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Vega TD-11 / User Manual  

 

3 

Revision № 06 – 10 August 2021

 

 

INTRODUCTION 

This manual is designated for Vega TD-11 device (hereinafter –  device, converter) 

manufactured by Vega-Absolute OOO and provides information on powering and activation 
procedure, control commands and functions of the device. 

This manual is targeted at specialists familiar with installation work fundamentals for 

electronic and electrical equipment. 

Vega-Absolute OOO reserves the right to make changes to the manual related to the 

improvement of equipment and software, as well as to eliminate typos and inaccuracies, 
without prior notice. 

 

 

 

Summary of Contents for VEGA TD-11

Page 1: ...www vega absolute ru TEMPERATURE SENSOR VEGA TD 11 USER MANUAL DOCUMENT REVISION FIRMWARE VERSION 06 1 7 ...

Page 2: ...ts description 11 Device sensors 12 Indication 14 Mounting Recomendations 15 4 COMMUNICATION PROTOCOL 17 Sensor Vega TD 11 transmits the following types of packets 17 1 Packet with current readings 17 1 Packet with time correction request 18 2 Settings packet 18 Sensor Vega TD 11 receives packets of the following types 19 1 Real time clock adjustment 19 2 Packet with request of settings 19 3 Packe...

Page 3: ...tion on powering and activation procedure control commands and functions of the device This manual is targeted at specialists familiar with installation work fundamentals for electronic and electrical equipment Vega Absolute OOO reserves the right to make changes to the manual related to the improvement of equipment and software as well as to eliminate typos and inaccuracies without prior notice ...

Page 4: ...and temperature control at the production rooms stocks TD 11 is powered by a SAFT LS 17500 battery with capacity 3600 mAh The device is powered by a non rechargeable lithium thionyl chloride LiSOCl2 battery Attempts to charge the battery may result in fire COMUNICATION AND DATA COLLECTION ALGORITHM Vega TD 11 operates in modes listed below Storage is a mode for storing and transporting In this mod...

Page 5: ...ing of communication session the device starts sending packets with readings from the earliest packet The time of data transmitting cannot be specified it s defined in random way for every device in chosen period of transmission from the moment of connection to the network Example Transmission period is 30 minutes and device was started at 16 40 by the internal device clock In random way the devic...

Page 6: ...a communication in case of Hall sensor 1 or 2 actuation Extra communication in case of temperature measurements coming out of specified range Two operating modes Active mode and Storage mode ADR support Adaptive Data Rate Sending of confirmed packets configurable Ability to configure security input triggering on short open or both cases Ability to set different data collection period for case of t...

Page 7: ...el DevEUI Month and year of manufacture Sticker located in three places on device case in factory certificate and on the packing box Besides there is an additional sticker located on the packing box and contains Information about firmware version QR code containing DevEUI and keys for device registration in network via OTAA method ...

Page 8: ...s order option IN865 AS923 AU915 KR920 US915 Activation type ABP or OTAA Communication period 5 15 30 minutes 1 6 12 or 24 hours Data collection period 5 15 30 minutes 1 6 12 or 24 hours Memory amount for storing packets 200 packets Type of the LoRaWAN antenna internal Sensitivity 138 dBm Radio coverage in restrained urban conditions up to 5 km Radio coverage within line of sight up to 15 km Trans...

Page 9: ...of transmissions 1 Data rate DR0 Power 14 dBm Communication period 24 hours Data collection period 24 hours Data collection period when temperature is out of range 1 hour Time zone UTC 00 00 Inputs operate in mode pulse For changing the device settings you need to connect to it with Vega LoRaWAN Configurator application You can download app on the iotvega com site in SOFT section as well as User M...

Page 10: ...unting for DIN rail 1 screw ø 2 mm х 8 mm cross 2 DIN rail with mounting holes ø 3 mm 3 silicone gasket without through holes ensuring the protection rating of the device case IP65 All of elements for manage and indication as well as connecting contacts are placed on the board inside the case 4 LED indicator 5 launch button 6 contacts 7 USB port 1 2 3 4 5 6 7 ...

Page 11: ...shbutton open drain output Polarity effects only open collector circuits Open drain output must be connected to Drv contact and ground to Sens Security input can trigger on short open or both cases It is configured by the Vega LoRaWAN Configurator application Should the security input triggering the device is activated and sends an alarm message to the network When thermistor connecting you should...

Page 12: ...e located on the board bottom Hall sensor triggers in the presence of magnetic field what allows using temperature sensor for reed switch control Should the any sensor trigger the device sends a corresponding message to the LoRaWAN network see part 4 DVR1 Hall sensor 1 DVR2 Hall sensor 2 ...

Page 13: ...Vega TD 11 User Manual 13 Revision 06 10 August 2021 Tamper is located on the board top Should the tamper triggering the device sends a corresponding message to the LoRaWAN network Tamper ...

Page 14: ...NING Short flashings Linking to the network in progress One long flashing during 5 sec The device has been successfully connected to the network and is in active mode Three flashings each by 1 sec Linking to the network has been failed or the device switched to the Storage mode In case of connection attempt fail the device will continue to accumulate data and will attempt to connect to the network...

Page 15: ...ing be like 1 Setting the devices and connecting them to the network are usually carried out in the office see Network Deployment Manual 2 Determination of suitable places for mounting at the object with a network tester 3 De energizing the connected equipment metering devices etc 4 Making holes in the silicone gasket for wires strictly according to the number of wires It must be remembered that t...

Page 16: ...evice it is necessary to reset the pulses accumulated during testing and connection by switching the device to the Storage mode by pressing the button for 5 seconds 9 Start the device by pressing launch button 10 Assembling the device 11 DIN rail mounting or another available way to mount the device on the object Location of the launch button on the board ...

Page 17: ...ngs unixtime UTC uint32 2 bytes Current temperature in C multiplied by 10 int16 1 byte Temperature low threshold Int8 1 byte Temperature high threshold Int8 1 byte Reason of sending message uint8 1 byte TD 11 inputs outputs state uint8 If thermistor is not connected to the TD 11 contacts Therm and in the Temperature field will be sent an 1000 value for breakage or fault indication In case of therm...

Page 18: ... type this packet 255 uint8 4 bytes Time of the modem at moment of the packet transmission unixtime UTC uint32 After receiving this type of package the application can send to modem the packet with time correction 2 Settings packet Transmitting on LoRaWAN port 3 when settings request command received or device connected to the network Size in bytes Field description Data type 1 byte Packet type th...

Page 19: ... 1 байт Packet type this packet 1 uint8 Answering that packet the device sent the packet with settings 3 Packet with settings Sent by application on LoRaWAN port 3 identical to such packet from device Size in bytes Field description Data type 1 byte Packet type this packet 0 2 bytes ID of parameter uint16 1 byte Data length len uint8 len bytes Parameter value 2 bytes ID of parameter uint16 1 byte ...

Page 20: ...utes 6 15 minutes 7 30 minutes 38 Guard input Send alarm message 1 byte 1 on short 2 on open 3 short and open 49 Data collection period 1 byte 1 1 hour 2 6 hours 3 12 hours 4 24 hours 5 5 minutes 6 15 minutes 7 30 minutes 55 Time zone in minutes 2 bytes from 720 to 840 78 Data collection period when temperature is out of range 1 byte 1 1 hour 2 6 hours 3 12 hours 4 24 hours 5 5 minutes 6 15 minute...

Page 21: ...ORTATION REQUIREMENTS Vega TD 11 shall be stored in the original packaging in heated room at temperatures 5 С to 40 С and relative humidity less than 85 The device shall be transported in covered freight compartments of all types at any distance at temperatures 40 C to 85 C ...

Page 22: ...1 User Manual 22 Revision 06 10 August 2021 6 CONTENT OF THE PACKAGE Vega TD 11 device is delivered complete with Temperature sensor Vega TD 11 1 pc External thermistor 1 pc Screw 4 pcs Factory certificate 1 pc ...

Page 23: ...ry certificate the factory certificate does not have an TCD stamp and or there is no sticker with information about the device the serial number DevEUI EMEI printed on the product differs from the serial number DevEUI EMEI specified in the factory certificate the product has been subject to alterations in the design and or software which are not provided for in the operational documentation the pr...

Page 24: ... 14 09 2017 KEV Document creation date 02 13 03 2018 KEV Changes in specification 03 22 01 2019 TII KEV Changes in specification in communication protocol in device operation logic in warranty Marking part added 04 24 01 2019 KEV Inaccuracy in communication protocol fixed packet type for packets with settings and request of settings 05 10 06 2019 KEV Settings 80 and 81 corrected 06 10 08 2021 PAV ...

Page 25: ...Vega TD 11 User Manual 25 Revision 06 10 August 2021 vega absolute ru User Manual Vega Absolute OOO 2017 2021 ...

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