MITSUBISHI MELSEC MODULE AY13E

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MITSUBISHI MELSEC MODULE AY13E Specification

Feature
Digital Output Module

Overheating Protection
YES

Surface Finish
Matte

Mounting Type
Panel Mount

Operating Temperature
0C to 55C

IP Rating
IP20

Connector Type
Modular Connector

Shape
Rectangular

Insulation Material
Plastic

Product Type
PLC Module

Application
Industrial Automation

Protection Level
Standard

Frequency (MHz)
Standard Frequency

Rated Voltage
24V DC

Energy Consumption
Low

Output Type
Signal Output

Color
Black

Dimension (L*W*H)
Standard

Weight
Lightweight

Warranty
12 Months

Size
Compact

Input Voltage
24V DC

Phase
Single Phase

Connection Type
Wired

Material
Plastic

No Of Poles
Standard

About MITSUBISHI MELSEC MODULE AY13E

MITSUBISHI MELSEC MODULE AY13E

Robust Design for Industrial Automation

The MELSEC AY13E module features a sturdy construction with plastic insulation and a matte finish. Its IP20 rating ensures basic protection against dust, while panel mount capability allows secure installation in industrial control systems. The compact and lightweight build makes integration seamless in various automation setups.

Efficient Energy Consumption & Protection

Engineered for low energy usage, the AY13E module minimizes operational costs. Built-in overheating protection guarantees safe functioning even in demanding conditions, enhancing equipment longevity. Its standard protection level further increases reliability in industrial environments.

Versatile Connectivity & Easy Installation

This module employs a modular connector for wired connections, simplifying the setup process. The rectangular design and standard dimensions support compatibility with existing panel layouts. Mounting is straightforward thanks to its panel-mount feature, ensuring quick deployment in automation projects.

FAQs of MITSUBISHI MELSEC MODULE AY13E:

Q: How is the Mitsubishi MELSEC AY13E module installed in an industrial automation panel?

A: The AY13E module is designed for panel mounting. Simply align it with the mounting rails in your automation panel, connect the modular wiring, and secure it for stable operation. Its compact shape and wired connector type make installation quick and easy.

Q: What are the main benefits of using the AY13E digital output module in industrial automation?

A: This module offers low energy consumption, reliable signal output, and efficient overheating protection. Its compact and lightweight construction suits restricted spaces, while modular connectivity ensures easy integration with control systems, enhancing overall productivity and safety.

Q: When should I replace or maintain the AY13E module?

A: Regular maintenance is recommended according to your facilitys standard schedule. If you notice irregular signal output, overheating, or physical wear, inspection or replacement may be necessary. The module is covered by a 12-month warranty for added assurance.

Q: Where can the AY13E module be used within industrial facilities?

A: It is suited for use in control panels within industrial automation systems. The modules IP20 rating and robust plastic insulation make it ideal for environments where reliable digital output is required and basic protection against dust is sufficient.

Q: What process should be followed for wiring the AY13E module?

A: Use the modular connector provided for secure wired connections. Follow the manufacturers wiring guide, verifying that the rated voltage is 24V DC. Proper wiring ensures optimal signal transmission and safe module operation within your automation setup.

Q: What type of signal output does the AY13E provide?

A: The AY13E is a digital output module, meaning it transmits standard frequency signal outputs suitable for controlling actuators, relays, or other electronic devices in industrial automation systems.

Q: How does the overheating protection feature benefit daily usage?

A: Built-in overheating protection helps prevent damage from excessive temperatures, securing the modules function during intensive operations and prolonging its operational lifespan, which contributes to reduced downtime and maintenance costs.

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