Technical Catalogue 13 Interfaces

TURNING INFORMATION INTO PROFITS. Technical Catalogue 13 Interfaces

Stations & Dataloggers 24 iMETOS® 3.3 26 iMETOS® 3.3 WiFi 28 iMETOS® ECO D3 30 iMETOS® Blue 31 iMETOS® LoRa 32 iMETOS® NB IoT 33 iMETOS® MobiLab 36 iMETEO® PRO 38 iMETOS iSCOUT® 42 iMETOS CropVIEW® 44 iMETOS® Object Tracker 44 iMETOS® Active Tracker 46 iMETOS® ASOS

Sensors 50 Temperature 55 Barometer 56 Precipitation 58 Light 74 Wind 80 Leaf 86 Plant 90 Water 106 Snow 108 Soil The iMETOS®

For more than 30 years, Pessl Instruments has been offering tools for informed HOLISTIC SOLUTIONS FOR SMART AGRICULTURE decision-making. A complete range of wireless, solar powered monitoring systems INTRODUCTION INTRODUCTION under the iMETOS® brand, and an online platform FieldClimate are applicable in all climate zones and can be used in various industries and for various purposes – from INSECT MONITORING agriculture to research, hydrology, meteorology, flood warning and more. CROP HEALTH REMOTE FIELD MANAGEMENT MONITORING

Over the years, iMETOS® has become a global brand with local support, and we are proud to say we managed to reach out to almost every corner of the world.

We believe that durable, highly precise technology and support from our trained WEATHER WATER partners worldwide are the recipe for success. FORECAST MANAGEMENT

The iMETOS® brand lasts longer, performs better, is easier to use and offers you the lowest total cost of ownership.

WEATHER IRRIGATION MONITORING AUTOMATION INTERFACE PARTNERS

REAL TIME DATA ACCESS AND DECISION SUPPORT

TOPSOIL NUTRITION MAPPING MANAGEMENT

LEAF AREA INDEX WORK FROM SATELLITE TRACKING AND GROUND STORAGE & TANK MONITORING

4 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 5 Our Mobile FieldClimate Platform & Applications iMETOS® Documentation

FieldClimate FieldClimate MOBILE APP PLATFORM INTRODUCTION INTRODUCTION

ng.fieldclimate.com

VISIT METOS.AT FOR EXTENSIVE iMETOS DOCUMENTATION

We are constantly updating and adding relevant content about disease models, weather forecast, irrigation management and other services, along with technical documentation and answers to frequently asked technical questions. www.metos.at

6 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 7 iMETOS® 3.3 iMETOS® ECO D3 Motherboard Motherboard

MOTHERBOARDS 22 MOTHERBOARDS 1 14

2 20 12 11 20 15 3 21 1 16 21 4

2 19 17 22 5 3 7

10 9 13 6 23 25 18 4 14 15 8 24 5 16 9 19 10 12 11 17 18 8

1. Extension board 10. Reset button 19. Input 4 1. Modem LED 9. Temperature & relative 16. Boot jumper 2. LED indicators 11. GSM antenna 20. Reed 2. CPU LED humidity (Hygroclip) 17. USB 3. Connect button 12. GPS antenna 21. Input 1 3. Push button 10. Leaf wetness 18. SIM card holder 4. Battery 13. SIM card holder 22. Rain gauge 4. Wet temperature 11. Extension 1 19. Modem 5. Solar panel 14. Wind speed 23. Temperature & relative 5. Dry temperature 12. Extension 2 20. Solar panel 6. Jumper J1 15. Switch humidity (Hygroclip) 6. Air temperature 13. Built-in GPS antenna 21. Battery 7. Jumper J2 16. Leaf wetness 24. Temperature & relative 7. Rain gauge 14. Jumper J1 22. Built-in network antenna 8. USB 17. Input 2 humidity (Hygroclip) 8. Dedicated chain input 15. Jumper J2 9. Boot jumper 18. Input 3 25. Dedicated chain input

8 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 9 iMETOS® Blue iMETOS® LoRa Motherboard Motherboard MOTHERBOARDS MOTHERBOARDS 19

18 16

1 13 1 14

2 3 4 5 6 7 8 9 2 3 4 5 6 7 8 9

10 11 12 10 11 12 13

15 16

14 15

1. PC terminal humidity (Hygroclip) 12. Connector for 2 1. PC terminal 7. Leaf wetness or METER Group sensors 2. External communication 7. Leaf wetness or METER Group sensors 2. External communication pressure switch 14. I2C External connector button with blue LED pressure switch 13. I2C External connector button with blue LED 8. Extra temperature input 15. DIP-1 3. Rain gauge 8. Extra temperature input 14. DIP-1 3. Rain gauge 9. Extra temperature input 16. DIP-2 4. Wind speed 9. Extra temperature input 15. DIP-2 4. Wind speed 10. Battery 17. Connect button 5. Duty cycle sensor or 10. Battery 16. Status LED 5. Duty cycle sensor or 11. Solar panel 18. LoRa module digital input 11. Connector for 2 digital input 12. Connector for 2 19. On-board LoRa antenna 6. Temperature & relative Watermark sensors 6. Temperature & relative Watermark sensors humidity (Hygroclip) 13. Connector for 2

10 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 11 iMETOS® NB IoT Motherboard

Interfaces

MOTHERBOARDS 19

21 18

1 14

2 3 4 5 6 7 8 9

10 11 12 13

1. PC terminal pressure switch 15. DIP-1 2. External communication 8. Extra temperature input 16. DIP-2 button with blue LED 9. Extra temperature input 17. Connect button 3. Rain gauge 10. Battery 18. NB IoT module 4. Wind speed 11. Solar panel 19. On-board NB IoT antenna 5. Duty cycle sensor 12. Connector for 2 20. Input for external or digital input Watermark sensors NB IoT antenna 6. Temperature & relative 13. Connector for 2 21. SIM card holder humidity (Hygroclip) METER Group sensors 7. Leaf wetness or 14. I2C external connector

12 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 13 iMETOS® RadioNode Remote Sensor Interface Node Variations INTERFACES INTERFACES

iMETOS® RadioNode is a small, wireless, battery powered datalogger for in-field RFRN09 iMETOS® RadioNode Climate with measurement of soil moisture, temperatures, rain, flow rate, leaf wetness, relative inputs for: humidity and other parameters. iMETOS® RadioNode sends all sensor readings in 1. Rain gauge 0.2 mm (0.01 inch) / Water meter real time through an interactive star topology network back to our base station. 2. Pressure switch / Leaf wetness sensor 2 4 5 From the base station the data is uploaded to the web via cellular network (GPRS, 3. Hygroclip - Temperature and relative humidity sensor 1 Edge, UMTS, CDMA,WiFi). All data is available through FieldClimate platform. To 4 & 5. Temperature sensor 3 6 7 8 9 connect iMETOS® RadioNode to the iMETOS® 3.3 RF Access Point is needed. 6 & 7. Watermark sensor 8 & 9. METER Group sensor Power Supply: One 3.6V Li-Ion primary cell with TECHNICAL SPECIFICATIONS 19.000mAh (7 years operation) Housing UV resistant polycarbonate plastic (Protection class IP67) Dimensions without sensors 30 cm L x 16 cm W x 19 cm H ® Weight without sensors 1.6 kg RFRN12 iMETOS RadioNode Watermark/ METER Group with inputs for: Texas Instruments RF CC1120 module with integrated ultra low power sub-GHz; transceiver module; integrated crystal, internal 1. Rain gauge 0.2 mm (0.01 inch) / Water meter Model/Type voltage regulator, built in antenna global; using free ISM bands, 2. Temperature sensor (WMTEMP) ISM Band 915 MHz: USA, Canada, Australia, Israel etc.; ISM Band 7 1 2 9 3.-6. Watermark sensor 868 MHz: Europe; ISM Band 433 MHz: Asia 7.-10. METER Group sensor 8 10 300 to 400 meter (1200 to 1400 ft.) at +10 dBm, broad line of Power Supply: One 3.6V Li-Ion primary cell with Expected range sight, when mounted on level ground at least 3 m (10 ft.) high 19.000mAh (7 years operation) 5 and above crops, grass, bushes or foliage 3

4 6 CONNECTION TO MOTHERBOARDS ® iMETOS® 3.3/NB IoT/LoRa RFRN13 iMETOS RadioNode DD with inputs for: 9 1 1. Rain gauge 0.2 mm (0.01 inch) / Water meter 2. Sentek Drill & Drop probe 3.-4. Watermark sensor Internal wireless 3 4 5 6 2 5.-6. METER Group sensor access point allows 8 7 7. Solar panel you to connect up to 8. 6V, 4.5Ah battery connector 16 RadioNodes to the 9. External antenna main station. Power Supply: Solar panel and 6V Pb 4.5Ah battery

14 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 15 Chain Node Interface for Chain Node Interface for 2 METER 3 METER Group Sensors Group Sensors & 2 Watermark Sensors & 1 Soil Temperature Sensor

INTERFACES ECH870EXT / ECH870INT ECH871EXT / ECH871INT INTERFACES This Interface enables the connection of up This Interface enables the connection of up to 5 to 3 METER Group soil sensors to an iMETOS® soil sensors to an iMETOS® Weather Station. It is Weather Station. possible to connect 2 METER Group Sensors, 2 The Interface can be an External box for Watermark Sensors and 1 Soil Temperature Sensor. iMETOS® 3.3 (ECH870EXT) or Internal for The Interface can be an External box for iMETOS® iMETOS® ECO D3 (ECH870INT). 3.3 (ECH871EXT) or Internal for iMETOS® ECO D3 (ECH871INT).

YOU CAN CONNECT: YOU CAN CONNECT:

Three pieces of the following The following Pessl Two pieces of the following Two pieces of the following sensor: METER Group Sensors: Instruments sensors: METER Group sensors: • Watermark sensor

• ECH2O GS 1 Soil Moisture Sensor • Vacuum Tensiometer • ECH2O GS 1 Soil Moisture Sensor • TEROS 12 Soil Moisture Sensor • Water Level Sensor • TEROS 12 Soil Moisture Sensor One piece of the following sensor:

• ECH2O EC-5 Soil Moisture Sensor • Pipe Water Pressure Sensor • ECH2O EC-5 Soil Moisture Sensor • Soil Temperature (WMTEMP)

• ECH2O 10HS Soil Moisture Sensor • ECH2O 10HS Soil Moisture Sensor

• ECH2O 5TM Soil Moisture Sensor • ECH2O 5TM Soil Moisture Sensor The following Pessl Instruments sensors:

• ECH2O 5TE Soil Moisture Sensor • ECH2O 5TE Soil Moisture Sensor • Vacuum Tensiometer • TEROS 21 Soil Water Potential • TEROS 21 Soil Water Potential • Water Level Sensor • PHYTOS 31 Leaf Wetness • PHYTOS 31 Leaf Wetness • Pipe Water Pressure Sensor

CONNECTION TO MOTHERBOARDS CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® 3.3 iMETOS® ECO D3

16 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 17 Chain Node Interface for 1 METER Chain Node Interface for 3 Group Sensor & 4 Watermark Watermark Sensors and 1 Soil Sensors & 1 Soil Temperature Sensor Temperature Sensor

INTERFACES ECH874EXT / ECH874INT WM-BUS / WM-BUSINT INTERFACES This Interface enables the connection of up to This Interface enables the connection 6 soil sensors to an iMETOS® Weather Station. It of 3 Watermark sensors and 1 Soil is possible to connect 1 METER Group Sensor, 4 Temperature Sensor. Watermark Sensors and 1 Soil Temperature Sensor. The Interface can be an External box for The Interface can be an External box for iMETOS® 3.3 (WM-BUS) or Internal for iMETOS® iMETOS® 3.3 (ECH874EXT) or Internal for ECO D3 (WM-BUSINT). iMETOS® ECO D3 (ECH874INT).

YOU CAN CONNECT: YOU CAN CONNECT:

One piece of the following Four pieces of the following sensor: Three pieces of the following sensor: METER Group sensors: • Watermark sensor • Watermark sensor

• ECH2O GS 1 Soil Moisture Sensor • TEROS 12 Soil Moisture Sensor One piece of the following sensor: One piece of the following sensor:

• ECH2O EC-5 Soil Moisture Sensor • Single Soil Temperature • Soil Temperature

• ECH2O 10HS Soil Moisture Sensor

• ECH2O 5TM Soil Moisture Sensor The following Pessl Instruments sensors:

• ECH2O 5TE Soil Moisture Sensor • Vacuum Tensiometer • TEROS 21 Soil Water Potential • Water Level Sensor • PHYTOS 31 Leaf Wetness • Pipe Water Pressure Sensor

CONNECTION TO MOTHERBOARDS CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® 3.3 iMETOS® ECO D3

18 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 19 Chain Node Interface with 4 Chain Node Interface with 2 Tensiometer Connectors Aquacheck or Sentek connectors

TNS100 / TNS120 PI SDI 29-0138 & PI SDI 29-0279 INTERFACES INTERFACES This Interface enables the connection of up This Interface enables the connection of up YOU CAN CONNECT: to 4 tensiometer sensor heads with pressure to 2 Aquacheck or 2 Drill & Drop probes. transducer. One air pressure sensor is included. The Interface can be an External box for Two pieces of the following probe: The Interface can be an External box for iMETOS® 3.3 (PI SDI 29-0138) or Internal for • Aquacheck different types iMETOS® 3.3 (TNS100) or Internal for iMETOS® iMETOS® ECO D3 (PI SDI 29-0279). • Sentek Drill & Drop different types ECO D3 (TNS120).

YOU CAN CONNECT:

Four pieces of following sensor: • Tensiometer sensor head with pressure transducer

PI SDI 29-0138 PI SDI 29-0279

CONNECTION TO MOTHERBOARDS CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® 3.3 iMETOS® ECO D3

PI SDI 29-0279 PI SDI 29-0138

20 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 21 RS232 Interface

RS232 INTERFACES A standard Interface that allows serial Stations & Dataloggers communication transmission of data.

iMETOS® 3.3 iMETOS® 3.3 WiFi iMETOS® ECO D3 YOU CAN CONNECT: iMETOS® Blue ® One piece of the following sensors: iMETOS LoRa • Sommer MessTechnik snow depth sensor ® • Ultrasonic VEGA Radar level sensor iMETOS NB IoT iMETOS® MobiLab iMETEO® PRO iMETOS iSCOUT® iMETOS CropVIEW® iMETOS® Object Tracker CONNECTION TO MOTHERBOARDS iMETOS® Active Tracker ® ® iMETOS 3.3 iMETOS ECO D3 iMETOS® ASOS

22 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 23 iMETOS® 3.3 Main Sensor Variations METOS 3.3 METOS 3.3 i i

iMETOS® 3.3 is a durable and flexible data logger for all climatic conditions, powered by rechargeable batteries and a solar panel. The data logger has a built-in UMTS/ CDMA modem for direct communication with the FieldClimate platform, and can handle up to 600 sensors through the intelligent sensor bus system. The system is extremely reliable due to a non-volatile ® ® internal memory and can store 8 MB of iMETOS IMT180 iMETOS IMT200 logged data (cca. 1 month). Air Temperature and Relative Air Temperature and Relative Humidity sensor and Rain Gauge. Humidity sensor, Rain Gauge and Leaf Wetness sensor. TECHNICAL SPECIFICATIONS 1 wind speed, 1 leaf wetness, 1 rain gauge, 1 water-meter (reed), 2 hygroclips (air temperature and relative humidity) Sensors layout 5 digital inputs: automatic sensor recognition, supporting sensor chains (max. 600 sensors) Radio access point or Sentek Drill & Drop or ultrasonic wind sensor Extension connector or two extra chain connectors – Pessl Instruments bus cable nodes Memory 8 MB flash memory Internet connectivity GSM - GPRS, EDGE, HDSPA, CDMA, UMTS, Satellite Alert SMS, user configurable via website Dimensions without sensors 41 cm L x 13 cm W x 7 cm H Weight without sensors 2.2 kg Measuring interval 5 minutes (by default) Logging interval 10-120 min (user selectable) iMETOS® IMT280 iMETOS® IMT300 Transmission frequency User selectable Rain Gauge and all the sensors for Sensors for Evapotranspiration Battery 6V, 4.5AH, Operating range: -35 °C to 80 °C Evapotranspiration calculation: Air and Disease Models calculation: Air Solar panel Dimensions: 13.5 x 13.5 cm, 2 Watt solar panel Temperature and Relative Humidity, Temperature and Relative Humidity, iMETOS® 3.3 base unit (no sensors included), internet based logger, Global Radiation and Wind Speed. Rain Gauge, Global Radiation, Wind battery 4.5Ah, solar panel, UMTS based, logger, mounting brackets Speed and Leaf Wetness.

24 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 25 iMETOS® 3.3 WiFi

iMETOS® 3.3 WiFi is a durable and flexible METOS 3.3 W iFi i data logger for all climatic conditions, powered by rechargeable batteries and a solar panel. The data logger has a built-in WiFi modem for direct communication with the FieldClimate platform, and can handle up to 600 sensors through the intelligent sensor bus system. The system is extremely reliable due to a non-volatile internal memory and can store 8 MB of logged data (cca. 1 month).

TECHNICAL SPECIFICATIONS 1 wind speed, 1 leaf wetness, 1 rain gauge, 1 water-meter (reed), 2 hygroclips (air temperature and relative humidity) Sensors layout 5 digital inputs: automatic sensor recognition, supporting sensor chains (max. 600 sensors) Radio access point or Sentek Drill & Drop or ultrasonic wind sensor Extension connector or two extra chain connectors – Pessl Instruments bus cable nodes Memory 8 MB flash memory Internet connectivity Wi-Fi - ensure WiFi coverage of your field (router) Dimensions without sensors 41 cm L x 13 cm W x 7 cm H Weight without sensors 2.2 kg Measuring interval 5 minutes (by default) Logging interval 10-120 min (user selectable) Transmission frequency User selectable Battery 6V, 4.5AH, Operating range: -35 °C to 80 °C Solar panel Dimensions: 13.5 x 13.5 cm, 2 Watt solar panel iMETOS® 3.3 WiFi base unit (no sensors included), internet based logger, ® battery 4.5Ah, solar panel, UMTS based, logger, mounting brackets On picture: iMETOS 3.3

26 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 27 iMETOS® ECO D3 Sensor Variations

The wireless iMETOS® ECO D3 is a solar METOS ECO D3 METOS ECO D3 i panel and battery powered data logger, i designed to work in harsh conditions and in all climate zones. The system has a fully integrated UMTS/CDMA modem for direct communication with the FieldClimate platform and can handle up to 400 sensors through the intelligent sensor bus system. iMETOS® ECO D3 Different sensor sets enable different CLIMA kinds of monitoring - water level, soil moisture, soil salinity etc. Rain Gauge and Air Temperature. TECHNICAL SPECIFICATIONS 3 fixed analogue inputs: rain gauge, temperature/relative humidity, leaf wetness, 1 temperature input Sensors Layout 1 RS485 digital input – automatic sensor recognition supporting sensor chains 1 RS485 expansion input – supports 2 optional digital inputs Memory 8 MB flash memory Internet connectivity GPRS, EDGE, HDSPA, CDMA, UMTS, Wi-Fi, Satellite Alert SMS, user configurable via website Dimensions 30 cm L x 16 cm W x 19 cm H without sensors Weight without sensors 1.9 kg Measuring interval 5 minutes (by default) Logging interval 10-120 min (user selectable) Transmission frequency User selectable iMETOS® ECO D3 ICE Battery 6V, 4.5AH, Operating range: -35 °C to 80 °C Solar panel Dimensions: 13.5 x 13.5 cm, 2 Watt solar panel The most accurate and affordable web based frost and stress warning system iMETOS® ECO D3 base unit (without sensors), solar panel, with gives real time warning from anywhere in the world via SMS or through website. main board Users can easily set their own alert strategy through FieldClimate.

28 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 29 iMETOS® Blue iMETOS® LoRa METOS B lue i iMETOS LoRa iMETOS® Blue is a data logger with a iMETOS® LoRa is a new generation of the Bluetooth interface, powered by lithium iMETOS® weather stations, that operate on primary cells, which will run the logger for the LoRa network. iMETOS® LoRa can be about 7 years. It does not need special connected to any existing LoRa network, infrastructure and mounting in the field is if present at your location. We can also done in minutes. provide a LoRa gateway, to establish your Waving a Bluetooth-enabled smartphone own LoRa network. over the iMETOS® Blue activates the mobile iMETOS® LoRa can handle various sensors. app and pairs the unit to download data on Data is permanently measured in 5-minute your mobile device. Data is transmitted to intervals and sent every 15 minutes to the your phone, including the device number, server. All the data is synchronized with GPS position and the date of the last FieldClimate. download. An unlimited amount of data from multiple iMETOS®

Blue stations can be uploaded and you can see the data directly Blue ® on the mobile phone. Once your smartphone is connected to TECHNICAL SPECIFICATIONS the Internet, all the data is synchronised with FieldClimate. Model/Type Processor PIC18 with LoRa modem iMETOS mobile app 3 fixed analogue inputs: wind speed, leaf wetness and rain gauge Sensors layout TECHNICAL SPECIFICATIONS 5 digital inputs: automatic sensor recognition Model/Type Processor PIC18 – Bluetooth 3.0 Housing UV resistant polycarbonate plastic (Protection class IP65) 3 fixed analogue inputs: wind speed, leaf wetness and rain gauge Dimensions without sensors 30 cm L x 16 cm W x 19 cm H Sensors layout 5 digital inputs: automatic sensor recognition Weight without sensors 1.6 kg Housing UV resistant polycarbonate plastic (Protection class IP65) Expected range Up to 8 km (line of sight) Memory 8 MB Battery 6V charging battery with solar panel Dimensions without sensors 30 cm L x 16 cm W x 19 cm H Solar panel Dimensions: 13.5 x 13.5 cm, 2 Watt solar panel Weight without sensors 1.6 kg Measuring interval 5 minutes (by default) Battery One 3.6V Lithium Primary Cell with 19.000mAh (7 years operation) Logging and 15 min (by default) Expected range 10-40 meters transmission interval 1 rain gauge 0.2 mm or water counter, 1 leaf wetness or 1 1 rain gauge 0.2 mm or water counter, 1 leaf wetness or 1 pressure switch, 1 temperature & relative humidity (Hygroclip), pressure switch, 1 temperature & relative humidity (Hygroclip), Supported sensors 2 Watermark sensors, 2 METER Group sensors, 2 temperature Supported sensors 2 Watermark sensors, 2 METER Group sensors, 2 temperature sensors (soil, water, leaf, wet bulb) and 1 DC input (1 digital input sensors (soil, water, leaf, wet bulb) and 1 DC input (global for solar radiation or wind direction or pressure switch) radiation, barometric pressure, water level ...)

30 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 31 T iMETOS® NB IoT iMETOS® MobiLab MobiLab

METOS NB I o ®

i iMETOS NB IoT is a new generation

® METOS of the iMETOS weather stations, that i operates on the NB IoT network. iMETOS® NB IoT can be connected to existing NB IoT network, if present at your location. Mounting in the field is done in minutes. iMETOS® NB IoT can handle various sensors. Data is permanently Patent pending measured in 5-minute intervals and sent every 15 minutes to the server. All the data is synchronized and shown on FieldClimate.

iMETOS® MobiLab is a mobile soil lab. It is a completely new concept which integrates TECHNICAL SPECIFICATIONS soil nutrient analyses into a single microchip. After the soil samples are extracted Model/Type Processor PIC18 with NB IoT modem from the field, the sample preparation is done right on the field or in the office. 3 fixed analogue inputs: wind speed, leaf wetness and rain gauge Sensors layout 5 digital inputs: automatic sensor recognition The filtered sample is injected into a lab-on-a-chip capillary where a strong electric Housing UV resistant polycarbonate plastic (Protection class IP65) field is applied. The dissolved nutrients are charged molecules, and therefore react Dimensions to the electrical field. They are separated according to their chemical nature and 30 cm L x 16 cm W x 19 cm H without sensors finally measured by a detector at the end of the capillary. Weight without sensors 1.6 kg Expected range Wherever NB IoT network is available This technology also works for on-site measurements in field conditions and can Battery 6V charging battery with solar panel be operated by users without prior laboratory knowledge. The measured data Measuring interval 5 minutes (by default) is related to GPS coordinates and is sent via the Internet to our online platform, where it is saved and can be accessed by multiple users. Logging and 15 min (by default) transmission interval 1 rain gauge 0.2 mm or water counter, 1 leaf wetness or 1 The possibility to transfer the data to machine-readable formats is in development, pressure switch, 1 temperature & relative humidity (Hygroclip), allowing the automatic site-specific variable rate application with precision farm Supported sensors 2 Watermark sensors, 2 METER Group sensors, 2 temperature machinery (e.g. fertilizer spreaders, sprayer etc.). sensors (soil, water, leaf, wet bulb) and 1 DC input (global radiation, barometric pressure, water level ...) Sample analysis will be geographically referential and logged to FieldClimate.

32 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 33 MobiLab MobiLab

TECHNICAL SPECIFICATIONS HOW TO USE iMETOS® MobiLab METOS METOS

i Sample volume 50-150 µl i Measurement range 5-1000 ppm; 0.01-0.5 g/kg 1. Take soil sample. Resolution 0.5 ppm; 1 mg/kg 2. Mix sample, remove stones and plant debris, and then sieve it. For measurements of liquid concentrations (ppm): ±10 % 3. Weigh 10 g of the sieved sample into a falcon tube. Accuracy 4. Add 20 g (= 20 ml) of the extraction buffer. For measurements of soil concentrations (mg/kg): ±15 % 5. Close the falcon tube and put it on the shaker for 30 minutes. Approximately 300-500 tests but maximum 1 month after Chip lifetime ® breaking the sterile packaging 6. Insert chip into the iMETOS MobiLab. Battery capacity 12 hours of measuring time, 3 months in standby 7. Close the chip clamp by pushing the lever down. 8. Connect the iMETOS® MobiLab to electricity and USB for data processing. 9. Now remove the falcon tube from the shaker and leave it to sediment for 20 min. 10. Transfer supernatant into a prepared Eppendorf and from there into the iMETOS® MobiLab analysis slot. Push play at the program button.

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the grant agreement No. 765262. The sole responsibility of this publication lies with the author. The European Union is not responsible for any use that may be made of the information contained therein.

34 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 35 iMETEO® PRO METEO PRO METEO PRO i i iMETEO® PRO is the optimal integration of SERVICES: measured and forecasted weather data. It combines the past temperature and Arable Agriculture rainfall data on the location and runs a • Conditions for sugar beet and potato harvest precise 7-day microclimatic forecast on • Hours to use combines in small cereals hourly basis that can be accessed at any • Fertilizer and spraying possibilities time via computer or smartphone. • NoBlight model • TomCast model Hardware: Data logger GPRS/EDGE/ • Rust infection UMTS/CDMA with 365 days of memory, • Mould infections in turf and cereals Solar panel and rechargeable battery, Rain gauge 0.2 mm resolution, Air temperature Wine and Fruit Producers Animal Production -30 °C to 60 °C (precision ±0.3 °C). • Fertilizer and spraying possibilities • Dairy stress • Fruit and grape harvest • Poultry stress Forecasted data: Air temperature, Relative humidity, Rainfall absolute in 0.2 • NoBlight • Hay and silage preparation mm resolution, including the probability of the rain, Solar radiation, Sunshine • Scab infection duration, Wind speed and wind gust, Wind direction, Vapour pressure deficit (VPD), • Rust infection Irrigation Farming Evapotranspiration in mm (ET Value) and Leaf wetness. • Powdery mildew risk periods • Evapotranspiration for the • Flight of moths next 7 days

meteoblue iMETOS FieldClimate weather model station platform Weather forecast Observation data Site-speciﬁc is provided by are collected by weather forecast meteoblue each station

36 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 37 iMETOS iSCOUT®

iMETOS iSCOUT® is a combination TECHNICAL SPECIFICATIONS iMETOS iSCOUT iMETOS iSCOUT of hardware and software solutions Memory 1 GB for remote monitoring of different Internet connectivity UMTS/LTE agricultural and industrial insects. The GPS receiver Yes iMETOS iSCOUT® is an insect trap with Dimensions of trap integrated electronics and sticky plate. housing without 20 cm L x 15.5 cm W x 17 cm H Due to its low weight it can be hung control unit wherever in the field. In the field, the Weight without 0.93 kg device is self-sufficient, as it is powered by control unit a solar panel and a battery. 10 MP camera Transmission interval Max. 3 times per day (usually once per day) takes high-resolution pictures of the Battery type Rechargeable Lead acid battery 6V, 4.5 Ah ® sticky plate within the iMETOS iSCOUT Solar panel dimensions 18 x 13 cm, 7.2 Volt, 333 mA trap. Images are sent via UMTS to an online platform where they are analyzed with Camera 10 megapixel camera automatic pest detection framework. All data from camera system and AI software Internet based monitoring device, solar panel, rechargeable is displayed online, on the FieldClimate platform. battery, GPRS Logger, GPS sensor

Pictures: Insect recognition in different circumstances for different pests.

38 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 39 iMETOS iSCOUT® Variations

iMETOS iSCOUT® PHEROMONE iMETOS iSCOUT® FRUIT FLY iMETOS iSCOUT iMETOS iSCOUT

Designed and developed to catch insects Designed and developed to catch fruit with insect specific pheromone lure flies spotted( wing drosophila, olive (codling moth, european grape berry fruit fly, mediterranean fruit fly and moth, tomato leafminer and many many other species). It includes 3 other species). It includes a metal plate mm nettings on entries, so that bigger on which insect glue and a pheromone flies (house flies) cannot enter the trap. lure can be applied. Feeding lure and metal plate on which insect glue is applied are included. If you want to catch and monitor bigger flies, you can remove nettings. SPARE PARTS Spare parts to turn one type of a trap to another are available. With different spare parts you can turn your iMETOS iSCOUT® device into different variations and change between iMETOS iSCOUT® Pheromone, iMETOS iSCOUT® Fruit Fly and Bug. COLOR TRAP

Designed and developed to monitor sticky traps of different colors. The device comes with iMETOS iSCOUT® BUG high resolution camera and a holder for a sticky plate. Designed and developed to catch bugs Catching various insects (stink bug and many other species). depends on the color of the It includes a white plastic bottom with a plate used: pyramid trap and has closed side entries. • blue: frankliniella occidentalis, thrips tabaci, … Once the bug enters the trap, it can no • yellow: white flies, leafminers, sciarid flies, … longer exit. • white: apple sawfly, plum sawfly, plum fruit sawfly, raspberry beetle, …

40 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 41 iMETOS CropVIEW®

iMETOS CropVIEW® is an agricultural iMETOS® CropVIEW

iMETOS CropVIEW information system, which periodically VARIATIONS: iMETOS CropVIEW takes high resolution photos of farmland, research plots, crop canopies etc. iMETOS CropVIEW® Panorama Photos are automatically uploaded to One 10 MP Wide Angle Lens FieldClimate platform, thus allowing a constant crop quality and yield iMETOS CropVIEW® Zoom control. The high resolution pictures One 10 MP Zoom Lens enable checking seeds for germination, monitoring the effect of fertilizers and iMETOS CropVIEW® Dual pesticides on crop development, and help Two 10 MP Lenses - Wide Angle and Zoom decide whether a disease or pest already threatens profitability. High-resolution images combined with local weather data (temperature, relative humidity, rainfall, sunshine duration, leaf wetness etc.) can be viewed and analysed daily over time without any additional effort. Right: Images, taken by iMETOS CropVIEW®. The system operates with rechargeable battery and a solar panel for all year round operation in most climatic zones. Below: A tool in FieldClimate enables you to manually draw circles around fruits, on pictures TECHNICAL SPECIFICATIONS taken in your orchard or field by iMETOS CropVIEW®. If you know the precise distance Housing Power supply and sensor support box: 41 cm L x 13 cm W x 7 cm H between the camera and crop, you will get a Weight without sensors 2.2 kg reliable measurement of fruit diameter in mm. Stainless steel base with IP65 box 27 cm L x 17 cm W x 9 cm H, Camera module weight: 1.5 kg Power supply 6 V lead acid 4.5Ah battery with solar panel Cortex M4 processor module with integrated Communication Model/Type model for UMTS/LTE operation MT9J003 10 Mega Pixel 2/3“ CMOS sensors - Optics DSL377A- Camera and optics 650-F2.8 2/3“ Lens with 2.5 mm Focal length and DSL901J- 650-F3.0 2/3“ Lens with12 mm Focal Length Optional weather sensors Rain gauge 0.2 mm (0.01 inch), Leaf wetness sensor, Soil or air supported (available soon) temperature, Temperature and relative humidity sensor

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iMETOS® OBJECT TRACKER TECHNICAL SPECIFICATIONS FOR BOTH

iMETOS Trackers SiRFstarIV GPS Module integrated antenna with 163 iMETOS Trackers iMETOS® Object Tracker is an automatic tracking system used on non-powered Sensor layout dBm sensitivity, Onboard Microcontroller, Onboard objects, for example farm implements, toilet cabins and other rarely used or Accelerometer for movement detection and power saving moved, but important farm equipment. Telit 2G cellular module with Nano SIM Card holder, Internet connectivity It does not need a permanent power supply and can thus be mounted on any external antenna for the cellular network included object. The enclosed battery allows for at least 2000 position transmissions. To Data transmission HTTP Post optimize power consumption the position data is sent to FieldClimate platform only Dimensions of electronics 40 x 23 x 3,5 mm when the object is moved. without housing Operating temperature range -40 °C to +85 °C Helps you track: iMETOS® Object Tracker iMETOS® Active Tracker • Where, when and how much the object has been used. • Allows the optimization of preventive maintenance, enables automatic documentation and helps set up pricing for renting equipment. • Automatic theft control of assets by setting up an invisible “fence”.

Power Supply: 3.6V Li-Ion Battery

iMETOS® ACTIVE TRACKER

iMETOS® Active Tracker is an automatic tracking system used on self propelled vehicles and farm machinery like tractors or combines. It needs to be connected to the machine power supply to operate.

This is what you get: • A detailed activity report about where, when and how much the machine has been running. • Current positions of all active machines. • Enhanced work planning. • Automatic theft control of assets by setting up an invisible “fence”.

Power Supply: USB port on the board to recharge the battery from the tractor iMETOS® Active Tracker and iMETOS® Object Tracker can be automatically paired in the accumulator/battery and 3.7V Li-Po Battery field for enhanced asset tracking and work planning.

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iMETOS ASOS ACTIVE DECISION SUPPORT IN THE FIELD iMETOS ASOS

iMETOS® ASOS is a joint product of Pessl Instruments and Lacos, which offers an active support to the farmer in the implementation of plant protection and fertilization measures. It uses local weather data, geo data and landscape elements to improve work planning and gives the information to the farmer directly in the machine.

Plant protection, fertilization, seeding and other field operations are automatically adjusted to the current situation in the field. This means that the farmer can react during the work process, immediately when weather parameters change or critical distance values to water bodies arise and can optimally adjust the originally planned actions.

The innovative solution enables:

• Work route modification based on weather data, geo data and landscape elements. • Spray window calculation, based on environmental parameters. • Live warnings when temperature, humidity, precipitation and wind reach critical thresholds. • Live warning in case of critical distance values to water bodies and automatic switch-off of the valves.

iMETOS® ASOS – FROM WEATHER STATION DIRECTLY TO THE MACHINE IN THE FIELD.

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48 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 49 Pessl Instruments Temperature & Relative Humidity (Hygroclip)

TEMPERATURE Measures relative humidity and temperature with outstanding accuracy and TECHNICAL SPECIFICATIONS TEMPERATURE repeatability. It has an integrated data acquisition and calibration history. Dew Temperature sensor PT1000 1/3 Class B point calculation available. Humidity sensor ROTRONIC Hygromer® IN-1 Accuracy with standard at 23 °C and 10, 35, 80 % rh adjustment profile ±0.8 % rh / ±0.1 °C Accuracy with at 23 °C and 10, 20, 30, 40, 50, 60, 70, 80, 90 % rh ±0.5 % high precision rh/ 0.1 °C adjustment profile Resolution, AirChip3000 Typically 0.02 %rh, 0.01 °C Long-term stability < 1 % rh, 0.1 °C / year Humidity response 3 seconds time t 63 Measurement range 0…100 % rh, -100…200 °C Electronics -50-100 °C and 0-100 % rh operating range Output signals Serial port RS485 Audit trail & FDA 21CFR Part 11 and GAMP compliant electronic records Power supply 3.2 V / 4 mA & consumption Housing/probe material Polycarbonate Filter Polyethylene insert, polycarbonate cage CONNECTION TO MOTHERBOARDS Standards CE-compliant 2007/108/EG iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

50 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 51 Pessl Instruments Wet and Dry Bulb Temperature

TEMPERATURE Two highly reliable and tested SMT 172 (or PT1000) are built in a waterproof TECHNICAL SPECIFICATIONS TEMPERATURE housing. One of them is covered with cotton tissue and wetted with water. SMT172 or PT1000 (technical details of PT1000 are under relative Sensor humidity and air temperature) Supply voltage 4.57-7 V Supply current max. 200 µA Short circuit protection Infinite (within supply voltage range) Short circuit max. 40 mA supply current Operating -30 °C to +60 °C temperature range Accuracy 0.1 °C Calibration error 0.01 °C Nonlinearity error max. 0.2 °C Supply voltage sensitivity max. 0.1 °C/V Repeatability max. 0.2 °C Long term drift max. 0.1 °C Output 0.320 (0 °C), 0.00470 °C Cable length 5 m

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3

52 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 53 Pessl Instruments Heavy Duty Pessl Instruments Multiple-temperature Probe Barometer BAROMETER

TEMPERATURE Multiple-temperature probe is a thermometer, designed to make measurements The Pessl Instruments barometric sensor in extremely harsh conditions like temperature of waste on disposal sites, and measures the “absolute air pressure” of chipped wood in storage rooms. the atmosphere on site. It is designed for application of environmental protection, where high accuracy, quick response, long term stability and reliability are required. The instrument is suitable for indoor and outdoor TECHNICAL SPECIFICATIONS use. A tempered piezoceramic sensor for Operating absolute pressure is used, characterized by -55 °C to +125 °C temperature range its thermal and mechanical stability. Supply DC Voltage (range) 3-5.5 V Thermometer error TECHNICAL SPECIFICATIONS ±0.3 °C -10 °C to +85 °C Working range 0-1150 mbar Drift ±0.2 °C Weight ca. 50 g Rs 485 Digital signal (temperature data sent on demand of Power supply 5.0 VDC (6 VDC maximum) Data transmission iMETOS® main board) Zero offset 0.50 ±0.09 VDC iMETOS® checks all sensors every 5 minutes Power uptake max. 20 mA Precision 0.1 % max. Thrift Temperature range -40 °C to 125 °C Measuring type Serial (RS 485)

CONNECTION TO MOTHERBOARDS CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

54 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 55 Pessl Instruments Lambrecht Rain Gauge Rain Gauge

The mechanic consists of a magnet, which Latest weighing technology combined with a self-emptying PRECIPITATION PRECIPITATION moves past a reed switch and opens or precision tipping bucket allows the rain[e]one a high closes the circuit. The double spoon tips resolution and high precision at a very small construction left or right and does not lose any water volume. The rain[e]one is ideal to setup new measurement due to a very fast switching mechanics. network as well as addition to an existing rainfall The resolution with a surface of 200 cm2 measurement network. is 0.2 mm, while the resolution with the 80 cm2 is 0.5 mm. Heating for rain gauge TECHNICAL SPECIFICATIONS can also be included. Measuring range Without limitation (0.05... ∞ mm) Accuracy 0.1 mm or 2 % Amount accuracy 1 % at 1 mm/min TECHNICAL SPECIFICATIONS Amount resolution 0.001 mm Sensor type Double tipping bucket rain gauge Intensity range 0-10 mm/min resp. 0-600 mm/h Output Switch signal Intensity resolution 0.001 mm/min resp. 0.001 mm/h Switch Reed contact, solid state Collecting surface area 200 cm² Sensitivity 1 tip per 0.2 mm or 1 tip per 0.5 mm Supply voltage 9.8 ... 32 V DC 2 Collector surface 200 cm Measuring principle Weighing with automatic self emptying Evaluation Digital Protection class IP67 Maximum rain 12 mm/minute WMO-No. 8 • VDI 3786 Bl. 7 • EN 61000-2, -4 • EN 61000-4-2, -3, -4, Standards Dimensions 185 mm diameter x 250 mm H -5, -6, -11 • NAMUR NE-21

CONNECTION TO MOTHERBOARDS CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

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LIGHT Pyranometer LIGHT

The IM506D Pyranometer is designed for field measurements of global solar TECHNICAL SPECIFICATIONS radiation in agricultural, meteorological and solar energy studies. In clear, Sensor LI-200SZ unobstructed daylight, the Pessl Instruments pyranometer has favourable results Calibration against Kipp & Zonen CMP3 under daylight. Calibration compared to the first class thermopile-type pyranometers, but is priced at just a Absolute error max. 5 %, typically 3 % fraction of the cost. Stability 2 % drift on 2-year use Time to measure 10 µs Temperature 0.15 % per °C dependency Cosines correction Sensor corrects up to 80° degrees Azimuth 1 % error over 360 degree at 45 degree elevation Operating -20 °C to 65 °C temperature range Operating relative 0 to 100 % humidity range Sensor Photodiode Weatherproof PAS case with acrylic diffuser, Housing stainless steel hardware Size 35 mm diameter, 45 mm height Weight 114 g Evaluation Pulse Wide Modulation 0-80 % = 0-2000 W/m2 Spectral range 300-1100 nm

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

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LIGHT PAR Quantum LIGHT

Photosynthetically Active Radiation (PAR) is typically measured as Photosynthetic TECHNICAL SPECIFICATIONS Photon Flux Density (PPFD), which has units of quanta (photons) per unit of time Sensor EG&G VACTEC VTB1012B per unit of surface. The units most commonly used are micromoles of quanta per Calibration against LI-190SZ under daylight. Calibration second per square meter (μmol s-1 m-2). Plant scientists, horticulturists, ecologists, Absolute difference max. 5 %, typical 3 % and other environmental scientists use MD507D Quantum Sensors to accurately Linearity Maximum deviation of 1 % up to 3000 W/m2 measure this variable. Stability 2 % change over a 1 year period Response time 150 ms Temperature 0.15 % per °C dependency Cosines correction Sensor corrects up to 80° degrees Azimuth 1 % error over 360 degree at 45 degree elevation Operating -20 °C to 65 °C temperature range Operating relative 0 to 100 % humidity range Sensor Photodiode Weatherproof PAS case with acrylic diffuser, Housing stainless steel hardware Size 35 mm diameter, 45 mm height Weight 114 g Evaluation PWM: 0-80 % duty cycle = 0-20 kJ/m2

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

ON REQUEST FOR ON REQUEST FOR SPECIAL PROJECTS SPECIAL PROJECTS

60 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 61 Pessl Instruments

LIGHT Lux Meter LIGHT

Photometry or Luxmeter IM508D refers to the measurement of visible radiation TECHNICAL SPECIFICATIONS (light) with a sensor having a spectral responsivity curve equal to the average human Sensor VTB 1012 HB eye. The sensor is used to measure lighting conditions where the eye is the primary Calibration Skye SKL 310 receiver, such as illumination of work areas, greenhouses, interior lighting etc. Stability 5 % drift on 2 years use Time to measure 250 ms Temperature 0.15 % per °C dependency Cosines correction Sensor corrects up 80 to degrees Direction error 1 % through 360 degrees at 45° Operating -20 °C to 65 °C temperature range Operating relative 0 to 100 % humidity range Sensor Photodiode Weatherproof PAS case with acrylic diffuser, Housing stainless steel hardware Size 35 mm diameter, 45 mm height Weight 114 g Pulse Wide Modulation Output Evaluation 8.18 % pulse wide at 0 Lux 91.82 % pulse wide at 80 000 Lux Spectral range 330-730 nm, Peak at 580 nm Par Quantum

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

ON REQUEST FOR ON REQUEST FOR SPECIAL PROJECTS SPECIAL PROJECTS

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LIGHT Lite 2 Pyranometer LIGHT

SP Lite 2 is designed for routine measurements of solar radiation and can be used TECHNICAL SPECIFICATIONS under all weather conditions. It measures the solar energy received from the Response time (95 %) < 500 ns entire hemisphere. It is ideal for measuring available energy for use in solar energy Non-stability < 2 % applications, plant growth, thermal convection and evapotranspiration. (change/year) Non-linearity < 1 % (0 to 1000 W/m²) Directional response (up to 80° with 1000 < 10 W/m² W/m² beam) Temperature dependence 0.15 % per °C (-30 °C to +70 °C) Sensitivity 60 to 100 µV/W/m² Operating -40 °C to +80 °C temperature range Spectral range 400 to 1100 nm Typical signal output for 0 to 100 mV atmospheric applications Maximum irradiance 2000 W/m² Detector Silicon photo-diode

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

ON REQUEST FOR ON REQUEST FOR SPECIAL PROJECTS SPECIAL PROJECTS

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LIGHT CMP3 Pyranometer LIGHT

The CMP3 pyranometer is an instrument for measuring the solar irradiance. The TECHNICAL SPECIFICATIONS thermopile sensor construction measures the solar energy that is received from the ISO 9060:1990 Second Class total solar spectrum and the whole Hemisphere (180 degrees field). The output is Classification expressed in W/m2. The CMP3 pyranometer is designed for continuous indoor and Response time (95 %) < 18 s outdoor use. Zero offset – Thermal < 15 W/m² radiation (200 W/m²) Zero offset – Temperature change < 5 W/m² (5 K/hr) Non-stability < 1 % (change/year) Non-linearity < 1 % (0 to 1000 W/m²) Directional response (up to 80° with 1000 < 20 W/m² W/m² beam) Temperature < 5 % (-10 °C to +40 °C) dependence of sensitivity Tilt error (at 1000 W/m²) < 1 % Sensitivity 5 to 20 µV/W/m² Level accuracy 1° Operating -40 °C to +80 °C temperature range CONNECTION TO MOTHERBOARDS Spectral range ® ® ® 300 to 2800 nm iMETOS 3.3 iMETOS ECO D3 iMETOS Blue/NB IoT/LoRa (50 % points) Typical signal output for 0 to 20 mV atmospheric applications Maximum irradiance 2000 W/m²

ON REQUEST FOR ON REQUEST FOR SPECIAL PROJECTS SPECIAL PROJECTS

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LIGHT CMP6 Pyranometer LIGHT

The CMP6 pyranometer is intended for routine global solar radiation measurement TECHNICAL SPECIFICATIONS research on a plane/level surface. Fully compliant with ISO 9060:1990 specification ISO 9060:1990 First Class for a First Class pyranometer, the CMP6 features a sixty-four-thermocouple junction Classification (series connected) sensing element. The sensing element is coated with highly Response time (95 %) 18 s stable carbon based non-organic coating, which delivers excellent spectral Zero offset – Thermal < 12 W/m² absorption and long-term stability. It is reliable in all weather conditions. radiation (200 W/m²) Zero offset – Temperature change < 4 W/m² (5 K/hr) Non-stability < 1 % (change/year) Non-linearity < 1 % (0 to 1000 W/m²) Directional response (up to 80° with 1000 < 20 W/m² W/m² beam) Temperature < 4 % (-10 °C to +40 °C) dependence of sensitivity Tilt error (at 1000 W/m²) < 1 % Sensitivity 5 to 20 µV/W/m² Level accuracy 1° Operating -40 °C to +80 °C temperature range CONNECTION TO MOTHERBOARDS Spectral range ® ® ® 285 to 2800 nm iMETOS 3.3 iMETOS ECO D3 iMETOS Blue/NB IoT/LoRa (50 % points) Typical signal output for 0 to 20 mV atmospheric applications Maximum irradiance 2000 W/m²

ON REQUEST FOR ON REQUEST FOR SPECIAL PROJECTS SPECIAL PROJECTS

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LIGHT CMA6 Albedometer LIGHT

The CMA albedometers are double pyranometers that measure both global and TECHNICAL SPECIFICATIONS reflected solar irradiance in one instrument. CMA albedometers are suitable for ISO 9060:1990 First Class measuring global radiation and/or albedo over many different types of surface. The Classification upper pyranometer measures incoming global solar radiation and the lower Response time (95 %) < 18 s sensor measures solar radiation reflected from the surface below. CMA6 is Zero offset – Thermal < 12 W/m² constructed from two CMP6 pyranometer sensors. radiation (200 W/m²) Zero offset – Temperature change < 4 W/m² (5 K/hr) Non-stability < 1 % (change/year) Non-linearity < 1 % (0 to 1000 W/m²) Directional error (up to 80 ° with 1000 < 20 W/m² W/m² beam) Temperature < 4 % (-10 °C to +40 °C) dependence of sensitivity Tilt error (at 1000 W/m²) < 1 % Sensitivity 5 to 20 µV/W/m² Level accuracy 0.1° Operating -40 °C to +80 °C temperature range CONNECTION TO MOTHERBOARDS Spectral range ® ® ® 285 to 2800 nm iMETOS 3.3 iMETOS ECO D3 iMETOS Blue/NB IoT/LoRa (50 % points) Typical signal output for 0 to 20 mV atmospheric applications Maximum irradiance 2000 W/m²

ON REQUEST FOR ON REQUEST FOR SPECIAL PROJECTS SPECIAL PROJECTS

70 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 71 Hukseflux LP02

LIGHT Heat Flux Plate LIGHT

LP02 serves to measure the heat that flows through the object in which it is TECHNICAL SPECIFICATIONS incorporated or on which it is mounted. The actual sensor in LP02 is a thermopile, Sensitivity (nominal) 15 µV/Wm2 which measures the differential temperature across it’s ceramics-plastic composite Temperature range -40 °C to +80 °C body. Working completely passively, LP02 generates a small output voltage Range 0 to 2000 Wm2 proportional to the local heat flux. Calibration traceability to WRR

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

72 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 73 Pessl Instruments Pessl Instruments WIND Wind Direction Wind Speed WIND

IM511CD is a vane type digital IM512CD is a cup type anemometer for wind direction sensor for accurate low cost and long term, accurate wind measurements in all weather conditions. measurements for all kinds of use. It It calculates average wind direction in the calculates average wind speed in the specific time period. specific time period.

TECHNICAL SPECIFICATIONS TECHNICAL SPECIFICATIONS Range 360° mechanical, 352° electrical (8° open) Range 0 to 50 m/s, gust survival 60 m/s Sensor Balanced vane, 16 cm turning radius 12 cm diameter cup wheel assembly, 40 mm diameter Sensor Damping ratio 0.2 hemispherical cups Delay distance 0.5 m Turning factor 75 cm Distance constant Threshold 1.3 m/s at 10° displacement; 1.9 m/s at 5° displacement 2.3 m (63 % recovery) Precision conductive plastic potentiometer, 10 kOhm ±20 % resistance Transducer 1.0 % linearity, life expectancy 50 million revolutions Threshold 1.1 m/s Rated 1 watt at 40 °C, 0 watt at 125 °C Transducer Stationary Coil Transducer excitation AC sine wave signal induced by rotating magnet on cup wheel Embedded micro controller Transducer output requirement shaft. 100 mVpp at 60 rpm. 6 Vpp at 3600 rpm Output RS 485 Output frequency 1 cycle per cup wheel revolution. 0.75 m/s per Hz

CONNECTION TO MOTHERBOARDS CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa iMETOS® 3.3 iMETOS® Blue/NB IoT/LoRa

74 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 75 RM Young WIND Wind Monitor WIND

The wind monitor combines wind speed and wind direction. It is constructed of a TECHNICAL SPECIFICATIONS four-blade helicoid propeller for highly accurate wind speed measurement with Range 0-100 m/s (224 mph), 0- 360° integrated wind direction sensor. It measures peak values. Wind Speed: ±0.3 m/s (0.6 mph) or 1% of reading Accuracy Wind Direction: ±3 ° Operating -50 to 50 °C temperature range Propeller: 1.0 m/s (2.2 mph) Threshold Vane: 1.1 m/s (2.4 mph) Wind speed: magnetically induced AC voltage, 3 pulses per revolution. 1800 rpm (90 Hz) = 8.8 m/s (19.7 mph) Signal output Wind direction: DC voltage from conductive plastic potentiometer − resistance 10K Ω, linearity 0.25%, life expectancy − 50 million revolutions Power Requirement Potentiometer excitation: 15 VDC maximum 37 cm (14.6 in) H x 55 cm (21.7 in) L, Propeller: 18 cm (7 in) dia. Dimensions Mounting: 34 mm (1.34 in) dia. (standard 1 inch pipe) Weight 1.0 kg

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3

76 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 77 METER Group ATMOS 22 WIND Ultrasonic Wind Sensor WIND

ATMOS 22 is a research-grade two-dimensional sonic wind sensor, built specifically TECHNICAL SPECIFICATIONS for agricultural, forestry, and environmental research applications. A lower wind Range: 0-30 m/s Horizontal speed threshold makes it especially well suited for measuring wind within plant Resolution: 0.01 m/s wind speed canopies, where wind speeds are often below the threshold of a cup wind sensor. Accuracy: the greater of 0.3 m/s or 3% of measurement Range: 0-30 m/s Wind gust Resolution: 0.01 m/s Accuracy: the greater of 0.3 m/s or 3% of measurement Range: 0°-359° Wind direction Resolution: 1° Accuracy: ±5° Range: 0°-180° Tilt Resolution: 0.1° Accuracy: ±1° Dimensions 10 cm diameter × 16 cm height Cable length 5 m (custom cable lengths are available for an additional cost) Supply voltage (VCC) 3.6 to 15.0 VDC to GND Current drain 0.050 to 0.150 mA (typical 0.125 mA) (while asleep) Current drain (during 0.050 to 0.500 mA (typical 0.125 mA) measurement) Operating CONNECTION TO MOTHERBOARDS -40 to 50 °C temperature range iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: PI SDI 29-0279

78 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 79 Pessl Instruments LEAF Leaf Wetness LEAF

The leaf wetness sensor works by measuring the conductivity on a filter paper, TECHNICAL SPECIFICATIONS which is held between two stainless steel electrodes in a transparent holder. The Supply voltage 4.75-5.25 V use of transparent Lucite plastic as a holder reduces the warming up of the sensor Supply current max. 1500 µA when it is exposed to direct sunlight. Short circuit protection Infinite (within supply voltage range) Dry / Wet threshold 220-390 kOhm Dry: max. 0.4 VDC Output Wet: min. VCC-0.4 VDC Electronic Totally plastic encapsulated – SMD Evaluation Digital – Filter paper Dimensions 127 mm x 254 mm x 508 mm Cable length 5 m

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

80 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 81 Pessl Instruments LEAF Leaf Temperature LEAF

IM522CD is a highly accurate leaf temperature sensor. It measures the radiated TECHNICAL SPECIFICATIONS temperature around the surface of a leaf or a canopy. Sensor SMT172 Accuracy min. 0.3 °C (-30 °C to +99 °C) Calibration error max. 0.25 °C (23 °C) Supply current max. 200 µA Short circuit protection Infinite (within supply voltage range) Short circuit max. 40 mA supply current Operating -30 °C to +99 °C temperature range Nonlinearity error max. 0.2 °C Supply voltage sensitivity max. 0.1 °C/V Repeatability max. 0.2 °C Long term drift max. 0.1 °C Output frequency 1 to 4 kHz Duty cycle 0.320 (0 °C), 0.00470 °C Evaluation Analog Cable length 5 m

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

82 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 83 Pessl Instruments METER Group PHYTOS 31 LEAF IR Temperature Leaf Wetness LEAF

The infrared temperature sensor infers METER Group PHYTOS 31 is designed the temperature from a portion of to detect wetness (presence and thermal radiation (blackbody radiation) duration) and ice formation. emitted by the object being measured. It is a non-contact temperature sensor. By measuring the amount of infrared TECHNICAL energy emitted by the object and its SPECIFICATIONS emissivity, the object‘s temperature can Measurement time 10 ms be determined. Main use: canopy or leaf Sensor type Frequency domain temperature measurements. Operating environment -40 °C to 50 °C Output 320 – 1000 mV @ 3 V excitation Expected lifetime 2+ years of continuous use TECHNICAL SPECIFICATIONS Power 2.5 VDC @ 2 mA, to 5 VDC @ 7 mA Sensor Melexis MLX90614-BCC Dimensions 11.2 cm x 5.8 cm x 0.075 cm Resolution 0.1 °C Cable length 5 m standard; custom cable lengths available Interface RS 485 PI Sensor Bus Size 20 mm (dia) x 24 mm Sensor housing Weather resistant PAS CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa Range -40 °C to +85 °C

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

ON REQUEST FOR ON REQUEST FOR INTERFACE SPECIAL PROJECTS SPECIAL PROJECTS Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

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PLANT Water Sensor PLANT

The Yara Water Sensor measures changes in the leaf’s turgor pressure of the plant. TECHNICAL SPECIFICATIONS As the turgor pressure is the driving force for plant growth and fruit production, Dimensions 120 mm W x 170 mm L x 55 mm D, plus connectors and antenna proper water management is the key. Chassis Plastic chassis, degree of protection IP67 • Plant-based, continuous and non-destructive measurement of plant water status ISM-radio Device variants: 433 MHz / 9xx MHz; Antenna connector: SMA-reverse • Online data transmission and web-based access via MyYara Internal 2G/3G-modem • Automatic, validated crop-specific irrigation-recommendation in combination with 2G (GSM): Quad band 850/900/1800/1900 MHz, 3G (UMTS): Five MegaLab from Yara with nutrition advice Internet-radio band 800/850/900/1900/2100 MHz Antenna connector: SMA SIM-card included, customer owned SIM card 3 V or 1.8 V possible (mini-SIM) 9 V DC (Input voltage range 5.5 – 14.5 V DC) 800 mA (maximum) Power supply Internal rechargeable buffer battery (3Ah LiFePo4) Operating temp. range -20 °C to +55 °C; Mains adapter: 0 °C to +45 °C Base Station; Internet antenna; ISM antenna; Wall plug transformer; Scope of supply Material for mounting on walls; Material for mounting on poles; The scope of supply may vary depending on different projects The Base Station is marked with the mark. The declaration of Only for 433 MHz version conformity is available upon request. • Contains Transmitter Modules FCC ID: Y2NRC1290, FCC ID: QIPEHS6 • This device complies with Part 15 of the FCC Rules. • Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and Only for 9xx MHz version (2) this device must accept any interference received, including interference that may cause undesired operation. CONNECTION TO MOTHERBOARDS • Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to ® ® ® iMETOS 3.3 iMETOS ECO D3 iMETOS Blue/NB IoT/LoRa operate the equipment. • Any use of ISM antenna with gain > 3 dBi is strictly forbidden

To connect Yara Sensor to the motherboard, you will need a Yara interface.

86 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 87 Pessl Instruments WIND WIND PLANT Dendrometer PLANT

Dendrometers are sensors for continuous measurement of plant growth (changes TECHNICAL SPECIFICATIONS of the plant diameter). The dendrometer allows us to record the plant parameters To specify plant Diameter 3-30 cm using the same time interval as environmental parameters. The data allows the size range direct assignment of plant responses and stress to environmental influences. Range of the sensor 11 mm Dendrometers are a cost-effective and useful tool for ecophysiological studies. Accuracy ±1.5 µm ±0.12 % (CR1000 Logger) Resolution 0.2-2.6 µm (dependent on used data logger) Linearity 1 % Thermal expansion <0.1 μm/K coefficient of the sensor Operating -25 to 70 °C temperature range Operating relative 0 to 100 % humidity range

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3

INTERFACE

Necessary Interface to connect this sensor with iMETOS: DN501

88 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 89 EC & pH Interface Box Pessl Instruments

WATER with Display in IP65 Box Electrical Conductivity WATER

The EC500PH EC & pH Interfacebox is a measuring device with display in IP65 Box The conductivity sensor provides a complete self contained measurement. The to be integrated into any iMETOS® sensor chain interface for continuous EC & pH sensor utilizes a reliable and robust sensor for conductivity measurement and a measurements in water. It is compatible with the majority of industry standard EC & thermistor for temperature measurement. The sensor is ideal for hydrographical pH sensors. The actual reading can be seen on the display. With the built in calibration and environmental water monitoring, in agriculture and industrial applications. The mode, all sensor readings can be calibrated and checked from time to time. durable design ensures suitability for the harshest environment applications.

Connection Possibilities • 1 EC Sensor (Part.no. EC501) • 1 pH Sensor (Part.no. PH501)

TECHNICAL SPECIFICATIONS TECHNICAL SPECIFICATIONS Display shows actual data by pressing the button. It works with Range 0.1 µS/m - 1000 mS/cm General information ® ® iMETOS 3.3 and iMETOS ECO D3 Resolution 0.1 µS/cm Cable length 5 m standard, custom cable lengths available upon request. Temperature Automatic compensation Probe material PP CONNECTION TO MOTHERBOARDS Probe diameter 12 mm ® ® iMETOS 3.3 iMETOS ECO D3 Min. immersion 40 mm

INTERFACE

Necessary Interface to connect this sensor with iMETOS: EC500PH Interface box with display

90 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 91 Pessl Instruments

WATER pH Sensor WATER

The pH sensor is a reliable and cost-effective sensor for measuring the pH value of TECHNICAL SPECIFICATIONS various aqueous solutions. The pH scale covers values between 0 and 14. Range pH 0.00 to 14.00 Resolution 0.001 pH Acids have pH values between 0 and 6; caustic solutions have pH values between 8 Accuracy ±2 % F.S. and 14. Value 7 is neutral. Temperature 3 % ( range 5 °C to 30 °C) deviation pH probe Up to 7 bar, 3 m cable, 2-ring-flow-through pH Calibration 2-point with automatic buffer (recognition pH 4.0 and pH 7.0) Probe material Glass Probe diameter 12 mm Min. immersion 35 mm Operating 15 °C to 60 °C temperature range Response time ≤ 90 s

INTERFACE

Necessary Interface to connect this sensor with iMETOS: EC500PH Interface box with display

92 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 93 Pessl Instruments

WATER Pressure Switch WATER

Simple and robust design and adjustable switching point through headless screw TECHNICAL SPECIFICATIONS make pressure switch suitable for use with compressed air, hydraulic oil, oil Material Brass (G 1/8″) or zinc-plated steel (G 1/4″) emulsions and water. It is adjustable from 1 to 10 bar or 0.2 to 2 bar. The main Switching function Open contact, closed contact, changeover purpose of this sensor is to control/check the performance of the irrigation system. Media Water, compressed air, hydraulic oil, oil emulsion Maximum medium +85 °C temperature Adjustment ranges 1 to 10 bar (14.5-145 psi), 0.2-2 bar Switching frequency max. 200 /min Switching pressure 10 to 15 % difference Open contact/closed contact 42V max. 2A; Switching voltage Changeover 250 V max. 2A

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: PS100 Pressure Switch electronic with 5 m cable, box and stainless steel holder

94 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 95 Pessl Instruments

WATER Water Counter WATER

This water counter is a TECHNICAL SPECIFICATIONS multi-jet dry dial meter Measuring principle Multi-Jet Meters for irrigation and potable Length without 165, 170, 190 mm water. It provides a high connectors technical standard and a Housing material Brass high-quality workmanship. Register Dry Dial Precise measurement results Dry Dial protection Class IP 68 are achieved even with low water Nominal flow Q3=2.5 to 10 quality or in difficult installation situations. Watermeter is Temperature Cold water up to 50 °C equipped with the Zenner D-register, with 7- or 8-digit rollers Specified units on display Cubic meters (m³) for different pulse values and retrofit table with mechanic Metrological class R 160 pulsar. Resolution can be 0.1, 1, 10, 100, 1000 liters per pulse. horizontal (max.) • High-quality UV-resistant plastic inspection window Metrological class R 40 • Dry dial register with shielded magnetic coupling vertical (max.) • Operating pressure PN 16 Operating pressure (max.) MAP 16 • Available with flood-proof (IP68) hermetically sealed glass/copper register Output Reed Pulsar • Approved in accordance with MID

Applications: Irrigation management, irrigation consulting, smart irrigation, irrigation tractability and book keeping, alarms and supervision. Used widely in open field crops, hydroponics and green house.

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

SW1000 external interface SW1010 internal interface

To connect this sensor to the motherboard, you will need SW1000 or SW1010 interface.

96 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 97 Pessl Instruments

WATER Pipe Pressure WATER

This sensor enables continuous monitoring of the pressure in irrigation pipes TECHNICAL SPECIFICATIONS (main pipe or sector pipes) and is available for ranges from 2 to 10 Bar, so it can Accuracy according to Limit Point Adjustment (Nonlinearity, Hysteresis and be used in all types of irrigation systems (drip irrigation, sprinkler, hydroponics ...). IEC 60770 Repeatability) within ±3 % within the measurement ranges It is easy to install under supervision of your irrigation system installer. The main Response time ~ 5 ms body and the diaphragm of the ceramic thick-film sensor are made of a corrosion- Range 0 to 20 m of water column (other on request) resistant ceramic. Resolution 1 mm Accuracy 3 mm of water depth Applications: Irrigation monitoring and supervision, identification of pressure loss Operating 0 °C to 50 °C in the installation. temperature range Storage -20 °C to 80 °C temperature range Weight 1.1 kg (including cable) Housing pom Diaphragm Ceramic Seals FKM Cable sheath Shielded PVC Output signal 0-5 Volts Support Pessl Instruments BUS only at the end of the chain Dimensions gauge shaft 90 x 20 mm (height x diameter)

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

98 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 99 Pessl Instruments Water Level

WATER Sensor or Tank Level Sensor WATER

The Water level sensor or Tank level sensor is an accurate and cost effective TECHNICAL SPECIFICATIONS ® submersible water level sensor that can be connected to iMETOS stations with Accuracy according to Limit point adjustment (nonlinearity, hysteresis and repeatability) the precision of 3 mm within the measurement ranges. Sensor has an integrated IEC 60770 within ±3 % within the measurement ranges barometric sensor module to increase precision. Pressure (Measuring) ranges: 0 Response time ~ 5 ms mWC up to 5 mWC (other distances on request). Special cable is also available. Range 0 to 20 m of water column (other on request) Resolution 1 mm Applications: Depth or level measurement in wells and open waters (rivers and Accuracy 0.5 % of maximum water level lakes) and ground water level measurement. Also available as tank level sensor, Operating 0 °C to 50 °C which is made from stainless steel and can be used in corrosive environments, such temperature range as fertilizer tanks, to monitor the level of fertilizer mixture. Storage -20 °C to 80 °C temperature range Weight 1.1 kg (including cable) Housing Stainless steel 1.4571 Diaphragm Ceramic Seals FKM Cable sheath Shielded PVC Output signal 0-5 Volts Support Pessl Instruments BUS only at the end of the chain Dimensions gauge shaft 90 x 20 mm (height x diameter)

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13 or directly to METER input

100 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 101 METER Group HYDROS 21 Water

WATER Level, Conductivity, Temperature WATER

The METER Group HYDROS 21 sensor is a low cost, accurate tool for the monitoring TECHNICAL SPECIFICATIONS of water level, electrical conductivity, and temperature in both ground water and Water depth: 0 to 10,000 mm surface water. The sensor utilizes a vented pressure transducer to obtain accurate Electrical conductivity: 0 to 120 dS/m Range water level measurements from 0 to 10 m while removing the effects of barometric Temperature: -11 to 49 °C, do not expose to temperatures <32 pressure. With a range of 0 to 120 dS/m, the HYDROS 21 sensor has the ability to °F if sensor is in water make accurate electrical conductivity measurements in a broad range of applications. Water depth: 2 mm Resolution Electrical conductivity: 0.001 dS/m Temperature: 0.1 °C Water depth: +/- 0.05% of full scale @ 20 °C Accuracy Electrical conductivity: ±0.01 dS/m or ±10% (whichever is greater) Temperature: ±1 °C Operation 0 to 50 °C (Pressure transducer cannot be allowed to freeze temperature range while submersed) Power 3.6 - 15 VDC, 0.03 mA quiescent, 0.5 mA during 300 ms requirements measurement Dimensions 10 m standard; custom lengths available upon request Support Pessl Instruments BUS only at the end of the chain

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

102 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 103 Keller Water Level Sensor

WATER for Evaporation Pans WATER

ET-250 is a highly accurate stainless steel submersible water level sensor used for TECHNICAL SPECIFICATIONS ® Class A evaporation pans to be connected to iMETOS stations. Highest precision is Limit Point Adjustment (Nonlinearity, Hysteresis and Accuracy according to reached with Keller sensor technology, water temperature compensation Repeatability) within ±0.3 mm within the measurement range IEC 60770 and integrated barometric sensor module. Due to its innovative design, most of 0 to 350 mm mechanical Class A pans can be retrofitted with automatic ET measurements. It Response time -5 ms measures with 0.2 % accuracy. Range 5 to 350 mm water gauge Resolution 0.1 mm Accuracy 0.3 mm of water depth Operating 0 °C to 50 °C temperature range Storage -20 °C to 80 °C temperature range Weight 1.1 kg (including cable) Housing Stainless steel 1.4571 Diaphragm Stainless steel 1.4404 Seals FKM Cable Sheath Shielded PVC, 5 meters Measuring range 0 mmWC up to 350 mmWC Output signal 0-5 Volts Support Pessl Instruments BUS only at the end of the chain Dimensions gauge body 60 mm (diameter) stainless steel CONNECTION TO MOTHERBOARDS Dimensions gauge shaft 90 x 20 mm (height x diameter) iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

104 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 105 Pessl Instruments Ultrasonic

SNOW Snow Depth Sensor SNOW

Ultrasonic snow depth sensor is used for non-contact measurements of snow depth TECHNICAL SPECIFICATIONS in extreme conditions. The sensor is characterized by its high level of operating Range 0 to 10 m reliability, low energy consumption and ease of use in the field. Resolution 10 mm Accuracy 0.1 % (FS) Measurement principle Ultrasonic Temperature -40 °C to +60 °C measurement range Resolution - Temperature 0.1 °C Analog interface Distance or snow depth, resolution 12 Bit Digital RS-232 interface Serial port protocol Power supply From the input of the iMETOS Ingress protection IP 66

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3

To connect Snow Depth Sensor to the motherboard, you will need MOD BUS interface.

106 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 107 METER Group ECH O GS 1

SOIL 2 SOIL Volumetric Water Content Sensor

The GS 1 is a ruggedized version of the METER Group basic soil moisture sensor. It TECHNICAL SPECIFICATIONS accurately measures volumetric water content in soil or soilless media. It distinguishes Using a generic calibration: ± 0.03 m³/m³ (± 3% VWC) typical in itself by longer lifetime, better soil-sensor contact and easier installation. mineral soils that have solution electrical conductivity < 10 dS/m. Accuracy Using medium specific calibration, ± 0.01 - 0.02 m³/m³ (± 1 - 2% VWC) in any porous medium Resolution 0.001 m³/m³ VWC in mineral soils Range 0 to 57% VWC Volume of influence 690 cm³ / See comparison article Measurement speed 10 ms (milliseconds) Sensor type VWC: Frequency domain Output 1,000 to 2,500 mV Operating environment -40°C to 50°C Power 3.0 VDC to 15 VDC (absolute maximum) @ 15 mA Sensors come standard with 5 m cable. Custom cable lengths Cable length available. Maximum cable length of 75 m. Sensor dimensions 5.1 cm x 2.4 cm x 2.1 cm

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

108 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 109 METER Group TEROS 12 SOIL Soil Moisture Sensor SOIL

The METER Group TEROS 12 sensor measures soil moisture, soil temperature and TECHNICAL SPECIFICATIONS bulk EC. The sensor has been optimized for use in soilless substrates, leaving it a Range: Mineral soil calibration: 0.00–0.62 m3/m3; Soilless media wider range of bulk EC measurement and an increased temperature range. The calibration: 0.0–1.0 m3/m3; Apparent dielectric permittivity (εa): steel needles not only slice through the substrates for perfect contact, but also 1 (air) to 80 (water); NOTE: The VWC range is dependent on improve the sensor‘s ability to measure the media the sensor is calibrated to. A custom calibration will accommodate the necessary ranges for most substrates. bulk EC in porous substrates such as peat Volumetric water Resolution: 0.001 m3/m3 or perlite. The sensor also works well content (VWC) 3 3 in mineral soils. Its 70 MHz frequency Accuracy: Generic calibration: ±0.03 m /m (±3.00% VWC) typical in mineral soils that have solution EC <8 dS/m; Medium minimizes salinity and textural effects, specific calibration: ±0.01–0.02m 3/m3 (±1–2% VWC) in any porous making it accurate in most soil or soilless medium; Apparent dielectric permittivity (εa): 1–40 (soil range) , media. Stainless steel needles have an ±1 εa (unitless) 40–80, 15% of measurement extended surface area to optimize bulk Range: −40 to 60 °C EC measurements, while minimizing Temperature Resolution: 0.1 °C substrate disturbance during insertion. Accuracy: ±1 °C Range: 0–10 dS/m (bulk) Bulk electrical Resolution: 0.001 dS/m conductivity (ECb) Accuracy: ±5% of measurement Dimensions 9.4 cm (3.70 in) lenght; 2.4 cm (0.95 in) width; 7.5 cm (2.95 in) height Prong length 5 cm (1.97 in) Operating temperature range -40 °C to + 60 °C Cable length 5 m (standard); 75 m (maximum custom cable length) Supply voltage (VCC) to GND 4.0 VDC - 15.00 VDC CONNECTION TO MOTHERBOARDS Current drain (while asleep) Typical: 0.03 mA iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa Current drain (during 25- 3.0 mA - 16.0 mA ms measurement) Typical: 3.6 mA Measurement duration 25 ms - 50 ms

INTERFACE Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

110 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 111 METER Group ECH O EC-5

SOIL 2 SOIL Soil Moisture Sensor

The EC-5 is a basic, reliable and low cost soil moisture sensor. The EC-5 determines TECHNICAL SPECIFICATIONS volumetric water content (VWC) by measuring the dielectric constant of the media Range: 0%–100% using capacitance technology. Its 70 MHz frequency minimizes salinity and textural Resolution: 0.001 m3/m3 VWC in mineral soils, 0.25% in growing media effects, making this sensor accurate in almost any soil or soilless media. It is just 5 Volumetric water Accuracy: Generic calibration: ±0.03 m3/m3 typical in mineral soils cm long, and has a 0.3 L measurement volume. content (VWC) that have solution EC <8 dS/m Medium specific calibration: ±0.02m 3/m3 in any porous medium (± 2%) Range: −40 to 60 °C Temperature Resolution: 0.1 °C Accuracy: ±1 °C Dimensions 8.9 cm (3.50 in) lenght; 1.8 cm (0.71 in) width; 0.7 cm (0.28 in) height Prong length 5 cm (1.97 in) Operating -40 °C to + 50 °C temperature range Cable length 5 m (standard); 40 m (maximum custom cable length) Supply voltage 2.5 VDC at 10 mA to 3.6 VDC at 10 mA (VIN to GND) Measurement Maximum 10 ms duration

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

112 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 113 METER Group ECH O 10HS

SOIL 2 SOIL Soil Moisture Sensor

The 10HS soil moisture sensor has a larger volume of influence. Being 10 cm long, TECHNICAL SPECIFICATIONS the 10HS measures 1 liter of soil. The 10HS determines volumetric water content Range: 0−0.57 m3/m3 (0%−57% VWC) (VWC) by measuring the dielectric constant of the soil using capacitance technology. Resolution: 0.0008 m³/m³ (0.08% VWC) in mineral soils from Using a 70 MHz frequency minimizes salinity and textural effects, making the 10HS 0−0.50 m³/m³ (0%−50% VWC) accurate in most soils. Volumetric water Accuracy: With standard calibration equation, 0.03 m³/m³ content (VWC) (3% VWC) typical in mineral soils that have solution electrical conductivity <10 dS/m NOTE: With soil-specific calibration, ±0.02 m³/m³ ( ±2% VWC) is typical in any soil. Dimensions 16.0 cm (6.3 in) lenght; 3.3 cm (1.3 in) width; 0.8 cm (0.3 in) height Prong length 10 cm (3.94 in) Operating -40 to 50 °C temperature range Cable length 5 m (standard) Supply voltage Minimum: 3 VDC at 12 mA (VIN to GND) Maximum: 15 VDC at 15 mA Measurement Maximum 10 ms duration

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

114 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 115 METER Group ECH O 5TM

SOIL 2 SOIL Soil Moisture Sensor

Temperature integrated with soil moisture: The 5TM delivers temperature, TECHNICAL SPECIFICATIONS measured by an onboard thermistor, along with accurate volumetric water content Range: Mineral soil calibration: 0.0–1.0 m3/m3 (VWC). The small size makes it easy to install. It is perfect for in field installations. Soilless media calibration: 0.0–1.0 m3/m3 Apparent dielectric permittivity (εa): 1 (air) to 80 (water) Volumetric water Resolution: 0.0008 m3/m3 from 0%–50% VWC content (VWC) Accuracy: Generic calibration: ± 0.03 m3/m3 typical Medium-specific calibration: ±0.02 3m /m3 Apparent dielectric permittivity (εa): 1–40 (soil range), ±1 εa (unitless) 40–80, 15% measurement Range: –40 to +60 °C Temperature Resolution: 0.1 °C Accuracy: ±1 °C Dimensions 10.9 cm (4.3 in) lenght; 3.4 cm (1.3 in) width; 1.0 cm (0.4 in) height Prong length 5.0 cm (1.9 in) -40 °C to 60 °C Operating NOTE: Sensors may be used at higher temperatures under temperature range certain conditions; contact Customer Support for assistance. Cable length 5 m (standard) Supply voltage 3.6 VDC to 15.0 VDC (VCC to GND) Current drain (while asleep) Typical: 0.03 mA Current drain 0.5 mA to 10.0 mA (typical: 3.0 mA) CONNECTION TO MOTHERBOARDS (during measurement) Measurement Typical: 150 ms iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa duration Maximum: 200 ms

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

116 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 117 METER Group ECH O 5TE

SOIL 2 SOIL Soil Moisture Sensor

The 5TE lets you monitor bulk electrical conductivity (EC), in addition to volumetric TECHNICAL SPECIFICATIONS water content (VWC) and soil temperature. Monitoring salt levels can be as Range: Mineral soil calibration: 0.0–1.0 m3/m3 important as monitoring soil moisture in water-limited areas. The 5TE allows you to Soilless media calibration: 0.0–1.0 m3/m3 measure salt levels through bulk electrical conductivity. Apparent dielectric permittivity (εa): 1 (air) to 80 (water) Volumetric water Resolution: 0.0008 m3/m3 from 0%–50% VWC content (VWC) Accuracy: Generic calibration: ± 0.03 m3/m3 typical Medium-specific calibration: ±0.02 3m /m3 Apparent dielectric permittivity (εa): 1–40 (soil range), ±1 εa (unitless) 40–80, 15% measurement Range: –40 to +60 °C Temperature Resolution: 0.1 °C Accuracy: ±1 °C Range: 0–23 dS/m (bulk) Bulk electrical Resolution: 0.01 dS/m from 0–7 dS/m, 0.05 dS/m from 7–23 dS/m conductivity (EC) Accuracy: ±10% from 0–7 dS/m, user calibration required from 7–23 dS/m Dimensions 10.9 cm (4.3 in) lenght; 3.4 cm (1.3 in) width; 1.0 cm (0.4 in) height Prong length 5.0 cm (1.9 in) Operating -40 °C to 60 °C; NOTE: Sensors may be used at higher temperatures temperature range under certain conditions; contact Customer Support for assistance. Cable length 5 m (standard) Supply voltage (VCC to GND) 3.6 VDC to 15.0 VDC CONNECTION TO MOTHERBOARDS Current drain (while asleep) Typical: 0.03 mA iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa Current drain 0.5 mA to 10.0 mA (typical: 3.0 mA) (during measurement) Measurement duration Typical: 150 ms; Maximum: 200 ms

INTERFACE Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

118 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 119 METER Group TEROS 21 SOIL Soil Water Potential Sensor SOIL

TEROS 21 is a matrix water potential sensor that provides long term, maintenance- TECHNICAL SPECIFICATIONS free soil water potential and temperature readings at any depth without sensitivity Soil water potential: ±(10% + 2 kPa) from -9 to -100 kPa to salts. The range of TEROS 21 goes from field capacity to air dry (-9 to -100,000 NOTE: The TEROS 21 is not well calibrated beyond -100 kPa. Accuracy kPa). Lab and field tests indicate that it can make accurate measurements of water Therefore, we do not specify an accuracy beyond this range. potentials as dry as permanent wilting point. Soil temperature: ± 1 °C Soil water potential: 0.1 kPa Resolution Soil temperature: 0.1 °C Soil water potential: -9 to -100,000 kPa Range Soil temperature: -40 to 60 °C Measurement speed 150 ms Equilibration time 10 min to 1 hr depending on soil water potential Sensor type Frequency domain with calibrated ceramic discs, thermistor Operating environment -40 to 60 °C 3.6 - 15 VDC, 0.03 mA quiescent, 10 mA max during Power 150 ms measurement Sensors come standard with 5 m cable. Custom cable lengths Cable available. Maximum cable length of 75 m. Sensor dimensions 9.6 cm (l) x 3.5 cm (w) x 1.5 cm (d)

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: ECH870EXT, ECH871EXT, ECH874EXT or ECH870INT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

120 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 121 Pessl Instruments SOIL Soil Temperature SOIL

The Soil Temperature Sensor is a SMT 172 in a waterproof stainless steel housing. TECHNICAL SPECIFICATIONS The sensor output is a duty-cycle signal. Sensor SMT172 Operating -30 °C to +99 °C temperature range Accuracy min. 0.3 °C (-30 °C to +99 °C) Supply voltage 4.57-7 V Supply current max. 200 µA Short circuit protection infinite (within supply voltage range) Short circuit max. 40 mA supply current Calibration error max. 0.25 °C (23 °C) Nonlinearity error max. 0.2 °C Supply voltage sensitivity max. 0. 1 °C/V Repeatability max. 0.2 °C Long term drift max. 0.1 °C Output frequency 1 to 4 kHz Evaluation Duty cycle Cable length 5 m

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3

122 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 123 Pessl Instruments Pessl Instruments SOIL Multiple Soil Temperature Single Soil Temperature SOIL

SAR19/SAR19M provides soil temperature measurement from several centimeters WMTEMP is a soil temperature sensor to 15-meter deep by using the Pessl Instruments sensor BUS. The distance between usually used with Watermark sensors on the sensors can be chosen according the application, but only up to 10 sensors can iMETOS® ECO D3. be attached to one sensor chain.

TECHNICAL SPECIFICATIONS Temperature sensor DS18B20 Operating -55 °C to +125 °C temperature range TECHNICAL SPECIFICATIONS Supply DC voltage (range) 3-5.5 V Temperature sensor DS18B20 Thermometer error ±0.3 °C Operating -10 °C to +85 °C -55 °C to +125 °C temperature range Drift ±0.2 °C Supply DC voltage (range) 3-5.5 V Rs 485 Digital signal (temperature data sent on demand of Data transmission Thermometer error iMETOS® main board) ±0.3 °C -10 °C to +85 °C Drift ±0.2 °C CONNECTION TO MOTHERBOARDS Rs 485 Digital signal (temperature data sent on demand of ® Data transmission iMETOS Blue/NB IoT/LoRa iMETOS® main board)

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE Necessary Interface to connect this sensor with iMETOS: ECH871EXT, ECH874EXT or ECH871INT, ECH874INT or RFRN09, RFRN12 or WM-BUS

124 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 125 Irrometer Watermark SOIL Soil Moisture Sensor SOIL

The Watermark Sensor consists of two concentric electrodes buried in a special TECHNICAL SPECIFICATIONS reference matrix material that is held in place by a synthetic membrane. The matrix Size 2.2 cm diameter x 5 cm length material has been selected to reflect the maximum change of electrical resistance Soil water tension correlated with electrical resistance in Measuring principle over the growth range of crop production, as well as to neutralize the effect of soil granular matrix salinity. In operation, soil moisture is constantly being absorbed or released and the Working range 0 to 200 kPa electrical resistance between the electrodes changes. This resistance is read and Precision 5 % logged by the weather station. Evaluation Analog Cable length 5 meters The sensor is manufactured from non-corrosive materials and lasts up to three years.

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE

Necessary Interface to connect this sensor with iMETOS: WM-BUS, ECH871EXT, ECH874EXT or WM-BUSINT, ECH871INT, ECH874INT or RFRN09, RFRN12, RFRN13

126 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 127 Sentek Drill & Drop SOIL TriSCAN Probe SOIL

Sentek Drill & Drop probe provides the user with great flexibility for precision TECHNICAL SPECIFICATIONS monitoring of temperature, water and salinity at multiple depths in a soil profile. Probe lengths 60 cm (24”) / 90 cm (36”) / 120 cm (48”) Available in three lengths: 60 cm, 90 cm and 120 cm with sensors fixed at every 10 Number of sensors 6 / 9 / 12 cm increment. Outer probe diameter (Top-Bottom) 30-27.5 mm / 30-26.25 mm / 30-25 mm Moisture (VWC) range Oven dry to saturation Method Capacitance based technology Moisture (VWC): 1:10000 Resolution Salinity (VIC, Volumetric Ion Content): 1:6000 Temperature: 0.3 °C Moisture precision ±0.03 % vol. Temperature accuracy ±2 °C at 25 °C Operating -20 °C to 60 °C temperature range

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3

INTERFACE

Necessary Interface to connect this sensor with iMETOS: PI SDI 29-0279, PI SDI 29-0138, RFRN13

128 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 129 Irrometer SOIL Tensiometer

The instrument measures soil water tension (or suction). This value represents the energy a plant’s root system uses to draw water from the soil. Understanding soil moisture dynamics helps the user make informed irrigation scheduling decisions and results in improved yield quantity and quality while reducing water, fertilizer, labor and energy costs. Available in different lengths: 15 cm, 30 cm, 45 cm, 60 cm and 90 cm.

TECHNICAL SPECIFICATIONS Instrument body materials Butyrate body, ceramic tip, neoprene stopper Weight 30 cm weights 0.439 kg. It increases 0.114 kg per 30 cm Ceramic tip White tip – used for most soil types Operating suction 0-90 kPa Operating temperature range 0 °C to 50 °C Height: 120-130 mm including cap; Reservoir dimensions Diameter: 51-55 mm including cap Body tube dimensions Lenght: Ranges from 15 cm to 90 cm; Diameter: 22 mm

CONNECTION TO MOTHERBOARDS iMETOS® 3.3 iMETOS® ECO D3 iMETOS® Blue/NB IoT/LoRa

INTERFACE Necessary Interface to connect this sensor with iMETOS: TNS100, TNS120; Transducer can be connected in every METER input or via PI BUS.

130 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 131 Where Can You Find Us?

HEADQUARTERS SALES OFFICES SALES OFFICES AUSTRIA ANZ Pessl Instruments GmbH Tel.: +43 (0) 3172 5521 MOROCCO AUSTRALIA & NEW ZEALAND Werksweg 107 Fax: +43 (0) 3172 5521 23 Lahsen Ait El Moueddane Sam Eyres 8160 Weiz email: [email protected] Agri Precision METOS - Australia & NZ +212 522 254 900 +61 0407 534 559 [email protected] [email protected]

BRASIL PORTUGAL BRASIL Onno Schaap Luciano Loman Aquagri IIM METOS Brasil Importação e Exportação Ltda. +351 21 466 0773 +55 (11) 3380-1022 / +55 (11) 98350-0003 [email protected] [email protected]

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Branch offices IBERIA ITALY Countries covered by distributors SPAIN ITALY Cristian Morillo Federico Fantin METOS Iberia SA METOS Italia +34 976 14 47 00 +39 327 6738804 [email protected] [email protected]

132 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 133 SALES OFFICES SALES OFFICES LATAM MOLDOVA UKRAINE SOUTH AMERICA MOLDOVA & ROMANIA UKRAINE Michael Rubin Sergiu Smocinschi Sergey Kovalenko Volodymyr Gavryliuk METOS LATAM iMETOS SRL METOS Ukraine, LLC METOS Ukraine, LLC +55 11 97401 0846 +37 368 151 515 / +40 720 201 515 +38 050 494 3422 +38 099 650 0490 [email protected] [email protected] [email protected] [email protected]

MX POLSKA USA MEXICO POLAND USA Enrique Audiffred Marek Januszewski Petru Stratan Agrotecnologia de America, S.A. de C.V. +48 733 601 690 METOS USA +52 452.523.40.68 [email protected] +1 559 753 0490 [email protected] [email protected]

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SOUTH-EAST ASIA TURKEY SOUTH-EAST ASIA TURKEY Vishnu Nair Fikriye Berk METOS Asia METOS TR +6012 6456 100 +90 324 221 96 74 [email protected] [email protected] If you look for local dealers of countries not listed please refer to our webpage www.metos.at or contact our headquarters.

134 Turning Information Into Profits.www.metos.at Turning Information Into Profits.www.metos.at 135 WWW.METOS.AT

Pessl Instruments GmbH, Werksweg 107, 8160 Weiz

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