QD75M4 Mitsubishi Universal model Redundant Power Supply Module
The Mitsubishi QD75M4 is a high-performance, 4-axis positioning module designed for the Mitsubishi Q Series PLC. It utilizes Mitsubishi's SSCNET (Servo System Controller Network) high-speed bus connection for communication with servo amplifiers, significantly reducing wiring complexity compared to pulse train output modules
. This module is engineered for precise motion control in industrial automation applications, supporting multiple control units and advanced interpolation functions for complex multi-axis movements
High-Speed SSCNET Connection: Employs a high-speed SSCNET interface for communication with compatible servo drives, enabling faster data exchange and reduced wiring (maximum cable length of 30 meters)
.
Multi-Axis Interpolation: Capable of sophisticated 2-axis, 3-axis, and 4-axis linear interpolation, as well as 2-axis circular interpolation, allowing for complex contouring and path control
.
Extensive Positioning Data Storage: Supports up to 600 positioning data sets per axis, which can be programmed and managed via sequential control programs or dedicated configuration software
.
Versatile Control Modes: Offers a wide range of control modes including PTP (Point-to-Point) control, speed control, path control, and various switching controls (speed-position, position-speed) in both incremental and absolute systems
.
Flexible Control Units: Allows programming and operation in various units: millimeters (mm), inches (inch), degrees (degree), and pulses (pulse), providing flexibility for different mechanical systems and application requirements
.
Software Support: Configuration, monitoring, and debugging are facilitated using software tools like GX Configurator-QP, simplifying setup and maintenance
.
Material: The module is constructed from electronic components and plastics, housed in a standard module casing designed for installation on a DIN rail or within a control cabinet.
Primary Usage: The QD75M4 is primarily used in industrial automation systems that require precise multi-axis coordinated motion control. Typical applications include
:
CNC machinery and machining centers.
Semiconductor manufacturing and packaging equipment.
Electronic component assembly and insertion machines.
Automated welding systems in automotive manufacturing.
Precision material handling and packaging systems.
Robotics and other applications demanding high-accuracy positioning.
| Attribute | Value |
|---|---|
| For Use With | MELSEC Q Series |
| Number of I/O | 2048 |
| Manufacturer Series | MELSEC Q |
| Input Type | Analogue, Digital |
| Voltage Category | 5 V dc |
| Output Type | Analogue, Digital |
| Communication Port Type | RS232C |
| Program Capacity | 32 kB |
| Programming Interface | Computer, Operating Panel |
| Length | 89.3mm |
| Maximum Inputs/Outputs | 8192 |
| Number of Communication Ports | 1 |
| Width | 27.4mm |
| Maximum Operating Temperature | +55°C |
| Dimensions | 89.3 x 27.4 x 98 mm |
| Depth | 98mm |
| Battery Backup | Yes |
| Minimum Operating Temperature | 0°C |
| Mounting Type | DIN Rail |
| Memory | 94 kB |
| Q01CPU | Q02(H)CPU | Q06HCPU |
| Q12HCPU | Q25HCPU | Q02PHCPU |
| Q06PHCPU | Q12PHCPU | Q25PHCPU |
| Q00UCPU | Q01UCPU | Q02UCPU |
| Q03UDVCPU | Q03UD(E)CPU | Q04UDVCPU |
| Q04UD(E)HCPU | Q06UDVCPU | Q06UD(E)HCPU |
| Q10UD(E)HCPU | Q13UDVCPU | Q13UD(E)HCPU |
| Q20UD(E)HCPU | Q26UDVCPU | Q26UD(E)HCPU |
| Q50UDEHCPU | Q50UDEHCPU | Q50UDEHCPU |
| Q01UCPU | Q02CPU | Q02CPU-A |
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