3" Electric Ball Valve, 2 Way/ 3 Way

Industrial electric actuated ball valve is high performance and reliable, which can service different medium from low to high temperature. It is widely used for water, oxygen, gas, nitrogen gas, gasoline and other air and fluid control.

Specification

Note: Threaded ball valve, PVC true union ball valve and 2 way flanged ball valve match with ATO-KLST-20 electric actuator, and 3 way flanged ball valve matches with ATO-KLST-60 electric actuator.

Body Dimension (Unit: mm)

2 way, stainless steel, threaded type

2 way/ 3 way stainless steel, flanged type

2 way, PVC true union type

Three Way Ball Valve Flow Pattern

T Type:

L Type:

Tips: What reasons cause heating of electric stainless steel ball valve?

• The temperature of the electric stainless steel ball valve increases significantly because the motor is in the running state for a long time and cannot effectively dissipate heat. Therefore, when the motor temperature is found to be too high, first use an electric pen to test whether the motor has current. If there is current, It means that the motor is working, which is what causes the electric stainless steel ball valve motor to get hot.
• Determine whether there are other debris in the pipeline. If there are weeds, wooden sticks, etc. in the medium, the valve plate is stuck, so that the valve cannot move to the fully open position. Then, the electronic limit cannot stop the motor, which will cause the motor to heat up.
• If it is confirmed that the medium is free of impurities, it is most likely caused by the misfit of the mechanical limit and the electronic limit. Generally, after the motor stops working under the interference of the electronic limit, there is still some distance from the mechanical limit. If the electronic limit fails, the valve will be stuck at the mechanical limit, which will also cause the motor to work continuously, causing the electric stainless steel ball valve to heat up. At this time, open the cover and check whether the block of the micro switch responsible for the electronic limit slips or deviates from the original debugging position. Adjusting it to the normal position will solve the problem.