Carrier Communication Module

Carrier Communication Module Specification

Application
HVAC systems

Material
Other

Condition
New

Type
Communication Module

Dimension (L*W*H)
Approx. 8 cm x 8 cm x 2 cm

Power Supply
Low Voltage DC Input (Typically 5V or 12V, Dependent on System)

Voltage
5V / 12V DC

Noise Control
Silent Operation (No Moving Parts)

Compressor
30HXC and 30RB models

PCB Model Number
NRCP 32GB 500 062 EE

Part Number
CEPL130336-01-R

Mounting
PCB Mounting Holes Provided

Connectivity
Standard RJ45 Communication Port

LED Indicator
May Include Status LEDS (model dependent)

Compatibility
Specific Carrier Chiller & HVAC Controller Systems

Function
Enables Data Communication Between HVAC Components and Central Controller

Weight
Approx. 50 grams

Operating Temperature
0C to 60C (32F to 140F)

Protection
ESD and Overcurrent Protected Circuits

Carrier Communication Module Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Carrier Communication Module About

a Carrier Communication Board, specifically a Carrier Comfort Network (CCN) Clock Board or Motherboard module used in industrial and commercial HVAC systems. It primarily serves as a communication interface for Carrier chillers and refrigeration units, such as the 30HXC and 30RB models, ensuring seamless integration and data exchange between different system components.

Reliable Data Exchange for Efficient HVAC Management

The NRCP 32GB 500 062 EE module streamlines communication between multiple HVAC components and central controllers. Its standard RJ45 interface ensures stable data transfer, while ESD and overcurrent protections provide enhanced reliability. This module is engineered specifically for Carrier HVAC systems, offering system integrators and technicians a dependable solution for improving operational efficiency and diagnostic capabilities.

Versatile Mounting and Compatibility

With dedicated PCB mounting holes, this module is designed for easy installation inside HVAC control panels. Tailored for use with Carrier Chiller Controller Systems and compressor models like 30HXC and 30RB, its integration minimizes downtime and supports quick system upgrades. Operating in a range of environmental conditions, it serves as a modular communication hub for modern facility management.

FAQ's of Carrier Communication Module:

Q: How does the Carrier Communication Module facilitate data communication in HVAC systems?

A: The module acts as an interface between HVAC components and the central controller, enabling real-time data exchange and command transmission through a standard RJ45 communication port. This improves coordination, monitoring, and response within the system.

Q: What is the installation process for this communication module?

A: Installers can mount the module using designated PCB mounting holes within the control panel of compatible Carrier HVAC systems. It is crucial to ensure proper DC power input (either 5V or 12V, depending on the system) and establish the RJ45 connectivity as per system requirements.

Q: When should this communication module be used in an HVAC setup?

A: This module should be employed when integrating new HVAC components or upgrading system controls in Carrier Chiller models that require reliable data transmission and system coordination, particularly with the 30HXC and 30RB compressors.

Q: Where is the module typically located within the HVAC system?

A: The communication module is generally installed onto a main control PCB within the HVAC unit or chiller control panel, ensuring secure and accessible connections to the system's central controller and other components.

Q: What are the operational benefits of using this Carrier module?

A: Key benefits include enhanced reliability due to ESD and overcurrent protection, silent operation (no moving parts), and stable, high-speed communication. The module is compact and designed for low-power usage, reducing the load on the overall system.

Q: How can users identify the status of the communication module during operation?

A: Models may include onboard LED status indicators, which signal power, data transmission activity, or fault states. Refer to the specific model variant documentation for detailed LED functions.

Q: What are the main applications for this communication module?

A: Primarily, it is used in commercial HVAC applications, facilitating integration and communication in Carrier Chiller systems, such as in large buildings, industrial facilities, and environments demanding robust system coordination.