This 24V normally closed actuator is for heating and cooling system installers and maintenance teams working with hydronic valves. It provides on/off valve control and helps keep a valve closed when not energized.
The actuator operates on 24 VAC, 50/60 Hz, with a two-position spring-return, on/off control signal. It has no end switch and supports up to 75 psi pressure-differential close-off. The unit uses a stainless steel base plate and aluminum cover, measures 7.125 in. W x 9.25 in. D x 5.5 in. H, and mounts to the valve body without linkages or calibration.
Key Features:
- Normally closed operation: Helps maintain the valve in the closed position when power is removed.
- 24 VAC control: Supports 24 VAC, 50/60 Hz hydronic valve control applications.
- Spring-return design: Provides two-position on/off operation for straightforward valve control.
- Quick actuator attachment: Allows the actuator to be installed after the valve body is in place, without linkages or calibration.
- 75 psi close-off capability: Supports valve close-off under pressure differentials up to 75 psi.
- No end switch: Fits applications that do not require an actuator end switch.
Choose this actuator for compatible hydronic valve installations requiring 24 VAC, normally closed, spring-return on/off control without an end switch.
| Color/Finish: |
Silver |
| Country of Origin: |
US |
| Material: |
Stainless Steel |
| Product Depth: |
7.125" |
| Product Height: |
5.5" |
| Product Type: |
Zone Valves |
| Product Width: |
9.25" |
| Quantity Included: |
1 |
| Shipping Weight: |
3 lbs |
| Voltage: |
24 V |
| Manufacturer Part Number: |
AH13A020 |
| Color: |
Silver |
| Width: |
3 in |
| Depth: |
2-3/4 in |
| Height: |
5-1/2 in |
| Weight: |
2 lbs |
| Brand: |
Erie |
| For Use With: |
VT VALVES |
| Manufacturers Part Number: |
AH13A020 |
| Pressure Differential: |
75 psi |
| Temperature Control Range: |
32 to 200 °F |
| Watts: |
6.5 W |
| Warranty: |
1 yr |
| Width: |
7.13
in
|
| Height: |
5.50
in
|
| Depth: |
9.25
in
|
No additional information available.