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Wind
The Ultrasonic Anemometer 3D serves for the 3-dimensional acquisition of the horizontal and vertical components of the wind velocity, the wind direction as well as of the acoustic-virtual temperature.
The Ultrasonic Anemometer 2D serves for the 2-dimensional acquisition of the horizontal components of the wind velocity, the wind direction as well as of the acoustic-virtual temperature.
The Ultrasonic Anemometer Compact serves for the 2-dimensional acquisition of the horizontal components of the wind velocity, the wind direction as well as of the acoustic-virtual temperature.
The wind transmitter is designed for the acquisition of the horizontal component of the wind velocity in the field of meteorology and environmental measuring technology, evaluation of location, and measurement of capacity characteristics of wind power systems. In the plain country the wind transmitter meets all requirements of IEC 61400-12-1 for an instrument of the accuracy class 0.5. Digital Output
The wind transmitter is designed for the acquisition of the horizontal component of the wind velocity in the field of meteorology and environmental measuring technology, evaluation of location, and measurement of capacity characteristics of wind power systems. In the plain country the wind transmitter meets all requirements of IEC 61400-12-1 for an instrument of the accuracy class 0.5. Analog and Digital Output
The wind transmitter is designed for the acquisition of the horizontal component of the wind direction in the field of meteorology and environmental measuring technology, evaluation of location, and measurement of capacity characteristics of wind power systems. Low Power Instrument with Digital Output (Thies serial-synchronous)
The wind transmitter is designed for the acquisition of the horizontal component of the wind direction in the field of meteorology and environmental measuring technology, evaluation of location, and measurement of capacity characteristics of wind power systems. Digital Output RS485
The wind transmitter is designed for the acquisition of the horizontal component of the wind direction in the field of meteorology and environmental measuring technology, evaluation of location, and measurement of capacity characteristics of wind power systems. Analogue output
The wind transmitter is designed for the acquisition of the horizontal component of the wind direction in the field of meteorology and environmental measuring technology, evaluation of location, and measurement of capacity characteristics of wind power systems. Potentiometer output with protective circuit
The wind transmitter is designed for the acquisition of the horizontal component of the wind direction in the field of meteorology and environmental measuring technology, evaluation of location, and measurement of capacity characteristics of wind power systems. Potentiometer output
The wind transmitter is designed for the direction independent measurement of the horizontal air-flow. Analogue Output
The wind transmitter is designed for the direction independent measurement of the horizontal air-flow. Digital Output for High Wind Velocities
The wind transmitter is designed for the direction independent measurement of the horizontal air-flow. Digital Output
The wind transmitter is designed for the direction independent measurement of the horizontal air-flow. DC Voltage Output
Measuring value transmitter for measuring the direction of the horizontal air flow. Potentiometer Output
Measuring value transmitter for measuring the direction of the horizontal air flow. Analogue Output
Measuring value transmitter for measuring the direction of the horizontal air flow. Digital Output
Measuring value transmitter for the measurement of the wind speed and wind direction of the horizontal air flow. Analogue Output
Measuring value transmitter for the measurement of the wind speed and wind direction of the horizontal air flow. Digital Output The output signals are available as frequency for wind speed, and as 8-bit-Gray-code (parallel) for wind direction.
Measuring value transmitter for the measurement of the wind speed and wind direction of the horizontal air flow. Digital Output The output signals are available as frequency for the wind speed and as serial synchronous 8-bit for wind direction.
Measuring transmitter for the measurement of the horizontal wind speed with frequency output (active signal). Frequency Output
Measuring transmitter for the measurement of the horizontal wind speed with analogue output signals. Low Power Instrument with Frequency Output
Measuring transmitter for the measurement of the horizontal wind speed with analogue output signals. Analogue Output
Measuring transmitter for the measurement of the horizontal wind direction with digital output signal (Gray-code). Digital Parallel Output
Measuring transmitter for the measurement of the horizontal wind direction with digital output signal (Gray-code). Digital Serial Output
Measuring transmitter for the measurement of the horizontal wind direction with digital output signal (Gray-code). Digital Serial Output GMR-Sensor for high resolution
Measuring transmitter for the measurement of the horizontal wind direction with analogue output signals. Analogue Output
Model like 4.3129.00.000/ 1xx however with implemented plug instead of connected cable. Model with plug connection
Measuring transmitter for the measurement of the horizontal wind direction with analogue output signals. Analogue Output GMR-Sensor for high resolution
Measuring instrument for the direction-independent measurement of the horizontal air flow in the open.
Measuring sensor for the measurement of the horizontal wind direction in the open.
Measuring transmitter for the measurement of the horizontal wind direction. The measuring values are output as ohmic resistance-signals. The wind direction is detected by a wind vane, and is then transmitted to a potentiometer.
Measuring transmitter for the measurement of wind velocity, wind direction and air temperature.
The Ultrasonic Anemometer 1 D serves for the measurement of the horizontal air flow of a fixed flow direction and the acoustic-virtual temperature.
For tunnel application For the measurement of directional air flows especially in tunnels. Instrument sends frequency signals, depending on speed and related to the flow direction.
For duct application A fan wheel to determine the directional air flow in ducts. Mounting on a mast tube.
A measuring instrument designed for hand use to take direct wind velocity readings. Made of plastic.
Transport and storage case for the above-mentioned anemometer.
The portable instrument serves for the display of wind velocities.
- suitable for Digital Anemometer 4.3406.00.000 Serves as extended handhold of the wind transmitter for carrying out measurements at places which are difficult to reach.
Mechanical measuring instrument for direction-independent measurement of the horizontal air flow and display of the wind run. The display count cumulatively the wind run.
A mechanical instrument designed to measure and record wind run and direction.
Wax coated paper for abovementioned wind recorder.
For a safe transport of the above instrument to varying measuring places.
Simple portable instrument, consisting of a mechanical wind vane, and a telescopic tripod stand.
Small combined measuring transmitter for acquisition of the wind speed and wind direction as well as of the ambient temperature.
Digital LED-indicator inclusive power supply unit, with plug for the display of the abovementioned measuring values. The changing-over to the single values is carried out via keypad.
The Clima Sensor D serves for the measurement of important environmental data. Depending on the task, it is available as combined measuring instrument. Model D is equipped in addition with a DCF 7 radio controlled clock, and an integrated serial interface. An internal heating serves as protection against dew.
The speed-dependent frequency generated by the wind transmitters is converted into a current or voltage signal. This allows the control of connected recording, display or switching devices.
The speed-dependent frequency generated by the wind transmitters is totalled up over the selected integration time and, as a mean value, converted into a current or voltage signal. This allows the control of connected recording, display or switching devices.
The pulses from wind sensor 4.3308.10.000 are converted by the measuring transducer into standardized analogue output signals.
Suitable Wind transmitters: 4.3519.x0.x00 / 4.3129.0x.x00 The wind interface transforms the digital signals of the wind speed- and wind direction transmitters into serial data telegrams.
Flat-section indicator for the display of wind velocity values.
• with frequency input • with 2 limit contacts
Analogue indicator for the direct connection to the Wind Transmitter (small model), order-no. 4.3400.30.000
Flat-section indicator for display of wind direction values.
Digital indicator which indicates wind direction in a circle of red LED’s and wind speed in digits in the centre of the circle.
Digital indicator which indicates wind direction in a circle of red LED’s and wind speed in digits in the centre of the circle. Yellow scale inscription on black background.
Digital indicator for the display of wind speed and wind direction.
For the connection of wind transmitter pairs with analogue output values
Digital display instrument which indicates the wind speed and wind direction. Indicates the wind direction in a circle of 72 LED luminous bars, and the speed by 7-segment- LEDs.
Data processing measuringand display instrument for the display and serial output of the wind direction and wind velocity as “true” or “rel.” value.
Compared with instrument 4.3251.xx.001 this instrument is equipped with an additional analogue-interface and a baro transmitter.
Designed for the continuous recording and the direct reading of wind measuring values.
The software Meteo-Online is a WINDOWS Program, compatible to WINDOWS 98/2000/XP/2003. It serves for the visualisation and documentation of meteorological measuring values.
Triggers a threshold value contact for a set velocity value.
For the display of the current wind speed values and for triggering a threshold value contact.
For digital display of the current wind speed value. Triggers two threshold value contacts, for example early warning and main alarm.
For field installation of meteorological measuring instruments.
For the mounting of meteorological measuring instruments in buildings.
For the field installation of meteorological measuring instruments. Mast with staying, base plate and adaptor. The base plate has a tilting mast receptacle.
To ground the preceding telescope masts. Consists of a mast ground clamp, a cross-bar, 2m long, and a CU wire Ø 5 mm, 1 m long.
For the mounting of meteorological measuring instruments. This telescopic mast can be used at a wall or in the open country, in combination with a respective tilting device, without staying.
For field mounting on fundament
For wall mounting The tilting device serves as wall mounting device for a telescopic mast.
Type: LMB 80/90/116/132 For wall mounting of the telescopic mast.
Clamp to be mounted at the mast foot for grounding the mast by means of a wire with diameter up to 9 mm.
for Classic Wind Transmitters For mounting the wind speed transmitter and wind direction transmitter jointly onto a mast. The traverse is connected with plug according to the transmitter combinations.
for Classic Wind Transmitters For mounting the wind speed transmitter and wind direction transmitter jointly onto a mast.
for Wind Transmitters ”First Class“ For mounting the wind speed transmitter and wind direction transmitter jointly onto a mast.
For Small Wind Transmitters For mounting the wind transmitter and wind direction transmitter jointly onto a mast.
For mounting of 2 radiation transmitters or respectively 2 brightness transmitters together onto a mast.
For mounting of a radiation transmitter or respectively a brightness transmitter onto a mast.
To be mounted additionally at the telescopic mast, tube or traverse.
The hanger is used for the lateral mounting of a wind transmitter, Classic type or Ultrasonic-Anemometer, onto a mast.
The hanger is used for the lateral mounting of a wind transmitter, First Class type, onto a mast.
The holder serves for mounting a radiation transmitter or brightness transmitter onto a mast.
Serves for reducing the diameter of the mast end tube from 71 mm to 50 mm so that Classic wind transmitters or USanemometers can be mounted directly onto the mast top.
Serves for reducing the mast diameter to 50 mm diameter for mounting wind transmitters of the classic types or ultrasonic anemometers onto a mast top. The POM (plastic)-model insulates the measuring instrument with the mast.
Serves for reducing a traverse tube diameter from 50 to 34 mm in order to mount a wind transmitter of the first class types.
The adaptor is used to mount wind measuring instruments of the compact-series onto a 1"- tube.
Mounting holder with straps for mounting of power supply units, connection boxes compact, and wind interfaces onto masts or tubes.
For the power supply of wind speed transmitters or wind directions transmitters The in- and outputs are each protected by fuses. The housing is made of plastic fibre. Suitable for: Wind transmitter type: • Compact • Classic
For the power supply of wind transmitters, wind direction transmitters or combined instruments.
For the power supply of wind speed transmitters, wind directions transmitters or combined instruments. The in- and outputs are each protected by fuses.
For the power supply of wind speed transmitters, wind direction transmitters or combined instruments. With integrated terminal strip for the connection and distribution of the cables. The in- and outputs are each protected by fuses. The housing is made of plastic fibre.
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