The Weg CFW100 VFD is one of the smallest in the marketplace, measuring only 2.17 inches wide, and a frame size A height of only 3.94 inches.
The CFW100 series take in single-phase 110VAC or 220VAC and produces 230V 3-phase power to run electic motors from 1/4 HP up to 2 HP.
The drive is fully programmable and even has a built-in PLC that can programmed for special functionality.
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This is a quality Weg CFW100C04P2S220G2 VFD 4.2A 1HP 220 VAC Single-Phase Input, designed to keep you comfortable. The Weg CFW100C04P2S220G2 VFD 4.2A 1HP 220 VAC Single-Phase Input item has rib-knit cuffs, a diamondback logo at the front, and sublimated graphics at the back. The item is made of 100% polyester
A variety of I/O and
communication option are also available.
Features
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DIN-Rail Form Factor
Easily replace contactor/overload setup with VFD.
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Robust
Overload current to 150% for 60 seconds, Ambient Temp. to 50°C
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SoftPLC
Flexible customizable applications programmable with ladder logic
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PID Controller
Performance control based on parameter changes (pressure, flow, or other input)
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Communication Protocols
Modbus-RTU,CANopen, RS-485, Ethernet and other options
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Conformal Coated Circuits
Extends the life of electronic boards in corrosive environments, Class 3C2 oer IEC 60721-3-3.
Easily replace contactor/overload setup with VFD.
Overload current to 150% for 60 seconds, Ambient Temp. to 50°C
Flexible customizable applications programmable with ladder logic
Performance control based on parameter changes (pressure, flow, or other input)
Modbus-RTU,CANopen, RS-485, Ethernet and other options
Extends the life of electronic boards in corrosive environments, Class 3C2 oer IEC 60721-3-3.
Caldwell Electric can setup VFD parameters and develop custom PLC programs to fit your needs for a nominal fee.
A Note on HP:Â It is best to match a VFD drive to the motor based on nameplate current, rather than HP. This is because the
drive power electronics are rated by current.
To ensure the drive can handle the motor nameplate current, the drive’s current should be at least
as high as the full load amps of the motor.
Documentation
