Description

A Mitsubishi PLC to DOP-Delta HMI Cable is a specialized communication cable designed to
establish a connection between Mitsubishi Programmable Logic Controllers (PLCs) and Delta
DOP series Human Machine Interfaces (HMIs). This cable enables seamless data exchange for
monitoring, control, and visualization of industrial processes.

Key Features:
1. Connection Type:
One end connects to the Mitsubishi PLC, typically using a mini-DIN 8-pin connector
(used in FX series PLCs).
The other end connects to the Delta HMI, usually through a DB9 female connector or
another suitable port, depending on the HMI model.
2. Compatibility:
PLC Side: Supports Mitsubishi PLCs, including the FX series (e.g., FX1N, FX2N, FX3U).
HMI Side: Designed for Delta DOP series HMIs (e.g., DOP-B, DOP-W, DOP-100 series).
3. Built-in Communication Protocols:
Supports Mitsubishi’s proprietary protocols (e.g., FX protocol) for data exchange.
Compatible with Delta HMI programming software, such as DOPSoft.
4. Cable Length:
Typically ranges from 1.5 to 3 meters, providing enough length for flexible installation in
control panels or machinery.
5. Applications:
Facilitates communication for process visualization and control.
Enables real-time monitoring and operation of Mitsubishi PLCs via Delta HMIs.
6. Durability:
Built with high-quality, industrial-grade materials to withstand harsh environments.
7. Ease of Use:
Pre-configured for compatibility between Mitsubishi PLCs and Delta HMIs, reducing
setup complexity.
Plug-and-play functionality with supported devices.
Important Notes:
• Ensure the cable matches the communication ports of your specific Mitsubishi PLC and Delta
HMI models.
• Verify communication settings in both the PLC and HMI (e.g., baud rate, data bits, stop bits,
parity) for proper operation.
• Handle the cable carefully to avoid damage to connectors or internal wiring.
This cable is an essential accessory for industrial automation systems, enabling smooth
integration of Mitsubishi PLCs with Delta DOP HMIs for efficient and intuitive process control