Sensor shelter - NAV

Effective protection for sensors in maritime environments. The naturally ventilated sensor shelter ensures accurate measurements, reduces radiation influences, and is durable, UV-resistant, and easy to install.

• Meteorology
• Shipping

• Data sheet
• 08141.62 Manual

Weather and radiation protection with natural ventilation to protect sensors for measuring relative humidity and air temperature in maritime applications.

• Natural ventilation of the sensors
• No return of the heated air to the ventilation circuit
• Light transmission and radiant transmittance virtually eliminated
• UV and weather-resistant material
• Extremely robust with improved slat system
• Universally applicable for different sensors
• Easy installation including mounting material for various masts

• Data sheet
• Accessories

Professional Line	Sensor shelter - NAV
Ident-No.	00.08141.620000
Areas of application	-50...+80 °C
Structure	Mast mounting: Ø 40...60 mm
Dimensions	Ø 120 mm, height: approx. 297 mm (including bracket)
Number of slats	11 (3 slats closed, 7 slats normal, 1 slat with Ø 73 mm opening)
Weight	535 g without bracket; (weight of bracket: < 545 g)
Included in the scope of delivery	Screw connection for sensor diameters 14...21 mm
Options (order separately)	32.08141.001010: Adapter for sensor diameter 5 mm 67.26010.540100: Screw connection for sensor diameter 18...25 mm

THP[pro]NAV
Temperature, Humidity, and Air Pressure Sensor

The THP[pro]NAV sensor was developed specifically for maritime use and offers outstanding performance under extreme conditions. It meets the requirements of shipping, the offshore industry, and maritime research, and ensures precise measurements of temperature, humidity, and atmospheric pressure.

• Precise measurements: Capacitive sensor element for reliable determination of relative humidity
• Versatile: For all climate zones, from tropical to arctic
• Low maintenance: Minimizes downtime and reduces operating costs
• Additional protection: Sensor shelter 8141.62 protects against environmental influences and optimizes performance

Learn more