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Juno TH TILT NFC and downlink description

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JUNO TH TILT – NFC & Downlink Description
📄 You can view the PDF above or download it here .

1. Version History

Version Date Revision
1.0.0 18.02.2025 Creation
1.0.1 24.04.2026 Formatting
Version history
Opening Time Alarm parameter (0x01)

2. Module Overview

Module Module Key Group Group ID Description
Sentiface 0x1XXX Timings 0x00 Defines parameters for measurements and transmission behavior
Sentiface 0x1XXX Alarms and limit values 0x01 Defines alarms and limit values, e.g. upper temperature limit and lower temperature limit
Sentiface 0x1XXX Settings for opening detection 0x02 Defines measurement thresholds for triggering the alarm for temperature and relative humidity
Sentiface 0x1XXX Settings for tilt detection 0x03 Defines the behavior of the acceleration sensor
Article Code Features
S-JUNO-LOEU-TH JUNO TH sensor, temperature and relative humidity with tilt detection and opening detection LoRaWAN®
S-JUNO-IX-LOEU-TH INDUSTRIAL TH sensor, temperature and relative humidity with tilt detection and opening detection LoRaWAN®
S-JUNO-MIOTY-TH JUNO TH sensor, temperature and relative humidity with tilt detection and mioty® opening detection
S-JUNO-IX-MIOTY-TH INDUSTRIAL JUNO TH sensor, temperature and relative humidity with tilt detection and mioty® opening detection

Tables for cross-product modules (Senticom / Sentivisor) can be found in the Generic NFC and Downlink documentation .

Further information on configuring sensor communication can be found in the respective generic LoRaWAN® documentation or mioty® documentation , depending on the version.

Instructions valid for versions listed above.

3. SENTIFACE: Timings Group 0x00

Resources Resource ID Description Key (NFC/BLE) Min Max Factory Setting Unit Module Key
MEASUREMENT PERIOD 0x00 Specifies the period in which the measured values are recorded. 5 minutes means that a measurement is always taken by the sensor after 5 minutes. period 1 / 5* 360 30 min 1111
REGULAR TRANSMISSION INTERVAL 0x01 Number of measurements performed up to transmission. every 1 64 6 1111

*
5: For version S-JUNO-LOEU-TH and S-JUNO-MIOTY-TH
1: For version S-JUNO-IX-LOEU-TH and S-JUNO-IX-MIOTY-TH

4. SENTIFACE: Alarm Settings Group 0x01

Resources Resource ID Description Key (NFC/BLE) Min Max Factory Setting Unit Module Key
ALARM ACTIVE 0x00 Indicates which alarms are activated, whether for temperature or relative humidity:

0: Both alarms deactivated
1: Temperature alarm active
2: Rel. humidity alarm active
3: Both alarms active
aact 0 3 1 1111
TEMPERATURE DELTA 0x01 Specifies by how much the temperature must change in absolute terms compared to the last transmission for an ALARM transmission to be triggered. This transmission is carried out independently of the normal transmission interval. tdt 1 50 5 °C 1111
TEMPERATURE UPPER LIMIT 0x02 Specifies the upper absolute limit value at which an alarm is triggered. tht 0 85 40 °C 1111
TEMPERATURE LOWER LIMIT 0x03 Specifies the lower absolute limit value at which an alarm is triggered. tlt -25 75 0 °C 1111
REL. HUMIDITY DELTA 0x04 Specifies by how much the relative humidity must change in absolute terms compared to the last transmission for an ALARM transmission to be triggered. This transmission is carried out independently of the normal transmission interval (0x05 and following were used here for sample versions). hdt 1 80 20 %RH 1111
REL. HUMIDITY UPPER LIMIT VALUE 0x05 Specifies the upper absolute limit value at which an alarm is triggered. hht 5 100 80 %RH 1111
REL. HUMIDITY LOWER LIMIT VALUE 0x06 Specifies the lower absolute limit value at which an alarm is triggered. hlt 0 95 20 %RH 1111
HYSTERESIS TEMPERATURE 0x07 Determines the absolute hysteresis in °C for state changes. If the temperature falls below or exceeds a threshold value minus hysteresis, the system switches from a higher to a lower alarm status. thy 2 0 10 °C 1111
HYSTERESIS REL. HUMIDITY 0x08 Determines the absolute hysteresis in %RH for status changes. If the relative humidity falls below or exceeds a threshold value minus hysteresis, the system switches from a higher to a lower alarm status. hhy 5 0 30 %RH 1111

5. SENTIFACE: Opening Detection Group 0x02

Property Property ID Description Key (NFC/BLE) Min Max Default Unit Module Key
OPENING COOLDOWN 0x00 Specifies a period of time in which, after the triggering of an opening, further opening cannot be triggered (debounces the openings). The reference value is the last counted opening. acool 0 600 0 sec 1111
OPENING TIME ALARM 0x01 Indicates how long the lid is open until an alarm is triggered (0 = instant alarm). oaaf 0 2880 0 sec 1111
OPENING MODE 0x02 Describes which direction the sensor is facing when it is closed and which angles are defined for opening detection. Face up describes the status when the sensor is lying on the table and looking up at the ceiling.

Settings 0–7 use the acceleration sensor, 8–9 use the Hall sensor:

0: Off
1: Ultra low power. Fixed threshold value 50°. Closed when directed downwards (face down).
2: Ultra low power. Fixed threshold value 50°. Closed when directed upwards (face up).
3: Ultra low power. Fixed threshold value 50°. Closed when directed to the side (sidewards).
4: Extended tilt sensing. Adjustable threshold value. Closed when directed downwards (face down).
5: Extended tilt sensing. Adjustable threshold value. Closed when directed upwards (face up).
6: Extended tilt sensing. Adjustable threshold value. Closed when directed sideways.
7: Extended tilt sampling. Adjustable threshold value. Automatic calibration of the closed alignment.
8: Container is closed when solenoid is applied.
9: Container is open when solenoid is applied.
opmo 0 8 1 1111

6. SENTIFACE: Advanced Inclination Settings Group 0x03

Property Property ID Description Key (NFC/BLE) Min Max Default Unit Module Key
SAMPLING PERIOD 0x00 Specifies how often the acceleration sensor determines the angle. The higher the frequency, the higher the power consumption. tspe 2 600 2 s 1111
TRIGGER LEVEL 0x01 Specifies the angle from which an opening is counted or an alarm is triggered. ttle 5 180 20 ° 1111
TRIGGER HYSTERIA 0x02 Hysteresis value for the opening angle. tthy 1 90 4 ° 1111

7. Example Downlinks

Setting Downlink
period = 10 00 11 11 00 00 00 00 00 0A
every = 5 00 11 11 00 01 00 00 00 05
alarm_act = 0 00 11 11 01 00 00 00 00 00
mioty / LoRa / NB‑IoT / LTE
CE and WEEE compliance marks