Brand:sanhe
Model:KWW
KWW series motorized valve is used to control the flow of hot water, chill water in heating, cooling or air-conditioning system. It is made up of Actuator and Valve Body.
The Valve is closed, configurations of valve body are closed off; the thermostat (NTC) transfers a signal to actuator that will connect to power, and then open valve, input hot water or freeze water to fan coil unit; if the room temperature reaches to set-point, thermostat transfers a signal to actuator to cut off the power, and spring switch returns, valve is closed, and the hot or freeze water is block to fan coil unit. Therefore, the room temperature could be controlled in the set-point through valve opened or closed.
KWW series motorized valve is used to control the flow of hot water, chill water in heating, cooling or air-conditioning system. It is made up of Actuator and Valve Body.
The Valve is closed, configurations of valve body are closed off; the thermostat (NTC) transfers a signal to actuator that will connect to power, and then open valve, input hot water or freeze water to fan coil unit; if the room temperature reaches to set-point, thermostat transfers a signal to actuator to cut off the power, and spring switch returns, valve is closed, and the hot or freeze water is block to fan coil unit. Therefore, the room temperature could be controlled in the set-point through valve opened or closed.
Configuration: Normally Closed Two-way and Diverting Three-way
Forging Brass Body
Synchromotor Drive. Motorized Drive, valve spring regain
Stainless steel Plate with die cast aluminum alloy
Paddle with Nitrile-butadiene rubber (NBR)
Efficient Power Consumption and less noise
Separated Motorized Valve, dismantling and installing and convenient to use
Leakage rate: Less than KV 0.05%
Power supply: AC 220V (±10%) 110V 50/60HZ.
Actuator: stainless steel plate, Aluminm cover.
Power consumption: <7W
Pressure: 1.6Mpa
Media Temperature: 5-90C Valve action time: open<10S, Close<6S
Working Environment:5-60c, 10%-95%RH
Auxilary switch, SPST




