MITSUBISHI QJ71C24N SERIAL COMMUNICATION MODULE

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MITSUBISHI QJ71C24N SERIAL COMMUNICATION MODULE Specification

Output Type
Digital (Serial Data)

Cooling Method
Natural Air Cooling

Power Supply
5V DC from PLC base unit

Application
PLC Serial Device Communication

Connector Type
D-sub 9-pin (female), Screw Terminal

Working Temperature
0C to +55C

Features
RS232/RS422/RS485 support, Max 2-channels, 115.2 kbps Max Baud Rate, Error Check Functionality

Operating Temperature
0C to +55C

Product Type
Serial Communication Module

Input Voltage
5V DC (supplied from base unit)

Material
Plastic Housing, Electronic Components

Storage Temperature
-25C to +75C

Weight
0.15 kg (approx.)

About MITSUBISHI QJ71C24N SERIAL COMMUNICATION MODULE

The MITSUBISHI QJ71C24N SERIAL COMMUNICATION MODULE, a hot-selling marvel in automation, is designed for inestimable versatility across numerous industry sectors. Featuring RS-232, RS-422, and RS-485 support, this superlative module offers 2 channels with up to 115.2 kbps transmission speed. Enjoy the benefits of MC protocol compatibility, error-checking features, and photcoupler isolation. With ephemeral special rates available, this module ensures steadfast DIN rail or Q Series rack mounting, and seamless integration with Mitsubishi Q Series PLCs. Secure this limited opportunity from Indias trusted suppliers before its gone!

Versatile Plant Application and Usage

The MITSUBISHI QJ71C24N SERIAL COMMUNICATION MODULE is expertly engineered for plant automation, seamlessly connecting PLCs to various serial devices such as sensors, drives, and operator panels. It is optimized for environments like manufacturing, process control, and factory automation. Suitable for media including serial data and compatible with RS-232/RS-422/RS-485 protocols, the module ensures reliable communication across large distances, unleashing the productivity potential of your industrial operations.

Payment Terms, Sample Policy, and Supply Quotations

Benefit from transparent payment terms, with quotations tailored to your expenditure requirements. Customers can request product samples to evaluate performance before committing to the final list price. As a reputable supplier and trader in India, our supply ability is robust, supporting both bulk and special-rate orders to suit your application needs. Contact us to secure a quotation and leverage exclusive offers on this hot-selling communication module while stock lasts.

FAQs of MITSUBISHI QJ71C24N SERIAL COMMUNICATION MODULE:

Q: How does the MITSUBISHI QJ71C24N module enhance serial device communication?

A: The QJ71C24N module provides reliable, high-speed connectivity across RS-232, RS-422, and RS-485 serial interfaces, supporting two channels with robust error-checking and advanced protocol support for seamless integration.

Q: What application environments are ideal for the QJ71C24N SERIAL COMMUNICATION MODULE?

A: This module excels in plant automation, process control, and factory settings, facilitating communication between Mitsubishi Q Series PLCs and assorted serial devices such as sensors, actuators, and panels.

Q: When should I use RS-232, RS-422, or RS-485 with this module?

A: Choose RS-232 for short-distance communication up to 15 meters, while RS-422 or RS-485 options are preferred for long-distance connections up to 1200 meters or environments prone to electrical noise.

Q: Where can the module be mounted for optimal operation in industrial settings?

A: The module can be conveniently mounted on a DIN rail or installed in the Mitsubishi Q Series rack, ensuring flexible integration within your existing automation infrastructure.

Q: What is the process for obtaining a quotation and product sample?

A: Contact your local supplier or trader in India to request a detailed quotation based on your requirements. You may also ask for a product sample to verify its suitability before finalizing your expenditure.

Q: What are the key benefits of the QJ71C24Ns error-checking and LED indicators?

A: The error-checking function minimizes data loss or transmission issues, while the LED status indicators provide immediate visual feedback for communication status and troubleshooting, enhancing operational reliability.

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