214 Series High-Flow Gas Shut-Off Solenoid Valve (8214), 1-1/4" NPT, 110 VAC, Aluminum, 2 Way-2/2 NO
Manufacturer: Asco LP
Mfg Product Code: JB8214G064AC110/50
Weight: 3.0 lb(s)
Solenoid Valve, 1-1/4" NPT, 110 VAC, 2 Way-2/2 NO
The ASCO Series 214, also known as 8214, high-flow, low-pressure (5 psi) gas safety shutoff valves are specifically designed for on-off control of fuel gas in commercial and industrial gas burners. Their unique double-disc design with over travel provides redundant sealing for leak-tight shutoff on pilot or main gas lines. A double-solenoid gas train provides an exceptionally small footprint for space constrained applications. The valves are ideal for natural gas fired boilers, furnaces, grain dryers, kilns, gas generators and commercial kitchen/cooking equipment.
Features
- Body Material: Aluminum
- Function: 2 way - 2/2 Normally Open
- Pipe/Port Type & Size: NPT 1-1/4
- Valve Actuation: Solenoid
- Kit Number: 322467
- Coil Class: FB
- Coil Number: 272610-129-D
- Voltage & Frequency: 110 Volts AC with 50 Hz
- Watt Rating: 20.1 W
- Item Status: Active
- Carton Note: 1-1/4 X 1-5/8 2NO AL 20.1/F AC:
214 Series High-Flow Gas Shut-Off Solenoid Valve (8214), 1-1/4" NPT, 110 VAC, Aluminum, 2 Way-2/2 NO
Solenoid Valve, 1-1/4" NPT, 110 VAC, 2 Way-2/2 NO
Actuation Method:Solenoid
Brand:Asco
Process Connection Size_:1-1/4"
Process Connection Type:NPT
Orifice Size:1-5/8 in
Max Operating Temperature:125 °F
Wetted Material:Stainless Steel
Input Voltage:110 VAC
Watts:20.1
Function:2 Way 2/2 Normally Open
Coil Class:FB
Frequency:50 Hz
Body Material:Aluminum
Seal Material:NBR
Specifications
Valve Features | |
---|---|
Actuation Method | Solenoid |
Uncategorized | |
---|---|
Brand | Asco |
Process Connection Size_ | 1-1/4" |
Process Connection Type | NPT |
Orifice Size | 1-5/8 in |
Max Operating Temperature | 125 °F |
Wetted Material | Stainless Steel |
Input Voltage | 110 VAC |
Watts | 20.1 |
Function | 2 Way 2/2 Normally Open |
Coil Class | FB |
Frequency | 50 Hz |
Body Material | Aluminum |
Seal Material | NBR |