ADDITIONAL DESCRIPTION Applications involving high inertia loads, when applied short time deceleration, a large amount of energy returns from the motor to the VSD. To handle this energy, reguilar VSDs have to dissipate it as heat in power resistors. Such resistors are usually large and some installation criteria must be considered due to their heat dissipation. As an alternative to the use of braking resistors, CFW11 features a special braking method in vector control mode known as Optimal Braking. This innovation delivers a high performance braking torque without requiring a braking resistor. The following graph shows the advantages of using Optimal Braking compared to other braking methods, thus ensuring an optimized and low cost solution for braking applications.
| enclosure | IP20 |
|---|---|
| rated current (hd) | 560 |
| input phases | Three-phase |
| rfi filter | With filter (C3 category) |
| power supply | 380-480 V |
| electronic supply | Internal |
| dynamic braking | Standard without braking |
| safety stop | No |
| configuration | Basic |
| rated current (nd) | 720 |
| Unidad | piece |
| Cantidad mínima | 1 |
| Incremento de cantidad | 1 |
| Fabricante | WEG Electric |
| Vendor SKU | 1315029 |
| Lead Time | 1 day |