MITSUBISHI QX40 INPUT MODULE

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MITSUBISHI QX40 INPUT MODULE Specification

Power Supply
24V DC

Cooling Method
Natural air cooling

Operating Temperature
0C to 55C

Rated Current
4 mA (Input) typ.

Connector Type
Screw terminal

Working Temperature
0C to 55C

Application
PLC Automation, Industrial Control Systems

Features
Screw terminal, LED indication, Fast response, Removable terminal block

Product Type
Input Module

Input Voltage
24V DC

Voltage Protection
Yes

Material
Plastic (Housing), Electronic Components

Storage Temperature
-25C to +75C

Weight
Approx. 0.16 kg

Response Time
7 ms (OFFON), 8 ms (ONOFF)

Mounting Type
DIN rail mount

Module Width
27.4 mm

Number of Input Points
32

Product Code
QX40

Status Indication
LED for each channel

Isolation Method
Photocoupler

Input Type
Sink/Source

Compatible Series
MELSEC-Q Series

About MITSUBISHI QX40 INPUT MODULE

Unlock the astounding potential of the MITSUBISHI QX40 Input Module, crafted for those who demand reliability in PLC automation and industrial control systems. Marvelous 32 input points and rapid response times (7 ms OFFON, 8 ms ONOFF) guarantee swift data processing. Featuring glorious LED channel indicators, photocoupler isolation, and a robust, plastic housing, this module ensures safety and efficiency. Shop now to procure a DIN rail-mounted solution compatible with the MELSEC-Q Series, designed for 24V DC operations with natural air cooling and screw terminals. Procure excellence at a competitive sale price from trusted suppliers and traders across India.

Versatile Industrial Integration

The MITSUBISHI QX40 INPUT MODULE is widely used as an essential component in PLC automation and industrial control environments. Ideal for installation in control panels and factory floor automation lines, its application surfaces include industrial machinery, process automation systems, and equipment monitoring units. This module seamlessly interfaces with MELSEC-Q Series devices, making it a dependable solution for both new installations and upgrades in demanding industrial settings where reliability and efficiency matter most.

Reliable Supply & Expansive Market Reach

Quick dispatch and streamlined packing & dispatch processes ensure timely delivery of the MITSUBISHI QX40 INPUT MODULE to customers. With ample supply ability and a competitive sale price, it is widely accessible to buyers across India and select export markets. The products robust package safeguards its integrity during transit and guarantees smooth procurement for domestic and international clients seeking reliable automation solutions for their industrial needs.

FAQs of MITSUBISHI QX40 INPUT MODULE:

Q: How does the Mitsubishi QX40 Input Module enhance industrial automation systems?

A: The Mitsubishi QX40 Input Module provides rapid and reliable data collection with 32 input points, fast response times, and robust photocoupler isolation. These features ensure smooth integration and dependable performance in PLC automation and industrial control systems.

Q: What is the recommended process for installing the QX40 module?

A: The QX40 module is designed for seamless installation on a DIN rail. Just align the module on the rail, secure it, and connect wires using the screw terminal block, ensuring all connections match the input requirements (24V DC, sink/source type).

Q: When should the LED status indication be checked during system operation?

A: LED status indicators for each channel should be regularly observed during operation to monitor input activity and quickly identify any abnormal signal or channel malfunction, enhancing maintenance and troubleshooting efficiency.

Q: Where is the Mitsubishi QX40 Input Module commonly used?

A: This module finds widespread use in industrial control panels, automated factories, process monitoring systems, and machinery control units, particularly within MELSEC-Q Series PLC environments.

Q: What are the main benefits of procuring the QX40 Input Module from a local supplier in India?

A: Procuring locally ensures quick product availability, faster shipment and handling, support for after-sales service, and easier access to competitive sale prices, making implementation in industrial projects more efficient.