Libelium Waspmote Smart Parking v2, Техническое руководство

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Smart Parking node
3.2.1. Smart Parking EU
Power consumption Time consumption
Node setup 22.9 mA 59 s
Measure cycle 26 mA 340 ms
Measure and send cycle 17 mA 6 s
Sleep cycle 5.5 uA Depends on sleep time settings
(*) LoRaWAN EU is set to the default SF12 settings (worst case). The send process may be lower power if the node is close to the base station.
3.2.2. Smart Parking US
Power consumption Time consumption
Node setup 21.8 mA 53 s
Measure cycle 26 mA 340 ms
Measure and send cycle 20 mA 3.6 s
Sleep cycle 5.5 uA Depends on sleep time settings
(*) LoRaWAN US is set to the default SF10 settings (worst case). The send process may be lower power if the node is close to the base station.
3.3. User switches
The Smart Parking node has 2 switches to manage the working mode:
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On/O ff switch: Determines whether the node is powered-on or powered-o ff
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App/Boot switch: When the node is powered-on, this switch determines the performance state of the device
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App position must be used for a normal operation mode, so the device executes the fi rmware within it
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Boot position must be used for con fi guring purposes only
Figure : Smart Parking node "user switches"
When the node is powered-on (On switch), you can change from App to Boot or viceversa by changing the state
of the App/Boot switch. However, you must press the reset button to apply the operation mode change. Another
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