FlexibilityDepending on application, Skynav N9000 DME system has very fl exible confi guration: Single and Dual transponder and monitoring, Low Power (100W) or High Power (1000W) version, Cold or Hot Standby confi guration, Omni-Directional or Unidirectional Antenna systems.

The SKYNAV N9000 DME satisfi es all clients’ needs, anywhere and anytime.

High Reliability Systems

The SKYNAV N9000 DME is produced to meet the highest standards. The unique design of heat dispatching and high effi cient transmitters enables the SKYNAV N9000 DME to work in very harsh condition. By using the latest technology and the most reliable components, SKYNAV N9000 DME has achieved an MTBO of more than 25,000 Hours.

Real Hot-Swappable System

The SKYNAV N9000 DME has an advanced modular construction that uses hot-swappable units with plug-in/out capability. This extraordinary feature can keep the transponder in operation while a module is being replaced.

RCMS – Remote Control and Monitoring Systems

Intelcan offers unparalleled management capabilities of the remote control and monitoring system. Based on the latest IP technology, the RCMS can be easily connected with multiple types of communication media: wireless, fi bre optic cable and traditional telephone cable. The RCMS displays operation status and critical information, and enables management, control and troubleshooting, all of which is available at your fi ngertips in real time.

Remote Control Unit (RCU) for technical operators

Remote Status Unit (RSU) for the air traffi c control room

Remote Maintenance Monitoring (RMM) for maintenance personnel.

The SKYNAV N9000 DME has a powerful integrated monitoring and maintenance system. The RMM software can be used for local or remote PC and provides an outstanding Built-In Test Equipment (BITE) feature. The system’s display screens show all operating parameters, overall system status, LRU status, alarm limits and all critical parameters on each module.

The RMM uses open-architecture software with an intuitive interface, allowing for fast localization of problems, and providing the user with suggested corrective actions.

Primary features include: Fully Windows 2000/XP/ 7 compatible

Centralized monitoring of up to 100 systems simultaneously and in real-time

Alarm reporting to fi eld technicians via email or SMS

Full RMM diagnostics for each site

Confi gurable system history logging continually/periodically

Remote confi guration and software upgrade

Backup system confi guration as a fi le and restore system by uploading the saved fi le

Multiple access levels with password protection

Support remote web browser monitoring (password protected)

Full RMM diagnostics for each site

SKYNAV Distance Measuring Equipment (DME) is a state-of-the-art system which features a single cabinet with dual transmitter, dual monitor and dual power supply. It can be in operation on its own or collocated with other Navaids such as ILS, MLS, CVOR and DVOR. The SKYNAV DME provides enhanced performance with outstanding effi ciency, cost effective solution as well as simplifi ed

maintenance and lower life cycle costs. The equipment meets or exceeds all requirements of ICAO Annex 10.

SKYNAV Distance Measuring Equipment (DME)

www.intelcan.com // info@intelcan.com

Intelcan is an ISO 9001:2008 registered company © Copyright 2011

About Intelcan TechnosystemsIntelcan is the leading Canadian communications, navigation, surveillance and air traffic management (CNS/ATM) system and airport infrastructure solution provider. Integrating Intelcan’s own products or utilizing products from a diverse supplier network, Intelcan has delivered complete turnkey solutions both cost-effective and flexible, to fulfill civil and military clients’ requirements in over 60 countries, worldwide.

Intelcan Technosystems Inc. 69 Auriga Drive, Ottawa, Ontario, Canada K2E 7Z2 Tel: 1.613.228.1150 • Fax: 1.613.228.1149

TECHNICAL SPECIFICATIONS

Omnidirectional Unidirectional

PERFORMANCEHandling capacity 200 interrogators (aircrafts)Accuracy Equipment error ≤ 30 m met on 95% probability

basisRange 200 NM (370 Km) for High Power,

60 NM (110 Km) for Low Power

POWER SUPPLYInput Voltage 85 to 230 VAC, 45 – 65 HzConsumption < 120 W for Low Power,

< 250 W for high power Battery minimal configuration is 4 hours of autonomy

ENVIRONMENTALOperating temperature -35°C to + 60°C (outdoor equip.)

-10°C to + 55°C (indoor equip.)Storage temperature -50°C to + 70°C Humidity 0% to 95% RH

MECHANICALDimensions 1800 mm (Height) x 600 mm (Width)

x 700 mm (Depth)

TRANSMITTERFrequency of Operation 960 to 1215 MHz, 1 MHz channel spacingChannels 126 X channels, 126 Y channelsFrequency Stability ± 0.0005% RF Peak Power Output Low power model = 100W,

High power model = 1KW, Software configurable in steps of 0.2 dB

Transmit pulse shape Pulse Rise Time: 2.5 µs ± 0.5 µs Pulse Duration: 3.5 µs ± 0.5 µsPulse Decay Time: 2.5 µs ± 0.5 µs

Pulse Pair Spacing 12 ± 0.1 µs X channel 30 ± 0.1 µs Y channel

Pulse Repetition Rate 700 to 5100 pps

ANTENNAFrequency Range 960-1215 MHz 960-1215 MHzPolarization Vertically VerticallyGain 9.1 dB, minimum 14 dB, minimumImpedance 50 Ohm 50 OhmVSWR < 2.0 < 1.6Circularity ± 1 dB max on horizon –

RECEIVER Frequency of Operation 1025 MHZ to 1150 MHz, 1 MHz channel spacingFrequency Stability ± 0.0005% Frequency Generation Digital PLLReceiver Sensitivity -91 dBm for 70% reply efficiency, at the antenna

connector of the cabinet (-94 dBm Nom) Receiver Dynamic Range 84 dB minimum for up to -10 dBm input level

Monitor Action When a primary alarm is detected, the system:a) sounds an alarm and turns the alarm

indicators on (locally and remotely)b) switches off the operating transponderc) performs a changeover to the standby

transponder, if available, and switches it on

Monitor Voting AND , OR, MOU1 or MOU2. Software configurable Reaction Time Monitor action is executed within 1 s of alarm Monitor Precision Pulse spacing: +/- 0.2 us

System delay: +/- 0.02 usPulse count: +/- 10 ppsResponse efficiency: +/- 2 %Power: +/- 0.1 dB

TIME DELAYReply Delay X channel - 50 µs nominal;

Y channel - 56 µs nominal Software adjustable from 35 µs to 75 µs

Reply Delay Stability ±0.2 µs

MONITORING AND CONTROL

Note 1: after a first changeover has occured, the system shuts down the transponder once a primary alarm is detected.Note 2: The system is configurable to automatically restart after a specified time and for specified number of times.