.] width 11mm [0.09in.] width Pilot specification : Internal pilot G : External pilot Table for maximum number of valve units Wiring specification -91: For OMRON CompoBus/D Max. outputs 1 Maximum number of units Wiring connection specification Packed wiring () Double wiring (-W) Varies depending on the number of mounted single solenoids, double solenoids, and block-off plates. The number of controlled solenoids should be designated as the maximum number of outputs or less. units 1

55 GSGasket Plug BPPBlock-off plate SPPort isolator for the 1(P) port SRPort isolator for the (R), (R1) ports Piping block assembly Plug-in connector Valve base assembly Exhaust valve Illustration shows the F series. Wiring block assembly End block Manifold Order Code Example units of F Series FMSL-JR-91-W stn.1 FT0-A1-J DCV stn. FT-A1-J DCV stn. FBPP-J Note: This order code example has no relationship to the above illustration. Precautions for Order Codes Orders for valves only Enter the code Valve size Valve specification Operation type Valve outlet type Voltage to order. Wiring connection specification (packed wiring) : Wiring is made in accordance with the mounted valve specifications. -W (double wiring) : Wiring is always for the double solenoid, regardless of the mounted valve specifications. Caution: Caution should be exercised that the block-off plate wiring connections are always double wiring (allocated control points to 1 unit) regardless of the wiring connection specification.

56 PC Board Manifold Pin Locations by Wiring Specification (Top View) Flat cable connector (0-pin) -F00 (Maximum number of control pins: 1) -F01 (Maximum number of control pins: 1) Triangle mark Triangle mark Various dedicated cable assemblies are available. See p. for details : Control pins 1, 1 : () pins (Short-circuited inside) 19, 0 : () pins (Short-circuited inside) 11 : Control pins 111 : Control pins 9, 19 : () pins (Short-circuited inside), 0 : () pins (Short-circuited inside) Caution : Connector pin numbers are assigned for the sake of convenience. Use the mark as the reference. Remark : The -F01 corresponds to Koganei s pin locations for the PC wiring system (wire-saving unit). For details, see the PC wiring system on p.9. Remark: Socket and strain relief for flat cable included at shipping. For the relationship between the pin No. (terminal No.) and the corresponding solenoid, see p.. Detailed Diagram of Wiring System Positive common Power supply terminal Note Solenoid Pin No. -F00 : 19,0 -F01 :,0 Solenoid -F00 : 11 -F01 : 1, 111 -F00 : 1,1 -F01 : 9,19 Note: For connecting a power line to the PC board manifold power terminal, see the PC Board Manifold precautions on p.0.

57 Pin No. and Corresponding Solenoid (For PC Board Manifold A Type and F Type) The examples below show the relationship between the PC board manifold pin No. and the corresponding solenoid. The mounting example shows the maximum number of control pins in use. Flat cable connector (0-pin) Wiring specification -F00 (Maximum number of control pins: 1) Example 1 Station FM1APJ-F00-S stn.11 FT1-A1-PP DCV FM1APJ-F00-S stn.1 FBPC Triangle mark 1 Left side Right side Number of units : 1 units Wiring specification : -F00 Wiring connection specification : -S (single wiring) Pin No. Valve No A 1A 11A 9 9A A A A 1 1A Pin No Valve No. 1A 1A 1A A A A A A Example Single solenoid Station Left side Block-off plate FMAPJ-F00-W stn.1 FT1-A1-PP DCV FMAPJ-F00-W stn. FT-A1-PP DCV FMAPJ-F00-W stn. FBPC Right side Number of units : units Wiring specification : -F00 Wiring connection specification : -W (double wiring) Pin No. 19 Valve No. Pin No. 0 Valve No A A 1 1 B B Triangle mark 11 A 1 B 1 9 A B A B A B A B 1 1A 1B Single solenoid Block-off plate Double solenoid Flat cable connector (0-pin) Wiring specification -F01 (Maximum number of control pins: 1) Example 1 Station FM1APJ-F01-S stn.11 FT1-A1-PP DCV FM1APJ-F01-S stn.1 FBPC Triangle mark 0 Left side Right side Number of units : 1 units Wiring specification : -F01 Wiring connection specification : -S (single wiring) Pin No. Valve No. Pin No. 11 9A A 11A 1A 1A 1A 1A 1A Valve No. 1A A A A A A A A Example Single solenoid Station Block-off plate FMAPJ-F01-W stn.1 FT1-A1-PP DCV FMAPJ-F01-W stn. FT-A1-PP DCV FMAPJ-F01-W stn. FBPC Triangle mark 0 Left side Right side Number of units : units Wiring specification : -F01 Wiring connection specification : -W (double wiring) Pin No. Valve No. Pin No. 11 A 1 1 B 1 A 1 B 1 A 1 B 1 A 1 B Valve No. 1A 1B A B A B A B Single solenoid Block-off plate Double solenoid Caution: Connector pin numbers are assigned for the sake of convenience. Use the mark as the reference. Notes:1. The valve No.1A, 1B, A, B numerals show the stn. numbers in order, while the letters A and B show the A and B sides of the solenoid.. The stn. numbers are counted from the left, 1,, with the solenoid on top and the valve in front.

58 Split Manifold Plug-In Type Pin (Terminal) Locations by Wiring Specification (Top View) Flat cable connector (-pin) -F0 (Maximum number of control pins: ) Triangle mark Flat cable connector (0-pin) -F00 (Maximum number of control pins: 1) Triangle mark D-sub connector (-pin) -D0 (Maximum number of control pins: 1) : Control pins 1 : Control pins 1, 1 : () pins (Short-circuited within the wiring block) 9, : Common pins (Short-circuited within the wiring block) 19, 0 : () pins (Short-circuited within the wiring block) -F1 (Maximum number of control pins: ) 9 Triangle mark 1 1 : Control pins 9: () pin : () pin Various dedicated cable assemblies are available. See p. for details. -F01 (Maximum number of control pins: 1) Triangle mark 0 1: Control pins 111 : Control pins 9, 19: () pins (Short-circuited within the wiring block), 0: () pins (Short-circuited within the wiring block) Caution : Connector pin numbers are assigned for the sake of convenience. Use the mark as the reference. Remark : The -F01 corresponds to Koganei s pin locations for the PC wiring system (wiresaving unit). For details, see the PC wiring system on p.9. Flat cable connector (-pin) -F0 (Maximum number of control pins: 0) Triangle mark 11 : Control pins 0, 1, : () pins (Short-circuited within the wiring block),, : () pins (Short-circuited within the wiring block) Caution: The above pin numbers are assigned based on the solenoid valve wiring sequence for the sake of convenience. Caution: They differ from the pin locations and pin numbers (marked) prescribed (JIS-X1) for the Data Circuitterminating Equipment (DCE). -D1 Pin locations based on JIS (Maximum number of control pins: 0) , 1 : Control pins 1, 1 : () pins (Short-circuited within the wiring block), : () pins (Short-circuited within the wiring block) Terminal block type (19 terminals, M thread) -T00 (Maximum number of control pins: 1) COM Detailed Diagram of Wiring System : Control pins, : () pins (Short-circuited within the wiring block), : () pins (Short-circuited within the wiring block) For the relationship between the pin No.(terminal No.) and the corresponding solenoid, see p : Control terminals COM : Common terminal Caution: Apply the tightening torque for the terminal screw (M) to 9.0Ncm{.0kgfcm} [.inlbf] or less. Flat cable connector and D-sub connector (DC1 and V) Positive common Power supply terminal LED for power supply Reverse polarity prevention diode Terminal block (For DC1 and V specifications) Positive common Solenoid Solenoid COM positive terminal (19) Pin No. -F0 -F1 -F00 -F01 -F0 -D0 -D1 -F0 -F1 -F00 -F01 -F0 -D0 -D1 -F0 -F1 -F00 -F01 -F0 -D0 -D1 D-sub connector (For AC0V specification) Power supply terminal AC0V AC00V not allowed Solenoid Solenoid Pin No. -D0 -D1 -D0 -D1 -D0 -D1 Terminal block (For AC0V specification) Solenoid Solenoid Solenoid Solenoid 1 1

59 Pin No. (Terminal No.) and Corresponding Solenoid (For Split Manifold Plug-in Type) The examples below show the relationship between the split manifold pin No. (terminal No.) and the corresponding solenoid. The mounting example shows the maximum number of control pins in use. Flat cable connector (-pin) Wiring specification -F0 (Maximum number of control pins: ) Example 1 Left side 1st unit FMPJ-JR-F0 DCV stn.1 FT1-A1 DCV stn FMPJ-JR-F0 DCV stn. FT-A1 DCV FMPJ-JR-F0 DCV stn. FBPP Right side 9 Triangle mark 1 Number of units : units Wiring specification : -F0 Wiring connection specification : (packed wiring) Pin No. Valve No. Pin No. 9 A A A 1 1A Cover Valve No. B B B A Single solenoid Block-off plate Double solenoid Example Left side 1st unit Cover FMPJ-JR-F0-W DCV stn.1 FT1-A1 DCV stn FMPJ-JR-F0-W DCV stn. FT-A1 DCV Right side Number of units : units Wiring specification : -F0 Wiring connection specification : -W (double wiring Triangle mark 9 1 Pin No. 9 Valve No. A Pin No. Valve No. B A B A B 1 1A 1B Single solenoid Double solenoid Flat cable connector (-pin) Wiring specification -F1 (Maximum number of control pins: ) Example 1 Left side 1st unit FMPJ-JR-F1 DCV stn.1 FT1-A1 DCV FMPJ-JR-F1 stn DCV stn. FT-A1 DCV FMPJ-JR-F1 DCV stn. FBPP Right side Number of units : units Wiring specification : -F1 Wiring connection specification : (packed wiring) Triangle mark 9 1 Pin No. 9 Valve No. A A Pin No. A 1 1A Cover Valve No. B B B A Single solenoid Block-off plate Double solenoid Example FMPJ-JR-F1-W DCV stn.1 FT1-A1 DCV 1st unit FMPJ-JR-F1-W stn DCV stn. FT-A1 DCV 9 Triangle mark 1 Left side Right side Number of units : units Wiring specification : -F1 Wiring connection specification : -W (double wiring Pin No. Valve No. Pin No. 9 A A A 1 1A Cover Valve No. B B B 1B Single solenoid Double solenoid Notes: 1. The valve No.1A, 1B, A, B numerals show the stn. numbers in order, while the letters A and B show the A and B sides of the solenoid.. The stn. numbers are counted from the left, 1,, with the solenoid on top and the valve in front.. When selecting wiring connection specification -W, all wiring becomes double wiring, regardless of valve specifications.. Caution should be exercised that the block-off plate is always double wiring (allocated control pins to 1 unit), regardless of the wiring connection specifications.. Connector pin numbers are assigned for the sake of convenience. Use the mark as the reference.

60 Pin No. (Terminal No.) and Corresponding Solenoid (For Split Manifold Plug-in Type) The examples below show the relationship between the split manifold pin No. (terminal No.) and the corresponding solenoid. The mounting example shows the maximum number of control pins in use. Flat cable connector (0-pin) Wiring specification -F00 (Maximum number of control pins: 1) Example 1 Left side 1st unit FMPJ-JR-F00 DCV stn.1 FT1-A1 DCV FMPJ-JR-F00 DCV stn.9 FT-A1 DCV FMPJ-JR-F00 DCV stn. FBPP stn Right side Triangle mark 1 Number of units : units Wiring specification : -F00 Wiring connection specification : (packed wiring) Pin No. Valve No. Pin No A 1 1 9A A A A A 1 1A Cover Valve No. B 9B B B B B A A Single solenoid Double solenoid Block-off plate Example Left side 1st unit FMPJ-JR-F00-W DCV stn.1 FT1-A1 DCV stn FMPJ-JR-F00-W DCV stn. FT-A1 DCV FMPJ-JR-F00-W DCV stn. FBPP Right side Number of units : units Wiring specification : -F00 Wiring connection specification : -W (double wiring) Pin No. 19 Valve No. Pin No Triangle mark A A A A A A A 1 1A Cover Valve No. B B B B B B B 1B Single solenoid Block-off plate Double solenoid Flat cable connector0-pin Wiring specification -F01 (Maximum number of control pins: 1) Example 1 Left side 1st unit FMPJ-JR-F01 DCV stn.1 FT1-A1 DCV FMPJ-JR-F01 DCV stn.9 FT-A1 DCV FMPJ-JR-F01 DCV stn. FBPP stn Right side Triangle mark 0 Number of units : units Wiring specification : -F01 Wiring connection specification : (packed wiring Pin No. Valve No. Pin No. 11 A 1 1 B 1 A 1 B 1 9A 1 9B 1 1 A B Cover Valve No. 1A A A A A B A B Single solenoid Double solenoid Block-off plate Example Left side 1st unit FMPJ-JR-F01-W DCV stn.1 FT1-A1 DCV FMPJ-JR-F01-W DCV stn. FT-A1 DCV FMPJ-JR-F01-W DCV stn. FBPP stn Right side Triangle mark 0 Cover Number of units : units Wiring specification : -F01 Wiring connection specification : -W (double wiring) Pin No. Valve No. Pin No. Valve No. 11 A 1 1A 1 B 1B 1 A A 1 B B 1 A A 1 B B 1 A A 1 B B Single solenoid Block-off plate Double solenoid Caution: Connector pin numbers are assigned for the sake of convenience. Use the mark as the reference. Notes: 1. The valve No.1A, 1B, A, B numerals show the stn. numbers in order, while the letters A and B show the A and B sides of the solenoid.. The stn. numbers are counted from the left, 1,, with the solenoid on top and the valve in front.. When selecting wiring connection specification -W, all wiring becomes double wiring, regardless of valve specifications.. Caution should be exercised that the block-off plate is always double wiring (allocated control pins to 1 unit), regardless of the wiring connection specifications.. Connector pin numbers are assigned for the sake of convenience. Use the mark as the reference.

61 Pin No. (Terminal No.) and Corresponding Solenoid (For Split Manifold Plug-in Type) The examples below show the relationship between the split manifold pin No. (terminal No.) and the corresponding solenoid. The mounting example shows the maximum number of control pins in use. Flat cable connector (-pin) Wiring specification -F0 (Maximum number of control pins: 0) Example 1 Left side 1st unit FM1PJ-JR-F0 DCV stn.1 FT1-A1 DCV FM1PJ-JR-F0 DCV stn.11 FT-A1 DCV FM1PJ-JR-F0 DCV stn.1 FBPP stn Right side Triangle mark 1 Number of units : 1 units Wiring specification : -F0 Wiring connection specification : (packed wiring) Pin No. Valve No. Pin No A 11A A A 1 11 A 1 9 A A A A 1 1A Cover Valve No. 1B 11B B 9B B B B B A A Single solenoid Double solenoid Block-off plate Example Left side 1st unit Cover FMPJ-JR-F0-W DCV stn.1 FT1-A1 DCV FMPJ-JR-F0-W DCV stn.9 FT-A1 DCV FMPJ-JR-F0-W DCV stn. FBPP stn Right side Number of units : units Wiring specification : -F0 Wiring connection specification : -W (double wiring) Pin No. Valve No. Pin No. Valve No A 0 B 1 9A 1 9B 1 A 1 B Triangle mark A A A A A 1 1 B B B B B A B 1 1A 1B Single solenoid Block-off plate Double solenoid Notes: 1 The valve No.1A, 1B, A, B numerals show the stn. numbers in order, while the letters A and B show the A and B sides of the solenoid.. The stn. numbers are counted from the left, 1,, with the solenoid on top and the valve in front.. When selecting wiring connection specification -W, all wiring becomes double wiring, regardless of valve specifications.. Caution should be exercised that the block-off plate is always double wiring (allocated control pins to 1 unit), regardless of the wiring connection specifications.. Connector pin numbers are assigned for the sake of convenience. Use the mark as the reference.

62 Pin No. (Terminal No.) and Corresponding Solenoid (For Split Manifold Plug-in Type) The examples below show the relationship between the split manifold pin No. (terminal No.) and the corresponding solenoid. The mounting example shows the maximum number of control pins in use. D-sub connector (-pin) Wiring specification -D0 (Maximum number of control pins: 1) Example 1 Left side 1st unit FMPJ-JR-D0 DCV stn.1 FT1-A1 DCV FMPJ-JR-D0 stn DCV stn.9 FT-A1 DCV FMPJ-JR-D0 DCV stn. FBPP Right side Caution: The connector pin numbers are assigned based on the solenoid valve wiring sequence for the sake of convenience. They differ from the pin locations and pin numbers (marked) prescribed (JIS-X1) for the Data Circuit-terminating Equipment (DCE) Cover Number of units : units Wiring specification : -D0 Wiring connection specification : (packed wiring) Pin No. Valve No. Pin No. 1 1A A A A A A 9A A Single solenoid Double solenoid Block-off plate Valve No. A A B B B B 9B B Example Left side 1st unit FMPJ-JR-D0-W DCV stn.1 FT1-A1 DCV FMPJ-JR-D0-W stn DCV stn. FT-A1 DCV FMPJ-JR-D0-W DCV stn. FBPP Right side Number of units : units Wiring specification : -D0 Wiring connection specification : -W (double wiring) Pin No. Valve No. 1 1A A A A 9 A 11 A 1 A 1 A Cover Pin No Single solenoid Block-off plate Double solenoid Valve No. 1B B B B B B B B D-sub connector (-pin) Wiring specification -D1 Pin locations based on JIS (Maximum number of control pins: 0) Example 1 Left side 1st unit FM1PJ-JR-D1 DCV stn.1 FT1-A1 DCV FM1PJ-JR-D1 DCV stn.11 FT-A1 DCV FM1PJ-JR-D1 DCV stn.1 FBPP stn Right side Number of units : 1 units Wiring specification : -D1 Wiring connection specification : (packed wiring) Pin No. Valve No. 1 1A A A A A B A B 9 A B Cover Pin No Single solenoid Double solenoid Block-off plate Valve No. A B 9A 9B A B 11A 11B 1A 1B Example Left side 1st unit Cover FMPJ-JR-D1-W DCV stn.1 FT1-A1 DCV FMPJ-JR-D1-W DCV stn.9 FT-A1 DCV FMPJ-JR-D1-W DCV stn. FBPP stn Single solenoid Block-off plate Double solenoid Right side Number of units : units Wiring specification : -D1 Wiring connection specification : -W (double wiring) Pin No. Valve No. 1 1A 1B A B A B A B A B Pin No Valve No. A B A B A B 9A 9B A B 1 Notes: 1. The valve No.1A, 1B, A, B numerals show the stn. numbers in order, while the letters A and B show the A and B sides of the solenoid.. The stn. numbers are counted from the left, 1,, with the solenoid on top and the valve in front.. When selecting wiring connection specification -W, all wiring becomes double wiring, regardless of valve specifications.. Caution should be exercised that the block-off plate is always double wiring (allocated control pins to 1 unit), regardless of the wiring connection specifications. 9

63 Pin No. (Terminal No.) and Corresponding Solenoid (For Split Manifold Plug-in Type) The examples below show the relationship between the split manifold terminal No. and the corresponding solenoid. The mounting example shows the maximum number of control pins in use. Terminal block type (19 terminals, M thread) Wiring specification -T00 (Maximum number of control pins: 1) Example 1 Left side 1st unit Cover FM1PJ-JR-T00 DCV stn.1 FT1-A1 DCV FM1PJ-JR-T00 DCV stn.11 FT-A1 DCV FM1PJ-JR-T00 DCV stn.1 FBPP stn Right side Number of units : 1 units Wiring specification : -T00 Wiring connection specification : (packed wiring) COM Terminal No. 1 Valve No. 1 Terminal No. Valve No COM B B 9B B 11B 1B Single solenoid Double solenoid Block-off plate Example Left side 1st unit Cover FM9PJ-JR-T00-W DCV stn.1 FT1-A1 DCV FM9PJ-JR-T00-W DCV stn. FT-A1 DCV FM9PJ-JR-T00-W DCV stn.9 FBPP stn Right side Number of units : 9 units Wiring specification : -T00 Wiring connection specification : -W (double wiring) COM Terminal No. 1 Valve No. 1 Terminal No. Valve No. 1B COM B B B B B B B 9B Single solenoid Block-off plate Double solenoid Notes: 1. The valve No.1A, 1B, A, B numerals show the stn. numbers in order, while the letters A and B show the A and B sides of the solenoid.. The stn. numbers are counted from the left, 1,, with the solenoid on top and the valve in front.. When selecting wiring connection specification -W, all wiring becomes double wiring, regardless of valve specifications.. Caution should be exercised that the block-off plate is always double wiring (allocated control terminals to 1 unit), regardless of the wiring connection specifications. 0

64 1

65 SOLENOID VALVES SERIES INDEX Specifications Dimensions of Single Valve Unit Dimensions of Monoblock Manifold 0 Dimensions of PC Board Manifold Dimensions of Split Manifold Non-Plug-in Type Dimensions of Split Manifold Plug-in Type Dimensions of Serial Transmission Compatible Manifold

66 SOLENOID VALVES SERIES Specifications Basic Models and Valve Functions Basic model FT0 Item Number of positions Number of ports Valve function Single solenoid only Remark: For the optional specifications and order codes, see p.~. FT1 FT FT FT FT positions positions Both single and double solenoid use Closed center, Exhaust center, Pressure center Specifications Item Basic model FT0 FT1 FT FT FT FT FT0G FT1G FTG FTG FTG FTG FT0V FT1V FTV FTV Media Operation type Effective areacv Note1 Port size Note Lubrication Operating pressure range Proof pressure Response time Note MPa {kgf/cm } [psi.] DC1V, DCV ON/OFF time ms AC0V Maximum operating frequency Hz Minimum time to energize for self holding Note ms Operating temperature range (atmosphere and media) C [ F] Shock resistance Mounting direction Main valve External pilot mm m/s {G} 0. 1/0 or below 1/0 or below 0 1 {.0} (Axial direction 9. {0.0}) Internal pilot type MPa {.1kgf/cm } [9psi.] 1/ or below 1/ or below 9. {0.0} Air External pilot type (for positive pressure) 0. M 0., fittings for and, Rc1/ 1/0 or below 1/0 or below 0 1 {.0} (Axial direction 9. {0.0}) Not required 1.0 {.} [1] 0 [11] Any MPa {0.1kgf/cm } Note [0psi.] 0.0.MPa {.1kgf/cm } Note [9psi.] 1/ or below 1/ or below 9. {0.0} External pilot type (for vacuum) 0. 1/0 or below 1/0 or below 0 1 {.0} (Axial direction 9. {0.0}) MPa0kPa {1.kgf/cm 0.1mmHg} [psi.9.in.hg] 0.0.MPa {.1kgf/cm } [9psi.] 1/ or below 1/ or below 9. {0.0} Notes: 1. For details, see the effective area on p... For details, see the port size on p... When the main valve pressure is 0.0.MPa [9psi.], set the external pilot pressure to the main valve pressure or higher, and 0.MPa [psi.] or less.. Values when air pressure is 0.MPa [psi.]. For switching phase timing, add a maximum of ms to the response time of the AC specification. The values for -position valves are when used as a single solenoid, and the values for -position valves are those when switching from the neutral position of closed center.. When used as a double solenoid valve. Excludes T0. Solenoid Specifications Item Rated voltage DC1V DCV AC0V Voltage range Rated frequency Hz Current mar.m.s Starting (when rated voltage is applied) Energizing Power consumption W Allowable leakage current ma Type of insulation Insulation resistance Note M Color of LED indicator Note Surge suppression (as standard) V (SA)Red, 1(SB)Green Flywheel diode Type B Over 0 1(SA)Red, 1(SB)Green Notes: 1. Since the AC types have built-in bridge diodes, the starting current and energizing current value are virtually the same.. Value at DC00V megger.. The color of the T0 indicator is red only Note1 Note1 1.0VA.0 Note1 Note1 1(SA)Red, 1(SB)Green Bridge diode

67 Cylinder Operating Speed Flow Rate How to obtain cylinder speed Cylinder stroke Solenoid valve energized Time Cylinder starts 0.MPa Cushion impact Cylinder stops Measuring conditions Air pressure0.mpa {.1kgf/cm } [psi.] Piping (outer diameterinner diameter length)00mm [9in.] FittingQuick fitting TS-01 Load Load ratio Cylinder theoretical thrust Cylinder strokemm [.91in.] Load Port Size Maximum operating speed mm/s 0 Maximum operating speed Delay time s mm/s = 0.09in./sec Note: Delay time may vary according to the cylinder stroke. 0 [0.in.] [0.9in.] [1.0in.] 0 [1.in.] 0 [1.99in.] 0 [1.99in.] [1.0in.],0 [1.in.] [0.9in.] 0 [0.in.] MPa 0. Valve outlet pressure Supply pressure MPa Flow rate R/minANR 1MPa = 1psi., 1R/min = 0.0ft. /min. How to read the graph When the supply pressure is 0.MPa [psi.] and flow rate is 0R/min [.ft. /min.] (ANR), the valve outlet pressure becomes 0.MPa [psi.]. F Series Single unit Manifold Description/Piping specification With sub-base With female thread block With dual-use different size fitting block With single size fitting block Monoblock type with female thread block, and PC board type with female thread block Monoblock type with fitting block, and PC board type with fitting block Monoblock type with single size fitting block, and PC board type with single size fitting block Split type with female thread block, and serial transmission type with female thread block Split type with fitting block, and serial transmission type with fitting block Split type with single size fitting block, and serial transmission type with single size fitting block A, B Rc1/ M0. For both and or M0. For both and or M0. For both and or 1P, R, R1,, R Rc1/ M0. M0. M0. Rc1/ Rc1/ Rc1/ Rc1/ For both and, Effective AreaCv When used as a single unit Basic model FT0-A FT1-A FT-A FT-A FT-A FT-A FT0-F FT1-F FT-F FT-F FT-F FT-F FT0-F FT1-F FT-F Effective areacv Basic model FT0-F FT1-F FT-F FT-F FT-F FT-F FT0-F FT1-F FT-F FT-F FT-F FT-F Effective areacv When mounted on a manifold Valve model FT0 FT1 FT FT FT FT FT0 FT1 FT FT FT FT Manifold model Outlet port fittings for both and Outlet port female thread Outlet port fitting fitting FMFFPFMAAPFMNPS Caution: When the individual air supply spacer or the individual air exhaust spacer is used, effective area decreases by about 0%. FT-F FT-F FT-F

68 Mass Single Valve Unit Mass g [oz.] FT Outlet section None Inlet section None 0 [1.] FT-A1 Outlet section With plate Inlet section None [1.] FT-A Outlet section With plate Inlet section With A type sub-base 11 [.99] FT-FJ Outlet section With different size fitting block Inlet section None 1 [.1] FT-FJ Outlet section With fitting block Inlet section None [.] FT-FJ Outlet section With fitting block Inlet section None [.] FT-FM Outlet section With female thread block Inlet section None [.01] FT-F Outlet section With different size fitting block Inlet section With female thread block 9 [.] FT-F Outlet section With female thread block Inlet section With female thread block [.9] Basic Type FT0 is 9g [0.oz.] less than the mass shown above. FT-F Outlet section With fitting block Inlet section With female thread block 1 [.0] g FT-F Outlet section With fitting block Inlet section With female thread block [.1] Monoblock Manifold Mass (single valve unit included) Monoblock manifold A type F type Calculation example : Female thread (9n)0 [(.n).] (n0 [(.n).] Mass calculation of each unit (A), (B) ports outlet specifications Different size fitting block (1n0 [(.n.] (0n)0 [(.n.] fitting block (n)0 [(.n.] (n)0 [(.9n.] fitting block (n0 [(.n.] (n)0 [(.00n.] FMAM stn.1stn. FT1-A1-PS DCV (9)0g [9.oz.] When mounting a block-off plate, calculate the female thread specification at g [1.9oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [1.oz.], the fitting specification g [1.oz.], and the fitting specification g [1.9oz.] less. When mounting the FT0 specification, subtract 9g [0.oz.] per unit from the above calculation result. PC Board Manifold Mass (single valve unit included) PC board manifold A type F type Calculation example : Female thread Different size fitting block (1n)0 [(.n).] (n)0 [(.0n).] (n)0 [(.n).] (0n)0 [(.n).] Mass calculation of each unit (A), (B) ports outlet specifications fitting block (n)0 [(.n).] (n0 [(.9n).] fitting block (1n)0 [(.n).] (n)0 [(.00n).] Circuit board and connector section FMAPM-F01-W stn.1stn. FT1-A1-PP DCV (1)0()1909g [.0oz.] When mounting a block-off plate, calculate the female thread specification at g [1.9oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [1.oz.], the fitting specification g [1.oz.], and the fitting specification g [1.9oz.] less. When mounting the FT0 specification, subtract 9g [0.oz.] per unit from the above calculation result. g [oz.] g [oz.] (n)1 [(0.0n)0.]

69 Mass Mass of Split Type Manifold and Serial Transmission Compatible Type The split type manifold has the same mass regardless of outlet locations, since the outlet type is the combination of the valve outlet and manifold outlet specifications. The mass can only be changed by the selection of the type of inlet/outlet block. Mass of Split Manifold Non-Plug-in Type (single valve unit included) Mass calculation of each unit (A), (B) ports outlet specifications Non-plug-in type Female thread Different size fitting block fitting block (0n)1 [(.n).0] (n)1 [(.1n).0] (n)1 [(.n).0] fitting block g [oz.] (9n)1 [(.9n).0] g [oz.] Additional mass Piping block specification Female thread 11 [.9] Different size fitting block 11 [.] fitting block 1 [.1] fitting block 1 [.] Calculation example : FMN-MR stn.1stn. FT1-A1-PS DCV (0)111g [0.oz.] When mounting a block-off plate, calculate the female thread specification at g [1.9oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [1.oz.], the fitting specification g [1.oz.], and the fitting specification g [1.9oz.] less. When mounting the FT0 specification, subtract 9g [0.oz.] per unit from the above calculation result. Mass of Split Manifold Plug-in Type/Serial Transmission Compatible Type (single valve unit included) Plug-in type Serial transmission compatible type Female thread (n)1 [(.n).0] Mass calculation of each unit (A), (B) ports outlet specifications Different size fitting block (n1 [(.n).0] fitting block (n1 [(.n).0] fitting block g [oz.] (1n)1 [(.n).0] g [oz.] Additional mass Piping block specification Female thread 11 [.9] Different size fitting block 11 [.] fitting block 1 [.1] fitting block 1 [.] g [oz.] Additional mass Wiring block specification -F0, -F1 [1.] -F00, -F01, -F0 [1.] -D0, -D1 0 [1.] -T00 90 [.1] Transmission block mass g [oz.] Serial transmission block Note YS YS91 [.] 1 [.] Calculation example : FMPM-MR-F01 DCV stn.1stn. FT1-A1 DCV ()111919g [.oz.] When mounting a block-off plate, calculate the female thread specification at g [1.9oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [1.oz.], the fitting specification g [1.oz.], and the fitting specification g [1.9oz.] less. When mounting the FT0 specification, subtract 9g [0.oz.] per unit from the above calculation result. Note : For the serial transmission compatible manifold, add the wiring block -F01(g [1.oz.]) to the calculation.

70 F Series Dimensions of Single Valve Unit (mm) FT Valve specification -F-PS With an outlet port different size fitting block With an inlet port female thread block S type plug connector For T0 type dimensions, see p.. Mounting hole Quick fitting, Aport Bport Mounting bracketfz-1 Note Mounting hole Note : The mounting bracket is an additional part (to be ordered separately). FT Valve specification -F-PS With an outlet port female thread block With an inlet port female thread block S type plug connector For T0 type dimensions, see p.. Mounting hole Aport Bport Mounting bracketfz-1 Note Mounting hole Note :The mounting bracket is an additional part (to be ordered separately).

71 F Series Dimensions of Single Valve Unit (mm) FT0-F-PS With an outlet port single size fitting block With an inlet port female thread block S type plug connector Mounting hole Single size fitting -F -F Aport Bport Mounting hole Note :The mounting bracket is an additional part (to be ordered separately).

72 F Series Dimensions of Single Valve Unit (mm) FT Valve specification Operation type -A-PS With an A type sub-base S type plug connector Internal pilot specification Mounting hole For a double solenoid or -position valve B side manual override Note: The overall valve length of the T0 type is mm [0.1in.] shorter (the end cover protrusion is mm [0.1in.] shorter). External pilot specification External pilot Mounting hole For a double solenoid or -position valve B side manual override Note: The overall valve length of the T0 type is mm [0.1in.] shorter (the end cover protrusion is mm [0.1in.] shorter). Option L type plug connector : -PL Made to Order lever Note: The overall valve length of the T0 type is mm [0.1in.] shorter (the end cover protrusion is mm [0.1in.] shorter). 9

73 F Series Dimensions of Monoblock Manifold A Type (mm) J M FM Number of units A Pilot specification (base piping type) Monoblock manifold A type Manifold with outlet port different size fitting blocks S type plug connector Both sides Both sides For external pilot specification Both sides pitch Block-off plate Quick fitting, M0. female thread can also be selected Unit dimensions Number of units FM Number of units AL Pilot specification (base piping type) Monoblock manifold A type Manifold with outlet port different size fitting blocks S type plug connector.pitch Both sides Both sides Mounting hole Single size fitting -J -J Unit dimensions Number of units 0

74 F Series Dimensions of Monoblock Manifold F Type (mm) FM Number of units Both sides Both sides F (direct piping type) Monoblock manifold F type Valves with outlet port different size fitting blocks S type plug connector pitch Quick fitting, M0. female thread can also be selected Single size fitting can also be selected Block-off plate Unit dimensions Number of units Note: The overall valve length of the T0 type is mm [0.1in.] shorter (the end cover protrusion is mm [0.1in.] shorter). 1

75 F Series Dimensions of PC Board Manifold A Type and F Type (mm) Both sides Both sides For external pilot specification J M FM Number of units AP Pilot specification (base piping type) PC board manifold A type Manifold with outlet port different size fitting blocks Note: The mounted valve example has a -W wiring connection specification. Note: For wiring connection specification -S, the mounted valves should be T0 or T1 type. FM Number of units Both sides FP (direct piping type) PC board manifold F type Valves with outlet port different size fitting blocks Power supply terminal pitch Applicable connector0-pin Note MIL-C-0 conformity Quick fitting M0. female thread can also be selected Note: The position of the groove preventing wrong insertions of -F00 is reversed to that of -F01. The drawing shows the -F01 case. Unit dimensions Number of units L P Note: Wiring connection specification For -S,,,1,1,1 units For -W, units Note: The mounted valve example has a -W wiring connection specification. Note: For wiring connection specification -S, the mounted valves should be T0 or T1 type. Power supply terminal Applicable connector0-pin Note MIL-C-0 conformity Note: The position of the groove preventing wrong insertions of -F00 is reversed to that of -F01. The drawing shows the -F01 case. Both sides Both sides pitch Quick fitting M0. female thread can also be selected Single size fitting can also be selected Note: The overall valve length of the T0 type is mm [0.1in.] shorter (the end cover protrusion is mm [0.1in.] shorter). Unit dimensions Number of units L P Note: Wiring connection specification For -S,,,1,1,1 units For -W, units

76 F Series Dimensions of Split Manifold Non-Plug-in Type (mm) J M FM Number of units N Pilot specification (base piping type) Manifold with outlet port different size fitting blocks S type plug connector pitch Block-off plate Quick fitting, M0. female thread can also be selected For external pilot specification Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected, Rport Dimensions of DIN rail mounting hole Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. FM Number of units N Pilot specification (direct piping type) Valves with outlet port different size fitting blocks S type plug connector Quick fitting, M0. female thread can also be selected Single size fitting can also be selected pitch For external pilot specification Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected, Rport Block-off plate Dimensions of DIN rail mounting hole Unit dimensions Number of units DIN rail length Note Note: When using piping blocks. DIN rail length Note Note: The overall valve length of the T0 type is mm [0.1in.] shorter (the end cover protrusion is mm [0.1in.] shorter).

77 F Series Dimensions of Split Manifold Plug-in Type (mm) Dimensions of DIN rail mounting hole J M FM Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector -pin specification Applicable connector-pin MIL-C-0 conformity Quick fitting, M0. female thread can also be selected Block-off plate pitch For external pilot specification Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected, Rport Female thread specification (mm) Unit dimensions Number of units Combination of FMPJ and F-CONT For external pilot specification 1Pport, Rport DIN rail length Note Note: When using piping blocks. DIN rail length Note J M FM Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector 0-pin specification pitch For external pilot specification Dimensions of DIN rail mounting hole Applicable connector0-pin MIL-C-0 conformity Quick fitting, M0. female thread can also be selected Block-off plate Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected, Rport Unit dimensions Number of units DIN rail length Note Note: When using piping blocks. DIN rail length Note

78 F Series Dimensions of Split Manifold Plug-in Type (mm) J M FM Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector -pin specification Combination of FMPJ and F-CONT Dimensions of DIN rail mounting hole Applicable connector-pin MIL-C-0 conformity Quick fitting, M0. female thread can also be selected Block-off plate pitch For external pilot specification Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected 1Pport, Rport Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. J M FM Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks D-sub connector -pin specification Dimensions of DIN rail mounting hole pitch For external pilot specification D-sub connector MIL-C-0 conformity Block-off plate Quick fitting, M0. female thread can also be selected Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected 1Pport, Rport Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks.

79 F Series Dimensions of Split Manifold Plug-in Type (mm) Dimensions of DIN rail mounting hole J M FM Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Terminal block type Quick fitting, M0. female thread can also be selected M screw Block-off plate pitch For external pilot specification Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected 1Pport, Rport Combination of FMPJ and F-CONT Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. FM Number of units PL Pilot specification (base piping type) Manifold with outlet port single size fitting blocks Flat cable connector 0-pin specification.pitch Applicable connector0-pin MIL-C-0 conformity Single size fitting -J: -J: Single size fitting -J: -J: Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. Dimensions of DIN rail mounting hole 1Pport, Rport

80 F Series Dimensions of Serial Transmission Compatible Manifold (mm) For the dimensions of the manifold for the OMRON CompoBus / D, see p.. J M FM Number of units S Pilot specification (base piping type) Manifold with outlet port different size fitting blocks pitch For external pilot specification Serial transmission block Note: Panel appearance differs depending on the transmission block specifications. Block-off plate Quick fitting, M0. female thread can also be selected Single size fitting can also be selected Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Dimensions of DIN rail mounting hole 1Pport, Rport FM Number of units S Pilot specification (direct piping type) Valves with outlet port different size fitting blocks pitch For external pilot specification, Rport Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. Serial transmission block Note: Panel appearance differs depending on the transmission block specifications. Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Quick fitting, M0. female thread can also be selected Single size fitting can also be selected Block-off plate

81 F Series Dimensions of OMRON CompoBus/D Serial Transmission Compatible Manifold (mm) J M FM Number of units S Pilot specification (base piping type) Manifold with outlet port different size fitting blocks pitch For external pilot specification Additional Parts (To be ordered separately) Muffler: KM-J [For both the plug-in and non-plug-in types] Dimensions of DIN rail mounting hole Serial transmission block OMRON remote adaptor Model DRT1-OD1X Block-off plate Quick fitting, M0. female thread can also be selected Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected 1Pport, Rport Unit dimensions Number DIN rail DIN rail of units length Note length Note NoteWhen using piping blocks.

82 9

83 SOLENOID VALVES SERIES INDEX Specifications 1 Dimensions of Single Valve Unit Dimensions of Monoblock Manifold Dimensions of PC Board Manifold 90 Dimensions of Split Manifold Non-Plug-in Type 91 Dimensions of Split Manifold Plug-in Type 9 Dimensions of Serial Transmission Compatible Manifold 9 0

84 SOLENOID VALVES SERIES Specifications Basic Models and Valve Functions Basic model F1T0 Item Number of positions Number of ports Valve function Single solenoid only Remark: For the optional specifications and order codes, see p.. Specifications F1T1 F1T positions Both single and double solenoid use F1T F1T F1T positions Closed center, Exhaust center, Pressure center Item Media Operation type Effective areacv Note1 Port size Note Lubrication Operating pressure range Proof pressure Response time Note MPa {kgf/cm } [psi.] DC1V, DCV ON/OFF time ms AC0V Maximum operating frequency Hz Minimum time to energize for self holding Note ms Operating temperature range (atmosphere and media) C [ F] Shock resistance Mounting direction Basic model Main valve External pilot Notes: 1. For details, see the effective area on p... For details, see the port size on p... When the main valve pressure is 0.0.MPa [9psi.], set the external pilot pressure to the main valve pressure or higher, and to 0.MPa [psi.] or less.. Values when air pressure is 0.MPa [psi.]. For switching phase timing, add a maximum of ms to the response time of the AC specification. The values for -position valves are when used as a single solenoid, and the values for -position valves are those when switching from the neutral position of closed center.. When used as a double solenoid valve. Excludes T0. Solenoid Specifications mm m/s {G} F1T0 F1T1 F1T 0/0 or below 0/0 or below 0 1 {.0} (Axial direction 9. {0.0}) Internal pilot type F1T F1T F1T Fitting for and, Rc1/ 0..MPa {1..1kgf/cm } [psi.] 1/0 or below 1/0 or below 9. {0.0} F1T0G F1T1G F1TG Air External pilot type (for positive pressure) 0/0 or below 0/0 or below 0 1 {.0} (Axial direction 9. {0.0}) 0. Not required 1.0 {.} [1] 0 [11] Any F1TG F1TG F1TG 00.MPa {0.1kgf/cm } Note [0psi.] 0.0.MPa {.1kgf/cm } Note [9psi.] 1/0 or below 1/0 or below 9. {0.0} F1T0V F1T1V F1TV M0., Fitting for and, Rc1/ External pilot type (for vacuum) 0/0 or below 0/0 or below 0 1 {.0} (Axial direction 9. {0.0}) F1TV 0.1MPa0kPa {1.kgf/cm 0.1mmHg} [psi.9.in.hg] 0.0.MPa {.1kgf/cm } [9psi.] 1/0 or below 1/0 or below 9. {0.0} Item Rated voltage Voltage range Rated frequency Hz Current mar.m.s Starting (when rated voltage is applied) Energizing Power consumption W Allowable leakage current ma Type of insulation Insulation resistance Note M Color of LED indicator Note Surge suppression (as standard) 1 V 1(SA)Red, 1(SB)Green Flywheel diode Type B Over 0 1(SA)Red, 1(SB)Green Notes: 1. Since the AC types have built-in bridge diodes, the starting current and energizing current value are virtually the same.. Value at DC00V megger.. The color of the T0 indicator is red only. 0 0 Note 1 Note 1 Note 1 Note 1 1(SA)Red, 1(SB)Green Bridge diode

85 Cylinder Operating Speed Flow Rate How to obtain cylinder speed Cylinder stroke Solenoid valve energized Port Size Time Cylinder starts 0.MPa Cushion impact Cylinder stops Measuring conditions Air pressure0.mpa {.1kgf/cm } [psi.] Piping (outer diameterinner diameter length)00mm [9in.] Fitting Load Load ratio Cylinder theoretical thrust Cylinder strokemm [.91in.] Load Maximum operating speed mm/s 0 Maximum operating speed Delay time s [1.in.] 0 [1.99in.] [.0in.] 0 [.in.] 0 [.in.] [.0in.] 0 [1.99in.] 0 [1.in.] Note: Delay time may vary according to the cylinder stroke. MPa 0. Valve outlet pressure Supply pressure MPa Flow rater How to read the graph When the supply pressure is 0.MPa [psi.] and flow rate is 00R/min [1.ft. /min.] (ANR), the valve outlet pressure becomes 0.MPa [psi.]. 1mm/s = 0.09in./sec. 1MPa = 1psi. 1R/min = 0.0R/min. F1 Series Single unit Manifold Description/Piping specification With sub-base With female thread block With dual-use different size fitting block With single size fitting block Monoblock type with female thread block, and PC board type with female thread block Monoblock type with fitting block, and PC board type with fitting block Monoblock type with single size fitting block, and PC board type with single size fitting block Split type with female thread block, and serial transmission type with female thread block Split type with fitting block, and serial transmission type with fitting block Split type with single size fitting block, and serial transmission type with single size fitting block A, B Rc1/ Rc1/ For both or Rc1/ For both or Rc1/ For both or 1P, R, R1,, R For both, Effective AreaCv When used as a single unit Basic model F1T0-A F1T1-A F1T-A F1T-A F1T-A F1T-A F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F Effective areacv Basic model F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F Effective areacv When mounted on a manifold Valve Type F1T0 F1T1 F1T F1T F1T F1T Manifold model Outlet port Fittings for both and Female thread Outlet port fitting Outlet port fitting F1MFFPF1MAAPF1MNPS Caution: When the individual air supply spacer or the individual air exhaust spacer is used, effective area decreases by about 0%. F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F

86 Mass Single Valve Unit Mass g [oz.] F1T Outlet section None Inlet section None F1T-A1 Outlet section With plate Inlet section None F1T-A Outlet section With plate Inlet section With A type sub-base F1T-FJ Outlet section With different size fitting block Inlet section None F1T-FJ Outlet section With fitting block Inlet section None F1T-FJ Outlet section With fitting block Inlet section None F1T-FM F1T-F F1T-F Outlet section Outlet section Outlet section With female thread block With different size fitting block With female thread block Inlet section Inlet section Inlet section None With female thread block With female thread block Basic Type F1T0 is 1g [0.oz.] less than the mass shown above. F1T-F Outlet section With fitting block Inlet section With female thread block g [oz.] F1T-F Outlet section With fitting block Inlet section With female thread block Monoblock Manifold Mass (single valve unit included) Monoblock manifold Female thread Mass calculation of each unit (A), (B) ports outlet specifications Different size fitting block fitting block fitting block A type (n)0 [(.90n).] (n)0 [(.n).] (0n)0 [(.n).] (0n)0 [(.n).] F type (1n) [(.n).0] (1n) [(.n).0] (11n) [(.0n).0] (11n) [(.n).0] Calculation example : F1MAM stn.1stn. F1T1-A1-PS DCV ()019g [.oz.] When mounting a block-off plate, calculate the female thread specification at 90g [.1oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [.oz.], fitting specification g [.oz.], and the fitting specification 11g [.09oz.] less. When mounting the F1T0 specification, subtract 1g [0.oz.] per unit from the above calculation result. PC Board Manifold Mass (single valve unit included) PC board manifold A type F type Female thread (n)0 [(.90n).] (1n) [(.n).0] Different size fitting block (n)0 [(.n).] (1n) [(.n).0] Mass calculation of each unit (A), (B) ports outlet specifications fitting block (0n)0 [(.n).] (11n) [(.0n).0] fitting block (0n)0 [(.n).] (11n) [(.n).0] Circuit board and connector section (n1 [(0.0n0.] Calculation example : F1MAPM-F01-W stn.1stn. F1T1-A1-PP DCV ()0()119g [.oz.] When mounting a block-off plate, calculate the female thread specification at 90g [.1oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [.oz.], fitting specification g [.oz.], and the fitting specification 11g [.09oz.] less. When mounting the F1T0 specification, subtract 1g [0.oz.] per unit from the above calculation result. g [oz.] g [oz.]

87 Mass Mass of Split Type Manifold and Serial Transmission Compatible Type The split type manifold has the same mass regardless of the outlet locations, since the outlet type is the combination of the valve outlet and manifold outlet specifications. The mass can only be changed by the selection of the type of inlet/outlet block. Mass of Split Manifold Non-Plug-in Type (single valve unit included) Non-plug-in type Female thread (1n) [(.n).9] Mass calculation of each unit (A), (B) ports outlet specifications Different size fitting block (1n) [(.1n).9] fitting block (1n) [(.n).9] fitting block g [oz.] (19n) [(.n).9] g [oz.] Additional mass Piping block specification Female thread [.9] Different size fitting block [.] fitting block 1 [.] fitting block 19 [.] Calculation example : F1MN-MR stn.1stn. F1T1-A1-PS DCV (1)1g [1.09oz.] When mounting a block-off plate, calculate the female thread specification at 90g [.1oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [.oz.], fitting specification g [.oz.], and the fitting specification 11g [.09oz.] less. When mounting the F1T0 specification, subtract 1g [0.oz.] per unit from the above calculation result. Mass of Split Manifold Plug-in Type/ Serial Transmission Compatible Type (single valve unit included) Plug-in type Serial transmission compatible type Mass calculation of each unit (A), (B) ports outlet specifications Female thread Different size fitting block fitting block fitting block (1n) [(.9n).9] (1n) [(.1n).9] (1n) [(.n).9] (19n [(.n).9] g [oz.] g [oz.] Additional mass Piping block specification Female thread [.9] Different size fitting block [.] fitting block 1 [.] fitting block 19 [.] g [oz.] Additional mass Wiring block specification -F0, -F1 [.0] -F00, -F01, -F0 0 [.] -D0, -D1 0 [.] -T00 [.9] Transmission block mass g [oz.] Serial transmission block Note YS YS91 [.] 1 [.] Calculation example : F1MPM-MR-F01 DCV stn.1stn. F1T1-A1 DCV (1)011g [.1oz.] When mounting a block-off plate, calculate the female thread specification at 90g [.1oz.] less than the above calculation result per unit, while the different size fitting specifications are 0g [.oz.], fitting specification g [.oz.], and the fitting specification 11g [.09oz.] less. When mounting the F1T0 specification, subtract 1g [0.oz.] per unit from the above calculation result. Note : For the serial transmission compatible manifold, add the wiring block -F01(0g [.oz.]) to the calculation.

88 F1 Series Dimensions of Single Valve Unit (mm) F1T Valve specification -F-PS With an outlet port different size fitting block With an inlet port female thread block S type plug connector For T0 type dimensions, see p.. Mounting hole Quick fitting, Mounting bracketf1z-1 Note Mounting hole Note: The mounting bracket is an additional part (to be ordered separately). F1T Valve specification With an outlet port female thread block With an inlet port female thread block S type plug connector For T0 type dimensions, see p.. -F-PS Mounting hole Mounting bracketf1z-1 Note Mounting hole Note: The mounting bracket is an additional part (to be ordered separately).

89 F1 Series Dimensions of Single Valve Unit (mm) F1T0-F-PS With an outlet port single size fitting block With an inlet port female thread block S type plug connector Mounting hole Mounting hole Single size fitting -F -F Note: The mounting bracket is an additional part (to be ordered separately).

90 F1 Series Dimensions of Single Valve Unit (mm) F1T Valve specification Operation type -A-PS With an A type sub-base S type plug connector For external pilot specification Mounting hole For a double solenoid or -position valve B side manual override Note: The overall valve length of the T0 type is mm [0.9in.] shorter (the end cover protrusion is mm [0.9in.] shorter). Option L type plug connector : -PL Made to Order lever Note: The overall valve length of the T0 type is mm [0.9in.] shorter (the end cover protrusion is mm [0.9in.] shorter).

91 F1 Series Dimensions of Monoblock Manifold A Type (mm) J M F1M Number of units A Pilot specification (base piping type) Monoblock manifold A type Manifold with outlet port different size fitting blocks S type plug connector pitch Internal pilot specification Both sides -Rc1/Both sides External pilot specification Both sides -Rc1/Both sides Both sides Brock-off plate Quick fitting, Rc1/ female thread can also be selected Unit dimensions Number of units F1M Number of units AL Pilot specification (base piping type) Monoblock manifold A type Manifold with outlet port single size fitting blocks S type plug connector Both sides Both sides Mounting hole pitch Single size fitting -J: -J: Unit dimensions Number of units

92 F1 Series Dimensions of Monoblock Manifold F Type (mm) F1M Both sides Number of units Both sides F (direct piping type) Monoblock manifold F type Valves with outlet port different size fitting blocks S type plug connector pitch Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Block-off plate Unit dimensions Number of units Note: The overall valve length of the T0 type is mm [0.9in.] shorter (the end cover protrusion is mm [0.9in.] shorter). 9

93 F1 Series Dimensions of PC Board Manifold A Type and F Type (mm) J M F1M Number of units AP Pilot specification (base piping type) PC board manifold A type Manifold with outlet port different size fitting blocks Note: The mounted valve example has a -W wiring connection specification. Note: In wiring connection specification -S, the mounted valves should be T0 or T1 type. Internal pilot specification Both sides Power supply terminal Applicable connector: 0-pin Note MIL-C-0 conformity Both sides External pilot specification Both sides -Rc1/Both sides F1M Number of units Quick fitting, Rc1/ female thread can also be selected Both sides External pilot FP (direct piping type) PC board manifold F type Valves with outlet port different size fitting blocks Power supply terminal pitch Applicable connector: 0-pin Note MIL-C-0 conformity Note: The position of the groove preventing wrong insertions of -F00 is reversed to that of -F01. The drawing shows the -F01 case. Unit dimensions Number of units Note: Wiring connection specifications For -S:,,,1,1,1 units For -W:, units Note: The mounted valve example has a -W wiring connection specification. Note: For wiring connection specification -S, the mounted valves should be T0 or T1 type. Note: The position of the groove preventing wrong insertions of -F00 is reversed to that of -F01. The drawing shows the -F01 case. Both sides Both sides pitch Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Note: The overall valve length of the T0 type is mm [0.9in.] shorter (the end cover protrusion is mm [0.9in.] shorter). Unit dimensions Number of units Note: Wiring connection specifications For -S:,,,1,1,1 units For -W:, units 90

94 F1 Series Dimensions of Split Manifold Non-Plug-in Type (mm) F1M Number of units N Pilot specification (base piping type) Manifold with outlet port different size fitting blocks S type plug connector Quick fitting, Rc1/ female thread can also be selected pitch Valves with outlet port different size fitting blocks S type plug connector Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected 91 J M pitch Block-off plate For external pilot specification 1Pport, Rport F1M Number of units N Pilot specification (direct piping type) Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected For external pilot specification, Rport 1Pport Block-off plate Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Note: The overall valve length of the T0 type is mm [0.9in.] shorter (the end cover protrusion is mm [0.9in.] shorter). Dimensions of DIN rail mounting hole Dimensions of DIN rail mounting hole Unit dimensions Note: When using piping blocks. Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. Unit dimensions Number of units DIN rail length Note DIN rail length Note

95 F1 Series Dimensions of Split Manifold Plug-in Type (mm) Dimensions of DIN rail mounting hole J M F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector -pin specification Applicable connector: -pin MIL-C-0 conformity Quick fitting, Rc1/ female thread can also be selected J M pitch F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector 0-pin specification pitch For external pilot specification 1Pport, Rport Block-off plate Quick fitting, Female thread specification (mm) Rc1/ female thread can also be selected Single size fitting can also be selected For external pilot specification Unit dimensions Number of units Combination of F1MPJ and F1-CONT For external pilot specification 1Pport, Rport DIN rail length Note Note: When using piping blocks. DIN rail length Note Dimensions of DIN rail mounting hole Applicable connector: 0-pin MIL-C-0 comformity Block-off plate Quick fitting, Quick fitting, Rc1/ female thread can Rc1/ female thread also be selected can also be selected Single size fitting can also be selected Unit dimensions Number of units DIN rail length Note Note: When using piping blocks. DIN rail length Note 1Pport, Rport 9

96 F1 Series Dimensions of Split Manifold Plug-in Type (mm) Dimensions of DIN rail mounting hole Dimensions of DIN rail mounting hole Applicable connector-pin MIL-C-0 conformity Quick fitting, Rc1/ female thread can also be selected J M F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector -pin specification J M D-sub connector MIL-C-0 conformity Quick fitting, Rc1/ female thread can also be selected pitch F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks D-sub connector -pin specification pitch For external pilot specification Block-off plate 1Pport, Rport Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected For external pilot specification Block-off plate 1Pport, Rport Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Combination of F1MPJ and F1-CONT Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. 9

97 F1 Series Dimensions of Split Manifold Plug-in Type (mm) J M F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Terminal block type (pitch) (For external pilot specification) Combination of F1MPJ and F1-CONT Dimensions of DIN rail mounting hole M screw Quick fitting (, ) Rc1/ female thread can also be selected Block-off plate 1Pport Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected, Rport Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. F1M Number of units PL Pilot specification (base piping type) Manifold with outlet port single size fitting blocks Flat cable connector 0-pin specification (pitch) DIN rail mounting hole dimensions Applicable connector: 0-pin MIL-C-0 conformity 1Pport Single size fitting -J: -J: Single size fitting -J: -J: Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks., Rport 9

98 F1 Series Dimensions of Serial Transmission Compatible Manifold (mm) For the dimensions of the manifold for the OMRON CompoBus/D, see p.9. J M F1M Number of units S Pilot specification (base piping type) Manifold with outlet port different size fitting blocks (pitch) (For external pilot specification) F1M Serial transmission block Note: Panel appearance differs depending on the transmission block specifications. Quick fitting (, ) Rc1/ female thread can also be selected (pitch) Block-off plate Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected 1Pport, Rport (For external pilot specification), Rport Dimensions of DIN rail mounting hole Number of units S (direct piping type) Valves with outlet port different size fitting blocks 1Pport Unit dimensions Number DIN rail of units length Note Note: When using piping blocks. Serial transmission block Note: Panel appearance differs depending on the transmission block specifications. DIN rail length Note Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Block-off plate 9

99 F1 Series Dimensions of OMRON CompoBus/D Serial Transmission Compatible Manifold (mm) J M F1M Number of units S Pilot specification (base piping type) Manifold with outlet port different size fitting blocks (pitch) (For external pilot specification) Dimensions of DIN rail mounting hole Unit dimensions Number DIN rail DIN rail of units length Note length Note Note: When using piping blocks. Serial transmission block OMRON remote adaptor Model DRT1-OD1X Quick fitting (, ) Rc1/ female thread can also be selected Additional Parts (To be ordered separately) Muffler: KM-J [For both plug-in and non-plug-in types] Muffler: KM-J [For Individual exhaust spacer only] Block-off plate Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected 1Pport, Rport Muffler: KM-J [For Individual exhaust spacer only] 9

100 9

101 SOLENOID VALVES SERIES INDEX Specifications 99 Dimensions of Single Valve Unit 0 Dimensions of Monoblock Manifold 0 Dimensions of Split Manifold Non-Plug-in Type 0 Dimensions of Split Manifold Plug-in Type 09 Dimensions of Serial Transmission Compatible Manifold 1 9

102 SOLENOID VALVES SERIES Specifications Basic Models and Valve Functions Basic model F1T0 Item Number of positions Number of ports Valve function Single solenoid only Remark: For the optional specifications and order codes, see p.. Specifications F1T1 F1T F1T F1T F1T positions positions Both single and double solenoid use Closed center, Exhaust center, Pressure center Item Media Operation type Effective areacv Note1 Port size Note Lubrication Operating pressure range Proof pressure Response time Note MPa {kgf/cm } [psi.] DC1V, DCV ON/OFF time ms AC0V Maximum operating frequency Hz Minimum time to energize for self holding Note ms Operating temperature range (atmosphere and media) C [ F] Shock resistance Mounting direction Basic model Main valve External pilot Notes: 1. For details, see the effective area on p.00.. For details, see the port size on p.00.. When the main valve pressure is 0.0.MPa [9psi.], set the external pilot pressure to the main valve pressure or higher, and to 0.MPa [psi.] or less.. Values when air pressure is 0.MPa [psi.]. For switching phase timing, add a maximum of ms to the response time of the AC specification. The values for -position valves are when used as a single solenoid, and the values for -position valves are those when switching from the neutral position of closed center.. When used as a double solenoid valve. Excludes T0. Solenoid Specifications mm m/s {G} F1T0 F1T1 F1T / or below / or below 0 1 {.0} (Axial direction 9. {0.0}) Internal pilot type F1T F1T F1T Fitting for and, Rc1/ 0..MPa {1..1kgf/cm } [psi.] 1/0 or below 1/0 or below 9. {0.0} F1T0G F1T1G F1TG Air External pilot type (for positive pressure) / or below / or below 0 1 {.0} (Axial direction 9. {0.0}) 11 Not required 1.0 {.} [1] 0 [11] Any F1TG F1TG F1TG 1/0 or below 1/0 or below 9. {0.0} F1T0V F1T1V F1TV M0., fitting for and, Rc1/ 00.MPa {0.1kgf/cm } Note [0psi.] 0.0.MPa {.1kgf/cm } Note [9psi.] External pilot type (for vacuum) / or below / or below 0 1 {.0} (Axial direction 9. {0.0}) F1TV 0.1MPa0kPa {1.kgf/cm 0.1mmHg} [psi.9.in.hg] 0.0.MPa {.1kgf/cm } [9psi.] 1/0 or below 1/0 or below 9. {0.0} Item Rated voltage Voltage range Rated frequency Hz Current mar.m.s Starting (when rated voltage is applied) Energizing Power consumption W Allowable leakage current ma Type of insulation Insulation resistance Note M Color of LED indicator Note Surge suppression (as standard) 99 V 1(SA)Red, 1(SB)Green Flywheel diode Type B Over 0 1(SA)Red, 1(SB)Green Notes: 1. Since the AC types have built-in bridge diodes, the starting current and energizing current value are virtually the same.. Value at DC00V megger.. The color of the T0 indicator is red only. 0 0 Note 1 Note 1 Note 1 Note 1 1(SA)Red, 1(SB)Green Bridge diode

103 Cylinder Operating Speed Flow Rate How to obtain cylinder speed Cylinder stroke Solenoid valve energized Time Cylinder starts 0.MPa Port Size Cushion impact Cylinder stops Measuring conditions Air pressure0.mpa {.1kgf/cm } [psi.] Piping (outer diameter inner diameter length). 00mm [9in.] FittingQuick fitting TS-0 Load Load ratio Cylinder theoretical thrust Cylinder strokemm [.91in.] Load Maximum operating speed mm/s 0 0 Maximum operating speed Delay time Delay time s Load ratio Load ratio Note:Delay time may vary according to the cylinder stroke. 0 [1.99in.] [.0in.] 0 [.in.] 0 [.9in.] 0 [.9in.] 0 [.in.] [.0in.] 0 [1.99in.] MPa 0. Valve outlet pressure Supply pressure MPa Flow rate R/minANR How to read the graph When the supply pressure is 0.MPa [psi.] and flow rate is 00R/min [.ft. /min.] (ANR), the valve outlet pressure becomes 0.MPa [psi.]. 1mm/s = 0.09in./sec. 1MPa = 1psi. 1R/min = 0.0R/min. F1 Series Single unit Manifold Description/Piping specification With sub-base With female thread block With dual-use different size fitting block With single size fitting block Monoblock type with female thread block Monoblock type with fitting block Monoblock type with single size fitting block Split type with female thread block, and serial transmission type with female thread block Split type with fitting block, and serial transmission type with fitting block Split type with single size fitting block, and serial transmission type with single size fitting block A, B Rc1/ Rc1/ For both and or Rc1/ For both and or Rc1/ For both and or 1P, R, R1,, R Effective AreaCv When used as a single unit Basic model F1T0-A F1T1-A F1T-A F1T-A F1T-A F1T-A F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F Effective areacv Basic model F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F Effective areacv When mounted on a manifold Valve type F1T0 F1T1 F1T F1T F1T F1T Manifold model Outlet port Fittings for both and, Female thread Outlet port fitting Outlet port fitting F1MF F1MA F1MNPS Caution: When the individual air supply spacer or the individual air exhaust spacer is used, effective area decreases by about 0%. F1T0-F F1T1-F F1T-F F1T-F F1T-F F1T-F 00

104 Mass Single Valve Unit Mass g [oz.] F1T Outlet section None F1T-A1 Outlet section With plate F1T-A Outlet section With plate F1T-FJ Outlet section With different size fitting block F1T-FJ Outlet section With fitting block F1T-FJ Outlet section With fitting block Inlet section None Inlet section None Inlet section With A type sub-base Inlet section None Inlet section None Inlet section None 11 [.1] 1 [.0] 0 [.] 19 [.1] 1 [.9] 19 [.1] F1T-FM Outlet section With female thread block Inlet section None 1 [.19] F1T-F Outlet section With different size fitting block Inlet section With female thread block 1 [.9] F1T-F Outlet section With female thread block Inlet section With female thread block 1 [.0] Basic Type F1T0 is 1g [0.oz.] less than the mass shown above. F1T-F Outlet section With fitting block Inlet section With female thread block 09 [.] g [oz.] F1T-F Outlet section With fitting block Inlet section With female thread block 1 [.9] Monoblock Manifold Mass (single valve unit included) Monoblock manifold Female thread Mass calculation of each unit (A), (B) ports outlet specifications Different size fitting block fitting block fitting block A type (n)1 [(11.n).] (n)1 [(1.1n).] (9n)1 [(1.0n).] (n)1 [(1.n).] F type (n)0 [(.n).] (n)0 [(.1n).] (n)0 [(9.0n).] (n0 [(9.n).] Calculation example : F1MAM stn.1stn. F1T1-A1-PS DCV ()1g [0.0oz.] When mounting a block-off plate, calculate the female thread specification at 1g [.oz.] less than the above calculation result per unit, while the different size fitting specifications are g [.oz.], the fitting specification 1g [.11oz.], and the fitting specification 1g [.oz.] less. When mounting the F1T0 specification, subtract 1g [0.oz.] per unit from the above calculation result. Mass of Split Type Manifold and Serial Transmission Compatible Type The split type manifold has the same mass regardless of the outlet location, since the outlet type is the combination of the valve outlet and manifold outlet specifications. The mass can only be changed by the selection of the type of inlet/outlet block. g [oz.] Mass of Split Manifold Non-Plug-in Type (single valve unit included) Non-plug-in type Female thread (1n) [(.0n).] Mass calculation of each unit (A), (B) ports outlet specifications Different size fitting block fitting block (1n [(.n).] (n) [(9.n).] fitting block g [oz.] (n) [(.0n).] Additional mass Piping block specification Female thread Fitting block 1 [.] 19 [.] g [oz.] Calculation example : F1MN-MR stn.1stn. F1T1-A1-PS DCV (1)1g [.0oz.] When mounting a block-off plate, calculate the female thread specification at 1g [.oz.] less than the above calculation result per unit, while the different size fitting specifications are g [.oz.], the fitting specification 1g [.11oz.], and the fitting specification 1g [.oz.] less. When mounting the F1T0 specification, subtract 1g [0.oz.] per unit from the above calculation result. 01

105 Mass Mass of Split Manifold Plug-in Type/ Serial Transmission Compatible Type (single valve unit included) Plug-in type Serial transmission compatible type Female thread (n) [(.n).0] Mass calculation of each unit (A), (B) ports outlet specifications Different size fitting block (n) [(.9n).0] fitting block (n) [(9.1n).0] fitting block g [oz.] (n) [(.1n).0] Additional mass Piping block specification Female thread Fitting block 1 [.1] 199 [.0] g [oz.] -F0, -F1 9 [.] -F00, -F01, -F0 1 [.0] Transmission block mass Serial transmission block Note YS YS91 [.] 1 [.] Additional mass Wiring block specification -D0, -D1 [.] -T00 1 [.] Calculation example : F1MPM-MR-F01 DCV stn.1stn. F1T1-A1 DCV ()11g [.1oz.] When mounting a block-off plate, calculate the female thread specification at 1g [.oz.] less than the above calculation result per unit, while the different size fitting specifications are g [.oz.], the fitting specification 1g [.11oz.], and the fitting specification 1g [.oz.] less. When mounting the F1T0 specification, subtract 1g [0.oz.] per unit from the above calculation result. Note : When using the transmission block YS91 for the serial transmission compatible manifold, add the wiring block -F01 (1g [.0oz.]) to the calculation. g [oz.] g [oz.] 0

106 F1 Series Dimensions of Single Valve Unit (mm) F1T Valve specification -F-PS With an outlet port different size fitting block With an inlet port female thread block S type plug connector For T0 type dimensions, see p.0. Mounting hole Quick fitting, Mounting bracketf1z-1 Note Mounting hole Note: The mounting bracket is an additional part (to be ordered separately). F1T Valve specification -F-PS With an outlet port female thread block With an inlet port female thread block S type plug connector For T0 type dimensions, see p.0. Mounting hole Mounting bracketf1z-1 Note Mounting hole Note: The mounting bracket is an additional part (to be ordered separately). 0

107 F1 Series Dimensions of Single Valve Unit (mm) F1T0-F-PS With an outlet port single size fitting block With an inlet port female thread block S type plug connector Manual override Mounting hole Mounting hole Single size fitting -F -F Note: The mounting bracket is an additional part (to be ordered separately). 0

108 F1 Series Dimensions of Single Valve Unit (mm) F1T Valve specification With an A type sub-base S type plug connector Operation type -A-PS For external pilot specification Mounting hole For a double solenoid or -position valve B side manual override Note: The overall valve length of the T0 type is 1mm [0.in.] shorter (the end cover protrusion is 1mm [0.in.] shorter). Option L type plug connector: -PL Made to Order lever Note: The overall valve length of the T0 type is 1mm [0.in.] shorter (the end cover protrusion is 1mm [0.in.] shorter). 0

109 F1 Series Dimensions of Monoblock Manifold A Type (mm) J M F1M Number of units A Pilot specification (base piping type) Monoblock manifold A type Manifold with outlet port different size fitting blocks S type plug connector pitch Internal pilot specification Both sides Both sides -Rc/Both sides External pilot specification (Note) -Rc/Both sides Both sides External pilot For external pilot specification : Block-off plate Quick fitting, Rc1/ female thread can also be selected Note: For the external pilot specifications, the body shape of the monoblock manifold A type differs from the internal pilot specifications. Unit dimensions Number of units F1M Number of units AL Pilot specification (base piping type) Monoblock manifold A type Manifold with outlet port single size fitting blocks S type plug connector 19pitch Both sides Both sides Mounting hole Single size fitting -J: -J: Unit dimensions Number of units

110 F1 Series Dimensions of Monoblock Manifold F Type (mm) F1M Number of units F (direct piping type) Monoblock manifold F type Valves with outlet port different size fitting blocks S type plug connector pitch Both sides Both sides Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected Block-off plate Unit dimensions Number of units Note: The overall valve length of the T0 type is 1mm [0.in.] shorter (the end cover protrusion is 1mm [0.in.] shorter). 0

111 F1 Series Dimensions of Split Manifold Non-Plug-in Type (mm) J M F1M Number of units N Pilot specification (base piping type) Manifold with outlet port different size fitting blocks S type plug connector pitch For external pilot specification Quick fitting, Rc1/ female thread can also be selected Quick fitting, Rc1/ female thread can also be selected Single size fitting can also be selected F1M Number of units N Pilot specification (direct piping type) Valves with outlet port different size fitting blocks S type plug connector pitch -.hole Mounting hole Block-off plate 1Pport, Rport Bport Aport Quick fitting1 Rc/ female thread can also be selected For external pilot specification 1Pport, Rport -.Oval hole Mounting hole Quick fitting1 Rc/ female thread can also be selected Block-off plate Note: The overall valve length of the T0 type is 1mm [0.in.] shorter (the end cover protrusion is 1mm [0.in.] shorter). Unit dimensions Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. Unit dimensions Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. 0

112 F1 Series Dimensions of Split Manifold Plug-in Type (mm) J M F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector -pin specification pitch For external pilot specification -.Oval hole Mounting hole Combination of F1MPJ and F1-CONT Female thread specification (mm) For external pilot specification Applicable connector: -pin MIL-C-0 conformity Quick fitting, Rc1/ female thread can also be selected pitch Quick fitting1 Rc/ female thread can also be selected 1Pport, Rport For external pilot specification -. hole Mounting hole Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. J M F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector 0-pin specification 1Pport, Rport Unit dimensions 09 Applicable connector: 0-pin MIL-C-0 conformity Quick fitting, Rc1/ female thread can also be selected Block-off plate Quick fitting1 Rc/ female thread can also be selected 1Pport, Rport Unit dimensions Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above.

113 F1 Series Dimensions of Split Manifold Plug-in Type (mm) J M F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Flat cable connector -pin specification Manifold with outlet port different size fitting blocks D-sub connector -pin specification For external pilot specification pitch -.Oval hole Mounting hole Applicable connector: -pin MIL-C-0 conformity D-sub connector MIL-C-0 conformity Quick fitting, Rc1/ female thread can also be selected J M Quick fitting, Rc1/ female thread can also be selected pitch F1M Number of units P Pilot specification (base piping type) For external pilot specification -.Oval hole Mounting hole Quick fitting1 Rc/ female thread can also be selected 1Pport, Rport Quick fitting1 Rc/ female thread can also be selected 1Pport, Rport Combination of F1MPJ and F1-CONT Unit dimensions Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. Unit dimensions Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above.

114 F1 Series Dimensions of Split Manifold Plug-in Type (mm) J M F1M Number of units P Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Terminal block type pitch For external pilot specification -.Oval hole Mounting hole Combination of F1MPJ and F1-CONT Unit dimensions M screw Quick fitting, Rc1/ female thread can also be selected Quick fitting1 Rc/ female thread can also be selected 1Pport, Rport Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. F1M Number of units PL Pilot specification (base piping type) Manifold with outlet port single size fitting blocks Flat cable connector 0-pin specification Applicable connector: 0-pin MIL-C-0 conformity 19pitch Unit dimensions -.Oval hole Mounting hole Single size fitting -J -J 1Pport, Rport Fitting1 Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. 11

115 F1 Series Dimensions of Serial Transmission Compatible Manifold (mm) For the dimensions of the manifold for the OMRON CompoBus/D, see p.1. J M F1M Number of units S Pilot specification (base piping type) Manifold with outlet port different size fitting blocks Manual override pitch (For external pilot specification) -.Oval hole Mounting hole Serial transmission block Note: Panel appearance differs depending on the transmission block specifications. Quick fitting (,) Rc1/ female thread can also be selected Block-off plate Quick fitting1 Rc/ female thread can also be selected F1M Number of units S (direct piping type) Valves with outlet port different size fitting blocks Manual override pitch 1Pport, Rport (For external pilot specification) -.Oval hole Mounting hole 1Pport Serial transmission block Note: Panel appearance differs depending on the transmission block specifications. Quick fitting (, ) Rc1/ female thread can also be selected Single size fitting can also be selected, Rport Block-off plate Quick fitting1 Rc/ female thread can also be selected Unit dimensions Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. 1

116 F1 Series Dimensions of OMRON CompoBus/D Serial Transmission Compatible Manifold (mm) J M F1M Number of units S Pilot specification (base piping type) Manifold with outlet port different size fitting blocks pitch (For external pilot specification) -.Oval hole Mounting hole Unit dimensions Number of units Remark: When using piping blocks, add 1 to the L and P dimensions shown above. Serial transmission block OMRON remote adaptor Model DRT1-OD1X Additional Parts (To be ordered separately) Muffler: KM-J1 [For both plug-in and non-plug-in types] Block-off plate Quick fitting1 Rc/ female thread can also be selected 1Pport, Rport Muffler: KM-J [For Individual exhaust spacer only] Muffler: KM-J [For Individual exhaust spacer only] 1

117 F Series Specifications Confirmation Form INDEX Example 1 Monoblock Manifold A Type 1 Monoblock Manifold F Type 1 PC Board Manifold A Type 19 PC Board Manifold F Type 1 Split Manifold Non-Plug-in Type Split Manifold Plug-in Type Serial Transmission Compatible Manifold 1