Main characteristics

• Output current from 1.0 to 211 A (0.25 to 175 cv / 0.18 to 132 kW);
• Single-phase or three-phase supply voltage 200-240 V or 380-480 V;
• Scalar Control (V / F), Vector Control (VVW), Sensorless Vector or Vector with Encoder Control and Permanent Magnet Motor Control (VVW PM);
• Selectable plug-in modules;
• Plug and Play philosophy;
• Built-in operating and programming interface (HMI);
• Built-in RS485 port (in any selected plug-in module);
• Pump Genius: functions dedicated to driving pumps;
• Safety Function: STO and SS1 level SIL 3 / PLe;
• SoftPLC - built-in PLC functionalities;
• Braking IGBT (available from frame B);
• 3C2 or 3C3 protection class for application in environments with corrosive chemicals;
• IP20 (standard) and NEMA1 (optional) protection ratings;
• Fan with quick exchange system;
• Internal RFI filter (optional);
• USB communication port (CFW500-CUSB accessory);
• Free WLP and WPS programming software application available at  Softwares.

Flexibility and Performance

The CFW500 has a modern design, and it can be selected according to the application requirements, providing flexibility with excellent performance. In the plug-in module version, the CFW500-IOS module comes with the VSD. In the version without plug-in module, the desired plug-in module may be selected (always one plug-in module per VSD). All plug-in modules have built-in RS485 Modbus-RTU.

The installation of the CFW500 is simple, and its configuration and operation is intuitive with the navigation menus of the operating interface (HMI) with built-in LCD display. Using the flash memory module, it is possible to download the existing setting from one CFW500 to other units without powering them up.

Features

• Password to protect the parameters J Special engineering units (RPM, ºC, Nm, mA, %, kW, kWh, among others)
• Backup of all parameters (via WPS software, memory card or memory of the CFW500)
• Possibility to save up to two different settings on the memory of the CFW500
• Setting of the switching frequency according to the application requirements
• Speed reference via electronic potentiometer
• Multispeed with up to eight programmable speeds
• Slip compensation
• Manual or automatic torque boost (V/F scalar mode) or self-adjustment (VVW vector mode)
• Acceleration/deceleration ramps
• "S" type ramp
• DC braking
• Internal dynamic braking (frame size B and biggers)
• PID controller to control processes in closed loop
• Flying start / Ride-through
• Sleep mode
• Skip frequencies or frequency ranges function
• Overload and overtemperature protection
• Overcurrent protection
• DC link voltage supervision
• Fault log