The SenseCAP T1000 combines an accelerometer and a GNSS(GPS) module making it perfect for tracking applications. It connects with Telemetry2U through a private or public LoRaWAN network and send data in real-time. When a LoRaWAN network is unavailable, the SenseCAP T1000 will store up to 1000 records to memory which is automatically uploaded to Telemetry2U upon network restoration. Once you complete the simple integration with Telemetry2U, you can easily configure email, SMS or voice call alerts on status events like movement, shock and more. Read more about using the SenseCAP T1000 on Telemetry2U here.

The Milesight AM100 Series Ambience Monitoring Sensor consists of multiple smart sensors that are built specifically for indoor ambience monitoring. It has a clean and modern design that makes it discrete yet attractive. As well as send data via a LoRaWAN network to Telemetry2U’s IoT platform, the AM100 series also has a nice LCD display allowing you to view the data in real-time at a glance. It’s power either by a USB cord or internal batteries and can help improve the ventilation conditions to reduce the risk of coronavirus by monitor the key air parameters. Telemetry2U perfectly integrates to the Milesight AM300 series to display real-time data on any connected device in various formats including dashboards, charts, and tables. You can also configure alerts on any parameter so you can take corrective action to ensure you air quality is always at its best. The AM300 can measure temperature, humidity, PIR, light, CO2, TVOC, and barometric pressure

The Milesight AM300 Series Ambience Monitoring Sensor consists of multiple smart sensors that are built specifically for indoor ambience monitoring. It has a clean and modern design that makes it discrete yet attractive. As well as send data via a LoRaWAN network to Telemetry2U’s IoT platform, the AM300 series also has a nice 4.2” LCD display allowing you to view the data in real-time at a glance. It’s power either by a USB cord or internal batteries and can help improve the ventilation conditions to reduce the risk of coronavirus by monitor the key air parameters. Telemetry2U perfectly integrates to the Milesight AM300 series to display real-time data on any connected device in various formats including dashboards, charts, and tables via out IoT Platform. You can also configure alerts on any parameter so you can take corrective action to ensure your air quality is always at its best. The AM300 can measure temperature, humidity, PIR, light, CO2, TVOC, barometric pressure, Formaldehyde (HCHC), and Ozone (O3). For convenience, it has a power button, reset button as well as a status LED and a audible buzzer.

The Milesight WS52X is an AC power meter and controller rolled into one device. Easily measure voltage, current, power, power factor and the total consumed power over a period. It runs in class-C mode meaning sent commands are processed nearly instantaneously. Data is sent via LoRaWAN to Telemetry2U’s IoT Platform where it can be viewed in real-time on dashboards, charts, and tables. You can also configure buttons to send commands, like turning the power point on and off, so you can effectively control appliances or any other AC powered device from your Smartphone, from anywhere in the world. Telemetry2U also makes it possible to create power schedules which has endless possibilities. This in combination with detailed power statistics could mean big saving on power bill. Telemetry2U’s alert system can be used to inform you if the power levels change for whatever reason, making it handy for diagnostics and other monitoring applications.

The Milesight EM300-ZLD detects the presence of water (or any other liquid) using a rope leak sensor meaning it can cover large areas. Its internal 4000mA/H battery can last between 5-10 years. It also has an internal temperature and humidity sensor and the IP67 rating means it can be used both indoors and outdoors. When used in conjunction with Telemetry2U’s IoT platform, be alerted via Email, SMS, or even a voice call in the event of a leak - potentially saving thousands of dollars in an expensive clean-up bill or loss of product. It can be easily mounted to any surface with screw or double-sided tape and can have 100’s of meter range indoors and up to 10km outdoors.

The Milesight EM300-ZLD detects the presence of water (or any other liquid) using a rope leak sensor meaning it can cover large areas. Its internal 4000mA/H battery can last between 5-10 years. It also has an internal temperature and humidity sensor and the IP67 rating means it can be used both indoors and outdoors. When used in conjunction with Telemetry2U’s IoT platform, be alerted via Email, SMS, or even a voice call in the event of a leak - potentially saving thousands of dollars in an expensive clean-up bill or loss of product. It can be easily mounted to any surface with screw or double-sided tape and can have 100’s of meter range indoors and up to 10km outdoors.

The Milesight WS202 measure light intensity with a range of 1-60000LUX with 1 LUX resolution. It’s also fitted with a PIR with an ultrawide detection range of 120 degrees horizontal and 100 degrees vertical over 8 meters range. When used with Telemetry2U, users can b notified via Email, SMS or even a voice call if human presence is detected or the light level crosses a threshold making it a great addition to a home or office security system. Automation can also be achieved by configuring actions with Telemetry2U, for example, turn a light on via a Milesight WS52x power point controller when somebody enters a room.

The Dragino LLMS01 is a LoRaWAN leaf moisture and temperature sensor and when used with Telemetry2U, quickly enables a level of smart farming through the Internet of Things (IoT). Leaf Moisture can be important for controlling anything from fungus and diseases to irrigation systems. With T2U, you can be alerted if your leaf's require watering/moisturizing or when there is a dew or they are frozen, helping you optimize growth and general farm management.

The Dragino LSNPK01 is a LoRaWAN soil nutrient sensor that measures the Nitrogen, Phosphorus, and potassium (NPK) level of soil. When used with Telemetry2U's IoT platform, you can quickly enable a level of smart farming through the Internet of Things (IoT). NPK are the three main nutrients plants require and are the primary ingredients for most fertilizers. Each nutrient is crucial for plant health and growth. The LSNPK01, combined with T2U, can help anyone from the home users to the large-scale farmer monitor their soil health. This will in-turn not only to boost production and profits, but also assist planning crop cycles and fertilizer schedules.

The Dragino LSPH01 is a LoRaWAN Soil pH and Temperature Sensor. When used with Telemetry2U, it quickly enables a level of smart farming through the Internet of Things (IoT). pH is critical for plant growth, as it influences the availability of essential nutrients and their chemical reactions. The Silver Chloride (Ag-Cl) reference electrode and the pure metal pH sensitive electrode offer high accuracy and stability over the range, with temperature compensation. It can be buried in the soil for long term use, with the battery lasting up to 5 years.

The Dragino LTC2-LT LoRaWAN Waterproof IoT Temperature Sensor is fitted with a 3-wire PT100 temperature probe on a 2-meter cable. The probe is double pressed to the cable for a waterproof seal with anti-rust properties, making it suitable for air, object, or liquid temperature measurements, with a range of -200 to +200C with 0.5C accuracy. The node is fitted with an external antenna for extra-long range and the internal 8500mA battery can last up to 10-years with a modest 20-minute uplink interval and good signal strength to the LoRaWAN gateway.

The LDS02 is a LoRaWAN door/window sensor that detects open/close events and then sends its status it to a LoRaWAN network. The LDS02 is small in size (40 x 15 x 15mm) and is powered by two standard AAA Alkaline batteries. In ideal LoRaWAN network coverage conditions, the LDS02 transmits up to 70,000 data records to the server for the life of the battery. Poor LoRaWAN network coverage will allow for the transmission of roughly 16,000 data records. The LDS02 product design allows for a battery life between 2 and 10 years. Once finally flat, the AAA batteries are straight forward to change.

The LWL02 is a LoRaWAN Water Leak sensor that detects water leak events and sends its status it to a LoRaWAN network server. The LWL02 is small (40 x 15 x 15mm) and powered by 2 x standard AAA alkaline batteries that are easily replaced and can last for years (2-10) if good signal strength to the gateway. As well as detecting leaks, the LWL02 can be used to detect low water levels. This can be handy for fish tanks, water tanks and many other applications where water level is critical.

This siren has four different alarm sounds – fire alarm, emergency alarm, burglar alarm and a doorbell sound. The high brightness LED's can also run different profiles. It is 12V powered and runs in Class C mode meaning any sound can be remotely triggered via a downlink command from Telemetry2U at any time, with minimum delay.

The Dragino LDS01 uses a reed switch do monitor a door or window and immediately sends an uplink to T2U when it changes state. It runs on a CR2032 coin cell battery that will last for up to around a year and installation takes only seconds with the double side tape. T2U can trigger email, SMS or voice alerts on the open state, battery voltage and loss of contact with the server making it very reliable.

This battery powered device (CR2032) is fitted with an Emergency Push button that will send an uplink to Telemetry2U as soon as the button is pressed. Telemetry2U can then send an Email/SMS or voice alert so the incident can be immediately investigated. It is small and can easily be fitted to a key ring or worn around the neck. Alerts can also be set to warn of a low battery.

This battery powered device (AAA) is fitted with an Emergency Push button that will send an uplink to Telemetry2U as soon as the button is pressed. Telemetry2U can then send an Email/SMS or voice alert so the incident can be immediately investigated. It can easily be desk or wall mounted and comes with a waterproof silicone cover so is well suited for many fixed environments.

The battery powered LoRaWAN Doorbell runs on 2 x CR2032 batteries with an expected life of 2-5 years. When the button is pressed, it will immediately send an uplink to Telemetry2U when an Email, SMS or voice alert can be triggered. The battery voltage is also included in the uplink that can also be used to trigger an alert when the batteries are getting low.

The node LoRaWAN node is fitted with a reed switch that can be used to detect when a door or window is opened or closed. It runs on 2 x CR2032 batteries with an expected life of 2-5 years. An uplink containing the sensor status and battery voltage is sent to Telemetry2U as soon as an event is detected, where an alert can be sent via Email or SMS.

The R718F is another reed switch that can detect the state of a door or window. The sensor(s) is on cable so mounting arrangement are a bit more flexible then the Netvox 313A. Operating life is also extended using the ER14505 AA batteries. An uplink is immediately sent every time the sensor changes state and Telemetry2U can trigger an alert on any event.

This node can detect human movement through its IR sensor, as well as light and temperature. An uplink is immediately sent to T2U when any movement is detected, which can be used to trigger alerts at any time, or only during certain times of the day. The ER14505 batteries are user replaceable with the overall life dependant on events. Downlink commands sent from T2U configure the device IR detection timing and settings.

This node has a built in Photosensitive Sensor that can measure the intensity of ambient light. It runs off 2 x CR2450 batteries with a long battery. It sends data at a user configurable interval, or when the light changes by a certain level, meaning it can easily trigger near instant alerts when used with Telemetry2U. The configuration can be easily changed with downlink commands from T2U.

This node has a built in Photosensitive Sensor that can measure the intensity of ambient light. It runs off 2 x ER14505 AA batteries thus offers a longer battery life then the RG311G. It sends data at a user configurable interval, or when the light changes by a certain level, meaning it can easily trigger near instant alerts when used with Telemetry2U.

This smoke detector will sound a siren and immediately trigger an uplink when the smoke status changes. It also measures the temperature every 60 seconds and will immediately send an uplink if the temperature rises above 60C. These uplinks can be used to trigger either a voice, email or SMS alert when used with Telemetry2U. It runs on 2 x AAA Alkaline Batteries that are user changeable.

This carbon Monoxide detector will sound a siren and immediately trigger an uplink when the CO level changes. It also measures the temperature every 60 seconds and will immediately send an uplink if the temperature rises above 60C. These uplinks can be used to trigger either a voice, email or SMS alert when used with Telemetry2U. It runs on 2 x AAA Alkaline Batteries that are user changeable.

The Dragino LAQ4 is an indoor air quality meter measures Total Volatile Organic Carbon, Equivalent Carbon Dioxide, temperature, and humidity, all with temperature compensation. It is wall mountable, and the easily replaceable battery lasts around 9-12 months. It will send data periodically or immediately when any sensor value crosses a programmable threshold. T2U can remotely configure the LAQ4 with downlink commands.

This AC operated LoRaWAN node connected to an RS485 Nitrogen Monoxide (NO) sensor that periodically sends the sensor data to Telemetry2U, where the data can be calibrated and displayed on a dashboards, charts or tables with Email/SMS or voice alerts generated if sensor value deviates outside of a user programmed range. The node has magnets on the of the IP65 case back for ease of installation.

This AC operated LoRaWAN node connected to an RS485 Electrochemical Ozone (O3) sensor with a range of 0-20ppm +/-3%. It periodically sends the sensor data to Telemetry2U, where the data can be calibrated and displayed on a dashboards, charts or tables with Email/SMS or voice alerts generated if sensor value deviates outside of a user programmed range. The node has magnets on the back of the IP65 case for ease of installation.

This AC operated LoRaWAN node connected to an RS485 Hydrogen Sulphide (H2S) sensor that periodically sends the sensor data to Telemetry2U, where the data can be calibrated and displayed on a dashboards, charts or tables with Email/SMS or voice alerts generated if sensor value deviates outside of a user programmed range. The node has magnets on the back of the IP65 case for ease of installation.

This AC operated LoRaWAN node connected to an RS485 Nitrous Oxide (NO2) sensor that periodically sends the sensor data to Telemetry2U, where the data can be calibrated and displayed on a dashboards, charts or tables with Email/SMS or voice alerts generated if sensor value deviates outside of a user programmed range. The node has magnets on the back of the IP65 case for ease of installation.

This 12V operated LoRaWAN node connected to an RS485 Sulphur Dioxide (SO2) sensor that periodically sends the sensor data to Telemetry2U, where the data can be calibrated and displayed on a dashboards, charts or tables with Email/SMS or voice alerts generated if sensor value deviates outside of a user programmed range. The node has magnets on the back of the IP65 case for ease of installation

This 12V operated LoRaWAN node connected to an RS485 Carbon Monoxide (CO) sensor that periodically sends the sensor data to Telemetry2U, where the data can be calibrated and displayed on a dashboards, charts or tables with Email/SMS or voice alerts generated if sensor value deviates outside of a user programmed range.

This node will upload the Carbon Dioxide levels, temperature and humidity to Telemetry2U where is can be displayed and manipulated on dashboards, charts, and tables. It runs on 8 x ER14505 Lithium battery that give around 1 year of battery life depending on the transmission interval, which can be anywhere from 30 seconds to 720 minutes. It is designed for indoor use.

The RA0716 is 12V operated and designed for indoor use. It measures small, suspended particle matter in ug/m3 (PM2.5), a key indicator of air quality. It has a range of 0.3~1.0um and 1.0-2.5um. It also includes temperature and humidity data in the packet. As well as displaying the data, T2U allows you to scale and calibrate the sensor data as well as generate alerts.

The R72616A is battery operated (8 x ER14505 Lithium cells) and is designed for indoor use. It measures small, suspended particle matter in ug/m3 (PM2.5), a key indicator of air quality. It has a range of 0.3~1.0um and 1.0-2.5um. It also includes temperature and humidity data in the packet. As well as displaying the data, T2U allows you to scale and calibrate the sensor data as well as generate alerts.

The Dragino RS485LN can be programmed with up to 16 commands that are sent to devices via RS485/MODBUS. The sensor responses are combined into a single packet and uploaded to T2U via LoRaWAN. It can be configured via a USB port or by using T2U downlink commands. Its runs in Class-C mode and has a voltage input range of 7-24V making it suitable for a huge range of applications.

The LT-22222-L is a Long Range LoRaWAN I/O Controller offering multiple I/O Interfaces including, analogue current inputs 4-20mA), analogue voltage inputs, digital inputs, digital outputs, and relay outputs. The LT22222L is designed to simplify the installation of I/O monitoring while providing excellent performance. It has a 7-24V input voltage range and comes with an external antenna for up to 10Km range.

The Dragino RS485LN can be programmed with up to 16 commands that are sent to devices via RS485/MODBUS. The sensor responses are combined into a single packet and uploaded to T2U via LoRaWAN. It can be configured via a USB port or by using T2U downlink commands. Unlike the RS485LN, it is battery operated and can provide a 3.3/5V output to power external sensors

The Dragino LSN50V2 is an open-source project so can easily be customised to suite just about any application. The default firmware can support digital temperature sensors, digital inputs/interrupts, HX711 load cells, LiDAR-Lite V3HP, SHT20 and more. It does not come with sensors, but connection is made easy with the onboard terminal blocks. Its battery operated with an external antenna that can achieve up to 10Km

The RA718IA runs on user replaceable ER14505 Lithium batteries and has a magnetic base for easy mounting. The 2 x 12-bit ADC’s have a 0-5V input range with a 1.14Msps sample rate, making it suitable for interfacing to many sensors and instrumentation. The raw data can be scaled and calibrated on Telemetry2U, with the processed data clearly displayed on your IoT dashboards, charts, and tables.

The RA718IA runs on user replaceable ER14505 Lithium batteries and has a magnetic base for easy mounting. The 2 x 12-bit ADC’s have a 0-5V input range with a 1.14Msps sample rate, making it suitable for interfacing to many sensors and instrumentation. The raw data can be scaled and calibrated on Telemetry2U, with the processed data clearly displayed on your IoT dashboards, charts, and tables.

The RA718IA runs on user replaceable ER14505 Lithium batteries and has a magnetic base for easy mounting. The 2 x 12-bit ADC’s have a 0-5V input range with a 1.14Msps sample rate, making it suitable for interfacing to many sensors and instrumentation. The raw data can be scaled and calibrated on Telemetry2U, with the processed data clearly displayed on your IoT dashboards, charts, and tables.

Sensors with a pulse output are commonly found on agricultural equipment, electricity meters, water meters, gas meters and more. The R718H pulse counter can measure pulses in the range of 2.4-3.3V with an adjustable filter time. It will report at intervals or when the count reaches a pre-defined value. Telemetry2U can configure all settings remotely via downlink command. The magnetic base makes for easy mounting.

Dry contact interfaces can easily read the open or close status of a switches, relays, buttons as well as disconnections. This makes the R718J compatible with a host of devices with external relay alarm outputs like fridges, freezers, incubators, etc. T2U receives an uplink as soon as the contact state changes and can trigger Email/SMS or voice alerts to ensure your assets and contents are constantly monitored IoT platform.

Small and powered from 2 x CR2450 Lithium batteries, the R311CA is compatible with a host of devices with external relay alarm outputs like fridges, freezers, incubators, etc. T2U receives an uplink as soon as the contact state changes and can trigger Email/SMS or voice alerts to ensure your assets and constants are constantly monitored on our IoT platform.

The R718IJK combines multiple sensor types into a single node. It runs of 2 x ER14505 lithium batteries for longer life and can be magnetically mounted. It will send a report to T2U every 15 minutes by default, or when and of the inputs change by more than a programmed amount which can trigger an alert. T2U also displays the data on configurable IoT dashboard and charts with the ability to calibrate the sensors.

The R718PC can be programmed with a single MODBUS command that it uses poll an RS485 sensor at programmed intervals before sending the response to T2U. It is 12V operated and runs in Class-C mode meaning it is awake all the time to receive commands. RS485 sensors are in abundance making this a wise choice for many sensor types in the industrial, aquaculture and agriculture industries.

The R718PDA can be programmed with a single RS232 command that it uses poll a sensor at programmed intervals and the sends the response to Telemetry2U. It is 12V operated and runs in Class-C mode meaning it is awake all the time to receive commands from T2U. RS232 sensors are in abundance making this a diverse interface for many sensor types in the industrial, aquaculture and agriculture industries.

The Dragino LHT65 measures temperature and humidity. Multiple external sensors are available, including waterproof probes, ADC’s, and pulse counter interfaces. It has an operating range of -20 to +55C meaning it can be placed directly inside fridges and freezers, making it perfect for hospital and laboratory environments where monitoring is critical. T2U can arrange a NATA calibration certificate upon request.

The attached SHT31 sensor made by Sensirion comes fully calibrated, linearised with temperature compensation and has a temperature range of -40C to 80C with 0.2C accuracy with expected drift of less than 0.03C/year. The waterproof housing is fitted with an external antenna for extra-long range and the internal 8000mA/h battery is expected to last for 10+ years. T2Us IoT platform clearly displays the data and generates alerts.

The Dragino LSN50v2-S31B LoRaWAN Temperature and Humidity IoT Sensor is fitted with a quality Sensorion SHT31 probe in an anti-condensation enclosure that is attached to the main body. It has been factory calibrated and temperature compensated, so can precisely measure Temperature and Humidity both indoors and outdoors. It has a temperature range of -40 to 85C and a Humidity range of 0 to 99.9%. As a bonus, the Vapor Pressure Deficit (VPD) and the Dew Point is also calculated and displayed when used with Telemetry2U.

The LSN50V2-D20 is fitted with a DS18B20 temperature probe with a range of -55C to 125C with an accuracy of 0.5C. The waterproof housing is fitted with an external antenna with ranges of 10km+ possible and the 8500mA/h battery can provide up to 10 years of life. As with all sensor data received by T2U, the temperature can be scaled and calibrated. We can arrange a NATA certificate when requested.

The R718B is fitted with up to two PT1000 temperature sensors with a range of -40 – 200C, making it suitable for anything from freezers to incubators and ovens. The temperature sensors are embedded in a waterproof 100mm stainless steel the tube making them robust. A packet is sent to T2U at intervals or when the temperature changes by a certain amount. T2U allows you to monitor your assets in real time on a configurable IoT platform.

The R718CT is fitted with up to two T-type thermocouple temperature sensors wide temperature range, making it suitable for anything from freezers and ovens. The temperature sensors are embedded in a waterproof 50mm stainless steel the tube making them robust. A packet is sent to T2U at intervals or when the temperature changes by a certain amount. T2U allows you to monitor your assets in real time on a configurable IoT platform.

The Netvox R720A LoRaWAN temperature/humidity sensor runs on 2 x user replaceable batteries ER14505 Lithium batteries and has a magnetic mount for ease of installation. It can be placed directly inside fridges or freezers. It sends data to T2U periodically or when the sensor data changes by a user defined amount. T2U’s IoT platform allows you to monitor your real-time data and configure alerts.

The R720A has a temperature measurement range of -20~55C with 0.5C accuracy, with a humidity range of 0~100% with +/-5% accuracy. It runs on 2 x AAA Alkaline batteries and comes with a wall mount bracket. Data is received by T2U where it is displayed on a configurable IoT platform where you can view real-time data and configure Email/SMS and voice alerts.

The R712 is an outdoor Temperature and Humidity LoRaWAN node with 0.5C accuracy over a -10~50C temperature range and 5% accuracy of humidity over a 0~100% humidity range. It is in splash proof housing designed for accurate temperature measurement outdoors. It is well suited home environments or even agriculture use, where alerts from T2U would be useful.

The Dragino LGT-92 LoRaWAN GPS tracker offers a low power GPS module combined with a 9-axis MEMS sensor (accelerator, gyroscope, and compass). Its primary function is to provide motion detection and up-link the current GPS positions. It also has an emergency button that will immediately force an up-link when pressed. It runs on a rechargeable Lithium-Ion battery that can last for a couple of months.

The R718MBA is an Accelerometer based movement detector that will send an uplink to T2U as soon as is senses movement or vibration after being stationary for 5 seconds (default). It runs on AA Lithium batteries and is in an IP67 enclosure making is suitable for outdoor use, with years of battery life. The movement threshold and stationary time can be adjusted via T2U downlink commands.

The R311FA is an Accelerometer based movement detector that will send an uplink to T2U as soon as is senses movement or vibration after being stationary for 5 seconds (default). It runs on 2 x CR2450 Lithium batteries and is designed for indoor use. The movement threshold and stationary time can be adjusted via T2U downlink commands with alerts configured on the movement status.

The R718MBB uses an accelerometer to keep count of how many times an object has moved. It needs to be stationary for some time before the next cycle can be detected. The stationary time and vibration threshold can be adjusted with T2U downlink commands. It runs on AA Lithium batteries and is in an IP67 enclosure for outdoor use. T2U can send alerts when the count reaches certain values, making it useful for preventative maintenance.

A smaller version of the R718MMB designed for indoor use. It keeps track of how many times an object has moved and reports the value to T2U, where the data can be viewed in near real time on our IoT platform. Alerts can also be triggered when the movement value reaches a certain threshold making it handy for planning preventative maintenance cycles.

The R718MBC uses an accelerometer to keep track of how much time an asset has been in use/motion. It starts the count as soon movement/vibration is detected stops when it becomes stationary for more than 5 seconds. Both the vibration threshold and stationary time can be changed by T2U downlink commands. It runs on 2 x ER14505 Lithium batteries for a long battery life and is in an IP67 housing for outdoor use.

A smaller version of the R718MMC designed for indoor use. It keeps track of how much time an object has spent in motion and reports the value to T2U, where the data can be viewed in near real time on our IoT platform. Alerts can also be triggered when the movement time reaches a certain threshold making it handy for planning preventative maintenance cycles on assets.

This sensor will immediately send an uplink to T2U as soon as the sensor is triggered by movement. This uplink can be used to trigger an SMS alert, Email Alert or Voice call alert to add security to your assets or for general monitoring of use. It is in an IP67 waterproof enclosure and runs on 2 x ER14505 Lithium batteries for a long battery life. Both single and dual channels are available.

This LoRaWAN sensor will sense movement or vibration on the X, Y & Z axis and if it is over the movement threshold, will immediately send an uplink to Telemetry2U that will include the acceleration and velocity on all three axis as well as the value of the external NTC temperature sensor. It is perfect for asset monitoring and preventative maintenance scheduling.

This wireless LoRaWAN node incorporates a temperature and humidity sensor with a 3-axis accelerometer that can be used for motion detection. It will periodically send data to T2U at programmed intervals, or immediately if it detects any movement. It is designed for indoor user and runs on 2 x ER14505 user replaceable batteries with years or operation. It also has a magnetic base for easy mounting/installation.

The Dragino LSE01 is fitted with an RS485 sensor is designed to measure saline-alkali soil and loamy soil. The soil sensor uses the FDR method to calculate the soil moisture, with compensation for soil temperature and conductivity. It is a battery-operated with an expected life of over 5 years. It is in an IP65 waterproof housing with an external antenna and that can achieve 10Km+ range. It is perfect for anything from professional agricultural applications to home/hobby use.

This Wireless LoRaWAN node is in a waterproof IP67 casing and runs on 2 x ER14505 Lithium batteries with an expected life of around 3 years. Fitted with an EC-5, it measures the volumetric water content (VWC) of soil. Data is sent to T2U at programmable intervals where it can be scaled, calibrated, and displayed on our IoT platform. This is well suited for agricultural applications where crop monitoring is if great importance.

This Wireless LoRaWAN node is in a waterproof IP67 casing and runs on 2 x ER14505 Lithium batteries with an expected life of around 3 years. Fitted with an 5TE sensor, it measures the volumetric water content (VWC) of soil, conductivity, and temperature. Data is sent to T2U at programmable intervals where it can be scaled, calibrated, and displayed on our IoT platform.

This Wireless LoRaWAN node is in a waterproof IP67 casing and runs on 2 x ER14505 Lithium batteries with an expected life of around 3 years. Fitted with an RS485 sensor, it measures the volumetric water content (VWC), conductivity, and temperature of soil. Data is sent to T2U at programmable intervals where it can be scaled, calibrated, and displayed on our IoT platform. This is well suited for agricultural applications where crop monitoring is if great importance.

The Dragino LDDS20 is fitted with an ultrasonic sensor that can be placed directly under a liquid vessel and measures the liquid level, through the container. The sensor is in a 25cm cable and has a range of 20mm - 2000mm with 5mm accuracy. It is battery operated with an expected life of up to 10 years. The waterproof housing has an external antenna for extra-long range.

The Dragino LWL01 is powered from a single CR2032 battery that will last up to 1-year. An alert can be generated by T2U as soon as a leak is detected and again when the leak has cleared. An alert can also be generated if the battery is going flat of when contact has been lost with the server making it a very reliable system. It is supplied with double sided tape and takes seconds to install.

This 12V operated LoRaWAN node transmits the liquid level in meters and transmits the data to T2U. Apart from seeing the liquid level in near real time, you can also configure alerts when the level crosses a user programmable threshold. It will measure up to 10 meters and has an accuracy of 0.25%.

The R313W is designed for indoor use and runs off 2 x CR2450 Lithium batteries. It will immediately trigger an uplink as soon as a leak is detected and again once the leak has cleared. T2U can trigger an Email alert, SMS alert or a voice call on either event making it suitable for a wide range of applications. It comes with double sided tape but also has a magnetic mount for easy installation.

Can be supplied with one or two leak sensor probes that will immediately trigger an uplink to T2U when a leak is both detected and cleared. It is in a waterproof IP67 housing and runs on 2 x ER14505 Lithium batteries for a long battery life. It is well suited for aquariums and other applications where immediate leak detection through T2U’s alert system is critical. It also has magnetic mount for easy installation.

The R718WB2 has up to two leak detectors based on rope sensor. The rope sensor(s) can be laid across a surface and if any part of the rope meets water, it will immediately send an uplink to Telemetry2U with the leak status. Another uplink is also sent as soon as the leak has cleared. T2U can display the leak status in near real time on our IoT platform, as well as send Email alerts, SMS alerts or make a voice call to make sure the event is immediately actioned.

The R809A will plug directly into an AU power point and accept an appliance so that you can control the power state, as well as measure the voltage, current and power draw in near real time. The switch on the front provides an alternative way to control to turn the appliance on/off. It runs in Class-C mode meaning T2U can change the status at any time. It sends data periodically or when the power level crosses a programmable threshold.

The R718N1 is a battery powered LoRaWAN node that is fitted with a current transformer designed to measure AC current when simply clamped over an AC wire. It sends data periodically or when the measured power changes by a pre-set threshold. Since it uses a transformer for measurement, the is effectively electrically isolated so is safe to use and install. T2U receives the data where it is clearly displayed on our IoT platform in various formats.

The Dragino LDD75 battery powered, long range LoRaWAN node is fitted with an Ultrasonic sensor that can measure distances from 280mm – 7500mm with 10mm accuracy and temperature compensation. It can be used for a host of applications like tank water level and hopper container level etc. T2U can scale and calibrate the data before it is cleanly displayed on our IoT platform.