Product Overview
Product Overview
Allen-Bradley 1336F-B015-AA-EN-HCS2-LA2 is a Adjustable Frequency 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: Adjustable Frequency Drive
- Power: 15 Horsepower
- Enclosure: NEMA Type 1
Application & Compatibility
The Allen-Bradley 1336F-B015-AA-EN-HCS2-LA2 adjustable frequency drive is a digital type of adjustable frequency drive. It is part of the Allen-Bradley 1336 PLUS II series of industrial drives. It comes with multiple protection features that include undervoltage, overvoltage, overcurrent, ground fault, and overtemperature protection. The special functions on the 1336F-B015-AA-EN-HCS2-LA2 drive include the auto economizer, step logic, auto-tuning, traverse function, and process PI controller function, and the programmable features include the flying start, line loss restart modes, dynamic braking, DC injection braking, and the 3 skip frequencies. The HMI provides the users with updates about the drive’s status and fault conditions which allows for real-time preventive maintenance. The HMI is flexible and removable. It includes an LCD screen that makes monitoring and programming the drive easy. The 1336F-B015-AA-EN-HCS2-LA2 drive features a laminar bus design which helps to reduce internal inductance. The 1336F-B015-AA-EN-HCS2-LA2 drive is c-UL listed for dual Canadian and US certification. It is also CE certified. The input of the Allen-Bradley 1336F-B015-AA-EN-HCS2-LA2 1336 PLUS
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.
