Level Control Valve – Electric Float
Solenoid control valves are hydraulic control valves that automatically perform the opening and closing function remotely using electrical energy.
Solenoid control valves are controlled by a control device that can provide electrical signals, PLC control units or time relays.
Electric Float Level Control Valve Features: - Since the structure of the float level control valve is very simple, its use offers great advantages for the user.
- The valve's electric float is modular. It can be easily mounted to the structure where level control will be performed in the desired manner.
- Thanks to the electric float, the level control range can be easily adjusted to the desired dimensions.
- A simple control device is located between the main valve and the electric float.
- Thanks to the ball valve located on the main valve, the on-off function can be controlled manually.
- The valve operates completely hydraulically with line pressure without requiring any extra energy.
Electric Float Level Control Valve User Instructions
According to the arrow sign indicating the flow direction on the valve Mount it.
For ease of service and maintenance of the valve, it is recommended to install isolation valves (slide, butterfly or ball valves, etc.) on the upstream side to cut off the water in the line.
In order for the valve to operate efficiently, it is recommended to place a suction cup before the valve.
Mount the electric float of the electric float level control valve firmly to the tank.
Connect the solenoid valve located on the main valve to the control device using the electric float in accordance with the voltage values.
If the connection to the control unit is made correctly, the valve will operate in automatic mode.
Control valves perform the on-off function with the system pressure. If the system pressure is close to zero during tank filling, the valve will not operate. Check the valve inlet pressure value.
To operate the valve manually, use the discharge ball valve indicated with 3. If the valve is to operate in automatic mode, the ball valve must be in the closed position.
To protect the valve from freezing during winter months, drain the water in the valve actuator to the atmosphere.
- Since the structure of the float level control valve is very simple, its use offers great advantages for the user.
- The valve's electric float is modular. It can be easily mounted to the structure where level control will be performed in the desired manner.
- Thanks to the electric float, the level control range can be easily adjusted to the desired dimensions.
- A simple control device is located between the main valve and the electric float.
- Thanks to the ball valve located on the main valve, the on-off function can be controlled manually.
- The valve operates completely hydraulically with line pressure without requiring any extra energy.
Electric Float Level Control Valve User Instructions
According to the arrow sign indicating the flow direction on the valve Mount it.
For ease of service and maintenance of the valve, it is recommended to install isolation valves (slide, butterfly or ball valves, etc.) on the upstream side to cut off the water in the line.
In order for the valve to operate efficiently, it is recommended to place a suction cup before the valve.
Mount the electric float of the electric float level control valve firmly to the tank.
Connect the solenoid valve located on the main valve to the control device using the electric float in accordance with the voltage values.
If the connection to the control unit is made correctly, the valve will operate in automatic mode.
Control valves perform the on-off function with the system pressure. If the system pressure is close to zero during tank filling, the valve will not operate. Check the valve inlet pressure value.
To operate the valve manually, use the discharge ball valve indicated with 3. If the valve is to operate in automatic mode, the ball valve must be in the closed position.
To protect the valve from freezing during winter months, drain the water in the valve actuator to the atmosphere.