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Mitsubishi Melsec-Q Q04UDEHCPU

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Q04UDEHCPU

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The Q04UDEHCPU model from Mitsubishi's Melsec-Q series serves as a powerful CPU module for programmable logic control. It accommodates complex programming needs with an I/O capacity of 4096 points and a substantial program memory of 40,000 steps.

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Technical specifications for Q04UDEHCPU

ManufacturerMitsubishi
Product TypeCPU Module (Programmable Logic Controller, MELSEC-Q)
Product LineMelsec-Q
Part NumberQ04UDEHCPU
Weight0.25 lbs (0.11 kg)
I/O Capacity4096 I/O Points
Mounting ModeBackplane / Rack Mount
Program Capacity40,000 Steps (40K Steps)
Communication PortsUSB Connector, RJ45 Port (Ethernet)
Memory Capacity160 KB (160,000 bytes)
Supply Voltage5V DC
Programming LanguagesLadder Diagram (LD), Structured Text (ST), Relay Symbol
Ambient Temperature (Operation)0°C to 55°C
Ambient Temperature (Storage)-25°C to 75°C

The Q04UDEHCPU from Mitsubishi is a component of the Melsec-Q series that functions as a CPU module well-suited for programmable logic-controlling tasks. With a total I/O capacity of 4096 points, this unit is capable of managing extensive operations. The module mounts on a backplane or rack, providing installation flexibility.

It supports a programming capacity reaching 40,000 steps, efficiently managing large logic sequences and operations. Communication options include a USB connector alongside an RJ45 port for Ethernet connectivity, enhancing versatility in system integration. This module has a memory capacity of 160 KB, allowing for the handling of substantial data and logic operations. With a weight of only 0.20 kg, it ensures ease of installation without compromising functionality.

The operating supply voltage of this module is 5V DC, making it suitable for low-voltage environments. Programming can be accomplished using languages like Ladder Diagram (LD), Structured Text (ST), and Relay Symbol, making it compatible with various programming preferences.

For operational limits, the module can function optimally within an ambient temperature range from 0°C to 55°C and can be stored in environments extending from -25°C to 75°C. Such specifications define its robustness and reliability for various automated control systems.