The 1336 FORCE drive series by Allen-Bradley is a family of high-performance, field-oriented adjustable frequency AC drives that are designed to provide microprocessor control for a wide range of motion control systems. This drive family features built-in fault detection and protective features like stall detection, over-speed detection, ground-fault monitoring, heatsink temperature monitoring, auto DC bus voltage monitoring, peak output current monitoring, and programmable inverter and motor overload protection for enhanced performance and reduced maintenance costs. The 1336 FORCE drives offer 3-phase standalone drives with input voltage ranges from 200 to 600 Volts AC, and power ratings from 134 kVA to 694 kVA. The 1336 FORCE drives are available in 4 different frames with output ratings from 200 to 600 Volts AC and 1 to 650 Horsepower, and output current ratings from 2.56 to 673 Amps. The 1336 FORCE drives feature the high-accuracy field-oriented vector control that is software implemented, in addition to the standard sine-coded Pulse Width Modulation (PWM) and current regulated control.
The 1336 FORCE drive series offers speed regulation of up to 0.001% of the top speed and a torque regulation of ±5% of the rated motor torque. They also offer a power ride-through capability of 2 seconds max, the flying start capability, a programmable overload capability of up to 150% of the rated current for 1 minute maximum, a programmable current limiting capability of up to 200% of the rated output current, and programmable acceleration/deceleration times from 0 to 6553 seconds. Standard drive features include a real-time clock, non-volatile internal data storage, a SCANport interface, and simplified programming via the parameter table. The 1336 FORCE drives are also available with options like the analog adapter board, communication adapter board (for PLC communication), dynamic braking, AC motor contactor, and the feedback (Encoder) devices. They are available in IP 00, IP 20 (NEMA Type 1), and IP 65 (NEMA Type 4) rated enclosures, and they are designed for use within a 0 to 50 degrees Celsius temperature range.
Browse available units in our catalog of 1336 FORCE Drives.
This drive accommodates input frequencies between 50 and 60 Hz and permits output frequencies from 0 to 250 Hz. The IP00 rating indicates an open enclosure type, suitable for environments where protec
This adjustable frequency AC drive operates with input voltage options of 380V, 415V, or 460V AC and is designed for 3-phase systems. Its performance range is from a minimum frequency of 50 Hz to a ma
The Allen Bradley 1336T-R040-AN-GT0 drive is part of the Allen Bradley 1336T drive series with a power supply input voltage rating of 460 Volts AC and a power rating of 37 kilowatts with 40 Horsepower
With an output current of 27 Amps, the drive has different kVA outputs based on voltage: 17.8 kVA at 380V, 19.4 kVA at 415V, and 21.5 kVA at 460V. The unit is housed in an IP20 enclosure. It includes
This communication board supports multiple functionalities, including a run-time accumulator and real-time clock. It enables an encoder interface, drive field-oriented current loop, and 4-quadrant ope
This adjustable frequency drive is suitable for 3-phase applications and operates at 50/60 Hz. The 1336VT-B020-EOP-L3-S1 provides a kVA output of 17.8 kVA at 380 VAC, 19.4 kVA at 415 VAC, and 21.5 kVA
This drive operates at frequencies of 50/60 Hz. It provides kVA outputs of 34.2 kVA at 380V AC, 37.4 kVA at 415V AC, and 41.4 kVA at 460V AC. It includes an open-style enclosure with IP00 rating, with
This model provides a frequency range from 50 Hz to 60 Hz and supports apparent power ratings of 22.4 kVA at 380 VAC, 24.4 kVA at 415 VAC, and 27.1 kVA at 460 VAC. It has an IP20 classification for pr
This drive provides kVA output ratings of 13.8 kVA at 380 volts, 15.1 kVA at 415 volts, and 16.7 kVA at 460 volts. The unit comes with an open enclosure rated IP00, making it compatible with 3-phase i
This adjustable frequency drive supports an input voltage range of 380-460V AC, conforming to a tolerance of ±10%. It operates effectively with input frequencies varying between 48 and 62 Hz. The outp
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