CFW100A01P6S220G2

Weg CFW100 G2 (Generation 2) is a single phase input variable frequency drive that was designed for simple applications from 1/4 to 1hp.

The compact size, built-in HMI and Soft PLC, along with a number of plug-in options, make this a great drive for single phase applications.

• Available in .25, .5 and 1hp
• Single phase power supply, see description for voltages
• DIN rail or surface mounting
• Vector VVW or V/F control
• Built-in HMI
• 150% overload for 1 minute every 10 minutes
• 4 digital inputs
• IP20
• Options include analog input and relay output
• cUL, CE

Generation 2 was made available in 2020.

Marshall Wolf Automation is your authorized WEG distributor!

Series Features Include:

• Output current 1.6 A; 2.6 A and 4.2 A (0.25; 0.5 and 1 cv)
• Single-phase power supply - 220 V
• Vector (VVW) or Scalar (V/F) control
• Plug-and-play functionality
• Built-in operating interface (HMI)
• Digital inputs
• Surface mounting (with PLMP accessory) or DIN rail mounting
• Degree of protection IP20 (standard)
• Removable external fan
• Fault or alarm diagnosis
• Electronic protection against motor overload
• Free softwares WPS and WLP

Technical Information:

• Weg CFW100A01P6S220G2 Datasheet
• Weg CFW100 Mini Drive Brochure
• Weg CFW100 Micro Drive Quick Installation Guide
• Weg CFW100 Micro Drive User's Manual
• Weg CFW100 Micro Drive Quick Reference of Parameters, Alarms and Faults
• Weg CFW100 Micro Drive Programming Manual
• WEG LV Variable Frequency Drives and Soft Starters Product Catalog

Options Technical Information:

• WEG CFW100 Micro Drive BACnet User's Manual

Application Notes and White Papers:

• Weg "Choosing a Variable Frequency Drive or Soft Starter Based on Your Application Need" Whitepaper
• Weg System Automation Solutions

Want to learn more?

• Weg Variable Frequency Drives
• Why is WEG Pump Genius Software desired?
• VFD Temperature Guide
• What VFD should I use with my pump?
• A Simple Explanation: The Difference Between a Soft Starter and a Variable Frequency Drive
• What does VFD really mean?
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