1-1/2" Stainless Electric Ball Valve - 2 Wire Auto Return
Availability: In Stock
Technical Details
SKU
BVS8CE-XR22
Port Size
1-1/2" Female NPT
Wiring Type
XR22 - 2 Wire Auto Return
Voltage Range
Select Above (auto detects voltage)
Body Material
304 Stainless Steel
Components
Stainless Steel
Seal Material
EPDM
Ball Seat
PTFE
Gears
Metal
Bore Type
Full
Flow
Bi-Directional
Temp Range
35 - 200° F / 2 to 90°C
Pressure Range
0 - 185 PSI (No Minimum)
Max Torque
10 Nm
Power
≤2A (initial breaking torque)
Coil Connection
Lead Wires
Closing Time
12 Seconds
Min. Energized Time
60 Seconds
Duty Cycle
100%
*Suitable Media
Water – Air - *Etc
Enclosure Rating
IP67 (NEMA 4 equivalent)
Weight
3 lb 8.8 oz
Height
6.60"
Length
4.50" port to port
Width
3.47"
Life Expectancy
70,000 Cycles
Product Overview
Choose an XR22 wiring option above:
- 9 to 24V AC/DC (auto detects voltage)
- 110 to 230V AC
Our 1-1/2” Electric Ball Valve is ideal for applications requiring maximum flow. Ball valves are desirable not only for their high flow rates but because they are bi-directional. This means the valve will work with the flow in either direction. The valve does have a delayed close time when compared to similar sized solenoid valves. The mechanical ball inside the valve will require up to 12 seconds to fully switching positions. This unit’s body is constructed of 304 Stainless Steel. The internal components are made up of 316 stainless, PTFE and EPDM. This is a good solution if your looking for a shut off valve in a residential or commercial project.
This valves includes an XR-22 actuator with two lead wires. The valve is powered to open and will remain open while powered. The internal capacitor powers the motor to turn the ball 90 degrees back to its normal position when power is removed. This actuator requires a minimum energized cycle of at least 60 seconds to ensure the internal capacitor is fully charged and has enough power to close the valve completely. Cycle times shorter than 60 seconds may result in partial or incomplete closures. While powered the internal capacitor will charge and draw minimal power to remain charged. Once power is removed the capacitor will power the valve to the closed position.
*Consult a chemical compatibility expert for correct seal and valve body material choice.
