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General| Brand | ASC Signal |
|---|---|
| Model | NGC-ODU-380-5 |
| Category | Antenna |
| Language | English |
Details the purpose, overview, and description of the NGC-ODU system.
Details how to connect the Handheld Controller to the NGC-ODU.
Explains the functions of each button on the handheld controller keypad.
Illustrates the general menu tree and navigation of the handheld controller.
Describes handheld interface screens for non-privileged users.
Details the default screen displayed upon connecting the Handheld Controller.
Provides examples of handheld screens for installer use.
Allows editing of parameters stored as rational fractions.
Enables browsing and jumping to specific screens, pages, or items.
Allows manual movement of the antenna and viewing of feedback and faults.
Provides precise antenna movement control by setting target coordinates.
Allows advanced users to view and configure system parameters.
Displays a list of all active faults for the NGC-ODU.
Allows viewing of historical pop-up messages logged since the last power cycle.
Guides users through the system setup and configuration process.
Provides access to advanced diagnostic functions and commands.
Allows users to enter and exit the installer mode.
Displays general system information like software version and date.
Provides a labeled diagram of the NGC Outdoor Unit components.
Illustrates and describes the ODU interface connectors and cable glands.
Details the functions and features of the Master Controller (MC-7) PWA.
Details the Axis Control Units (ACU) and their roles in loop closure.
Describes Axis Sending Units (ASU) for angular feedback and limit conditions.
Details the Elevation and Azimuth Variable Frequency Drives (VFDs).
Describes the A10 Power Supply Board and its specifications.
Provides descriptions for various miscellaneous parts and components.
Details terminal blocks TB1, TB2, TB3, and TB4.
Details the External Wiring Interface board EWI-1.
Details the External Wiring Interface board EWI-2 for high-accuracy encoders.
Troubleshooting guide for issues related to antenna jog or movement.
Troubleshooting directional and axis movement issues.
Addresses movement and wiring issues with scenarios and solutions.
Guides troubleshooting for systems with a Polarization (Pol) drive.
Provides solutions for various other Polarization axis troubleshooting scenarios.
Addresses troubleshooting for handheld terminal and NGC-IDU communication faults.
Instructions for general cleaning of NGC ODU components.
Procedures for cleaning electrical components and parts.
Procedures for cleaning mechanical parts and surfaces.
Details periodic inspection requirements for antenna components.
Provides procedures for preserving aluminum component parts.
Guidelines for actions to take if moisture or water enters the ODU.
Lists available VFD spare kits for maintenance.
Details the NGC-ODU Power Supply Module spare kit.
Lists available spare boards for the NGC-ODU system.
Information on spare kits for Polarization (Pol) drive components.
Lists spare kits related to low temperature operations.
Lists part numbers and usage for various circuit breakers.
Details the contents of the spare E-Stop kit.
Information on the spare Handheld Terminal kit.
Lists error codes displayed on PWAs and their meanings.
Details rotary switch settings for various PWAs.
Provides a glossary of NGC-ODU faults and their abbreviations.
Explains the division of responsibilities between the NGC-ODU and NGC-IDU.
Describes the conceptual arrangement of NGC-ODU control electronics.
Details the NGC Bus structure, protocol, and physical implementation.
Defines operational configurations that simplify system setup and avoid errors.
Explains how the NGC-ODU implements movement commands.
Describes various devices used for angular feedback and their accuracy.
Explains the function of limit switches and their precedence over software limits.
Details the PID feedback control systems for Azimuth and Elevation axes.
Describes the on-off control system with deadband for the Polarization axis.
Explains how NGC-ODU transforms platform attitudes to provide true pointing angles.
Describes the optional SRT Carriage Assembly for tracking small movements.
Explains the 'path planner' function for allocating movement between main axes and SRT.
Details platform-specific accessories like the AS-1 attitude sensor.
Procedures for reporting equipment loss or damage during shipping.
Steps to file a claim with the carrier for visible external damage.
Procedure for reporting damage discovered after unpacking equipment.
Instructions for taking inventory of received parts and reporting missing items.
Procedure for returning equipment for repair or replacement.
Provides contact information for technical support and documentation.
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