Carrier Board

Carrier Board Specification

Material
Other

Application
HVAC System

Condition
New

Type
Printed Circuit Board (PCB), Main Control Board

Dimension (L*W*H)
Approx. 120mm x 65mm x 18mm

Power Supply
DC Powered (Connector-based)

Voltage
Compatible with 12V - 24V DC (Typical, based on use-case)

Cooling Type
Passive Cooling (No dedicated fan or heatsink)

Noise Control
Silent Operation

Compressor
Screw

Connector Type
Multiple JST and Pin Headers

Input/Output Interface
Supports Digital Inputs/Outputs, Analog Channels, Power Connectors

Capacitor Rating
Electrolytic and ceramic capacitors (e.g. 470F, 25V observed)

IC Type
Surface-mount microcontroller and driver ICs

PCB Layers
Multi-layer (4+ layers for signal integrity)

Label Code
CEPL130567-03-R

Mounting Type
Screw Mounting Holes on Each Corner

Main Function
Controls and Interfaces for Peripheral Devices or Subsystems

RoHS Compliance
Yes

Carrier Board Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About Carrier Board

Full Feature Fan Auxiliary Board manufactured by Carrier. It is a critical control module designed to manage fan operations, speeds, and airflow efficiency within industrial HVAC and refrigeration systems

It regulates various fan speeds and modes to ensure efficient airflow and maintain desired comfort levels.

It includes built-in diagnostic functionality to assist technicians with troubleshooting and system maintenance.

Engineered for Signal Integrity and Reliability

With a multi-layer design (4+ layers), this PCB carrier board mitigates crosstalk and electromagnetic interference, ensuring high-quality signal integrity in complex applications. It supports surface-mount microcontrollers and driver ICs to deliver stable operation in demanding HVAC environments.

Versatile Connectivity and Power Options

The board accommodates multiple JST and pin header connectors, facilitating easy integration of power, digital I/O, and analog channels. It operates efficiently with DC power in the range of 12V to 24V, making it adaptable for various field installations.

Durable Design and Easy Installation

Each corner of the board includes a screw mounting hole for secure and vibration-resistant installation. The PCB operates silently with passive cooling, eliminating the need for external fans or heatsinks. Its compact size suits tight spaces within control panels.

FAQ's of Carrier Board:

Q: How do I mount the Carrier Board securely in my HVAC system?

A: The carrier board features dedicated screw mounting holes on each corner, allowing you to securely fasten it to your enclosure or panel using standard screws. This ensures stability, especially in environments prone to vibration.

Q: What types of peripherals can be interfaced with this main control board?

A: This board supports a wide array of digital inputs, digital outputs, analog channels, and power connectors, making it ideal for interfacing with sensors, actuators, drivers, and other peripheral devices within HVAC or automation systems.

Q: When is it recommended to use this particular board instead of a simpler PCB?

A: Choose this advanced multi-layer PCB when your application demands reliable signal integrity, multiple input/output types, and secure mounting-especially in HVAC systems with screw compressors where robust control is critical.

Q: Where is the power supply connected and what voltage range is supported?

A: Power is supplied through a dedicated connector, with the board supporting typical DC voltages between 12V and 24V. This ensures compatibility with most standard HVAC and industrial power sources.

Q: What is the process for integrating this board with existing control systems?

A: Simply connect your sensors, actuators, and power lines to the appropriate JST or pin header connectors. Afterwards, configure the onboard microcontroller or drivers as required by your system's logic.

Q: What benefits does passive cooling and silent operation provide?

A: Passive cooling eliminates the need for fans or heatsinks, resulting in completely silent operation and reduced maintenance. This is especially valuable for HVAC applications where noise control is vital.

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