Product Description

The Allen‑Bradley 1336F-BRF50-AA-EN-HAS2 is a high-performance industrial AC variable frequency drive belonging to the classic 1336 Plus II series developed by Rockwell Automation. Designed for precise motor speed regulation and energy-saving control, it serves as a core power conversion and motion control unit for industrial AC motor systems. It undertakes AC power frequency conversion, torque adjustment, motor speed regulation and equipment operation protection tasks, providing stable, efficient and reliable variable speed drive support for various industrial mechanical equipment and automated production processes.

Adopting advanced vector control technology and optimized PWM power conversion architecture, this frequency drive features excellent dynamic response, high control accuracy and low-speed torque stability. It supports flexible parameter configuration to adapt to constant torque and variable torque load scenarios, effectively improving motor operating efficiency and reducing equipment energy consumption. Built-in comprehensive overvoltage, overcurrent, overload, over-temperature and stall protection mechanisms can quickly respond to abnormal operating conditions to protect motors and mechanical equipment. Equipped with complete operating status monitoring, fault self-diagnosis and alarm output functions, it facilitates on-site debugging and daily maintenance. With outstanding EMC anti-interference performance, wide environmental adaptability and rugged industrial structural design, it supports 24/7 uninterrupted long-cycle stable operation for industrial motor drive systems.

Main Specifications

1. Full Part Number: 1336F-BRF50-AA-EN-HAS2; Product Type: 1336 Plus II series industrial AC variable frequency drive
2. Applicable System: Industrial AC asynchronous motor drive systems, automated production lines and mechanical transmission equipment
3. Core Function: AC frequency conversion regulation, motor speed control, torque optimization, energy-saving operation and fault protection diagnosis
4. Control Technology: High-precision vector control and PWM pulse width modulation for stable and smooth motor operation
5. Load Adaptability: Compatible with constant torque and variable torque industrial load working conditions
6. Operating Performance: Fast dynamic response, low-speed high-torque output and low operation jitter
7. Communication Compatibility: Supports standard industrial communication protocols for system networking and remote monitoring
8. Protection Mechanism: Integrated overvoltage, overcurrent, overload, over-temperature, stall and short-circuit multi-dimensional safety protection
9. Diagnostic Mechanism: Full-time operating status monitoring, real-time fault code display and abnormal alarm output
10. Energy-Saving Performance: Optimized frequency conversion algorithm to effectively reduce no-load and light-load energy consumption
11. Anti-Interference Ability: Industrial-grade EMC electromagnetic compatibility design to adapt to complex electromagnetic working environments
12. Environmental Performance: Wide-temperature operating range, vibration-resistant and dust-proof industrial structure
13. Matching Performance: Perfect adaptive control for standard industrial AC asynchronous motors
14. Structural Feature: Integrated compact cabinet design for convenient installation, parameter debugging and routine maintenance
15. Reliability: Industrial certified rugged design for long-cycle uninterrupted industrial motor drive operation tasks

Core Functions

1. Act as the core variable speed drive and power regulation unit for industrial AC motor automation systems.
2. Realize stepless precise speed regulation and stable torque control of AC motors to meet diverse process requirements.
3. Optimize motor operating status through frequency conversion adjustment to achieve efficient energy-saving operation.
4. Provide comprehensive safety protection for motors and transmission equipment to avoid abnormal damage caused by load fluctuations.
5. Support system networking communication and remote parameter monitoring to realize intelligent equipment management.
6. Guarantee long-term stable, low-fault and high-efficiency operation of industrial mechanical drive systems.

Application Scenarios

1. Industrial factory automated production line motor speed regulation and transmission control systems
2. Petrochemical, chemical and process industry pump and fan energy-saving frequency conversion control scenarios
3. Metallurgy, mining and heavy industry mechanical equipment variable torque drive platforms
4. Building ventilation, water supply and central energy-saving control frequency conversion systems
5. Replacement and upgrading of aging Allen‑Bradley 1336 series industrial frequency drives