Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice 1 Air distribution Spool valves and solenoid valves 1 | 87 Series 888 V22 _ SHORT CODE FUNCTION / CONNECTION : G1= EV 3/2 SOL.-SPRING G1/8" N.O. G2= EV 3/2 SOL.-SPRING G1/4" N.O. H1= EV 3/2 SOL.-SPRING G1/8" N.C. H2= EV 3/2 SOL.-SPRING G1/4" N.C. L1= EV 3/2 SOL.-SPRING G1/8" N.O. EXT. FEED. M1= EV 3/2 SOL.-SPRING G1/8" N.C. EXT. FEED. N1= EV 3/2 SOL.-SOL. G1/8" N2= EV 3/2 SOL.-SOL. G1/4" P1= EV 3/2 SOL.-SOL. G1/8" EXT. FEEDING T4= VALVE SPACE PLUG 3/2 P (point to point) Nr. POSITIONS: A= 02 positions B= 03 positions C= 04 positions D= 05 positions E= 06 positions F= 07 positions G= 08 positions H= 09 positions I= 10 positions M= 12 positions Q= 16 positions _ _ _ LEFT ENDPLATES P2= 25 poles (max. 11 S.E.) P3= 37 poles (max. 16 S.E.) _ ... _ _ A= None D1= 8IN DIGITAL MODULE M8 D2= 16IN DIGITAL MODULE D-SUB 25 P T1= 2IN ANALOG MODULE 0-5V T2= 2IN ANALOG MODULE 0-10V C1= 2IN ANALOG MODULE 0-20mA C1= 2IN ANALOG MODULE 4-20mA INPUT MODULE _ _ ... _ _ _ ... _ VOLTAGE: A= 12 V DC B= 24 V DC C= 24 V (50-60 Hz) D= 110 V (50-60 Hz) E= 230 V (50-60 Hz) Z= without coil Manifold layout Configuration Point to Point 3/2 valves V22 _ SHORT CODE FUNCTION / CONNECTION : A1= S.V. 5/2 SOL.-SPRING G1/8" A2= S.V. 5/2 SOL.-SPRING G1/4" D1= S.V. 5/2 SOL.-SPRING G1/8" EXT. FEED. B1= S.V. 5/2 SOL.-SOL. G1/8" B2= S.V. 5/2 SOL.-SOL. G1/4" E1= S.V. 5/2 SOL.-SOL. G1/8" EXT. FEED. C1= S.V. 5/3 CC SOL.-SOL. G1/8" C2= S.V. 5/3 CC SOL.-SOL. G1/4" F1= S.V. 5/3 CC SOL.-SOL. G1/8" EXT. FEED. C3= S.V. 5/3 OC SOL.-SOL. G1/8" C4= S.V. 5/3 OC SOL.-SOL. G1/4" F3= S.V. 5/3 OC SOL.-SOL. G1/8" EXT. FEED. C5= S.V. 5/3 PC SOL.-SOL. G1/8" C6= S.V. 5/3 PC SOL.-SOL. G1/4" F5= S.V. 5/3 PC SOL.-SOL. G1/8" EXT. FEED. T3= VALVE SPACE PLUG P (point to point) Nr. POSITIONS: A= 02 positions B= 03 positions C= 04 positions D= 05 positions E= 06 positions F= 07 positions G= 08 positions H= 09 positions I= 10 positions M= 12 positions Q= 16 positions ... _ VOLTAGE: A= 12 V DC B= 24 V DC C= 24 V (50-60 Hz) D= 110 V (50-60 Hz) E= 230 V (50-60 Hz) Z= without coil Manifold layout Configuration Multi-pole LEFT BOARD SIGNALS C= 04 positions G= 08 positions M= 12 positions Q= 16 positions RIGHT BOARD SIGNALS C= 04 positions G= 08 positions M= 12 positions Q= 16 positions 00= no board SHORT CODE FUNCTION / CONNECTION : A1= S.V. 5/2 SOL.-SPRING G1/8" A2= S.V. 5/2 SOL.-SPRING G1/4" D1= S.V. 5/2 SOL.-SPRING G1/8" EXT. FEEDING B1= S.V. 5/2 SOL.-SOL. G1/8" B2= S.V. 5/2 SOL.-SOL. G1/4" E1= S.V. 5/2 SOL.-SOL. G1/8" EXT. FEEDING C1= S.V. 5/3 CC SOL.-SOL. G1/8" C2= S.V. 5/3 CC SOL.-SOL. G1/4" F1= S.V. 5/3 CC SOL.-SOL. G1/8" EXT. FEEDING C3= S.V. 5/3 OC SOL.-SOL. G1/8" C4= S.V. 5/3 OC SOL.-SOL. G1/4" F3= S.V. 5/3 OC SOL.-SOL. G1/8" EXT. FEEDING C5= S.V. 5/3 PC SOL.-SOL. G1/8" C6= S.V. 5/3 PC SOL.-SOL. G1/4" F5= S.V. 5/3 PC SOL.-SOL. G1/8" EXT. FEEDING T1= VALVE SPACE PLUG + Nr. 2 ELECTRICAL SPACE PLUGS V22 M (Multi-pole) 5/2 valves Serial manifold layout (for the serial system node, see the Optyma-F Series) V22 S (Serial) C3= CANopen® 32 OUT D3= DeviceNet 32 OUT P3= PROFIBUS DP 32 OUT A3= EtherCAT® 32 OUT I3= EtherNet/IP 32 OUT N3= PROFINET IO RT/IRT 32 OUT L3= Powerlink 32 OUT M3= Modbus/TCP 32 OUT SERIAL NODE LEFT BOARD SIGNALS C= 04 positions G= 08 positions M= 12 positions Q= 16 positions RIGHT BOARD SIGNALS C= 04 positions G= 08 positions M= 12 positions Q= 16 positions 00= no board SHORT CODE FUNCTION / CONNECTION : A1= S.V. 5/2 SOL.-SPRING G1/8" A2= S.V. 5/2 SOL.-SPRING G1/4" D1= S.V. 5/2 SOL.-SPRING G1/8" EXT. FEED. B1= S.V. 5/2 SOL.-SOL. G1/8" B2= S.V. 5/2 SOL.-SOL. G1/4" E1= S.V. 5/2 SOL.-SOL. G1/8" EXT. FEED. C1= S.V. 5/3 CC SOL.-SOL. G1/8" C2= S.V. 5/3 CC SOL.-SOL. G1/4" F1= S.V. 5/3 CC SOL.-SOL. G1/8" EXT. FEED. C3= S.V. 5/3 OC SOL.-SOL. G1/8" C4= S.V. 5/3 OC SOL.-SOL. G1/4" F3= S.V. 5/3 OC SOL.-SOL. G1/8" EXT. FEED. C5= S.V. 5/3 PC SOL.-SOL. G1/8" C6= S.V. 5/3 PC SOL.-SOL. G1/4" F5= S.V. 5/3 PC SOL.-SOL. G1/8" EXT. FEED. T1= VALVE SPACE PLUG + Nr. 2 ELECTRICAL SPACE PLUGS NOTE: When constructing the configuration, please consider that the maximum number of valves that can be mounted on the manifold is 16, regardless of the valve type. Any valve position presents two electrical connections: in case of use of monostable valves( A1-A2) it will be necessary to assemble a plug to protect the unused electrical connection. The correspondence between the electrical signal and its location on the manifold is showed in the following diagrams.
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