NORDAC SK 500E-151-340-A INVERTER DRIVES

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NORDAC SK 500E-151-340-A INVERTER DRIVES Specification

Operating Temperature
-10C to +50C

Application
Industrial motor control, conveyor systems, pumps, fans

Rated Power
15 kW

Features
Integrated brake chopper, energy-saving, parameterizable I/Os, modular expansion

Output Type
Three-phase AC

Output Current
34 A

Noise Level
<70 dB(A)

Working Temperature
-10C to +50C

Current Range
0.5 A to 34 A

Rated Current
34 A

Power Supply
AC Power Supply

Power Factor
>0.98

Connector Type
Screw terminals

Cooling Method
Forced air cooling

Phase
Three-phase

Product Type
Inverter Drive

Output Power
15 kW

Output Frequency
0650 Hz

Input Voltage
380-480 V AC

Voltage Protection
Overvoltage, undervoltage, short circuit, overload protection

Efficiency
Up to 95%

Material
Die-cast aluminium housing

Line Regulation
0.1%

Storage Temperature
-25C to +70C

Weight
11.5 kg

About NORDAC SK 500E-151-340-A INVERTER DRIVES

Purchase the hot-selling NORDAC SK 500E-151-340-A Inverter Drive and unleash premier industrial control. This masterful device boasts an output power of 15 kW and pristine efficiency up to 95%. Featuring IP55 protection, robust die-cast aluminium housing, and advanced control methods (V/f and Sensorless Vector), it is perfect for demanding environments. Enjoy integrated status display, modular communication interfaces (RS-485, CANopen, Profibus), and superior safety with motor temperature monitoring, phase loss, and overload protection. Grab yours now for optimal performance and reliable motor management.

Reliable Industrial Motor Control for Diverse Applications

NORDAC SK 500E-151-340-A Inverter Drives are specifically designed for rigorous industrial use in motor control, conveyor systems, pumps, and fans. With wall or cabinet mounting options and integrated brake units, these drives suit both new setups and retrofit plant installations. Their adaptable control methods and expanded I/O support enable premier performance across repetitive and variable load environments, making them ideal for manufacturing plants, process automation, and logistics centers.

Payment, Supply, and Sample Policies to Fit Your Needs

We offer competitive pricing and freight options for the NORDAC SK 500E-151-340-A Inverter Drives. Our sample policy ensures reliable exchange opportunities: prospective buyers may request samples before committing. Flexible payment terms, including advance and exchange offers, cater to varying procurement requirements. The supply ability supports bulk orders, ensuring you receive pristine products quickly and efficiently for your plants operational continuity.

FAQs of NORDAC SK 500E-151-340-A INVERTER DRIVES:

Q: How can I mount the NORDAC SK 500E-151-340-A Inverter Drives in my plant?

A: These inverter drives allow for versatile installation, as they support wall or cabinet mounting, making them suitable for a wide range of industrial setups.

Q: What communication interfaces are supported by the NORDAC SK 500E-151-340-A?

A: This drive is equipped with RS-485, CANopen, and optional Profibus communication modules for seamless integration into modern control systems.

Q: When should I consider using the NORDAC SK 500E-151-340-A in my operations?

A: You should choose this drive for applications requiring efficient motor control, precise frequency tolerance, and robust protection in conveyor systems, pumps, or fan installations.

Q: Where can I benefit most from the energy-saving features of the NORDAC SK 500E-151-340-A?

A: Industrial environments with high motor loads, such as manufacturing and logistics facilities, benefit greatly from its energy-saving functions and 95% efficiency.

Q: What is the process for obtaining a sample of this inverter drive?

A: To request a sample, contact our sales team and they will guide you through our exchange policy and available sample offers tailored to your requirements.

Q: How does the integrated protection system enhance safety during operation?

A: The device provides comprehensive protection functions, including motor temperature monitoring, short-circuit, phase loss, and ground fault safeguards, ensuring premier operational safety.