RELIANCE MODULE

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RELIANCE MODULE Specification

Rated Current
5A

Features
LED Status Indicator, Quick Response, DIN Rail Mounting

Noise Level
<40 dB

Application
Industrial Automation, PLC Interface, Machine Controls

Output Current
5A Max per channel

Working Temperature
0C to 65C

Power Factor
>0.95

Output Type
Relay Output

Connector Type
Screw Terminal

Cooling Method
Natural Air Cooling

Rated Power
120W Max

Operating Temperature
0C to +65C

Current Range
Up to 5A

Power Supply
24V DC

Phase
Single Phase

Product Type
RELIANCE MODULE

Output Power
5A Relay Output

Output Frequency
50/60 Hz Compatible

Input Voltage
24V DC

Voltage Protection
Yes (Inbuilt Protection Circuitry)

Efficiency
98% Approx.

Material
Industrial Grade PCB, Polycarbonate Housing

Line Regulation
<0.1%

Storage Temperature
-20C to +80C

Weight
Approx. 90g

About RELIANCE MODULE

The RELIANCE MODULE stands as a formidable solution for industrial automation, offering an unprecedented blend of customizable features and sterling reliability. This limited time, featured 4-channel relay output module is DIN rail mountable, ensuring easy inclusion in professional setups. Optical isolation between input and output delivers superior safety, while LED status indicators provide instant feedback. With robust overload protection, a rapid response time under 10 ms, and broad compatibilitySiemens, Allen Bradley, Mitsubishi PLCs and moreit serves a wide range of applications with exceptional performance and security.

Exceptional Features & Versatility

RELIANCE MODULE distinguishes itself with extra features such as individual channel LED indicators and inbuilt voltage protection circuitry. Its suitable for use in critical sectors like machinery controls, PLC interfacing, and process industries. The modules sterling optical isolation and formidable overload protection make it ideal for demanding environments. With its quick response, polycarbonate housing, and industrial-grade PCB, the modules flexibility ensures seamless integration in both new and existing automation systems.

Packaging, Logistics, and Certifications

Each RELIANCE MODULE is meticulously packaged using industry-standard materials to ensure secure shipping and prevent damage during freight. Our logistics partners guarantee timely delivery, accommodating various shipment sizes for traders and suppliers. The module complies with rigorous quality certifications for industrial electronic components, ensuring authenticity and reliability. Payment terms are client-friendly, accommodating a range of commercial requirements, so your acquisition process remains as streamlined as possible.

FAQs of RELIANCE MODULE:

Q: How can the RELIANCE MODULE be integrated into existing automation systems?

A: The RELIANCE MODULE is designed for seamless DIN rail mounting and screw terminal connections, making integration with new or existing PLC setups straightforward. It supports major PLC brands like Siemens, Allen Bradley, and Mitsubishi.

Q: What are the advantages of optical isolation in this module?

A: Optical isolation ensures that the input and output circuits are electrically separated, protecting both users and sensitive equipment from surges, noise, and voltage spikes, and enhancing overall operational safety.

Q: When should I consider using the RELIANCE MODULE in my facility?

A: Use the RELIANCE MODULE when you require fast, reliable relay switching (under 10 ms), robust overload protection, and compatibility with industrial PLCsideal for process automation, machine controls, and environments needing high insulation resistance.

Q: Where can this module be used outside traditional industrial automation?

A: Beyond factory automation, the RELIANCE MODULE is suitable for smart building management, energy distribution systems, and laboratory automation where robust relay switching and signal isolation are required.

Q: What are the benefits of the quick response time in practical applications?

A: A response time of less than 10 ms ensures rapid actuator and machinery operation, reducing system latency and increasing productivity and control accuracy during real-time automated processes.

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