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• 4.3151.10.001​
• TMR-Sensor (Tunnel Magneto Resistance)
• Measurement range: 0...360°
• Digital output protocoll: 16 bit serial synchronous
• Digital output: 10 bit Gray Code
• Without north gap 
• Accuracy: 0.75°
• Resolution: 0.35°
• W/o heating

• 800...1050 hPa
• Calibrated (ISO 17025) with traceable calibration certificate and mark (ilac-MRA)
• Output signal: 0...5V DC 
• Supply Voltage: 8 ... 32 V
• Operating temperature: -40 ... 105°C  

• Certified verification of Remote Sensing Device (some may call it "calibration")
• Carried out in accordance to the IEC 61400-50-1 and IEC 61400-50-2, accredited as per ISO 17025
• Conducted at a 200m reference mast
• Procedure warrants lowest uncertainties, highest accuracy, and compliance in line with IEC, FGW and IEA

• 4.3352.10.400 - unbeheizt
• Class A compliant according to IEC 61400-12-1 & 61400-12-1 Ed.2
• W/o heating
• Measurement Range: 0.3...75 m/s
• Outputs: RS485 / ASCII / MODBUS
• Option for connecting a bus-compatible wind vanes and anemometers in parallel (daisy chain)
• Measures next to wind speed also:
   Air pressure: 300 ... 1100 hPa (Accuracy: ±1 hPa @ 20 °C)
   Indication: Measuring range: -89.9 ... +89.9° (Accuracy: ±1 °)
   Vibration: Measuring range: 0 ... 50 Hz (Accuracy: ±0.4 Hz)
   Acceleration: Measuring range: ±8 g (Accuracy: ±30 mg)

• 3.1157.10.000
• 0...5V output, set 800...1060 hPa
• 300...1100 hPa scalable
• Long-term stability ±0.3 hPa/year
• Accuracy ±1.0 hPa (unheated)
• Accuracy ±0.25 hPa (heated)

• 650...1050 hPa
• Calibrated (ISO 17025) with traceable calibration certificate and mark (ilac-MRA)
• Output signal: 0...5V DC 
• Supply Voltage: 8 ... 32 V
• Operating temperature: -40 ... 105°C  

• 4.3351.10.000 - unheated
• Frequency output (1082 Hz at 50 m/s)
• Class A compliance in accordance to IEC 61400-50-1 (latest version)
• Supply 3.3 ... 42 V DC
• Measurement Range: 0.3...75 m/s
• Accuracy: 1% of value or <0.2 m/s (0.3...50m/s)
• Linearity: r>0.99999 (4...20 m/s)
• W/o heating

• ISO 9060 ‘Second Class’ compliant
• Measurement range: 0 W/m² to 2000 W/m²
• Spectral range: 305 nm to 2800 nm
• Incl. calibration sheet• For Global Horizontal Irradiance (GHI) measurements (W/m2) 
• Self-powered

• 5.4106.00.100
• Precipitation (yes/no)
• 18 cm2 sensor area
• Semiconductor relay, Potential-free / electrically isolated / metallically separated
• Sensitivity: approx. 0.2 mm/h
• Operating voltage: 11...28VAC or 11...32VDC (max. 0.75A)

• Parameters: 
    Total solar irradiance
    Diffuse global radiation
    Sunshine status
• Response time: 0.1 s to 95 % of final value (Actual response time is 100 s)
• Spectral range: 0.32 ... 2.7 µm
• Resolution: 0.6 W/m2
• Non-linearity: < 1 % 
• Non-stability: < 1 % 
• Achievable uncertainty: 5 % ±10 W/m2 (95 % confidence level)
• Connection cable for data logger included

• Advance time: 30μs
• Withstand current higher than 200kA (10/350μs wave).
• No external power supply required.

• M83570
• 10 individually configurable ports: Current limit 10 mA, Pull-up resistor 5.1 kOhm with current limit 1 mA, and Pull-down resistor 10 kOhm
• 2-wire RS485: Biasing and Bus-termination terminal 
• 1x stabilized and ripple-free 5 V output with 110 mA current limit
• Supply: 9 to 32VDC

Feeds measurement system with high and particular heating needs for sensors
• 1x solar charge controller and regulator (30-50 A)
• ~205 Ah battery capacity or more
• Charging power source: solar panels (incl. slope-adjustable mounting rack support). Combination with small wind turbine (incl. mounting tube for mast mounting) or  H2 fuel cell or methanol Efoy fuel cell etc. possible
​• 1x shelter box approx. 800 x 600, incl. mast support

• PTH Probe replacement
• Pressure: 500 ... 1100 hPa
• Temperature: -52 ... +60 °C
• Relative Humditiy: 0 ... 100 %RH
• Operating voltage: 6 ... 24 VDC
• Vaisala Windcube integration
 

• ISO conform calibration by accredited Calibration Laboratory
• Compliant to recommendations of FGW TR6, ISO / IEC and MEASNET
• Incl. calibration certificate
• Fully traceable to national standard