• Active Air Temperature sensor Galltec "TP"

    • The temperature humidity sensor series „xP“ are compact sensors in stick version with fixed connected cable.
    • The relative humidity is measured by a capacitive sensing element and the value will be placed at the output as analogue signal.
    • The temperature measurement is made by a P100-resistor (1/3 DIN).
    • The signal is available as an analogue output as well.
    • The sensors are obtainable as single temperature probe or as combined sensor for temperature and humidity measurement.
    https://www.ammonit.com/media/filer_public/2b/5e/2b5e6e62-8f48-4112-a290-b948fac14553/temperaturehumidity_s42100-s52100-s50050.pdf
  • Active Air Temperature / Humidity sensor Galltec "KP"

    • The temperature humidity sensors are compact sensors in a rod-design with plug-in connection to measure relative humidity and temperature (individually or together) with high precision in air an other non-aggressive gases.
    • The delivery includes the coupling plug.
    • The relative humidity is measured by a capacitive sensing element and the value will be placed at the output as analog output as well.
    https://www.ammonit.com/media/filer_public/2b/5e/2b5e6e62-8f48-4112-a290-b948fac14553/temperaturehumidity_s42100-s52100-s50050.pdf
  • Weather and Radiation Shield for Air Temperature / Humidity Sensor

    • Matt black undersides to reduce solar radation influxes
    • Proven toughness, UV stability and salt spray resistance
    • Easily dismantlable; additional cable routing
    https://www.ammonit.com/media/filer_public/75/f8/75f83750-54a4-4738-a5ee-e574f404788c/weatherradiationshield_s50050.pdf
  • Air Pressure Sensor AB 60

    • Piezoelectric barometric pressure sensor
    • Low power consumption
    • Operating pressure:
    • 800 ... 1100 hPa (mbar)

    Measurement principle

    The piezoelectric pressure sensor’s signal is electronically amplified to provide an output signal of 0...5 VDC.

    Mounting

    The sensor is mounted in a stainless steel housing, protection class IP64 when the connector is plugged in.
    When mounted outside the central steel cabinet we recommend protective housing with pressure compensation.
    In measurement operation the sensor needs an external supply of at least 9 VDC.

    https://www.ammonit.com/media/filer_public/59/d5/59d58be7-7f73-4c4e-9c7d-6692b6df3ba8/barometer_ab60-100_s31105-s31205.pdf
  • Air Pressure Sensor AB 100

    • Piezoelectric barometric pressure sensor
    • Low power consumption
    • Operating pressure:
    • 600 ... 1100 hPa (mbar)

    Measurement principle

    The piezoelectric pressure sensor’s signal is electronically amplified to provide an output signal of 0...5 VDC.

    Mounting

    The sensor is mounted in a stainless steel housing, protection class IP64 when the connector is plugged in.
    When mounted outside the central steel cabinet we recommend protective housing with pressure compensation.
    In measurement operation the sensor needs an external supply of at least 9 VDC.

    https://www.ammonit.com/media/filer_public/59/d5/59d58be7-7f73-4c4e-9c7d-6692b6df3ba8/barometer_ab60-100_s31105-s31205.pdf
  • Air Pressure Sensor Vaisala PTB110.1

    • Accuracy ±0.3 hPa @ +20 °C
    • Delivery including IEC 17025 calibration certificate
    • Accurate barometric pressure measurements at a room temperature and
    • General environmental pressure monitoring over a wide temperature range

    Vaisala BAROCAP® technology

    The PTB110 barometric pressure sensor uses the Vaisala BAROCAP® sensor, a silicon capacitive absolute pressure sensor developed by Vaisala for barometric pressure measurement applications. The sensor combines the outstanding elasticity characteristics and mechanical stability of single-crystal silicon with the proven capacitive detection principle.

    Accuracy and stability

    The excellent long-term stability of the barometric pressure sensor minimizes or even removes the need for field adjustment in many applications.

    Applications

    The PTB110 is suitable for a variety of applications, such as environmental pressure monitoring, data buoys, laser interferometers, and in agriculture and hydrology. The compact PTB110 is especially ideal for data logger applications as it has low power consumption.

    https://www.ammonit.com/media/filer_public/f5/8f/f58f9d04-23a5-43a6-a5aa-a0cd0e176726/barometer_vaisalaptb110_s32100-s32200-s32300.pdf
  • Air Pressure Sensor Vaisala PTB110.2

    • Accuracy ±0.3 hPa @ +20 °C
    • Delivery including IEC 17025 calibration certificate
    • Accurate barometric pressure measurements at a room temperature and
    • General environmental pressure monitoring over a wide temperature range

    Vaisala BAROCAP® technology

    The PTB110 barometric pressure sensor uses the Vaisala BAROCAP® sensor, a silicon capacitive absolute pressure sensor developed by Vaisala for barometric pressure measurement applications. The sensor combines the outstanding elasticity characteristics and mechanical stability of single-crystal silicon with the proven capacitive detection principle.

    Accuracy and stability

    The excellent long-term stability of the barometric pressure sensor minimizes or even removes the need for field adjustment in many applications.

    Applications

    The PTB110 is suitable for a variety of applications, such as environmental pressure monitoring, data buoys, laser interferometers, and in agriculture and hydrology. The compact PTB110 is especially ideal for data logger applications as it has low power consumption.

    https://www.ammonit.com/media/filer_public/f5/8f/f58f9d04-23a5-43a6-a5aa-a0cd0e176726/barometer_vaisalaptb110_s32100-s32200-s32300.pdf
  • Air Pressure Sensor Vaisala PTB110.3

    • Accuracy ±0.3 hPa @ +20 °C
    • Delivery including IEC 17025 calibration certificate
    • Accurate barometric pressure measurements at a room temperature and
    • General environmental pressure monitoring over a wide temperature range

    Vaisala BAROCAP® technology

    The PTB110 barometric pressure sensor uses the Vaisala BAROCAP® sensor, a silicon capacitive absolute pressure sensor developed by Vaisala for barometric pressure measurement applications. The sensor combines the outstanding elasticity characteristics and mechanical stability of single-crystal silicon with the proven capacitive detection principle.

    Accuracy and stability

    The excellent long-term stability of the barometric pressure sensor minimizes or even removes the need for field adjustment in many applications.

    Applications

    The PTB110 is suitable for a variety of applications, such as environmental pressure monitoring, data buoys, laser interferometers, and in agriculture and hydrology. The compact PTB110 is especially ideal for data logger applications as it has low power consumption.

    https://www.ammonit.com/media/filer_public/f5/8f/f58f9d04-23a5-43a6-a5aa-a0cd0e176726/barometer_vaisalaptb110_s32100-s32200-s32300.pdff
  • Air Pressure Sensor Thies (Heated)

    • Piezo-ceramic air pressure sensor
    • High accuracy and long-term stability
    • Scalable measurement range 300 ... 1100 hPa
    • 3 output options available:
    • Analog output (0 ... 5 V)
    • Frequency output (300 ... 1100 Hz)
    • RS485 output

    The sensor measures the absolute air pressure of the atmosphere at the site. It is designed for application in the field of meteorology and environmental protection, where high accuracy, quick responding behaviour, long-term stability and reliability are required.

    A tempered piezo-ceramic sensor for absolute pressure is used, which is characterized by thermal and mechanical stability.

    The sensor offers three options for data retrieval: serial interface via RS485, frequency output and analog output.
    The electrical connection is done via an 8-pole terminal strip and a special screwed cable gland with smoothing function for air pressure.
    We recommend using an additional weather shield or protective housing with pressure balance function.

    https://www.ammonit.com/media/filer_public/c0/9a/c09a6d39-6ce7-40ef-ba23-91f884892782/precipitationsensor_thies_s71100-h.pdf
  • Precipitation Sensor Young

    Meets the specifications of the World Meteorological Organization (WMO)

    • Available in headted version for cold climates

    Catchment area of 200 cm² and measurement resolution of 0.1 mm meet the recommendations of the WMO.

    The design uses a proven tipping bucket mechanism for simple and effective rainfall measurement. The bucket geometry and material are specially selected for maximum water release, thereby reducing contamination and errors.

    Leveling screws and bulls-eye level are built in for easy and precise adjustment in the field. Measured precipitation is discharged through a collection tube for verification of total rainfall.

    Model S73100H is heated for operation in cold temperatures. An unheated version, S73100, is available for use in moderate climates. To discourage birds from perching on the funnel rim, accessory bird wire assembly may be attached to the gauge.

    Location of rain gauge:

    Precipitation measurement is greatly affected by location of the rain gauge. Select a location that is naturally protected from gusts and crosswinds. Avoid a site prone to contamination from debris such as falling leaves, dirt, etc.

    https://www.ammonit.com/media/filer_public/4b/dd/4bddd5b4-e609-4366-a55a-9ab53f2a1b1d/precipitationsensor_young_s73100-h.pdf
  • https://www.ammonit.com/media/filer_public/4b/dd/4bddd5b4-e609-4366-a55a-9ab53f2a1b1d/precipitationsensor_young_s73100-h.pdf
  • Precipitation Sensor Thies

    • Available in headted version for cold climates

    The Thies Precipitation Monitor transmits signals to determine the beginning and end of precipitation as well as the duration of the period of precipitation.

    Charateristic Desciption / Value
    Collector surface 200 cm²
    Resolution 0.1 mm per tipping-bucket pulse
    Measuring range 0 ...11 mm/min
    Accuracy output
    1 within the range of 0 ... 11 mm/min

    ±3 %
    (tested under laboratory conditions with distilled water)
    Measuring principle tipping-bucket
    Ambient temperature 0 ... +60 °C (without heating),
    -25 ... +60 °C (with heating)
    Output signal 1 (Reed contact with linearization)
    Pulse length 125 ms
    Tipping-bucket frequency 0 ... 2 Hz
    Operating voltage 5 VDC
    Output signal 2
    Pulse length 50 ms
    Pulse frequency 0 ... 2 Hz
    Contact load max. 0.5 W
    Contact voltage (Vcc) max. 42 V
    Heating 24 VAC/DC; 48.5 W
    Montage onto mast tube Ø 50 mm
    Weight 3.3 kg
    Manufacturer Thies
    Accessories Module M83200 or M83570

    https://www.ammonit.com/media/filer_public/c0/9a/c09a6d39-6ce7-40ef-ba23-91f884892782/precipitationsensor_thies_s71100-h.pdf
  • Precipitation Monitor Thies (Heated)

    The Thies Precipitation Monitor transmits signals to determine the beginning and end of precipitation as well as the duration of the period of precipitation.

    Charateristic Desciption / Value
    Measuring value Status of precipitation
    Drop size ≥ 0.2 mm
    Switch-on condition 1 ... 15 incidences within 50 seconds
    Switch-on /-off delay none / 25 ... 375 seconds
    Operating range
    Ambient temperature -30 ... 60°C
    Electrical data
    Electrical supply 12 - 28 VDC/ 50 mA
    1,2 A @ 24 VDC
    Relais S72100H: HZ Modus A
    S72110H: HZ Modus C
    General
    Mounting Mounting on mast tube Ø 34 ... 50 mm
    Dimension 38 x 125 x 136 mm (height x width x length)
    Weight 0.4 kg
    Protection IP 65
    Manufacturer Thies

    https://www.ammonit.com/media/filer_public/40/da/40da96ba-e1f9-4b7c-8f28-7a09688bc198/precipitation_monitor_thies_s72100h_s72110h.pdf
  • Precipitation Monitor Thies (Heated)

    The Thies Precipitation Monitor transmits signals to determine the beginning and end of precipitation as well as the duration of the period of precipitation.

    Charateristic Desciption / Value
    Measuring value Status of precipitation
    Drop size ≥ 0.2 mm
    Switch-on condition 1 ... 15 incidences within 50 seconds
    Switch-on /-off delay none / 25 ... 375 seconds
    Operating range
    Ambient temperature -30 ... 60°C
    Electrical data
    Electrical supply 12 - 28 VDC/ 50 mA
    1,2 A @ 24 VDC
    Relais S72100H: HZ Modus A
    S72110H: HZ Modus C
    General
    Mounting Mounting on mast tube Ø 34 ... 50 mm
    Dimension 38 x 125 x 136 mm (height x width x length)
    Weight 0.4 kg
    Protection IP 65
    Manufacturer Thies

    https://www.ammonit.com/media/filer_public/40/da/40da96ba-e1f9-4b7c-8f28-7a09688bc198/precipitation_monitor_thies_s72100h_s72110h.pdf
  • Weather Station Thies Clima Sensor US

    • Compact weather station to measure the most important meteorological parameters
    • Implemented GPS receiver
    • RS485
    • Modbus protocol

    The CLIMA SENSOR US is used for acquisition of the most important meteorological parameters. Depending on the development level the device supplies measured data for:

    • wind speed and direction, averaging acc. to WMO-recommendations
    • air temperature
    • relative humidity
    • barometric air pressure
    • precipitation
    • brightness

    The compact design, simple mounting and different options for data output permit operation with numerous applications.

    Wind speed and wind direction are determined by acquiring 2-dimensional horizontal components of ultrasonic measurement paths positioned at right angles in relation to each other. The speed of sound can be additionally used to calculate and output the acoustic virtual temperature. The ultrasonic measurement principle allows inertia-free measurement of gusts and peak values.

    Air temperature and relative humidity are measured via a built-in precision combination sensor, which is equipped with a weather and radiation shield. Barometric air pressure is measured with a MEMs (micro-electro-mechanical system) sensor, based on piezoresistive technology.

    Measurement of the precipitation intensity are contactless using a signal reflected with a Doppler radar. When calculating, the intensity captured for the last minute is extrapolated to an output for one hour. The type of precipitation can roughly be determined from the measured values of rainfall speed, intensity, temperature and humidity.

    Brightness is captured by 4 photo sensors with spectral sensitivity curve. The direction of the light source is calculated using the prevailing intensity conditions. The logarithmic intensity characteristic of the photo sensors allows light intensities to be measured and output in a wide range between 1 – 150,000 lux.

    A GPS receiver is used for the determination of position and as a real-time source. Additionally, it is used to calculate the current position of the sun. Position, time and position of the sun are provided via the RS485 / RS422 interfaces.

    A RS485/422 interface is available for serial communication. It can be operated in full or half duplex mode. Predefined data telegrams are available for outputting measured values (e.g., VD, VDT, NMEA, etc.). A Modbus RTU protocol is additionally implemented for extended standardised communication. The device can be switched to Modbus RTU mode with the relevant command.

    The CLIMA SENSOR US is equipped with a built-in heating system.

     

  • Compact Weather Station Lufft WS300-UMB

    • Compact weather station for measurement of wind speed and wind direction (2D ultrasonic) or air pressure, temperature and relative
    • humidity
    • RS485 interface
    • MODBUS communication protocol


    The Lufft compact weather stations with Universal Measurement Bus (UMB) are designed for recording environmental data. The WS series provides a comprehensive range of environmental sensors for recording wind speed and wind direction as well as air pressure, temperature, relative humidity and precipitation. The compact weather stations in particular are outstanding due to their unrivaled price-performance ratio. The top-of-the-range model, WS600-UMB, incorporates sensors for temperature, humidity, precipitation, air pressure, wind direction and wind speed.

    Wind data is measured by 2D ultrasonic. The measurement principle for temperature is NTC, air pressure and relative humidity are measured capactive.

    The electrical connection for all UMB compact weather stations is made via a standard plug connector system. This keeps installation and service costs to a minimum. All UMB compact weather stations can be polled by means of a standard protocol. Once data polling has been incorporated for one sensor, additional sensors can be added by easy parameterization of the data polling system.

    Channel-oriented sensor data polling delivers a large number of computed variables in metric and US format, hence there is no need for conversion by the user. Sensors can be configured, equipment tested and firmware updated with the free configuration software (UMBConfig-Tool).

     

    https://www.ammonit.com/media/filer_public/15/e8/15e8636f-3857-4a31-952b-4330e563c13e/weatherstation_lufftws200-300-umb_s85800h-s55300.pdf
  • Compact Weather Station Lufft WS500-UMB (Heated)

    • Measurement of wind speed and wind direction (2D ultrasonic) as well as air pressure, temperature and relative humidity, and additionally
    • precipitation
    • RS485 interface
    • MODBUS communication protocol


    The Lufft compact weather stations with Universal Measurement Bus (UMB) are designed for recording environmental data. The WS series provides a comprehensive range of environmental sensors for recording wind speed and wind direction as well as air pressure, temperature, relative humidity and precipitation. The compact weather stations in particular are outstanding due to their unrivaled price-performance ratio. The top-of-the-range model, WS600-UMB, incorporates sensors for temperature, humidity, precipitation, air pressure, wind direction and wind speed.

    Wind data is measured by 2D ultrasonic. The measurement principle for temperature is NTC, air pressure and relative humidity are measured capactive.

    The electrical connection for all UMB compact weather stations is made via a standard plug connector system. This keeps installation and service costs to a minimum. All UMB compact weather stations can be polled by means of a standard protocol. Once data polling has been incorporated for one sensor, additional sensors can be added by easy parameterization of the data polling system.

    Channel-oriented sensor data polling delivers a large number of computed variables in metric and US format, hence there is no need for conversion by the user. Sensors can be configured, equipment tested and firmware updated with the free configuration software (UMBConfig-Tool).

     

    https://www.ammonit.com/media/filer_public/90/a0/90a04f5b-005f-4b36-93e9-c512fa039ce6/weatherstation_lufftws500-600-umb_s85900h.pdf
  • Compact Weather Station Lufft WS600-UMB (Heated)

    • Measurement of wind speed and wind direction (2D ultrasonic) as well as air pressure, temperature and relative humidity, and additionally
    • precipitation
    • RS485 interface
    • MODBUS communication protocol


    The Lufft compact weather stations with Universal Measurement Bus (UMB) are designed for recording environmental data. The WS series provides a comprehensive range of environmental sensors for recording wind speed and wind direction as well as air pressure, temperature, relative humidity and precipitation. The compact weather stations in particular are outstanding due to their unrivaled price-performance ratio. The top-of-the-range model, WS600-UMB, incorporates sensors for temperature, humidity, precipitation, air pressure, wind direction and wind speed.

    Wind data is measured by 2D ultrasonic. The measurement principle for temperature is NTC, air pressure and relative humidity are measured capactive.

    The electrical connection for all UMB compact weather stations is made via a standard plug connector system. This keeps installation and service costs to a minimum. All UMB compact weather stations can be polled by means of a standard protocol. Once data polling has been incorporated for one sensor, additional sensors can be added by easy parameterization of the data polling system.

    Channel-oriented sensor data polling delivers a large number of computed variables in metric and US format, hence there is no need for conversion by the user. Sensors can be configured, equipment tested and firmware updated with the free configuration software (UMBConfig-Tool).

     

    https://www.ammonit.com/media/filer_public/90/a0/90a04f5b-005f-4b36-93e9-c512fa039ce6/weatherstation_lufftws500-600-umb_s85900h.pdf
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