MITSUBISHI QY80 DIGITAL OUTPUT MODULE

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MITSUBISHI QY80 DIGITAL OUTPUT MODULE Specification

Output Type
Transistor (Sink) Output

Cooling Method
Natural Air Cooling

Current Range
0.1A to 0.5A per channel

Noise Level
Low / Negligible

Connector Type
Screw-type terminal block

Power Supply
Supplied by base rack

Rated Current
0.5A per point (Max)

Operating Temperature
0C to 55C

Application
PLC systems, Machine Automation, Industrial Control

Working Temperature
0C to 55C

Output Current
0.5A per channel (maximum)

Features
8 Channels, LED status indicators, Removable terminal block, Short-circuit/Overload protection

Product Type
Digital Output Module

Input Voltage
24 V DC

Voltage Protection
Over-voltage protection provided

Efficiency
High

Material
Industrial-grade Plastic

Storage Temperature
-25C to +75C

Weight
Approx. 200g

About MITSUBISHI QY80 DIGITAL OUTPUT MODULE

Unlock blue-ribbon performance for industrial control with the MITSUBISHI QY80 DIGITAL OUTPUT MODULE. This astounding module features 16 output points, each supporting a sterling rated current of 0.5A. With less than 0.1 ms response time, favorable reviews spotlight its rapid, reliable switching. Outfitted with photocoupler isolation, removable terminal block, and natural air cooling, the QY80 delivers lasting efficiency, low noise, and robust over-voltage protection. Dont miss your last chance to integrate excellenceideal for PLC systems and machine automationyour operations deserve a QY80.

Versatile Applications for Industrial Control

The MITSUBISHI QY80 DIGITAL OUTPUT MODULE is widely used in PLC systems, machine automation, and industrial control. Its general and specific use extends to process control, factory automation, assembly lines, and production machinery. Designed for demanding application areas, it excels where precision and reliability are required most. Whether for new installations or upgrade projects, the QY80 offers dependable performance for complex industrial environments.

Efficient Delivery, Export Markets, and Supply Channels

Proposal amount and transportation logistics for the MITSUBISHI QY80 DIGITAL OUTPUT MODULE are meticulously managed to ensure prompt delivery. With main export markets including India and international destinations, supply is streamlined via FOB ports for hassle-free transit. Trusted suppliers and traders commit to timely fulfillment, making it convenient for businesses to receive modules efficiently and maintain uninterrupted operations.

FAQs of MITSUBISHI QY80 DIGITAL OUTPUT MODULE:

Q: How does the MITSUBISHI QY80 module improve industrial automation efficiency?

A: The QY80s rapid response time of less than 0.1 ms and low noise operation significantly increase control system responsiveness, ensuring faster and more reliable automation for industrial applications.

Q: What is the specific process for installing the QY80 module?

A: Installation is straightforward with DIN rail or screw mounting options. The module connects via a screw-type terminal block, and LED status indicators assist in confirming proper operation after setup.

Q: Where can the QY80 module be used?

A: This module is suitable for PLC systems, machine automation, industrial control panels, and general process control environments, especially where high-speed digital output is required.

Q: When is delivery typically completed for the QY80?

A: Delivery timelines vary based on proposal amount and transportation channel, but suppliers strive for prompt shipment post order confirmation, especially from Indias major FOB ports.

Q: What are the benefits of photocoupler isolation in the QY80 module?

A: Photocoupler isolation secures reliable operation by electrically insulating outputs from the PLC circuit, minimizing risk from voltage spikes and enhancing overall module safety.

Q: How does over-voltage and short-circuit protection support usage?

A: Over-voltage and short-circuit protection mechanisms safeguard both the module and connected equipment, reducing downtime and extending the operational life in demanding industrial environments.

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