Control Techniques Commander C200 series AC Inverter for 7.5kW (10HP) 400V 3ph motor in VxF or sensorless vector control to 17A. Converts fixed frequency 400V three phase input to variable frequency 400V three phase for a standard AC Induction motor.
Size 4: 115mm wide x 175mm deep x 277mm high; IP20
Mounting via 4 x 6mm diameter holes at rear on 86mm x 265mm centres
Weight: 3.13kg.
Overload: 150% x 60 seconds
Speed Control Range: 0-550Hz
Dynamic Braking (DBr): Internal Brake Switch fitted. (does not have to be used; available if required)
100% duty into 50 Ohm, maximum 80 Ohm external resistor (not supplied). See linked products below for compatible resistor.
Fixed keypad, 2 Analogue Inputs, 4 Digital Inputs, 1 Analogue Output, 1 Digital Input/Output, 1 Relay Contact (normally open). 1 Option Card Slot. Can be commissioned via PC using free Connect software and optional RS485 communications adapter and cable (see linked products below).
STO: Not available on this model.
Onboard PLC included. Programmable via PC using free CODESYS-based Machine Control Studio software and optional RS485 adapter and cable.
Input Current: 18.5A
Input Voltage: 380V-480V Three Phase ±10% at 50-60Hz ±5%
Earth Leakage for EMC: 13.3mA at 50Hz
EMC Compliance: IEC EN 61800-3 Category C3 (Industrial) for cable lengths to 10m.
Cubicle mount.
Ambient operating temperature to 40°C.
Ventilation space in front: [not specified], above and below: 100mm, at sides: 0mm (between drives).
Heat Loss at max output: 202W (at rated ambient temperature and default switching frequency).
5 Year Warranty: A 5 year warranty is available on this product. Registration is required please see linked file below for registration details.
Manufacturer part number is C200-04400170. Replaces M200-04400170 and Commander SK part no SKD3400750. Previously marketed as Emerson Control Techniques, a division of Emerson. Now sold as Nidec Control Techniques, part of the Nidec group.
Full Part Code: C200-04400170A10101AB100
Download the CT Commander C200 Quick Start, Installation and Control guides from the links below:-