Product Overview
Product Overview
Allen-Bradley 1336F-A010-AN-EN-HCS2-L9E is a Industrial Component used in industrial automation systems. It belongs to the 1336 PLUS II Drives family.
Product Highlights
- Product Line: 1336 PLUS II Drives
- Voltage: 200 to 240 Volts AC
- Power: 7.5 Kilowatts (10 Horsepower)
- Enclosure: IP 00 (Open)
Application & Compatibility
The product code 1336F-A010-AN-EN-HCS2-L9E is reserved for an Allen-Bradley/Rockwell Automation 1336 Plus II series AC drive that operates on power sources rated at 200 to 240 Volts AC. The 1336F-A010-AN-EN-HCS2-L9E drive features sensorless vector control that gives it an advanced level of torque performance with up to 250% torque, and various other enhancements in regard to overall drive performance. The drive’s high torque ratings allow it to be incorporated into systems that move different-sized loads. The 1336F-A010-AN-EN-HCS2-L9E drive also supports selectable Volts per Hertz control in addition to sensorless vector control. The selectable Volts per Hertz control mode provides the drive with complete operating functionalities through functions like the boost slope, start boost/run boost, and the Volts per Hertz control operation in a full custom mode. The Allen-Bradley/Rockwell Automation 1336F-A010-AN-EN-HCS2-L9E 1336 Plus II series drive is ideal for monitoring, controlling, and programming applications in an AC motor system. It reduces the risks of system faults that can stop or damage the entire system for a long period of time because it includes a variety of protectiv
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.
