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 °

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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

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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

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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

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FHF04

Foil heat flux sensor with thermal spreaders, flexible, 50 x 50 mm, with temperature sensor

FHF04 is the latest standard model for general-purpose heat flux measurement. Significantly thinner and more flexible, FHF04 replaces earlier models FHF01 and FHF02. FHF04 is very versatile: it has an integrated temperature sensor and thermal spreaders to reduce thermal conductivity dependence. It is applicable over a temperature range from –70 to +120 °C. FHF04 measures heat flux from conduction, radiation and convection. Optionally, black BLK and gold GLD stickers are available to separately determine heat transport by radiation and convection.

flexible (bending radius ≥ 7.5 x 10⁻³ m)
low thermal resistance
wide temperature range
fast response time
large guard area
integrated type T thermocouple
robustness, including wiring with strain relief block
IP protection class: IP67 (essential for outdoor application)
integrated thermal spreaders for low thermal conductivity dependence

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FHF04SC

Self-calibrating foil heat flux sensor with thermal spreaders and heater

A next-level sensor from the world market leader in heat flux measurement, FHF04SC is a combination of our standard model FHF04 heat flux sensor and a heater. The heater allows the user to perform self-tests, verifying sensor functionality and stability during use, without having to remove the sensor. FHF04SC is ideal for high-accuracy and long-term heat flux measurement, construction of calorimeters, (zero heat flux) core temperature measurement and thermal conductivity test equipment.

Flexible (bending radius ≥ 15 x 10⁻³ m)
Low thermal resistance
Wide temperature range
Fast response time
Integrated type T thermocouple
Robustness, including metal connection block, may be used as strain relief
IP protection class: IP67 (essential for outdoor application)
Integrated thermal spreaders for low thermal conductivity dependence

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FHF05 Series

Foil heat flux sensor with thermal spreaders, flexible, with temperature sensor

FHF05 is the product range to start looking if you consider measuring heat flux. Models are available in five different dimensions and sensitivities. All FHF05’s are flexible, have an integrated temperature sensor and have thermal spreaders to reduce thermal conductivity dependence. Rated temperature range is from –70 to +120 °C. FHF05 measures heat flux from conduction, radiation and convection. Optionally, black BLK and gold GLD stickers are available for all five models to separately determine heat transport by radiation and convection. In case the FHF05 series does not match your needs, have a look at other heat flux sensor models for special applications.

flexible (bending radius ≥ 7.5 x 10-3 m)
low thermal resistance
wide temperature range
fast response time
large guard area
integrated type T thermocouple
robustness, including connection block, for strain relief
IP protection class: IP67 (essential for outdoor application)
integrated thermal spreaders for low thermal conductivity dependence

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HFP01

Heat Flux Plate

HFP01 is the world’s most popular sensor for heat flux measurement in the soil as well as through walls and building envelopes. The total thermal resistance is kept small by using a ceramics-plastic composite body. The sensor is very robust and stable. It is suitable for long term use on one location as well as repeated installation when a measuring system is used at multiple locations. If measuring in soil, in case a more accurate measurement is needed the model HFP01SC should be considered.

Low thermal resistance (essential for use on walls and windows)
Large guard area (required by the ISO 9869 standard)
Low electrical resistance (low pickup of electrical noise)
High sensitivity (good signal to noise ratio in low-flux environments such as buildings)
Robustness, including a strong cable
IP protection class: IP67 (essential for outdoor application)

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HFP01SC

Self-Calibrating Heat Flux Sensor

HFP01SC self-calibrating heat flux sensor™ is a heat flux sensor for use in the soil. It offers the best available accuracy and quality assurance of the measurement. The on-line self-test verifies the stable performance and good thermal contact of sensors that are buried and cannot be visually inspected and taken to the laboratory for recalibration. The self-test also includes self-calibration which compensates for measurement errors caused by the thermal conductivity of the surrounding soil (which varies with soil moisture content), for sensor non-stability and for temperature dependence.

Low thermal resistance
Large guard area (required by the ISO 9869 standard)
Low electrical resistance (low pickup of electrical noise)
High sensitivity (good signal to noise ratio in low-flux environments)
Robustness, including a strong cable (essential for permanently installed sensors)
IP protection class: IP67 (essential for outdoor application)
Incorporated film heater for self-testing

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HFP03

Ultra sensitive heat flux plate

HFP03 is an ultra sensitive sensor for measurement of small heat fluxes in the soil as well as through walls and building envelopes. The total thermal resistance is kept small by using a ceramics-plastic composite body. See also model HFP01: putting several HFP01 sensors electrically in series is an alternative for using HFP03.

HFP03 is specifically suitable for measurement of small flux levels
The total thermal resistance is kept small by using a ceramics-plastic composite body

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