3MA0/3MB0. Small pneumatic valve. 3 port direct acting valve CONTENTS. Space saving Valves are compactly designed with widths of 10 mm

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1 M0/MB0 Small pneumatic valve M Overview The M0 and MB0 Series port valve is a 0 mm wide miniature direct-acting poppet valve compatible with system downsizing. variety of types, including discrete and manifold, suitable for driving ø to ø cylinders, is available. Features Space saving Valves are compactly designed with widths of 0 mm Low wattage The low-wattage design (5 m at VDC) allows connection to various electronic control circuits. Wide variation of electric connection The lead type, C-type connector, and D-type connectors are available in this series. Combinations with lights and surge suppressors are available. Ideal for semiconductor and precision fields Compact, high-reliable, and low-wattage design is ideal for semiconductor manufacturing lines and precision fields. CONTENTS Series variation 08 Variation of electric connection (electric connection method / circuit diagram) 09 Discrete valve Body porting (M0) 05 Sub-plate porting (MB0) 05 Individual wiring manifold Body porting (MM0) 05 Sub-plate porting (MMB0) 05 Technical data () Flow characteristics, connector wiring method 0 MN W *0E Refer to the safety precautions on Introduction before starting use. 07

2 Series variation M0/MB0 Series M Valve performance Solenoid position port size Barbed joint Female thread Electric connection MN W Body porting Series / piping method M0 port valve M x 0.5 (P port) ø barbed joint No. of port Position No. of solenoid JIS symbol Effective sectional area (mm ) pplicable cylinder diameter Voltage (V) -position single normally closed Mix manifold ø barbed joint ø barbed joint M M5 ø push-in joint Grommet lead wire C-connector D-connector Page 05 Discrete Sub-plate porting MB0 port valve M 0.5 M 0.5 (P port) M 0.5 (R port) M 0.5 (R port) Discrete solenoid valve (MB09-00) Manual override Non-locking port -position single solenoid (N.C. type) P 0. R 0.5 ø to ø DC DC Option DC 5 DC 05 *0E Individual wiring manifold Body porting Sub-plate porting MM0 M5 0.8 (P, R port) MMB0 M 0.5, M5 0.8 ø barbed joint port PR P 0. R 0.5 ø to ø DC DC Option DC 5 DC M5 0.8 (P, R port) 08

3 M0/MB0 Series Series variation Electric connection Discrete valve and individual wiring type manifold Manual override M Blank Grommet lead wire D D-connector, without lead wire Non-locking MN Lead wire 00 mm (0. mm ) Push W C C-connector, with lead wire Lead wire length C : 00 mm C00 : 500 mm C0 : 000 mm C0 : 000 mm D D-connector, with lead wire with surge suppressor and light Lead wire length D : 00 mm D0 : 500 mm D : 000 mm D : 000 mm Red + Black - C C-connector, without lead wire D D-connector, without lead wire with surge suppressor and light + - C C C-connector, with lead wire with surge suppressor and light Lead wire length C : 00 mm C0 : 500 mm C : 000 mm C : 000 mm Black - Red + C-connector, without lead wire with surge suppressor and light - + * Note that there is polarity. surge suppressor and light internal circuit diagram (+) Red ( - ) Black *Diode is used for a surge suppressor. *0E D D-connector, with lead wire Lead wire length D : 00 mm D00 : 500 mm D0 : 000 mm D0 : 000 mm 09

4 Pneumatic components Safety precautions lways read this section before starting use. Refer to Intro for valve general precautions. M MN W *0E small pneumatic valve M0/MB0 Series. Surge suppressor The surge suppressor enclosed with the solenoid valve is to protect the output contact for that solenoid valve's drive. There is no significant protection for the other peripheral devices, and devices could be damaged or malfunction by the surge. Surge generated by other devices could be absorbed and cause damage such as burning. Care must be taken for points below. CUTION If another device or solenoid valve is connected in parallel to the solenoid valve, the inverse voltage surge generated when the valve is OFF would apply to those devices. Even when using the solenoid valve with surge suppressor for VDC, the surge voltage may reach minus several ten V depending on the model. This inverse polarity voltage could damage or cause the other devices connected in parallel to malfunction. void parallel connection of devices suspected of reversing polarity voltages, e.g., LED indicators. When driving several solenoid valves in parallel, the surge from other solenoid valves could enter the surge suppressor of one solenoid valve with a surge suppressor. Depending on the current value, that surge suppressor could burn. When driving several solenoid valves with surge suppressors in parallel, surge current could concentrate at the surge suppressor with the lowest limit voltage and cause. Common CUTION Energizing for a long time could impair solenoid valve performance. Similar caution is required in the following use. During intermittent energizing, it takes longer than non-energizing. During intermittent energizing, one energizing session exceeds 0 min. Consider heat dissipating measures when installing. Consult with CKD when using this device in a continuous energizing state. Design & Selection During Use & Maintenance similar burning. Even if the solenoid valve type is the same, the surge suppressor's limit voltage can be inconsistent, and in the worst case, could result in burning. void driving several solenoid valves in parallel. The surge suppressor incorporated in the solenoid valve often short-circuits if damaged by excessive voltage or current from the other solenoid valves. If the surge suppressor fails, if a large current flows when output is on, the output circuit or solenoid valve could be damaged or ignite. Do not keep power on in a faulty state. Provide an overcurrent protection circuit on the power or drive circuit or use a power supply with overcurrent protection so that a large current does not flow continuously. 050

5 MEMO M MN W *0E 05

6 M MN W *0E JIS symbol port valve N.C. type P R Common specifications Descriptions Valve and operation type Direct acting poppet valve Working fluid Compressed air Max. working pressure MPa 0.70 Min. working pressure MPa 0.00 Withstanding pressure MPa.05 mbient temperature C 5 to 50 Fluid temperature C 5 to 50 Lubrication Not required Protective structure Dust proof Vibration/impact m/s 50 or less / 00 or less Working environment Containing corrosive gas is impermissible. Individual specifications Descriptions P/ R port Port size port Discrete valve: Body porting, sub-plate porting small pneumatic valve M0/MB0 Series pplicable cylinder bore size: ø to ø Electric specifications Descriptions Rated voltage V Rated voltage fluctuation range Rated current Note Power consumption W Note Heat proof class Temperature rise C M0 M Note ø barbed joint Refer to Intro 7 for details. DC ±0% 0.05 (0.09) 0. (0.7) B 50 MB0 DC (0.058) 0. (0.7) Note : Value in ( ) are for types with light and surge suppressor. Note : Power consumption of, 5 VDC is 0.9 (.0) W. Effective sectional area Note mm P : 0., R: 0.5 Response time Note ms 0 or less Weight g 8 Note : The effective sectional area is the value for the discrete solenoid valve. Note : Response time is the value when ON for supply pressure 0.5 MPa, pre-lubricated. The value varies depending on pressure and quality of lubricant. Note : Use the FTS-M barbed joint with the port size M port. Ozone specifications ** Voltage P M Note 05

7 M0/MB0 Series Discrete valve: Body porting, sub-plate porting M How to order discrete valve Body porting M0 0 T C Sub-plate porting MB0 0 Discrete solenoid valve (without sub-plate) Model no. Solenoid position -position single solenoid normally closed M MB Solenoid valve type C C B Port size Symbol Descriptions B Port size Port name T M port ø barbed joint M x 0.5 P/ R port M x 0.5 Model no. Body porting Sub-plate porting M0 MB0 Note MN W Note on model no. selection Note : Use the following tube models for the M0 port piping. F-5, F-50, U-95, U-950 Note : WG size lead is used. (7/0., O.D. ø.5, 0. mm ) <Example of model number> C Electric connection Note * Refer to page 09 for the circuit diagram of the type with light and surge suppressor. D Voltage M00-T-C- Model: M0 (body porting) Solenoid position: -position single solenoid, normally closed B Port size : ø barbed joint, M (P/R port) C Electric connection : C-connector, with lead wire (00 mm) D Voltage : VDC C Electric connection Blank Grommet lead wire (00 mm) C-connector (lead wire lateral) C Lead wire (00 mm) C00 Lead wire (500 mm) C0 Lead wire (000 mm) C0 Lead wire (000 mm) C No lead wire C Lead wire (00 mm) C0 Lead wire (500 mm) C Lead wire (000 mm) C Lead wire (000 mm) C No lead wire D-connector (lead wire upward) D D00 D0 D0 D D D0 D D D Lead wire (00 mm) Lead wire (500 mm) Lead wire (000 mm) Lead wire (000 mm) No lead wire Lead wire (00 mm) Lead wire (500 mm) Lead wire (000 mm) Lead wire (000 mm) No lead wire D Voltage VDC Standard VDC DCV VDC Option DC5V 5 VDC *0E Discrete 05

8 M Individual wiring manifold: Body porting, sub-plate porting small pneumatic valve MM0/MMB0 Series pplicable cylinder bore size: ø to ø Refer to Intro 7 for details. MN W JIS symbol port valve N.C. type P R Common specifications Descriptions Manifold method Manifold integrated Manifold type Common supply / common exhaust Station number to 0 stations Valve and operation type Direct acting poppet valve Working fluid Compressed air Max. working pressure MPa 0.70 Min. working pressure MPa 0.00 Withstanding pressure MPa.05 mbient temperature C 5 to 50 Fluid temperature C 5 to 50 Lubrication Not required Protective structure Dust proof Vibration/impact m/s 50 or less / 00 or less Working environment Containing corrosive gas is impermissible. Electric specifications Descriptions Rated voltage V Rated voltage fluctuation range Rated current Note Power consumption W Note Heat proof class DC 0.05 (0.09) 0. (0.7) ±0% DC Temperature rise C 50 Note : Value in ( ) are for types with light and surge suppressor. Note : Power consumption of /5 VDC is 0.9 (.0) W. B (0.058) 0. (0.7) *0E Individual specifications Descriptions P port Port size port R port Effective sectional area Note mm M0 M5 M, M5, ø push-in joint ø barbed joint ø, ø barbed joint M5 P : 0., R: 0.5 Response time Note ms 0 or less MB0 Note : The effective sectional area is the value for the discrete solenoid valve. Note : Response time is the value when ON for supply pressure 0.5 MPa, pre-lubricated. The value varies depending on pressure and quality of lubricant. Ozone specifications ** Voltage P (Mix manifold) How to indicate combinations When selecting a combination manifold (8 selected for "B"), indicate the required functions with symbols (refer to right table) and layout number (start with at the left and assign numbers to the designated number of stations) in the Remarks field at the bottom of the normal model indication. Refer to the example for details. Symbol S MP Function -position single solenoid Masking plate 5 7 -position single -position single -position single -position single -position single Masking plate Masking plate (S) (S) (S) (S) (S) (MP) (MP) Example The model number for a combination manifold with 7 stations, MMB0, and VDC with the layout shown in the left is as follows: MMB080-M SMP (S = to 5, MP =, 7) Indicate the required quantity. Indicate 0 even when not required. When using 0 or more actuators of the same model in a mixed manifold, designate with the following symbols. ctuator quantity Symbol 0 B C D E 5 F G 7 H 8 I 9 J 05

9 MM0/MMB0 Series Individual wiring manifold: Body porting, sub-plate porting M How to order individual wiring manifold Discrete solenoid valve for manifold (body porting) M0 9 T C Individual wiring manifold (body porting) M M0 Discrete solenoid valve for manifold (sub-plate porting) Individual wiring manifold (sub-plate porting) Model no. MB0 9 M MB0 0 B Solenoid position C Port size Note : Use the following tube models for the M0 port piping. F-5, F-50, U-95, U-950 Note : With T/T, the barbed joints FTS-M5 and FTS-M5 are screwed in. Note : With GS, the push-in joint GWS-M5-S is screwed into port. Note : WG size lead is used. (7/0., ø.5, 0. mm ) <Example of model number> MM00-T-C-7- Model: MM0 (body porting) B Solenoid position : -position single solenoid normally closed C Port size : ø barbed joint, M5 (P/R port) D Electric connection : C-connector, with lead wire (00 mm) E Station number : 7 stations F Voltage : VDC 0 Solenoid valve type How to order a masking plate Refer to page0. T 00 M C C C Note on model no. selection E Station number F Voltage Indicate the quantity and display position of each valve function for the mixed manifold. Refer to page 05. Symbol Descriptions B Solenoid position 8 -position single solenoid normally closed Mix manifold C Port size Port name port P/ R port T T ø barbed joint ø barbed joint M 5 M M M5 M 5 M 5 GS ø push-in joint D Electric connection D Electric connection Blank Grommet lead wire (00 mm) Note * Refer to page 09 for the circuit diagram C-connector (lead wire lateral) of the type with light and surge suppressor. C Lead wire (00 mm) C00 Lead wire (500 mm) C0 Lead wire (000 mm) C0 Lead wire (000 mm) C No lead wire C Lead wire (00 mm) C0 Lead wire (500 mm) C Lead wire (000 mm) C Lead wire (000 mm) C No lead wire D-connector (lead wire upward) D D00 D0 D0 D D D0 D D D Lead wire (00 mm) Lead wire (500 mm) Lead wire (000 mm) Lead wire (000 mm) No lead wire Lead wire (00 mm) Lead wire (500 mm) Lead wire (000 mm) Lead wire (000 mm) No lead wire E Station number stations to to 0 0 stations F Voltage DCV DC5V VDC Standard VDC VDC Option 5 VDC Model no. Body porting Sub-plate porting M0 MB0 Note Note Note Note 055 MN W *0E Individual wiring manifold

10 M MN W M0/MB0 Series Discrete valve: Body porting, sub-plate porting Internal structure and parts list M0/MB0 port N.C. type P R *0E Main parts list No. Parts name Material No. Parts name Material 5 7 Body Valve seat Valve spring Bottom Plunger Plunger spring Coil assembly Resin Nitrile rubber Stainless steel Resin Stainless steel, nitrile rubber Stainless steel O ring Manual spring O ring Manual override Body gasket Set screw Fluoro rubber Stainless steel Fluoro rubber Resin Fluoro rubber Steel Operational principle Fixed ferrous core Coil Movable iron heart (plunger) P R P R When energized When the coil is energized, the plunger is attracted to the fixed ferrous core, and the compressed air flows from P to. When de-energized When the power to the coil is stopped, the plunger separates from the fixed ferrous core, and the compressed air flows from to R. 05

11 M0 Series Discrete valve: Body porting Dimensions M00-T port N.C. type: Grommet lead wire M MN Non-locking Manual installation 8.5 W 5.5 -ø.5 (installation hole) Lead wire WG Length 00 mm 8 ø barbed joint M 0.5 (P port) M 0.5 (R port) 5 *0E C-connector: (C, C0*, C, C, C*, C) D-connector: (D, D0*, D, D, D*, D) Lead wire WG Lead wire WG Length 00 to 000 mm (C, C0*, C, C*) 0 Length 00 to 000 mm (D, D0*, D, D*) 7 Discrete 057

12 M MN MB0 Series Discrete valve: Sub-plate porting Dimensions MB00-M port N.C. type: Grommet lead wire W Non-locking Manual installation ø.5 (installation hole) Lead wire WG Length 00 mm 8 M M (P port) M 0.5 (R port) *0E C-connector: (C, C0*, C, C, C*, C) Lead wire WG Length 00 to 000 mm (C, C0*, C, C*) 0 D-connector: (D, D0*, D, D, D*, D) Lead wire WG Length 00 to 000 mm (D, D0*, D, D*)

13 Dimensions MB09-00 Discrete solenoid valve for manifold: Grommet lead wire MB0 Series Discrete valve: Sub-plate porting M MN W 0 Lead wire (WG) Length 00 mm Non-locking Manual override Tapping screw -M.7 Set screw Set screw prepared hole pitch *0E C-connector: (C, C0*, C, C, C*, C) Lead wire WG Length 00 to 000 mm (C, C0*, C, C*) D-connector: (D, D0*, D, D, D*, D) Lead wire WG Length 00 to 000 mm (D, D0*, D, D*) 0 Discrete 059

14 M MN W MM0 Series Individual wiring manifold: Body porting Dimensions MM00-T Body porting type: Grommet lead wire -M (P, R port) n-ø barbed joint Lead wire WG Length 00 mm 7 -ø.5 (Installation hole) (Pitch) 7 Non-locking Manual override L L.5 *0E Sta. no. L L C-connector: (C, C0*, C, C, C*, C) D-connector: (D, D0*, D, D, D*, D) 5 0 Lead wire length 00 to 000 mm (C, C0*, C, C*) 0 Lead wire length 00 to 000 mm (D, D0*, D, D*) 00

15 Dimensions MMB00-M/M5 Sub-plate porting B type: Grommet lead wire MMB0 Series Individual wiring manifold: Sub-plate porting M MN port: M5 port: M W n-m5 0.8 n-m 0.5 -M5 (P, R port) 5.5 Lead wire WG Length 00 mm (Pitch) 7 -ø.5 (Installation hole) Non-locking Manual override L.5 L Sta. no. L L *0E C-connector: (C, C0*, C, C, C*, C) D-connector: (D, D0*, D, D, D*, D) 5 Lead wire length 00 to 000 mm (C, C0*, C, C*) 0 0 Lead wire length 00 to 000 mm (D, D0*, D, D*) Individual wiring manifold 0

16 M0/MB0 Series Technical data () Flow characteristics, connector wiring method Flow characteristics M0/MB0 Note: The flow rate varies depending on sub base, joint and tube. Use this as a reference value. M MN W /min. (NR) Flow rate P 0 8 P: 0. P: 0.7 P: 0. P: 0.5 P: 0. P: 0. P: 0. Effective sectional area = 0. mm P: Primary pressure (MPa) /min. (NR) Flow rate 0 8 R P: 0.7 P: 0. P: 0.5 P: 0. P: 0. P: 0. P: 0. Effective sectional area = 0.5 mm P: Primary pressure (MPa) *0E Secondary pressure MPa C/D connector wiring methods Wire the connector following steps () to () below. () Socket insertion () Terminal insertion () Lead wire WG to 8 (0.08 to 0. mm ) Socket Secondary pressure MPa Socket model no. MO-SOCKET-SET (Three crimp terminals enclosed, applicable wire diameter: WG to 8) Crimp terminal (MITSUMI MC8-5) Caulking tool (MITSUMI H-M) () Terminal caulking ( - ) Black ( + ) Red (Procedures) () Peel the sheath at the end of the lead by to mm. () Crimp the lead with a dedicated tool. () Insert the terminal into the holes on both sides of the socket. Note: There is a designated insertion direction. () Insert the socket into the solenoid valve s connector section. Note: Pay attention to the +/- polarity when using the type with light and surge suppressor. n incorrect polarity will not result in a short-circuit, but the valve will not operate. How to order masking plate (gasket and set screw attached) Body porting MM00 MP KIT Sub-plate porting MMB00 MP KIT 0