MITSUBISHI QY81P DIGITAL OUTPUT MODULE

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MITSUBISHI QY81P DIGITAL OUTPUT MODULE Specification

Working Temperature
0C to +55C

Current Range
0.10.5A per channel

Operating Temperature
0C to 55C

Connector Type
Removable Terminal Block (18 Points)

Output Current
0.5A per point, 8A per module max

Features
Fast Switching, Diagnostic Indicator LEDs, High Noise Immunity

Cooling Method
Natural Air Cooling

Application
Industrial Automation, PLC Systems

Rated Current
8A max/module

Phase
Single Phase (Control Signal)

Power Supply
24V DC

Output Type
Transistor (Sink Type)

Product Type
Digital Output Module

Input Voltage
24 VDC (Control Power Supply)

Voltage Protection
Short Circuit/Overvoltage Protection

Material
Plastic (Housing), Metal (Internal Contacts)

Storage Temperature
-25C to +75C

Weight
0.16 kg

About MITSUBISHI QY81P DIGITAL OUTPUT MODULE

Redeem remarkable performance with the MITSUBISHI QY81P DIGITAL OUTPUT MODULE, a first-rate solution for advanced industrial automation. This customizable module boasts 16 output points with an astounding 1.5 ms response time, photocoupler isolation, and flawless protection features including short circuit and overvoltage protection. Designed for durability, with DIN rail mounting and an IP20 protection grade, it operates on 24V DC and accommodates diverse voltages and currents. Compatible with Q Series PLCs, it delivers reliable, fast-switching output, backed by diagnostic LEDs for easy fault detectionperfect for advance purchase in modern PLC systems.

Exceptional Features & Versatile Areas of Application

The MITSUBISHI QY81P DIGITAL OUTPUT MODULE features 16 points, fast 1.5 ms switching, diagnostic LEDs, and high noise immunity. Its removable terminal block ensures easy installation, while flawless photocoupler isolation delivers robust performance. Suited for industrial automation, it excels in PLC system integration, where reliability and customizable output are essential. The modules sturdy build, rated IP20, and natural air cooling make it apt for demanding environments requiring precise digital control and high system uptime.

Export Markets, Sample Terms, and Stock Availability

MITSUBISHI QY81P DIGITAL OUTPUT MODULE enjoys strong demand in global and domestic markets, especially across India. Stock is ready for immediate dispatch at competitive rates, reflecting its remarkable value. Sample policies offer flexibility, with charges applied as per current supply terms. Main distribution channels cater to both large-scale exporters and local traders, ensuring flawless fulfillment for customers seeking advanced, reliable digital output solutions. Charges, stock readiness, and rate transparency streamline the procurement process.

FAQs of MITSUBISHI QY81P DIGITAL OUTPUT MODULE:

Q: How can the MITSUBISHI QY81P DIGITAL OUTPUT MODULE be integrated into existing PLC systems?

A: The module is fully compatible with Mitsubishi Q Series PLCs and can be installed using its DIN rail mounting and removable terminal block for easy connection to existing systems.

Q: What features distinguish the QY81P module from others in industrial automation?

A: Its fast 1.5 ms response time, diagnostic indicator LEDs, high noise immunity, and comprehensive overvoltage and short circuit protection set it apart as a reliable, first-rate digital output module.

Q: When is advance purchase recommended for the QY81P module?

A: Advance purchase is advisable during large-scale automation projects or when planning for critical upgrades, ensuring stock availability and streamlined deployment.

Q: Where can I redeem technical support or service for this module in India?

A: Authorized Mitsubishi distributors and technical service centers across India provide support, maintenance, and troubleshooting for the QY81P DIGITAL OUTPUT MODULE.

Q: What are the main benefits of using the QY81P module in PLC applications?

A: The module offers customizable digital output, rapid response, enhanced operational safety with diagnostic LEDs, and robust isolationboosting both process reliability and overall system efficiency.

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