Diode Oring Module

Price 750 INR/ Piece

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MOQ : 1 Piece

Diode Oring Module Specification

Features
Compact, Easy Installation, Low Forward Drop, High Current Handling, RoHS Compliant

Frequency
DC Operation

Weight
Approx. 250g

Automation Grade
Semi Automatic

Control Type
Passive (Diode-based)

Load Capacity
Upto 250A (Based on model)

IP Rating
IP20

Mounting Type
Panel Mount

Cable Length
As per requirement

Connectivity Type
Screw Terminal

Application
Redundant Power Supply Systems, Battery Backup Systems, Industrial Automation

Material
FR4 PCB, Electronic Components

Power
Upto 250A

Temperature
-40C to +85C

Voltage
12V / 24V / 48V DC

Diode Oring Module Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About Diode Oring Module

Unlock the power of redundancy with our Laureate Diode Oring Module, expertly crafted for matchless performance in demanding scenarios. Reserve advanced reliability with up to 250A per channel and input-to-input isolation, making it ideal for battery backup and industrial automation. Its astonishingly compact form (130mm x 60mm x 35mm), coupled with reverse polarity protection and low forward voltage drop, ensures your systems operate seamlessly. Featuring easy screw terminal connectivity and optional LED status, it's RoHS and CE compliant for superior operational safety. Advance your power solutions with this premium FR4-built module, engineered for panel mounting in versatile voltage environments (12V/24V/48V DC).

Competitive Advantages and Usage of Diode Oring Module

The Diode Oring Module is predominantly used in redundant power supply and battery backup systems requiring seamless switching and high reliability. With passive, diode-based control, it provides effortless integration in industrial automation setups. Its astonishingly high current handling, robust isolation, and low forward drop make it a matchless choice for uninterrupted DC operations, offering users peace of mind and longevity in critical environments.

Premium Packing & Dispatch Details for Diode Oring Module

This product is prepared for export with premium packing to ensure safe transit. FOB port services are available across major Indian shipping hubs, optimizing the outlay and logistics for global clients. Samples are provided upon advance request to facilitate evaluation. Packing & dispatch follow strict quality protocols, with each module securely boxed and protected according to industry-leading standards, ensuring it arrives in pristine condition ready for immediate use.

FAQ's of Diode Oring Module:

Q: How does the Diode Oring Module ensure reliable power redundancy?

A: The Diode Oring Module uses input-to-input isolation and high-current diode-based switching, which automatically selects the available power source, ensuring continuous operation during failures or maintenance.

Q: What are the primary competitive advantages of using this module in power systems?

A: This module offers matchless current handling up to 250A, astonishingly low forward voltage drop, compact design, robust reverse polarity protection, and easy installation, making it a laureate choice for critical applications.

Q: When should I consider deploying this Diode Oring Module in my system?

A: Deploy it when your application demands seamless switching between redundant DC power supplies, such as in industrial automation, or where uninterrupted battery backup is crucial.

Q: Where is this module typically applied in industrial settings?

A: It is commonly used in redundant power supply setups, battery backup systems, and various automation processes that require dependable, passive, and high-current DC input management.

Q: What is the process for installing the Diode Oring Module?

A: The module is designed for hassle-free, panel mount installation with screw terminal connectivity. Detailed instructions are provided, ensuring a quick and secure setup.

Q: Are there benefits to the optional LED status indicator?

A: Yes, the optional LED indicator provides instant visual confirmation of module status, allowing for rapid diagnostics and improved system maintenance efficiency.

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