Attribute | Value |
---|---|
Brand | JRC |
Part Number | 7PCJD0291 |
Model | CQD-2417 |
Product Type | Terminal Board |
Series | JSS-2XXX CQD-2417 |
Code | *509A16B01145* |
Country of Origin | Made in Japan |
Weight | 210 GM |
Condition | New (1 PCS) |
Reference No | 34491 |
Features of JRC CQD-2417 Terminal Board
Brand: JRC (Japan Radio Co.)
Model: CQD-2417
Part Number: 7PCJD0291
Form Factor: Compact PCB terminal board
Material: Heavy-duty industrial-grade components
Connection Type: Screw terminals for easy wire fitting
Insulation: High-grade insulation for secure performance
Compatibility: Compatible with JRC control systems and legacy hardware
Weight & Dimensions: Lightweight, made for space-challenged panels
This terminal board is designed specifically to withstand heavy environments, particularly in marine environments where humidity, temperature fluctuation, and vibration are endemic.
Uses of the JRC CQD-2417 Terminal Board
Marine Communication Equipment:
It functions as an important link board in onboard communication units such as radios, radar, and GPS receivers.
Integration in Navigation Equipment:
Applied in interfaces between autopilots, compasses, and gyros for reliable transmission of data.
Industrial Control Panels:
The board finds application in non-maritime situations in automated control cabinets where reliability of signals and secure connections matter.
Retrofit and Repair Applications:
Best for replacing outdated or failing terminal boards in older JRC units during maintenance or overhaul.
Power & Signal Distribution:
Assists in the structuring and handling of multiple signal inputs/outputs among subsystems in an efficient manner.
Why Opt for JRC Terminal Boards?
Established Performance: Supported by decades of marine electronics experience.
Serviceable Design: Simple to replace or upgrade without intricate modifications.
Trusted Worldwide: Employed by shipping companies, industrial service providers, and naval authorities.
Long-Term Availability: JRC makes components available for lengthy operating cycles.