Herzlich Willkommen in ProfEC's One Stop Wind Shop!

• Temperature:
    Range: -40 ... 80 °C
    Accuracy: ±0.1 °C
• Humidity:
    Range: 0 ... 100% rH
    Accuracy: ±1% rH
• Pressure:
    Range: 400 ... 1200 hPa
    Accuracy (400 ... 1100 hPa, –40 ... 85 °C): ±0.9 hPa
• Linearity Compensation: 32 points
• Interfaces: RS-485, SDI-12, USB
• IP 65
• Input Voltage: 5 ... 45 VDC

• Module for 10 Ports / RS485 2-wire / Configurable UOUT
• Stabilised and ripple-free voltage output individually configurable
• 10 individually configurable ports
• One stabilised and ripple-free output with active current limit (110 mA)
• One configurable bus-termination resistor (120 Ω) for two-wire RS485 bus setup (half duplex)
• Each terminal comprises overvoltage protection

• ​Ammonit Meteo-42M
• With new firmware version offering flexibility in the user setttings, sensor and modem configuration, data security, among others
• 8x analog voltage IN (± 0.1V, ± 1V, ± 10V 16bit)
• 8x pulse counter IN
• 4x digital serial status IN
• 1 RS485 Client IN (for up to 2 smart sensors or Ultra Sonic Anemometers)
• 4x analog voltage OUT (5V | Switches)
• 1x analog current OUT 
• 1 RS485 Server OUT (SCADA monitoring software)
• 3 USB (2x USB-A host, 1x USB-B device)
• 1 LAN (Ethernet)

• 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)

• 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

• Once powered up, the measurement automatically starts
• Calibration certificate (standards traceable to U.K.A.S accreditation service)
• 16x analogue single-ended or 8 differential Analog Inputs, 10x pulse counters, 8x digital IN/OUT (configurable), 4x analogue voltage (switched excitation mode or switched regulated voltage supply), 2x switched 12V 
• RS485/232, CS I/O PORT to CSI peripherals, USB, Ethernet (LAN) port, Wi-Fi (optional module)
• 4 Mbytes battery-backed SRAM + 72 MB flash memory, expandable to 8 GB
• Surge, Electrostatic Discharge and Lightning Protection for all critical Inputs and Outputs
• Power in 9.6V to 36VDC
• Stainless steel type-D connectors and gold plating improvements on RJ45s
• Standard operating range of -40° to +70°C (optionally extended: -55° to +85°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

• 4.3351.10.000 - 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

EFOY Pro 2800 (Fuel Cell with Bluetooth)
• Methanol Fuel Cell 
• M10/M28/M60 litre Methanol cartridges, optional up to 8 units with Fuel Manager
• Remote monitoring

Sunshade for WindCube 2.1/2.1XP
• The sunshade protects the WindCube from solar radiation to avoid overheating
• Fixed on WindCube by straps
• Material: Aluminium

• ​Ammonit Meteo-42L
• With new firmware version offering flexibility in the user setttings, sensor and modem configuration, data security, among others
• 14x analog voltage IN (± 0.1V, ± 1V, ± 10V 16bit)
• 12x pulse counter IN
• 7x digital serial status IN
• 1 RS485 Client IN (for up to 3 smart sensors or Ultra Sonic Anemometers)
• 8x analog voltage OUT (5V | Switches)
• 1x analog current OUT 
• 1 RS485 Server OUT (SCADA monitoring software)
• 3 USB (2x USB-A host, 1x USB-B device)
• 1 LAN (Ethernet)

WindCube V2.1 XP LIDAR Vertical Wind Profiler
• Measures 20 customizable heights at 40 to > 400 m above ground level by pulsed technology
• Measures accurately at a bankable level horizontal wind speed, wind direction, flow inclination and turbulence intensity
• Wind speed accuracy: 0.1 m/s
• Wind speed range: 0 to 60 m/s
• Wind direction accuracy: 2 °
• Classification and operational standard uncertainty acc. to IEC 61400-50-2 Ed.1 (2024)
• 1 Hz sampling rate and 10-min averaging periods
• Precise derivation of wind veer and wind shear
• Low mean deviation of the measurements of the horizontal wind speed component between the WindCube and the reference cup anemometer in a flat terrain
• FCR (Flow Complexity Recognition)
• Data access and monitoring via web portal
• Ease of deployment: unit weight below 60 kg
• Operational environment: −30 °C ... +55 °C

Obelux LI-200-DCW-A
• 1x signal light, type Obelux LI-200-DCW-A, intensity 200 cd
• Specifications met: CAP 168 Civil Aviation Authority, London, UK February 2001, Flight obstacle (low intensity) 
• Integrated photocell, user selectable sensitivity: off (default), 400 lux, 800 lux, 1600 lux
• With ​​​fault monitoring
• Operating Voltage: 10 - 60 VDC
• Power Consumption: 10 W

For Thies Ultrasonic Anemometers:
• Inspection and Checkup
• Verification of measurements and configuration
• Inspection report
• Certificate

• Measurement range T: -30...70 °C
• Factory calibration

• Starlink Mini Kit
• Frequency: 2,4 GHz
• IEEE 802.11 a/ac/ax/b/g/n
• 1 x LAN port 10/100/1000 Mbps
• Average power consumption: 25–40 W
• ​​​​​​​Intended for a mobile installation

• Rigid fall arrest for permanent & temporary installation
• Fits on virtually any ladder
• Increased safety for 1 or 2 persons ascending 
• Can be used with an absorber
• Compliant with EN 353-1