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This AC drive operates effectively within a temperature range of 0°C to 40°C and can manage humidity levels of up to 80% without condensation. It is rated for a voltage input of 690V AC and 932V DC, a
The Allen-Bradley/Rockwell Automation PowerFlex 755 AC drives are designed to provide high performance, ease of use, and application flexibility. To provide these functionalities, the PowerFlex 755 drives support a variety of hardware and multiple control options as well as optional embedded safety capabilities. These drives are manufactured to be used on the industrial floor to control motors. The PowerFlex 755 drives can be interfaced with applications such as conveyors, pumps, and fans. For the AC drives to be interfaced with a variety of industrial communications networks, they support the integrated motion on EtherNet/IP modules that help to connect the PowerFlex 755 AC drives to linear, star, and ring topologies. The configuration parameters for these drives can be automatically downloaded onto replaced drives from Logix controllers through the Automatic Device Configuration feature.
Drives in the PowerFlex 755 series support different voltage and power ranges. For example, these drives accommodate a voltage of between 200 Volts AC and 240 Volts AC, 380 Volts AC and 480 Volts AC, or of 600 Volts AC, with the highest voltage rating being 690 Volts AC. Drives in the PowerFlex 755 series can be mounted in either IP 00, IP 20, NEMA/UL type open, flange-mounted, or IP 54 NEMA/UL type 12 rated enclosures. Additionally, the PowerFlex 755 AC drives support different types of control. The available control options include vector control with FORCE technology, Volts per Hertz control, permanent magnet motor control, and sensorless vector control. Note that the Allen-Bradley PowerFlex 755 AC drives accommodate pre-engineered power option bays that provide a cost-effective solution for popular power options. Drives in this family are programmed and configured by using DriveTools software, an LCD human-machine interface module, the Connected Components Workbench software, or the SP software. However, the LCD interface is an integral part of the PowerFlex 755 AC drives.
Browse available units in our catalog of PowerFlex 755.
This AC drive operates effectively within a temperature range of 0°C to 40°C and can manage humidity levels of up to 80% without condensation. It is rated for a voltage input of 690V AC and 932V DC, a
Designed to function effectively with a current rating of 263 A, this drive operates on a three-phase system with a rated frequency of 60 Hz. Rated for normal duty power at 250 kW and heavy duty at 20
This AC drive supports 3-phase input and reaches normal duty power of 400 kW and heavy duty power of 315 kW. Designed to function at a rated frequency of 60 Hz, it operates effectively in environments
This drive operates efficiently at a voltage of 480V AC and 650V DC. It requires a 3-phase input and is rated for 60 Hz frequency. The unit can function within temperature parameters from 0°C to 40°C
Configured for 50/60 Hz input frequency, this drive provides several control methods, including V/Hz, SVC, and FVC. Its enclosure meets IP20 and NEMA Type 1 standards, and it includes protection again
This model operates with an input of AC voltage and has a peak DC bus voltage of 650 VDC. The drive supports a maximum output current of 430 Amps and is housed within an enclosure rated IP20, complyin
Designed for high efficiency, this AC drive achieves a 97.50% efficiency rating while maintaining a displacement power factor of 0.98. The drive's interior includes a door-mounted enhanced LCD display
This PowerFlex 755 drive unit utilizes an AC input configuration with precharge capability but does not feature DC terminals. The design complies with IP20/IP00 ratings, falling under NEMA/UL Type Ope
Designed to handle 192 A under normal duty, this drive can deliver up to 75 HP and 56 kW of output power. With IP00 and IP20 enclosure ratings, it allows for flexible installation options. The device
This drive is structured with an input power design featuring AC inputs and a preset jumper for the common mode capacitor. It can handle currents up to 12 A and offers a dynamic braking function via a