Waterproof GPS tracker S7
- S7 is an advanced 4G model which is suitable for vehicle, motorcycle, boat, asset tracking, etc. Power input
- range is 8-92V with industrial design. The core features of S7 include internal GPS/GSM antennas, IP66
- waterproof, 1 digital input, 1 analog input, 1 output and 1 RS232 port. S7 uses own GPRS PROTOCOL which
- is simple and practical. The users can integrate protocol into their own platform efficiently.
- 8-92V broad power input, suitable for vehicle, motorcycle and electric bike
- Waterproof IP66 class
- Internal GPS/GSM antenna
- Good hardware power system and protection design, no device burning issue
- Longer lifetime, one of the durable options on the market, suitable for customers who rent tracker to customers
- Fuel theft/filling alert
- Support RS232 port, for the optional camera, RFID reader, fingerprint scanner, ultrasonic fuel sensor
- Support original fuel sensor (vehicle own fuel gauge, no need external fuel sensor)
| Item | Specification |
|---|---|
| Dimension | 80*53*21mm |
| Weight | 162g |
| GSM Module | Quectel EG915U |
| GPS Module | Quectel L70-R |
| Input Voltage | DC 8~92V/1.5A |
| Internal Battery | 700mAh/3.7V |
| Power Consumption | 7.8mA standby current 37~185mA at 10 seconds regular tracking mode (GPS signal available). Max 185mA at GPRS data transmitting moment. |
| Internal Battery Life | 8 hours at every 30 seconds time interval 12.8 hours at every 300 seconds time interval |
| Operating Temperature | -20℃~70℃ |
| Humidity | 5%~95% |
| LED Light | 3 LED lights indicating GPS/GSM/External power status |
| Button/ Switch | 1 power switch (inside case) |
| Flash Memory | 8MB (GPRS data 10200 units, SMS data 320 units) |
| GSMFrequency (2G) | 850/900/1800/1900 MHz |
| UMTSFrequency (3G) | Don’t support |
| FDD-LTE (4G) | B1/B3/B5/B7/B8/B20/B28 |
| GPS Sensitivity | -165dBm |
| GPS Start Speed | Cold start 35s Hot start 1s |
| Position Accuracy | 10m |
| I/O Port | 1 Digital input, positive, default for ACC detection. 1 Analog input, voltage range is 0-36V, can be converted to input1 by command B18. Default is analog input. 1 Output 1 RS232 port for RFID/Camera/Ultrasonic fuel sensor/Fingerprint scanner (Optional) 1 USB port (inside case) |
| I/O | Color | Function |
|---|---|---|
| VCC | Red | Positive power, connect to positive of vehicle battery, input voltage range 8-92V |
| GND | Black | Ground, connect to negative of vehicle battery or the vehicle’s iron part. |
| IN2 | White | Digital input2, positive input, default connect to ACC for status detection. |
| AD1 | Blue | 12 bits analog input, voltage range 0-36V, adjustable, default 0-5V range. Connect to external sensor. For example, fuel sensor. AD1 is smart, can be converted to input1 by command B18. |
| OUT1 | Yellow | Output1 Output active: low level (0V) Output inactive: open drain (OD) Max open-drain (inactive) voltage: 45V Max current for output low voltage (valid): 500mA |
|---|---|---|
| RS232 Port | Orange | DC5V |
| Black | Ground | |
| Green | Sensor_RS232_TX | |
| Purple | Sensor_RS232_RX |
Specifications on this page are the ones published by GOTOP for this model. Ask us before ordering if you need a band, battery or protocol that is not listed.
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VT302 RS232 Serial Port & Driver ID Recognition Fleet GPS Tracker
Order Or Modify This Model
Small orders are welcome, and our engineers can change firmware, protocol or housing to match your platform.
FAQ
General GPS Tracking Questions
Answers published by GOTOP for all tracking devices.
How do set up the GPRS?
Make sure the command you set according to the below frequent issue. The SIM card of the Tracker supports the GPRS function. Send the APN set command SMS to configure the application and send SMS to tracker to trigger it reply back information. Set The GPRS signal interval the port number you set for the tracker have its program. If your router is dynamic IP addressing, don not forget to resend APN set command SMS when the IP address is changed. check out the IP address for PC server When you login your router, you will get your IP address in the login box. Also there is some website or software could help you to check your own IP address. setup the port number Port number is a random number which is setup by the end user, please make sure this port is not occupied by other software otherwise the PC server software will shut down automatically. In order to avoid the conflict, we suggest you setup the port number bigger than 6000. check out the APN name of your local telecommunication provider If the GPRS configuration has been wrongly set, the device will spend long time to repeatedly engage at connecting with IP address, this will cause the outing SMS delayed.
Who does tracker use for maps and map data?
Currently, GPS tracker Systems is using the Google mapping interface for maps, and partners for the street level data that is displayed on the maps. It is able to use any mapping interface and can customize mapping solutions based on the specific requests or needs.
Why is your communications more efficient than other providers that I have seen?
Wireless Networks - GSM/GPRS For Real-time GPS tracking, the wireless network is used to communicate the GPS data from the vehicle/asset, so location, speed and stop times can be viewed in Real-time. Think in terms of how mobile phones work. There are two types used; (1) Digital Cellular and (2) Satellite. Obviously, digital cellular is more popular due to cost. This is the same with communicating real-time GPS data for vehicle tracking. Wireless Networks: Cellular vs. Satellite Due to the facts that (1) hardware is less expensive (2) monthly service fees are less expensive (3) superior network reliability; a digital cellular-based system is the best way to go for the vast majority of companies that want to use a real-time system for nearly any type of tracking. Digital Wireless Networks If you are looking to purchase a 1st tier GPS tracking system, then you should be looking for a system that operates on a 1st tier digital wireless network. All of the 1st tier wireless communications companies is the market have moved to digital wireless networks. There are two types of types of digital wireless protocols that the major communication companies have utilized for the build-out of their wireless networks: GSM/GPRS CDMA (1xrt) There is an on-going debate as to which of these protocols is superior for cell phones, but for live data feeds for devices used for GPS tracking, mobile email, and wireless forms, the "always on" technology of GPRS is clearly superior. GPS devices that use this network are "pay as you go" type devices. One should only consider using GPS devices on these networks for applications where only a few location records per day are required. GPS devices that use these networks should never be considered for fleet management applications due to the fact that reporting vehicle activity for a sound fleet management system requires between 1000-3000 records generated per month. The cost of this many records on these networks would be far above the flat fee you would pay with a superior, digital GSM/GPRS.