Siemens Double Power Motor Module

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Siemens Double Power Motor Module Specification

Cooling System
Air Cooling

Rated Operation Voltage
400V AC

Cabinet Material
Metal

Protection Level
Basic Protection

Components
Double Power Motor Module

Features
High Durability and Industrial Performance

Protection Class
Class I

Panel Type
Power Module Panel

Way
Single-Way

Connectivity Type
Wired

Thickness
Standard

Operating Voltage
400-480V AC

Rated Current
High Rated Current

Control System
Simatic Control System

Cover Material
Durable Plastic

Current Rating
High Current

Rated Insulation Voltage
Standard Insulation Voltage

Base Material
Metal

Product Type
Motor Module

Material
Metal and Plastic Combination

Surface Finish
Matte

Standard
IEC Standard

Surface Color
Black

Rated Voltage
480V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
High Output Current

Dimension (L*W*H)
Standard Dimensions

Warranty
1 Year

Application
Industrial Automation

IP Rating
IP20

Display Type
None

About Siemens Double Power Motor Module

Get ready for a transcendent experience in industrial automation with the Siemens Double Power Motor Module. Renowned for its superior build, this module features a high output current and operates seamlessly at rated voltages of 400-480V AC. The robust combination of metal and durable plastic ensures longevity, while the matte black surface exudes reliability. Price Cut Alert! Take advantage of our sale and elevate your plants performance today. Offering Simatic control, air cooling, and basic protection, this single-way power module is IEC Standard certified, suited for Indias dynamic manufacturing sector.

Versatile Applications of Siemens Double Power Motor Module

Widely used in industrial plants, the Siemens Double Power Motor Module is designed for sophisticated automation and power control. It excels in a variety of applications including energy management, manufacturing processes, and precision machinery operation. Its transcendent performance makes it ideal for settings requiring consistent high output current and reliability. Whether used in assembly lines or standalone machinery, the modules adaptability ensures optimal operation in diverse industrial environments.

Certifications, FOB Port, and Sample Availability

Siemens Double Power Motor Module arrives carefully packaged for safe handover. It offers IEC Standard certification, ensuring quality and safety for all applications. Traders and suppliers in India benefit from FOB port options that streamline the offer and delivery process. For buyers seeking assurance, sample units are available upon request, allowing evaluation before commitment. This professional approach to packaging and handover underscores Siemens commitment to customer satisfaction.

FAQs of Siemens Double Power Motor Module:

Q: How does the Siemens Double Power Motor Module enhance industrial automation systems?

A: The module delivers superior performance by providing high output current, reliable operation at voltages of 400-480V AC, and is designed to integrate seamlessly with Simatic control systems. This boosts efficiency and precision in automation processes.

Q: What materials and protection standards does this power module feature?

A: Its constructed with a robust combination of metal and durable plastic, offering basic protection and meeting IEC Standards with an IP20 rating for safe industrial usage.

Q: Where is the Siemens Double Power Motor Module typically installed?

A: This module is commonly installed in industrial plants, automation facilities, and manufacturing units where high current devices and reliable power control are essential.

Q: When can suppliers or traders in India request a sample unit?

A: Suppliers and traders may request a sample for evaluation before placing larger orders. Samples are available on offer alongside FOB port shipping options.

Q: What is the benefit of using a Double Power Motor Module in manufacturing?

A: Users benefit from transcendent performance, high durability, and superior control, leading to reduced operational downtime and increased productivity in manufacturing environments.