Products

Accurate differential pressure gauge for HVAC and filter pressure monitoring

Ritherm Differential Pressure Gauge is used to measure the pressure difference between two measuring points, suitable for industrial systems that require monitoring of differential pressure changes. This series is commonly applied in filtration systems, flow monitoring and ventilation equipment, helping users timely judge the equipment operation status and medium resistance changes.

Clear Differential Pressure Measurement Principle

Ritherm Differential Pressure Gauge connects the high-pressure end and low-pressure end respectively through internal sensing elements, converting the pressure difference between the two ends into an intuitive pointer display. The structural design is stable with timely response to differential pressure changes, making it suitable for continuous monitoring applications.

Typical Application Scenarios

This product is widely used for filter clogging detection, pipeline pressure drop monitoring, as well as fans and air conditioning systems. In filtration systems, differential pressure changes can directly reflect the service status of filter materials, facilitating maintenance arrangements. In working conditions requiring simultaneous observation of temperature parameters, it can be used in conjunction with Thermometers.

Stability and Installation Flexibility

Ritherm provides a variety of range options, covering low to medium differential pressure ranges to meet the needs of different systems. The gauge body has a sturdy structure and flexible installation methods, making it easy to integrate into existing equipment. In high-vibration environments, it can also be combined with Liquid Filled Pressure Gauges as auxiliary monitoring for other measuring points.


Ritherm Differential Pressure Gauge is suitable for differential pressure monitoring and system status judgment. It is often used in conjunction with Precision Test Pressure Gauges for equipment commissioning and performance verification, providing intuitive and reliable differential pressure data support for industrial operations.


View as  
 
Magnetic Piston Differential Pressure Gauge

Magnetic Piston Differential Pressure Gauge

Ritherm Magnetic piston differential pressure gauge is particularly intended for the monitoring of differential pressures even in the case of high working pressures in gas and air preparation and supply systems. This piston-type differential pressure gauge offers special advantages due to its compact modular design.For instance an on-the-spot replacement of measuring system and case of indication is possible in retrospect and the Reed contacts can also be retrofitted and adjusted locally.
Duplex Differential Pressure Gauge

Duplex Differential Pressure Gauge

Ritherm Duplex differential pressure gauge is based on two independently operating Bourdon tube measuring systems. The instrument is able to show the pressure from two measuring points and the resulting differential pressure on one display. It’s robust design and reliable. The case is made from stainless steel, with the stainless steel material of the bourdon tube and connection. The instrument meets the requirements of the international industry standard EN 837-1/5 for Bourdon tube pressure gauges.
Black Steel Case Differential Pressure Gauge

Black Steel Case Differential Pressure Gauge

Ritherm Black steel case differential pressure gauge is based on two independently operating Bourdon tube measuring systems. The instrument is able to show the pressure from two measuring points and the resulting differential pressure on one display. It’s Cost-effective and reliable. The case is made from black steel, and the material of the bourdon tube and connection is brass. The instrument meets the requirements of the international industry standard EN 837-1/5 for Bourdon tube pressure gauges.
Ritherm is a professional Differential Pressure Gauge manufacturer and supplier in China. We warmly welcome you to wholesale high quality products at competitive price from our factory.
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept