Electric Butterfly Valve DN40 120-240V AC/DC Wafer Stainless Steel FKM AG5
Notice: This product will be discontinued in the future
This electrical actuator is offered in combination with a butterfly valve. It can turn the valve from 0-90 degrees in a time of 13 seconds. It requires a supply voltage of 120-240 V AC/DC has a duty cycle of S2, and comes with a visual positioning indicator on top of the unit to clearly see valve position. The butterfly valve has a wafer type flange for connecting it to the piping, a nominal diameter of DN 40, and is rated up to 10 bar (145.0 psi) for non-hazardous fluids. Please note that the maximum pressure may deviate based on the medium type, so carefully check the datasheet. The butterfly valve has a stainless steel housing, stainless steel disc and an FKM seal. It is suitable for media temperatures between 5 and 180 °C (41 and 356 °F). The actuator has a IP67 degree of protection and is suitable for an environmental temperature of -10 to 50 °C (14 and 122 °F).
Notice: This product will be discontinued in the future
Description
This electrical actuator is offered in combination with a butterfly valve. It can turn the valve from 0-90 degrees in a time of 13 seconds. It requires a supply voltage of 120-240 V AC/DC has a duty cycle of S2, and comes with a visual positioning indicator on top of the unit to clearly see valve position. The butterfly valve has a wafer type flange for connecting it to the piping, a nominal diameter of DN 40, and is rated up to 10 bar (145.0 psi) for non-hazardous fluids. Please note that the maximum pressure may deviate based on the medium type, so carefully check the datasheet. The butterfly valve has a stainless steel housing, stainless steel disc and an FKM seal. It is suitable for media temperatures between 5 and 180 °C (41 and 356 °F). The actuator has a IP67 degree of protection and is suitable for an environmental temperature of -10 to 50 °C (14 and 122 °F).
Pros:
- No risk of water hammer due to slow closing (13 s)
- The components are interchangeable and can be replaced individually if needed
- High Kv-value because the fluid flows in a straight line