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MITSUBISHI INPUT OUTPUT MODULE

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MITSUBISHI INPUT OUTPUT MODULE Specification

Insulation Material
ABS

Power Factor
>0.98

Connector Type
Screw Terminal Block

IP Rating
IP20

Overheating Protection
YES

Operating Temperature
0C to 55C

Shape
Rectangular

Surface Finish
Matt

Feature
DIN Rail Mount, LED Status Display

Mounting Type
DIN Rail

Efficiency
Greater than 95%

Humidity %
10% to 90% RH (Non-condensing)

Product Type
Input Output Module

Application
Industrial Automation, PLC Systems

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Low

Output Type
Relay / Transistor

Color
Black & Grey

Dimension (L*W*H)
90 x 87 x 25 mm

Weight
220 g

Size
Compact

Phase
Single Phase

Input Voltage
24V DC

Connection Type
Screw Terminal

Material
ABS Plastic

No Of Poles
4 Poles

Life Expectancy
Over 100,000 operating hours

Maximum Load Current
2A per channel

Compatible PLC Series
Mitsubishi FX Series, Q Series

Storage Temperature Range
-25C to +70C

Wiring Method
Direct terminal connection

Isolation Voltage
1500V AC

Status Indicator
LED for Input/Output Status

Shock Resistance
150 m/s2, 10 ms

Vibration Resistance
10 - 57 Hz, 0.075 mm amplitude

Response Time
<0.5 ms (Input), <1 ms (Output)

About MITSUBISHI INPUT OUTPUT MODULE

Discover unparalleled reliability with the MITSUBISHI INPUT OUTPUT MODULE, now available at clearance with highly competitive pricing! Designed for Mitsubishi FX and Q Series PLCs, this eminent module boasts a gorgeous black and grey ABS exterior and durable construction to withstand industrial environments. Its advanced features include LED status indicators, 1500V AC isolation voltage, fast response times, and over 100,000 operating hours. With a compact rectangular design, DIN rail mount, and superior energy efficiency, its perfect for seamless industrial automation. Dont miss outadd to cart today for eminent performance and value!

Efficient Use & High-Quality Design

To ensure optimal performance, follow directional markings for proper wiring via direct terminal connections. Crafted from robust ABS material, this module offers both superior insulation and an elegant matt finish. Specifically designed for factory automation within PLC systems, it delivers reliable control in harsh industrial conditions. With DIN rail mounting, LED status displays, and excellent resistance to shock and vibration, its advanced features guarantee longevity and stable operation.

Packaging, Payment & Sample Details

Every MITSUBISHI INPUT OUTPUT MODULE is professionally shipped using secure, durable packaging to preserve its pristine condition. Benefit from the lowest price and flexible payment terms tailored to streamline your order completion process. Samples are available upon request, allowing you to evaluate functionality before placing bulk orders. Ensure your procurement process is seamlessplace your order with confidence and experience swift delivery along with exceptional support.

FAQs of MITSUBISHI INPUT OUTPUT MODULE:

Q: How do I properly install the MITSUBISHI INPUT OUTPUT MODULE?

A: To install, securely mount the module on a DIN rail, connect wiring using screw terminal blocks as per directional guides, and ensure insulation measures are in place before powering on.

Q: What material is used in the construction of the input output module?

A: This module is made from high-quality ABS plastic, offering excellent durability, insulation, and protection suitable for demanding industrial environments.

Q: When can I expect my order to be shipped after purchase?

A: Orders are shipped promptly following payment completion. Delivery timelines may vary but are typically expedited to ensure you receive your product swiftly.

Q: Where can this module be used effectively?

A: It is ideally suited for industrial automation, PLC control systems, and manufacturing applications requiring reliable input/output management and robust protection.

Q: What are the benefits of the LED status indicator feature?

A: The built-in LED status indicators provide clear and immediate feedback on the operational status of inputs and outputs, facilitating easier diagnostics and maintenance.