M12 4 Pin D Code Sensor Connector to RJ45 Plug Right Angled Profitnet Cable

M12 4 Pin D Code Sensor Connector to RJ45 Plug Right Angled Profitnet Cable

Profinet cable is also a type of Ethernet cable. It can withstand the harsh environment of a factory. M12 4 Pin D Code Sensor Connector to RJ45 Right-Angled Profinet Cable ensures reliable data transmission in industrial environments. It features an M12 connector for sensors and devices and a right-angled RJ45 plug for easy connection in tight spaces, supporting high-speed Profinet protocols for stable communication. Premier Cable P/N: PCM-0643

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Description

Introduction:

M12 4 Pin D Code Sensor Connector to RJ45 Plug Right Angled Profitnet Cable links industrial sensors, actuators, and other devices (using M12 connectors) to Ethernet networks (via RJ45). Its right-angled RJ45 plug is suitable for limited spaces. It facilitates data transmission in industrial automation settings, allowing sensors and other equipment to communicate efficiently over Ethernet networks. Premier Cable P/N: PCM-0643

Specification：

Type	Profinet Cable Connector
Product Name	M12 4 Pin D Code Sensor Connector to RJ45 Plug Right Angled Profitnet Cable
Drawing No.	PCM-0643
Connector A	M12 D Code 4 Pin Male, Straight
Connector B	RJ45 8P8C Male, Right Angled, Metal Shell
Cable Length	1m, Or Customized
Compliance	Ratings IP67
Dust Cover	Transparent
Jacket Material	PUR, Green
Protocol	EtherCAT, Profinet, Ethernet/IP

Features:

Right-Angled RJ45 Plug: The RJ45 Connenctor is the right-angled design, enabling installation in tight spaces or where a straight connector is impractical, optimizing placement flexibility.
Secure Data Transmission: Support efficient and secure data transmission between sensors or other devices and Ethernet networks.
Waterproof and Durable: Designed to be waterproof and durable for use in industrial environments.

Application:

M12 4 Pin D Code sensor connector to RJ45 plug right-angled Profinet cable is commonly used in various industrial applications where robust connectivity and reliable data transmission are critical. Here are some specific applications where these cables are typically employed:

Industrial Automation: Connect sensors, actuators, and other devices in automated manufacturing processes, ensuring reliable communication between different components of the automation system.
Robotics: Used in robotic systems to connect sensors and end-effectors, enabling accurate positioning and feedback for automated tasks.
Automotive Assembly Lines: Connect sensors that monitor production processes, quality control checkpoints, and robotic equipment, ensuring precision and efficiency in vehicle manufacturing.

Drawing: