MITSUBISHI OUTPUT UNIT MODULE

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MITSUBISHI OUTPUT UNIT MODULE Specification

Overheating Protection
YES

Shape
Rectangular

Efficiency
99%

Insulation Material
ABS

Operating Temperature
0C to 55C

Mounting Type
DIN Rail

Surface Finish
Matte

IP Rating
IP20

Connector Type
Screw Type

Feature
High reliability, Compact design, Easy installation

Humidity %
10% to 90% RH (Non-condensing)

Product Type
Output Unit Module

Application
Industrial Automation, PLC Systems

Protection Level
Standard

Frequency (MHz)
50/60

Rated Voltage
24V DC

Energy Consumption
Low

Output Type
Relay

Color
Grey

Dimension (L*W*H)
90mm x 55mm x 90mm

Weight
Approx. 200g

Phase
Single Phase

Input Voltage
24V DC

Size
Standard

No Of Poles
4

Material
Industrial Grade Plastic

Connection Type
Screw Terminal

Maximum Load Current
2A/point

Model Number
QY42P

RoHS Compliance
Yes

Channel Type
16 Points

Storage Temperature
-25C to 75C

Signal Type
Digital Output

Vibration Resistance
Yes

Response Time
Less than 5ms

Shock Resistance
Yes

About MITSUBISHI OUTPUT UNIT MODULE

Explore the trending Mitsubishi Output Unit Module, model QY42Pa must-have for enlightened industrial automation. This distinguished module delivers immaculate performance with 16 digital output channels, rapid response time under 5ms, and robust reliability. Designed for demanding environments, it features industrial-grade ABS construction, shock and vibration resistance, and RoHS compliance for modern standards. With low energy consumption, high efficiency (99%), and a compact, DIN rail-mountable design, installation is effortless. The modules standard size, overheating protection, and matte finish make it essential for advanced PLC systems requiring consistent performance in any condition.

Ideal for Industrial Applications

Widely used by automation engineers and manufacturing professionals, the Mitsubishi Output Unit QY42P sets a benchmark in reliability and performance. Its competitive advantages include a swift response time, high durability, and effortless installation. Simply mount it on a DIN rail and connect using screw terminals for a seamless integration into existing PLC systems. Its robust design and comprehensive safety features ensure continuous operation in rigorous industrial environments.

Comprehensive Packaging and Supply Details

All modules are securely packaged to prevent freight damage, adhering to international standards. Samples can be provided for your proposal amount upon request. With a high supply ability, bulk orders are efficiently processed upon receipt of purchase orders. Our streamlined delivery ensures prompt arrival, supporting both small-scale and large-scale industrial operations with ease and consistency.

FAQs of MITSUBISHI OUTPUT UNIT MODULE:

Q: How do I install the Mitsubishi Output Unit Module QY42P?

A: Installation is straightforward: simply mount the module on a DIN rail and connect the output and power lines using the screw terminals. Ensure you meet the recommended voltage and environmental conditions during installation.

Q: What are the primary benefits of using this output unit in industrial automation?

A: The QY42P provides high reliability, impeccable efficiency (up to 99%), rapid switching, robust endurance against vibration and shock, and easy integration into existing PLC systems, ensuring stable operation and minimal downtime.

Q: When can I expect delivery after placing a purchase order?

A: Once your purchase order is received, bulk or individual modules are promptly dispatched using secure freight methods, typically ensuring timely delivery that aligns with your project schedule.

Q: What safety protections are included with this module?

A: The output unit features built-in overheating protection, is made from robust ABS insulation material, and complies with RoHS standards. Its design offers IP20 protection and resists harsh industrial environments.

Q: Where is this module most commonly used?

A: This distinguished module is predominantly used in industrial automation settings, especially within advanced PLC systems for manufacturing, process control, and machinery applications requiring dependable digital outputs.

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