Carrier High Pressure Transducer

Carrier High Pressure Transducer Specification

Application
HVAC

Material
Other

Condition
New

Type
High Pressure Transducer/Sensor

Dimension (L*W*H)
Standard compact, custom fit for refrigeration pressure ports

Product Type
Spare

Power Supply
Typically 5V DC (refer to specific Carrier base models)

Voltage
5V DC input (varies by model)

Nozzle Material
Brass

Noise Control
Silent operation

Compressor
Screw

Thread Type
Standard refrigeration compatible, typically 1/4

Connector Type
2-pin or 3-pin (M12 style or proprietary Carrier type)

Ingress Protection
IP65 (dust and splash-proof)

Pressure Range
Usually up to 35 bar (varies by model, check Carrier specifications)

Operating Temperature
-40C to +125C

Calibration
Factory-calibrated

Output Signal
Analog voltage (generally 0.5-4.5V, refer to manual)

Compatibility
Carrier chillers, AHU, VRF, and select commercial units

Response Time
<2 ms

Carrier High Pressure Transducer Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About Carrier High Pressure Transducer

The Carrier High Pressure Transducer is a critical HVAC component used to measure refrigerant pressure and convert it into electrical signals for system monitoring and control. It is primarily utilized in commercial chiller units to ensure high efficiency and protect compressors from high-pressure faults

Reliable Monitoring for Advanced HVAC Systems

The Carrier High Pressure Transducer guarantees precise measurement and silent operation, making it an essential component for chillers, air handling units, VRF systems, and various commercial applications. Its robust brass nozzle, IP65 protection, and factory calibration ensure dependable functionality, even in harsh conditions.

Seamless Integration and Rapid Response

With compatibility for standard refrigeration fittings and quick response time under 2 milliseconds, this sensor is engineered for rapid data transmission and seamless integration into Carrier equipment. The choice of connectors streamlines installation and maintenance for OEMs and service providers alike.

FAQ's of Carrier High Pressure Transducer:

Q: How is the Carrier High Pressure Transducer installed in HVAC systems?

A: Installation involves connecting the sensor to the system via the standard 1/4" SAE refrigeration-compatible thread, and wiring it to the control system with either a 2-pin or 3-pin connector. Always refer to the Carrier equipment's manual for precise installation steps and safety guidelines.

Q: What are the typical applications for this high pressure transducer?

A: This transducer is primarily used in Carrier chillers, air handling units, VRF, and select commercial HVAC systems to monitor and regulate high pressure levels, ensuring efficient system operation and safeguarding sensitive components.

Q: When should the pressure transducer be replaced or serviced?

A: Replacement is generally required if the sensor shows inaccurate readings, persistent error codes, or physical damage. Since the device is factory-calibrated and operates reliably, routine servicing isn't usually necessary unless specified in the scheduled maintenance program or in case of system malfunctions.

Q: Where can this pressure transducer be used apart from Carrier units?

A: While designed for Carrier products, its standard thread and signal output can suit compatible refrigeration and HVAC systems, provided compatibility with electrical and mechanical interfaces is verified.

Q: What advantages does the IP65 ingress protection provide?

A: IP65 protection ensures the transducer is dust-tight and resistant to water splashes, making it suitable for indoor and moderately exposed environments, and enhancing its reliability in challenging installation sites.

Q: How does the analog output signal benefit system monitoring?

A: The 0.5-4.5V analog voltage output allows for real-time, continuous pressure monitoring, enabling precise control and rapid feedback within automated HVAC and refrigeration systems.

Q: What is the process for integrating this transducer into a Carrier system?

A: Integration involves mounting the transducer at the designated pressure port, connecting the compatible electrical connector, and configuring system controls as per the unit's specifications. Carrier technical documentation provides further integration details for specific models.

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