Mitsubishi QX40-S1

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Mitsubishi QX40-S1 Specification

Frequency
DC Module (Frequency not applicable)

Efficiency
High efficiency for industrial control systems

Humidity
5% to 95% RH, non-condensing

Rated Voltage
24 V DC

Phase
Single

Input Current
7 mA (at 24 V DC)

Protection Level
IP20

Mounting Type
DIN Rail Mounting

Operating Temperature
0 to 55C

Main Material
Plastic, Metal Components

Processing Type
Digital Input Module

Condition
New

Function
32-Point Digital Input Module

Application
Industrial Automation, PLC Systems

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

Power Mode
Direct Current (DC)

Voltage
24 V DC

Power Consumption
2.3 W or less

Compatible PLCs
Mitsubishi Q Series PLC

Input Type
Sink/Source

Weight
0.20 kg

Number of Input Points
32

Series
MELSEC-Q Series

Model
QX40-S1

Insulation Resistance
500 M or more (500 V DC megger)

Connector Type
40-pin connector

Response Time
1 ms or less

Withstand Voltage
560 V AC for 1 minute

About Mitsubishi QX40-S1

Discover the Mitsubishi QX40-S1, a top-tier 32-point digital input module engineered for the finest industrial automation needs. This fresh addition to the MELSEC-Q Series brings supreme versatility with sink/source input, rapid 1 ms response, and robust insulation resistance over 500 M. Its compact profile (98 27.4 90 mm) and DIN rail mounting simplify installation. Designed for use with Mitsubishi Q Series PLCs, this module ensures high efficiency and reliability in plant environments. The QX40-S1's advanced features and dependable performance make it an outstanding choice for exporters, manufacturers, and suppliers in India seeking quality and durability.

Versatile Applications Across Industrial Plants

Widely used by top manufacturing, process, and automation industries, the Mitsubishi QX40-S1 integrates seamlessly into diverse plant applications. It excels in PLC-based control systems, supporting various automated machinery with high efficiency. Key features include a compact design, single-phase DC operation, and IP20 protection level, making it suitable for challenging environments. The module is perfect for manufacturers seeking a robust, digital input solution that delivers consistent performance and long service life.

Supply, Packaging, and Export Markets Overview

The Mitsubishi QX40-S1 ensures steady supply ability and dependable rate consistency, ideal for large-scale transportation and distribution. Each unit is securely packaged to prevent transit damage and maintain product freshness until delivery. Its main export markets include regions within and beyond India, with trusted global partners. Comprehensive packaging and careful shipping processes guarantee that clients receive the finest digital input module for their automation needs every time.

FAQ's of Mitsubishi QX40-S1:

Q: How is the Mitsubishi QX40-S1 typically used in industrial automation?

A: The Mitsubishi QX40-S1 is used for digitizing and processing 32 separate input signals, making it ideal for controlling and monitoring various industrial machines and automated processes in manufacturing plants.

Q: What main benefits does the QX40-S1 offer for PLC systems?

A: This module offers high-speed response, reliable insulation resistance, and high efficiency, optimizing the performance and reliability of Mitsubishi Q Series PLC-based industrial control systems.

Q: When should I choose the QX40-S1 over other input modules?

A: Choose the QX40-S1 when your application requires 32-point digital input with rapid response time, robust insulation, and compatibility with Mitsubishi Q Series PLCs for demanding industrial environments.

Q: Where can the Mitsubishi QX40-S1 be installed within a plant?

A: The QX40-S1 is designed for DIN rail mounting within electrical control panels, making it adaptable for various locations in an industrial facility while maintaining secure placement and accessibility.

Q: What is the process for connecting the QX40-S1 to my system?

A: The QX40-S1 connects via a 40-pin connector, allowing for straightforward integration into new or existing PLC systems, ensuring quick and reliable interfacing with control circuits.

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