Product Overview
Product Overview
Allen-Bradley 1336F-B030-AE-EN-HCS1-L6 is a Motor Control Drive used in industrial automation systems. It belongs to the 1336 PLUS II Drives family.
Product Highlights
- Product Line: 1336 PLUS II Drives
- Product Type: Motor Control Drive
- Power: 30 Horsepower, 22 Kilowatts
- Enclosure: NEMA Type 1/EMC
Application & Compatibility
The 1336F-B030-AE-EN-HCS1-L6 drive has been manufactured by Allen-Bradley in the 1336 PLUS II product line to control the operating speed of industrial motors. The 1336F-B030-AE-EN-HCS1-L6 drive is also known as an adjustable frequency drive because its output frequency levels are adjustable and they are able to be used to adjust the speed levels of a motor gradually without causing friction or component damage. The drive’s adjustable frequency can also be used to adjust the motor’s torque levels, and if the motor has advanced or complicated torque requirements, the 1336F-B030-AE-EN-HCS1-L6 drive can use its sensorless vector control algorithms to meet those torque requirements. The 1336F-B030-AE-EN-HCS1-L6 drive’s sensorless vector control algorithms make it possible for a motor which is operating at a very low speed to operate with a higher torque level than it could normally support at that low speed. The drive can also use sensorless vector control to provide motors with advanced acceleration control and to accelerate large motors. Another control option that is available in the Allen-Bradley 1336F-B030-AE-EN-HCS1-L6 1336 PLUS II drive is the Volts/Hertz control option. T
Always verify the exact part number, electrical ratings, control options, and installed system compatibility before installation.
Condition
This item is new surplus inventory and has never been installed in an industrial environment. Original manufacturer packaging may not be available. The unit may show minor shelf wear from storage or handling. Backed by a 2-Year warranty, this component is ready for industrial use, spare inventory, system expansion, and replacement applications.
