Piranometru cu termopila masura radiatie solara incidenta globala Delta Ohm LP PYRA02 PYRA03 PYRA12

• Thermo hygrometer, instrument measuring range for temperature -200°C +650°C with probe TP47...
• humidity 0.0...100.0%RH
• Storage of maximum, minimum, average value.
• Functions: REL, HOLD and auto power off which can be disabled
• IP 67 protection degree

 

• Device for measuring illuminance, luminance, PAR, irradiance
• Storage of maximum, minimum, average value.
• Functions: REL, HOLD and auto power off which can be disabled,
• IP 67 protection degree

 

• Analysis of hot environments using WBGT index
• Analysis of the moderate warm environments using PMV index and PPD index
• Logging
• Start and stop can be set automatically with the auto-start function
• Selectable measurement unit of the temperature: °C, °F, °K.
• Date and time of the instrument.

 

• Carbon Dioxide CO2
• Carbon Monoxide CO
• Atmospheric Pressure
• Temperature
• Relative Humidity
• Dew Point, Wet Bulb Temperature, Absolute Humidity, Mixing Ratio, Enthalpy

 

• data loggers able to measure and memorize simultaneously the following parameters:
• Relative Humidity RH
• Environment temperature T
• Carbon monoxide CO (only HD37AB17D)
• Carbon dioxide CO2
• DeltaLog13 communication software via the USB port

 

• The pyrgeometer LP PIRG 01 is used to measure the far infrared radiation (FIR).
• Its use is mainly in the meteorological field.
• Measures are referred to radiations with wavelength greater than 4.5 µm .
• The far infrared radiation derives from the measure of the thermopile output signal and from the knowledge of the instrument temperature. The temperature measure is performed by a 10kO NTC which is inside the body of the pyrgeometer.
• The pyrgeometer can be used also for the study of energy balance

 

• The pyrheliometer LP PYRHE 16 First Class Pyrheliometer according to ISO 9060 classification
• is an instrument for direct measurement of solar irradiance (Watt/m2).
• The receiving surface must be positioned (via a solar tracker or else) perpendicularly to sun’s rays.
• By using suitable diaphragms only the direct light reaches the surface of the sensor.
• According to WMO (Seventh Edition 2008) and ISO 9069 regulations, the pyrheliometer has a field of view of 5°.

 

• portable photo-radiometer data logger for the measurement of noncoherent optical radiation
• in accordance with European Directive 2006/25/EC and the Legislative Decree No 81, April 9, 2008.
• Photometric sensor for measuring the illuminance (lux meter) in the spectralrange 380÷780 nm.
• Radiometric sensor for the UV band (220÷400 nm) with spectral weighing factor S(?).
• Radiometric sensor for UVA band (315÷400 nm).
• Radiometric sensor for the band 400÷700 nm (blue) with spectral weighing factor B (?).
• Radiometric sensor for the IR band (700÷1300 nm) with spectral weighing factor R(?).
• Thermopile sensor for the measurement of irradiance in the infrared spectral range 400÷2800 nm.

 

• Bench-top pHmeter-Conductivity meter-Thermometer with back-lighted display,
• to measure pH, mV, ORP by pH, redox, separated reference electrodes, one input for a pH/temperature combined probe,
• it measures conductivity, liquid resistivity, total dissolved solids (TDS) and salinity by combined conductivity and temperature probes with
• 2 or 4 electrodes with direct input or with SICRAM module.
• Datalogger for pH or mV, conductivity or resistivity or TDS and temperature.
• RS232 C serial output or USB 2.0 for data download to a PC or printer from memory or in real time.

 

• Micromanometer-Thermometer for air speed and flow rate measurement by means of Pitot tubes
• full scale 20mbar for speed measurements from 2...55m/s.
• Temperature measurement by K type thermocouple.
• Datalogger which stores the maximum, minimum, average value and can store up to 36,000 couples of samples.
• RS232C/ USB output for data transfer in real time to a PC or printer