Manuels d'utilisation pour Thales ATM 435

Table des matières

• SECTION 2

  2
• INSTALLATION

  2
• General installation information

  2
• Safety Precautions

  2
• General rules

  2
• INSTALLATION PRELIMINARY

  2
• INSTALLATION SITE SELECTION

  2
• EQUIPMENT SITE LOCATION

  2
• UNPACKING, PACKING AND SHIPPING;

  2
• Typical INSTALLATION

  2
• Installation cables

  2
• Grounding

  2
• Power supply connection

  2
• Batteries

  2
• Battery duration time (on 230Vac black-out)

  2
• ANTENNA CONNECTION

  2
• Antenna coax cables-Attenuations and delays

  2
• Data entry calibration procedure for “EXTENDED CONFIGURATION”

  2
• Check of the OUTPUT POWER measurement on transponder

  2
• Measurement calibration of the TRANSMITTED POWER (radiated)

  2
• Adjustment Power Reading by monitor

  2
• I/O and external interface connections

  2
• Link set - Jumper presetting

  2
• Associated Facility Interface

  2
• Remote Control and Status Indicator

  2
• PC Installation

  2
• Power supply with BCPS subrack of Frako type (optional version)

  2
• External power supply 48Vdc connection (Frako subrack)

  2
• AUX OUT I/O cable

  2
• AUX IN I/O cable

  2
• PC serial cable

  2
• RS232 External Modem cable

  2
• Interface Facility cable

  2
• RF coax cable - LCF 1/2"

  2
• Obstruction light cable

  2
• Installation connections (typical)

  2
• Installation - Cables connections (typical) on top end of equipment

  2
• Installation - Cables connections (typical) on bottom of cabinet

  2
• Cable connection - Grounding and AC power supply of the Terminal Bar

  2
• Cables connection - Grounding and AC power supply

  2
• Grounding and external 48 Vdc power supply - Cables connection

  2
• Battery connections typical

  2
• Cable connections to FAN 96 antenna

  2
• Simplified diagram of Antenna coax cables

  2
• “EXTENDED CONFIGURATION” – Example of data entry

  2
• MON module – Trimmer adj. position of the “Transmitted Power” measurement

  2
• Screen of correct measurement by Monitor 1 & 2

  2
• Screen of configuration for power reading adjustment

  2
• I/O panel, top view

  2
• Parallel Input Lines application

  2
• Parallel Output Lines application

  2
• List of Links Set on CSB Module

  2
• Links Setting on CSB Module

  2
• Links Setting on DMD Module

  2
• Links Setting on MON Module

  2
• Links Setting on TX Module

  2
• Header plugs setting on AFI Module

  2
• AFI Module - Input and output signals application

  2
• AFI Module – Association example with VOR/ILS 400

  2
• AFI Module – Association example with VOR/ILS NORMAC

  2
• Equipment associated examples

  2
• Remote Control and Status Indications connection examples

  2
• PC connection examples

  2
• BCPS subrack of Frako type - Supply cables connection

  2
• Table 2-1 - List of typical installation cables

  2
• Table 2-2 - RF coax cable LCF 1/2" CU2Y type - Technical specification

  2
• Table 2-3 - STD Coax cables

  2
• Table 2-4 - Loss of STD coax cables

  2
• Table 2-5 - Monitors power alarm threshold examples

  2
• Table 2-6a - SK1 on I/O panel and front panel - Serial Ports PC connector pin-out signals

  2
• Table 2-6b - PL1 and PL2 on I/O panel - Serial Ports MDM connector pin-out signals

  2
• Table 2-7a - PL3 on I/O panel - INPUT Parallel Port Connector pin-out signals

  2
• Table 2-7b - SK2 on I/O panel - OUTPUT Parallel Port Connector pin-out signals

  2
• Table 2-7c - PL4 on I/O panel (optional) - INPUT Parallel Port connector pin-out signals

  2
• Table 2-7d - SK3 on I/O panel (optional) - OUTPUT Parallel Port Connector pin-out Signals

  2
• Table 2-8 - PL7 on I/O Panel - Telephone line Connector pin-out signals

  2
• Table 2-9 - SK4 and SK5 on I/O Panel - AFI Connectors pin-out signals

  2
• Table 2-10 - AFI Connectors pin-out signals

  2
• SECTION 3

  3
• OPERATION and USE INSTRUCTION

  3
• GENERAL

  3
• LOCAL CONTROL and INDICATION PANEL

  3
• LCSU unit Configuration Procedure

  3
• LCSU PARAMETER CONFIGURATION

  3
• Program install on PC

  3
• From floppy disk

  3
• From CDROM

  3
• LCSU CONFIGURATION PROCEDURE

  3
• Main Menu

  3
• System Overview

  3
• LCSU Configuration

  3
• LCSU Site Code

  3
• User Configuration

  3
• Parallel Input Definition

  3
• Parallel Output Definition

  3
• Commands equipments list

  3
• User Connection Parameters

  3
• LCSU Site Equipment Configuration

  3
• LCSU Site Parameter

  3
• REU parameters

  3
• 3.2.2.3.10 Export Configuration Data

  3
• 3.2.2.3.11 Import Configuration Data

  3
• 3.2.2.3.12 Hardware Test

  3
• 3.2.2.3.13 Test of Parallel Input Port

  3
• 3.2.2.3.14 Test of Parallel Output Port

  3
• 3.2.2.3.15 Test of Serial Lines

  3
• Test Data Consistency

  3
• To Exit from the Program

  3
• Modem Configuration

  3
• File Configuration in Supervisory Program

  3
• INDICATORS ON THE MODULES

  3
• I/O FUNCTIONING

  3
• USER SOFTWARE INSTALLATION on PC

  3
• General

  3
• PC user programs INSTALLATION

  3
• PC REQUIREMENTS

  3
• INSTALLATION on PC OF USER OPERATING PROGRAM

  3
• "PC Supervisor" program composition

  3
• Windows SuperVisor (WINSV)

  3
• WinSv ADRACS Windows Supervisor

  3
• Windows DME/N Equipment Manager - WINDME/N-32

  3
• MCS programming

  3
• First SWITCHING ON

  3
• POWER OFF PROCEDURE

  3
• Figure 3.1. LCSU Front panel

  3
• Figure 3.2. Main Menu

  3
• Figure 3.3. System Overview

  3
• Figure 3.4. Configuration menu

  3
• Figure 3.5. Site Code

  3
• Figure 3.6. Users Configuration

  3
• Figure 3.7. Users Configuration Table example

  3
• Figure 3.8. Parallel Input Definition

  3
• Figure 3.9. Parallel Input

  3
• Figure 3.10. Input command Logic

  3
• Figure 3.11. Example of Beacon Site Environment

  3
• Figure 3.13. Parallel Output Definition

  3
• Figure 3.14. Output command Logic

  3
• Figure 3.15.a. Parallel Output Definition - OUT 0

  3
• Figure 3.15.b. Parallel Output Definition - OUT 1

  3
• Figure 3.15.c. Parallel Output Definition - OUT 2

  3
• Figure 3.15.d. Parallel Output Definition - OUT 3

  3
• Figure 3.16. Parallel Output Definition - Buzzer

  3
• Figure 3.17. User Connection Parameters

  3
• Figure 3.18. LCSU Site equipment menu

  3
• Figure 3.19. Status of LCSU Site equipment

  3
• Figure 3.20. LCSU Site parameter

  3
• Figure 3.21. Reu Parameters

  3
• Figure 3.22. Export LCSU configuration data

  3
• Figure 3.23. Import LCSU configuration data

  3
• Figure 3.24. Hardware Test

  3
• Figure 3.25. Test of Parallel Input Port

  3
• Figure 3.26. Test Control Input

  3
• Figure 3.27. Test Aux Input

  3
• Figure 3.28. Test Additional Input

  3
• Figure 3.29. Test of Parallel Output Port

  3
• Figure 3.30. Test Output port 1

  3
• Figure 3.31. Test Aux Output

  3
• Figure 3.32. Test Buzzer

  3
• Figure 3.33. Test of Serial Lines

  3
• Figure 3.34. Testing of Port Number

  3
• Figure 3.35. Test Data Consistency

  3
• Figure 3.36. System control via PC (example)

  3
• Figure 3.37. LED indicators on transponder modules

  3
• Figure 3.38. LED indicators on 1 kWp RF amplifiers and AFI modules

  3
• Figure 3.39. LED indicator on AC/DC power supply module and on the MODEM

  3
• Figure 3.40. Examples of PC user programs with DME stand alone

  3
• Figure 3.41. Examples of PC user programs in VOR-DME system

  3
• Figure 3.42. Examples of PC user programs with multi-sites

  3
• Table 3-1. Controls and Indications on the Front panel of LCSU (Main Status)

  3
• Table 3-2. Controls and Indications on the Front panel (Detailed status)

  3
• Table 3-3. Controls and Indications on the Front panel (Control, Commands, Station)

  3
• Table 3-4. Controls and Indications on the Front panel (LCSU status)

  3
• Table 3-5. List of the input Identifier

  3
• Table 3-6. List of the Detailed Status Indications

  3
• Table 3-7. List of Equipment Status

  3
• Table 3-8. List of the Indications from LCSU to User

  3
• Table 3-9. Equipment Commands list

  3
• Table 3-10. LEDs Indicators on the Front of every modules

  3
• SECTION 4

  4
• TECHNICAL SPECIFICATIONS

  4
• General

  4
• Applicable Documents:

  4
• ENVIRONMENTAL and SERVICE CONDITIONS

  4
• PHYSICAL CHARACTERISTICS

  4
• Equipment Versions

  4
• GENERAL FEATURES and TYPE of SERVICES

  4
• Type of Services

  4
• Coverage and Accuracy

  4
• Radio frequency and polarization

  4
• Nominal Reply Delay – Pair Pulse Code – Channeling

  4
• Reply Efficiency

  4
• Traffic Capacity

  4
• Reply Delay

  4
• Automatic Stabilization of the Reply Delay

  4
• Reliability

  4
• EQUIPMENT DATA

  4
• TRANSMITTED signal

  4
• Pulse shape

  4
• RF Pulse Signal Spectrum

  4
• Out of Band Spurious Output

  4
• In-Band Spurious Output

  4
• Harmonics

  4
• Peak Power Output

  4
• Transmitted Pulses

  4
• Replies to Valid Interrogations

  4
• Identification Using Morse Code

  4
• 4.5.1.10 Squitter Output Pulses

  4
• 4.5.1.11 Transmission Priority

  4
• RECEIVER AND PROCESSOR CHARACTERISTICS

  4
• Receiver Sensitivity

  4
• Receiver Dynamic Range

  4
• Sensitivity Variation with Pulse Coding

  4
• Sensitivity Variation with Frequency

  4
• Sensitivity Variation with the Interrogation Load

  4
• Sensitivity Variation due to Interrogations on the Adjacent Channel

  4
• Recovery Time

  4
• Continuous Wave (CW) Signal Interference

  4
• Spurious Suppression

  4
• 4.5.2.10 Decoding Dead Time

  4
• 4.5.2.11 Echo Suppression

  4
• 4.5.2.12 Receiver Bandwidth

  4
• 4.5.2.13 Interrogation Overload

  4
• 4.5.2.14 Receiver Inhibition during Transmission

  4
• MONITORING SYSTEM

  4
• General

  4
• Executive Monitoring

  4
• Executive Monitoring Terms

  4
• Monitor Insertion Delay

  4
• Monitor Response to Alarms

  4
• Monitor Self-check

  4
• Routine Checks

  4
• Monitors Routine Check

  4
• Manual tests

  4
• Diagnostics

  4
• LOCAL I/O SYSTEM

  4
• Duplexer and RF path

  4
• POWER SUPPLY REQUIREMENTS

  4
• Consumption:

  4
• Power supply PWS module: +5V and ± 15V

  4
• BCPS subrack and AC/DC module

  4
• ANTENNA

  4
• Omnidirectional FAN 96 type

  4
• Sectorial FAN-88

  4
• Table 4.1 Channel code, pulse code, reply delay

  4
• Table 4.2 DME 415/435: Executive Monitoring

  4
• SECTION 5

  5
• MAINTENANCE and TROUBLESHOOTING

  5
• GENERAL

  5
• Standards and Tolerances

  5
• Documentation of Flight Test

  5
• MAINTENANCE

  5
• Periodic MAINTENANCE

  5
• Routine Tests

  5
• Monitor Operation

  5
• Single System Test

  5
• Dual System Test

  5
• Standby Operation Test

  5
• General Ordinary maintenance

  5
• Cleaning

  5
• Other checks

  5
• Antenna Installation inspection

  5
• Maintenance operation procedures using external instruments

  5
• Necessary tools and instruments

  5
• Output Power measurement

  5
• On Dummy-Load procedure

  5
• On antenna procedure

  5
• Pulse shape, pulse spacing and Reply Delay

  5
• Transponder Frequency Measurement

  5
• Pulse Spectrum

  5
• Transmission rate

  5
• Monitor Interrogation - Pulse shape, pulse spacing and peak pulse level

  5
• Power Supply Measurements

  5
• Verification with Diagnostic Function

  5
• TROUBLESHOOTING

  5
• Useful Information for Troubleshooting

  5
• Protection Devices

  5
• Troubleshooting Procedures

  5
• Diagnostics

  5
• Primary Voltages

  5
• Stabilized Power Supplies

  5
• I/O System

  5
• Modules Replacement Procedures

  5
• TX Module

  5
• TKW Module (DME435 only)

  5
• DPX Module

  5
• MON and RX modules

  5
• Local Control status Unit - LCSU

  5
• CSB Module

  5
• 5.3.3.5.1.1 Battery replacement

  5
• INC Module

  5
• COAX Relay assembly

  5
• I/O Panel

  5
• AC/DC Module

  5
• Peak power output Calibration Procedure

  5
• DME 415 Program ACTIVATION

  5
• TX100 Modulation - adjust peak power output for DME 415

  5
• Meaning of the labels and data displayed (TX100)

  5
• Modification of reference parameters values

  5
• Notation for the calibration of RF output power of the TX100

  5
• Calibration of output RF signal for TX100

  5
• TKW 1KW Peak power output Calibration Procedure

  5
• DME 435 1KW Program ACTIVATION

  5
• TKW 1KW Modulation - adjust peak power output for DME 435

  5
• Meaning of the labels and data displayed (TKW)

  5
• Modification of reference parameters values

  5
• Notation for the calibration of RF output power of the TKW

  5
• Calibration of output power RF for TKW

  5
• Reduced power - Check operation

  5
• Adjustment Power Monitor Reading

  5
• Test Points and Led

  5
• Waveform

  5
• Output Power test on antenna procedures - Test set-up (BIRD 4391)

  5
• Output Power test on antenna procedures - Test set-up (HP8900)

  5
• LCSU - Lateral Side View of PBA's

  5
• Test set-up

  5
• References initial mask for alignment of 100W peak power output

  5
• References Mask with values for Mod Trx (example)

  5
• Modify references values for Mod Trx (example)

  5
• Waveforms of detection for TX100

  5
• Waveforms of modulation for TX100

  5
• Incorrect Gaussian Pulses shape

  5
• References initial mask for alignment of 1KW peak power output

  5
• References mask with values for Mod Tkw (example)

  5
• Modify references values for Mod Tkw (example)

  5
• Pulse shape for TX100 drive of TKW (example)

  5
• Setting Reduced power

  5
• Screen of correct measurement by Monitor 1 & 2 (Example)

  5
• Screen of configuration for power reading adjustment

  5
• PWS outline – Test point and LED

  5
• MON outline – Test point and LED

  5
• MON module – Waveform monitor: X mode Interrogation

  5
• MON module – Waveform monitor self-check: Attenuators check

  5
• MON module – Waveform monitor self-check: Y mode Interrogation

  5
• MON module – Waveform monitor self-check: CALIBRATION Delay

  5
• RX outline – Test point and LED

  5
• RX module – LOG N waveform Y mode

  5
• RX module – LOG N waveform X mode

  5
• DPR outline – Test point and LED

  5
• DPR module – Test point position

  5
• DMD module – Waveform, X mode

  5
• DMD outline – Test point and LED

  5
• DMD module – Waveform, Y mode

  5
• TX outline – Test point and LED

  5
• TX module – Waveform – X mode

  5
• TX module – Waveform – Y mode

  5
• TKW module outline – Test point and LED

  5
• CSB Module – Test point position

  5
• ACDC module – Test points and LED outline

  5
• DME 415 -Typical transmitted spectrum signal

  5
• DME 435 -Typical transmitted spectrum signal

  5
• Standards and Tolerances

  5
• List of fuses

  5
• Procedures check during the modules replacement

  5
• Tolerance of pulse envelope gaussian

  5
• Power Supply PWS module - External test points

  5
• Monitors MON module - External test points

  5
• Receivers RX module - External test points

  5
• Digital Processor DPR module - External test points

  5
• Digital Modulator DMD module - External test points

  5
• Transmitter /driver TX module - External test points

  5
• RF 1KW Amplifier TKW module (only DME 435) - External test points

  5
• CSB Module Test Points

  5
• AC/DC Module Test Points

  5