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General| Model | 1336 Series |
|---|---|
| Enclosure Type | NEMA 1, NEMA 12 |
| Communication Options | Ethernet |
| Operating Temperature | 0°C to 40°C |
| Storage Temperature | -25...70 °C (-13...158 °F) |
| Relative Humidity | 5% to 95% (non-condensing) |
| Altitude | Up to 1000m |
| Power Range | 0.75...597 kW (1...800 HP) |
States the manual's purpose for troubleshooting and repair.
Outlines critical safety measures for handling hazardous voltage.
Details procedures to prevent damage from static discharge.
Explains how to identify the drive model and its components.
Defines text and parameter naming conventions used throughout the manual.
Describes the L Option board and its function for interfacing signals and commands.
Details the HIM's sections (Display/Control Panel) and its operational dependencies.
Provides instructions for safely removing and relocating the HIM module.
Explains how to interpret drive status LEDs and the categories of faults.
Guides users on how to access and view the drive's fault and warning logs via the HIM.
Offers troubleshooting flowcharts for common drive symptoms like "Drive Will Not Start or Jog".
Details procedures to prevent damage to sensitive components from static discharge.
Provides critical torque specifications and sequences for component mounting.
Guides users through the process of safely opening the drive cabinet.
Details the process for removing the mounting plate to access other boards.
Provides instructions for safely removing the heavy capacitor bank assembly.
Details the procedure for removing the inverter assembly to access power modules.
Reinforces ESD precautions for handling sensitive components during testing.
Outlines the steps for testing the gate driver board's fuses and diodes.
Details procedures for testing power modules, snubber boards, and resistors.
Provides steps for testing volt-sharing resistors and dual diodes on the balancer plate.
Explains how to test individual diodes and SCRs for proper functionality.
Guides users on testing thermistors and thermostats connected to the control board.
Highlights critical safety measures for working with hazardous voltage levels.
Emphasizes ESD precautions when handling sensitive components.
Identifies main drive components and their typical locations.
Provides instructions for replacing the main control board.
Provides instructions for replacing power modules and associated components.
Outlines the procedure for replacing converter diodes on the bridge heat sink.
Explains the process for ordering replacement parts, including required information.
Provides a list of major replacement parts with callouts and references to procedures.
Shows the schematic diagram for the 800 horsepower drive's inverter bay.
Illustrates the physical layout of the control board with key connectors and test points.
Presents a typical schematic diagram for the converter bay.
Lists fuse types, ratings, and part numbers for AC input, DC bus, and printed circuit assemblies.
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