Water Drainage Valve

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Water Drainage Valve

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Zhejiang Tu-Poly Trade Co.,ltd.

Shanghai, China

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The Water Drainage Valve's Working Principle
The inner rubber seal component propels its handspike to move under expansion pressure in order to achieve a transition from thermal energy into mechanical energy, while the thermostatic wax sealed in the shell body causes expansion by a specified temperature. The handspike of the Thermostatic Wax has an upward movement, which allows for automatic control of a number of varied functions. Negative load in a specified returning temperature is how the handspike is returned.
Key technical requirements

Technical parameters and drawings can be used to confirm the height of the handspike.
The effective distance range is 1.5 mm to 20 mm, and handspike movement is related to the element's temperature range.
The thermal wax actuator has a temperature control range of -20°C to 230°C.
The lag phenomena is typically between 1 and 2°C. A lag phenomenon is caused by the friction of each component part and the temperature lag of the component parts. because there is a distinction between the traveling distances up and down the curve.
The thermal wax actuator's loading force varies according to the size of its shell.

Features of the Water Drainage Valve

It has a small body, takes up little room, and may be sized and constructed to fit the place where it must operate.
The temperature control is pleasant and dependable.
In operational condition, there is no shaking or tranquilization.
There is no particular maintenance required for the element.
Life at work is long.