Coolant Valve SGC2 :155 SGC3 :284 SGC4 :440. million cycles or more. Service life: 5 million cycles or more 5 Service life: million cycles or more

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1 Flow rate v factor (in case of 0.5 MPa specification) specification) SC :55 SC :8 SC :0 Coolant Valve Series SC For 0.5 MPa/.0 MPa/.6 MPa million cycles or more (based on SMC s test condition) (based on SMC ssmc test condition) Service life: 5 million cycles or more 5 Service life: million cycles or more With auto switches for verifying whether the valve is open/closed Reduction of environmentally harmful chemical Reduction of environmentally harmful chemical substances, Compliant with RoHS Directive (in case of VDC) Power consumption: 0.5W VN VN SC VNC VNH VND VCC 7

2 Dry bearings Prevents the shaft, which is a sliding part, from vibrating and helps to extend the service life of the rubber components and improves the seal performance of the main valve. Squeeze seal Completely shuts off the leakage of liquid coolant and increases the scraper effects. These two safety designs result in a dual advantage. Scraper Prevents foreign materials from entering, while the main valve is activated. Choice of seal materials NR, FKM (In case of an air operated valve) uto switch ble to confirm whether the valve is open/closed. Mountable on the sides. Magnet rease channel Prevents the loss of grease and helps to extend the service life. IN OUT Variation (Common specifications for solenoid valve and air operated valve) Series Port size Thread type SC SC SC / 8 (0) / (5) / (0) (5) Rc (ISO79-) NPT NPTF Type of actuation N.C / N.O Operating pressure range (MPa) v factor x 0-6 m Electrical entry (in case of a solenoid valve) Conduit terminal DIN terminal M connector racket racket on the left side racket on the right side 7

3 Coolant low Energy Saving Improvement Example case Reduction of electric power consumption of the coolant pump Reducing the number of pumps Reducing the size of pumps Improvement of Pressure Loss efore improvement Coolant pump 0% ir compressor 0% Hydraulic pump, etc. 50% fter improvement Electric power consumption by purpose (SMC research) Research has revealed that coolant pumps account for 0% of the electric power consumption in a production facility. y reducing the energy consumed by the coolant pump it will substantially contribute to the electric reduction in the whole factory. Coolant valve Nozzle P Large diameter piping S Effective area ratio : Small diamter nozzle S Pressure loss: Small Pressure loss is improved by making the effective area ratio : between the upstream side and the nozzle. Making the effective area in the upstream side larger. (Changing to the equipment with larger effective area) ttaching a nozzle. Pump head (Electric power) Effect of Energy Saving Improvement Pump capacity Previous rate Discharge rate Pump outlet Pressure Pressure loss: Small Nozzle outlet Electric power consumption Improvement Example case Intermittent low Flow P Coolant flow per cycle For cutting For jig For cutting Machine bed washing cycle ddition of coolant valve For cutting (lade cooling) For jig (Reference surface cleaning) Machine bed washing (Washing chips) Coolant flow per cycle Flow Machine bed washing Stops machine bed-washing all the time. Machine bed washing is stopped when blowing for cutting or jig by means of a valve. For cutting For jig cycle For cutting Flow inside the dotted line will be reduced. Machine bed washing Effect of Energy Saving Improvement Electric power consumption VN VN SC VNC VNH VND VCC 75

4 Coolant low System / Related Equipment Coolant pump Coolant valve Series SC W Pressure Switches P.9 Coolant line pressure control -color display high precision digital pressure switch ISE80 Industrial Filters P.9 Coolant liquid filtration Nozzles for low P.90 -color display digital pressure switch ISE75/75H enaral purpose pressure switch IS Nozzle for blow KN Industrial filter ag filter F FF Low mainte- nance filter FN Energy Saving Related Material Splash Proof ir Cylinders Pneumatic model selection program Pneumatic cylinder drive system (Ver.00) utomatically selects the most appropriate smallest products to match your energy saving needs. This program is also available from the SMC Web site. SMC ECOLOY PNEUMTICS SYSTEM CT.E0- ProposalsforEnergySaving PneumaticSystems SMCsupports innovationsinenergysaving productionsystems. s countermeasuresforglobal warmingarecomingintoeffect, "energysavings" has becomeakey themeforcorporatereforms. t the Kyoto ConferenceonClimate Change (December997), a 6% reductionofcoemissionsfromthe 990emissionratewassetasa targettobeachievedby00. lso, as amendmentoftheenergysaving law Japansuggests, it is predicted that the trendforenergysavings involvingcorporationswillbecome increasinglydemanding. In this climate, SMCwillstrivefor innovationsofproductionsystems withenergysavingsinmind. With cooperationfromcustomers, we will promoteenergysavingprogramsfor pneumaticsystems. Energy Saving Program (Ver..) Energy saving planning, improvements, and calculation of coolant circuits is possible. This program is also available from the SMC Web site. Proposals for Energy Saving Pneumatic Systems (CT. E0-) Introducing our energy saving themes including case studies as well as our energy saving related equipment. Splash Proof ir Cylinders Series CM/C/CQ/C/MP/M Splash Proof Hydraulic Cylinders Series CHDK/CHF CT.E C est used in operation with coolant Improved Splash Proof performance compared with standard cylinders. Designed for use in environments where the cylinder is in direct contact with water or liquid. Splash Proof ir Cylinders (E) 76

5 Coolant Valve Series SC How to Order Made to Order Made to order specifications (For details, refer to page 89) External pilot solenoid ir operated SC SC 05 0 Y T Z 05 0 q w e r t y u i o!0!!!!!5 q Series SC00 SC00 SC00 w Valve type Normally closed Normally open e Seal material NR FKM r Pressure range 05 Pressure range 0 to 0.5 MPa 0 Pressure range 0 to MPa 6 Pressure range 0 to.6 MPa t Thread type Nil N T Rc (ISO79-) NPT NPTF y Port size 0 /8 SC00 5 / 0 5 / SC00 SC00 u Pilot valve Y V6 i Rated voltage 00 VC 50/60 Hz 00 VC 50/60 Hz 0 VC [5 VC] 50/60 Hz 0 VC [0 VC] 550/60 Hz 5 VDC 6 VDC Note) Refer to the back of page 9 when using with energization for long periods of time. o Electrical entry T: Conduit terminal D: DIN terminal (Pitch between the terminals: mm) DO: DIN terminal without connector W: M connector Note) Note ) Cable is not included. Order it separately after referring to the options on page 79. Note ) Refer to the table () below for combinations with light/surge voltage suppressors.!0 Light / surge voltage suppressor Nil S None With surge voltage suppressor! Manual override Nil: Non-locking push type D: Push-turn locking lever type! racket mounting position Nil: Without bracket : racket on the left side : racket on the right side Z With light / surge voltage suppressor Note) Refer to Table () below for combinations with electrical entry. DOS, DOZ are not available. For C specifications, NIL is only set for Electrical entry DO. Left IN Note) racket cannot be attached later. Right IN Left Right Table () Electrical entry/light/surge Voltage Suppressor Voltage C DC Electrical entry T D W DO T D W Without light/surge voltage suppressor Nil Note) With surge voltage suppressor S With light/surge voltage supressor Z DO Note) If a C specification without DIN Terminal (DO) is selected, always use a DIN connector with surge voltage suppressor as the connector. 78

6 Coolant Valve Series SC Nil M C E F (for verifying whether the valve is open/closed) Without auto switch (without magnet) Without auto switch (with built-in magnet)! uto switches With auto switch Select a model, referring to the table pplicable uto Switches below. The auto switches are included when shipped (unmounted).! Lead wire length Nil M L Z 0.5 m m m 5 m 0.5m (Nil), m (M), and 5m (Z) for D-M9 will be produced on receipt of order.!5 Number of auto switches Nil S pcs. pc. pplicable auto switches / Refer to page 85 to 88 for detailed auto switch specifications. Solid state auto switch Smbol C E F Part no. In-line D-M9N D-M9P D-M9 D-M9N D-M9P D-M9 Special function Water resistance (-color display) Electrical entry rommet rommet Indicator light Yes Yes Wiring (Output) Load voltage DC -wire (NPN) 5 V, V -wire (PNP) V -wire V -wire (NPN) 5 V, V -wire (PNP) V -wire V pplicable load IC circuit IC circuit Relay, PLC Relay, PLC Option (For detail, refer to page 8) Cable for M connector V00 00 Specification For DC For C Cable length (L) 000 [mm] [mm] [mm] VN VN SC VNC VNH VND VCC 79

7 Series SC Characteristics JIS Symbol Type of actuation ir operated type External pilot solenoid type Normally closed SC SC Normally open SC SC Pressure specification 0.5 MPa.0 MPa.6 MPa Model SC()-050 SC()-055 SC()-050 SC()-055 SC()-00 SC()-05 SC()-00 SC()-05 SC()-60 SC()-65 SC()-60 SC()-65 Port size /8 / / /8 / / /8 / / ( ): Mass including the bracket dd the mass of an auto switch additionally. Valve Specification Operating fluid Fluid temperature SC, mbient temperature Proof pressure Leakege from the valve seat Operating pressure range External air operated No freezing SC-05 SC-0 SC-6 SC Pressure SC Lubrication Temperature Orifice dia. ø (mm) ø5 ø5 ø0 ø5 ø ø ø ø7 ø 9 ø 9 ø ø5 Flow Cv factor characteristics converted v x 0 6 m ir operated type 0.69 (0.7) 0.69 (0.7).0 (.).70 (.77) 0.69 (0.7) 0.69 (0.7).0 (.).70 (.77) 0.69 (0.7) 0.69 (0.7).0 (.).70 (.77) Mass (kg) External pilot solenoid type 0.7 (0.78) 0.7 (0.78).08 (.5).7 (.8) 0.7 (0.78) 0.7 (0.78).08 (.5).7 (.8) 0.7 (0.78) 0.7 (0.78).08 (.5).7 (.8) Coolant 5 to 60 C 5 to 50 C. MPa 0 cm /min or less (water pressure) 0 to 0.5 MPa 0 to MPa 0 to.6 MPa 0.5 to 0.7 MPa 0.5 MPa specification: 0.5 MPa to 0.7 MPa.0,.6 MPa specification: 0. MPa to 0.7 MPa Not required (Use turbine oil Class (ISO V), if lubricated. 5 to 50 C Pilot Solenoid Valve Specification Pilot solenoid valve specification Electrical entry DC Coil rated voltage V C (50/60 Hz) llowable voltage fluctuation Power consumption W DC 00 V pparent voltage V C 0 V [5 V] 00 V 0 V [0 V] Surge voltage suppressor Indicator light Enclosure V6-- Conduit terminal, DIN terminal, M connector V, V 00 V, 0 V, 00 V, 0 V ±0% of rated voltage * 0.5 W (With indicator light: 0.58 W) 0.78 (With indicator light: 0.87) 0.86 (With indicator light: 0.97) [0.9 (With indicator light:.07)].5 (With indicator light:.0).7 (With indicator light:.6) [.9 (With indicator light:.60)] Varistor LED (Neon bulb when C with DIN terminal and M connector) IEC6059 standard IP65, JISC090 In common between 0 VC and 5 VC, and between 0 VC and 0 VC. For 5 VC and 0 VC, the allowable voltage is 5% to +5% of rated voltage. How to Order Pilot Valve V6 5 T Z 80 q w e q Rated voltage VC 50/60 Hz 00 VC 50/60 Hz 0 VC [5 VC] 50/60 Hz 0 VC [0 VC] 50/60 Hz VDC VDC w Electrical entry T Conduit terminal DIN terminal D (with connector) DIN terminal DO (without connector) W M connector e Light / surge voltage suppressor Nil None With surge voltage S suppressor With light / surge voltage Z suppressor Note ) Refer to Table () on page 78 for combinations with electrical entry. DOS, DOZ are not available. For C specifications, NIL is only set for electrical entry DO.

8 Coolant Valve Series SC Construction i w u Normally closed o i w Normally open o y e t r q port PE port y u e t r port PE port q Component Parts No Description ody assembly Cover assembly Plate assembly Valve body Valve cover Piston assembly Return spring Pilot solenoid valve Filter Material Cast iron luminum die-casted Iron Stainless steel NR, FKM Stainless steel, luminum Stainless steel, Piano wire Copper Note Plated White Valve component, NR, FKM VN VN SC VNC VNH VND VCC 8

9 Series SC Dimensions ir operated type N Pilot port x /8" (ack side PE: Filter standard installation) J I. racket x øk Model SC-0 SC-5 SC-0 SC-5 Main port /8 / / C D E F H I J K L M N External pilot solenoid type (Conduit terminal) P Manual override N J I racket O E F x øk L M D D E F L M C Main port ( locations) H Pilot port x /8" (ack side PE: Filter standard installation). C Main port ( locations) H Model SC-0 SC-5 SC-0 SC-5 Main port /8 / / C D E F H I J K L M N O P

10 Coolant Valve Series SC Dimensions External pilot solenoid type (DIN terminal) PP Manual override N Pilot port x /8" (ack side PE: Filter standard installation) J I. racket O E F x øk L M D C Main port ( locations) H External pilot solenoid type (M connector) PP Pilot port J N x /8" (ack side PE: Filter standard installation) I Manual override. racket Cable for M connector (Option) O E F L M x øk VN VN D C Main port ( locations) H SC VNC VNH Model SC-0 SC-5 SC-0 SC-5 Main port /8 / / C D E F H I J K L M N O PP VND VCC 8

11 Series SC How to Fix an uto Switch uto Switch Proper Mounting Position (mm) Watchmaker s screwdriver Slotted set screw When tightening an auto switch mounting screw, use a watchmaker s screwdriver with a handle of approximately 5 to 6 mm in diameter. Furthermore, use a tightening torque of approximately 0.05 to 0.5 Nm. D-M9 Model 5 SC()-050, SC()-00, SC()-60, 5 5 SC() SC()-00 7 SC()-60 SC() SC()-05 7 SC()-65 The above dimensions including a mounted auto switch are for reference only. Please be sure that the auto switch works appropriately. Option Cable for M connector (Female connector with cable) V00 00 Specification For DC For C Cable length (L) 000 [mm] [mm] [mm] M Lock ring For DC: Nickel plated For C: Orange ø L 5 Terminal no. Socket pin connector pin assignment Cable colors Cable cover colors for core wire ROWN: rounding WHITE: Not used LUE: Power supply for valve LCK: Power supply for valve How to Order Include the part number of the female connector with cable together with the part number for the solenoid valve. Example) In case of lead wire length,,000 mm For DC For C SC-050Y-5WZ SC-050Y-WZ V V Connections

12 Series SC uto Switch Specifications uto Switch Common Specifications Type Leakage current Operating time Impact resistance Insulation resistance Withstand voltage mbient temperature Enclosure Standard Solid state auto switch -wire: 00 µ or less -wire: 0.8 m or less ms or less 000 m/s 50 MΩ or more at 500 VDC Mega (between lead wire and case) 000 VC for minute (between lead wire and case) 0 to 60 C IEC6059 standard IP67 CE marking Lead Wire Length Lead wire length indication (Example) D-M9P L Lead wire length Nil 0.5 m M m L m Z 5 m Note ) pplicable auto switch with 5 m lead wire Z Manufactured upon receipt of order as standard. Note ) Lead wire length of m(m) is only available for DM9. For DM9, it will be made upon request. VN VN SC VNC VNH VND VCC 85

13 Series SC uto Switch Connections and Examples asic Wiring Solid state -wire, NPN Solid state -wire, PNP Solid state -wire Switch main circuit Load lack Switch main circuit lack Load Switch main circuit Load (Power supplies for switch and load are separate.) Switch main circuit Load lack Switch main circuit Load Example of Connection to PLC (Programmable Logic Controller) Sink input specifications -wire, NPN lack Input Source input specifications -wire, PNP lack Input Connect according to the applicable PLC input specifications, since the connection method will vary depending on the PLC input specifications. Switch Switch -wire COM Input PLC internal circuit -wire COM Input PLC internal circuit Switch Switch COM PLC internal circuit COM PLC internal circuit Example of ND (Serial) and OR (Parallel) Connection -wire ND connection for NPN output (using relays) Switch Switch lack Relay lack Relay Load Relay contact ND connection for NPN output (performed with switches only) lack Switch Load Switch lack OR connection for NPN output Switch Switch lack lack Load The indicator lights will illuminate when both auto switches are turned ON. -wire with -switch ND connection -wire with -switch OR connection When two switches are connected in series, a load may Load Switch malfunction because the load voltage will decrease when in the ON state. The indicator lights will illuminate if both of the switches Switch are in the ON state. Power supply Residual Load voltage at ON = x pcs. voltage voltage = V V x pcs. = 6 V Example: Power supply is VDC. Internal voltage drop in switch is V. 86 When two switches Load are connected in parallel, a malfunction Switch may occur because the load voltage will Switch increase when in the OFF state. Load voltage at OFF= Leakage current x pcs. x Load impedance = m x pcs. x kω = 6 V Example:Load impedance is kω. Leakage current from switch is m.

14 rommet -wire load current is reduced (.5 to 0 m). Flexibility is.5 times greater than the conventional model (SMC comparison). Using flexible cable as standard spec. Caution Precautions Solid State uto Switch Direct Mounting Style D-M9N/D-M9P/D-M9 Do not fix the auto switch with the existing screw installed on the auto switch body. The auto switch may be damaged if a screw other than the one supplied is used. uto Switch Specifications PLC: Programmable Logic Controller D-M9 (With indicator light) uto switch model D-M9N D-M9P D-M9 Electrical entry direction In-line In-line In-line Wiring type -wire -wire Output type NPN PNP pplicable load Power supply voltage Current consumption IC circuit, Relay, PLC 5,, VDC (.5 to 8 V) 0 m or less VDC relay, PLC Load voltage 8 VDC or less VDC (0 to 8 VDC) Load current 0 m or less.5 to 0 m Internal voltage drop Leakage current 0.8 V or less at 0 m ( V or less at 0 m) 00 µ or less at VDC V or less 0.8 m or less Indicator light Standard Red LED illuminates when turned ON. CE marking Mass Refer to SMC website for the details of the products conforming to the international standards. Lead wires Oilproof flexible heavy-duty vinyl cord: ø.7 x. ellipse, 0.5 mm, cores (D-M9), cores (D-M9N, D-M9P) Note )Refer to page 85 for solid state switch common specifications. Note ) Refer to page 85 for lead wire lengths. (g) uto Switch Internal Circuit D-M9N Main circuit of switch DC (+) OUT lack uto switch model Lead wire length (m) D-M9N 8 68 D-M9P 8 68 D-M D-M9P Main circuit of switch DC ( ) DC (+) OUT lack DC ( ) Dimensions D-M9.6.8 M.5 x l Slotted set screw Indicator light.7 (mm) VN D-M9 Main circuit of switch OUT (+) OUT ( ). 6 Most sensitive position VN SC VNC VNH VND VCC 87

15 Water Resistant -color Indication Type Solid State uto Switch: Direct Mounting Style D-M9N/D-M9P/D-M9 rommet Water (coolant) resistant type -wire load current is reduced (.5 to 0 m) The optimum operating position can be determined by the color of the light. (Red reen Red) Using flexible cable as standard spec. Caution Precautions Do not fix the auto switch with the existing screw installed on the auto switch body. The auto switch may be damaged if a screw other than the one supplied is used. uto Switch Specifications PLC:Programmable Logic Controller D-M9 (With indicator light) uto switch model Electrical entry direction D-M9N In-line D-M9P In-line D-M9 In-line Wiring type Output type NPN -wire PNP -wire pplicable load Power supply voltage Current consumption IC circuit, Relay, PLC 5,, VDC (.5 to 8 V) 0 m or less VDC relay, PLC Load voltage 8 VDC or less VDC (0 to 8 VDC) Load current Internal voltage drop Leakage current 0 m or less 0.8 V or less at 0 m ( V or less at 0 m) 00 µ or less at VDC.5 to 0 m V or less 0.8 m or less Indicator light Standard Operating position...red LED illuminates Optimum operating position...reen LED illuminates CE marking Lead wires Oilproof flexible heavy-duty vinyl cord: ø.7 x. ellipse, 0.5 mm, cores (D-M9), cores (D-M9N, D-M9P) Note ) Refer to page 85 for solid state switch common specifications. Note ) Refer to page 85 for lead wire lengths. uto Switch Internal Circuit D-M9N Main circuit of switch DC (+) OUT lack Mass uto switch model Lead wire length (m) D-M9N 8 68 D-M9P 8 68 D-M (g) DC (-) D-M9P Dimensions (mm) Main circuit of switch DC (+) OUT lack D-M9 M.5 x L Slotted set screw Indicator light DC (-).8 0. SMC.7 D-M9. Main circuit of switch OUT (+) 6 Most sensitive position OUT (-) Indicator light/display method ON Operating range OFF Display Red reen Red Optimum operating position 88

16 Made to Order Pilot Valve: SF SC 05 0 T Z L S X q w e r t y u i o!0!!!!!5 u Pilot valve i Rated voltage! Manual override Pilot valve: SF Nil SF Equivalent to the standard models except for u, i,!. Refer to page VC 50/60 Hz 00 VC 50/60 Hz 0 VC 50/60 Hz 0 VC 50/60 Hz VDC VDC 0 VC 50/60 Hz Others Nil Push type Slotted locking type Pilot Solenoid Valve Specification How to Order Pilot Valve Pilot solenoid valve specification Electrical entry Coil rated voltage V llowable voltage fluctuation Power consumption W pparent voltage V DC C Light / surge voltrage suppressor DC C (50/60 Hz) Inrush Holding DC C SF--50-X0 Conduit terminal, DIN terminal, M connector V, Other (Option) 00 V, 00, Other (Option) 5 to 0% of rated voltage.8 W (With indicator light: W) 5.6 V (50 Hz) 5.0 V (60 Hz). V (50 Hz). V (60 Hz) ZNR (Varistor), LED (Neon bulb for 00 V or more) ZNR (Varistor), Neon bulb (LED for less than 00 V) SF 5 T Z 50 X0 q Rated voltage VC 50/60 Hz 00 VC 50/60 Hz 0 VC 50/60 Hz 0 VC 50/60 Hz VDC VDC 0 VC 50/60 Hz Others w Electrical entry T D DO W e Light / surge voltage suppressor Nil S Z q w e r None With surge voltage suppressor With light / surge voltage suppressor TS, DOS, DOZ are not available. Conduit terminal DIN terminal (with connector) DIN terminal (without connector) M connector r Manual override Nil Push type Slotted locking type Dimensions Equivalent to the standard models except the dimensions given in the diagram. Conduit terminal DIN terminal M connector P PP PP VN VN O O O SC VNC VNH Main Model port SC-0 /8 SC-5 / SC-0 / SC O P Main Model port SC-0 /8 SC-5 / SC-0 / SC O PP Main Model port SC-0 /8 SC-5 / SC-0 / SC-5 O PP VND VCC 89

17 Related Products Nozzles for low Nozzle with Self-lign Fitting / KN Model KN-0-00 KN KN--00 KN--600 KN-6-00 KN KN-0-00 KN Nozzle diameter D Connection size ø ø ø ø ø0 ø0 ø ø ø0 ø0 With across flats H H L L ød H L L (mm) H Nozzle with Male Thread / KN Model KN-R0-600 KN-R0-00 KN-R0-600 KN-R0-00 KN-R0-600 KN-R KN-R KN-R0-800 Nozzle diameter D ø ø ø8 ø8 Connection size R/ R/8 R/8 R/ R/ R/ R/ R Reference dimension of "R" thread after installation. With across flats H L ød Connection thread H L (mm) Pivoting Nozzle with Self-lign Fitting / KNK Model KNK KNK--600 KNK KNK Nozzle diameter D Connection size ø0 ø ø0 With across flats H H H L L ød H H 8.5 L L (mm) H Pivoting Nozzle with Male Thread / KNK Model Nozzle diameter D Connection With across flats size H H KNK-R0-600 R/ 7 7 KNK-R0-00 ø R/8 7 7 KNK-R0-00 ø R/ 7 Reference dimension of "R" thread after installation. L ød Connection thread H 8.5 L H (mm) 90

18 Related Products Industrial Filters Low Maintenance Filter FN Series FN FN Features Port size Rc Rc Temperature ( C) MX.80 Element replacement not required. Structure that enables automatic back-flushing of element. FN FN utomatic back-flushing System circuit allows the automatic back-flushing when the element is clogged. ir Setting up filters in a line and flushing the fluid alternately allow continuous operation during back-flushing. Fluid IN OUT Filtering ack-flushing Fluid direction when filtering Fluid direction when back- flushing Tank for reservation Integrated into the filter (FN) Fluid Fluid ack-flushing Filtering Tank for dust removal filter DRIN Series FQ Features Dirty tank Filter for Cleaning Solvent Quick Change Port size Rc/, /, Maximum operating pressure MPa Low flow filtration (MX. 0 l/min) No tools required. Takes only 60 seconds for element replacement. FQ Temperature ( C) Max. 80 VN VN SC VNC VNH VND VCC 9

19 Related Products Industrial Filter (Vessel type) Series FD Features Port size Rc/8, /, / Maximum operating pressure 0.7, MPa Low flow filtration. (MX. 60 l/min) ntistatic specification (FDE, FDF) can be selected. Temperature ( C) Max. 80 FD Industrial Filter (Vessel type) Series FE Features Port size R, Maximum operating pressure 0.7 MPa Temperature ( C) Max. 80 FE Medium flow filtration. (MX. 0 l/min) Easy element replacement with V band type ( with cover splash prevention structure) Industrial Filter (Vessel type) Series F Features Port size Rc Maximum operating pressure 0.7 MPa Temperature ( C) Max. 80 F Large flow filtration.(mx. 50 l/min) Easy element replacement with V band type (with cover splash prevention structure) Industrial Filter (Vessel type) F Series F Port size Flange: JIS 0KFF 5 to 5 D ( to 6 ) Maximum operating pressure MPa Temperature ( C) Max. 80 Features Large flow vertical element type (MX. 00 l/min) Industrial Filter (Vessel type) F Series F Port size Flange: JIS 0KFF 5 to 5 D ( to 6 ) Maximum operating pressure MPa Temperature ( C) Max. 80 Features Large flow suspended type (MX. 800 l/min) Industrial Filter (Vessel type) FC Series Port size Maximum operating pressure Temperature ( C) FC Flange: JIS 0KFF 5 to 5 D ( to 6 ),, MPa Max. 80 Features High pressure and low flow rate type (MX. 80 l/min) ag Filter FF Series FF Features Port size Rc, Flange, 6 Flange Maximum operating pressure 0.5 MPa Temperature ( C) Max. 80 Highly effective for filtration of high temperature and high viscosity fluids Ideal for large flow filtration. (MX. 000 l/min) Easy handling of filtered impurities 9

20 Related Products Pressure Switches -Color Display High ccuracy Digital Pressure Switch ISE Series ISE80 ISE80H Features Set pressure to. MPa to. MPa Stainless steel diaphragm applicable to various fluids IP65 With One-touch fittings (Straight, elbow type) Rear ported, bottom ported 0 MPa/5 MPa -color Display Digital Pressure Switch ISE Series ISE75 ISE75H Features Set pressure 0. to 0 MPa 0.5 to 5 MPa -color display (reen and Red) Irregular value at a glance Metal body type (Die-cast aluminum) ISE75H eneral Purpose Pressure Switch IS Series IS, IS, IS, Features Set pressure 0.0 to 0. MPa 0.05 to 0.7 MPa 0. to.0 MPa For various fluids and waterproof VN VN SC VNC VNH VND VCC 9

21 Series SC Specific Product Precautions e sure to read this before handling. Refer to front matters and for Safety Instructions, and pages 7 to 9 for Port Solenoid Valves for Fluid Control Precautions. Warning Extended periods of continuous energization If a valve is continuously energized for long periods, heat generation of the coil may result in reduced performance and shorter service life. This may also have an adverse effect on the peripheral equipment in proximity. Should a valve be continuously energized for long periods, or its daily energized state exceeds its non energized state, please use an energy saving type valve with DC specifications. dditionally, when using with C, energizing for long periods of time continously, select the air-operated valve and use the continuous duty type of the VT07 for a pilot valve. Warning Design Manual Override Since connected equipment will be actuated when the manual override is operated, first confirm that conditions are safe. Non-locking push type Press in the direction of the arrow. Push-turn locking slotted type [D type] While pressing, turn in the direction of the arrow (90 clockwise). If it is not turned, it can be operated the same way as the non-locking type. Warning. void sources of vibration, or adjust the arm from the body to the minimum length so that resonance will not occur. 5. When mounted in the vertical downward direction, foreign matter can remain in the plate assembly part if there are foreign matters in the coolant. For this reason, avoid mounting in the vertical downward direction as much as possible. Caution Mounting Wiring. pplied voltage When electric power is connected to a solenoid valve, be careful to apply the proper voltage. Improper voltage may cause malfunction or coil damage.. Confirm the connections. fter completing the wiring, confirm that the connections are correct. Light / Surge Voltage Suppressor Caution <For DC> Conduit terminal, DIN terminal (non-polar type) Surge voltage suppressor (TS/DS) ( ) (+) Varistor Coil Caution When operating the locking type D with a screwdriver, turn it gently using a flat head watchmaker s screwdriver. [Torque: Less than 0. Nm] When locking the manual override on the push-turn locking type (D), be sure to push it down before turning. Turning without first pushing it down can cause damage to the manual override and trouble such as air leakage, etc. (+) ( ) Light / surge voltage suppressor (TZ/DZ) ( ) (+) Varistor Coil (+) ( ) Mounting M connector (non-polar type) Warning. Do not apply external force to the coil section. When tightening is performed, apply a wrench or other tool to the outside of the piping connection parts.. Do not warm the coil assembly with a heat insulator, etc. Use tape, heaters, etc., for freeze prevention on the piping and body only. They can cause the coil to burn out.. Secure with brackets, except in the case of steel piping and copper fittings. Surge voltage suppressor (WS) ( ) (+) Varistor Coil (+) ( ) Light / surge voltage suppressor (WZ) ( ) (+) Varistor Coil (rounding) 9 (+) ( )

22 Series SC Specific Product Precautions e sure to read this before handling. Refer to front matters and for Safety Instructions, and pages 7 to 9 for Port Solenoid Valves for Fluid Control Precautions. Light / Surge Voltage Suppressor Caution <For C> Conduit terminal Surge voltage suppressor (TS) ( ) Varistor ( ) Light / surge voltage suppressor (TZ) ( ) Varistor LED Coil Coil Caution M Connector. M connector types have an IP65 (enclosure) rating, offering protection from dust and water. However please note: these products are not intended for use in water.. Do not use a tool to mount the connector, as this may cause damage. Only tighten by hand. (0. to 0.6 Nm). The excessive stress on the cable connector will not be able to satisfy the IP65 rating. Please use caution and do not apply a stress of 0 N or greater. Note that if a connector other than the one stated above is used or if the connector is not tight enough, the IP65 standards will not be satisfied. ( ) M connector Female connector with cable DIN terminal Key Key Surge voltage suppressor (DS) ( ) Varistor Coil ( ) Light / surge voltage suppressor (DZ) ( ) NL Varistor Coil Note) For connecting a female connector with cable, adjust the connector key to the M connector key in the valve side since there is an orientation. e careful not to squeeze it in the wrong direction, as problems such as pin damage may occur. ( ) M connector Surge voltage suppressor (WS) ( ) Varistor ( ) Light / surge voltage suppressor (WZ) Coil VN VN SC ( ) Varistor NL Coil VNC VNH ( ) VND VCC 95

23 Series SC Specific Product Precautions e sure to read this before handling. Refer to front matters and for Safety Instructions, and pages 7 to 9 for Port Solenoid Valves for Fluid Control Precautions. Caution Connection How to Use Conduit Terminal. Loosen the holding screw and remove the cover from the terminal block.. Loosen the screw in the terminal block. Insert the lead core wires or crimped terminals to the terminals, and secure the wires by re-tightening the terminal screw.. Secure the cord by fastening the ground nut. When making connections, take note that using other than the supported size (ø.5 to ø7) heavy duty cord will not satisfy IP65 (enclosure) standards. lso, be sure to tighten the ground nut and holding screw within their specified torque ranges. Compatible cable Cord O.D.: ø.5 to ø7 (Reference) 0.5 to.5 mm, -core or -core, equivalent to JIS C 06 pplicable crimped terminals O-terminals: Equivalent to R.5- defined in the JIS C805 Y-terminals: Equivalent to.5- manufactured by J.S.T. Mfg. Co., Ltd. round nut Tightening Washer torque.5 to.75 Nm Set screw Tightening torque 0.9 to 0.5 Nm Terminal block cover Terminal screw ( locations) Tightening torque 0.5 to 0.6 Nm rommet (Rubber) Caution How to Use DIN Terminal Connection. Loosen the holding screw and pull the connector out of the solenoid valve terminal block.. fter removing the holding screw, insert a flat head screwdriver, etc. into the notch on the bottom of the terminal block and pry it open, separating the terminal block and the housing.. Loosen the screw (slotted screws) in the terminal block. Insert the lead core wires or crimped terminals to the terminals according to the connection method, and secure the wires by re-tightening the terminal screw.. Secure the cord by fastening the ground nut. When making connections, take note that using other than the supported size (ø.5 to ø7) heavy duty cord will not satisfy IP65 (enclosure) standards. lso, be sure to tighten the ground nut and holding screw within their specified torque ranges. Changing the entry direction fter separating the terminal block and housing, the cord entry can be changed by attaching the housing in the opposite direction 80. e careful not to damage the element, etc. with the cord s lead wires. Plug in and pull out the connector vertically without tilting to one side. Compatible cable Cord O.D.: ø.5 to ø7 (Reference) 0.5 to.5 mm, -core or -core, equivalent to JIS C 06 pplicable crimped terminals O-terminals: Equivalent to R.5-M defined in the JIS C805 Y-terminals: Equivalent to R.5-L manufactured by J.S.T. Mfg. Co., Ltd. Rod-terminals: Up to size.5 round nut Tightening torque.5 to.75 Nm Washer Set screw Tightening torque 0.5 to 0.6 Nm rommet (Rubber) (Position for light mounting) Terminal block (Rating symbol) Refer to the table of DIN connector part no. below. Terminal screw ( locations) Tightening torque 0. to 0.5 Nm 96

24 Series SC Specific Product Precautions e sure to read this before handling. Refer to front matters and for Safety Instructions, and pages 7 to 9 for Port Solenoid Valves for Fluid Control Precautions. Caution How to Use DIN Terminal Circuit Diagram with Light / Surge Voltage Suppressor C circuit diagram DC circuit diagram DIN Connector Part No. Without light DC Spec. only V00-6- With Surge Voltage Suppressor Rated voltage Voltage symbol VDC DC VS VDC DC VS 00 VC 00/0 VS 00 VC 00/0 VS 0 VC 00/0 VS 0 VC 00/0 VS 0 VC 0 VS With Light / Surge Voltage Suppressor Rated voltage Voltage symbol VDC DC VZ VDC DC VZ 00 VC 00/0 VZ 00 VC 00/0 VZ 0 VC 00/0 VZ 0 VC 00/0 VZ 0 VC 0 VZ Model no. V V V V V V V Model no. V V V V V V V NL V R NL: Neon bulb, R: Resister V: Varistor Caution LED Operating Environment V LED: Emitting diode, R: Resister V: Varistor Products with IP65 enclosures (based on IEC6059) are protected against dust and water, however, these products cannot be used in water. R If an C specification without DIN Terminal (DO) is selected, always use a DIN connector with surge voltage suppressor as the connector. VN VN SC VNC VNH VND VCC 97