MITSUBISHI Output Module QY50

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MITSUBISHI Output Module QY50 Specification

Feature
High-speed response, reliable connection

Operating Temperature
0C to 55C

Overheating Protection
Built-in thermal cutoff

Mounting Type
DIN Rail Mount

Efficiency
High Efficiency

Surface Finish
Matte

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

Insulation Material
Plastic

Shape
Rectangular

Connector Type
Screw Terminal

IP Rating
IP20

Product Type
Output Module

Application
For controlling and monitoring output devices in PLC systems

Protection Level
IP20

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Max 1.0 W

Output Type
Transistor (Sink) Output

Color
Black

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

Weight
0.18 kg

Size
Standard Mitsubishi Q Series module

Phase
Single Phase

Material
Plastic

Connection Type
Screw terminal

About MITSUBISHI Output Module QY50

Introducing the new MITSUBISHI Output Module QY50an extraordinary, top-rated solution for advanced purchase needs in industrial automation. Engineered with 16 crowning output points, this first-rate module delivers high efficiency with a superb response time of 0.1 ms, making it ideal for precision-driven applications. With robust protection (IP20 rating) and built-in thermal cutoff, it promises reliable operation under demanding conditions. Its compact, lightweight design (0.18 kg) and sturdy plastic material ensure durability. Perfectly compatible with Mitsubishi Q Series PLCs, the QY50 guarantees secure, matte surface connections via screw terminals for monitoring and controlling output devices.

Versatile Application & Material Feature

The MITSUBISHI Output Module QY50 is widely used in PLC systems for controlling and monitoring output devices, making it indispensable for automation professionals. It is fabricated from high-quality, insulated plastic, ensuring safety and longevity. The modules crowning features include a rectangular shape, high-speed transistor (sink) outputs, and built-in overheating protection for advanced, first-rate performance in demanding industrial environments.

Order Completion & Packaging Details

Packaging of the QY50 module is robust to ensure shipped goods reach customers securely across Indias domestic market. Each unit is certified to meet stringent industry standards, reflecting Mitsubishis hallmark for quality. Upon order completion, samples are available for verification, offering confidence in installation and operation. Efficient logistics and secure packing guarantee product integrity from supplier to trader.

FAQs of MITSUBISHI Output Module QY50:

Q: How is the MITSUBISHI QY50 Output Module installed in a PLC system?

A: The QY50 Output Module is designed for DIN rail mounting and connects easily via screw terminals to compatible Mitsubishi Q Series programmable controllers. Its standard size ensures seamless integration into PLC racks.

Q: What protection features does the QY50 Output Module offer?

A: The module provides an IP20 protection level and includes built-in thermal cutoff to guard against overheating, ensuring reliable operation even in challenging industrial environments.

Q: When should this module be used in industrial automation?

A: The QY50 Output Module is best utilized when precise, high-speed response and secure output control are required, particularly for monitoring or controlling output devices in advanced PLC systems.

Q: Where can the QY50 Output Module be sourced in India?

A: This top-rated product is available through authorized Mitsubishi suppliers and traders across the domestic market in India. Samples may be requested from distributors to ensure compatibility before bulk purchases.

Q: What is the process for obtaining certification information for the QY50 Output Module?

A: Certification documents are supplied upon order completion, guaranteeing compliance with industry requirements. Customers can request these details from their supplier or trader for quality assurance.

Q: How does the QY50 Output Module benefit automation systems?

A: Its extraordinary speed, high efficiency, and first-rate, reliable connectivity dramatically improve the monitoring and control of output devices, optimizing both accuracy and operational safety in automation setups.

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