MITSUBISHI I/O Module QY10

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MITSUBISHI I/O Module QY10 Specification

Mounting Type
DIN Rail

Insulation Material
Polycarbonate

Operating Temperature
0C to 55C

Connector Type
Screw Terminal

Efficiency
High

Overheating Protection
YES

Power Factor
--

IP Rating
IP20

Feature
High-Speed Output, Compact Design

Shape
Rectangular

Surface Finish
Matte

Humidity %
5% to 95% RH

Product Type
I/O Module

Application
Industrial Automation, PLC Control

Protection Level
Standard

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Low

Output Type
Transistor Output (Sink Type)

Color
Grey

Dimension (L*W*H)
97mm x 27.4mm x 90mm

Weight
Approx. 0.13 kg

Input Voltage
24V DC

Phase
Single

Size
Standard

Connection Type
Terminal Block

No Of Poles
1

Material
Plastic, Metal

About MITSUBISHI I/O Module QY10

The MITSUBISHI I/O Module QY10 is a must-have solution, decorated with robust features for industrial automation. Designed for the MELSEC Q Series, this digital output module offers 16 uncommon output points, grandiose reliability, and instant checkout for efficient commissioning. It features photocoupler isolation, low energy consumption, and a highlighted high-speed output with a compact, matte-finish body. With a single-pole, LED status indicators, IP20 rating, and CE/UL compliance, the QY10 provides secure operation. Its standard size and DIN rail mounting simplify integration, making it ideal for diverse industrial environments in India.

Versatile Application Range for Enhanced Automation

The MITSUBISHI I/O Module QY10 is ideal for both specific and general uses in industrial automation. Its compact, rugged construction suits automated manufacturing lines, PLC control systems, and advanced process control networks. Common sites of application include factories, industrial control panels, and large-scale automation facilities. The module operates flawlessly in media such as PLC cabinets, automated machinery, and distributed I/O stations, ensuring reliable performance regardless of industry complexity.

Reliable Supply and Secure Domestic Distribution

MITSUBISHI ensures steady drop-off and handover processes, supporting hassle-free delivery of the QY10 module nationwide. The main domestic market is India, with robust packaging details designed to protect the product during transit and storage. Modules are carefully packaged in reinforced boxes, ensuring the product arrives intact. Buyers benefit from fast fulfillment, secure packaging, and easy integration upon handover, making procurement and deployment efficient across Indias industrial sectors.

FAQs of MITSUBISHI I/O Module QY10:

Q: How is the MITSUBISHI QY10 I/O Module installed within an automation setup?

A: The QY10 I/O Module is designed for easy DIN rail mounting, making installation straightforward within standard industrial control panels. It connects using a screw terminal-type connector and integrates quickly with MELSEC Q Series PLCs.

Q: What benefits does photocoupler isolation provide for this module?

A: Photocoupler isolation ensures electrical separation between the control circuit and output devices, enhancing safety and reducing the risk of electrical interference or damage, which is crucial for stable industrial automation.

Q: Where can the MITSUBISHI QY10 be effectively deployed?

A: This module is suitable for various industrial environments such as factory automation, process control, machinery automation, and within any PLC-controlled system requiring reliable digital output performance.

Q: What is the process for checking the output status on the QY10 module?

A: Output status can be quickly checked using the integrated LED indicators for each point. These LEDs provide immediate visual feedback on the operational status, helping with maintenance and monitoring tasks.

Q: What makes the QY10 module uncommon among digital output modules?

A: Its combination of high-speed output response (0.1 ms), robust isolation, compact design, and compliance with CE/UL standards distinguishes it, offering both reliability and efficiency for demanding automation tasks.

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