The Hughes 9502 one piece BGAN M2M Terminal Kit is a 9502 modem integrated with a compact antenna to create a single-piece, rugged terminal capable of withstanding the harshest weather conditions and extreme temperatures. This device provides stable, high-speed IP connectivity based on the Inmarsat Broadband Global Area Network (BGAN) which is ideal for SCADA and unattended sites intended and equipped for M2M (machine-to-machine) applications. This involves environmental monitoring and/or control, well site automation, surveillance and so on.
This device runs on incredibly low power consumption when idle (<1 W) which makes it possible to provide end-to-end IP connectivity for remote sites off the communication/electric grid. This innovative device enables end-to-end IP connectivity for power-challenged locations that may rely on solar-battery arrays involving sensitive power budgets.
Remote locations that rely on solar battery arrays, or other stored-energy solutions to remain in operation need efficient, low-power devices that help conserve energy over the long-term. The low power consumption of the Hughes 9502 makes it ideal for sites that are remote, off-the-grid, or power-challenged. Drawing less than 1 watt in idle mode, less than 20 watts sending and less than 3 watts receiving makes the Hughes 9502 the right solution for sites with sensitive power budgets, enabling the Hughes 9502 to provide end-to-end IP connectivity for even the most remote, power-challenged locations.
Rated IP66 for ingress protection, the 9502 One-piece BGAN terminal is at the top of the industry scale. With a 66 rating, the unit is fully-sealed against particles and dust, and able to operate for long-term deployments in regions subject to wind-borne particulates or dust-storms. It also means that the single-piece construction with integrated antenna is highly-resistant to wet-weather of all kinds, able to withstand high-powered jets of water from every direction. Properly secured using the optional mount, the Hughes 9502 One-piece has a wind-survival speed of 161 kph (100 mph). Its an all-climate, all-weather terminal, with an operational temperature range that goes from sub-freezing to extreme heat: -40° to +75° C (-40° to +176° F). With these operational parameters, you can deploy the Hughes 9502 One-piece anywhere the INMARSAT system of communication satellites reaches, and be confident that your systems will be in contact and connected even in extreme conditions.
No minimum connection charge
Minimum billing increment of 1 Kbyte
No usage charge for over-the-air modem software upgrades
Integrated IP Watchdog to ensure "always-on" network connectivity. No manual intervention required to recover from an outage
Auto-on/auto-context activation automatically restores power and PDP connection to itself following loss of power and/or IP connection
Remote control via SMS provides management platform for command and control to the terminal using SMS, including configuration, debugging, and remote access to Web interface
Ultra-low power consumption
Idle: < 1W
Transmit; < 20W
Receive: < 3W
Relay mode passes WAN IP address to the RTU
Security enhancements with extended layers of embedded security options
Basic installation; no PC required
Built-in GPS receiver
The Hughes M2M terminal is BGAN M2M Certified
Interfaces
Ethernet connection (RJ45)
USB Type B for connection to PC for configuration of terminal
RS-232 (DB9) to external NMEA 0183-based GNSS device (e.g., GLONASS receiver)
Package Contents
Hughes M2M Terminal
Locking bar for padlock
Mounting screws and washers
Accessories
Basic fixed mount kit
Azimuth elevation bracket
Mechanical spare parts kit
Extended warranty options
Satellite Transmit Frequency:
1626.5–1660.5 MHz
Satellite Receive Frequency:
1525–1559 MHz
GPS Frequency:
1574.42–1576.42 MHz
Weight:
3.8 Kg
Dimensions:
275 mm x 275 mm x 84 mm
Operating Temperature:
-40° C to +75° C
Storage Temperature:
-55° C to +75° C
Humidity:
95% RH at +40° C
Wind Loading:
Survival wind loading (with optional mount) up to 100 mph
Water and Dust:
IP66 Compliant
Input Voltage:
+12 Vdc/+24 Vdc nominal
Firmware Upgrades:
Over the air or local