Aerosense Differential Pressure Switch

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Aerosense Differential Pressure Switch Specification

Sensor Type
Diaphragm (MEMS) Differential Sensor

Seal Material
Silicone Rubber

Thread
M16 x 1.5 mm

Grade
Industrial Grade

Display
No (Mechanical Switch)

Outer Size
85 x 80 x 55 mm (approx.)

Material
ABS Plastic Body

Processing Type
Precision Assembled

Diameter
Body: 80 mm

Mount Type
Panel/Wall Mount

Scale Range
0~60 Pa to 0~5000 Pa (selectable)

Accuracy
2% F.S.

Finishing
Powder Coated

Measure Pressure Of
Air and Non-corrosive Gases

Accessories
Mounting Screws, Pressure Nipples

About Aerosense Differential Pressure Switch

Aerosense Differential Pressure Switch

the series of pressure switches Aerosense Differential Pressure Switch is the most updated one.Generally, they are applied in the fan, blower and filter monitoring as well as to measure the pressure and flow of gases & liquids in different industries. Enabled with the effective mechanism these switches have high-tech features & specifications such as selectable switching point adjustment and measurement unit facility in PA.Several additional accessories are also provided for the ease of users that primarily include metallic duct connectors,plastic dust connectors, and fixing screws.

Features:

Pressure and flow monitoring
Two fixing screws
Metallic duct connectors

Versatile Set Point Adjustment

Easily calibrate the Aerosense Differential Pressure Switch using its externally accessible knob. This convenient feature allows adjustments without disassembling the enclosure, ensuring you can fine-tune your system for optimal performance across its selectable pressure ranges, from 0~60 Pa up to 0~5000 Pa.

Industrial-Grade Design and Durability

Built with an ABS plastic body and powder-coated finish, this switch is engineered for industrial reliability. The IP54 protection level keeps it safe from dust and splashes, while silicone rubber seals and precision MEMS diaphragm sensors guarantee stable operation in demanding HVAC or automation settings.

Application Flexibility and Easy Installation

Designed for HVAC, filter monitoring, fan control, and clean room automation, the switch mounts to panels or walls with included screws and pressure nipples. Its screw terminals, compact size, and M16 x 1.5 mm thread ensure straightforward integration into new or existing systems.

FAQs of Aerosense Differential Pressure Switch:

Q: How do I adjust the set point on the Aerosense Differential Pressure Switch?

A: The set point can be easily adjusted with the external knob located on the switch housing. This allows precise calibration without opening the enclosure, ensuring quick adjustment during installation or maintenance.

Q: What types of applications is this differential pressure switch suitable for?

A: This switch is ideal for controlling and monitoring air or non-corrosive gas pressure in HVAC systems, filter monitoring, fan control, and clean room automation, making it versatile for diverse industrial settings.

Q: When should the Aerosense Differential Pressure Switch be used?

A: Use this switch when precise air or non-corrosive gas pressure monitoring and control is required, especially in industrial environments where rapid response and high repeatability are essential, such as during filter status checks or system automation.

Q: Where can I install this pressure switch?

A: The switch can be mounted on panels or walls using the supplied mounting screws and pressure nipples. Its compact design and IP54 protection make it flexible for placement in a variety of indoor industrial environments.

Q: What is the installation process for this switch?

A: Mount the switch using the included hardware, connect the air tubing to the pressure nipples, and wire the SPDT micro switch connections to your control system via the screw terminals. The M16 x 1.5 mm thread simplifies cable entry.

Q: How does the lack of a display affect usage?

A: As a mechanical switch without a display, this product signals pressure set point crossing by changing the state of the internal contact. System feedback or downstream indicators are used for monitoring, reducing complexity in harsh environments.

Q: What are the main benefits of using this pressure switch?

A: This switch delivers reliable, repeatable pressure detection with minimal setup. Its robust design, fast response, wide pressure range, and easy external adjustment offer long-term efficiency and safety for industrial air and gas monitoring applications.

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