SIEMENS POWER MODULE

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SIEMENS POWER MODULE Specification

Operating Temperature
-10C to +50C

Application
Industrial Automation, CNC Machines, Drives

Rated Current
13 A

Connector Type
Screw Terminal

Cooling Method
Fan Cooled

Rated Power
5.5 kW

Power Factor
>0.95

Power Supply
AC

Output Type
Three-phase

Working Temperature
-10C to +50C

Noise Level
<55 dB

Phase
Three Phase

Output Current
13 A

Features
Short Circuit Protection, Compact Design, High Reliability

Current Range
0 13 A

Product Type
POWER MODULE

Output Power
5.5 kW

Output Frequency
0 650 Hz

Input Voltage
400 V AC

Voltage Protection
Overvoltage, Undervoltage Protection

Efficiency
Up to 98%

Material
Industrial Grade Plastic & Metal

Line Regulation
1%

Storage Temperature
-40C to +70C

Weight
Approx. 1.2 kg

About SIEMENS POWER MODULE

Take advantage of the ultimate in power control with the SIEMENS POWER MODULE 6SL3120-1TE21-0AA3. Designed for world-class industrial automation, this outstanding module delivers up to 5.5 kW output, with a robust IP20-rated build for reliable operation. Enjoy high efficiency (up to 98%), advanced voltage protection, and support for PROFINET and optional PROFIBUS connectivity. Featuring a compact design, LED status indicators, and short circuit protection, its ready for tough environments. Dont miss this limited-time offer for supplier and trader needs in Indiaupgrade your systems today!

Reliable Performance for Diverse Industrial Applications

The SIEMENS POWER MODULE excels across various application surfaces, making it suitable for CNC machines, drives, and other industrial automation environments. With its three-phase output and broad operating temperature range, this power module is engineered for maximum versatility. Its compact, fan-cooled design easily mounts on DIN rails or panels, ensuring easy integration. Whether in manufacturing facilities or processing plants, this module provides seamless connectivity and high reliability, meeting rigorous industrial requirements with consistently outstanding performance.

Certifications, Swift Delivery, and Export Excellence

Benefit from SIEMENS certified quality and outstanding export standards. Each power module is securely packaged to ensure safe transit. Upon receipt of your purchase order and determined outlay, we proceed with prompt dispatch. Our main export markets include Asia and Europe, ensuring worldwide delivery. Expected delivery times are typically efficient and communicated upon order confirmation. With rigorous quality checks and reliable supply chains, you can trust in consistent, world-class service and on-time fulfillment of every Siemens Power Module order.

FAQs of SIEMENS POWER MODULE:

Q: How does the SIEMENS POWER MODULEs PWM control method enhance performance?

A: The Pulse Width Modulation (PWM) control method enables precise adjustment of output frequency, ensuring energy-efficient operation and smooth motor performance, which is vital for applications like CNC machines and drives.

Q: What types of industrial environments is this power module suitable for?

A: It is specifically designed for industrial automation, CNC machines, and drive systems, thriving in factories, manufacturing plants, and processing environments due to its robust build and outstanding protection features.

Q: When can I expect delivery after placing a purchase order?

A: Delivery times are typically swift and will be communicated upon order confirmation. Outlay and packaging arrangements are promptly managed to ensure reliable, on-time shipping to your destination.

Q: Where can the module be mounted within my facility?

A: This module offers flexible mounting options and can be installed on either DIN rails or panel mounts, making it adaptable for various electrical setups in industrial environments.

Q: What are the main benefits of the voltage protection features?

A: Overvoltage and undervoltage protection safeguard sensitive equipment and ensure stable, uninterrupted operation, minimizing downtime and protecting your investment in critical industrial processes.

Q: How does the cooling method contribute to module reliability?

A: The fan-cooled design helps maintain optimal temperatures, extending the lifespan of the module and ensuring it operates reliably even in demanding or high-temperature environments.

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