OZIP-AFE10APA
![](https://oztekcorp.com/wp-content/uploads/2022/03/161118_Oztek_Products_OZIP-AFE10APA_DSC_7927.png)
Features
- 100 kW, 480 VAC 3-phase active front-end
- Low current distortion—IEEE 519 compliant
- Unity power factor
- Regulated DC link voltage with source/sink load capability
- Compact, open-frame construction
- Optimized grid interface filter
- Includes switchgear and cooling fans
- -40 to +45°C operation
- Easy setup via serial port with included Oztek Power Studio™ configuration tool
The module provides bidirectional power transfer between an AC power input and an intermediate DC link, while maintaining low distortion, sinusoidal AC line currents. It operates as a rectifier when transferring power from the AC line to the DC link, and as an inverter in the opposite direction.
Power StudioTM
Power Studio is a Windows-based GUI that can be used to easily configure and control the OZIP motor drive.
AFE/GTI Firmware
The AFE/GTI application firmware is designed for use with Oztek’s OZIP family of intelligent power modules. Intended for OEM applications, the OZIP-based AFE/GTI solution provides high performance and efficiency at a fraction of the cost of a packaged industrial solution.
- Low AC current harmonics – meets IEEE 519
- Improved power factor
- Active Front End (AFE) DC link control mode
- Grid-tie inverter (GTI) current control mode
- Voltage boost capability
- Pre-charge control
- CAN or Modbus RS-485 interface
The inverter can be configured to operate in AFE or GTI mode. In AFE mode the inverter regulates the DC bus voltage and can be used to power a common bus or single-drive applications that require AC line regeneration and/or low harmonics. GTI mode is generally intended for renewable applications. In general, there is a separately-controlled DC source and the inverter is used to control real and reactive current or power to or from the grid.
![](https://oztekcorp.com/wp-content/uploads/2022/03/Oztek-OZIP-AFE10APA-1024x891.jpg)
Specifications
DC Link Voltage (Operating)
850V Max
Maximum Continuous Phase Current
120Arms
Maximum Transient Load Current
240Arms
DC Output Continuous Current Capacity 45°C Ambient, VDC = 800 V 55°C Ambient, VDC = 800 V
+/- 125 ADC +/- 80 ADC
Outline Dimensions
868mm x 715mm x 257mm
Power Terminals
Compression, AWG 1/0-4
Control Connector
Pluggable terminal block, AWG 18-26
Operating Temperature Rated Capacity Reduced Capacity
-40°C to 45°C