LoRaWAN Underground Parking Sensor
AN-101C is a wireless geomagnetic equipment with radar detecting in high accuracy. Easy to install underground. it is widely used in urban road-side parking space and other application scenarios. It provides accurate detection of the occupied and idle status and transfers the information as digital signals to relevant smart parking systems and management platform.
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Overview
AN-101C is an underground type geomagnetic parking sensor with radar detecting based on standard LoRaWAN protocol to detect the status (occupied or empty) of a parking space. When it detects that there is a car parked in or leaving the parking space, the status information of the parking space will be sent to a LoRa gateway, and the gateway will transmit the information to the LoRa network server, which will then decode the LoRa data and interface with the smart parking platform to achieve real-time management of parking lots. Easy to install in-ground, it is widely used in urban roadside parking spaces and other application scenarios.
Features
Support LoRaWAN CLASS A;
Frequency (optional): CN470/AS923/EU868/US915/AU915/RU864-870/IN865-867
Support the magnetic induction of XYZ in three directions;
Radar detection for parking space occupation status
Support BLE wireless transparent communication
Built-in Li-SOCl2 battery
IP67 protection
Temperature range: -40℃～+80℃
Strong resistance to interference and easy installation
High accuracy: >98%
Low power consumption
Specifications for LoRaWAN Underground Parking Sensor
| LoRaWAN | |
|---|---|
| Configuration Interface | Bluetooth |
| Uncategorized | |
| Frequency band | AS923 or AU915 or KR920 or US915 |
| Sensor | Magnetic |
| Class | Class A |
| Power type | Battery |
| Sensor Measurement Range | NA |
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Datasheet
AN-101D geomagnetic parking sensor for smart on-street parking
AN-101D is a surface-mounted type geomagnetic parking sensor based on LoRaWAN protocol, which is independently developed by Winext Technology to detect the occupied/empty status of a parking space.
Features:
Support standard LoRaWAN Class A;
With triaxial reluctance sensor, support the magnetic induction of XYZ in three directions;
Support BLE wireless transparent transmission;
Built-in Li-SOCl2 battery;
Built-in temperature sensor;
Complete plastic shell design;
IP68 protection;
Strong resistance to interference and easy installation;
High detection accuracy to >98%;
Low power consumption, 5 years lifespan;
Support watchdog to protect internal circuit;
No maintenance is required for less operating cost
Hardware parameters:
Item | Technical parameters |
Detecting sensor | AMR magnetic sensor, gauss field detection range of ±8, Sensitivity to 0.1mG |
Temperature sensor | Detecting range: -40℃~85℃ (±1℃), |
Power supply | 3.6V/16Ah Li-SOCl2 battery |
Frequency | CN470; EU868; US915; AS923; AU915; |
Sleep current | ≤30uA |
Average working current | ≤20mA |
Antenna | Internal |
Wireless communication | LoRa communications |
Operating temperature | -40℃~85℃ |
Installation | Surface-mounted type |
Battery life | 5 years(based on data report of 25 times per day) |
Load-bearing | 8 tons; 2 tons for single-wheeled vehicle |
Dimension | Dia195mm*Height 28mm |
Software parameters:
Items | Technical parameters |
Detecting accuracy | 98% |
Wireless configuration | Support BLE wireless configuration |
Environmental calibration | Support dynamic automatic calibration |
Temperature compensation | Support |
Wireless communication protocol | Support standard LoRaWAN Class A |
OTA upgrade | Support LoRa wireless upgrading |
Data retransmission | 3 times (max) |
Heartbeat interval | Users can set by themselves |
Configuration tool | Support graphical Web configuration, support wireless BLE serial port configuration |
Fault self-diagnosis | Support |
Installation Notes:
1. Ensure the installation is in accordance with the applicable specifications of the devices.
2. The installation shall only be performed by a professional installer or an authorized engineering representative.
3. Please use dedicated and qualified installation tools to ensure the safety
4. Devices should be installed in places far away from fire, strong electric field and strong magnetic field and etc., otherwise it may cause damage to the device.
5. Do not install the device in a high-vibration ground environment.
6. Do not install the device in places close to power output, especially underground cable.
7. Make sure there are no metal objects within 30cm of the surrounding area of the device.
8. For installation, there must be no stones or sharp objects at the bottom of the
9. Winext Technology reserves the final explanation right related to installation.
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