Pressure differential controller STAP DN 32 - 1/2 inch, range 10-40 kPa 52265132

Differential pressure regulator – precision and stability in your system

This STAP DN 32 (1/2 inch) differential pressure regulator is key to maintaining stable pressure in heating and cooling systems. The device, manufactured by IMI Hydronic Engineering, allows for precise setting of the pressure difference in the range of 10 to 40 kPa, which translates to optimal system operation and minimization of the risk of noise problems generated by control valves. This solution is appreciated by both installers and end-users due to its reliability and ease of use.

Construction and application – for whom is this regulator?

The STAP regulator uses membrane control and has a manual adjustment wheel, allowing for accurate setting of the desired differential pressure. Its compact design and 1/2 inch BSPP internal gas threads facilitate installation and integration with existing infrastructure. Equipped with an impulse tube, the regulator ensures precise pressure measurement. This makes it ideal for use in heating, cooling systems and in installations with thermostatic valves.

For installers this means easier hydraulic balancing and faster system start-up. For the end-user – quieter operation and thermal comfort. The STAP regulator allows you to adjust the system operating parameters to individual needs, ensuring optimal energy consumption.

Key features and benefits

• Precise regulation: Adjustment range of 10-40 kPa allows for fine-tuning of system operating parameters.
• Stable operation: Membrane control ensures maintenance of constant differential pressure, regardless of flow changes.
• Easy installation: BSPP 1/2 inch threads and compact size facilitate integration with existing installation.
• Noise minimization: Maintaining a constant differential pressure reduces the risk of noise generated by control valves.
• High durability: Made of high-quality materials, guarantees long-lasting and trouble-free operation.
• Kvs value 8.5: Determines the flow rate of the regulator, affecting its performance in specific applications.
• Maximum differential pressure 250 kPa: Ensures safe operation in various operating conditions.
• Closing model: Allows complete flow shut-off if servicing or maintenance of the installation is required.