Pressure Differential Controls

Pressure Differential Controls are compact and reliable switching devices designed to monitor and control pressure differences in refrigeration, air, and compatible liquid systems. They can be used in fluoride refrigerant applications, as well as air and liquid applications where the permitted liquid temperature ranges from -45°C to 120°C.

Designed with a novel miniature switch and flexible mounting plate, these pressure differential controls provide reliable switching performance and convenient installation across a variety of industrial and refrigeration applications. With a maximum working pressure of 33 bar, they are suitable for systems requiring dependable pressure monitoring and control.

Key Features

• Wide Application Range: Suitable for fluoride refrigeration systems, air applications, and compatible liquid systems.

• Wide Temperature Range: Designed for liquid applications with permitted temperatures from -45°C to 120°C.

• Reliable Switching: A novel miniature switch provides dependable pressure differential switching performance.

• Flexible Installation: The adjustable mounting plate accommodates various installation requirements and application configurations.

• High Pressure Capacity: Maximum working pressure of 33 bar.

• Compact Design: Miniature construction supports convenient integration into refrigeration and pressure-control systems.

• Versatile Industrial Use: Suitable for applications requiring reliable differential pressure monitoring and control.

Technical Specifications

Applications

Pressure differential controls are designed for use in systems where maintaining and monitoring a defined pressure difference is important. Typical applications include refrigeration equipment, HVAC systems, air pressure systems, liquid pressure systems, and industrial process control equipment.

Their wide allowable temperature range and 33-bar maximum working pressure make them suitable for a variety of demanding operating environments.

Advantages

The compact construction, reliable miniature switching mechanism, and flexible mounting arrangement make these controls easy to integrate into different system designs. Their ability to operate with air and compatible liquids in addition to refrigeration applications provides manufacturers and system integrators with a versatile pressure-control solution.

Keywords: Pressure Differential Controls, Differential Pressure Control, Pressure Differential Switch, Refrigeration Pressure Control, HVAC Pressure Control, Differential Pressure Switch, Refrigeration Controls, Industrial Pressure Controls, Air Pressure Switch, Liquid Pressure Control, Refrigeration System Components.