174660.00 Leeson Vector VFD Drive 5HP 208-240V 6AMPS 3 Phase

Leeson Speedmaster 4 Series Inverters are leaders in the motor control industry. Utilize three phase input and output power for your motor control application, including HVAC, machinery, conveying systems, and food processing. This Leeson VFD is for use with AC vector motors with open loop flux vector design. Leeson Drives are easy to setup and operate. Enjoy a comprehensive range of programming methods and commands; eight preset speeds; and a comprehensive range of programming options.

More features for the Leeson 174660 Motor Drive include:

• NEMA 4 IP65 Enclosure
• Modes of operation include Open loop flux vector (speed or torque); V/Hz (constant or variable); Enhanced V/Hz with auto-tuning
• User friendly keypad & Display 6-Button Interface
• Acceleration/Deceleration Profiles: Two Independent accel ramps; Two Independent decel ramps; Linear or S-type; Auxiliary ramp-to-stop
• Output Frequency: 500 Hz Std., 1000 Hz optional
• Selectable Logic Assertion: Positive logic input (PNP current sourcing); Negative logic input (NPN current sinking)
• Loss of follower management
• Programming methods: Drive front; Optional remote keypad; TechLink software (leeson.com); or EPM programmer
• Speed commands: keypad, jog, floating point control
• Voltage: Scalable 0-10 VDC
• Current: Scalable 4-20 mA, potentiometer,
• 8 Preset speeds
• Process control: PID modes: direct or reverse acting,
• PID sleep mode
• Voltage monitoring
• Current monitoring
• Real time monitoring: 8register fault history, software version drive network ID, DC bus
• Voltage (V), motor voltage (V), output current (%) Motor current (A), motor torque (%), power (kW) Energy consumption (kWh), heatsink
• Temperature(°C), 0-10 VDC input (user defined), 4-20 mA input (user defined) PID feedback (user defined), analog output (% load, %torque, kW), network speed (baud rate), terminal continuity, keypad status
• Elapsed run time (hours), elapsed power on time (hours)
• This item replaces Leeson 174732.00 / 174730.00