Euroswitch VI Series modular valve indication packages, designed for the direct mount to quarter turn Namur actuators are ideally suited to the process industry, they also carry the latest intrinsically safe and explosion and encapsulation certification for Zone 0 & 1. Indication is available in a variety of ways both electrically and visually.
M-VIP-M-SPCO
This Valve Position Switch complete with visual puck is designed to fit 1/4 turn namur actuators of all sizes. The housing is made from PBT Engineered resin and contains 2 x SPCO (SPDT) Contacts with a maximum switching capacity of 830mA at 24V DC. These volt free contacts can be used for switching multiple voltages in AC or DC.
The max. operating temperature is -20°C to +50°C
euroswitch construction allows them to be used in multiple applications across a wide variety of industries and are suitable for use in the design of safety functions up to SIL2 or SIL3.
Also available certified to multiple international standards.
M-VIP-M
This Valve Position Switch complete with visual puck and 10 mm spacer is designed to fit 1/4 turn namur actuators of all sizes. The housing is made from PBT Engineered resin and contains 2 x Normally Open (SPST) Contacts with a maximum switching capacity of 1.6A at 24V DC. These volt free contacts can be used for switching multiple voltages in AC or DC.
The max. operating temperature is -20°C to +50°C
Euroswitch construction allows them to be used in multiple applications across a wide variety of industries and are suitable for use in the design of safety functions up to SIL2 or SIL3.
Also available certified to multiple international standards.
MI-VIP-4
This Valve Position Switch complete with target puck is designed to fit 1/4 turn namur actuators of all sizes. The housing is made from PBT Engineered resin and contains 2 x Normally Open (SPST) Volt Free Contacts designed and approved for use in intrinsically safe circuits.
The max. operating temperature is -20°C to +50°C
Euroswitch construction allows them to be used in multiple applications across a wide variety of industries and are suitable for use in the design of safety functions up to SIL2 or SIL3.
