Leverage floating ball steam trap

Leverage floating ball steam trap $r $n $r $nSFTOXP $r $n $r $n $r $n Industrial grade valve/displacement selection diversity $r $n $r $n ► Product features $r $n $r $n $n Large displacement steam trap, precise balanced dual seat to achieve small volume and large displacement, suitable for medium and large equipment. $r $n $r $n is equipped with an automatic air exhaust device, which can effectively solve the problem of air resistance and improve the efficiency of equipment startup. Even when there is a change in the condensate load, the condensate can be continuously discharged.

Leverage floating ball steam trap

SFTOXP

Industrial grade valve/displacement selection diversity

Leverage floating ball steam trap► Product features

A large displacement steam trap valve with precise balanced dual valve seats achieves small volume and large displacement, suitable for medium and large equipment.

The built-in automatic air exhaust device can effectively solve the problem of air resistance and improve the efficiency of equipment startup. Even when there is a change in the condensate load, the condensate can be continuously discharged.

The balanced dual valve seat can effectively reduce the critical opening pressure of the valve seat and achieve small volume and large displacement.

Structural water seal design ensures that steam will not leak even under low load conditions.

Replaceable internal components and online removal of impurities, easy maintenance and lower cost.

► Standard configuration

Main materials: cast iron, cast steel

Maximum withstand voltage: 16Bar Maximum temperature resistance: 230 ° C

Connection method: DN15-DN100 (BSP thread/G thread, flange connection) Minimum working pressure: 0.01 Bar

► Optional configuration

Main material: 304 stainless steel

Optional interface: Chuck connection (adapter)

Maximum working pressure: 32Bar

Maximum operating temperature: 350 ° C Maximum displacement: 45000kg/h Valve seat number: 01P-08P

. Operating differential pressure

(Mpa)

1. The numbering marked on the curve in the figure represents the valve seat number.

2. Pressure difference refers to the pressure difference between the inlet and outlet ends of a drain valve.

3. Displacement refers to the continuous displacement of condensed water at a temperature 8 degrees Celsius below the saturation steam temperature.

4. Recommend a safety factor of 2-3.

5. The usage conditions of this product cannot exceed the maximum pressure difference of the drain valve, otherwise condensation water may accumulate.

Attention: To avoid accidents or personal injury caused by abnormal operation, please do not exceed the specifications when using this product. If the country where the product is used has special regulations on the above specifications, please follow the local usage regulations.