SCHNEIDER ELECTRIC MODULE

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SCHNEIDER ELECTRIC MODULE Specification

Mounting Type
DIN Rail Mount

Connector Type
Screw Type

Insulation Material
Flame Retardant Polymer

Overheating Protection
YES

Operating Temperature
-10C to +60C

Humidity %
10% to 90% RH Non-Condensing

Surface Finish
Matte

Power Factor
0.95

Feature
Modular, Easy Installation

IP Rating
IP20

Shape
Rectangular

Efficiency
98%

Product Type
Electric Module

Application
Industrial Automation, Control Panels

Protection Level
Surge and Overload Protection

Frequency (MHz)
50-60 Hz

Rated Voltage
230V AC

Energy Consumption
Minimal

Output Type
Digital, Analog

Color
White & Grey

Dimension (L*W*H)
45mm x 90mm x 65mm

Weight
250g

Input Voltage
110-240V AC

Size
Standard

Phase
Single Phase

No Of Poles
1 Pole

Connection Type
Screw Terminal

Material
Polycarbonate, ABS Plastic

About SCHNEIDER ELECTRIC MODULE

Spotlight your operations with the SCHNEIDER ELECTRIC MODULE, a top-drawer product in high demand across Indias industrial segment. Engineered for unbeatable reliability, this imposing Modicon series module features rapid response times under 10 ms, surge and overload protection, and a 1 million+ life operation expectancy. Enjoy instant checkout and modular, easy installation via DIN rail mount. Protected by an IP20 rating, its RoHS compliance and flame-retardant build ensure secure and efficient performance. Perfect for control panels and automation, this compact module balances minimal energy consumption with robust output.

SCHNEIDER ELECTRIC MODULE: Extra Features & Versatile Application

Distinguished by modular design and flame-retardant polymer insulation, the SCHNEIDER ELECTRIC MODULE supports both manual and automatic control. Its LED status indicator and wide input voltage range make it ideal for general and specialized industrial automation, such as control panels and single-phase installations. Surge and overload protection, plus easy DIN rail installation, make it an excellent choice for factories, automated production lines, and commercial buildings requiring safe and reliable performance.

SCHNEIDER ELECTRIC MODULE: Supply Capacity & Trade Details

Get the SCHNEIDER ELECTRIC MODULE at an attractive sale price and benefit from seamless shipment processes through major Indian FOB ports. With high supply ability, this module is expertly packed and handed over for delivery across principal export markets, ensuring prompt distribution to traders and industrial clients worldwide. Its consistent availability makes sourcing effortless for automation solution providers and control system installers looking for top-tier reliability.

FAQs of SCHNEIDER ELECTRIC MODULE:

Q: How does the SCHNEIDER ELECTRIC MODULE support both manual and automatic control modes?

A: The module allows users to switch between manual and automatic control modes, providing flexibility for various industrial automation requirements. This feature enhances adaptability during setup and maintenance.

Q: What applications is the SCHNEIDER ELECTRIC MODULE best suited for?

A: This module is designed for control panels and industrial automation, making it suitable for factories, production lines, and commercial facilities requiring efficient, secure process management.

Q: When should the module be used within an industrial setting?

A: It is ideal for use whenever reliable, high-speed relay output/input is needed and where surge, overload, and overheating protection are vitalparticularly in systems complying with IEC 61131-2 standards.

Q: Where is the SCHNEIDER ELECTRIC MODULE supplied and exported from?

A: The module is supplied and exported from India and shipped through major FOB ports to global markets for traders, suppliers, and industrial clients.

Q: What is the process for installing the module?

A: Installation is straightforward with DIN rail mounting and screw terminals that support wire sizes up to 2.5 mm, ensuring quick and secure connections with minimal effort.

Q: What are the main benefits of using this module in an automation system?

A: Key benefits include fast response time, minimal energy consumption, long operational life, surge and overload protection, and easy integration with existing control architecture.

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