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Allen Bradley 1336 Transistor Assembly Repair

Allen Bradley 1336 Transistor Assembly Repair

We offer extensive repairs for your 1336 Transistor Assembly. We keep many spare parts in stock so that we can repair your 1336 Transistor Assembly as efficiently and effectively as possible. Our standard repair lead time is 2-4 weeks. However, we can often repair your unit much faster if necessary. We can repair most issues with your 1336 Transistor Assembly and if for some reason we cannot repair your unit we will do our best to offer a refurbished unit at the repair cost, so that you can get a working unit back as soon as possible!

  • 2 Year DO Supply Warranty
  • Fast repairs at low costs
  • No surprises or up-charges for difficult repairs
  • Standard lead time of 2-4 weeks
  • Extensive quality control and testing
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Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All of our products come with DO Supply's 2-year warranty.
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Hardware issues & error codes we repair

We repair all of the following hardware issues and error codes with your 1336 Transistor Assembly parts.

Browse 1336 Transistor Assembly Repairs

Browse our catalog of repairable 1336 Transistor Assembly parts to get a quote.

1336-L-SP13A

Designed to support a wide range of Allen Bradley drives such as the 1336 IMPACT, FORCE, PLUS, and PLUS II, this inductor kit is classified as a Level 3 spare part. It operates effectively at voltage

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1336-L-SP14A

This inductor kit serves as a spare accessory with compatibility across various 1336 drive models. It is rated for a maximum operating temperature of 0 to 40 degrees Celsius, while it can be stored be

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1336-L-SP17A

This inductor supports several drive types, including the 1336 PLUS, 1336 PLUS II, 1336 FORCE, and 1336 IMPACT drives. It is rated for frame size E and has HP ratings of 100 or 125 for 230V drives, an

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1336-L-SP7A

This inductor is designed for use as a spare part for several drive types, all while offering enhanced compatibility across the 1336 series. It operates efficiently within a temperature range of 0 to

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1336-QOUT-SP10A

This transistor assembly has a size C frame and is classified as a spare part at level 2. Each drive requires three units for complete functionality. It operates efficiently in temperatures ranging fr

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1336-QOUT-SP11A

This transistor assembly supports a frequency range from 50 Hz to 60 Hz. It can operate reliably within a temperature window of 0 to 40 degrees Celsius and withstands humidity levels up to 80% without

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1336-QOUT-SP12A

This component comes as a 2-piece kit and employs output transistors as its core technology. The module mounts internally and connects via bus bar wiring, necessitating heatsinking for effective therm

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1336-QOUT-SP12B

This module operates within a voltage range from 200 to 240 volts AC and requires a 230-volt power class. It operates with a three-phase input and supports both six-step and PWM inverter drive topolog

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1336-QOUT-SP13A

The output transistor module has a D frame design and supports an altitude rating of 2000 meters. It maintains reliable performance in environments with relative humidity levels from 5% to 95%. For st

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1336-QOUT-SP14A

This output assembly operates at a nominal voltage of 230 V AC and supports 3-phase configurations, providing an output power rating of 60 HP. It features a rated current capacity between 125 and 150

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About 1336 Transistor Assembly

The 1336 Transistor Assembly series is a series of Allen-Bradley drives which are specifically designed for C-sized frames and they come in a design that enables the operators to install and assemble transistors quickly and seamlessly. There are many transistors in these series that are compatible with each other and can be used as replacements for each other when one is broken. They can also be used for upgrades for older model transistors. When assembling a transistor in the 1336 Transistor Assembly series, like the 1336-QOUT-SP11A transistor, it is essential to disconnect the main power source and to ensure the bus lever is unlocked in a correct location. The upper and the lower tongue-and-groove slots are then used to secure the transistor and then moved back along with the tongue-and-groove slots. Repeat this until the bus connectors align with each other. Push back the bus lever to clear the positioning tab and this can be done by using a screwdriver or fingers. The bus lever is then moved leftwards until it clicks to allow for an active communication between the module and the controller.

When a tongue-and-groove slot is used as before with the 1336 Transistor Assembly series, attach the end cap terminator to the last module and then lock up the end cap bus terminator. For panel or DIN rail mounting of all 1336 Transistor Assembly series devices, the operators should ensure that all debris, including metal chips as well as wire strands, are prevented from falling into the module and causing damage on powerup. The spacing on any transistor in the 1336 Transistor Assembly series must be maintained between the wire ways, adjustment equipment, and enclosure walls.