Temperature threshold alert WiFi SuperLocal
Temperature threshold alert WiFi SuperLocal is similar to the original mode as it sends an alert every time the measured temperature is above or below any of three temperature thresholds A, B, or C. The thresholds are encoded in SimpleTemp. All mode-specific events are sent with up to 5 MAC pointers and the respective RSSI for very precise localization.
Temperature threshold alert WiFi SuperLocal
Hex value: 0x57
Use cases: Monitoring any environment that requires constant temperature in a certain range; labs, factories, warehouses, swimming pools, and more
Devices that support this mode: SimplePack Plus
Required sensors: Either temperature sensor (Ambi or precise, precise is preferable), WiFi module
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Register (hex) | Default (hex) | Delta (hex) | Delta information |
0x34 | 0x00 | 0x43 | Temperature measuring turned on |
Mode-specific events (uplink messages):
For more information on what uplink messages (mode-independent events) and additional data from various sensors in the device (appended payload) can be sent regardless of mode and how to fine-tune message behavior (alerts), see Mode-independent information and events.
Hex | Event name | Alert | Event information |
0xCB | Temperature below threshold A WiFi Precise | 1 | Temperature crossed threshold A, sent with 5 MAC pointers and RSSI |
0xCC | Temperature above threshold A WiFi Precise | 1 | Temperature crossed threshold A, sent with 5 MAC pointers and RSSI |
0xCD | Temperature below threshold B WiFi Precise | 1 | Temperature crossed threshold B, sent with 5 MAC pointers and RSSI |
0xCE | Temperature above threshold B WiFi Precise | 1 | Temperature crossed threshold B, sent with 5 MAC pointers and RSSI |
0xCF | Temperature below threshold C WiFi Precise | 1 | Temperature crossed threshold C, sent with 5 MAC pointers and RSSI |
0xD0 | Temperature above threshold C WiFi Precise | 1 | Temperature crossed threshold C, sent with 5 MAC pointers and RSSI |
0xFC | MAC storage readout | No | One pointer and its assigned MAC sent |
Registers relevant for this mode:
Hex | Register name | Default value (hex) |
0x1D | Temperature threshold A | 1,5°C (0x53) |
0x1E | Temperature hysteresis A | 1°C (0x04) |
0x1F | Temperature threshold B | 40°C (0xA0) |
0x20 | Temperature hysteresis B | 2°C (0x08) |
0x21 | Temperature threshold C | 60°C (0xC8) |
0x22 | Temperature hysteresis C | 2°C (0x08) |
0x34 | Temperature measurement period | 0 seconds (0x00), delta: 3 minutes (0x43) |
0x4D | Temperature detection delay | 0 seconds (0x00) |
0xFC | MAC storage eraser | No default value - After this register hex, you can send up to 7 MAC pointers (0x01-0x80) to the device and then the respective MAC addresses will be deleted from the internal MAC storage |
0xFD | MAC storage reader | No default value - After this register hex, you can send up to 7 MAC pointers (0x01-0x80) to the device, the respective MAC addresses will be uplinked as the same number of 0xFC events |
Similar modes:
Hex | Mode name | Description |
0x10 | Temperature threshold alert | Original Temperature threshold alert, no WiFi |
0x1B | Temperature threshold alert WiFi | Basic WiFi version of Temperature threshold alert |
0x3F | Temperature threshold alert WiFi Atlas | WiFi Atlas version of Temperature threshold alert |
0x57 | Temperature threshold alert WiFi Precise | WiFi Precise version of Temperature threshold alert |
Switching to mode, arming, and disarming information:
Follow the Basic Operations With SimpleHw Devices guide, where you can also find information about LED behavior, relevant Sigfox messages, and more.
Here’s what’s important for Temperature threshold alert WiFi Precise messages:
To set this mode, the downlink needs to include this mode register setting: 0157
The uplink messages need to begin with the mode hex as the first byte: 57
When arming the device, you should see this message: 5710
When the device is armed, it should send you these two bytes: 5711
If you disarm the device via the long press, you should receive this message: 5714
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