Pipeline control valves, gates, reducers.

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Pipeline control valves, gates, reducers.

Gas gates Т 114, Т 110, Т 102, Т106, Т 100, Т 158 etc.

Reducers Т 610, Т 600, Т616, Т608 etc.

On all made and delivered production the certificate of conformity, the quality certificate is provided.

The gate is a mechanism for pipeline system in which the relative frame detail blocks a fluid flow or gas, moving bodily at rotation of a spindle (lock).

Gates of T type is a part of a pipeline control valves in which the regulating element moves parallel to an axis of a stream of an actuation medium.

Gates are made, as a rule, of non-ferrous metals and the strengthened steel for prevention of corrosion and firmness at high pressure.

Reducer - the mechanism for decrease and maintaining to constants of pressure of an actuation medium (gas, steam, liquid) at the exit with more high pressure, at the same time carrying out functions of a safety and cut-off valve.

The list of the released gas gates and reducers:

 Gate - Т 114, Т 110, Т 102, Т 106, Т 100, Т 158.  

Reducer - Т 610, Т 600, Т616, Т608.

Thermodynamic condensate trap- work by the principle of aerodynamic effect and thermodynamic properties of the environment.

Removal of condensate is defined by the regulating element depending on the established parameters of pressure and temperature.

Condensate trap opens at small overcooling and is closed how temperature of condensate reaches saturation temperature.

The effect of "boiling" of condensate (thermodynamic process) leads to the instantaneous closing of condensate trap and, respectively, to a high channel capacity on hot condensate.

Temperature of the taken-away condensate is regulated by change-over of the regulator on particular overcooling. The increase in overcooling of condensate leads to energy saving (if process of heating allows flooding of a vapor space) whereas decrease in overcooling leads to faster and uniform heating.