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Main Applications

Industrial Automation Data Bus Connection

For the data communication between devices and internal bus connection requirements in industrial automation control systems, IDC insulation displacement connectors and matching flat ribbon cable solutions are provided. The stripping-free quick termination technology greatly improves wiring harness assembly efficiency and meets the high-speed data bus connection requirements between devices such as servo drives, frequency converters, and motion controllers.

Servo drives frequency converters motion control data bus automated production line

Features

Key Advantages

IDC insulation displacement quick termination

10-64Pin multi-core specifications

1.27mm pitch flat ribbon cable

Contact resistance <15mΩ

UL1977 certification

Strip-free quick termination technology

Overview

In-depth Product Details & Applications

Solution Overview

IDC insulation displacement connectors use the V-shaped notch of the terminal to directly pierce the cable insulation and complete the connection, with no need for stripping or soldering. This solution is centered on IDC/DIP connectors and paired with 1.27mm pitch flat ribbon cable, providing an efficient and reliable data bus connection solution for industrial automation equipment.

Main Application Areas

Servo drive systems: Communication cables between drives and controllers, encoder signal lines, enable/alarm signals
Inverters: Control terminal block connections, parameter setting unit interfaces, fieldbus adapters
Motion controllers: Pulse and direction signal buses, multi-axis synchronous triggering, limit/home sensor signals
Automated production lines: PLC remote I/O connections, sensor/actuator buses, industrial Ethernet interfaces

Solution Advantages

The unique V-shaped terminal design ensures uniform piercing force; it fits tightly with the ribbon cable to resist vibration and loosening; an optional latching version is available to increase retention force; it supports end-to-end and end-to-board connection methods for flexible system expansion.