MITSUBISHI COMMUNICATION MODULE QJ71C24N

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MITSUBISHI COMMUNICATION MODULE QJ71C24N Specification

Insulation Material
Plastic

Surface Finish
Matte

Shape
Rectangular

Connector Type
Terminal block

Efficiency
High data transfer efficiency

Humidity %
5% to 95% RH (non-condensing)

Feature
Data communication, transparent mode, protocol support

Operating Temperature
0 to 55C

Mounting Type
Base Mounted

Product Type
Communication Module

Application
PLC system communication, serial data link

Protection Level
Standard

Rated Voltage
5V DC

Energy Consumption
4.5W max

Output Type
RS-232C/RS-422/485 Serial

Color
Black

Dimension (L*W*H)
98 x 27.4 x 90 mm

Weight
0.16 kg

Input Voltage
5V DC

Size
Compact

Connection Type
Screw terminal block

Material
Plastic

About MITSUBISHI COMMUNICATION MODULE QJ71C24N

Reserve the high-performance MITSUBISHI COMMUNICATION MODULE QJ71C24N at a crackerjack price cut! This invincible module, manufactured by Mitsubishi Electric, features dual communication channels, multi-protocol support, and soaring data efficiency with baud rates up to 115.2 kbps. Engineered with robust phototransistor isolation and a compact, matte-finished rectangular body, it ensures secure data links for MELSEC Q-series PLC systems. Personalise your industrial setups effortlessly with versatile RS-232C/RS-422/RS-485 compatibility, advanced data transparency, and steadfast reliability. Ideal for demanding environments, it delivers exceptional performance with standard protection and low energy consumption.

Exceptional Features and Flexible Application Method

The QJ71C24N communication module boasts a compact design and matte surface, enhancing both durability and aesthetic appeal. Special features include dual communication channels, impeccable protocol support, and impressive data transfer speeds. Perfect for PLC system communication and serial data linking, the module mounts securely on base units. The rectangular shape offers easy integration, while the screw terminal block ensures firm connection on your preferred application surface, making it a soaring choice for industrial automation.

Certified Quality, Global Markets and Secure Packaging

MITSUBISHI COMMUNICATION MODULE QJ71C24N arrives with premium build quality and certifications tailored for reliable industrial use. Secure shipping and robust packaging ensure optimum protection during transit. Well-suited for major export markets, particularly Asia, Europe, and beyond, this module is trusted by professionals worldwide. Sample units are available for testing purposes, enabling customers to experience top-tier performance prior to large-scale procurement.

FAQs of MITSUBISHI COMMUNICATION MODULE QJ71C24N:

Q: How do I install the MITSUBISHI QJ71C24N communication module into my MELSEC Q-series PLC system?

A: The QJ71C24N is designed for base-mounted integration. Simply align it with the PLCs designated slot and fasten the module using the screw terminal block for a secure connection.

Q: What protocols does the QJ71C24N communication module support?

A: This module supports Mitsubishi dedicated, transparent, non-protocol, and MC protocols, making it flexible for various serial data communication needs.

Q: When should I use both communication channels of this module?

A: Utilize both channels when your application demands simultaneous connections or when youre linking multiple devices for optimized and efficient data exchange.

Q: Where can the QJ71C24N be applied effectively?

A: It is ideally suited for industrial PLC system communication, serial data links, and automated control networks, especially in environments within a 0 to 55C temperature range.

Q: What are the benefits of the phototransistor isolation feature?

A: Phototransistor isolation enhances data integrity and safeguards both the module and attached equipment from voltage fluctuations and electrical noise.

Q: How efficient is the module in terms of data transfer?

A: With a maximum baud rate of 115.2 kbps and high data transfer efficiency, it ensures rapid and reliable serial communication for demanding automation tasks.

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