VTCZ Series Integrated Steam Distribution Station

Any installation, maximum pressure difference 32bar, maximum displacement up to 950Kg/h.

Features

The valve is closed in the negative pressure state, which plays a check role.

Anti-freeze, anti-water shock, durable.

Can be installed in any direction.

The design structure is compact and easy to install and maintain.

Features
411G vertical mount and 421 horizontal mount forged steel bucket traps meet the needs of lower displacement under high pressure differentials.

Materials

Valve body, valve cover: A105/F11.

Valve seat: Martensitic stainless steel.

Valve disc: Martensitic stainless steel.

Other internal parts: stainless steel.

Working principle

Vacuum breakers are used to break the vacuum in steam systems, which can effectively protect the equipment from being in a vacuum state when steam condenses.

Its principle is similar to that of a one-way valve. When the internal pressure of the system is lower than the atmospheric pressure, the vacuum breaker opens. If the internal pressure of the system is high, the vacuum breaker is closed. It is used in: heat exchangers, steam storage tanks, boilers, sandwich pots, sterilization chambers, and steam main lines.

Features

Reduce steam humidity.

Maintaining efficient heat transfer.

Reduce corrosion and erosion problems in steam systems.

Reduce scaling of pipes and heat exchange surfaces.

Automatic pump

Relying on steam, compressed air and other gases as power, condensate is transported from a low-pressure area to a high-pressure area, or from a negative pressure area (vacuum) to a normal pressure area.

Removing and recycling condensate can improve production efficiency, save energy, reduce water treatment costs, and effectively utilize steam.

Firefighting water hammer phenomenon, prevent equipment damage, and improve reliability and safety.

Condensate water up to 198°C can be recovered without cavitation.

Automatic pumps have a series of advantages that are unmatched by other pumps, such as automatic control, no cavitation, simple maintenance, no need for electricity, water hammer resistance, large displacement, explosion-proof, and no noise. The pressure of the power steam (gas) determines the head. It is widely used in the transportation of condensate in steam systems and liquids with low viscosity and no volatility.