Juno TH TILT NFC and downlink description

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Below is an overview of NFC and downlink configuration options available for the JUNO TH sensors. 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® or mioty® documentation, depending on the version. Instructions valid for versions listed below.

NFC Configuration Modules

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

Applicable Article Codes

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

ℹ️ 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® or mioty® documentation, depending on the version.
Instructions valid for versions listed above.

SENTIFACE: GROUP TIMINGS 0x00

Property	Property ID	Key (NFC/BLE)	Min	Max	Default	Unit	Module Key
MEASUREMENT PERIOD	0x00	period	1/5*	360	30	min	1111
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. * 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
REGULAR TRANSMISSION INTERVAL	0x01	every	1	64	6		1111
Number of measurements performed up to transmission.

SENTIFACE: GROUP ALARM SETTINGS 0x01

Resource	Resource ID	Key (NFC/BLE)	Min	Max	Factory setting	Unit	Module key
ALARM ACTIVE	0x00	aact	0	3	1		1111
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
TEMPERATURE DELTA	0x01	tdt	1	50	5	°C	1111
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.
TEMPERATURE UPPER LIMIT	0x02	tht	0	85	40	°C	1111
Specifies the upper absolute limit value at which an alarm is triggered.
TEMPERATURE LOWER LIMIT	0x03	tlt	-25	75	0	°C	1111
Specifies the lower absolute limit value at which an alarm is triggered.
REL. HUMIDITY DELTA	0x04	hdt	1	80	20	%RH	1111
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).
REL. HUMIDITY UPPER LIMIT VALUE	0x05	hht	5	100	80	%RH	1111
Specifies the upper absolute limit value at which an alarm is triggered.
REL. HUMIDITY LOWER LIMIT VALUE	0x06	hlt	0	95	20	%RH	1111
Specifies the lower absolute limit value at which an alarm is triggered.
HYSTERESIS TEMPERATURE	0x07	thy	2	0	10	°C	1111
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.
HYSTERESE REL. AIR FLUID	0x08	hhy	5	0	30	%RH	1111
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.

SENTIFACE: OPENING DETECTION GROUP 0x02

Property	Property ID	Key (NFC/BLE)	Min	Max	Default	Unit	Module Key
OPENING COOLDOWN	0x00	acool	0	600	0	sec	1111
Specifies a period of time in which, after the triggering of an opening, further openings cannot be triggered (debounces the openings). The reference value is the last counted opening.
OPENING TIME ALARM	0x01	oaaf	5	2880	10	min	1111
Indicates how long the lid is open until an alarm is triggered.
OPENING MODE	0x02	opmo	0	8	1		1111
Describes which direction the sensor is facing when closed and which angles trigger opening detection. Face-up means the sensor lies flat looking at the ceiling. Settings: • 0: off • 1: Ultra low power. Fixed threshold 50°. Closed when face down. • 2: Ultra low power. Fixed threshold 50°. Closed when face up. • 3: Ultra low power. Fixed threshold 50°. Closed when sidewards. • 4: Extended tilt sensing. Adjustable threshold. Closed when face down. • 5: Extended tilt sensing. Adjustable threshold. Closed when face up. • 6: Extended tilt sensing. Adjustable threshold. Closed when sidewards. • 7: Extended tilt sampling. Adjustable threshold. Auto-calibration of closed alignment. • 8: Closed when solenoid is applied. • 9: Open when solenoid is applied.

SENTIFACE: ADVANCED INCLINATION SETTINGS GROUP 0x03

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