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Allen Bradley 1336 PLUS Drives 1336S-AQF50-AA-EN10

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1336S-AQF50-AA-EN10

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The 1336S-AQF50-AA-EN10, a variable frequency drive from Allen Bradley’s 1336 PLUS Drives series, supports a 200-240V AC input voltage range for three-phase systems, with a ±10% tolerance. It efficiently manages a nominal DC bus voltage of 324V DC, ensuring stable operation across various applications.

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Rockwell Disclaimer: The product is used surplus. DO Supply is not an authorized surplus dealer or affiliate for the Manufacturer of this product. The product may have older date codes or be an older series than that available direct from the factory or authorized dealers. Because DO Supply is not an authorized distributor of this product, the Original Manufacturer's warranty does not apply. While many Allen-Bradley PLC products will have firmware already installed, DO Supply makes no representation as to whether a PLC product will or will not have firmware and, if it does have firmware, whether the firmware is the revision level that you need for your application. DO Supply also makes no representations as to your ability or right to download or otherwise obtain firmware for the product from Rockwell, its distributors, or any other source. DO Supply also makes no representations as to your right to install any such firmware on the product. DO Supply will not obtain or supply firmware on your behalf. It is your obligation to comply with the terms of any End-User License Agreement or similar document related to obtaining or installing firmware.

Technical specifications for 1336S-AQF50-AA-EN10

ManufacturerAllen Bradley
Product TypeVariable Frequency Drive (VFD)
Product Line1336 PLUS Drives
Part Number1336S-AQF50-AA-EN10
Weight15.00 lbs (6.80 kg)
Input Voltage Range200-240V AC (Three-Phase), ±10% Tolerance
Maximum AC Input Overvoltage Threshold285V AC Trip Point
Minimum AC Input Undervoltage Threshold138V AC Trip Point
DC Bus Overvoltage Protection405V DC Trip Level
DC Bus Undervoltage Protection200V DC Trip Level
Nominal DC Bus Voltage324V DC
Output Current Range (Software Limit)20-160% of Variable Torque (VT) Rated Current
Peak Current Handling (Instantaneous Limit)220-300% of VT Rated Current
Ambient Operating Temperature Range0-40°C (Enclosed IP20/NEMA 1 Configuration)
Short-Term Power Loss Ride-Through Capability15 Milliseconds at Full Load
Control Logic Noise Immunity1500V Peak Showering Arc Transient Resistance
Motor Control MethodologyProgrammable Sensorless Vector or Custom V/Hz Algorithms
Output Frequency Range0-400 Hz Adjustable
Efficiency at Rated Load97.5% at Nominal Voltage and Current
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The 1336 PLUS Drives series features the Allen Bradley 1336S-AQF50-AA-EN10, a robust variable frequency drive (VFD) tailored for three-phase applications. Designed to work within an input voltage range between 200 and 240V AC, this drive maintains a tolerance of ±10%. To safeguard against power anomalies, it includes an overvoltage trip point at 285V AC and an undervoltage trip point at 138V AC. The drive also incorporates DC bus protections, with overvoltage set at a threshold of 405V DC and undervoltage at 200V DC.

This unit's nominal DC bus voltage is 324V DC. Software can adjust its output current to operate between 20% and 160% of the rated variable torque current. The drive can handle instantaneous current spikes reaching 220-300% of the VT rated current for peak demand situations. Operating temperatures for this drive are capped at 40°C within an enclosed IP20/NEMA 1 configuration.

Furthermore, the model offers a short-term ride-through capability in the event of power loss, functioning effectively for up to 15 milliseconds under full load conditions. Noise immunity is rated impressively at 1500V peak, providing resistance against transient disturbances in control logic. Motor control methodologies implemented within the drive include programmable sensorless vector or customized V/Hz algorithms, and the output frequency is adjustable up to 400 Hz. The drive's efficiency reaches 97.5% when operating at rated load conditions, emphasizing its robust performance and reliability in demanding settings.