Steam pressure and compressed air reducing valves They maintain the selected pressure regardless of the flow rate or the pressure of the valve.
In addition to piloted and direct-acting models, as well as models with built-in separators and traps, they are available in a wide range of models to suit any application.
The high-precision reducing valves for process applications are equipped with a steam trap separator and a spherical piston that absorbs fluctuations for optimum performance.
The compressed air valves have the same basic configuration as the steam valves, so they are also highly efficient.
Pressure reducing valve (with built-in separator and steam trap)
Reducing valves with pilot-operated separators and traps are designed to provide dry steam or air with a stable secondary pressure, improving the quality of the product and heating efficiency. Depending on the model, the set point can be set locally or remotely.
Pressure reducing valves (without separator or steam trap)
Reducing valves with pilot operation that provide steam or air for general purposes. Depending on the model, the set point can be set locally or remotely.
Direct-acting pressure-reducing steam or air valves
Compact and lightweight reducing valves.
Areas of application
For steam:
- Pressure reducing valves for process applications for the supply of dry steam without condensate carryover
- Motorized steam pressure-reducing valves – To control the pressure even at a distance from the pressure-reducing valve.
- For compact heating equipment – Compact pressure reducing valves for steam.
- For steam transport lines, fan heaters, etc. – Multipurpose steam pressure-reducing valves.
For compressed air:
- Compressed air Pressure-reducing valves – For air ducts, compressed air-consuming equipment.
