Carrier Board

Carrier Board Specification

Material
Other

Application
Supports high-temperature stability

Condition
New

Type
Carrier Control Board

Dimension (L*W*H)
Approx. 16 cm x 11 cm x 2 cm

Power Supply
24V DC (typical)

Voltage
24V DC (Input)

Noise Control
Electronic board (No noise emission)

Compressor
Carrier industrial chillers

PCB Color
Black solder mask

Functionality
Control and monitoring of HVAC units

Relay Slots
4 high-reliability onboard relays

Mounting Holes
Four corner mounting holes for easy installation

Brand Compatibility
Carrier HVAC systems

Connector Type
Multiple pin headers and terminal blocks

Communication Ports
RS-485, Analog/Digital I/O

Processor Type
Microcontroller-based

Firmware Upgradable
Yes (Via onboard programming interface)

Temperature Sensor Support
Supports multiple thermistors

Carrier Board Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About Carrier Board

Carrier Basic Motherboard, also known as a Pro-Dialog 4 Basic Board, primarily used as a main control board for Carrier industrial chillers such as the 30HXC and 30XW series. It acts as the "brain" of the refrigeration unit, managing compressor cycles, sensor inputs, and safety protocols

Functionality: Acts as the system's "brain," managing compressor cycles, real-time monitoring of sensor inputs, fan speed control, and safety protocols

Reliable Control for Carrier HVAC Systems

Optimized specifically for Carrier industrial chillers and HVAC units, this control board offers outstanding performance and compatibility. Its robust relay slots, versatile connectivity options, and multi-sensor support enable precise environment management and unit monitoring, ensuring efficient climate control.

Versatile Connectivity and Easy Installation

Featuring multiple pin headers, terminal blocks, and RS-485 ports, this board allows for versatile interfacing and communication. Four corner mounting holes make installation quick and secure, supporting flexible placement in a range of industrial settings.

Advanced Features for Demanding Applications

Equipped with high-reliability relays, firmware upgradability, and support for multiple thermistors, this control board meets the needs of modern HVAC management. Its electronic board design ensures zero noise emission, and the durable construction offers long-term stability even in high-temperature environments.

FAQ's of Carrier Board:

Q: How do I install the Carrier Control Board in my HVAC system?

A: Installation is straightforward due to the four corner mounting holes, which allow the board to be securely attached to your HVAC unit. Use the provided pin headers and terminal blocks for connecting relays, sensors, power supply, and communication lines. Always ensure that the input voltage is maintained at 24V DC for safe operation.

Q: What are the main benefits of using this microcontroller-based control board with Carrier chillers?

A: This board offers precise control and monitoring, supports multiple thermistor sensors, and its high-reliability relays ensure long-term operation. Its design allows firmware updates, improving longevity and adaptability to new requirements, while silent operation makes it suitable for sensitive environments.

Q: When should the firmware be upgraded on the control board?

A: Firmware upgrades can be performed via the onboard programming interface whenever new features or security enhancements are released by the manufacturer or vendor. It is recommended to routinely check for updates to ensure optimal performance and compatibility.

Q: Where can this control board be deployed?

A: Designed specifically for Carrier HVAC systems and compatible industrial chillers, the board is suitable for installation in commercial, industrial, or institutional HVAC environments requiring robust, high-temperature-stable control solutions.

Q: What process is followed for connecting sensors and relays?

A: Simply connect sensors, such as thermistors, to the appropriate pin headers and relays to the onboard slots. The analog and digital I/O facilitate seamless integration, while the terminal blocks allow for secure wiring of external devices and communication through the RS-485 port.

Q: How does noise control work on this board?

A: The electronic board employs a design that eliminates moving parts, resulting in no audible noise emission during operation. This is ideal for environments where silent running of equipment is essential.

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