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MITSUBISHI OUTPUT UNIT MODULE

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MITSUBISHI OUTPUT UNIT MODULE Specification

Connector Type
Screw Terminal

IP Rating
IP20

Mounting Type
DIN Rail

Shape
Rectangular

Feature
Compact Design, High Reliability, Easy Installation

Overheating Protection
YES

Humidity %
5% to 95% (Non-condensing)

Operating Temperature
0 C to 55 C

Insulation Material
Plastic

Efficiency
High

Surface Finish
Matte

Product Type
Output Unit Module

Application
Industrial Automation / PLC Systems

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
24 V DC

Energy Consumption
Low Power Consumption

Output Type
Transistor

Color
Grey

Dimension (L*W*H)
94 mm x 40 mm x 83 mm

Weight
160 g

Phase
Single Phase

Input Voltage
24 V DC

Size
Standard

Connection Type
Screw Terminal Block

Material
Plastic, Metal

Response Time
<0.5 ms

Terminals
Cage Clamp

Status Indicator
LED for Each Output Point

Switching Current
0.5 A/point

Number of Outputs
8 Points

Compatible PLCs
Mitsubishi Modular PLCs

RoHS Compliant
Yes

Ambient Storage Temperature
-25 °C to 75 °C

Series
Q Series

About MITSUBISHI OUTPUT UNIT MODULE

Experience the brilliance of the hot-selling MITSUBISHI OUTPUT UNIT MODULE, a breathtaking choice for industrial automation. This best-seller from the Q Series presents 8 imposing output points with rapid <0.5 ms response time. Its robust design features cage clamp terminals, low energy consumption, and individual LED status indicators. The compact, rectangular module ensures effortless installation via a DIN rail, while IP20 protection and overheating safeguards guarantee reliability. RoHS-compliant and compatible with Mitsubishi Modular PLCs, its the ideal solution for any demanding automation system. Try now and elevate your control processes with Mitsubishis powerhouse innovation.

MITSUBISHI Output Module Extra Features & Versatile Applications

This impressive module offers high reliability, efficient transistor output, and easy installation in industrial environments. Its compact size and secure connection types make it perfect for PLC systems, with overheating protection and LED status indicators on every output point. Beyond automation, it excels in factory line controls, robotics, and process management across multiple sectors, delivering exceptional performance wherever reliable electrical output is required.

Domestic Market, Export Supply & Secure Packaging

Our supply network covers the main domestic market, ensuring prompt accessibility to manufacturers. For exports, the MITSUBISHI OUTPUT UNIT MODULE is shipped securely in sturdy packaging, minimizing risks during transit and ensuring safe delivery. Whether charging for enterprise use or industrial reselling, our process guarantees fulfillment to international markets, meeting the standards required for global trade and local delivery alike.

FAQs of MITSUBISHI OUTPUT UNIT MODULE:

Q: How does the MITSUBISHI OUTPUT UNIT MODULE benefit industrial automation?

A: It provides high-speed, reliable output switching with low power consumption, making automation processes more efficient and consistent in demanding environments.

Q: What is the main usage of this output module?

A: It is primarily used in Mitsubishi Modular PLC systems for controlling machines, devices, and processes in industrial automation and production lines.

Q: When should I choose this module over other output units?

A: Select this module when you need rapid response time, compact design, high reliability, and LED status indicators for every output point in a robust, RoHS-compliant package.

Q: Where can this module be installed?

A: It is designed for DIN rail mounting in control panels or automation cabinets within factories, manufacturing plants, and other industrial facilities.

Q: What is the process for connecting the module to PLC systems?

A: Simply install onto a DIN rail, connect outputs using the screw terminal blocks, and integrate with compatible Mitsubishi Modular PLCs as per the wiring instructions.

Q: How does overheating protection enhance module safety?

A: Overheating protection limits risk during continuous operation, ensuring longevity and stable performance even under heavy workload or high ambient temperatures.

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