Home KEB F5 Combivert Axis Drive Series 20.F5.CDR-960A

20.F5.CDR-960A

Straightforward Pricing: No Rush Fees, No Credit Card Fees

Current response time:

3 Minutes 5 Seconds

The 20.F5.CDR-960A motor drive delivers 37 kW power and 52 kVA apparent power. It features an 8 kHz switching frequency, integrated filter, and braking transistor for efficient operation.

Preparing your secure checkout page...

Description
Specs
FAQ

Product Description

The 20.F5.CDR-960A Motor Drive is developed by KEB to be integrated into industrial automation solutions of the F5 series. It has accurate motor control with a miniature frequency converter and more elements included. This drive comes with reliable performance, and operation efficiency, and is suitable for various motor applications. The inverter is designed to handle 3-phase input voltage at 400V thus appropriate for different industrial applications. Facilities consist of a braking transistor and a built-in filter and cooling by the heat sink.

The 20.F5.CDR-960A Motor Drive is fitted with a power rating of 37 kW. It has an apparent power rating of 52 kVA and is therefore capable of dealing with extra-dense tasks. The drive operates at 430 VAC voltage, and 50/60 Hz frequency. Its switching frequency is specified at 8 kHz to ensure quiet and harmonically efficient switching. The unit has the adjustment ability of a short-time current limit of up to 150% and an over current of up to 180 % to provide better protection to the circuits against overload. The 20.F5.CDR-960A Motor Drive is designed to be easy to install and very low maintenance to provide a long service life. The braking transistor is incorporated into the drive to provide higher motor coast-down rates resulting in increased system efficiency.

The 20.F5.CDR-960A Motor Drive has an R-type housing safeguarding it from harsh conditions and delivers performance in standard conditions. Cooling is done by way of a heat sink that ensures that heat produced during operation is well conducted away. Since it has a quite small form factor, this interconnect device should not pose any integration issues with already existing systems. Another feature of the device is the presence of an integrated filter, which also contributes to the reduction of electrical noise.

20.F5.CDR-960A Technical Specifications

Frequency:	1600Hz
Switching frequency:	8 kHz
Short time current limit:	1.5
Overcurrent limit:	1.8
Output Power:	52KVA
Rated Power:	37kW
Poles:	2/4P
Frequency Range:	50/60Hz
Inverter size:	20
Internal options:	braking transistor and integrated filter
Control type:	Compact (controlled frequency inverter)
Housing type:	R

Frequently Asked Questions about 20.F5.CDR-960A

Q: How does the braking transistor benefit 20.F5.CDR-960A?

A: The braking transistor in the 20.F5.CDR-960A improves deceleration speed, enhancing overall system efficiency. It helps reduce mechanical stress and prevents overloading during motor shutdown.

Q: Why is the integrated filter included in the 20.F5.CDR-960A?

A: The integrated filter reduces electrical noise, improving motor system performance. It also minimizes harmonic distortion, leading to smoother operation and energy efficiency.

Q: How does the heat sink cooling in 20.F5.CDR-960A improve performance?

A: The heat sink cooling ensures optimal temperature control during operation. It enhances drive reliability by preventing overheating, even under demanding industrial conditions.

Q: What is the significance of the 8 kHz switching frequency in 20.F5.CDR-960A?

A: The 8 kHz switching frequency minimizes electrical noise and harmonic distortion. It provides smoother motor control, improving system stability and efficiency.

Q: Why does 20.F5.CDR-960A support both 50 Hz and 60 Hz?

A: The 20.F5.CDR-960A is versatile, supporting both 50 Hz and 60 Hz for global compatibility. This feature ensures it can operate in various industrial environments worldwide.

Internal Product Review

‘‘The 20.F5.CDR-960A motor drive offers 37 kW power and 52 kVA apparent power. It features an 8 kHz switching frequency, integrated braking transistor, and filter. This drive ensures stable, efficient performance, making it ideal for demanding industrial automation tasks.’’