Home KEB F4 Combivert Frequency Inverter Series 19.F4.C0H-3420

19.F4.C0H-3420

Straightforward Pricing: No Rush Fees, No Credit Card Fees

Current response time:

3 Minutes 15 Seconds

The 19.F4.C0H-3420 frequency inverter delivers a power output of 30 kW, handles a nominal current of 60 amps, supports a peak current of 90 amps for 30 seconds, and supports three-phase voltage at 3 x 400 V 50/60 Hz. Part of the F4 Combivert Frequency Inverter Series by KEB, it is designed with standard cooling.

Preparing your secure checkout page...

Description
Specs
FAQ

Product Description

This powerful 19.F4.C0H-3420 frequency inverter from KEB’s renowned company is a high-performance industrial inverter designed to handle demanding applications. KEB focuses on developing innovative industrial systems that offer top-quality motor drives, accurate motion control and efficient power solutions for challenging domains around the world.

This 19.F4.C0H-3420 frequency inverter works with a supply voltage of 3-phase 400V and an input current of 66A. It can deliver exceptional reliability and efficiency with compact screw terminals for secure electrical connections. It also contains an LED indicator feature for convenient status monitoring which aids in simplifying operation and troubleshooting. Designed to drive motors up to 30 kW, this frequency inverter drive is capable of consuming a rated output current of 60A. Its impressive peak current capacity of 90A for up to 30 seconds ensures greater performance during short-term high-demand situations. This makes it an efficient choice for applications with speed motor systems. It is mainly engineered with advanced cooling systems that can rigorously handle high operational demands without overheating and aid in enhancing both safety and longevity. It is highly appreciated for use in industrial automation due to its peak performance under load and versatile operational frequency support.

This 19.F4.C0H-3420 frequency inverter holds dimensions of 297 x 340 x 255 mm that allow for easy installation even in several environments. It also supports input voltages of 3 x 400 V at 50/60 Hz by ensuring higher connectivity with standard industrial power systems. Each unit undergoes thorough functional testing, cleaning and a factory reset option when necessary to increase the device's functioning and reliability for the user. It needs to be installed at an elevation level of 1000 meters above sea level for the desired operation.

19.F4.C0H-3420 Technical Specifications

Power Rating:	30.0 kW
Protection:	IP54
Input Voltage:	3 x 400 V 50/60 Hz
Nominal Current:	60 A
Peak Current (30 Sec):	90 A
Dimensions (b X H X T):	298 x 340 x 255 mm
Humidity:	0.95
Temperature:	0 to 55 degrees centigrade
Storage Temperature:	-10 to 55 degrees centigrade
Installation:	Above 1000 m above sea level

Frequently Asked Questions about 19.F4.C0H-3420

Q: What is the maximum motor power supported by the KEB 19.F4.C0H-3420?

A: The KEB 19.F4.C0H-3420 supports motor power up to 30 kW, making it suitable for industrial applications requiring high-performance motor drives.

Q: What supply voltage does the KEB 19.F4.C0H-3420 operate on?

A: The inverter is designed for a 3-phase 400 V supply voltage, compatible with standard industrial power systems worldwide.

Q: What peak current can the KEB 19.F4.C0H-3420 handle?

A: It can handle a peak current of 90 A for up to 30 seconds, ideal for applications with short-term high-power demands.

Q: What cooling mechanism is used in the KEB 19.F4.C0H-3420?

A: The unit features standard cooling designed to maintain optimal performance during continuous operation in demanding environments.

Q: How does the KEB 19.F4.C0H-3420 ensure reliability under heavy loads?

A: With a peak current capacity of 90 A for 30 seconds, it manages short-term overloads without compromising performance.

Internal Product Review

‘‘The KEB 19.F4.C0H-3420 by F4 Combivert Frequency Inverter series excels in efficiency and reliability offering seamless 30kW power output with current handling. Its standard cooling and three-phase compatibility make it ideal for industrial applications. Users appreciate its durability, peak performance under load and operational frequency support.’’