Vessel/Boat position Vehicle GPS satellite tracking devices with Iridium SBD module 9602N and 4G LTE GPRS network
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- Supplier: Shenzhen Trackpro Electronic Technology Co. Ltd.
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Product Overview
Description
Product Description
Overview
TR130-4G is a stand alone GPS tracking device, with integrated Iridium Short Burst Data (SBD) and GPRS dual-mode communications terminal that delivers connectivity to assets in fleet management applications moving in and out of cellular range. Fleet managers get the best of both worlds—lower cost data transmission in areas with cellular coverage, and reliable always-on satellite communications over Iridium satellite two-way data service anytime the cellular network is unavailable.
When in coverage of cellular networks, the TR130-4G dual mode terminal uses both cellular frequencies to communicate vehicle location and other vital information. The terminal automatically switches to satellite services when out of cellular reach, ensuring
constant visibility and communication.
When in coverage of cellular networks, the TR130-4G dual mode terminal uses both cellular frequencies to communicate vehicle location and other vital information. The terminal automatically switches to satellite services when out of cellular reach, ensuring
constant visibility and communication.
Benifits
* Highly Mobile - The Iridium satellite network provides communications and connectivity for mobile applications like oil and gas, transportation, agriculture and surface mining anywhere on the planet allowing tracking and monitoring of vehicles and assets operating in remote areas.
* Reliable Coverage - Devices using the Iridium satellite network are enables by a constellation of 66 Low-Earth Orbit (LEO) mobile satellites that provide service anywhere on the planet.
* Low Latency - The Iridium satellites in Low-Earth Orbit (~800 km), enable signals to travel in 1/40 the time compared to
geostationary satellites (36,000 km), resulting in low-latency, always-on connections ideal for Internet of Things (IoT)
deployments.
* Reliable Coverage - Devices using the Iridium satellite network are enables by a constellation of 66 Low-Earth Orbit (LEO) mobile satellites that provide service anywhere on the planet.
* Low Latency - The Iridium satellites in Low-Earth Orbit (~800 km), enable signals to travel in 1/40 the time compared to
geostationary satellites (36,000 km), resulting in low-latency, always-on connections ideal for Internet of Things (IoT)
deployments.
Application
* Vessels in the ocean
* Vehicle in the desert
* Gas transportation
* Oil transportation
* Border
* Surface mining
* Vehicle and assets tracking or monitoring in the remote area
Features
1. GPRS/Iridium satellite dual mode hybrid
2. Built-in Iridium SBD transceiver, true global coverage
3. Support 4G LTE GPRS network
4. Multiple digital input, analogue input/output
5. Auto switch to GPRS mode when the device detects GSM signal
6. Report uploading frequency can be set by time, distance or combination or intelligent report.
7. Power failure alert
8. SOS emergency alert is optional
9. Over speed alarm
10. ACC detection
11. Embedded 3D accelerator
11. Embedded 3D accelerator
12. RS485 BUS for custom accessories connecting (fuel sensor, RFID reader & flow meter)
13. IP68 Waterproof housing case
14. Built-in 4Mb memory
15. 500Mah backup battery
16. Firmware update over the air
Coverage
The Iridium network is largest commercial satellite network in the world and the only network that offers true global
communications coverage over 100% of the planet. Uniquely, Iridium satellite coverage map spans Earth’s polar regions and every inch of land, sea or sky in between.
communications coverage over 100% of the planet. Uniquely, Iridium satellite coverage map spans Earth’s polar regions and every inch of land, sea or sky in between.
The Iridium constellation consists of a fully meshed network of 66 low-earth orbiting (LEO) cross-linked satellites, and 9 in-orbit spares ready to replace any unserviceable satellite. This is how Iridium ensures that every region on the globe is covered by at least one satellite at all times. Iridium satellites orbit at an altitude of 485 miles (780 km), circling the earth once every 100 minutes, travelling at 16,832 miles per hour. Each satellite is cross-linked to four other satellites; two satellites in the same orbital plane and two in an adjacent plane. These links create a dynamic network in space. Messages are routed among Iridium satellites without touching the ground, creating a highly secure and reliable connection. Cross-links also make the Iridium network particularly impervious to natural disasters — such as hurricanes, tsunamis and earthquakes - which can damage traditional land-lines and cell towers. The large number of cross-linked Iridium satellites also makes it easier to maintain a connection while a variety of external antenna and docking stations can be used to extend the utility of Iridium devices for use in a building, vehicle, small plane or on a vessel.
In January 2019 Iridium completed its Iridium NEXT campaign, a complete technological upgrade of its constellation. Iridium is now arguably the world's highest performance and most sophisticated constellation.
Specification
Item | Description |
Dimension | 120mm (L)*103mm (W)*28mm (H) |
Data transmission | Iridium SBD and GPRS communication |
operating voltage | 8V-32V DC |
Maximum operating power | <450mA-13.8V(transient peak current:2W) Network communication protocol:embedded TCP/IP protocol stack,support TCP/IP. |
Operating temperature | -40°C~+65°C |
Shell material | Plastic |
Iridium module | Iridium 9602 |
Frequency | 1616 ~ 1626.5 MHz |
Iridium upstream data | maximum length is 340bytes |
Transmission delay | 10-60 seconds(because of galaxy switch) |
Iridium downstream data | maximum length is 270bytes |
SBD message transfer | Average current 195mA |
SBD Transmit power | Average power 1.6W |
GSM/GPRS frequency | 8TR130-4G E: FDD-LTEB1/B3/B7/B8/B20 UMTS/HSDPA/HSPA+ B1/B8 GSM/GPRS/EDGE 900/1800 MHz TR130-4G A: Tri-Band FDD-LTE B2/B4/B17 UMTS/HSDPA/HSPA+ B2/B5 TR130-4G SA: • FDD-LTE B1/B3/B5 /B7/B8/B28 • Dual-Band UMTS/HSDPA/HSPA+ B1/B5 |
GPS model | MT3337 GPS chipset |
MT3337 GPS chipset | Without aid:3.0 M 2D-RMS DGPS(WAAS, EGNOS, MSAS, RTCM):2.5 M |
Time to First Fix | Hot start < 1 sec. Warm start < 30 sec. Cold start < 31 sec. |
Sensitivity | - 165 dBm (Tracking) |
GPS antenna | External Activity Antenna Gain:3 dB |
Iridium SBD antenna | Frequency（MHz）：1616-1626 Gain:3dBi |
GSM antenna | External, SMA connector Gain: 3-5 dbi |
Digital Input | 2 |
Anlage Input | 1 |
Output | 1 |
RS485 Bus | Fuel sensor, RFID reader, flow meter and Compatible Custom Accessories |
Weight | 215g |
Battery | Li-Po 3.7V 500mAh |
Current | GPRS online 40mA GPRS transmit 80mA GPRS peak 120mA |
Operating temperature | -20 to 60 ︒C |
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How Does It Work
Company Profile
Skype: trackpro18
WeChat: trackpro08
WhatsApp: +86 133 1297 7946
Add: 4A618 Logan Jiu Zuan, Teng Long Road, Min Zhi, Long Hua District 518131, Shenzhen, China
Home Page: www.trackpro-cn.com
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