MITSUBISHI Digital Input Module QX80

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MITSUBISHI Digital Input Module QX80 Specification

Feature
16 point digital input

Operating Temperature
0C to +55C

Efficiency
High responsiveness

Connector Type
Terminal block

IP Rating
IP20

Mounting Type
DIN Rail

Shape
Rectangular

Insulation Material
Plastic

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

Overheating Protection
NO

Surface Finish
Matte

Product Type
Digital Input Module

Application
PLC Automation Control

Protection Level
Optical Isolation

Frequency (MHz)
DC operation (input) Not applicable

Rated Voltage
24V DC

Energy Consumption
2.5 W max

Color
Black

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

Weight
0.15 kg

Size
Standard Q Series slot

Phase
Single

Input Voltage
24V DC

Connection Type
Screw terminal block

Material
Plastic housing

Compatible Series
Mitsubishi MELSEC-Q Series

Storage Temperature
-25C to +75C

Number of Inputs
16

Input Current
Approx. 5mA per point

Module Type
Sink/Source type

Status Indication
LED status display for each channel

Isolation
Photocoupler isolation

Response Time
Less than 1 ms

Input Signal Voltage Range
19.2V DC to 28.8V DC

MITSUBISHI Digital Input Module QX80 About

Take advantage of the blue-ribbon MITSUBISHI Digital Input Module QX80 for pivotal PLC automation control. This breathtaking module delivers ephemeral response times of less than 1 ms, ensuring high efficiency. Pick yours and benefit from 16 point digital input, LED channel indicators, and photocoupler isolation that elevates safety and reliability. Operating within 19.2V to 28.8V DC range, its sink/source versatility guarantees smooth integration into MELSEC-Q Series. With a robust, matte finish and IP20 rating, this rectangular device is designed for effortless DIN rail mountingideal for demanding industrial environments across India.

Enhanced Features and Surface Versatility

The QX80 stands out with its screw terminal block connection, optical isolation, and LED status indication for each input channel. Its matte-finished, black plastic housing offers durability and a professional appearance, while the module is specifically designed for DIN rail mounting. The standard Q Series slot dimension and robust insulation material ensure seamless integration and secure operation for various automation surfaces, reinforcing its exceptional adaptability across industrial environments.

Domestic Market Certification and Transport Efficiency

Serving Indias main domestic market, the MITSUBISHI QX80 module is certified for reliable automation control and efficient order processing. Each unit is meticulously prepared, handed over for delivery, and supported by trustworthy transport services. With FOB port options available, customers benefit from a swift and secure transaction process that aligns with industry-standard certifications and ensures timely product access for all their PLC automation requirements.

FAQs of MITSUBISHI Digital Input Module QX80:

Q: How does the QX80 module enhance PLC automation control?

A: The QX80 module offers rapid response times and dependable input recognition, making it pivotal in optimizing PLC systems for real-time industrial automation.

Q: What are the key features of the Mitsubishi QX80 Digital Input Module?

A: This module includes 16 input channels, LED status indication, sink/source type compatibility, fast response, and superior optical isolation via photocoupler technology.

Q: Where can the QX80 module be applied?

A: It is well-suited for PLC automation control across a variety of factories and industrial facilities, especially those utilizing the MELSEC-Q Series.

Q: When should I consider using optical isolation in my automation setup?

A: Optical isolation, such as in the QX80, should be used whenever you seek to safeguard connected devices from electrical interference and promote system stability.

Q: What is the process for installing the QX80 module?

A: The module is designed for straightforward DIN rail mounting and features a screw terminal block connection to facilitate quick integration into your existing system.