• ALF01

    Albedometer leveling fixture for AMF02, AMF03, and SRA series albedometers

    ALF01 is a leveling tool that can be used with AMF02, AMF03, and SRA series albedometers to easily level the instrument. The ALF01 is mounted on a 1-inch outer diameter crossarm, and can be rotated around the tube axis for 360 ° as well as tilted over ± 2 °.
    • easily level your albedometer
    • can be rotated around the tube axis for 360 ° as well as tilted over ± 2 °
    Details

  • AMF02

    Albedometer mounting kit for 2 x SR20 / SR11 pyranometers

    Hukseflux offers a practical range of mounting and levelling fixtures to construct albedometers from its popular pyranometers. Albedometers are increasingly popular in bifacial PV module monitoring. AMF02 allows you to combine two SR11 or two SR20(-D2) pyranometers into one albedometer. The modular design facilitates maintenance and calibration. The AMF02 albedometer kit includes a mounting fixture and a glare screen. ALF01 is a levelling fixture that may be combined with AMF02, and helps levelling the instrument.
    • combine 2 pyranometers into 1 albedometer with our AMF02 albedometer kit
    •  AMF / ALF series is easy to use
    Details

  • AMF03

    Albedometer mounting kit for 2 x SR30 / SR15 pyranometers

    Hukseflux offers a practical range of mounting and levelling fixtures to construct albedometers from its popular pyranometers. Albedometers are increasingly popular in bifacial PV module monitoring. The new AMF03 albedometer kit can be combined with two model SR30 pyranometers to construct an albedometer of spectrally flat Class A, the highest accuracy class according to ISO 9060 (formerly known as ‘secondary standard’). AMF03 may also be combined with two model SR15 pyranometers to construct a spectrally flat Class B albedometer. The modular design facilitates maintenance and calibration of the pyranometers. AMF03 albedometer kit includes a mounting fixture, a glare screen, mounting instructions and a set of hex keys. All else you need are two suitable pyranometers.
    • combine 2 pyranometers into 1 albedometer with our AMF03 albedometer kit
    • AMF / ALF series is easy to use
    • modular design facilitates maintenance and calibration of the pyranometers
    Details

  • CMF01

    Crossarm mounting fixture for pyranometers, albedometers, and net radiometers

    Hukseflux offers a full range of practical brackets for mounting atmospheric radiation sensors in all climates and weather conditions. CMF01 is a versatile fixture allowing the mounting of a crossarm onto a vertical mast. It is typically used with SR05, SR15, and SR30 pyranometers with their mounting fixtures. It can also be used in combination with NR01 net radiometers and SRA series albedometers.
    • quick installation
    • strong mast-to-crossarm connection
    • carries multiple instruments
    Details

  • CRC Series

    Calibration Reference Cylinders for Thermal Needle Probes TP02/TP08, TP07 and TP09

    CRC's contain traceable thermal conductivity reference materials for calibration of Non-Steady-State Probes. There are several different CRC types. The geometry of the different types is adapted to fit needles with a certain diameter. Hukseflux is a leading supplier of Non-Steady-State Probes, and is the inventor of the CRC calibration method.
    • Amorphous plastic reference material does not have any directionally dependent thermal properties
    Details

  • DR15-A1

    Analogue spectrally flat Class B pyrheliometer, with heating

    DR15 pyrheliometer is an ISO 9060 spectrally flat Class B (old ISO classification “first class”) instrument. It replaces the models DR01, DR02 and DR03. DR15 is used in tracker-mounted operation, and offers analogue millivolt output. The instrument offer the highest accuracy and highest data availability, featuring window heating at low offsets. At the same heating power, the heating has been improved with a factor 4, at a 4 times lower offset! Also take a look at the spectrally flat Class A DR20 Pyrheliometer, with a better temperature response than DR15.
    • ISO 9060 spectrally flat Class B
    • Heating at low offsets for high data availability
    • Low power consumption
    • Analogue millivolt output
    • Supplied with test report for the individual instrument
    Details

  • DR20-A1

    Analogue spectrally flat Class A Pyrheliometer, with heating

    DR20-A1 is a high-accuracy direct (normal incidence) solar radiation sensor, or pyrheliometer. DR20 pyrheliometer complies with the Class A specifications of the ISO 9060 standard. It has a better temperature response than DR15-A1, which is a spectrally flat Class B pyrheliometer. These instruments are used in tracker-mounted operation, and offer analogue millivolt outputs. DR-series pyrheliometers have superior window heating that leads to high data availability.
    • ISO 9060 spectrally flat Class A
    • Heating at low offsets for high data availability
    • Low power consumption
    • Analogue millivolt output
    • Supplied with test report for the individual instrument, including temperature response
    Details

  • DR30-D1

    Next level digital first class pyrheliometer

    Welcome to the next level in solar radiation monitoring! DR30 is a high-accuracy digital direct (normal incidence) solar radiation sensor. The scientific name of this instrument is pyrheliometer. DR30 complies with the first class specifications of the ISO 9060 standard and the WMO Guide. This next level pyrheliometer has superior window heating that leads to high data availability, and an internal tilt sensor to check tracker performance.
    • ISO spectrally flat Class A
    • Low power consumption: DR30 needs only 2 W to keep its window free from dew and frost
    • Highest accuracy and highest data availability, featuring heating at low offsets, and on-board tilt and humidity sensors
    Details

  • FTN02

    Field Thermal Needle System for Thermal Resistivity / Conductivity Measurement

    FTN02 Field thermal needle system performs accurate on-site (field) measurements of the thermal resistivity and thermal conductivity of soils. Measurements with FTN02 comply with ASTM D5334 and IEEE 442 standards. The system is specifically designed for surveys that require measurements from the surface down to a depth of 1.5 m. Due to the long and thin lance to which the sensor is mounted, the insertion of the thermal needle into the soil requires just a small-diameter access hole, typically made using a ground drill. Using a lance rather than digging trenches saves time. FTN02 is operated and powered from the hand-held control and readout unit CRU02.
    • Suitable for on-site (field) surveys
    • Easy data processing
    • Local calibration / conformity assessment
    Details

  • GT Series

    Guiding Tubes for Thermal Needles TP02, TP07 and TP08

    The GT series guiding tubes are accessories for Non-Steady-State Needle probes. They are intended to facititate measurements in hard soils, concrete, cement and bentonite. Also in case of measurements on large quantities of samples one can use several guiding tubes and one single needle.
    Details

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