M12 Sensor Actuator Distribution Box 8 Port T-Connector Tee Splitter for NMEA2000, CAN Bus, CANOpen, DeviceNet

Description

Introduction:

M12 Sensor Actuator Distribution Box 8 Port T-Connector Tee Splitter is a crucial component to streamline network connections in industrial fields. It features eight M12 5-pin ports, including six additional ports for connecting sensors, actuators, controllers, or other components to a single network system simultaneously. It not only simplifies the wiring and signal distribution but also enhances the organization and efficiency of complex automation and control systems. Support NMEA2000, CAN Bus, CANopen, and DeviceNet communication protocols. Premier Cable P/N: PCM-0469

Specification:

Features:

1. Six Additional Ports: Provide extra six ports beyond the main connection, enabling flexible integration and expansion within the network.
2. Simplifying Wiring: It can also act as a centralized hub for connecting a variety of devices such as sensors and actuators to the communication network, reducing cable clutter and improving the overall efficiency of the network.
3. T-Connector Design: Facilitate the connections of multiple devices at the same time, enabling a more flexible network topology.
4. Compact and Lightweight: Designed to be compact and lightweight, facilitating easy installation in tight spaces and reducing overall system bulk.
5. Parallel Circuit: Feature a parallel circuit configuration, allowing each port to operate independently, ensuring reliable communication and continuity even if one connection fails.

Application:

Industrial Automation

1. Sensor Integration: Connect multiple sensors (such as temperature sensors, pressure sensors, flow sensors, and liquid level sensors) to a central control system, enabling efficient data collection and automation in manufacturing processes.
2. Actuator Control: Link actuators to controllers for precise control in automated machinery.

Marine Electronics (NMEA2000)

1. Marine Systems: Integrate navigation, communication, and monitoring devices within marine vessels, providing a robust and reliable network for onboard systems.
2. Data Distribution: Facilitate data exchange between different marine electronics, ensuring seamless communication across devices.

Automotive and Transportation (CAN Bus)

1. Vehicle Systems: Connect various electronic components in vehicles, such as sensors, controllers, and actuators, to the CAN Bus network for real-time communication.
2. Diagnostic Tools: Enable to connect diagnostic equipment to vehicle systems, enabling efficient troubleshooting and maintenance.

Building Automation (CANopen)

1. HVAC Control: Connect heating, ventilation, and air conditioning components to a centralized control system, optimizing building climate control.
2. Lighting Systems: Integrate lighting controls within building automation networks, allowing for centralized and automated lighting management.

Process Control (DeviceNet)

1. Factory Automation: Connect sensors and actuators in industrial process control systems, enabling precise monitoring and control of manufacturing processes.
2. Robotics: Link robotic components to control systems, facilitating synchronized operation and automation in robotic systems.

Drawing: