AFW11 (Low Voltage)

 

Panel – Mounted Frequency Inverter- AFW11

Power supply: 380 – 690 V Output currents: 2.9 to 3,012 A Output power: 2.2 – 2,000 kW Optimized design Built-in CFW11 Frequency Inverter Built-in RFI suppressor filter Built-in ST0 and SS1 safety stop functions Built-in DC link inductor reduces harmonic distortion Real time clock (RTC) Built-in control and power input protection Allows the installation of CFW11 accessories Allows the installation of output filters Flexible solution, option for customized projects Robust structure with rigorous treatment and painting process Guarantee of performance and reliability with IEC 61439-1/2 tests

AFW11 – Low Voltage

The AFW11 is a Cabinet Built Variable Speed Drive solution in accordance with IEC 61439-1/2 construction requirements, with CFW11 frequency inverter built in panels.

Offering convenience and flexibility, the AFW11 can be mounted with optional accessories and engineered special customizations, according to the application requirements. The AFW11C is a compact and Self-Cooled version with simplified design to bring a simple and effective solution for three-phase electric motors control. AFW11M G2 modular drive is ideal solution to drive higher power motors. In addition, the resources, special functions, hardware and software features of the CFW11 VSD are available for the complete line: AFW11, AFW11C and AFW11M G2 solutions.

Customized Solutions

In addition to the standard AFW11 featured, WEG offers an ideal solution for your application, including other options and customizations on the AFW11 platforms. We have a project engineering team to develop the best solution according to the characteristics of different industrial applications.

Assembly Verification

To ensure safety, performance and reliability, electrical panels must be subjected to type testing, verification procedures and routine testing according to the guidelines of IEC 61439-1/2. Type tests, which are carried out by the original manufacturer and are mostly destructive, check the structure and performance of the panel. Routine tests, which are conducted after the assembly, check that the panel meets the requirements established in the design.