Hughes 9502 Fixed BGAN M2M One Piece Terminal - Starter Kit
Same as the Hughes 9502, but assembled into a one piece unit.
The assembly includes the following parts:
- Hughes 9502 chassis
- IP66 housing with end caps
- Flat panel antenna
The world's most cost-effective, all-IP BGAN machine-to-machine satellite terminal with exceptionally low power consumption.
The Hughes 9502 IP satellite terminal provides reliable connectivity over the Inmarsat Broadband Global Area Network (BGAN) for IP SCADA and machine-to-machine (M2M) applications. The Hughes terminal delivers affordable, global, end-to-end IP data connectivity enabling applications in industry sectors such as environmental monitoring, SmartGrid, pipeline monitoring, compressor monitoring, well site automation, video surveillance, and out-of-band management to primary site communications.
The exceptional low power consumption (<1 W idle) of the Hughes 9502 makes it possible to provide end-to-end IP connectivity to sites that are off the grid. This breakthrough provides end-to-end IP connectivity to power-challenged locations that rely upon solar battery arrays involving sensitive power budgets.
The Hughes 9502 includes 10 meters of RF cabling, granting the user freedom to position the antenna remotely and away from the transceiver in complex installations while securing the SIM card inside a premise or enclosure to better protect against unauthorized use, theft, and vandalism.
Future firmware releases would be uncommon, meanwhile any such modem update will qualify for no charge over-the-air (OTA) upgrades saving customers time and money. At less than a penny or two per kilobyte, customers cannot find better value from comparable technologies.
Main Features
? No connection charge with BGAN M2M (normal BGAN charge is 100K)
? Minimum CDRs only 1K (normal BGAN charge is 10K)
? No charge over-the-air modem software upgrades
? Exclusive airtime packages unique to the Hughes 9502
? 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?remote management platform for command and control to the terminal using SMS, including configuration, debugging, and access to Web interface
Ultra-low power consumption
◦ Transmit: < 20 W
◦ Narrow beam w/o transmit: 3 W
◦ Idle (regional beam): < 1 W
◦ Off (wake on packet): < 10 mW (@ 12 Vdc)
◦ Off (wake on packet): < 30 mW (@ 24 Vdc)
◦ Off (GPIO control): < 3 mW (@ 12 Vdc)
◦ Off (GPIO control): 0
? Relay mode passes WAN IP address to the connected RTU
? Security enhancements with extended layers of embedded security options
? Basic installation; no PC required
? Outdoor unit (ODU) can be pole mounted
? Indoor unit (IDU) is housed inside building or the remote terminal unit (RTU)
? Built-in GPS receiver
Interfaces
◦ Ethernet connection (RJ45)
◦ USB?Type B for connection to configuration PC
◦ RS-232 (DB9) to external NMEA 0183-based GNSS device (e.g., GLONASS receiver)
◦ TNC connection on the IDU to the external antenna
Accessories
◦ Modem (IDU) strap
◦ Antenna basic fixed mount kit
◦ Antenna azimuth elevation bracket
◦ Extended warranty options
Specifications
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Satellite TX Frequency:
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1626.5?1660.5 MHz
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Satellite RX Frequency:
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1525?1559 MHz
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GPS Frequency:
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1574.42?1576.42 MHz
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SAT Continuous TX Time:
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Up to 3.25 hours at 128 kbps
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SAT Continuous RX Time:
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Up to 5.5 hours at 128 kbps
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SAT Standby Time:
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Up to 36 hours
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IDU Weight:
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< 1.5 Kg (3.3 lbs)
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IDU Dimensions:
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150 mm x 216 mm x 45 mm
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ODU Weight:
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< 1.9 Kg (excludes mount and cable)
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ODU Dimensions:
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385 mm x 385 mm x 33 mm
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Operating Temperature:
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-40˚ C to +75˚ C
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Storage Temperature:
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-55˚ C to +75˚ C
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Humidity:
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95% RH at +40˚ C
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ODU Wind Loading:
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Survival wind loading (with optional mount) up to 100 mph
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IDU Water & Dust:
ODU Water & Dust:
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IP-40 Compliant
IP-65 Compliant
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Input Voltage:
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+12 Vdc/+24 Vdc nominal
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Firmware Upgrades:
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Over the air or local
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