Agriculture Sensor Board Eng

waspmote

Agriculture BoardTechnical Guide

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Agriculture Board - Index

Document version v03 - 112010 copy Libelium Comunicaciones Distribuidas SL

INDEX

0 General 401 General and safety information 402 Conditions of use 4

1 Hardware 511 General Description 512 Specifications 513 Electrical Characteristics 514 Agriculture Board Versions 6

2 Sensors 621 Atmospheric Pressure Sensor (MPX4115A) 6

211 Specifications 6212 Measurement Process7213 Socket 8

22 Leaf Wetness Sensor (LWS) 8221 Specifications 8222 Measurement Process8223 Socket 9

23 Humidity Sensor (808H5V5) 9231 Specifications 9232 Measurement Process 10233 Socket 11

24 Temperature Sensor (MCP9700A) 11241 Specifications 11242 Measurement Process 12243 Socket 13

25 Humidity+Temperature Sensor (SHT75) 13251 Specifications 13252 Measurement Process 14253 Socket 15

26 Soil Moisture Sensor (Watermark) 15261 Specifications 15262 Measurement Process 16263 Socket 17

27 Soil Temperature Sensor (PT-1000) 18271 Specifications 18272 Measurement Process 18273 Socket 19

28 Trunk Diameter Dendrometer (Ecomatik DC2) 19281 Specifications 19

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282 Measurement Process 20283 Socket 20

29 Stem Diameter Dendrometer (Ecomatik DD) 21291 Specifications 21292 Measurement Process 21293 Socket 22

210 Fruit Diameter Dendrometer (Ecomatik DF) 222101 Specifications 222102 Measurement Process 232103 Socket 23

211 Solar Radiation Sensor - PAR (SQ-110) 242111 Specifications 242112 Measurement Process 252113 Socket 25

212 Ultraviolet Radiation Sensor - UV (SU-100) 262121 Specifications 262122 Measurement Process 272123 Socket 27

213 Weather Station 282131 Anemometer 28

21311 Specifications 28

21312 Measurement Process 29

21313 Socket 30

2132 Wind Vane 3021321 Specifications 30


21323 Socket 31

2133 Pluviometer 3221331 Specifications 32


21333 Socket 32

214 Integration of New Sensors 33

3 Board configuration and programming 3331 Hardware configuration 3332 API 33

4 Consumption 3541 Power control 3542 Tables of consumption 3643 Low consumption mode 37

5 Maintenance 37

6 Disposal and recycling 37

-4- v03

Agriculture Board - General

0 General

01 General and safety information bull In this section the term ldquoWaspmoterdquo encompasses both the Waspmote device itself and its modules and sensor boards bull Read through the document ldquoGeneral Conditions of Libelium Sale and Userdquo bull Do not allow contact of metallic objects with the electronic part to avoid injuries and burns bull NEVER submerge the device in any liquid bull Keep the device in a dry place and away from any liquid which may spill bull Waspmote consists of highly sensitive electronics which is accessible to the exterior handle with great care and avoid

bangs or hard brushing against surfaces bull Check the product specifications section for the maximum allowed power voltage and amperage range and consequently

always use a current transformer and a battery which works within that range Libelium is only responsible for the correct operation of the device with the batteries power supplies and chargers which it supplies

bull Keep the device within the specified range of temperatures in the specifications section bull Do not connect or power the device with damaged cables or batteries bull Place the device in a place only accessible to maintenance personnel (a restricted area) bull Keep children away from the device in all circumstances bull If there is an electrical failure disconnect the main switch immediately and disconnect that battery or any other power

supply that is being used bull If using a car lighter as a power supply be sure to respect the voltage and current data specified in the ldquoPower Suppliesrdquo

section bull If using a battery in combination or not with a solar panel as a power supply be sure to use the voltage and current data

specified in the ldquoPower suppliesrdquo section bull If a software or hardware failure occurs consult the Libelium Web Support section bull Check that the frequency and power of the communication radio modules together with the integrated antennas are al-

lowed in the area where you want to use the device bull Waspmote is a device to be integrated in a casing so that it is protected from environmental conditions such as light dust

humidity or sudden changes in temperature The board supplied ldquoas isrdquo is not recommended for a final installation as the electronic components are open to the air and may be damaged

02 Conditions of use bull Read the ldquoGeneral and Safety Informationrdquo section carefully and keep the manual for future consultation bull Use Waspmote in accordance with the electrical specifications and the environment described in the ldquoElectrical Datardquo sec-

tion of this manual bull Waspmote and its components and modules are supplied as electronic boards to be integrated within a final product This

product must contain an enclosure to protect it from dust humidity and other environmental interactions In the event of outside use this enclosure must be rated at least IP-65

bull Do not place Waspmote in contact with metallic surfaces they could cause short-circuits which will permanently damage it

Further information you may need can be found at httpwwwlibeliumcomwaspmote

The ldquoGeneral Conditions of Libelium Sale and Userdquo document can be found at httpwwwlibeliumcomlegal

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Agriculture Board - Hardware

1 Hardware

11 General DescriptionThe Waspmote Agriculture Board allows to monitor multiple environmental parameters involving a wide range of applica-tions from growing development analysis to weather observation For this it has been provided with sensors for air and soil temperature and humidity solar visible radiation wind speed and direction rainfall atmospheric pressure leaf wetness and fruit or trunk diameter (dendrometer) Up to 14 sensors can be connected at the same time With the objective of extending the durability of the device after the deployment the board is endowed with a solid state switches system that facilitates a pre-cise regulation of its power prolonging the life if the battery

12 SpecificationsWeight 20grDimensions 735 x 51 x 13 mmTemperature Range [-20ordmC 65ordmC]

Figure 1 Upper side

13 Electrical CharacteristicsBoard Power Voltages 33V amp 5VSensor Power Voltages 33V amp 5VMaximum admitted current (continuous) 200mAMaximum admitted current (peak) 400mA

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14 Agriculture Board VersionsThe Agriculture Board for Waspmote includes all the electronics and sockets necessary to connect the most typical sensors in agriculture applications air temperature and humidity (MCP9700A 808H5V5 and SHT75) soil moisture (Watermark) leaf wet-ness (LWS) and atmospheric pressure (MPX4115A) A PRO version of the board has been created which also includes the com-ponents necessary to include sensors for more specific applications such as the weather station (pluviometer anemometer and wind vane) the solar radiation sensor (SQ-110) the dendrometers (DD DC2 and DF) and the soil temperature sensor (PT1000)

Sensors in the Agriculture Board

bull Temperature sensor MCP9700A by Microchip bull Humidity sensor 808H5V5 by Sencera bull Temperature and humidity sensor SHT75 by Sensirion bull Soil moisture sensor Watermark by Irrometer bull Atmospheric pressure sensor MPX4115A by Freescale bull Leaf wetness sensor LWS

Sensors added in the PRO version

bull Solar radiation sensor SQ-110 by Apogee bull DC2 DD and DF dendrometers by Ecomatik bull Soil temperature sensor PT1000 bull EWeather Station (Anemometer Wind Vane and Pluviometer)

2 Sensors

21 Atmospheric Pressure Sensor (MPX4115A)

211 Specifications

Measurement range 15 ~ 115kPaOutput signal 02 ~ 48V (0 ~ 85ordmC)Sensitivity 46mVkPaAccuracy ltplusmn15V (0 ~ 85ordmC)Typical consumption 7mAMaximum consumption 10mASupply voltage 485 ~ 535VOperation temperature -40 ~ +125ordmCStorage temperature -40 ~ +125ordmCResponse time 20ms

Figure 2 MPX4115A Sensor

Agriculture Board - Sensors

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212 Measurement Process

The MPX4115A sensor converts atmospheric pressure to an analog voltage value in a range covering between 02V and 48V As this is a range which exceeds the maximum value admitted by Waspmote its output has been adapted to fit in a range between 012V and 288V

To read the sensor it is sufficient to capture the analog value in its input (ANALOG3) via the corresponding command The 5V power supply of the sensor may be connected or disconnected through a switch by activating or deactivating the digital pin DIGITAL7 It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)

Figure 3 Graph of the MPX4115A sensorrsquos output voltage with regard to pressure taken from the Freescale sensorrsquos data sheet

Reading Code

floatvalue_pressure=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_PRESSURE) delay(100) waitingforthestabilizationofthepowersupply value_pressure=SensorAgrreadValue(SENS_AGR_PRESSURE)


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213 Socket

Figure 4 Image of the socket for the MPX4115A sensor

A socket consisting of a 6 female pins 254mm pitch strip has been added for the atmospheric pressure sensor

22 Leaf Wetness Sensor (LWS)

221 Specifications

Resistance Range 5kΩ ~ gt2MΩOutput Voltage Range 1V ~ 33VLength 395cmWidth 195 cm

Figure 5 Leaf Wetness Sensor


The leaf wetness sensor behaves as a resistance of a very high value (infinite for practical purposes) in absence of condensation in the conductive combs that make it up and that may fall down to about 5kΩ when it is completely submerged in water The voltage at its output is inversely proportional to the humidity condensed on the sensor and can be read at the analog input of Waspmote ANALOG6 when selected the proper output of a multiplexer that connects this sensor and one of the Watermark soil humidity sensors to that analog pin The power supply of the sensor (33V) can be cut off or connected through the switched controlled by the digital pin DIGITAL5 It is highly recommended to switch off this sensor in order to minimize the global con-sumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)


-9- v03

Reading code

floatvalue_lw=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_LEAF_WETNESS) delay(100) waitingforthestabilizationofthepowersupply value_lw=SensorAgrreadValue(SENS_AGR_LEAF_WETNESS)

223 Socket

Figure 6 Image of the socket for the Leaf Wetness Sensor

In the image of the figure 6 we can see the terminal block (two ways 254mm pitch and screw termination) where the sensor must be connected to the board

23 Humidity Sensor (808H5V5)

231 Specifications

Measurement range 0 ~ 100RHOutput signal 08 ~ 39V (25ordmC)Accuracy ltplusmn4RH (a 25ordmC range 30 ~ 80) ltplusmn6RH (range 0 ~ 100)Typical consumption 038mAMaximum consumption 05mAPower supply 5VDC plusmn5Operation temperature -40 ~ +85ordmCStorage temperature -55 ~ +125ordmCResponse time lt15 seconds

Figure 7 Image of the 808H5V5 sensor


-10- v03


This is an analog sensor which provides a voltage output proportional to the relative humidity in the atmosphere As the sensorrsquos signal is outside of that permitted to the Waspmotersquos input itrsquos output voltage has been adapted to a range of values between 048V and 234V

The reading of the sensor is carried out at the analog input pin ANALOG2 Like the output of the Leaf Wetness Sensor the output of the 808H5V5 is connected along with the output of one of the Watermark sensors to a multiplexer that allows the connec-tion of both sensors at the same time The output of this multiplexer can be selected using the digital pin DIGITAL3 while the 5V power of the sensor is regulated through a switch activated by the digital pin DIGITAL5 that controls the power of the solar radiation temperature humidity dendrometer leaf wetness and temperature plus humidity sensors simultaneously It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more informa-tion about the consumption of the board and how to handle it in chapter 4)

Reading code

floatvalue_humidity=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_HUMIDITY) delay(15000) waitingforthesensorresponsetime value_humidity=SensorAgrreadValue(SENS_AGR_HUMIDITY)

Figure 8 808H5V5 humidity sensor output taken from the Sencera Co Ltd sensor data sheet


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233 Socket

Figure 9 Image of the socket for the 808H5V5 sensor

In figure 9 we have an image of the socket for the 808H5V5 sensor with the pins corresponding to the ones marked in the image in figure 7

24 Temperature Sensor (MCP9700A)

241 Specifications

Measurement range -40ordmC ~ +125ordmCOutput voltage (0ordmC) 500mVSensitivity 10mVordmCAccuracy plusmn2ordmC (range 0ordmC ~ +70ordmC) plusmn4ordmC (range -40 ~ +125ordmC)Typical consumption 6μAMaximum consumption 12μAPower supply 23 ~ 55VOperation temperature -40 ~ +125ordmCStorage temperature -65 ~ 150ordmCResponse time 165 seconds (63 of the response for a range from +30 to +125ordmC)

Figure 10 Image of the MCP9700A temperature sensor


-12- v03


The MCP9700A is an analog sensor which converts a temperature value into a proportional analog voltage The range of output voltages is between 100mV (-40ordmC) and 175V (125ordmC) resulting in a variation of 10mVCordm with 500mV of output for 0ordmC The output can thus be read directly from Waspmote through the capture command of the value of the analog pin ANALOG4 to which it is connected through a multiplexer shared with one of the Watermark sensors and controlled by the digital pin DIGI-TAL3 The 5V power supply is regulated through a digital switch that can be activated or disconnected using the digital pin DIGITAL5 It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)

Reading code

floatvalue_temperature=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_TEMPERATURE) delay(2000)waitingforthesensorrsquosresponsetime value_temperature=SensorAgrreadValue(SENS_AGR_TEMPERATURE)

Figure 11 Graph of the MCP9700A sensor output voltage with respect to temperature taken from the Microchip sensorrsquos data sheet


-13- v03

243 Socket

Figure 12 Image of the socket for the MCP900A sensor

The socket for the MCP9700A sensor is basically composed of a three female pins 254mm pitch strip which provides ground 5V power supply and signal connection to the sensor In the image in figure 12 we can see marked the pins of the socket that correspond to those in image 10

25 Humidity+Temperature Sensor (SHT75)

251 Specifications

Power supply 24 ~ 55VMinimum consumption (sleep) 2microWConsumption (measurement) 3mWAverage consumption 90microWCommunication Digital (two wire interface)Storage temperature 10 ~ 50ordmC (0 ~ 80ordmC maximum)Storage humidity 20 ~ 60RH

TemperatureMeasurement range -40ordmC ~ +1238ordmCResolution 004ordmC (minimum) 001ordmC (typical)Accuracy plusmn04ordmC (range 0ordmC ~ +70ordmC) plusmn4ordmC (range -40 ~ +125ordmC)Repeatability plusmn01ordmCResponse time (minimum) 5 seconds (63 of the response)Response time (maximum) 30 seconds (63 of the response)

Figure 13 SHT75 sensorHumidity

Measurement range 0 ~ 100RHResolution 04RH (minimum) 005RH (typical)Accuracy plusmn18RHRepeatability plusmn01RHResponse time 8 seconds


-14- v03

Figure 14 Graph of the 808H5V5 sensor output with respect to relative humidity taken from the Sencera sensorrsquos data sheet


The SHT75 sensor by Sensirion incorporates a capacitive sensor for environmental relative humidity and a band gap sensor for environmental temperature in the same package that permit to measure accurately both parameters The sensor output is read through two wires (data and clock signals connected to DIGITAL6 and DIGITAL8 pins respectively) following a protocol similar to the I2C bus (Inter-Integrated Circuit Bus) This protocol has been implemented in the library of the board so the sensor can be read using the commands specifically designed to that function It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)

Reading code

floatvalue_temperature=0 floatvalue_humidity=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_SENSIRION) delay(10000)waitingforthesensorrsquosresponsetime value_temperature=SensorAgrreadValue(SENS_AGR_SENSIRIONSENSIRION_TEMP) delay(100) thesensorsleepsuntilthenextmeasurement value_humidity=SensorAgrreadValue(SENS_AGR_SENSIRIONSENSIRION_HUM)


-15- v03

253 Socket

Figure 15 Image of the socket for the SHT75 sensor

The socket consists of a four female pin 127mm pitch strip that connects the sensor to its digital outputs (DIGITAL8 and DI-GITAL6 of Waspmote) ground and 33V power supply regulated through a digital switch controlled by the DIGITAL5 pin of the mote

26 Soil Moisture Sensor (Watermark)

261 Specifications

Measurement range 0 ~ 200cbFrequency Range 50 ~ 10000Hz approximatelyDiameter 22mmLength 76mmTerminals AWG 20

Figure 16 Watermark sensor


-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000

Watermark Resistance (kΩ)

Ou

tpu

t Fr

equ

ency

(kH

z)

Figure 17 Output frequency of the Watermark sensor circuit with respect to the resistance of the sensor


The Watermark sensor by Irrometer is a resistive type sensor consisting of two electrodes highly resistant to corrosion em-bedded in a granular matrix below a gypsum wafer The resistance value of the sensor is proportional to the soil water tension a parameter dependent on moisture that reflects the pressure needed to extract the water from the ground It is highly recom-mended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)

Reading Code

floatvalue_soil_humidity_1=0 floatvalue_soil_humidity_2=0 floatvalue_soil_humidity_3=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_WATERMARK_1) delay(100) waitingforthestabilizationofthepowersupply value_soil_humidity_1=SensorAgrreadValue(SENS_AGR_WATERMARK_1) value_soil_humidity_2=SensorAgrreadValue(SENS_AGR_WATERMARK_2) value_soil_humidity_3=SensorAgrreadValue(SENS_AGR_WATERMARK_3)


-17- v03

263 Socket

Figure 18 Image of the socket for the Watermark sensor

Three sockets for Watermark sensors have been placed in the agriculture board including the terminals where the sensors must be screwed down (marked in the image in figure 18) and the electronics necessary for powering and signal conditioning so that the soil moisture can be measured at three different depths Each of this outputs is carried to the input of a multiplexer contro-lled by the digital output DIGITAL3 These multiplexers permit the selection of two groups of sensors the three Watermarks or the humidity temperature and leaf wetness sensors when reading the analog inputs ANALOG2 ANALOG4 and ANALOG6 of the Waspmote

S1

S2

S3



-18- v03

27 Soil Temperature Sensor (PT-1000)

271 Specifications

Measurement range -50 ~ 300ordmCAccuracy DIN EN 60751Resistance (0ordmC) 1000ΩDiameter 6mmLength 40mmCable 2m

Figure 20 PT-1000 sensor

-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)

Figure 21 Output voltage of the PT1000 sensor with respect to temperature


The resistance of the PT1000 sensor varies between approximately 920Ω and 1200Ω in the range considered useful in agricultu-re applications (-20 ~ 50ordmC approximately) which results in too low variations of voltage at significant changes of temperature for the resolution of the Waspmotersquos analog-to-digital converter The power supplies required by the sensor both 33V and 5V are controlled through a digital switch that can be opened or closed via software activating the digital pin DIGITAL5 It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more informa-tion about the consumption of the board and how to handle it in chapter 4)

This sensor only is included in the PRO version


-19- v03

Reading code

floatvalue_PT1000=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_PT1000) delay(100) waitingforthestabilizationofthepowersupply value_PT1000=SensorAgrreadValue(SENS_AGR_PT1000)

273 Socket

Figure 22 Image of the socket for the PT-1000 sensor

The sensor must be connected to its adaptation stage through a 254mm pitch screw terminal block We can see an image of this socket in figure 22

28 Trunk Diameter Dendrometer (Ecomatik DC2)

281 Specifications

Trunkbranch diameter From 2 cmAccuracy plusmn2μmTemperature coefficient lt01μmKLinearity lt2Operation temperature -30 ~ 40ordmCOperation humidity 0 ~ 100RHCable length 2mOutput range 0 ~ 20kΩ

Figure 23 Ecomatik DC2 sensor


-20- v03

Range of the sensor Function of the size of the tree

Tree Diameter(cm)

Measuring Range inCircumference (mm)

Measuring Range in Diameter(mm)

10 3125 994

40 2299 731

100 1658 527


The operation of the three Ecomatik dendrometers DC2 DD and DF is based on the variation of an internal resistance with the pressure that the growing of the trunk stem branch or fruit exerts on the sensor The circuit permits the reading of that resistance in a full bridge configuration through a 16 bits analog-to-digital converter whose reference is provided by a high precision 3V voltage reference in order to acquire the most accurate and stables measurements possible The reading of the converter shared with the PT1000 temperature sensor will be carried out through the I2C bus using the functions of the library SensorAgriculture explained in chapter 32 about this API library The 33V and 5V power supplies of the devices may be cut off or connected via the digital switch controlled by the digital pin DIGITAL5 It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)


Reading code

floatvalue_dendrometer=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_DENDROMETER) delay(100) waitingforthestabilizationofthepowersupply value_dendrometer=SensorAgrreadValue(SENS_AGR_DENDROMETER)

283 Socket

Figure 24 Image of the socket for the dendrometers


-21- v03

Any of the three dendrometers available may be connected to Waspmote through the two 254mm pitch screw terminal blocks marked in the image in figure 24 These two terminal blocks provide the sensor with connection to ground power supply and to the analog-to-digital converter differential input

29 Stem Diameter Dendrometer (Ecomatik DD)

291 Specifications

Stembranch diameter 0 ~ 20cmRange of the sensor 11mmOutput range 0 ~ 20kΩAccuracy plusmn2μmTemperature coefficient lt01μmKOperation temperature -30 ~ 40ordmCOperation humidity 0 ~ 100RHCable length 2m

Figure 25 Ecomatik DD sensor




Reading code



-22- v03

293 Socket



210 Fruit Diameter Dendrometer (Ecomatik DF)

2101 Specifications

Fruit diameter 0 ~ 11cmRange of the sensor 11mmOutput range 0 ~ 20kΩAccuracy plusmn2μmTemperature coefficient lt01μmKOperation temperature -30 ~ 40ordmCOperation humidity 0 ~ 100RHCable length 2m

Figure 27 Ecomatik DF sensor


-23- v03




Reading code


2103 Socket

Figure 28 Image of the socket for the dendrometers Any of the three dendrometers available may be connected to Waspmote through the two 254mm pitch screw terminal blocks marked in the image in figure 28 These two terminal blocks provide the sensor with connection to ground power supply and to the analog-to-digital converter differential input


-24- v03

211 Solar Radiation Sensor - PAR (SQ-110)

2111 Specifications

Responsivity 0200mV por μmolm-2s-1

Maximum radiation output 400mV (2000μmolm-2s-1)Lineal range 1000mV (5000μmolm-2s-1)Sensibility 500μmolm-2s-1mVSpectral range 400 ~ 700nmAccuracy plusmn5Repeatability plusmn1Diameter 24cmHeight 275cmCable length 3mOperation temperature -40 ~ 55ordmCOperation humidity 0 ~ 100RH

Figure 29 SQ-110 sensor

Figure 30 Graph of the spectral response of the SQ-110 sensor compared to the photosynthetic response of a plant


-25- v03


The SQ-110 sensor specifically calibrated for the detection of solar radiation provides at its output a voltage proportional to the intensity of the light in the visible range of the spectrum a key parameter in photosynthesis processes It presents a maximum output of 400mV under maximum radiation conditions and a sensitivity of 500μmolm-2s-1mV In order to improve the accuracy of the reading this is carried out through a 16 bits analog-to-digital converter that communicates with the microprocessor of the mote through the I2C It can be configured or read using the functions implemented in the API library for the Agriculture Board (SensorAgriculture) The 5V power supply of this stage is controlled through a digital switch that can be activated and deactivated using the digital pin DIGITAL5 It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)


Reading code

floatvalue_radiation=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_RADIATION) delay(100) waitingforthestabilizationofthepowersupply value_radiation=SensorAgrreadValue(SENS_AGR_RADIATION)

2113 Socket

Figure 31 Image of the socket for the SQ-110 sensor

This sensor is connected to the analog-to-digital converter through a three way 254mm pitch screw terminal block (marked in the image in figure 31)


-26- v03

212 Ultraviolet Radiation Sensor - UV (SU-100)

2121 Specifications

Responsivity 015mV μmolm-2s-1

Maximum radiation output 26mV (170μmolm-2s-1)Lineal range 60mV (400μmolm-2s-1)Sensibility 65μmolm-2s-1mVSpectral range 250 ~ 400nmAccuracy plusmn10Repeatability plusmn1Diameter 24cmHeight 275cmCable length 3mOperation humidity 0 ~ 100RH

Figure 32 SU-100 sensor

Figure 33 Graph of the spectral response of the SU-100 sensor compared to the photosynthetic response of a plant


-27- v03


The SU-100 sensor complementary to the SQ-110 sensor provides at its output a voltage proportional to the intensity of the light in the ultraviolet range of the spectrum It presents a maximum output of 26mV under maximum radiation conditions and a sensitivity of 65μmolm-2s-1mV This sensor is read by the mote through the same 16 bits analog-to-digital converter used with the SQ-110 sensor It can be configured or read using the functions implemented in the API library for the Agriculture Board (SensorAgriculture) The 5V power supply of this stage is controlled through a digital switch that can be activated and deac-tivated using the digital pin DIGITAL5 It is highly recommended to switch off this sensor in order to minimize the global con-sumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)


Reading code

floatvalue_radiation=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_RADIATION) delay(100) waitingforthestabilizationofthepowersupply value_radiation=SensorAgrreadValue(SENS_AGR_RADIATION) value_SU100=value_radiation000015

2123 Socket

Figure 34 Image of the socket for the SU-100 sensor



-28- v03

213 Weather Station

The weather station consists of three different sensors described in detail below a wind vane an anemometer and a pluviome-ter It connects to Waspmote through two RJ11 sockets one for the pluviometer and another one shared by the wind vane and the anemometer

Figure 35 Image of the Weather Station

2131 Anemometer

21311 Specifications

Sensitivity 24kmh turnWind Speed Range 0 ~ 240kmhHeight 71 cmArm length 89 cmConnector RJ11

Figure 36 Anemometer


-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)

Figure 37 Output voltage of the anemometer with respect to the wind speed


The anemometer chosen for Waspmote consists of a Reed switch normally open that closes for a short period of time when the arms of the anemometer complete a turn so the output is a digital signal whose frequency will be proportional to the wind speed That signal converted to an analog voltage can be read from the analog pin ANALOG7 of the Waspmote This converted value is also used to trigger an interrupt in the RXD1 pin of the Waspmote microprocessor This permits to establish a maximum wind speed from which Waspmote will be awaken to carry out a specific task with no need to measure continuously the ane-mometer The power of the sensor and of the electronics around it may be connected or disconnected using a digital switch controlled by the ANALOG1 pin It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)

The possibility of establishing a threshold interruption from the anemometer output has been included Thus an interrupt which can be used to wake the mote up or carry out a determined task will be generated when the maximum wind speed fixed is surpassed You can find an application example of this feature in the sample code shown in chapter 3


Reading code

floatvalue_anemometer=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_ANEMOMETER) delay(100) waitingforthestabilizationofthepowersupply value_anemometer=SensorAgrreadValue(SENS_AGR_ANEMOMETER)


-30- v03

21313 Socket

Figure 38 Image of the connector for the anemometer

The anemometer must be connected to the board through the RJ11 socket marked in the image in figure 38

2132 Wind Vane


Height 89 cmLength 178 cmMaximum accuracy 225ordmResistance range 688Ω ~ 120kΩConnector RJ11

Figure 39 Wind Vane


The wind vane consists of a basement that turns freely on a platform endowed with net of eight resistances connected to eight switches that are normally and are closed (one or two) when a magnet in the basement acts on them which permits us to dis-tinguish up to 16 different positions (the equivalent to a resolution of 225ordm) The equivalent resistance of the wind vane along with a 10kΩ resistance form a voltage divider powered at 33V through a digital switch controlled by the ANALOG1 pin whose output can be measured in the analog input ANALOG5 It is highly recommended to switch off this sensor in order to minimize the global consumption of the board (you can find more information about the consumption of the board and how to handle it in chapter 4)

Below a table with the different values that the equivalent resistance of the wind vane may take is shown along with the di-rection corresponding to each value


-31- v03

Direction (Degrees) Resistance (kΩ) Voltage (V)

0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code

floatvalue_vane=0 SensorAgrsetSensorMode(SENS_ONSENS_AGR_VANE) delay(100) waitingforthestabilizationofthepowersupply value_vane=SensorAgrreadValue(SENS_AGR_VANE)

21323 Socket

Figure 40 Image of the connector for the wind vane

The wind vane is connected to the board through a RJ11 socket that can be seen in th image in figure 40


-32- v03

2133 Pluviometer


Height 905 cmLength 23 cmBucket capacity 028 mm of rainConnector RJ11

Figure 41 Pluviometer


The pluviometer consists of a small bucket that once completely filled (028mm of water approximately) closes a switch emp-tying automatically afterwards The result is a digital signal whose frequency is proportional to the intensity of rainfall The sen-sor is connected directly to the Waspmote DIGITAL2 digital input through a pull-up resistance and to the interruption pin TXD1 allowing the triggering of an interrupt of the microprocessor when the start of the rain is detected Since the consumption of this sensor in absence of rain is null no elements of power control have been added for it


Reading code

floatvalue_pluviometer=0 delay(100) waitingforthestabilizationofthepowersupply value_pluviometer=SensorAgrreadValue(SENS_AGR_PLUVIOMETER)

21333 Socket

Figure 42 Image of the socket for the pluviometer

In the image in figure 42 we can see marked the RJ11 socket where the pluviometer should be connected


-33- v03

214 Integration of New SensorsThose sensors that have been tested on the agriculture board by Libelium are detailed and recommended in this handbook However other different sensors such as the 10HS EC-5 and MPS-1 by Decagon which present an output analogous to that of those previously described as a resistance or an analog voltage can be integrated in the board taking into account their consumptions when developing the application and always respecting the motersquos specifications (please refer to chapter 2 of the Waspmote technical guide)

3 Board configuration and programming

31 Hardware configurationThe Waspmote Agriculture Board hardly requires a manual hardware configuration since all the power control and sensor rea-ding operations can be carried out digitally It will be only necessary to ensure that the sensors are connected in the right way to their sockets for a proper measurement

32 APIA library for the Agriculture Board has been programmed that added to the Waspmote IDE allows to manage in an easy way the resources of the board the power supply the start-up and reading of the sensors and the interrupts

SensorAgrsetBoardMode(MODE)

This function is used to manage the power applied to the board Assigning the value SENS_ON to the variable MODE activates the boardrsquos switches which allow the passage of the 33V and 5V supplies whiles assigning the value SENS_OFF disconnects both switches cutting the power

SensorAgrsetSensorMode(MODE TYPE)

This function allows activation or deactivation of each of the sensors by assigning to the variable MODE the values SENS_ON (for turning the sensor on) or SENS_OFF (for turning the sensor off) The sensor to be managed is pointed through the variable TYPE

Atmospheric pressure SENS_AGR_PRESSURE Watermark nordm 1 SENS_AGR_WATERMARK_1 Watermark nordm 2 SENS_AGR_WATERMARK_2 Watermark nordm 3 SENS_AGR_WATERMARK_3 Anemometer SENS_AGR_ANEMOMETER Wind Vane SENS_AGR_VANE Dendrometer SENS_AGR_DENDROMETER PT1000 SENS_AGR_PT1000 Leaf wetness SENS_AGR_LEAF_WETNESS Temperature SENS_AGR_TEMPERATURE Humidity SENS_AGR_HUMIDITY Solar radiation SENS_AGR_RADIATION Temperature and humidity (Sensirion) SENS_AGR_SENSIRION

When turning on and off each of the sensors take into account that many of them are grouped under the same solid state switch so when you modify the state of any sensor of the group you will be also acting on all the other sensors associated to its control switch You can find more information on how the sensors are grouped in chapter 41

SensorAgrreadValue(SENSOR TYPE)

Agriculture Board - Board configuration and programming

-34- v03

The instruction readValue captures the output value of the sensor and stores it in floating point in the variable to which it has been assigned The sensor whose output we want to read is defined by the variable SENSOR which can take the same values enumerated in the section about the setSensorMode function The captured value is converted into the units corresponding to the sensor that has been read The parameter TYPE is only necessary when the sensor to be read is the temperature and humidi-ty SHT75 by Sensirion for which it is required to point which of the two measurements is going to be made (SENSIRION_TEMP for temperature and SENSIRION_HUM for humidity)

SensorAgrsetAnemometerThreshold(THRESHOLD)

This function is used to configure the comparison threshold value which regulates the anemometer interrupt trigger In the variable THRESHOLD the value to be given to this threshold is introduced in floating point format (float) as the wind speed in kilometers per hour (in the range between 0 and 264 kmh)

SensorAgrattachInt(SENSOR)

The attachInt function enables the interrupts generated by the sensor introduced in the variable SENSOR which can take the values SENS_AGR_ANEMOMETER to activate the anemometer interrupt or SENS_AGR_PLUVIOMETER to activate the pluvio-meter interrupt Take into account that for the interrupt of the anemometer to be triggered this sensor must have been turned on previously using the function setSensorMode of this library

SensorAgrdetachInt(SENSOR)

Complementing the previous function the aim of detachInt is to deactivate the interrupts if the microprocessor is not required to react in the event of a change in one of the sensors After its execution the mote will ignore any interrupt which arrives from the sensor pointed in the variable SENSOR until the attachInt instruction is activated again

SensorAgrsleepAgr(TIME OFFSET MODE OPTION AGR_INTERRUPT)

The function sleepAgr is an adaptation of the function deepSleep in the library WaspPWRcpp that allows to put the Waspmote to sleep turning the power of the board completely off or keeping the pluviometer or anemometer circuits on if the interrupts of these sensors are going to be used to wake up the microprocessor The parameters TIME OFFSET MODE and OPTION allow to define the time the mote will be in deep sleep mode before waking up with an RTC interrupt and the modules that will be inactive during this time like in the original function (look at the Waspmote technical guide and programming guide for more information) To activate the pluviometer or the anemometer interrupts the parameter AGR_INTERRUPT must be assigned with the values SENS_AGR_ANEMOMETER or SENS_AGR_PLUVIOMETER (remember not to deactivate the sensor board when defi-ning the parameter OPTION for a correct operation of the interrupts)

Below you can see a sample of code in which the board is activated and put to sleep for ten minutes with the interrupts of ra-infall and wind speed activated (the threshold of the anemometer interrupt fixed at 90 kmh) When an interrupt from the RTC or the sensor board comes in the mote wakes up and the pluviometer dendrometer anemometer and temperature sensor are read The measurements taken are transmitted via XBee

floatvalue_temperature=0floatvalue_dendrometer=0floatvalue_anemometer=0floatvalue_pluviometer=0

voidsetup()SensorAgrsetBoardMode(SENS_ON) RTCbegin() delay(100)SensorAgrsetAnemometerThreshold(900)

voidloop()RTCbegin() SensorAgrsleepAgr(ldquo00001000rdquoRTC_OFFSETRTC_ALM1_MODE1UART0_OFF|UART1_OFF|BAT_OFFSENS_AGR_ANEMOMETER|SENS_AGR_PLUVIOMETER) SensorAgrdetachInt(SENS_AGR_ANEMOMETER|SENS_AGR_PLUVIOMETER)


-35- v03

delay(100) value_pluviometer=SensorAgrreadValue(SENS_AGR_PLUVIOMETER) value_anemometer=SensorAgrreadValue(SENS_AGR_ANEMOMETER) value_temperature=SensorAgrreadValue(SENS_AGR_TEMPERATURE) value_dendrometer=SensorAgrreadValue(SENS_AGR_DENDROMETER)delay(100)

XBeesetMode(XBEE_ON) delay(100) XBeeprint(ldquoPluviometerldquo) XBeeprint(value_pluviometer) XBeeprint(ldquoAnemometerldquo) XBeeprint(value_anemometer) XBeeprint(ldquoTemperatureldquo) XBeeprint(value_pluviometer) XBeeprint(ldquoDendrometerldquo) XBeeprintln(value_pluviometer) delay(100) XBeesetMode(XBEE_OFF)

The files related to this sensor board are WaspSensorAgrcpp WaspSensorAgrh

4 Consumption

41 Power controlThe electronics of the Agriculture Board requires the 33V power supply from the Waspmote regulator and the 5V power supply from the DC-DC converter both can be controlled from the microprocessor of the mote using the function setBoardMode of the API for turning it completely on or off

Inside the board itself the power of the sensors may be managed separately using the digital solid state switches system like in other sensor boards for the Waspmote platform allowing to keep the board on with a minimum consumption of 106μA This way the 14 sensors that as a maximum can be connected simultaneously to the Agriculture Board have been put together into four different groups following two criteria the consumption of the sensors and the job their perform The API functions that control the activation of the sensors as the rest of the functions specifically created for this board can be found in the library SensorAgr explained in chapter 32

Watermark Group The first of this groups is formed by the three Watermark sensors for soil humidity and electronic adapta-tion stages described in chapter 263 The 33V power supply is connected to the sensors and the rest of the electronics through switch 2 that can be manipulated through the digital pin DIGITAL1

Meteorology Group The second group is formed by the wind vane and the anemometer of the weather station described in sections 28 and 29 In this case both sensors need 33V and 5V power supplies (for the anemometer LM231 counter) both of them controlled by the same pin (ANALOG1 configured as a digital output pin) and by the same integrated circuit (switch 4)

Low Consumption Group The third group is formed by all the low consumptions sensors the dendrometer the temperature sensor the humidity sensor the leaf wetness sensor the soil temperature sensor the solar radiation sensor and the humidity plus temperature sensor The regulation of the power of these sensors requires three different integrated circuits (switches 1 2 and 3) all of them controlled through the same digital pin (DIGITAL5) This group of sensors needs both the 5V and the 33V power suppliesAt last the atmospheric pressure sensor MPX4115A is powered independently of the rest of the sensors owing to its large consumption Its power supply (5V) is controlled also through the switch 3 but in this case its activation and deacti-vation is carried out by the digital pin DIGITAL7

Agriculture Board - Consumption

-36- v03

The pluviometer is kept powered all the time at 33V except when the whole board is turned off from the Waspmote The con-venience of monitoring the rainfall all the time once the mote has been deployed in determined applications is the main reason for it along with the fact that the consumption of this sensor in absence of rain is almost null

42 Tables of consumptionIn the following table the consumption of the board is shown the constant minimum consumption (fixed by the permanently active components) the minimum consumption of the electronics included in each grouped formed by the switches (without sensors) and the individual consumptions of each of the sensors connected alone to the board (the total consumption of the board with a determined sensor will be calculated as the sum of the constant minimum consumption of the board plus the minimum consumption of the group to whom the sensor belongs plus the consumption of the sensor)

Remember that the boardrsquos power can be completely disconnected reducing the consumption to zero using the 33V and the 5V main switches disconnection command included in the library

Consumption

Minimum (Constant) 106μA

Weather Station group 7mA

Watermark Sensors group 14mA

Low Consumption group 22mA

Atmospheric Pressure sensor 112μA

Watermark (1 sensor) lt08mA

Watermark (2 sensors) lt15mA


Anemometer lt400μA

Wind Vane lt300μA

Pluviometer 0μA (330μA en Pulso en ON -10ms aproximadamente-)

Humidity (808H5V5) 07mA

Temperature (MCP9700A) 6μA

SHT75 lt1μA

Solar Radiation sensor - PAR (SQ-110) 0μA

Ultraviolet Radiation Sensor - UV (SU-100) 0μA

PT1000 15mA

Dendrometers 160μA

Leaf Wetness Sensor lt240μA


-37- v03

43 Low consumption modeThe Waspmote Agriculture Board has been designed to have the least consumption possible For this the only recommenda-tions which the user must try to follow are the following

bull Switch off the sensor groups that are not to be usedTurn on only those sensors to be measured and only for the necessary time to acquire their output values

bull Use the Waspmote low consumption modeThis boardrsquos library includes a command to put the mote into a low consumption mode Use it during the time in which the mote is not carrying out any measurement and try to space them as much as you application allows you

bull Do not connect senors that are not going to be usedSince several sensors share the same power line a sensor that is not going to be used connected to the board will entail an additional consumption and so a shorter life of the battery

5 Maintenance bull In this section the term ldquoWaspmoterdquo encompasses both the Waspmote device itself as well as its modules and sensor boards bull Take care with the handling of Waspmote do not drop it bang it or move it sharply bull Avoid putting the devices in areas of high temperatures since the electronic components may be damaged bull The antennas are lightly threaded to the connector do not force them as this could damage the connectors bull Do not use any type of paint for the device which may damage the functioning of the connections and closure mecha-

nisms

6 Disposal and recycling bull In this section the term ldquoWaspmoterdquo encompasses both the Waspmote device itself as well as its modules and sensor boards bull When Waspmote reaches the end of its useful life it must be taken to a recycling point for electronic equipment bull The equipment has to be disposed on a selective waste collection system different to that of urban solid waste Please

dispose it properly bull Your distributor will inform you about the most appropriate and environmentally friendly waste process for the used prod-

uct and its packaging

Agriculture Board - Maintenance

-2- v03


Document version v03 - 112010 copy Libelium Comunicaciones Distribuidas SL

INDEX

0 General 401 General and safety information 402 Conditions of use 4

1 Hardware 511 General Description 512 Specifications 513 Electrical Characteristics 514 Agriculture Board Versions 6

2 Sensors 621 Atmospheric Pressure Sensor (MPX4115A) 6

211 Specifications 6212 Measurement Process7213 Socket 8

22 Leaf Wetness Sensor (LWS) 8221 Specifications 8222 Measurement Process8223 Socket 9

23 Humidity Sensor (808H5V5) 9231 Specifications 9232 Measurement Process 10233 Socket 11

24 Temperature Sensor (MCP9700A) 11241 Specifications 11242 Measurement Process 12243 Socket 13

25 Humidity+Temperature Sensor (SHT75) 13251 Specifications 13252 Measurement Process 14253 Socket 15

26 Soil Moisture Sensor (Watermark) 15261 Specifications 15262 Measurement Process 16263 Socket 17

27 Soil Temperature Sensor (PT-1000) 18271 Specifications 18272 Measurement Process 18273 Socket 19

28 Trunk Diameter Dendrometer (Ecomatik DC2) 19281 Specifications 19

-3- v03










21313 Socket 30



21323 Socket 31



21333 Socket 32




5 Maintenance 37


-4- v03


0 General
















-5- v03


1 Hardware



Figure 1 Upper side


-6- v03






2 Sensors


211 Specifications




-7- v03





Reading Code



-8- v03

213 Socket




221 Specifications






-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-3- v03










21313 Socket 30



21323 Socket 31



21333 Socket 32




5 Maintenance 37


-4- v03


0 General
















-5- v03


1 Hardware



Figure 1 Upper side


-6- v03






2 Sensors


211 Specifications




-7- v03





Reading Code



-8- v03

213 Socket




221 Specifications






-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-4- v03


0 General
















-5- v03


1 Hardware



Figure 1 Upper side


-6- v03






2 Sensors


211 Specifications




-7- v03





Reading Code



-8- v03

213 Socket




221 Specifications






-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-5- v03


1 Hardware



Figure 1 Upper side


-6- v03






2 Sensors


211 Specifications




-7- v03





Reading Code



-8- v03

213 Socket




221 Specifications






-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-6- v03






2 Sensors


211 Specifications




-7- v03





Reading Code



-8- v03

213 Socket




221 Specifications






-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-7- v03





Reading Code



-8- v03

213 Socket




221 Specifications






-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-8- v03

213 Socket




221 Specifications






-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-9- v03

Reading code


223 Socket




231 Specifications




-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-10- v03




Reading code




-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-11- v03

233 Socket




241 Specifications




-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-12- v03



Reading code




-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-13- v03

243 Socket




251 Specifications






-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-14- v03




Reading code



-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-15- v03

253 Socket




261 Specifications




-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-16- v03

1 10 100 1000 100000

500

1000

1500

2000

2500

3000

3500

4000

4500

5000


Ou

tpu

t Fr

equ

ency

(kH

z)




Reading Code



-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-17- v03

263 Socket



S1

S2

S3



-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-18- v03


271 Specifications



-50 -25 0 25 50 75 100 125-018-015-013-010-008-005-003000002005007010013015018020023025028030

Temperature (ordmC)

Out

put

Volt

age

(V)






-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-19- v03

Reading code


273 Socket




281 Specifications




-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-20- v03


Tree Diameter(cm)



10 3125 994

40 2299 731

100 1658 527




Reading code


283 Socket



-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-21- v03



291 Specifications






Reading code



-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-22- v03

293 Socket




2101 Specifications




-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-23- v03




Reading code


2103 Socket



-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-24- v03


2111 Specifications






-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-25- v03




Reading code


2113 Socket




-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-26- v03


2121 Specifications






-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-27- v03




Reading code


2123 Socket




-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-28- v03

213 Weather Station



2131 Anemometer





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-29- v03

0 25 50 75 100 125 150 175 200 225 2500

025

05

075

1

125

15

175

2

225

25

275

3

Wind Speed (kmh)

Ou

tpu

t V

olta

ge

(V)






Reading code



-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-30- v03

21313 Socket



2132 Wind Vane



Figure 39 Wind Vane





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-31- v03


0 33 253

225 657 131

45 82 149

675 0891 027

90 1 03

1125 0688 021

135 22 059

1575 141 041

180 39 092

2025 314 079

225 16 203

2475 1412 193

270 120 305

2925 4212 267

315 649 286

3375 2188 226


Reading code


21323 Socket




-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-32- v03

2133 Pluviometer







Reading code


21333 Socket




-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-33- v03













-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-34- v03















-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-35- v03




4 Consumption







-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-36- v03




Consumption









Anemometer lt400μA

Wind Vane lt300μA




SHT75 lt1μA



PT1000 15mA

Dendrometers 160μA



-37- v03






nisms





-37- v03






nisms





Agriculture Sensor Board Eng

Documents

Transcript of Agriculture Sensor Board Eng