Environment Testers | SENSECA

• Datalogger for indoor air quality analysis (IAQ)
• measures: airspeed, temperature, relative humidity, atmospheric pressure, CO2 (Carbon Dioxide) and CO (Carbon Monoxide)
• Memory capacity of 67,600 records for each of the two inputs.
• Logging interval from 15 seconds to 1 hour.

 

• 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

 

• Multifunctional handheld board instrument and datalogger
• RH, temperature, pressure, airspeed, light, voltage, current
• 128x64 pixel (56x38 mm) graphic display and three independent inputs
• Functions: watch, hold, max., min., average, record, immediate or deferred start record logging, difference between the two inputs, relative measures
• Storage capacity: 32.000 readings per input.
• RS232C serial output: from 300 up to 115.200 baud rate.

 

• Globe temperature
• Natural wet bulb temperature
• Ambient temperature
• Atmospheric pressure
• Relative Humidity
• Air velocity
• Air temperature at the height of the head...

 

• analysis of WBGT index (Wet Bulb Glob Temperature: wet bulb temperature and globe thermometer temperature) in presence or in absence of solar radiation
• Logging
• data transfer speed via the RS232 serial port
• The measurement unit of the temperature: °C, °F, °K
• Date and time of the instrument
• display of maximum, minimum, medium statistic parameters and their deletion

 

• 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.

 

• Rain gauge with tipping bucket,
• area 400cm2,
• for temperature range +4°C... +60°C.
• Standard resolution 0.2.
• On request at the time of placing the order resolution 0.1 or 0.5mm.
• Output contact normally closed.

 

• rain detector based on the capacity principle
• The instrument is equipped with three different outputs: a "Rain ON/OFF" output
• detects whether it is raining/ snowing (ON) or not (OFF), also used to control a relay coil or similar devices
• can be used either as a separate device, or connected to a data logger system

 

• 16-channel data logger capable of capturing and logging the values measured by a series of sensors connected to its inputs
• Sensors with analog voltage output, both unipolar and bipolar
• Sensors with analog current output(0..20mA, 4..20mA)
• Temperature sensors thermocouple(typpe K, J, T, N, R, S, B, E)
• Pt100/Pt1000 and NTC temperature sensors
• Sensors with digital output TTL level pulse (ON/OFF)
• Sensors with open/close contact output(e.g. rain gauges, cup anemometers

 

• 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

 

• Device for measuring illuminance, luminance, PAR, irradiance.
• Storage of maximum, minimum, average value and the integral Q(t),
• RS232 C output for data transfer in real time to a PC or printer.
• Functions: REL, HOLD and auto power off which can be disabled,
• IP 67 protection degree

 

• Datalogger Photo-radiometer Thermometer which performs photometric, radiometric, PAR, temperature measurements.
• Two inputs.
• Function as datalogger: 30,000 samples, REL, Record, Q (integration),
• RS232C serial output

 

• Outdoor photometric probe for measuring ILLUMINANCE (0...150 Klux),
• CIE photopic filter,
• diffuser for cosine correction.
• mVdc output for klux.
• Complete with Calibration Report.
• On request 5 or 10m cables with connectors.

 

• First class pyranometer according to ISO 9060.
• Complete with: shade disk, sachet with silica-gel crystals, 2 cartridges, levelling device and calibration report.
• On request 5 or 10m cables with connectors

 

• Albedometer First and Second Class pyranometers according to ISO 9060.
• Complete with: upper and bottom shade disk, desiccant sachet with silica-gel crystals, 2 cartridges, levelling device, support bracket
• calibration report.
• On request 5 or 10m cables with connectors.

 

• 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.

 

• measures the irradiance on a flat surface (Watt/m2)
• pyranometer classified as Secondary in accordance with ISO 9060
• according to the publication "Guide to Meteorological Instruments and Methods of Observation", fifth edition (1983) of WMO
• LP PYRA 10 PASSIVE *
• LP PYRA 10 AC ACTIVE with CURRENT 4..20 mA output
• LP PYRA 10 AV ACTIVE with VOLTAGE 0..1 V, 0..5 V, 0..10 V output

 

• Second class pyranometer according to ISO 9060,
• fast response sensor complete with calibration report,
• possibility to replace the exhausted silica-gel.
• Different configurations available.
• Male M12 connector.
• On request cables with M12 female connector: CPM12AA, length 2, 5, 10m.

 

• LP Silicon-PYRA 04. pyranometer
• measures the global solar radiation (W/m2) by using a silicon photodiode (400nm-1100nm).
• special geometry and the diffuser allow to have a pyranometer field of view of 180 degrees according to cosine law.
• The pyranometer is suitable for the measurement of natural sunlight.

 

• 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