MITSUBISHI QY41P OUTPUT UNIT

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MITSUBISHI QY41P OUTPUT UNIT Specification

Power Supply
Supplied by PLC backplane

Features
16 points, removable terminal block, LED output indicator, high-speed response

Output Current
0.5A per point, 4A per common

Application
Industrial Automation, PLC output interface

Noise Level
Not Applicable (silent electronic switching)

Rated Current
0.5A per output channel

Phase
Single Phase (for signal references)

Operating Temperature
0C to +55C

Current Range
00.5A per point

Connector Type
Screw terminal

Output Type
Digital (Transistor, Sink/Source) Outputs

Cooling Method
Natural air cooling

Power Factor
Not Applicable (signal unit)

Working Temperature
0C to +55C

Product Type
Output Unit (Transistor Source) for PLC

Input Voltage
24V DC (Rated)

Voltage Protection
Built-in overvoltage and overcurrent protection

Efficiency
High reliability, not typically rated in percent

Material
Plastic and Metal

Storage Temperature
-25C to +75C

Weight
0.2 kg (approx.)

About MITSUBISHI QY41P OUTPUT UNIT

Experience the celebrated efficiency and splendiferous performance of the MITSUBISHI QY41P OUTPUT UNIT, now available for a limited time. Boasting 16 spectacular output channels, this cost-effective unit is specially designed for fast, highly reliable transistor (source type) switching. Engineered for industrial automation, it offers outstanding value with advanced isolation and protection features. The removable terminal block and LED indicator streamline installation and diagnostics, while high-speed 1ms response times ensure precision. Make your automation system exceptionalchoose QY41P for enduring quality and dependability.

Versatile Industrial Applications & Competitive Strengths

The MITSUBISHI QY41P OUTPUT UNIT perfectly blends into comprehensive industrial automation scenarios, excelling as a PLC output interface. Its robust protection and high-speed response provide a competitive advantage in process control environments, manufacturing lines, and machine automation. Other notable applications include robotics, conveyor systems, and assembly units. Enhanced safety and splendiferous stability ensure reliable operations across a wide surface of deployment, giving users celebrated confidence in critical industrial settings.

Export Details & Order Fulfillment Assurance

We cater to global demands for the MITSUBISHI QY41P OUTPUT UNIT from India, offering stock-ready supply for swift transportation via major FOB ports like Mumbai and Chennai. Our principal export markets include Asia, Europe, and the Middle East. The companys sample policy supports order processing efficiency, allowing prospective buyers to evaluate the unit before commitment. Fast logistical support and seamless delivery ensure customer satisfaction with each transaction, making your procurement process effortless and secure.

FAQs of MITSUBISHI QY41P OUTPUT UNIT:

Q: How does the QY41P OUTPUT UNIT improve industrial automation processes?

A: The QY41P offers rapid 1ms digital transistor switching and robust protection features, ensuring quick signal outputs and safeguarding against short circuits and overcurrent, ideal for precise automation control.

Q: What is the typical usage of the MITSUBISHI QY41P OUTPUT UNIT?

A: Primarily used as a PLC output interface, it controls devices like relays, actuators, and indicator lights in automated manufacturing, robotics, assembly lines, and conveyor systems.

Q: When should I consider using a source-type transistor output unit?

A: Source-type transistor output units are advantageous when driving DC loads that require sourcing current, offering safer and more reliable control for sensitive equipment and low-voltage applications.

Q: Where can the QY41P OUTPUT UNIT be installed?

A: It can be mounted either on a DIN rail or directly on the PLC base unit, allowing flexible installation within control panels or industrial enclosures.

Q: What benefits does the removable terminal block offer?

A: The removable 18-point terminal block streamlines wiring, maintenance, and replacement, minimizing downtime during servicing or expansion.

Q: How do the built-in protection circuits enhance system reliability?

A: Protective circuits guard against load short-circuiting, overcurrent, and overvoltage, safeguarding the machinery and maintaining splendiferous reliability and operational stamina.

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