Compliant Sensor: NPN Output, Connector Type: Terminal Box Type, Internal Power Supply
Compliant Sensor: PNP Output, Connector Type: Terminal Box Type, Internal Power Supply
Compliant Sensor: NPN Output, Connector Type: Terminal Box Type, External Power Supply
Output Specification: 1 (PNP output (common (-)), Applicable Valve Manifold: 1 (Non-plug-in manifold), Mounting Specification: A (Mounting vertically on DIN rail)
Output Specification: 0 (NPN output (common (+)), Applicable Valve Manifold: 1 (Non-plug-in manifold), Mounting Specification: B (Mounting horizontally on DIN rail)
Compliant Sensor: N (NPN Output), Unit Type: 2 (1 Connector - 1 Input Type)
Output Specification: 0 (NPN output (common (+)), Applicable Valve Manifold: 2 (Plug-in manifold), Mounting Specification: A (Mounting vertically on DIN rail)
Output Specification: 1 (PNP output (common (-)), Applicable Valve Manifold: 1 (Non-plug-in manifold), Mounting Specification: B (Mounting horizontally on DIN rail)
Output Specification: 1 (PNP output (common (-)), Applicable Valve Manifold: 2 (Plug-in manifold), Mounting Specification: A (Mounting vertically on DIN rail)
Output Specification: 0 (NPN output (common (+)), Applicable Valve Manifold: 1 (Non-plug-in manifold)
Communication Protocol: DN1 (DeviceNetâ„¢)
Compliant Sensor: B (2-Wire), Unit Type: 1 (1 Connector - 2 Input Type)
Compliant Sensor: P (PNP Output), Unit Type: 1 (1 Connector - 2 Input Type)
Communication Protocol: MJ1 (CC-Link)
Output Specification: 0 (NPN output (common (+)), Applicable Valve Manifold: 1 (Non-plug-in manifold), Mounting Specification: A (Mounting vertically on DIN rail)
VQZ100V-OMT0001 EX510 EX510 EX510 VQZ100 VQZ100 VQZ100 VQZ100 PR () B VVQZ100-CP PR VQZ100-12A() VQZ100-12B() 2 UL UL UL UL 1)UL508 2 ( 30Vrms42.4V 8A (V (V (V (V ) ) ) ) 020[V] 5.0 20[V]30[V] 100 2)UL1310 2 UL1585 2 30Vrms(42.4V ) (2 ) EMC EMC EMC EMC GW GW GW GW GW GW GW GW 0V 0V 0V 0V 12 No.VQZ100V-OMT0001 VQZ Series/ / / / SI SI SI SI SI () ( ) CE CE CE CE , , , , SI ( ) SI 13 No.VQZ100V-OMT0001
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.
The EX510 series makes it possible to connect more valves and sensors than with conventional units. With the introduction of the EX510 series, only a power supply cable to the GW unit is required, resulting in wire-savings. Setting the address for the SI unit, output unit and input unit is no longer required, only the address for the GW unit needs to be set.