
Beam - DataMODEM RST600B
Overview
The Beam DataMODEM RST600B utilizes the latest Iridium 9522B L-Band Transceiver module that provides global access to all of the Iridium data services through a single compact device.
RST600 is supplied with specific brackets and cables that allow the terminal to be mounted in a variety of installations. There is a robust mounting plate, or alternatively the transceiver module can be installed without the bracket for a more compact installation.
The terminal has an inbuilt power supply that supports a 5 – 32 VDC input and has a cable assembly that provides access to a standard RS232 D9 serial interface for ease of connection.
Technical Specifications & Features
Transceiver Features
- Compact Installation
- Various Mounting Options
- Cables Included in Kit
- Inbuilt 4.0 – 32 VDC Supply
- AC 110/240 Plug Pack
- Full AT Command Set
- RS-232 Serial Interface
- Continuous Circuit Switched Data
- SBD and SMS
- Fully Certified
- Pass-through GPS Signal
Network Access Features
- Global Coverage Pole-to-pole
- Low-cost Airtime Rates
- No Regions or Zones
- Crew Calling Service
- Prepaid or Postpaid
- Itemized Billing
- Supports all Data Services
- Supports Iridium Fax Terminal
Power Input Specification & Consumption:
Parameter | Value | |
Main Input Voltage Range | +4.0 VDC to +32 VDC | |
Main Input Voltage – Ripple | 40 mV Peak-to-peak | |
Consumption at +5VDC | Value | |
Input Standby Current (average) | 250 mA | |
Max Current During Call | 2.5 A | |
Typical Current During Call (see note) | 800 mA | |
Power Average – Voice/Data Call (see note) |
4 W |
Physical Specifications without Bracket:
Length | 162 mm | |
Width | 81 mm | |
Depth | 28 mm | |
Weight | 420 g |
RF Characteristics:
Parameter | Value | |
Average Power During a Transmit Slot (max) | 7 W | |
Average Power During a Frame (typical) | 0.6 W | |
Receiver Sensitivity at 50 ohms (typical) | –118.5 dBm | |
Receiver Spurious Rejection at offsets > 1 MHz (typical) |
60 dB | |
Frequency Range | 1616 MHz to 1626.5 MHz | |
Duplexing Method | TDD (Time Domain Duplex) | |
Oscillator Stability | ± 1.5 ppm | |
Input/output Impedance | 50 ohms | |
Multiplexing Method | TDMA/FDMA |