M12 5 Pin Micro-Change Male to Female Adapter L-Type Splitter Right Angled 90 Degree for NMEA2000 CANopen CAN Bus

Description

Introduction:

M12 5 Pin Micro-Change Male to Female Adapter L-Type Splitter is a durable coupler designed for NMEA2000, CANopen, CAN Bus, and DeviceNet networks. Its right-angled design facilitates easy installation in confined areas, allowing for efficient signal distribution and reliable data transmission between different devices. It is widely used in industrial, marine, automotive, and other demanding environments where robust and space-efficient connections are crucial. Premier Cable P/N: PCM-0464

Specification:

Features:

1. 90-Degree Design: Feature a 90-degree L-shape configuration that allows for efficient cable management and space-saving installation in tight or limited areas.
2. Anti-Vibration: The M12 5 Pin Micro-Change Male to Female Adapter L-Type Splitter adopts the thread-locking method designed to minimize the effects of vibration, ensuring stable and secure connections even in environments subject to constant motion or mechanical stress.
3. Quick Connection and Disconnection: Designed for quick coupling and decoupling, making installation and maintenance easy without the need for specialized tools.
4. Compact and Lightweight: The M12 Micro-Change Male to Female L-Type Adapter has a compact and lightweight design, enabling it to be installed in restricted areas and easily replaced without interfering with other devices.

Application:

NMEA2000 (N2K):

1. Marine Navigation Systems: The M12 Micro-Change Male to Female Adapter L-Type Splitter connects multiple marine navigation devices, such as GPS units, radar systems, and sonar equipment, enhancing navigation accuracy and situational awareness by providing a unified view of navigation and environmental data.
2. Engine and Fuel Monitoring: Connect engine control units and fuel sensors, allowing for real-time monitoring and diagnostics of engine performance and fuel consumption. 
3. Autopilot Systems: Link autopilot controllers with other navigational and control devices to facilitate the efficiency and accuracy of course management, making navigation more reliable.

CAN Bus:

1. Industrial Automation: Used to connect PLCs, HMIs, and sensors in the industrial automation field to enable efficient control and monitoring of manufacturing processes, improving productivity and reducing downtime.
2. Robotics: Enable the connection of various control units and sensors, allowing for precise operation and monitoring of industrial machines.
3. Automotive Systems: Connect sensors, controllers, and diagnostic tools for vehicle diagnostics and performance monitoring.

CANopen:

1. Factory Automation: Connect sensors, actuators, and controllers to complete complex control tasks and real-time monitoring, contributing to efficient manufacturing processes.
2. Medical Equipment: Link various medical devices and control systems in healthcare systems for coordinated operation of medical equipment, enhancing patient monitoring, and ensuring reliable data exchange for accurate diagnostics and treatment.
3. Building Automation: Integrate lighting controls, HVAC systems, and security devices within a building management network for centralized control, improving energy efficiency, comfort, and security.

Drawing: