32456 results
Allen Bradley / Drives / PowerFlex 753
This AC drive delivers an impressive output current of 361 A and has a robust power rating up to 300 HP under normal duty and 250 HP for heavy-duty applications, translating to approximately 220 kW. It utilizes an air-cooled system housed in an open-style enclosure rated IP20/IP00, providing flexibi
Allen Bradley / Drives / PowerFlex 700
This model is intended for use in controlled indoor environments. It has an overcurrent trip function set at 200% of the rated current, enhancing its protective features. The drive is equipped with a user-friendly LCD panel and numeric keypad for easy interaction. The control system is based on vect
Allen Bradley / Drives / Kinetix 5100
The 2198-E1015-ERS drive is an Ethernet servo drive. It is a single-axis drive that belongs to the Allen Bradley Kinetix 5100 product line. Kinetix 5100 systems include single-phase and three-phase standalone configurations. The input voltage can be single-phase or three-phase: 120 Volts AC input vo
Allen Bradley / Drives / 1305 AC Drives
This drive has a horsepower rating of 0.5 HP and can output a current of 2.3 A. Its frequency range extends from 0 to 400 Hz, suitable for various motor requirements. The HIM includes digital up-down keys for simple operation, and the device's enclosure is rated IP 30 (NEMA Type 1) for moderate prot
Allen Bradley / Drives / PowerFlex 755
This model is rated for cabinet standards of IP00, IP20, NEMA Open, and NEMA 1, ensuring adaptability for various installation types. The drive features a standard jumper-installed common mode capacitor setup for straightforward installation and does not include a dynamic braking circuit or a door-m
Allen Bradley / Drives / PowerFlex 700
This adjustable frequency drive supports vector control with DPI and has an I/O voltage rating of 24V DC. It includes both an emissions filter and emissions choke, enhancing its operational efficiency. The enclosure is rated IP20, offering basic protection against dust and solid objects. There is no