MITSUBISHI OUTPUT MODULE QX48Y57

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MITSUBISHI OUTPUT MODULE QX48Y57 Specification

Mounting Type
DIN Rail

Efficiency
High (>95%)

Humidity %
5% to 95% RH (non-condensing)

Connector Type
Terminal Block

Surface Finish
Matte Finish

IP Rating
IP20

Feature
High Density, Fast Switching

Operating Temperature
0C to 55C

Shape
Rectangular

Insulation Material
ABS

Overheating Protection
Integrated Thermal Protection

Product Type
Output Module

Application
PLC Automation System

Protection Level
Standard Industrial

Frequency (MHz)
DC Module (N/A)

Rated Voltage
24V DC

Energy Consumption
2.5W (typical)

Output Type
Sink Type Output

Color
Black / Grey

Dimension (L*W*H)
130 mm x 40 mm x 100 mm

Weight
Approx. 0.3 kg

Size
Standard Rack Mount

Phase
Single Phase

Input Voltage
24V DC (for signal switching)

No Of Poles
48 Channels

Connection Type
Screw Terminal Block

Material
Industrial Grade Plastic

About MITSUBISHI OUTPUT MODULE QX48Y57

Spotlight your PLC automation systems with the triumphant MITSUBISHI OUTPUT MODULE QX48Y57. Rife with first-rate features, it delivers reliable digital output with a blue-ribbon response time of less than 0.1 ms. Now available at an exclusive Price Cut during our current Sale, this high density, fast switching output module boasts robust photocoupler isolation, integrated thermal protection, and remarkable efficiency (>95%). Suitable for standard rack mounting and DIN rail, QX48Y57 stands as your go-to solution for MELSEC-Q series automation, promising industrial-grade performance at a stellar market value.

Primary Competitive Benefits & Applications

The QX48Y57 offers fast, reliable switching for various PLC automation environments, ensuring smooth operation across industries. Its integrated thermal protection and efficient design amplify its market advantage. Built with robust ABS insulation and a matte finish, it provides superior resistance in high humidity and temperature ranges. Designed for demanding environments, this module is ideal for infrastructure, manufacturing, and process automation systems requiring high density, low-latency digital outputs.

Market Arrival, Export Scope & Supply Capacity

Arriving at FOB Indian ports, the QX48Y57 output module enjoys considerable market value among global enterprises. Dispatched promptly to key export markets such as Asia, Europe, and the Middle East, it is supplied with reliable consistency. With robust supply ability from leading traders in India, every shipment ensures professional handling and rapid response to industry demands, supporting accelerated deployment in international automation projects.

FAQs of MITSUBISHI OUTPUT MODULE QX48Y57:

Q: How does the QX48Y57 output module enhance PLC automation systems?

A: The QX48Y57 module provides ultra-fast switching with high channel density and integrated thermal protection, making PLC automation highly responsive and efficient in industrial applications.

Q: What are the primary features that distinguish the QX48Y57 from other output modules?

A: Key features include 48 digital output channels, photocoupler isolation, high efficiency (>95%), robust ABS insulation, fast response time (<0.1 ms), and DIN rail mounting for easy integration.

Q: Where can the QX48Y57 module be used most effectively?

A: This module shines in demanding PLC automation environments such as manufacturing plants, infrastructure systems, and process automation setups, thanks to its high reliability and industrial-grade protection.

Q: When should you consider upgrading to the QX48Y57 output module?

A: Upgrade when you need increased channel density, faster switching speeds, comprehensive protection, or enhanced compatibility with the Mitsubishi MELSEC-Q Series for mission-critical automation.

Q: What is the process for connecting the QX48Y57 module to a PLC system?

A: Connection involves mounting the module on a DIN rail, fitting it into a standard rack, and linking the screw terminal block to compatible PLC units using the provided wiring schema.

Q: How does overheating protection benefit long-term module usage?

A: Integrated thermal protection automatically safeguards the module against overheating, extending its operational lifespan and maintaining system safety in high-load industrial conditions.

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