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VAQA'OLt
support.watteco.com/vaqao2/
VAQA'O Lite sensor
Presentation
The VAQA'OLt sensor is a LoRaWAN class A sensor powered
through 2 AA battery internal slots. Usually, it is powered with 2 x
2600 mAh AA Lithium Batteries (supporting also Alkaline 1.5V).
VAQA'OLt can measure following environemental parameters:
Temperature, Hygrometry, Carbon dioxyde (CO2) and permanently
survey displacements of the whole sensor.
Installation and operation
Installation
Manual and QuickStart guide are available in our download center.
The housing should be installed inside a building, must be protected from any water spray
and must be used in environnement with less than 80% relative humidity. The product should
not be installed in direct heat source (Heater, sunlight, ...) to avoid local heating effects that
may alter a global estimation of environmental parameters in the measured room. The
product should be installed in a representative position in regard of the required
environemental parameters survey. Usualy, it should be installed between 1m50 and 2m50
from floor.
50-70-223-xxx :
VAQAOLt
1/20
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Related Manuals for WATTECO VAQA'O Lite
Summary of Contents for WATTECO VAQA'O Lite
- Page 1 VAQA’OLt support.watteco.com/vaqao2/ VAQA'O Lite sensor Presentation The VAQA'OLt sensor is a LoRaWAN class A sensor powered 50-70-223-xxx : through 2 AA battery internal slots. Usually, it is powered with 2 x VAQAOLt 2600 mAh AA Lithium Batteries (supporting also Alkaline 1.5V).
- Page 2 The product has 1 Green Led, 1 Red led, 1RGB led and two "reed switches" as human to machine interface. These elements should positioned as shown below when installing the sensor. To correctly install the sensor: Open the product from the two clips at the bottom using a small flat screwdriver. Use the base as a template and obtain horizontality using a level.
- Page 3 Once installed, the two LEDs are visible through the bottom vertical windows and the reed switches ("ILS" marked) can be actuated like simple buttons using a magnet. Replacing batteries Batteries should be replaced with lithium-thionyl-chloride (Li-SOCI2) LR6/AA of 2600mAh each (example: SAFT LS14500). Alkaline 1.5V batteries could also be used however the life expectancy will be reduced.
- Page 4 3 LEDs are available on VAQAOLt. 2 LEDs Green and Red are visible through the down ears of the sensor. These are the usual leds of Watteco sensors giving indication about current "Network status and running modes". One more led (RGB) is available in the front of the sensor mainly used as a "CO2 level visual indicator"...
- Page 5 When unused the sensor should be set in storage mode (Deep sleep mode) to avoid battery consumption. By the way, notice that when sent from factory the sensor should always be in Storage mode. The table below describes the actions to be performed on the reed switch (label ILS) to disable or enable the storage mode.
- Page 6 A factory reset, available on Watteco’s sensors, can be fired manually (see table below). It deletes all the applicative settings saved in the flash memory (i.e.: newly configured batches and reports will be replaced by the factory reporting configuration).
- Page 7 Automatic CO2 Level indicator HMI Below the Default automatic display of current CO2 level. Excellent to Good Average to Bad Very Bad to Unhealthy (Period: 30s) (Period/2: 15s) (Period/4: 7s) Notice that VAQAOlt gives the visual indication about co2 level on its "IAQ led" according to some tunable parameters like Period or Thresholds.
- Page 8 These functions can be actuated by starting the Calibration configuration process with 3 passes on the right ILS (reed switch) with the Magnet. When started the IAQ Led indicator will chase across the 3 colors Orange, Green, Blue during 30s. From there the device is waiting for action selection.
- Page 9 CoDecs are available to decode frames: Downloads All downlink frames have to be sent on port 125 Please, try and see also Watteco Online codecs The VAQA’O device implements many applicative clusters associated to different sensors entries. The associations between measurement functionalities and...
- Page 10 Cluster Managed Cluster name EndPoint: Rôle Product attributes 0x000F Binary input EP0 (0x11): Effraction status [1: Yes 0: 0x0000 Basic EP0 (0x11): Sensor firmware and hardware informations 0x0050 Configuration EP0 (0x11): Sensor global configuration parameters and commands 0x8004 LoRaWAN EP0 (0x11): Sensor LoRaWAN parameters management Default configuration VAQA'OLt sensors implements a default Batch and Standard configuration that...
- Page 11 Detailed default configurations VAQA'OLt 11/20...
- Page 12 # . All report unconfirmed 08 11 05 8004 0000 08 00 # . CO2 Configuration # Set Autocalibration period to 5 days and UNACTIVATED by default 08 31 05 800C 8009 20 05 # Since VAQAO V2. A bit can activate(01)/inactivate(00). [and (02) for only under min ABC (under test)] # Used to activated or deactivated by downlink or HMI without loosing clibration period.
- Page 13 # ACTION 0: Starts a Fresh air calibration 0D 11 05 0050 FF00 41 05 31 50 800C 03 # ------------------------ STANDARD REPORTS ------------------------- # . POWERDESC [mV] # . Periodic MAX = 1 J => 1440mn => x85A0; MIN = 10mn =>...
- Page 14 # Try to go back to correct fresh air if : reading is < 430 - 65, ie: 365 => Set a threshold at 360 +/- 5 # RP : NewCfg/Reserved/ShortCause/SecuredIfAlarm/AllNotSecured/HeaderKept/NotBatch : b 1 0 01 1 0 0 0 ==> x98 # CSD : IsAlarm/OnExceed/OnFall/ThresholdWithAction/Slot1 : b 1 0 1 11 001 ==>...
- Page 15 From this revision VAQA'O sensors has got an alternate default configuration that can be activated instead of default one. In this alternate configuration Batch is not used. Beware that this configuration is more verbose on radio and will drain battery faster. Following configuration commands can be used to swap between default configuration and alternate one: Set 'No Batch' default configuration: 11500050F101...
- Page 16 Received frame examples Codecs are available to decode frames: Downloads Please, try and see also Watteco Online codecs Batch report Typical VAQA'OLt batch report Input uplink frame to decode: 303480878e3001a70858829068d7846940ca02da798223d0ae09d36e5912c002 Batch attributes : 3 1,10,7,T 2,100,6,H 3,10,6,CO2 Decoding results: (Try it)
- Page 17 "batch_counter": 4, "batch_relative_timestamp": 993649, "batch_absolute_timestamp": "2022-11-02T14:36:00.535", "dataset": [ "data_relative_timestamp": 990648, "data": { "value": 2370, "label": 1, "label_name": "T" "data_absolute_timestamp": "2022-11-02T13:45:59.535Z" "data_relative_timestamp": 993048, "data": { "value": 2360.0, "label": 1, "label_name": "T" "data_absolute_timestamp": "2022-11-02T14:25:59.535Z" "data_relative_timestamp": 993648, "data": { "value": 2350.0, "label": 1, "label_name": "T"...
- Page 18 "data_relative_timestamp": 990561, "data": { "value": 590, "label": 3, "label_name": "CO2" "data_absolute_timestamp": "2022-11-02T13:44:32.535Z" "data_relative_timestamp": 992361, "data": { "value": 610.0, "label": 3, "label_name": "CO2" "data_absolute_timestamp": "2022-11-02T14:14:32.535Z" Standard report Report on case opened (violation) Input frame: 110a000f00551001 Decoded payload: (Try it) {"version": "Frame_Codec_v_1.0.svn5087", "TimeStamp": "2020-03-02 17:01:45.232452"} "EndPoint": 0, "Report": "Standard",...
- Page 19 Input frame: 318a0405000021053398b0 Decoded payload: (Try it) {"version": "Frame_Codec_v_1.0.svn5087", "TimeStamp": "2020-03-02 16:58:38.024454"} "EndPoint": 1, "Report": "Standard", "CommandID": "ReportAttributesAlarm", "ClusterID": "RelativeHumidity", "AttributeID": "MeasuredValue", "AttributeType": "UInt16", "Data": 1331, "Cause": [ "ReportParameters": { "New": "Yes", "Reserved": 0, "CauseRequest": "Short", "SecuredIfAlarm": "Yes", "Secured": "No", "NoHeaderPort": "No", "Batch": "No"...
- Page 20 Input frame: 318a800c000021023a98b0 Decoded payload: (Try it) {"version": "Frame_Codec_v_1.0.svn5087", "TimeStamp": "2020-03-02 17:06:46.277547"} "EndPoint": 1, "Report": "Standard", "CommandID": "ReportAttributesAlarm", "ClusterID": "Concentration", "AttributeID": "MeasuredValue", "AttributeType": "UInt16", "Data": 570, "Cause": [ "ReportParameters": { "New": "Yes", "Reserved": 0, "CauseRequest": "Short", "SecuredIfAlarm": "Yes", "Secured": "No", "NoHeaderPort": "No", "Batch": "No"...
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