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The 1336F-BX040-AA-EN-GM1-L6 from Allen Bradley, part of the 1336 PLUS II series, is designed as an AC frequency inverter. It operates with a maximum output current of 40 A under variable torque conditions and employs a 3-phase input configuration.
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| Manufacturer | Allen Bradley |
|---|---|
| Product Type | AC frequency inverter |
| Product Line | 1336 PLUS II Drives |
| Part Number | 1336F-BX040-AA-EN-GM1-L6 |
| Weight | 70.00 lbs (31.75 kg) |
| Output Current | 40 A (VT duty) |
| Input Voltage | Special Rating |
| Phase Type | 3-phase input |
| Enclosure | IP20 / NEMA 1 |
| Overload Capacity | 115% for 60 seconds (VT) |
| Ambient Range | 0°C to 40°C |
| Altitude Rating | Max 1000 m without derating |
| Control Input Type | 115 VAC logic |
| Communication Option | Single-node Remote I/O |
| Carrier Frequency | 2–8 kHz (4 kHz base) |
| Output Frequency Range | 0–400 Hz |
| Efficiency | Up to 97.5% |
| PWM Type | Sine-wave modulated |
The Allen Bradley 1336F-BX040-AA-EN-GM1-L6 is an AC frequency inverter built for industrial applications. Operating with a 3-phase input, it is specifically capable of delivering an output current of 40 A under variable torque duties. This model has an overload capacity permitted for 60 seconds at 115% for variable torque conditions.
The device is rated for a special voltage input and is fittingly housed within an IP20/NEMA 1 enclosure. It can perform in ambient conditions ranging from 0°C to 40°C, with an accompanying altitude capability of up to 1000 meters without derating performance.
Control logic for this inverter allows 115 VAC input type, facilitating easy integration into existing systems. Communication is accomplished via a single-node Remote I/O option, which aids in simplified system monitoring and control.
Operating over a frequency range, the inverter allows output frequencies from 0 to 400 Hz and utilizes a carrier frequency spanning from 2 kHz to 8 kHz, with a typical operation set at 4 kHz. The design ensures high efficiency with maximized performance ratings going up to 97.5%. The output is modulated in a sine-wave pattern, enhancing motor performance and reducing electrical noise.