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Autonomous measuring and switching deviceROSSMA IIOT-AMS TILT COUNTER ExSwitching device ROSSMA IIOT-AMS Tilt Counter registers the slope ofthe switching device casing to an angle more than 15 degrees and performsslope counting. The switching device operates in autonomous mode andprovides wireless communication in LoRaWAN or NBiOT network.Designed for operation with devices and mechanisms, where it isnecessary to check the presence of swing (slope) of movable parts.The composition has two sensitive elements for slope recording.The switching device can be used in industrial enterprises, infrastructureof housing and communal facilities, in hard-to-reach places (wells, basements).The switching device gives a possibility to install control measuring instrumentsin places with no power supply, operates in difficult climatic and weatherconditions.FeaturesThe switching device is supplied with a 3.6 V power supply.The power cell of the ROSSMA IIOT-AMS TILT COUNTER switching deviceis a built-in battery with capacity of 1200/6000/9000/14000/19000/20000mAh, designed for a service life of up to 10 years when counting readings andtransmitting data once a day.DATA COLLECTION AND TRANSMISSION ALGORITHM

Counting and summing of tilts number is performed constantly. Thepackage with the counted data is transmitted in wireless network with 1minute period (it is not recommended to set the discreteness less than 1minute for a long autonomous operation mode). The read data are stored inthe switching device memory.Data transmission period is configured using special commands inwireless network. By default, the manufacturer sets the data transmissiondiscreteness to 1 time per 15 minutes. The data is transmitted according to thespecified timer, which is installed in the internal memory of the switchingdevice.The switching device is powered by a built-in 3.6 V power supply. 20A/hcell capacity designed for 10 years.When Prompt for Confirmation option is disabled, the switching devicesends the current data to the network with the specified discreteness. There isno package delivery check in this mode. There are no untransmitted packagesin the switching device memory.The switching device communication time is controlled by LoRaWANnetwork server and can be set by command.FUNCTIONALITYThe switching device is designed for operation with devices andmechanisms, where it is necessary to monitor the presence of movable partstilts (slope).The switching device is a class A device (according toLoRaWANclassification) and provides the following functionality: ADR (Adaptive Data Rate) support Wireless adjustable LoRaWAN activation type in the LoRaWAN network OTAA, APT. By default: AVR Adjustable communication period from 1 minute and more (adjustedremotely in LoRaWAN network). By default 1 time/15 minutes Support for sending confirmation packages (adjustable) Two operating modes "Aktive "̆ and "Warehouse" Measurement of temperature Measurement of built in battery charge in %

Number of sensors for tilt detecting (slope): 2TECHNICAL CHARACTERISTICSTHE MAINNumber of sensitive sensorsUp to 6 – option (by default- 2)Range of operating temperatures-55 85 СBuilt-in temperature sensoryes (sends data every time you connect)Charge measurement of the built-in poweryes (sends data every time you connect)supplyLoRaWANARU868, EU868, IN865, AS923, AU915, KR920,US915, KZ865, any (on the basis of EU868)Activation method in LoRaWAN networkABP or OTAA (adjustable), by default- АВРCommunication PeriodAdjustable in LoRaWAN network, by default- 1 time/15minLoRa antenna typeinternalSensitivity-138 dBmRadio communication range in denseUp to 5 kmdevelopmentRadio communication range in non-urbanUp to 15 kmareaDefault transmitter power25 milliwatt (adjustable)Class of LoRaWAN deviceFrequency planPOWER SUPPLYBuilt-in battery capacityspecified when ordering (20 Ah by default)External power supply capabilityyesPower supply of connected instrumentationnofrom switching deviceHousing dimensionsHousing protection degreeMountingHousingDepends on battery capacity (3 types)Versions:IP 65 or IP 66 Ex1ExeIICT4 Gb, IP66The housing has holes for stationaryfastening to any surface.The housing can be completed with a platewith for DIN rail adapter(it is specifiedwhen ordering).

Autonomous measuring and switching deviceROSSMA IIOT-AMS ANALOGThe ROSSMA IIOT-AMS ANALOG switching device is intended forindependent data measurement from control and measuring devices (CMD)with 4-20 mA current interface and/or with resistive interface pt1000, Ni1000,TK5000, with the subsequent transfer of the obtained data in LoRaWAN and/or NBiOT network at 860-1000 Mhz range frequencies.The switching device provides non-volatile operation of control andmeasuring devices connected to the switching device inputs.The switching device can be used in industrial enterprises, infrastructureof housing and communal facilities, in hard-to-reach places (wells, basements).The switching device provides the possibility to install control and measuringdevices in places with no power supply, operates in difficult climatic andweather conditions.ROSSMA IIOT-AMS ANALOG switching device provides instrumentfunctionality from the built-in power supply, allowing to install sensors withthe switching device in hard-to-reach locations where no power supply isavailable.The switching device can have single channel and multichannelmodifications. The multichannel modification of the switching device can haveup to 8 inputs.

ROSSMA IIOT-AMS ANALOG Ex (single channel)ROSSMA IIOT-AMS ANALOG Ex (Multiсhannel)The switching device supports two operation modes: For operation with active control and measuring devices, which arepowered from an external power supply source and outputs an analogsignal to the switching device input. For operation with passive control and measuring devices, which arepowered directly from the switching device and outputs an analog signalto the switching device input.The switching device is manufactured with an integrated 3.6 V powersupply. At the same time, the switching device can be powered using anexternal DC source with a voltage of 3 to 5 V.The power cell of the ROSSMA IIOT-AMS ANALOG switching device is a14000 mAh battery designed for up to 10 years of service life when measuringinstrument readings and transmitting data once a day.DATA COLLECTION AND TRANSMISSION ALGORITHMData are read from a control and measuring device with a configurableperiod of 1 minute (it is not recommended to set the measurement frequencyto less than 1 minute to ensure a long non-volatile mode of operation). Theread data are stored in the switching device memory and transmitted at apredetermined discrete session with the LoRaWAN network.The data transmission period can be configured from 1 minute. Bydefault, the manufacturer sets the data transmission frequency to 1 time/hour.

The data is transmitted on the specified timer, which is installed in the internalmemory of the switching device.The switching device operates from a 3-5V DC power supply or a built-inpower supply. The 14A/h power cell capacity is designed for operation lifeaccording to the table:When connecting passive CMDAutonomous operation time of ROSSMA IIOT-AMS AnalogWhen connecting active CMDAutonomous operation time of ROSSMA IIOT-AMS AnalogData read frequency1 time/min.1 time/2min.1 time/10min.1 time/hour90 days180 days300 days3 years110 days220 days2,5 years10 yearsIf the Request Confirmation parameter is enabled, the switching devicewill send the next package only after receiving delivery confirmation of theprevious package. If you do not receive such an acknowledgement after threereplays, the switching device ends the session until the next scheduled session.At the same time, the switching device stores the untransmitted data to thememory. Non-transmitted packages remain in the switching device memoryand are sent during the next communication session.If the Request Confirmation parameter is disabled, the switching devicesends the current data to the network with the specified frequency. There isno package delivery check in this mode. Untransferred packages do notremain in the switching device memory.The communication time of the switching device is controlled by theLoRaWAN network server and can be adjusted by command.FUNCTIONALITYThe switching device is designed for operation with the following controland measuring devices: Pressure sensors;Temperature sensors;Level sensors;Vibration sensors;Gas sensors (gas analysis);Luminance sensors;Humidity sensors;Current and voltage/battery sensors.

The switching device is class A device (LoRaWAN classification) andprovides the following ̆ functionality: Support of both active and passive control and measuring devices; ADR (Adaptive Data Rate) support Wireless configurable LoRaWAN activation type in LoRaWAN network OTAA, AVP; Configurable communication period from 1 minute and more(configured remotely over LoRaWAN network). The default value is 1times per hour; Support for sending confirmation packages (configurable) Two operating modes "Active "̆ and "Warehouse"; Frequency plan: EU-868\RU-868 (to switch remotely in LoRaWANnetwork). Default is RU- 868; Temperature measurement; Measurement of built in battery charge in %.TECHNICAL CHARACTERISTICSTHE MAINAnalog inputs (current, resistive):Single-channel 1Multichannel Up to 8 - on-request (default 3)Current loop 4-20 mA or resistance pt1000,connection interfaceNi1000, TK5000Operation temperature range-55 85 СBuilt-in temperature sensorYes (sends data every time you connect)Built-in power supply charge measuringYes (sends data every time you connect)LoRaWANClass of LoRaWAN deviceAFrequency planRU868, EU868, IN865, AS923, AU915, KR920,US915, KZ865, any (on the basis of EU868)Activation method in LoRaWAN networkABP или OTAA (adjustable)Communication PeriodAdjustable in LoRaWAN networkLoRa antenna typeinternalSensitivity-138 dBmRadio communication range in denseUp to 5 kmdevelopmentRadio communication range in non-urbanUp to 15 kmareaDefault transmitter power25 milliwatt (adjustable)Maximum transmitter power100 milliwatt

POWER SUPPLYBuilt-in battery capacity14000 mAhExternal power supply capabilityyesPower supply of connected instrumentationyesfrom switching deviceHOUSINGHousing dimensionsHousing protection degreeVersions:IP 651ExeIICT4 Gb, IP66 (for single channelmodel)0Ex ia IIC T4 Ga, IP66 (for multichannelmodel)Mounting0Ex ia 1ExeIICT4 Gb, IP68 (for multichannelmodel)The housing has holes for stationaryfastening to any surface.The housing can be completed with a platewith for DIN rail adapter(it is specifiedwhen ordering).The ROSSMA IIOT-AMS ANALOG (singlechannel) housing provides attachmentdirectly to the instrument using a couplingwith НЭВ 20х1,5 fitting.

Switching deviceROSSMA IIOT-AMS ModbusSwitching device ROSSMA IOT-AMS MODBUS is designed toindependently poll devices using RS-485 interface with subsequent receiveddata in wireless network LoraWAN. Setting the RS-485 interface and settingthe Modbus polling registers is performed using ROSSMA DEVICECONFIGURATOR software.The device includes 1 RS-485 input , 1 5V DC output to provide power toexternal devices and 3 discrete inputs (opto isolated) to obtain additionalsensors status with "dry contact" type output ( "seal switch" type protectivesensors, water, gas, electric power meters, etc., relays, starters, etc.)FUNCTIONALITYThe switching device is designed for operation with the following control andmeasuring devices Controllers of various oil and gas pumping stations: centrifugal pumps,screw pumps, downhole rod pumps, other type of pump station. Automatic-frequency control stations; Controllers of automated group measure unit for gas measuring in oil,pump stations controllers; Controllers of pipeline electrochemical protection; Reagent dosing station; Units for oil wells purifying;

Control and measuring instruments with RS-485 interface; Any controller with Modbus protocol.Features Simultaneous operation with up to 64 RS-485, RS-422 devices; Simultaneous operation with up to 16 RS-232 devices; Control of automatic external devices.DATA COLLECTION AND TRANSMISSION ALGORITHMWhen the device is turned on, it logs in LoRaWAN network. Afterregistration, it is necessary to use "ROSSMA DEVICE CONFIGURATOR" or usingindividual commands over LoRaWAN network configure (configure) the RS485 interface (address, speed, etc.) and set Modbus registers that the devicewill poll in self-polling mode and send received data packages to the networkserver with the specified frequency.List of commands with examples:орт 8 (Profile Management):0x01 - Get list of current data requestsRequest:01C101 - commandC1 - profile number (available C1 and C2)Response (short if less than 51 bytes):210801C1000100010101270421 - package type (0x21 - response)08 - request port01 - request commandC1 - profile number00 - request number0100 - First request register01 - number of registers to request01 - request number0127 - First Request Register

04 - number of registers to request response (long if more than 51 01000121 - package type (0x21 - response)08 - request port01 - request commandC1 - profile number12 - 4 high bits - package number, 4 low bits - total packages (1 package of2)00 - request number0100 - First Request Register01 -number of registers to request01 - request number0127 - First Request Register04 - number of registers to request.0A - request number0100 - First Request Register01 - number of registers to F012704100100011101270421 - package type (0x21 - response)08 - request port01 - request commandC1 - profile number22 - 4 high bits - package number, 4 low bits - total packages (2 of 2packages)0B - request number0127 - First Request Register04 -number of registers to request0C - request number0100 - First Request Register01- number of registers to request.10 - request number0127 - First Request Register04 - number of registers to request0x02 - Set Current Data Request ListRequest:02C1000100010101270402086508

02 - commandC1 - profile number00 - request number0100 - First Request Register01 - number of registers to request01 - request number0127 - First Request Register04 -number of registers to request02 - request number0865 - First Request Register08 - number of registers to requestResponse:210802C101000200030021 - package type (0x21 - response)08 - request port02 - request commandC1 - profile number01 - request number00 - result (0 - success, otherwise - error code)02 - request number00 - result (0 - success, otherwise - error code)03 - Request No.00 - result (0 - success, otherwise - error code)0x03 - Delete all current data requestsRequest:03C101 - commandC1 - profile number (available C1 and C2)Response:210803C10021 - package type (0x21 - response)08 - request port03 - request commandC1 - profile number00 - result (0 - success, otherwise - error code)0x11 - Get set point request listRequest:11C111 - commandC1 - profile number (available C1 and C2)

Response (short if 51 bytes):210811C1000100010101270421 - package type (0x21 - response)08 - request port11 - request commandC1 - profile number00 - request number0100 - First Query Register01 - number of registers to request01 - request number0127 - First Request Register04 - number of registers to requestResponse (long if more than 51 1000121 - package type (0x21 - response)08 - request port11 - request commandC1 - profile number12 - 4 high bits - package number, 4 low bits - total packages (1 package of2)00 - request number0100 - First Request Register01 - number of registers to request01 - request number0127 - First Request Register04- number of registers to request.0A - request number0100 - First Request Register01 - number of registers to F012704100100011101270421 - package type (0x21 - response)08 - request port11 - request commandC1 - profile number22 - 4 high bits - package number, 4 low bits - total packages (2 of 2packages)0B - request number

0127 - First Request Register04 - number of registers to request0C - request number0100 - First Request Register01-number of registers to request.10 - request number0127 - First Request Register04 - number of registers to request0x12 - Set Preset Value Request ListRequest :12C100010001010127040208650812 - commandC1 - profile number00 - request number0100 - First Request Register01- number of registers to request01 - request number0127 - First Request Register04- number of registers to request02 - request number0865 - First Request Register08 - number of registers to requestResponse:210812C101000200030021 - package type (0x21 - response)08 - request port12 - request commandC1 - profile number01 - request number00 - result (0 - success, otherwise - error code)02 - request number00 - result (0 - success, otherwise - error code)03 - Request Number00 - result (0 - success, otherwise - error code)0x21 - Get parameters 485Request:21C121 - commandC1 - profile number (available C1 and C2)

Response:210821C10000258000000021 - packet type (0x21 - response)08 - request port21 - request commandC1 - profile number00002580 - port speed (9600)00 - operation mode (0 - 8 bits, 1 - 9 bits)00 - parity (0 - no, 1 - EVEN, 2 - ODD)00 - stop bits (0 - 1 bit, 1 - 0.5 bits, 2 - 2 bits, 3 - 1.5 bits)0x22 - Set parameters 485Request:22C10000258000000022 - commandC1 - profile number (available C1 and C2)00002580 - port speed (9600)00 - operation mode (0 - 8 bits, 1 - 9 bits)00 - parity (0 - no, 1 - EVEN, 2 - ODD)00 - stop bits (0 - 1 bit, 1 - 0.5 bits, 2 - 2 bits, 3 - 1.5 bits)Response:210822C10021 – package type (0x21 - response)08 - request port22 - request commandC1 - profile number00 - result (0 - success, otherwise - error code)0x23 - Get modbus parametersRequest:23C123 - commandC1 - profile number (available C1 and C2)Response:210823C101040306100521 - package type (0x21 - response)08 - request port23 - request commandC1 - profile number01 - device address04 - Current data reading function03 - preset value reading function

06 - 1 preset value recording function10 - function of recording several preset value (including double)05 - control function0x24 - Set modbus parametersRequest:24c101040306100524 - commandC1 - profile number (available C1 and C2)01 - device address04 - Current data reading function03 - preset value reading function06 - 1 preset value recording function10 - function of recording several preset values (including double)05 - control functionResponse:210824C10021 - package type (0x21 - response)08 - request port24 - request commandC1 - profile number00 - result (0 - success, otherwise - error code)0xC0 - Save profile to memoryRequest:C0C1C0 - commandC1 - profile number (available C1 and C2)Response:2108C0C10021 - package type (0x21 - response)08 - request portC0 - request commandC1 - profile number00 - result (0 - success, otherwise - error code)0xC1 - Reload profile from memory without saving settingsRequest:C1C1C1 - commandC1 - profile number (available C1 and C2)Response:2108C1C100

21 - package type (0x21 - response)08 - request portC1 - request commandC1 - profile number00 - result (0 - success, otherwise - error code)0xCE - Delete profileRequest:CEC1CE - CommandC1 - profile number (available C1 and C2)Response: 2108CEC10021 - package type (0x21 - response)08 - request portCE - request commandC1 - profile number00 - result (0 - success, otherwise - error code)Request to request the current data register:1101000101 (port 3)where:0x11: function code0x0100: address of the first register0x0101: address of the second registerresponse:21031101000000010112340x21: response code0x03: request port0x11: function code0x0100: address of the first register0x0000: first register value0x0101: address of the second register0x1234: second register valuein a value for a particular register can be FF01, for example, if there wasno responsesettings request:CC (port 1)response:2101cc000927c0000927c0c10001000x21: response code0x01: request port0xCC: function code

0x000927c0: current interval in ms0x000927c0: interval stored in EEPROM in ms0xc1: current devtype0x00: whether confirmed messages are used (0 - no, 1 - yes)0x01: whether full frequency plan is used (0 - no, 1 - yes)0x00: whether JOIN (OTAA) is used (0 - no, 1 - yes)TECHNICAL CHARACTERISTICSTHE MAINConnection interfaceOperation temperature rangeRS-4851 5V DC output , 3 "dry contact" type inputsoptoisolated-40 85 СLoRaWANClass of LoRaWAN deviceСFrequency planRU868, EU868, IN865, AS923, AU915, KR920,US915, KZ865, any (on the basis of EU868)Activation method in LoRaWAN networkABP или OTAA (adjustable)Communication PeriodAdjustable in LoRaWAN networkLoRa antenna typeinternalSensitivity-138 dBmRadio communication range in denseUp to 5 kmdevelopmentRadio communication range in non-urbanUp to 15 kmareaDefault transmitter power25 milliwatt (adjustable)Maximum transmitter power100 milliwattPOWER SUPPLY220V ACHOUSINGHousing dimensionsHousing protection degreeVersions:IP 65

MountingThe housing has holes for stationaryfastening to any surface.The housing can be completed with a platewith for DIN rail adapter(it is specifiedwhen ordering).The ROSSMA IIOT-AMS ANALOG (singlechannel) housing provides attachmentdirectly to the instrument using a couplingwith НЭВ 20х1,5 fitting.

Autonomous measuring and switching deviceROSSMA IIOT-AMS Dry ContactSwitching device ROSSMA IOT-AMS DRY CONTACT is designed to trackstatus changes (closed/open) on six (6) inputs and to transmit the inputs statusin wireless network LoraWAN.Sensors (devices) can be connected to the switching device input with adry contact type output (seal switch type safety sensors, water, gas, electricpower meters, etc., relays, starters, etc.). When the status changes on any ofthe inputs, the switching device sends a data package that indicates whichinput has a pin closure and which has a pin open. If there are no changes onthe inputs, the switching device sends the data package once a day by default(you can change the default connection period using a command in theLoRaWAN network).FUNCTIONALITY Opening/closing of doors, shutters, valves;Control switching on/off of electric installations (electric devices);Detection of sensors operation;Control of transition processes.The switching device is class A device (LoRaWAN classification) andprovides the following ̆ functionality: Support of both active and passive control and measuring devices; ADR (Adaptive Data Rate) support

Wireless configurable LoRaWAN activation type in LoRaWAN network OTAA, ABP; Configurable communication period from 1 minute and more(configured remotely over LoRaWAN network). The default value is 1times per hour; Support for sending confirmation packages (configurable) Two operating modes "Active "̆ and "Warehouse"; Frequency plan: EU-868\RU-868 (to switch remotely in LoRaWANnetwork). Default is RU- 868; Temperature measurement; Measurement of built in battery charge in %.TECHNICAL CHARACTERISTICSTHE MAINinputs (current, resistive):channel 6connection interfaceOperation temperature rangeBuilt-in temperature sensorBuilt-in power supply charge measuring«dry contact»-55 85 СYes (sends data every time you connect)Yes (sends data every time you connect)LoRaWANClass of LoRaWAN deviceAFrequency planRU868, EU868, IN865, AS923, AU915, KR920,US915, KZ865, any (on the basis of EU868)Activation method in LoRaWAN networkABP или OTAA (adjustable)Communication PeriodAdjustable in LoRaWAN networkLoRa antenna typeinternalSensitivity-138 dBmRadio communication range in denseUp to 5 kmdevelopmentRadio communication range in non-urbanUp to 15 kmareaDefault transmitter power25 milliwatt (adjustable)Maximum transmitter power100 milliwattPOWER SUPPLYBuilt-in battery capacity14000 mAhExternal power supply capabilityyesPower supply of connected instrumentationnofrom switching device

HOUSINGHousing dimensionsHousing protection degreeVersions:IP 651ExeIICT4 Gb, IP66 (for single channelmodel)0Ex ia IIC T4 Ga, IP66 (for multichannelmodel)Mounting0Ex ia 1ExeIICT4 Gb, IP68 (for multichannelmodel)The housing has holes for stationaryfastening to any surface.The housing can be completed with a platewith for DIN rail adapter (it is specifiedwhen ordering).The ROSSMA IIOT-AMS ANALOG (singlechannel) housing provides attachmentdirectly to the instrument using a couplingwith НЭВ 20х1,5 fitting.

Autonomous measuring and switching deviceROSSMA IIOT-AMS Dry Contact RelayROSSMA IOT-AMS DRY CONTACT RELAY switching device for remotecontrol of power equipment using commands received in LoRaWAN or NB-IoTnetwork and for additional monitoring of 4 discrete inputs status withsubsequent transmission of the inputs status in wireless LoRaWAN or NB-IoTnetwork.Switching device receives commands for relay control (close/open) viaLoRaWAN or NB-IoT network. Using relays, it is possible to control lighting,drives, valves, automation systems, etc.As a part of the device there is in addition 1 5V DC output for providingpower supply of external devices and 4 discrete inputs (2 are optoisolated) forreceiving additional sensors status with "dry contact" outputs (seal switchsecurity sensors, counters of water, gas, the electric power, etc., relay,actuators, etc.). The switching device can switch on/off the relay not only bycommand via LoRaWAN or NB-IoT network, but also by changing the status ofany input.TECHNICAL CHARACTERISTICSTHE MAINconnection interfacePower relay (NO, NC)

Operation temperature range1 5V DC output , 4 "dry contact" type inputs2 are optoisolated-40 85 СLoRaWANClass of LoRaWAN deviceСFrequency planRU868, EU868, IN865, AS923, AU915, KR920,US915, KZ865, any (on the basis of EU868)Activation method in LoRaWAN networkABP или OTAA (adjustable)Communication PeriodAdjustable in LoRaWAN networkLoRa antenna typeinternalSensitivity-138 dBmRadio communication range in denseUp to 5 kmdevelopmentRadio communication range in non-urbanUp to 15 kmareaDefault transmitter power25 milliwatt (adjustable)Maximum transmitter power100 milliwattPOWER SUPPLY220V ACHOUSINGHousing dimensionsHousing protection degreeVersions:IP 65MountingThe housing has holes for stationaryfastening to any surface.The housing can be completed with a platewith for DIN rail adapter(it is specifiedwhen ordering).The ROSSMA IIOT-AMS ANALOG (singlechannel) housing provides attachmentdirectly to the instrument using a couplingwith НЭВ 20х1,5 fitting.

Autonomous measuring and switching deviceROSSMA IIOT-AMS 1-WireROSSMA IIOT-AMS 1-WIRE autonomous measuring and switching deviceis designed to poll digital DS18B20 temperature sensor independently using 1Wire bus and transmit the received data in LoRaWAN or NBiOT network.The switching device can be used in industrial enterprises, infrastructureof housing and communal facilities, in hard-to-reach places (wells, basements).The switching device provides the possibility to install control and measuringdevices in places with no power supply, operates in difficult climatic andweather conditions.ROSSMA IIOT-AMS 1-WIRE switching device provides instrumentfunctionality from the built-in power supply, allowing to install sensors withthe switching device in hard-to-reach locations where no power supply isavailable.The switching device is manufactured with a 3.6 V power supply.The power cell of the ROSSMA IIOT-AMS 1-WIRE switching device is a built-inbattery with a capacity of 1200/6000/9000/14000/19000 mAh, designed for upto 10 years service life when counting readings and transmitting data once aday.DATA COLLECTION AND TRANSMISSION ALGORITHM

Data acquisition via 1-Wire bus is performed discretely according to thespecified interval. The package with the received data is transmitted in wirelessnetwork with a period of 1 minute (it is not recommended to set thediscreteness to less than 1 minute for long-term autonomous operation modeof ). The read data is stored in the switching device memory.The data transmission period can be configured from 1 minute. Bydefault, the manufacturer sets the data transmission frequency to 1 time/hour.The data is transmitted on the specified timer, which is installed in the internalmemory of the switching device.The switching device is powered by a built-in 3.6V power supply. Thecapacity of the 13A/h power supply is calculated for the service life accordingto the table (for example):When connecting active CMDAutonomous operation time of ROSSMA IIOT-AMS 1-WireData read frequency1 time/min.1 time/2 min.1time/10 min.1time/hour55 days1,5 days9 days110 daysIf the Request Confirmation parameter is disabled, the switching devicesends the current data to the network with the specified frequency. There isno package delivery check in this mode. Untransferred packages do not remainin the switching device memory.The communication time of the switching device is controlled by theLoRaWAN network server and can be adjusted by command.FUNCTIONALITYThe switching device is designed for operation with the following controland measuring devices: Temperature sensorsWater leak sensorsVoltage sensorsWater and gas pressure sensorsThe switching device is class A device (LoRaWAN classification) andprovides the following ̆ functionality: ADR (Adaptive Data Rate) support

Wireless configurable LoRaWAN activation type in LoRaWAN network OTAA, АВР. By default: АВР Configurable communication period from 1 minute and more(configured remotely over LoRaWAN network). The default value is 1times per hour Support for sending confirmation packages (configurable) Two operating modes "Active "̆ and "Warehouse";

ROSSMA IIOT-AMS TILT COUNTER Ex Switching device ROSSMA IIOT-AMS Tilt Counter registers the slope of the switching device casing to an angle more than 15 degrees and performs slope counting. The switching device operates in autonomous mode and provides wir