Power supply and regeneration units and active infeed converters

COMBIVERT R6 / H6-AIC / F5-AIC

Motor movement and regenerative processes take place in electric machines in order to ensure defined machine cycles. The generated energy is often burned up by braking resistors. KEB’s power supply and regeneration systems offer energy-optimised solutions for power compensation within a system, or direct regeneration of excess power in the supplying network.

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Power supply systems / Regeneration systems COMBIVERT R6

COMBIVERT R6

Power supply systems/Regeneration systems

You can find out more about the technical data of
COMBIVERT R6 power supply and regeneration systems here

COMBIVERT R6

Active-Infeed-Converter COMBIVERT H6-AIC

COMBIVERT H6-AIC

ACTIVE-INFEED-CONVERTER

You can find out more about the technical data of the
COMBIVERT H6 AIC active infeed converter here

COMBIVERT H6-AIC

Active-Infeed-Converter COMBIVERT F5-AIC

COMBIVERT F5-AIC

ACTIVE-INFEED-CONVERTER

You can find out more about the technical data of the
COMBIVERT F5-AIC active infeed converter here

COMBIVERT F5-AIC

COMBIVERT R6

Power supply and regeneration units

The R6 is a compact and cost-effective power supply and regeneration unit for industrial requirements. The mains-driven technology provides an unregulated, mains-dependent DC voltage for the DC supply. 

Highlights

  • A compact and cost-effective solution for the centralised supply and release of generated energy
  • Mains-driven power supply and regeneration unit
  • Can be used for the DC supply of several drives
  • High overload and regeneration in continuous operation
  • Can be combined with harmonic filters to ensure good network quality and reduced reactive power
  • Replaces braking resistors, reducing the risk of fire
  • Possible to operate several units in parallel
  • Also suitable for inverters made by third-party manufacturers

 

Technical data

Device variant COMBIVERT R6 3-phase 230 V 3-phase 400 V / 480 V
Regenerative power 10 kVA … 70 kVA 18 kVA … 934 kVA
Rated currents (DC) 32 A … 3 x 80 A 32 A … 3 x 590 A
Peak currents (60 s) … 2 x In … 2 x In

Product life cycle status

Documentation

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EU Declaration of Conformity R5
R0C
(pdf, 04.01.2019, 336 KB)
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EU Declaration of Conformity R6
R0H
(pdf, 12.07.2017, 336 KB)
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UK Declaration of Conformity R5
R0A
(pdf, 17.10.2022, 454 KB)
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UK Declaration of Conformity R6
R0A
(pdf, 17.10.2022, 454 KB)
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EPLAN R6
V01
(zip, 26.12.2016, 3 MB)
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EPLAN R6 NFPA
V01
(zip, 16.04.2018, 37 KB)
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Application manual R6-S 1.4
Rev.1B
(pdf, 13.08.2018, 4 MB)
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Installation manual R5-C Power Supply Unit
Rev.1D
(pdf, 15.09.2020, 1 MB)
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Installation manual R6-N Housing E
v03
(pdf, 26.08.2022, 3 MB)
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Installation manual R6-S Housing E
v00
(pdf, 21.09.2022, 3 MB)
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Installation manual R6-S Housing P
Rev.1L
(pdf, 28.08.2018, 4 MB)
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Installation manual R6-S Housing R
Rev.1N
(pdf, 28.08.2018, 3 MB)
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Installation manual R6-S Housing R v2
v01
(pdf, 24.02.2023, 3 MB)
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Instructions for use F5 AFE
V04
(pdf, 11.08.2021, 5 MB)
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Programming Active Front End Housing V
V02
(pdf, 08.12.2017, 4 MB)
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Programming manual F5 AFE
V01
(pdf, 12.10.2021, 2 MB)
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Programming manual R6-N 1.3
V01
(pdf, 09.12.2019, 4 MB)
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Setup COMBIVIS (version 6.7.1)
(exe, 13.04.2022, 2 GB)
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Software Protocol monitor
4.1
(zip, 03.09.2017, 654 KB)

COMBIVERT H6-AIC

ACTIVE-INFEED-CONVERTER

The COMBIVERT H6 AIC provides sinusoidal network supply and network regeneration with “PFC” (power factor correction) and acts as a voltage boost converter. It can be used in applications with a temporary or continuous mains supply when regeneration and a stabilised, controllable intermediate circuit voltage is required. The increased DC intermediate circuit voltage results in an extended speed range and therefore more torque in the field weakening range.

Highlights

  • Central power supply and regeneration for the H6 multi-axis system
  • Sinusoidal supply and regeneration with reactive power compensation
  • Power factor correction (PFC) and cos φ regulation
  • High-quality filter systems with common mode rejection 
  • Stabilised, controlled DC voltage
  • Boost converter function and intermediate circuit stabilisation for improved motor efficiency → extended speed range and more torque in the field weakening range

 

Technical data

Device variant COMBIVERT H6-AIC 3-phase 400 V  
Power 11 kVA … 173 kVA  
Rated currents (DC) 16.5 A … 250 A  
Peak currents (60 s) … 2 x In  

Product life cycle status

Documentation

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DXF-Drawing H6 100mm Supply Module
(dxf, 27.05.2019, 839 KB)
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DXF-Drawing H6 300mm Supply Module
(dxf, 27.05.2019, 1 MB)
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G0H6000-C024 KEB-COMBIVERT
(STEP, 27.05.2019, 5 MB)
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H6 100mm AFE
(dxf, 27.05.2019, 655 KB)
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H6 100mm AFE Heat sink
(jpg, 27.05.2019, 111 KB)
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H6 100mm AFE Heat sink
(STEP, 27.05.2019, 4 MB)
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H6 200mm AFE
(dxf, 27.05.2019, 666 KB)
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H6 300mm AFE
(dxf, 27.05.2019, 1 MB)
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H6 50mm Charging
(dxf, 27.05.2019, 1 MB)
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CCC Declaration
01/23
(pdf, 20.04.2017, 369 KB)
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EU Declaration of Conformity H6
R0G
(pdf, 21.02.2020, 336 KB)
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UK Declaration of Conformity H6
R0A
(pdf, 17.10.2022, 454 KB)
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EPLAN H6
V01
(zip, 26.12.2016, 16 MB)
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EPLAN H6 NFPA
V01
(zip, 16.04.2018, 137 KB)
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Installation H6 Rectifier Module
V03
(pdf, 07.01.2020, 6 MB)
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Manual C5/6, H6, P6 Interface CAN
V1A
(pdf, 17.02.2020, 593 KB)
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Programming Manual H6 Rectifier Module FW 1.2
V01
(pdf, 04.03.2019, 1 MB)
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Programming manual H6 supply unit 1.1
V00
(pdf, 21.08.2017, 1 MB)
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Quick start guide H6
V01
(pdf, 12.07.2019, 1 MB)

COMBIVERT F5-AIC

ACTIVE-INFEED-CONVERTER

The COMBIVERT F5 AIC provides sinusoidal network supply and network regeneration with “PFC” (power factor correction) and acts as a voltage boost converter. It can be used in applications with a temporary or continuous mains supply when regeneration and a stabilised, controllable intermediate circuit voltage is required. The increased DC intermediate circuit voltage results in an extended speed range and more torque in the field weakening range.

Highlights

  • Central supply and regeneration for universal applications
  • Sinusoidal supply and regeneration with reactive power compensation
  • Power factor correction (PFC) and cos φ regulation
  • High-quality filter systems with common mode rejection
  • Stabilised, controlled DC voltage
  • Boost converter function and intermediate circuit stabilisation for improved motor efficiency → extended speed range and more torque in the field weakening range
  • Can also be used with devices made by other manufacturers

Technical data

Device variant COMBIVERT F5-AIC 3-phase 400 V  
Input power 11 kVA … 1005 kVA  
Rated currents (DC) 16.5 A … 1,450 A  
Peak currents (30 s) … 1.8 x In  

Product life cycle status

Documentation

file-icon
EU Declaration of Conformity R6
R0H
(pdf, 12.07.2017, 336 KB)
file-icon
UK Declaration of Conformity R6
R0A
(pdf, 17.10.2022, 454 KB)
file-icon
EPLAN R6
V01
(zip, 26.12.2016, 3 MB)
file-icon
EPLAN R6 NFPA
V01
(zip, 16.04.2018, 37 KB)
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Installation manual R6-N Housing E
v03
(pdf, 26.08.2022, 3 MB)
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Instructions for use F5 AFE
V04
(pdf, 11.08.2021, 5 MB)
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Programming Active Front End Housing V
V02
(pdf, 08.12.2017, 4 MB)
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Programming manual F5 AFE
V01
(pdf, 12.10.2021, 2 MB)
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Programming manual R6-N 1.3
V01
(pdf, 09.12.2019, 4 MB)
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Download F5 AFE Filter
(zip, 11.05.2018, 15 KB)
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Download H6 AFE Filter
(zip, 20.12.2017, 6 KB)
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Setup COMBIVIS (version 6.7.1)
(exe, 13.04.2022, 2 GB)

Technology

Energy recovery

Rather than burning energy, why not harness it? With energy supply and recovery systems from our product range, machine and plant manufacturers are already optimising new machines during the design phase or creating a second phase of use for existing systems in retrofit manufacturing.

Energy recovery technology

EtherCat

EtherCAT is a global field bus standard that is suitable for all applications. Field bus communication, including safety technology, combines performance with universal availability – and is impressive due to its widespread market acceptance. Inexpensive and easy to implement, EtherCAT is the quickest industrial Ethernet technology. The communication profiles CAN over EtherCAT (CoE) and Ethernet over EtherCAT (EoE), as well as the CiA402 drive profile (IEC 61800-7), are integrated. Functional safety is also an integral component via FailSafe over EtherCAT (FSoE).

EtherCAT at a glance 

Profinet

The drive profile according to CiA402 provides a standardised platform for drive controller-based automation. This is achieved by means of the modes of operation specified in the profile, in particular through the Profile Position Mode. The resulting relief of the PLC and cost optimisation with direct, undelayed access to the application enable economical and high-quality application solutions – consistent and manufacturer-independent.

About PROFINET technology

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