7/8''-16UNF to M12 Cable for N2K CAN Bus CANopen DeviceNet

7/8''-16UNF to M12 Cable for N2K CAN Bus CANopen DeviceNet

DeviceNet Mini-C 7/8'' to Micro-C M12 A Code 5 Pin Cordset is widely used in industrial fields. Featuring a Mini-C 7/8''-16UNF female connector and Micro-C M12 A Code male connector on the end, it provides a secure and reliable connection for data transmission and power supply, making it ideal for automation, control systems, and machinery communication. Premier Cable P/N: PCM-S-0399

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Description

Introduction:

DeviceNet Mini-C 7/8'' to Micro-C M12 A Code 5 Pin Cordset is an industrial cable assembly used to connect devices with different types of connectors within a DeviceNet network. It has a Mini-C 7/8'' female connector on one end and a Micro-C M12 A-coded 5-pin male connector on the other, facilitating reliable communication and power transfer among sensors, actuators, and controllers in industrial fields, achieving stable and efficient operation. Premier Cable P/N: PCM-S-0399

Specification:

Type	7/8'' Sensor & Power Cable
Product Name	7/8''-16UNF to M12 Cable for N2K CAN Bus CANopen DeviceNet
Drawing No.	PCM-S-0399
Number of Pins	5 Pin
Connector A	DeviceNet Mini-Change 7/8" Female
Connector B	NMEA 2000 Micro-Change M12 A Code Male
Cable Length	1m, 2m, 5m, Or Customized
Wire	(24A WG1P+FAM)+(22A WG1P+FAM)+DRAIN+BRAID; OD:7.0mm
Temperature Range	-20°C to +80°C
Protocol	DeviceNet, CAN, CAN Bus, CANopen, NMEA2000
Certificate	UL, Rohs, Reach

Features:

Interconnectivity: Enable seamless connection between devices with Mini-C 7/8'' and Micro-C M12 connectors, promoting compatibility and versatility in DeviceNet networks.
High Durability: It can withstand harsh industrial environments, including exposure to moisture and extreme temperatures.
Reliable Data Transfer: Ensure stable and accurate communication between connected devices.
Power Supply: Mini-C 7/8'' to Micro-C M12 Cordset can support both data transmission and power supply, simplifying system integration.

Application:

Factory Automation: Used in factory automation systems to connect sensors, actuators, and control devices, facilitating communication and power supply, enabling automated and synchronized manufacturing processes.
Machine Vision Systems: It can connect cameras and image processing units, supporting data exchange and fulfilling quality control and inspection tasks.
Data Acquisition Systems: Used in the data acquisition systems, ensuring real-time information exchange between various equipment and the central control system.

Drawing: