Transcript
Power Input Specification & Consumption Parameter Main Input Voltage Range Main Input VVoltage - Ripple Consumption at +5VDC Input Standby current (average) Max current during call Typical current during call (see note) Power Average - Voice / Data Call (see note)
Value +4.0 VDC to +32 VDC 40mV peak to peak Value
Iridium Data Modem
250mA 2.5A
RST600
800mA 4W
Physical Schematics (mm)
Top View
End View
Includes the Iridium 9522B L-Band Transceiver providing access anywhere on earth. www.beamcommunications.com
[email protected] TEL: +61 3 8588 4500 FAX: +61 3 9560 9055
Beam Communications Pty Ltd
Applications
Connectors
Transceiver Features •
Compact Installation
The RST600 incorporates three main interface connectors:
•
Various mounting options
• 25 Way Multi-Interface Connector
•
Cables included in kit
• Iridium Antenna Connector - SMA
•
Inbuilt 4.5 – 32V DC supply
- Access Controllers
•
AC 110/240 Plug Pack
- Data Applications
•
Full AT command set
•
RS 232 Serial interface
•
Continuous circuit switched data
•
SBD & SMS
• •
Fully Certified Pass through GPS Signal
- System Integrators - Alarm / Monitoring Systems - Loggers
The Beam RST600 uses the latest Iridium 9522B L-Band transceiver is a stand-alone module that provides access anywhere on earth to any of the Iridium data services on offer. The RST600 is supplied with a robust mounting bracket for flexible installation into a wide variety of applications, alternatively the transceiver module can be installed without the bracket for a more compact installation. The terminal is supplied with cable assemblies to support either a standard or compact installation and this makes it very easy to supply power to the terminal as well as accessing the DB9 serial data connection.
AC to 12V DC Power Pack
• GPS Feed Through Connector – SMA An integrated SIM chip reader is provided on the 9522B LBT. This connector allows installation of the chip form of the SIM beneath a cover plate on the 9522B LBT housing.
Assemblies
DC Lead
When using the RST600 with the base plate and 25 way connector this will provide 1.5 metres of Cable to the DB9 Serial connector and 1.5m to connect to the DC power input. When used in the compact installation the cable assembly provides 300mm to the DB9 serial connection and 220mm to the DC power input. Once connected directly to the transceiver module, bypassing the D25 connector.
Specifications DCE D9 Serial (to PC or DTE)
Nominal 4.4V 28V DC
Physical specifications With Bracket Length
Iridium Satellite System
9522B D25 User Connector
Iridium is the only provider of truly global satellite voice and data solutions with complete coverage of the earth. Iridium delivers essential communications services to and from remote areas where no other form of communication is available. The Iridium system is the largest fully meshed satellite network constellation in the world and consists of 66 low-earth orbiting (LEO), cross-linked satellites and has multiple in-orbit spares.
Iridium Data Access The complete range of Iridium data services are accessible using the 9522B and allow you to simply and conveniently access the following services via AT Commands. The terminal also supports SMS and the following Iridium Data Services; •
Circuit Switched Data
•
Direct Internet
•
RUDICS
•
Short Burst Data
162mm
Width
81mm
Depth
28mm
Weight
420g
RF Characteristics Parameter
Value
Average power during a transmit slot (max)
Antenna Connections The RST600 has an Iridium satellite antenna input as well as a GPS antenna throughput. An SMA to TNC converter is included in the kit so that a standard TNC terminated cable can be connected to the satellite antenna connection if required The GPS feed through connector is provided to allow the Iridium 9522B and a GPS module to share a single antenna. Either a passive or an active GPS module can be connected to the 9522B GPS output. The gain from the 9522B antenna input to the GPS connector is 0dB (+/- 2dB) The GPS output is available at all times when the 9522B is powered, except during the transmit cycle1. This should provide adequate signal for most GPS receivers because the Iridium antenna will already be well sited. If the Iridium antenna is being shared with GPS then it is important to use an antenna with adequate gain at 1575MHz
Without
Average Power during a frame (typical) Receiver Sensistivity at 50Ω (typical)
7W 0.6W -118.5dBm
Receiver Spurious Rejection at offsets > 1 MHz (typical)
60dB
Parameter
Value
Frequency Range
1616 MHz to 1626.5 MHz
Duplexing Method
TDD (Time Domain Duplex)
Oscillator Stability
± 1.5 ppm
Input/Output Impedance Multiplexing Method
50Ω TDMA / FDMA
