Description
Introduction:
The M12 A Coding 5 Pin Male to Female T-Connector Tee Splitter Female Drop Cable is a versatile cable assembly designed for NMEA2000, CANopen, and DeviceNet networks. It splits a signal input into two signal outputs, facilitating flexible network expansion and reliable signal distribution. The drop cable can be customized as a female or male interface, providing adaptable connection options for users. Premier Cable P/N: PCM-0732
Specification:
Type |
M12 CAN Bus CANopen NMEA2000 Cable |
Product Name |
M12 A Coding 5 Pin Male to Female T-Connector Tee Splitter Female Drop Cable for NMEA2000 CANopen DeviceNet |
DWG No. |
PCM-0732 |
Connector A |
M12 A Code 5 Pin Male |
Connector B |
M12 A Code 5 Pin Female*2PCS |
IP Rating |
IP67 |
Cale Diameter & Length |
6.6mm; 0.3m, 0.5m, Or Customized |
Housing Color |
Black, Or OEM |
Jacket Material |
PVC 45P |
Protocol |
NMEA2000, CANopen, DeviceNet |
Certificate |
UL, RoHS, REACH |
Features:
- Customizable Drop Cable: Available with either a female or male interface for the drop cable, offering users flexible connection options to suit specific installation requirements.
- Multi-Device Integration: Allow simultaneous connection of multiple devices to expand the network, effectively saving time and enhancing efficiency.
- Thread-Locking Mechanism: The M12 connectors use the thread-locking method, which means users can easily finish connections by rotating the connectors, ensuring secure matching and preventing accidental disconnections.
- Waterproof: The IP Rating is IP67 or higher, providing protection against dust and water, and ensuring reliable performance in wet or humid environments.
Application:
The M12 A Coding 5 Pin Male to Female Tee Splitter with Female Drop Cable is used in various applications, including industrial automation for connecting sensors and actuators, automotive systems for vehicle network integration, marine systems for NMEA2000 navigation, and building automation for managing lighting and HVAC. It also supports robotics, transportation networks, and energy management, facilitating reliable communication and stable data transmission across diverse equipment.
Drawing: