WEG CFW500 G2 (generation 2) Series AC Inverter for 0.18kW (0.25HP) 400V 3 Ph motor in VxF or Sensorless Vector control to 1A. Converts fixed frequency three phase 400V input to variable frequency three phase 400V to control the speed of a standard AC induction motor.
0.18kW, 1A with 150% overload for 60 seconds or 200% for 3 seconds
Size A: 75mm Wide x 150mm Deep x 189mm High (xxxH with Cable Shielding Kit Fitted). IP20
Weight: 0.8kg.
Speed Control Range: 0-500Hz
Braking: None
Standard IO plugin module included. Other modules are available – see linked products below.
1 Analogue Input, 4 Digital Inputs, 1 Analogue Output, 1 Digital Output, 1 Relay Contact set, Terminals for RS485 Modbus RTU Communications.
Programmable via PC using free Superdrive G2 software (USB IO module required - see linked products below).
Input Current: 1.2A
Input Voltage: 380-480V Three Phase +10% -15% at 50-60Hz (48-62Hz)
EMC Compliance: integrated filters to IEC EN61800-3 Category C2 (Industrial and restricted domestic). Can be disabled if required via a switch on the side of the unit.
Cubicle mount.
Rated 40°C Ambient.
Ventilation space in front: 30mm, above: 15mm, below: 40mm, at sides: 0mm.
Heat Loss at max output: 20W
Mounting via 4 x slotted holes at rear for M4 bolts on 50mm x 175mm centres.
Supplied with Cable Shielding kit. Allows Motor and Power cables to be correctly terminated.
Extended Warranty Available: When purchased with a WEG W22 Motor (see linked products below) the warranty for the motor and the AC Inverter can be extended to 3 years. Terms and Conditions apply, registration process is required.
G2 (generation 2) has the same dimensions and electrical connections as the first generation (see linked products below) and is fully compatible with existing accessories. Generation 2 adds an additional port for an optional STO/SS1 plug-in module (see linked products below).
Manufacturer part number is CFW500A01P0T4NB20C2G2, 15572697 or CFW500A01P0T4NB20C2H00G2 / 15572818 (without control card)
Download the WEG CFW500 Manual, Parameter Reference and Programming Guide from the links below:-