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MITSUBISHI INPUT OUTPUT MODULE

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MITSUBISHI INPUT OUTPUT MODULE Specification

Mounting Type
DIN Rail Mount

Shape
Rectangular

Feature
High Accuracy, Fast Response

Connector Type
Terminal Block

Efficiency
High

Surface Finish
Matte

Insulation Material
ABS Plastic

Humidity %
10-90% RH (Non-Condensing)

IP Rating
IP20

Power Factor
0.98

Operating Temperature
0C to 55C

Overheating Protection
YES

Product Type
Input Output Module

Application
Industrial Automation

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
24 V DC

Energy Consumption
Low

Output Type
Relay

Color
Grey

Dimension (L*W*H)
110 x 90 x 40 mm

Weight
250 g

Input Voltage
24 V DC

Phase
Single Phase

Size
Compact

Material
Plastic/Metal

Connection Type
Screw Terminal

No Of Poles
8

Response Time
10 ms

Digital Input Channels
8 Channels

Life Expectancy
Over 500,000 Operations

Storage Temperature Range
-25C to 75C

Max Load per Channel
2A @ 250VAC, 2A @ 30VDC

Status Indication
LED Indicators

Signal Isolation
Photocoupler

Digital Output Channels
8 Relay Outputs

Compatibility
Compatible with FX Series PLCs

Model Number
FX2N-8EYR

About MITSUBISHI INPUT OUTPUT MODULE

Procure the rare and preeminent MITSUBISHI INPUT OUTPUT MODULE, model FX2N-8EYR, acclaimed for its dazzling reliability and terrific performance in industrial automation. With 8 digital input channels and 8 relay outputs, each capable of 2A at 250VAC/30VDC, this compact module delivers high accuracy and fast response at a price cut that maximizes your operational outlay. Boasting over 500,000 operations and LED status indication, it features advanced photocoupler isolation, IP20 protection, and seamless compatibility with FX Series PLCs. Crafted with sturdy plastic/metal and matte finish for enduring use.

Unique Usage & Specialized Features

Direction of use for the MITSUBISHI FX2N-8EYR module is straightforward: mount via DIN rail and connect using screw terminals. With LED indicators and high photocoupler isolation, this module is designed for precise control in automation settings requiring up to 8 input and 8 output channels. Notably, it offers fast 10 ms response, overheating protection, and is built for high accuracy in dynamic environments such as manufacturing and process control systems.

Procurement, Supply & Delivery Details

Benefit from our supply ability with guaranteed lowest price, prompt packaging, and streamlined delivery times. Samples are available for evaluation, and outlay efficiency is ensured with robust, secure packaging. Expect swift dispatch and dependable logistics, so your industrial automation systems remain uninterrupted. Each module is meticulously prepared for hassle-free installation, meeting your specific requirements with dedicated after-sales support at every stage of the procurement process.

FAQs of MITSUBISHI INPUT OUTPUT MODULE:

Q: How do I install the MITSUBISHI FX2N-8EYR Input Output Module?

A: The module is designed for easy DIN rail mounting and connects via screw terminals. Ensure compatibility with FX Series PLCs and follow manufacturer guidelines for power and signal connections.

Q: What makes this module benefit industrial automation applications?

A: It offers high accuracy, rapid response time, and reliable relay outputs, supporting complex control tasks with over 500,000 operational cycles, ideal for demanding industrial environments.

Q: When can I expect delivery after placing my order?

A: Delivery time is prompt, thanks to our streamlined logistics. Orders are typically dispatched soon after confirmation, with additional support for urgent requirements.

Q: Where can I get a sample of this module before procuring in bulk?

A: Samples are available upon request through our supplier or trader channels, allowing you to evaluate the modules performance and suitability for your automation needs.

Q: What is the process for ensuring protection and longevity for the module?

A: The module features IP20 protection, ABS insulation, and integrated overheating protection, prolonging its lifespan in industrial settings and maintaining performance despite high usage.

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