Herzlich Willkommen in ProfEC's One Stop Wind Shop!

• 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

• 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  

For Thies and Vector Instruments (Windspeed Ltd.) wind vanes:For Thies and Vector Instruments (Windspeed Ltd.) anemometer:
• Certified Maintenance (OEM TIER3 authorization)
• Certified refurbishment (OEM TIER3 authorization)
• Exchange of bearings, O-rings, sealings 
• Sensor Specific Report Certificate 
• Authorisation seal

• 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  

• 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

WindCube Winter Kit
• Leosphere accessory for WindCube v2.1
• Tilted surface for low snow retention
• Active heating element with 2 selectable power modes (90 or 120W)
• Easy installation
• Tested in harsh weather conditions with snow and ice at -20°C
• Suitable for remote and hard-to-reach places
• Input power supply: 24.5 - 27 VDC

ZXTM Horizontal Wind Profiler
• 17 horizontal ranges with configurable dwell times
• Wind characteristics: wind speed, shear, veer, wind yaw misalignment, turbulence, rotor equivalent wind speed (REWS), windflow complexity
• Wind speed range: < 0.5-45 m/s (wind loading survivability up to 70 m/s)
• Accuracy: Direction - 0.5°, Speed - 0.1 m/s
• 50 Hz /20 ms measurements (50 measurements per second)
• Measurement range: 10m - 550m 
• 3 year warranty included
• no factory maintenance or calibration required  in 3 year service period

• Compliant to recommendations of FGW TR6, IEC and MEASNET
• Incl. calibration certificate
• Calibration standards traceable to DAkkS (ilac-MRA) accreditation service

• ISO 9060: Secondary Standard
• Measurement range: 0 W/m² to 4000 W/m²
• Spectral range: 285 to 3000 nm
• Incl. calibration sheet (traceable to WRR)
• For Global Horizontal Irradiance (GHI) measurements (W/m2) 
• Sunshine duration (optional)
• With Pt100 (T1 version) or 10 kOhm thermistor (T2 version)
• With heating

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

• Silizium-Solarstrahlungssensor Si-V-10TC-T
​• Solarzelle: Monokristallines Silizium (50 mm x 33 mm)
• mit Temperaturfühler
• Protokoll: M&T (Typ -MT), MODBUS RTU (Typ -MB)
• Typische Messungenauigkeit : ±0.4 W/qm ± 1.6%
• Ausgangssignal: 0 - 10V für 0 - 1.500W/m²
• Arbeitstemperatur: -35°C bis 80°C

• Customized plans for individual measurement systems
• Power lines
• Fuse plan
• Signal lines

• Teltonika RUT241 Industrial Cellular Router 4G LTE
• Two Ethernet ports and wireless interface with Hotspot functionality
• Compatible with RMS
• Input voltage range of 9-30 VDC

• General-purpose, multiplexed analog measurement module
• 8 differential or 16 single-ended input channels with 2 excitation channels
• 1x switched 12V and 2x switched 5V
• Channel count expansion via the CPI bus
• USB 2.0 interface for direct-to-PC-based operation
• Standard operating range of -40° to +70°C (optionally extended: -55° to +85°C)

• 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

• 4WPB100
• Provides completion resistors to measure 100-Ohm platinum resistive thermometer (PRT) using the half-bridge four-wire measurement method on a Campbell Scientific data logger