Standard User Modes
Last updated
Last updated
Sends a message when the button is pressed. Can recognize various types of button presses - quite simple with many use cases ranging from security to eldercare.
Hex value: 0x01
Use cases: Security, order button, panic button, eldercare and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Button
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
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.
Registers relevant for this mode:
Similar modes:
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 Press me messages:
To set this mode, the downlink needs to include this mode register setting: 0101
The uplink messages need to begin with the mode hex as the first byte: 01
Press me does not require arming or disarming. This means the device will not send the following events: 0x10 (Start of arming), 0x11 (End of arming), 0x14 (Disarmed by long press).
Guard me sends messages once the object moves, vibrates or changes position. After the alert is sent, the device is inert for the duration of the sleep time to prevent draining the battery.
Because of the way the accelerometer works, the device will not detect movement perpendicular to the ground nor the pull of the Earth’s gravity (this means that e.g. the smooth opening of office doors would not be reported - use the Door mode for this use case).
Hex value: 0x02
Use cases: Monitoring objects; security for both personal and commercial belongings
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Accelerometer
Mode-specific deltas: None
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.
Registers relevant for this mode:
If you change the general sensitivity of the accelerometer and the magnetometer (0x11 and 0x19), respective axis registers reset to 0 as the general settings replace them and vice versa.
Similar modes:
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 Guard me messages:
To set this mode, the downlink needs to include this mode register setting: 0102
The uplink messages need to begin with the mode hex as the first byte: 02
When arming the device, you should see this message: 0210
When the device is armed, it should send you these two bytes: 0211
If you disarm the device via long press, you should receive this message: 0214
Track me sends a message when the monitored object starts moving and also sends one when the movement stops and the device does not move for an adjustable time period.
Hex value: 0x03
Use cases: Tracking luggage, parcels, containers etc.
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Accelerometer
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
If you change the general sensitivity of the accelerometer and the magnetometer (0x11 and 0x19), respective axis registers reset to 0 as the general settings replace them and vice versa.
Similar modes:
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 Track me messages:
To set this mode, the downlink needs to include this mode register setting: 0103
The uplink messages need to begin with the mode hex as the first byte: 03
When arming the device, you should see this message: 0310
When the device is armed, it should send you these two bytes: 0311
If you disarm the device via long press, you should receive this message: 0314
Trace me sends messages while the object is moving and stops sending them when it’s still. While moving, it periodically sends a message (the period length is defined in the Tracing delay register) so you can trace the monitored object. No more messages are sent after stop of movement is detected and reported.
Hex symbol: 0x04
Use cases: Package tracing for postal services, tracing international trucks, river transport boats and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Accelerometer
Mode-specific deltas:
Deltas are mode-specific register values different from default register values.
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.
Registers relevant for this mode:
If you change the general sensitivity of the accelerometer and the magnetometer (0x11 and 0x19), respective axis registers reset to 0 as the general settings replace them and vice versa.
Similar modes:
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 Trace me messages:
To set this mode, the downlink needs to include this mode register setting: 0104
The uplink messages need to begin with the mode hex as the first byte: 04
When arming the device, you should see this message: 0410
When the device is armed, it should send you these two bytes: 0411
If you disarm the device via long press, you should receive this message: 0414
Using the accelerometer, this mode monitors occurrence of vibration and periodically reports when the monitored object was vibrating and when it was not in a predefined time window.
Hex value: 0x05
Use cases: Monitoring usage of engines, heavy machinery, factory robots and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Accelerometer
Mode-specific deltas: None
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.
*Each of the 10 bytes in the payload that come after mode and event (after 0580) represents a time window. One bit represents one second, one byte represents up to 255 seconds. The number you receive is the number of seconds in this time window (max 0xFF - 255) when vibration was detected by the device. This means you can determine the intensity of vibration in % in the given time interval.
The Monitor me uplink event is received after the payload is full. This means that in default settings, the first message will come after 42:30 minutes (10 bytes, 255 seconds each, total of 2550 seconds). This interval can be prolonged with register 0x3C (Accelerometer measurement interval) - the default setting is 1 second. E.g. two seconds would make this interval 42:30 x 2 = 85 minutes.
Registers relevant for this mode:
If you change the general sensitivity of the accelerometer and the magnetometer (0x11 and 0x19), respective axis registers reset to 0 as the general settings replace them and vice versa.
Similar modes:
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 Monitor me messages:
To set this mode, the downlink needs to include this mode register setting: 0105
The uplink mess
ages need to begin with the mode hex as the first byte: 05
When arming the device, you should see this message: 0510
When the device is armed, it should send you these two bytes: 0511
If you disarm the device via long press, you should receive this message: 0514
Reports movement of an object and once the movement stops, reports precise position through accelerometer data. You can use the data to determine whether the object was displaced or not.
Hex value: 0x06
Use cases: Manholes, containers, lab doors, safe boxes, fire extinguisher cabinets, poles and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Accelerometer
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
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.
Registers relevant for this mode:
If you change the general sensitivity of the accelerometer and the magnetometer (0x11 and 0x19), respective axis registers reset to 0 as the general settings replace them and vice versa.
Similar modes:
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 Put me back messages:
To set this mode, the downlink needs to include this mode register setting: 0106
The uplink messages need to begin with the mode hex as the first byte: 06
When arming the device, you should see this message: 0610
When the device is armed, it should send you these two bytes: 0611
If you disarm the device via long press, you should receive this message: 0614
Don’t drop me behaves similarly to Guard me except for its event (uplink message) is triggered by faster acceleration of the accelerometer in one of its axis and not just movement detection. Drop alert detection threshold can be defined.
Please note this mode should not be used on boards with an opto pin (SimpleIndustry with 2 external sensors) because of accelerometer consumption. Please contact us at ask.simplehw.eu for more information.
Hex value: 0x07
Use cases: Monitoring packages inside trucks, shipping containers and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Accelerometer
Mode-specific deltas: None
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.
Registers relevant for this mode:
If you change the general sensitivity of the accelerometer and the magnetometer (0x11 and 0x19), respective axis registers reset to 0 as the general settings replace them and vice versa.
*4 upper bits of register 0x17 determine which Don’t drop me submode the device will be in. The other 4 (lower) bits determine the accelerometer sensitivity (similar to register 0x11).
Don’t drop me submodes:
SHOCK
0x17 value: 0x07
Behavior: Don’t drop event is sent when acceleration is detected above the Don’t drop me threshold (register 0x15) for longer than Don’t drop me the duration (0x16)
Accelerometer configuration: ODR 100Hz
0x15 units: 1 LSb = 32 mg, range is ±4G
0x16 units: 1/ODR
FREE FALL
0x17 value: 0x47
Behavior: Don’t drop event is sent when acceleration is detected below the Don’t drop me threshold (register 0x15) for longer than the Don’t drop me duration (0x16)
Accelerometer configuration: ODR 25Hz
0x15 units: 1 LSb = 16 mg, range is ±2G
0x16 units: 1/ODR
CLICK
0x17 value: 0x87
Behavior: Don’t drop event is sent when acceleration is detected above the Don’t drop me threshold (register 0x15) for no longer than the Don’t drop me duration (0x16)
Accelerometer configuration: ODR 100Hz
0x15 units: 1 LSb = 32 mg, range is ±4G
0x16 units: 1/ODR
Similar modes:
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 Don’t drop me messages:
To set this mode, the downlink needs to include this mode register setting: 0107
The uplink messages need to begin with the mode hex as the first byte: 07
When arming the device, you should see this message: 0710
When the device is armed, it should send you these two bytes: 0711
If you disarm the device via long press, you should receive this message: 0714
Sends a timeline of when and how long the reed contact was opened and when and how long it was closed, 8 time periods are sent in total. Useful for creating a history of e.g. door usage and more.
Hex value: 0x08
Use cases: History of door usage mostly (or anything where you can use the binary reed switch on/off functionality)
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Reed switch
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
Similar modes:
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 Reed switch on/off with redundancy messages:
To set this mode, the downlink needs to include this mode register setting: 0108
The uplink messages need to begin with the mode hex as the first byte: 08
When arming the device, you should see this message: 0810
When the device is armed, it should send you these two bytes: 0811
If you disarm the device via long press, you should receive this message: 0814
Detects doors opening and closing using the accelerometer and the magnetometer.
Hex value: 0x09
Use cases: Monitoring various doors; offices, cabinets, entrances and more
Devices that support this mode: SimplePack
Required sensors: Accelerometer, magnetometer
Mode-specific deltas: None
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.
Registers relevant for this mode:
Similar modes:
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 Door mode messages:
To set this mode, the downlink needs to include this mode register setting: 0109
The uplink messages need to begin with the mode hex as the first byte: 09
When arming the device, you should see this message: 0910
When the device is armed, it should send you these two bytes: 0911
If you disarm the device via long press, you should receive this message: 0914
This mode lets you know when a water leak has occurred and also when water is no longer detected. Position is monitored and any tilt over a predefined threshold (up to 180 degrees) is reported. If the device returns to the original position, the device will send a message too.
Leak detector is only for the SimpleLeak! No other device works properly in this mode.
Hex value: 0x0A
Use cases: Bathrooms, kitchens, industrial spaces, transport, laboratories and more
Devices that support this mode: SimpleLeak
Required sensors: Water leak detector and accelerometer
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
Similar modes: None
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 Leak detector messages:
To set this mode, the downlink needs to include this mode register setting: 010A
The uplink messages need to begin with the mode hex as the first byte: 0A
When arming the device, you should see this message: 0A10
When the device is armed, it should send you these two bytes: 0A11
If you disarm the device via long press, you should receive this message: 0A14
A mode created to literally show off. Will send some mode-specific events from Press me (0x01) and all mode-specific events from Don’t drop me (0x07), Reed on/off (0x0C) and Light on/off (0x0D) together with appended payload with voltage, temperature and accelerometer data. WiFi is used in one event.
Hex value: 0x0B
Use cases: Demos and shows - but will cover anything that requires the data this mode can send you
Devices that support this mode: SimplePack Plus
Required sensors: Button, WiFi module, reed switch, light sensor, accelerometer, either temp sensor
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode (tbd):
Similar modes:
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 Demo mode messages:
To set this mode, the downlink needs to include this mode register setting: 010B
The uplink messages need to begin with the mode hex as the first byte: 0B
When arming the device, you should see this message: 0B10
When the device is armed, it should send you these two bytes: 0B11
If you disarm the device via long press, you should receive this message: 0B14
Sends a message when the reed contact is switched on by a magnet and also sends one when the sensor is switched off because the nearby magnetic field is no longer detected.
Hex value: 0x0C
Use cases: Garage doors, warehouse doors, fridges, anything where reporting contact is important
Devices that support this mode: SimplePack and SimplePack Plus
Please note that in the SimplePack 4.0 Plus Magnetic Switch, the device is shipped in this mode (armed) without the possibility to disarm the device by long press. Triggering downlinks with an extra long press is still enabled (you can disarm the device with downlink).
Required sensors: Reed switch
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
Similar modes:
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 Reed switch on/off messages:
To set this mode, the downlink needs to include this mode register setting: 010C
The uplink messages need to begin with the mode hex as the first byte: 0C
When arming the device, you should see this message: 0C10
When the device is armed, it should send you these two bytes: 0C11
If you disarm the device via long press, you should receive this message: 0C14
Detects light - a message is sent every time a predefined threshold (% of light detected) is crossed either way. Can be set up to detect a very low light percentage threshold - darkness and extreme darkness (useful for monitoring package opening in the night).
Hex value: 0x0D
Use cases: Monitoring electricity usage, buildings and rooms, detecting opening of packages, freezers, safeboxes etc. and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Light sensor
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
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.
Registers relevant for this mode:
Similar modes:
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 Light on/off messages:
To set this mode, the downlink needs to include this mode register setting: 010D
The uplink messages need to begin with the mode hex as the first byte: 0D
When arming the device, you should see this message: 0D10
When the device is armed, it should send you these two bytes: 0D11
If you disarm the device via long press, you should receive this message: 0D14
Intended for long-term monitoring of temperature exception occurrences - in this mode, temperature exception is defined as temperature above or below the three predefined temperature thresholds A, B and C. Will send an event with 5 exceptions and the duration of each exception. Every exception with its duration will take up two bytes of the payload for a total of 12 bytes. The thresholds are encoded in SimpleTemp.
Hex value: 0x0E
Use cases: Long-term monitoring of temperature in any environment; labs, freezers, pools and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Either temperature sensor (ambi or precise, precise is preferable)
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
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.
Registers relevant for this mode:
Similar modes:
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 pipeline messages:
To set this mode, the downlink needs to include this mode register setting: 010E
The uplink messages need to begin with the mode hex as the first byte: 0E
When arming the device, you should see this message: 0E10
When the device is armed, it should send you these two bytes: 0E11
If you disarm the device via long press, you should receive this message: 0E14
Intended for long-term monitoring of temperature exception occurrences - in this mode, temperature exception is defined as temperature above the predefined temperature delta. Will send an event with 5 exceptions and the duration of each exception. Every exception with its duration will take up two bytes of the payload for a total of 12 bytes (mode and event bytes included). The delta is encoded in SimpleTemp.
Hex value: 0x0F
Use cases: Long-term monitoring of temperature in any environment; labs, freezers, pools and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Either temperature sensor (ambi or precise, precise is preferable)
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
Similar modes:
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 delta pipeline messages:
To set this mode, the downlink needs to include this mode register setting: 010F
The uplink messages need to begin with the mode hex as the first byte: 0F
When arming the device, you should see this message: 0F10
When the device is armed, it should send you these two bytes: 0F11
If you disarm the device via long press, you should receive this message: 0F14
This mode sends an alert every time the measured temperature is above or below any of three predefined temperature thresholds A, B or C. The thresholds are encoded in SimpleTemp.
Hex value: 0x10
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 and SimplePack Plus
Required sensors: Either temperature sensor (ambi or precise, precise is preferable)
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
Similar modes:
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 messages:
To set this mode, the downlink needs to include this mode register setting: 0110
The uplink messages need to begin with the mode hex as the first byte: 10
When arming the device, you should see this message: 1010
When the device is armed, it should send you these two bytes: 1011
If you disarm the device via long press, you should receive this message: 1014
This mode sends an alert every time the measured temperature is above the predefined temperature delta. The delta is encoded in SimpleTemp.
Hex value: 0x11
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 and SimplePack Plus
Required sensors: Either temperature sensor (ambi or precise, precise is preferable)
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
Similar modes:
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 delta alert messages:
To set this mode, the downlink needs to include this mode register setting: 0111
The uplink messages need to begin with the mode hex as the first byte: 11
When arming the device, you should see this message: 1110
When the device is armed, it should send you these two bytes: 1111
If you disarm the device via long press, you should receive this message: 1114
Counts the number of reed contact switches and can report them in various ways. Very useful when you need to count e.g. rotation, door openings and closings etc.
Hex value: 0x13
Use cases: Vending machines, door openings, machine usage monitoring, cogs and more
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Reed contact
Mode-specific deltas: None
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
Similar modes:
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 Reed counter messages:
To set this mode, the downlink needs to include this mode register setting: 0113
The uplink messages need to begin with the mode hex as the first byte: 13
When arming the device, you should see this message: 1310
When the device is armed, it should send you these two bytes: 1311
If you disarm the device via long press, you should receive this message: 1314
Please note that the Legionella mode is only available in the SimpleIndustry Legionella device as it is not included in the standard API 6 build due to its size.
This mode was created to monitor water pipes and prevent growth of Legionella pneumophila bacteria that cause the legionnaire’s disease. A device with two external NTC sensors measures temperature of the pipe(s) in two modes and reports the temperature periodically.
Hex value: 0x1D
Mode description: The device will send regular uplink messages with information from both external NTC sensors. The mode can define each NTC sensor as Hot or Cold (and you can also have Hot or Cold twice at the same time and without the other).
The mode is built around what we call a Flow. A Flow starts when the measured temperature increases or decreases by X °C (default is 2°C). During the Flow, temperature is monitored in a faster interval than when the temperature is in the original range. When the Flow ends, the device will return back to the original measuring interval. The device will record the lowest and the highest temperature during Flows from both NTCs (Flow1 and Flow2), the number of Flows for each sensor and the lowest and the highest temperature measured during the whole interval regardless of number of Flows.
In default settings, the regular message is sent every 24 hours.
Please note that the Legionella mode is only available in the SimpleIndustry Legionella device as it is not included in the standard API 6 build due to its size.
Use cases: Monitoring water systems to prevent bacterial growth
Devices that support this mode: SimpleIndustry Legionella
Required sensors: One or two external NTC probes
Mode-specific deltas: None
Uplink messages (events) used in this mode:
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 finetune message behavior (alerts), see Mode-independent information and events.
Registers relevant for this mode:
Similar modes: None
Switching to mode, arming and disarming information:
Follow the general step-by-step guide for switching modes, arming and disarming for for all devices, where you can also find information about LED behavior and relevant Sigfox messages.
Here’s what’s important for Legionella messages:
To set this mode, the downlink needs to include this mode register setting: 011D
The uplink messages need to begin with the mode hex as the first byte: 1D
When arming the device, you should see this message: 1D10
When the device is armed, it should send you these two bytes: 1D11
If you disarm the device via long press, you should receive this message: 1D14
The LED diode will start blinking when the button is pressed and will continue doing so until the button is pressed again. Used for simple LED indication.
Hex value: 0x60
Use cases: Simple LED indication
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: Button, LED diode
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
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.
Registers relevant for this mode:
If you change the general sensitivity of the accelerometer and the magnetometer (0x11 and 0x19), respective axis registers reset to 0 as the general settings replace them and vice versa.
Similar modes:
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 Blinker messages:
To set this mode, the downlink needs to include this mode register setting: 0160
The uplink messages need to begin with the mode hex as the first byte: 60
Blinker does not require arming or disarming. This means the device will not send the following events: 0x10 (Start of arming), 0x11 (End of arming), 0x14 (Disarmed by long press).
Please note that the Gas monitoring mode is only available in the SimpleIndustry CH4 as it is not included in the standard API 6 build due to its size.
Monitors the concentration of gas regularly - reports 1) predefined gas threshold breaches (two thresholds available) and 2) periodic gas values (redundant data is configurable). Currently used for monitoring CH4.
Hex value: 0x65
Mode description: The mode has two ways to report messages with different triggers.
The first trigger is time, device will send a periodic message with 6 gas value records in ppm - each of the records is spaced by the gas monitoring period (0xA1) and the frequency of messages is defined by the aggregation (0xA0). Similar to the Periodic temperature independent event (only gas is monitored).
The second trigger is threshold breach. There are two configurable thresholds A (0xA2) and B (0xA3). Whenever a threshold is breached either way (up or down), the device sends a different event. Similar to the Temperature threshold alert mode (only gas is monitored). Requires gas monitoring period (0xA1) to be defined.
Use cases: Monitoring the presence of CH4 gas
Devices that support this mode: SimpleIndustry CH4
Required sensors: CH4 sensor
Mode-specific deltas: None
Uplink messages (events) used in this mode:
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 finetune message behavior (alerts), see Mode-independent information and events.
Registers relevant for this mode:
*values 0x01, 0x02, 0x03, 0x06, if the MSB is 1 (e.g. 0x81 or 0x86), the device will calibrate the sensor. This must be done in fresh air and the value of register 0xA0 will then turn the MSB back to value 0 after calibration is done (e.g. from 0x86 to 0x06). Calibration only works when the device is armed.
**value x 100 = value in ppm
Similar modes: None
Switching to mode, arming and disarming information:
Follow the general step-by-step guide for switching modes, arming and disarming for for all devices, where you can also find information about LED behavior and relevant Sigfox messages.
Here’s what’s important for Gas monitoring messages:
To set this mode, the downlink needs to include this mode register setting: 0165
The uplink messages need to begin with the mode hex as the first byte: 65
When arming the device, you should see this message: 0165
When the device is armed, it should send you these two bytes: 0165
If you disarm the device via long press, you should receive this message: 0165
Battery consumption: Based on the number of messages sent.
The SimplePack Plus would last at least years (30 000+ messages).
Sends 2 MAC addresses regularly in a predefined period. Precise localisation with an emphasis on using as little battery life as possible as the MACs are sent in one message.
Hex value: 0x12
Use cases: Simple WiFi tracking, tracing, keep-alive heartbeats, localisation in general
Devices that support this mode: SimplePack Plus
Required sensors: WiFi module
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode:
This mode does not send the mode, event and mask bytes as usual. In default settings, the only payload you’ll receive are two 6-byte MAC addresses in one message (max uplink payload) - similar to Atlas WiFi user modes without the mode+event uplink message.
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.
Registers relevant for this mode:
Similar modes:
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 Stupid mode 1 messages:
To set this mode, the downlink needs to include this mode register setting: 0112
When arming the device, you should see this message: 1210
When the device is armed, it should send you these two bytes: 1211
If you disarm the device via long press, you should receive this message: 1214
This mode doesn’t send any payload, only Sigfox metadata. The messages are sent periodically and the time period can be adjusted. Used for Sigfox localisation with the lowest battery consumption possible.
Hex value: 0x61
Use cases: Simple Sigfox tracking, tracing, keep-alive heartbeats, localisation in general
Devices that support this mode: SimplePack and SimplePack Plus
Required sensors: None
Mode-specific deltas:
Deltas are mode-specific register values different from register default values.
Uplink messages (events) used in this mode: None
This mode does not send any uplink payload. You will receive an empty Sigfox message with the metadata, which you can use for localisation through Sigfox.
Registers relevant for this mode:
Similar modes:
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 Stupid mode 2 messages:
To set this mode, the downlink needs to include this mode register setting: 0161
The uplink messages need to begin with the mode hex as the first byte: 61
When arming the device, you should see this message: 6110
When the device is armed, it should send you these two bytes: 6111
If you disarm the device via long press, you should receive this message: 6114
Track me
Trace me
Monitor me
Put me back
Don't drop me
Reed switch on/off with redundancy
Door mode
Leak detector
Demo
Reed switch on/off
Light on/off
Temperature threshold with redundancy
Temperature change with redundancy
Blinker
Gas monitoring
Stupid mode 1
Stupid mode 2
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x07
0x98
0x00
Heartbeat 1 turned off
Hex
Event name
Alert
Event information
0x30
Short press
1
Press lasting no more than 2 seconds
0x31
Double click
3
Two short presses with short (<1s) release in between
0x32
Long press
2
Press lasting more than 2 seconds and less than 6 seconds
Hex
Register name
Default value (hex)
0x59
Button press timing threshold
2 and 4 seconds (0x81)
0x0E
Presets (Device control)
LED on - 10101001 (0xA9)
Hex
Mode name
Description
0x14
Press me WiFi
Basic WiFi-enabled version of Press me
0x23
Press me Wifi Atlas
WiFi Atlas version of Press me
0x50
Press me Wifi SuperLocal
WiFi SuperLocal version of Press me
Hex
Event name
Alert
Event information
0x20
Start of movement
3
Accelerometer-based movement detection
Hex
Register name
Default value (hex)
0x04
Sleep time
1 minute (0x41)
0x11
Accelerometer sensitivity
7 (0x07)
0x12
Accelerometer X axis sensitivity
7 (0x07)
0x13
Accelerometer Y axis sensitivity
7 (0x07)
0x14
Accelerometer Z axis sensitivity
7 (0x07)
0x3C
Accelerometer measurement period
1 second (0x01)
0x49
Accelerometer detection delay
0 seconds (0x00)
Hex
Mode
Description
0x03
Track me
Sends messages when movement starts and stops
0x04
Trace me
Sends messages continuously while moving
0x05
Monitor me
Records precise movement and sends the data periodically, great for monitoring vibration occurrence and duration
0x09
Door mode
Combines accelerometer and magnetometer in order to detect smooth opening of any door that’s not vibrating while moving
0x15
Guard me WiFi
Basic WiFi-enabled version of Guard me
0x27
Guard me Wifi Atlas
WiFi Atlas version of Guard me
0x51
Guard me WiFi SuperLocal
WiFi SuperLocal version of Guard me
Register (hex)
Default (hex)
Delta (hex)
Delta information
Sleep time (0x04)
1 minute (0x41)
0 (0x00)
Sleep time turned off
Hex
Event name
Alert
Event information
0x20
Start of movement
1
Accelerometer-based movement detection
0x21
End of movement
2
Arrival delay countdown expired
Hex
Register name
Default value (hex)
0x02
Departure delay
15 seconds (0x0F)
0x03
Arrival delay
10 minutes (0x4A)
0x11
Accelerometer sensitivity
7 (0x07)
0x12
Accelerometer X axis sensitivity
7 (0x07)
0x13
Accelerometer Y axis sensitivity
7 (0x07)
0x14
Accelerometer Z axis sensitivity
7 (0x07)
0x3C
Accelerometer measurement period
1 second (0x01)
0x49
Accelerometer detection delay
0 seconds (0x00)
Hex
Mode name
Description
0x02
Guard me
Sends accelerometer-triggered movement alerts
0x04
Trace me
Sends messages continuously while moving
0x05
Monitor me
Records precise movement and sends the data periodically, great for monitoring vibration occurrence and duration
0x16
Track me WiFi
Basic WiFi-enabled version of Track me
0x2B
Track me WiFi Atlas
WiFi Atlas version of Track me
0x52
Track me WiFi SuperLocal
WiFi SuperLocal version of Track me
Register (hex)
Default (hex)
Delta (hex)
Delta information
Sleep time (0x04)
1 minute (0x41)
10 minutes (0x4A)
Sleep time prolonged
Hex
Event name
Alert
Event information
0x20
Start of movement
1
Accelerometer-based movement detection
0x21
End of movement
2
Arrival delay countdown expired, no movement detected anymore
0x22
Tracing tag
3
Periodical event sent only while moving
Hex
Register name
Default value (hex)
0x02
Departure delay
15 seconds (0x0F)
0x03
Arrival delay
10 minutes (0x4A)
0x04
Sleep time
1 minute (0x41)
0x05
Tracing interval
10 minutes (0x4A)
0x11
Accelerometer sensitivity
7 (0x07)
0x12
Accelerometer X axis sensitivity
7 (0x07)
0x13
Accelerometer Y axis sensitivity
7 (0x07)
0x14
Accelerometer Z axis sensitivity
7 (0x07)
0x3C
Accelerometer measurement period
1 second (0x01)
0x49
Accelerometer detection delay
0 seconds (0x00)
Hex
Mode name
Description
0x02
Guard me
Sends accelerometer-triggered movement alerts
0x03
Track me
Sends messages when movement starts and stops
0x05
Monitor me
Records precise movement and sends the data periodically, great for monitoring vibration occurrence and duration
0x17
Trace me WiFi
Basic WiFi-enabled version of Trace me
0x2F
Trace me WiFi Atlas
WiFi Atlas version of Trace me
0x53
Trace me WiFi SuperLocal
WiFi SuperLocal version of Trace me
Hex
Event name
Alert
Event information
0x80
Monitor me
1
Sends vibration data in 10 bytes of the payload*
Hex
Register name
Default value (hex)
0x11
Accelerometer sensitivity
7 (0x07)
0x12
Accelerometer X axis sensitivity
7 (0x07)
0x13
Accelerometer Y axis sensitivity
7 (0x07)
0x14
Accelerometer Z axis sensitivity
7 (0x07)
0x3C
Accelerometer measurement interval
1 second (0x01)
0x49
Accelerometer detection delay
0 seconds (0x00)
0x4F
Monitor me measurement window
20 milliseconds (0x14)
Hex
Mode name
Description
0x02
Guard me
Sends accelerometer-triggered movement alerts
0x09
Door mode
Combines accelerometer and magnetometer in order to detect smooth opening of any door that’s not vibrating while moving
Register (hex)
Default (hex)
Delta (hex)
Delta information
Arrival delay (0x03)
10 minutes (0x4A)
1 minute (0x41)
Arrival delay decreased
Hex
Event name
Alert
Event information
0x20
Start of movement
1
When the device moves, this message is sent
0x21
End of movement
2
When movement stops and arrival delay expires, this message is sent with appended accelerometer data in 9 bytes
Hex
Register name
Default value (hex)
0x04
Sleep time
1 minute (0x41)
0x11
Accelerometer sensitivity
7 (0x07)
0x12
Accelerometer X axis sensitivity
7 (0x07)
0x13
Accelerometer Y axis sensitivity
7 (0x07)
0x14
Accelerometer Z axis sensitivity
7 (0x07)
0x3C
Accelerometer measurement period
1 seconds (0x01)
0x49
Accelerometer detection delay
0 seconds (0x00)
Hex
Mode name
Description
0x02
Guard me
Sends accelerometer-triggered movement alerts
0x09
Door mode
Combines accelerometer and magnetometer in order to detect smooth opening of any door that’s not vibrating while moving
Hex
Event name
Alert
Event information
0x20
Start of movement
no
Accelerometer-based movement detection
0x21
End of movement
no
Arrival delay countdown expired
0x22
Tracing tag
no
Sends a periodical message when moving
0x23
Drop alert
3
Sends a message when dropped - high acceleration
Hex
Register name
Default value (hex)
0x02
Departure delay
15 seconds (0x0F)
0x03
Arrival delay
10 minutes (0x4A)
0x04
Sleep time
1 minute (0x41)
0x05
Tracing interval
10 minutes (0x4A)
0x11
Accelerometer sensitivity
7 (0x07)
0x12
Accelerometer X axis sensitivity
7 (0x07)
0x13
Accelerometer Y axis sensitivity
7 (0x07)
0x14
Accelerometer Z axis sensitivity
7 (0x07)
0x15
Don’t drop me threshold
1920 mG (0x60)
0x16
Don’t drop me duration
200 ms (0x02)
0x17
Don’t drop me axis configuration
7 (0x07)*
0x3C
Accelerometer measurement period
1 second (0x01)
0x49
Accelerometer detection delay
0 seconds (0x00)
Hex
Mode
Description
0x02
Guard me
Sends accelerometer-triggered movement alerts
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x4B
0x00
0x05
Detection delay 5s
0x04
0x4A
0x00
Sleep time 0s
Hex
Event name
Alert
Event information
0x83
Reed switch on/off with redundancy
1
Reed switch on/off with redundancy
Hex
Register name
Default value (hex)
0x37
Reed switch measurement period
1 second (0x01)
0x4B
Reed switch detection delay
0 seconds (0x00)
Hex
Mode
Description
0x0C
Reed switch on/off
Sends a message when the reed opens and also when closes
0x13
Reed switch counter
Counts reed switches, various settings
Hex
Event name
Alert
Event information
0x20
Start of movement
3
Accelerometer-based movement detection
0x24
Start of movement 2
2
Magnetometer-based movement detection
Hex
Register name
Default value (hex)
0x11
Accelerometer sensitivity
7 (0x07)
0x19
Magnetometer sensitivity
4 (0x04)
0x3C
Accelerometer measurement interval period
1 second (0x01)
0x3D
Magnetometer measurement interval period
1 second (0x01)
0x49
Accelerometer detection delay
0 seconds (0x00)
0x4A
Magnetometer detection delay
0 seconds (0x00)
Hex
Mode
Description
0x02
Guard me
Sends accelerometer-triggered movement alerts
0x05
Monitor me
Records precise movement and sends the data periodically, great for monitoring vibration occurrence and duration
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x0E
0xA9
0xE9
Beeper enabled
0x0F
0x06
0x07
Start of arming alert requests downlink
0x11
0x07
0x40
Accelerometer sensitivity decreased to 40
0x23
0x04
0x02
Alert 1 indicated by beeping
0x24
0x00
0x4A
Alert 1 repeated every 10 minutes
0x25
0x00
0x05
Alert 1 repeated 5 times
0x26
0x04
0x02
Alert 2 indicated by beeping
0x2C
0x00
0x1E
Alert 1 delay set to 30 seconds
0x2D
0x00
0x0A
Alert 2 delay set to 10 seconds
0x34
0x00
0x43
Temperature measured every 3 minutes
0x48
0x00
0x1E
Leakage detection delay set to 30 seconds
0x49
0x00
0x0A
Accelerometer detection delay set to 10 seconds
Hex
Event name
Alert
Event information
0x40
Leakage
1
Sent when water is detected
0x41
End of leakage
No
Send when water is no longer detected
0x42
Wrong orientation
2
Sent when the tilt threshold is exceeded
0x43
End of wrong orientation
No
Sent when the position is fixed
Hex
Register name
Default value (hex)
0x0E
Device control presets
0xA9
0x0F
Activation/Confirmation
0x06
0x11
Accelerometer sensitivity
0x07
0x23
Alert 1 configuration
0x04
0x24
Alert 1 repetition interval
0x00
0x25
Alert 1 number of repetitions
0x00
0x26
Alert 2 configuration
0x04
0x2C
Alert 1 delay
0x00
0x2D
Alert 2 delay
0x00
0x34
Temperature measurement interval period
0x00
0x35
Leakage measurement interval period
0x03
0x3C
Accelerometer measurement interval period
0x01
0x3E
Tilt detection
0x00
0x45
Leak detector filter
0x55
0x48
Leak detector detection delay
0x00
0x49
Accelerometer detection delay
0x00
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x0E
0xA9
0xE9
Beeper ON, button active all the time
0x3D
0x01
0x00
Magnetometer turned off
0x36
0x00
0x05
Light sensor turned on
0x04
0x41
0x00
Sleep time turned off
0x0D
0x00
0xE0
Voltage, temperature, accelerometer data sent as appended payload
Hex
Event name
Alert
Event information
0x23
Drop alert
1
Sends a message when dropped - high acceleration
0x30
Short press
1
Press lasting no more than 2 seconds
0x60
Light detected
1
Light % exceeded light detection threshold
0x61
Darkness detected
1
Light % fell below light detection threshold
0x62
Reed switch on
1
Reed switch on - magnet present
0x63
Reed switch off
1
Reed switch off - no magnet
0x9E
Double click WiFi 1/2
1
Two short presses within 1 second, sent with 3 MAC addresses
0x9F
Double click WiFi 2/2
1
Hex
Register name
Default value (hex)
0x11
Accelerometer sensitivity
7 (0x07)
0x12
Accelerometer X axis sensitivity
7 (0x07)
0x13
Accelerometer Y axis sensitivity
7 (0x07)
0x14
Accelerometer Z axis sensitivity
7 (0x07)
0x15
Drop me threshold
936 mG (0x60)
0x16
Drop me duration
200 ms (0x02)
0x17
Drop me axis configuration
7 (0x07)
0x36
Light sensor measurement period
0 seconds (0x00), delta: 5 seconds (0x05)
0x3C
Accelerometer measurement period
1 second (0x01)
0x43
Light sensitivity hysteresis
5% of light (0x05)
0x44
Light sensitivity threshold
30% of light (0x1A)
0x49
Accelerometer detection delay
0 seconds (0x00)
0x4B
Reed contact detection delay
0x00
0x4C
Light sensor detection delay
0 seconds (0x00)
0x59
Button press timing threshold
2 and 4 seconds (0x81)
Hex
Mode name
Description
0x01
Press me
Recognizes various button presses
0x07
Don’t drop me
Sends a message triggered by faster acceleration of the accelerometer in one of its axis
0x0C
Reed switch on/off
Sends messages when a magnet is present or absent
0x0D
Light on/off
Sends messages based on light % thresholds
0x14
Press me WiFi
Basic WiFi-enabled version of Press me
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x04
0x41
0x06
Sleep time decreased to 6 seconds
Hex
Event name
Alert
Event information
0x62
Reed switch on
1
Reed switch on because of magnet presence
0x63
Reed switch off
2
Reed switch off because of magnet absence
Hex
Register name
Default value (hex)
0x37
Reed switch measurement period
1 second (0x01)
0x4B
Reed switch detection delay
0 seconds (0x00)
Hex
Mode name
Description
0x08
Reed switch on/off with redundancy
Sends a history of reed switches in one event
0x13
Reed switch counter
Counts reed switches, various settings
0x19
Reed switch on/off WiFi
Basic WiFi-enabled version of Reed switch on/off
0x37
Reed switch on/off WiFi Atlas
WiFi Atlas version of Reed switch on/off
0x55
Reed switch on/off WiFi SuperLocal
WiFi SuperLocal version of Reed switch on/off
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x04
0x41
0x06
Sleep time decreased
0x36
0x00
0x05
Light detection on
Hex
Event name
Alert
Event information
0x60
Light detected
1
Light % over predefined threshold
0x61
Darkness detected
2
Light % under predefined threshold
Hex
Register name
Default value (hex)
0x36
Light sensor measurement period
0 seconds (0x00), delta: 5 seconds (0x05)
0x43
Light sensitivity hysteresis
5% of light (0x05)
0x44
Light sensitivity threshold
30% of light (0x1E)
0x4C
Light sensor detection delay
0 seconds (0x00)
Hex
Mode name
Description
0x1A
Light on/off WiFi
Basic WiFi-enabled version of Light on/off
0x3B
Light on/off WiFi Atlas
WiFi Atlas version of Light on/off
0x56
Light on/off WiFi Precise
WiFi Precise version of Light on/off
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x34
0x00
0x43
Temperature measuring turned on
Hex
Event name
Alert
Event information
0x84
Temperature threshold pipeline
1
Timeline of 5 temperature exceptions and their duration, temp. above or below predefined thresholds A, B or C
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)
Hex
Mode name
Description
0x0F
Temperature delta pipeline
Similar to this mode but defines temperature exception as temperature above predefined delta
0x10
Temperature threshold alert
Sends an alert every time temperature is above or below any of the three predefined thresholds
0x11
Temperature delta alert
Sends an alert every time measured temperature is above the predefined delta
0x1B
Temperature threshold alert WiFi
Basic WiFi-enabled 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
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x34
0x00
0x43
Thermometer turned on
Hex
Event name
Alert
Event information
0x85
Temperature delta pipeline
1
Pipeline of 5 temperature exceptions and their duration, when temperature is above the predefined delta
Hex
Register name
Default value (hex)
0x2F
Temperature delta
2°C (0x08)
0x34
Temperature measurement period
0 seconds (0x00), delta: 3 minutes (0x43)
0x4D
Temperature detection delay
0 seconds (0x00)
Hex
Mode name
Description
0x0E
Temperature threshold pipeline
Similar to this mode but defines temperature exception as temperature above or below thresholds A, B and C
0x10
Temperature threshold alert
Sends an alert every time temperature is above or below any of threshold A, B or C
0x11
Temperature delta alert
Sends an alert every time the measured temperature is above the predefined delta
0x1C
Temperature delta alert WiFi
Basic WiFi version of Temperature delta alert
0x43
Temperature delta alert WiFi Atlas
WiFi Atlas version of Temperature delta alert
0x58
Temperature delta alert WiFi Precise
WiFi Precise version of Temperature delta alert
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x0D
0x00
0x40
Temperature sent with appended payload
0x34
0x00
0x43
Temperature measuring turned on
Hex
Event name
Alert
Event information
0x50
Temperature below threshold A
1
Temperature crossed 1 of the 3 thresholds
0x51
Temperature above threshold A
1
Temperature crossed 1 of the 3 thresholds
0x52
Temperature below threshold B
1
Temperature crossed 1 of the 3 thresholds
0x53
Temperature above threshold B
1
Temperature crossed 1 of the 3 thresholds
0x54
Temperature below threshold C
1
Temperature crossed 1 of the 3 thresholds
0x55
Temperature above threshold C
1
Temperature crossed 1 of the 3 thresholds
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)
Hex
Mode name
Description
0x0E
Temperature threshold pipeline
Sends a pipeline of 5 temperature exceptions based on the three predefined thresholds
0x0F
Temperature delta pipeline
Sends a pipeline of 5 temperature exceptions based on the predefined delta
0x11
Temperature delta alert
Similar to this mode but sends an alert every time temperature is above the predefined delta
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
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x0D
0x00
0x40
Temperature sent with appended payload
0x34
0x00
0x43
Temperature measuring turned on
Hex
Event name
Alert
Event information
0x56
Temperature delta alert
1
Temperature above predefined delta
Hex
Register name
Default value (hex)
0x2F
Temperature delta
2°C (0x08)
0x34
Temperature measurement period
0 seconds (0x00), delta: 3 minutes (0x43)
0x4D
Temperature detection delay
0 seconds (0x00)
Hex
Mode name
Description
0x0E
Temperature threshold pipeline
Sends a pipeline of 5 temperature exceptions based on the three predefined thresholds
0x0F
Temperature delta pipeline
Sends a pipeline of 5 temperature exceptions based on the predefined delta
0x10
Temperature threshold alert
Similar to this mode but sends an alert when temperature is above/below threshold A, B or C
0x1C
Temperature delta alert WiFi
Basic WiFi version of Temperature delta alert
0x43
Temperature delta alert WiFi Atlas
WiFi Atlas version of Temperature delta alert
0x58
Temperature delta alert WiFi Precise
WiFi Precise version of Temperature delta alert
Hex
Event name
Alert
Event information
0x87
Reed count
1
Two ways to trigger this alert: 1. when reed count reaches a predefined number 2. after predefined time to trigger this event passes
Hex
Register name
Default value (hex)
0x37
Reed contact measurement period
1 second (0x01)
0x4B
Reed contact detection delay
0 seconds (0x00)
0x50
Reed count to trigger alert
Count to 50 (0x32)
0x51
Reed counter timer
24 hours (0x98)
Hex
Mode name
Description
0x08
Reed contact pipeline
Sends a history of reed switches in one event
0x0C
Reed contact on/off
Sends alerts when the reed is switched on and off
Hex
Event name
Alert
Event information
0xB8
Legionella event
None
Payload from both NTC sensors as described above
Hex
Register name
Default value (hex)
0x80
Temperature drop delta for Flow1
2°C (0x54)
0x81
Temperature increase delta for Flow2
2°C (0x54)
0x82
Configuration of Flow1 and Flow2
Flow1 cold, Flow2 hot (0x02)
0x83
Number of samples in Flow1 and Flow2
19 and 19 (0x88)
0x84
Legionella mode reporting period
24 hours (0x98)
Register (hex)
Default (hex)
Delta (hex)
Delta information
Tracing interval (0x05)
0x0A
0x05
This register is used
Hex
Event name
Alert
Event information
0x33
Short press on
1
Button pressed while the LED is inactive
0x34
Short press off
2
Button pressed while the LED is active
Hex
Register name
Default value (hex)
0x05
Tracing interval
1 minutes (0x41), delta 5 seconds (0x05)
0x58
LED short blink length
14 milliseconds (0x14)
Hex
Mode name
Description
0x01
Press me
Sends three types of messages based on button press length
Hex
Event name
Event information
0xD3
Gas below threshold A
Gas crossed one of the 2 thresholds
0xD4
Gas over threshold A
Gas crossed one of the 2 thresholds
0xD5
Gas below threshold B
Gas crossed one of the 2 thresholds
0xD6
Gas above threshold B
Gas crossed one of the 2 thresholds
0xD7
Periodic gas event
Periodic record of 6 measured gas values
Hex
Register name
Default value (hex)
0xA0
Periodic gas monitoring aggregation
0 (0x00)*
0xA1
Gas monitoring measurement interval
1 hour (0x81)
0xA2
Gas threshold A
off (0x00)**
0xA3
Gas threshold B
off (0x00)**
0xA4
Gas monitoring hysteresis
300 ppm (0x03)**
0xA5
Sensor warm-up time
1 minute (0x41)
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x64
0x00
0x98
Heartbeat 3 sent every 24 hours
Uplink message example
Parsing
0c9d924d4a500c9d924d4a51
12:157:146:77:74:50 (1st MAC),12:157:146:77:74:81 (2nd MAC)
Hex
Register name
Default value (hex)
0x64
Heartbeat 3 period
0 seconds (0x00), delta: 24 hours (0x98)
Hex
Mode name
Description
0x61
Stupid mode 2
Sends only Sigfox metadata, no payload is sent
Register (hex)
Default (hex)
Delta (hex)
Delta information
0x64
0x00
0x98
Heartbeat 3 sent every 24 hours
Hex
Register name
Default value (hex)
0x64
Heartbeat 3 period
0 seconds (0x00), delta: 24 hours (0x98)
Hex
Mode name
Description
0x12
Stupid mode 1
Only sends 2 MAC addresses in a single uplink message
