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UV Radiometers

UV measurement devices

A range of probes that will measure UV

Allows for a professional appraisal of your equipment

Fast delivery available using a next working day courier

Get the best value from your UV producing equipment

Guranteed to arrive in good condition

UV Radiometers
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Solarmeter 6.5 UVI Radiometer

Sensor (for reptile UV lamp use)
Silicon Carbide (SiC) Photodiode packaged on gold plated header via gold wire bonding under UV glass window cap, hermetically sealed.

Sensor (for outdoor sun only)
Aluminum Galium Nitride (AIGaN) Photodiode with UG-11 filter and teflon diffuser cap.

Radiometer
Peak sunlight response bandwidth: 290-298 nm
Total solar response: 290-400nm, Diffey
Display: 3 ½ digit LCD
Resolution: 0.1 UVI
Power Source: 9V DC battery
Accuracy: ±10% ref NIST

Proper usage of Solarmeter Ultraviolet Radiometer for Outdoor UV Index Measurement
The instrumentation used to measure UV index for the U.S. E.P.A./NWS program is directed toward the sky in a global normal (perpendicular to level ground) inclination. Therefore the Solarmeter Model 6.5 is designed to operate in the same fashion. Solar irradiance measured this way includes direct (reduced by cosine law depending on solar zenith angle) plus diffuse (diffused by the atmosphere).

This vertical (global) reading represents an average intensity value your body will experience while being active on a tennis or volleyball court, or lying flat on a blanket on the grass. If however, you are reclined in a lounge chair facing the sun perpendicular to the sun angle, you will experience a higher UV intensity, as represented by pointing the Solarmeter directly at the sun. This value will typically exceed the actual UV index number.

To obtain the UV index instantaneous value, the following instructions will provide the most consistent, accurate results:

  • Stand clear of buildings, trees, etc. to obtain a "full sky" field of view.
  • Hold the meter vertical out in front of your body.
  • Press and hold button on front of meter case. Note reading on LCD. This value represents the instantaneous UV index.
  • The highest UVI values typically occur when the sky is a deep blue color, and sometimes when the sun is between scattered white "puffy" clouds. Take extra precaution under these conditions to reduce sunburn potential.


Note that various cloud and haze conditions reduce the UV index. When partly cloudy, take readings often and average clear with cloudy readings to correlate with actual UV index. Take care in hazy or slightly overcast conditions because although the direct UV reads less than when sky is clear, the diffuse UV can be higher... as seen by pointing the meter in various directions.

Among the outdoor variables affecting UV intensity are:
  • Seasonality/Sun Zenith Angle
  • Location/Latitude/Geography
  • Reflective Surroundings
  • Altitude
  • Weather conditions
  • Ozone Layer Thickness


By regularly using the Solarmeter you will become very informed of damaging UV levels in many and varied conditions. This knowledge, along with following the outdoor precautions mentioned above, should help enable you to avoid sun damage.

Note:Battery operation voltage is 9V down to 6.5V. Below 6.5V the LCD numbers will begin to dim, indicating the need for battery replacement. Under typical service load, the battery should last about 2 years.

This product is covered by our Safe Delivery Guarantee

  • Measure your UV lamps output
  • Great for monitoring UV levels
  • Get the most out of your equipment
  • Just point and press
  • Instant and accurate readings
4.5 stars (2)
RRP £299.99
£269.99 inc VAT
RRP €342.83
€308.54 inc VAT
RRP $399.08
$359.17 inc VAT
RRP $519.52
$467.57 inc VAT
RRP DKK2550.81
DKK2295.72 inc VAT
RRP NOK3255.04
NOK2929.53 inc VAT
RRP SEK3341.11
SEK3006.99 inc VAT
RRP $514.12
$462.71 inc VAT
Solarmeter 8.0 UVC Radiometer

Features

  • Integral Sensor.
  • Compact.
  • Durable.
  • Accurate.
  • LCD readout.


Applications
  • Lamp UVC Intensity and Aging.
  • Eyewear UV block comparison.
  • UVC Lamp Box Leak Check.


Solarmeter Specifications
Model - 8.0
Irrad. Range - 0-1999 microW/cm² UVC
Response - 254 ± 8 nm
Bandwidth - 246-262 nm
Resolution - 1 microW/cm²
Conv. Rate - 3.0 Readings/Sec
Display - 3.5 Digit LCD
Digit Size - 0.4 inch high
Oper. Humid. - 5% TO 90% RH
Accuracy - ±10% REF.NIST
Dimensions (in.) - 4.2L x 2.4W x 0.9D (inches)
Weight - 4.5 OZ. (incl. batt.)
Power Source - 9-Volt DC Battery
Lens - UV Glass
Diffuser - None
Detector - SiC/Shortpass I.F.

Operation
Press and hold push-button switch on face of unit. Aim sensor window in top panel of meter directly at UV source. Note reading on LCD and record if desired.

Battery operation voltage is 9V down to 6.5V. Below 6.5V the LCD numbers will begin to dim, indicating the need for battery replacement. Under typical service load, the battery should last about 2 years.

Proper Usage of Solarmeter Ultraviolet Radiometer for Lamp Tests
  • Wear UV-block eye, face, hand protection when checking UVC lamps.
  • Allow lamps to warm-up prior to taking readings (at least 5 min).
  • Hold sensor close to lamp to measure individual lamp UVC intensity. Hold sensor at distance from lamp(s) for effective sterilization intensity.
  • When checking aging of lamps, keep measuring distance and locations constant.
  • Lamps should be replaced when output drops to about 70% of their original (new) readings.
  • If unsure of what original new values were, replace a lamp with new one and compare old one.
  • Do not subject the meter to extremes in temperature, humidity, shock or dust.
  • Use a dry, soft cloth to clean the intrument. Keep sensor free of oil, dirt, etc.


Note: Sensor is completely solar blind to UVB, UVA, visible, and IR. Meter will read 000 pointing to non-UVC sources, including sun, floodlamps, etc

This product is covered by our Safe Delivery Guarantee

  • Measure your UV lamps output
  • Great for monitoring UV levels
  • Get the most out of your equipment
  • Just point and press
  • Instant and accurate readings
not yet reviewed (0)
RRP £274.72
£247.25 inc VAT
RRP €313.95
€282.56 inc VAT
RRP $365.46
$328.92 inc VAT
RRP $475.76
$428.19 inc VAT
RRP DKK2335.94
DKK2102.37 inc VAT
RRP NOK2980.85
NOK2682.79 inc VAT
RRP SEK3059.67
SEK2753.72 inc VAT
RRP $470.82
$423.74 inc VAT
Zoo Med Digital UV Index Radiometer

Use Zoo Med's New Digital UV Index Radiometer to determine if UVB lamps are producing safe and effective levels of UVB. This meter's response curve is weighted to match the Vitamin D action spectrum to help ensure that pet reptiles are receiving proper and adequate exposure to UVB to help prevent and reverse Metabolic Bone Disease. This meter is easy to use and includes a quick reference scale to help determine the correct levels of UVB for various reptile species.

  • Measures UVB and provides readings based on the UV Index.
  • Quick reference scale on meter helps determine correct UVI level for various species
  • Meter's response curve is weighted to match the Vitamin D action spectrum.
  • Determine if lamps are producing safe and effective levels of UVB.

This product is covered by our Safe Delivery Guarantee

  • Used to measure UVB levels
  • Can be used to test UV tubes
  • Get the most out of your equipment
  • Reads in microwatts per square centimeter
  • Best way to find out when your tube needs replacing
not yet reviewed (0)
RRP £399.00
£379.05 inc VAT
RRP €455.98
€433.18 inc VAT
RRP $530.79
$504.25 inc VAT
RRP $690.99
$656.44 inc VAT
RRP DKK3392.70
DKK3223.06 inc VAT
RRP NOK4329.35
NOK4112.88 inc VAT
RRP SEK4443.82
SEK4221.63 inc VAT
RRP $683.81
$649.62 inc VAT
Zoo Med Hand-held UVB Radiometer

Use this meter to test the relative decay of UVB in a given lamp over time. It reads in microwatts per square centimeter. Know, don't guess, when it's time to replace your fluorescent UVB lamps.

This product is covered by our Safe Delivery Guarantee

  • Used to measure UVB levels
  • Can be used to test UV tubes
  • Get the most out of your equipment
  • Reads in microwatts per square centimeter
  • Best way to find out when your tube needs replacing
not yet reviewed (0)
RRP £349.00
£331.55 inc VAT
RRP €398.84
€378.90 inc VAT
RRP $464.27
$441.06 inc VAT
RRP $604.40
$574.18 inc VAT
RRP DKK2967.55
DKK2819.17 inc VAT
RRP NOK3786.82
NOK3597.48 inc VAT
RRP SEK3886.95
SEK3692.60 inc VAT
RRP $598.12
$568.21 inc VAT
Solarmeter 10.0 PV Light Radiometer W

Features:

  • Compact, Handheld, and Durable
  • Simple Single-Button Operation
  • WRR Traceable Accuracy
  • LCD Display
  • Made In USA

Applications:

  • Monitoring Visible Light Intensity and Aging
  • Measuring Solar PV Panel Input
  • Measuring Outdoor Solar Irradiance
  • Estimating PV Array Power Output

Details

Solarmeter Specifications

Radiometer
Model 10.0
Irradiation Range 0-1999 W/m?
Peak Response 940 nm
Bandwidth 400-1100 nm
Resolution 1 W/m?
Accuracy ? 5% Ref. WRR
Detector Silicon Photodiode
Conversion Rate 3.0 Readings/Sec
Display 3.5 Digit LCD
Digit Size 0.4 (in) / 10.2 (mm) high
Operational Temperature 32?F to100?F / 0?C to 37.8?C
Operational Humidity 5% TO 80% RH
Dimensions
4.2L x 2.4W x 0.9D (in) / 106.7L x 61W x 22.9(D) (mm)
Weight 4.5 (oz) / 128 (g) Including Battery
Power Source 9-Volt DC Battery
Lens UV Glass
Diffuser Teflon
Agency Approval CE Mark

Sensor/Detector:?AIGaN photodiode with filter.

Operation:?To operate your Solarmeter, aim the sensor window located on the top panel of the meter directly at a UV source. Press and hold the push-button switch on the face of the meter. For best results take note of the distance the reading was taken from the UV source in order to ensure repeatable results. Battery operation voltage is viable from 9V down to 6.5V. Below 6.5V, the numbers on the LCD display will begin to dim, indicating the need for battery replacement. Under typical service load, a standard 9V battery will last approximately 2 years.


Proper Usage of Solarmeter??Ultraviolet Radiometer for Lamp Tests

  • Wear tinted eyewear or sunglasses when checking intense sunlight.
  • Aim sensor directly at sun to see maximum solar irradiance as a reference.
  • Aim sensor in same direction as PV panel to see irradiance striking array.
  • Re-orient PV panel direction if desired for best average position.
  • Maximum solar noon direction will of course vary throughout the year.
  • Do not subject the meter to extremes in temperature, humidity, shock or dust.
  • Use a dry, soft cloth to clean the intrument. Keep sensor free of oil, dirt, etc.

Proper Estimation of PV Panel Power:?Before beginning determine the following information from the mfgr of the module array:

  • Effective active area for the PV cells in square meters _________________ m?
  • PV cells efficiency as percentage of input to output power ______________ %
  • DC to AC conversion efficiency of the PV cell modules in the array _______ %

Also, record the temperature near the back of the array _____________________ ?C

It is best to do this when sun is directly shining on module near noon. The meter error will increase (read low) at angles greater than about 35? from direct at-sun conditions.

Example Calculation with PV Meter reading 1000 W/m perpendicular to 10 m array at 10 m active area, 14% cells efficiency, 95% converter efficiency, 40 C:

  • 1000 W/m? x 10 m? = 10000 Watts incoming sun power
  • 10000 W x 0.14 cell efficiency = 1400 Watts
  • 1400 W x 0.95 conversion efficiency = 1330 Watts

Typical temperature coefficient loss for PV cells is -0.5% per degree C over 25?... or 7.5% for 40? in this example (15? x 0.5% = 7.5% loss or 92.5% of above value. So:

  • 1330 W x 0.925 = 1230 Watts.

Lastly, a small wiring & component loss of ~1% reduces PV output down to ~1218 W.

Energy Production over Time:?The above 1218 Watts value is an "instantaneous" number. Energy is Watt (or kiloWatt) hours. So if the solar irradiance remained constant for an hour near noon, the energy produced would be 1218 WH. To estimate power over the entire day... take readings every hour and apply the above examples. Then add up each hour's value x number of hours for daily WattHours. Of course the value will increase toward summer, peaking near June 21 in northern hemisphere... and decrease toward winter, lowest near December 21 solstice. Southern hemisphere is opposite.


Meter Calibration:
This instrument has been calibrated traceable to the World Radiometric Reference and is compliant with ANSI/NCSL Z540-1-1994. Model 10.0 Solarmeters are calibrated by transfer of "at sun" reading from master meter serial #00001. The master meter was calibrated to match standard class II pyranometer on a plane tilted 37? from horiz

  • Range?0-199.9 mW/cm2
  • Peak Response?940 nm
  • Resolution?1 W/cm?
  • Conv. Rate?3.0 Readings/Sec
  • ?Detector?Silicon Photodiode
not yet reviewed (0)
RRP £179.99
£161.99 inc VAT
RRP €205.69
€185.12 inc VAT
RRP $239.44
$215.50 inc VAT
RRP $311.71
$280.53 inc VAT
RRP DKK1530.45
DKK1377.40 inc VAT
RRP NOK1952.98
NOK1757.67 inc VAT
RRP SEK2004.62
SEK1804.15 inc VAT
RRP $308.47
$277.62 inc VAT
Solarmeter 5.7 UVA/UVB Radiometer uW

Features:

  • Compact, Handheld, and Durable
  • Simple Single-Button Operation
  • NIST Traceable Accuracy
  • LCD Display
  • Made In USA

Applications:

  • Monitoring Xeroderma Pigmentosum UV Exposure
  • Testing Window Film/ Tint Transmission
  • Monitoring Low Level UV from Household Lamps
  • Testing Ground level UV From Stadium Lighting
  • Monitoring Artwork UV Exposure
  • Measuring Outdoor Shady Area UV
  • Choose Sensitive Model 5.7 For Indoor / Low Intensity Applications
  • Choose Standard Model 5.0 For Outdoor / High Intensity Applications

Details

Solarmeter Specifications

Radiometer
Model 5.7
Irradiation Range 0-1999 ?W/cm? Total UV
Response 280-400 nm (UVB thru UVA)
Resolution 1 ?W/cm?
Conversion Rate 3.0 Readings/Sec
Display 3.5 Digit LCD
Digit Size 0.4 (in) / 10.2 (mm) high
Operational Temperature 32?F to 90?F / 0?C to 37.8?C
Operational Humidity 5% to 80% RH
Accuracy ?10% REF.NIST
Dimensions 4.2L x 2.4W x 0.9D / 106.7L x 61W x 22.9D (mm)
Weight 4.5 (oz.) / 128 (g) Including Battery
Power Source 9-Volt DC Battery
Lens Acrylic
Diffuser Teflon
Agency Approval CE Mark

Sensor?The semiconductor UV sensor consists of a photodiode chip and a UV filter. The sensor is completely insensitive to visible light longer than 400 nm and infrared radiation, since its spectral response covers only the UV region from 260 to 400 nm. Applications of the sensor include solar UV detection, as the spectral response is well matched to the solar UV spectrum.?

Operation?To operate your Solarmeter, aim the sensor window located on the top panel of the meter directly at a UV source. Press and hold the push-button switch on the face of the meter. For best results take note of the distance the reading was taken from the UV source in order to ensure repeatable results. Battery operation voltage is viable from 9V down to 6.5V. Below 6.5V, the numbers on the LCD display will begin to dim, indicating the need for battery replacement. Under typical service load, a standard 9V battery will last around 2 years.


Proper Usage of Solarmeter??Ultraviolet Radiometer for low level UV measurements.

  • When checking home, business, school, or car window UV transmission, take reading through window or film and compare to outdoor reading. Note: The sensitive Model 5.7 reading only goes up to 1999 uW/cm?, wheras full sunlight can exceed 5000 uW/cm?... or 5.0 mW/cm? on a Model 5.0 meter.
  • For household lighting including compact fluorescents, take reading near lamps and again at several inches or feet distance, to see how far away the UV falls below 1 uW/cm?.
  • For gym or stadium lighting take readings at floor level. If concerned about amount of UV, ask the owners to have UV-block shields installed under the lamps.
  • Do not subject the meter to extremes in temperature, humidity, shock or dust. Store meter away from humidity when not in use.
  • Use a dry, soft cloth to clean the intrument. Keep sensor free of oil, dirt, etc.
  • Range?0-199.9 mW/cm2
  • Response?280-400 nm (UVB thru UVA)
  • Resolution?1 W/cm?
  • Conv. Rate?3.0 Readings/Sec
  • Accuracy10% REF.NIST
not yet reviewed (0)
RRP £179.99
£161.99 inc VAT
RRP €205.69
€185.12 inc VAT
RRP $239.44
$215.50 inc VAT
RRP $311.71
$280.53 inc VAT
RRP DKK1530.45
DKK1377.40 inc VAT
RRP NOK1952.98
NOK1757.67 inc VAT
RRP SEK2004.62
SEK1804.15 inc VAT
RRP $308.47
$277.62 inc VAT
Solarmeter 6.2 UVB Radiometer

Features

  • Integral Sensor.
  • Compact.
  • Durable.
  • Accurate.
  • LCD readout.


Applications
  • Lamp UVB Intensity and Aging.
  • Reptile Lamps.
  • Acrylic Shield Transmission.
  • Percent (%) UVB if divided by reading from Model 5.7 (UVA + B).
  • Eyewear UV block comparison.


Solarmeter Specifications
Model - 6.2
Irrad. Range - 0-1999 microW/cm² UVB
Response - 280-320 nm
Resolution - 1 microW/cm²
Conv. Rate - 3.0 Readings/Sec
Display - 3.5 Digit LCD
Digit Size - 0.4 inch high
Oper. Temp - 32° F TO 90° F
Oper. Humid. - 5% TO 80% RH
Accuracy - ±10% REF.NIST
Dimensions (in.) - 4.2L x 2.4W x 0.9D (in.)
Weight - 4.5 OZ. (incl. batt.)
Power Source - 9-Volt DC Battery
Lens - UV Glass
Diffuser - Virgin Teflon .003

Sensor
Silicon Carbide (SIC) Photodiode packaged in hermetically sealed UV glass window cap. Interference filter coating (Metal Oxide) blocks most UVA from response as shown on Spectral Sensitivity Graph.

Operation
Press and hold push-button switch on face of unit. Aim sensor window in top panel of meter directly at UV source. Note reading on LCD and record if desired. For reptile lamps also check at basking position.

Battery operation voltage is 9V down to 6.5V. Below 6.5V the LCD numbers will begin to dim, indicating the need for battery replacement. Under typical service load, the battery should last about 2 years.

Proper Usage of Solarmeter Ultraviolet Radiometer for Lamp Aging Tests
  • Wear eye protection when checking UV lamps (UV-block wrap around glasses).
  • Allow lamps to warm-up prior to taking readings (at least 5 min).
  • When checking aging of lamps, keep measuring distance and locations constant.
  • Lamps should be replaced when output drops 30% to about 70% of their original (new) readings. Take overall reading at exposure distance, or check individual lamps close to surface. Keep track of hours vs. readings on a chart.
  • If unsure of what original new values were, replace lamp(s) with new ones of the same kind and compare to old ones.
  • To determine percent UVB divide Model 6.2 reading by Model 5.7 total UV (UVA + B) reading. (See FAQ page).
  • When checking UVT acrylic transmission, take reading through acrylic; then remove acrylic and hold meter sensor at approximately the same distance from lamp as the acrylic shield was located. If acrylic blocks much UVB it should be replaced.
  • When using this meter to compare different type lamps, due to their different spectral power distributions, the readings should be considered relative rather than absolute. Although higher output lamps of similar SPD's will generally read higher than lower output lamps, ones that peak near 290-300 nm (as does the meter response) will read higher than ones peaking near 313 nm even if the total UVB output of both is the same.
  • Do not subject the meter to extremes in temperature, humidity, shock or dust.
  • Use a dry, soft cloth to clean the intrument. Keep sensor free of oil, dirt, etc.

This product is covered by our Safe Delivery Guarantee

  • Measure your UV lamps output
  • Great for monitoring UV levels
  • Get the most out of your equipment
  • Just point and press
  • Instant and accurate readings
5 stars (1)
RRP £249.99
£224.99 inc VAT
RRP €285.69
€257.12 inc VAT
RRP $332.56
$299.30 inc VAT
RRP $432.93
$389.64 inc VAT
RRP DKK2125.66
DKK1913.09 inc VAT
RRP NOK2712.52
NOK2441.25 inc VAT
RRP SEK2784.24
SEK2505.80 inc VAT
RRP $428.43
$385.59 inc VAT
Solarmeter 5.0 UVA/UVB Radiometer mW

Features:

  • Compact, Handheld, and Durable
  • Simple Single-Button Operation
  • NIST Traceable Accuracy
  • LCD Display
  • Made In USA

Applications:

  • Monitoring UV Lamp Intensity and Aging
  • Testing Acrylic Shield Transmission
  • Monitoring PUVA Therapy Lamp Intensity and Aging
  • Testing Eyewear UV Blocking Capabilities
  • Measuring Outdoor UV
  • Testing Window Film/Tint Transmission
  • Choose Standard Model 5.0 For Outdoor / High Intensity Applications
  • Choose Sensitive Model 5.7 For Indoor / Low Intensity Applications

Details

Solarmeter Specifications

Radiometer
Model 5.0
Irradiation Range 0-199.9 mW/cm2 Total UV
Response 280-400 nm (UVB thru UVA)
Resolution 0.1 mW/cm?
Conversion Rate 3.0 Readings/Sec
Display 3.5 Digit LCD
Digit Size 0.4 (in) / 10.2 (mm) high
Opererational Temp 32?F to 100?F / 0?C to 37.8?C
Operational Humidity 5% to 80% RH
Accuracy ?5% REF.NIST
Dimensions?
4.2L x 2.4W x 0.9D (in) / 106.7L x 61W x 22.9D (mm)
Weight 4.5 (oz) / 128 (g) Including Battery
Power Source 9-Volt DC Battery
Lens Acrylic
Diffuser Teflon
Agency Approval CE Mark

?

Solarmeter Model 5.0 UVA+B Spectral Response Graph


Sensor
The semiconductor UV sensor consists of a GaAsP photodiode chip and a UV filter which is completely insensitive to visible light longer than 400 nm and infrared radiation, since its spectral response covers only the UV region from 260 to 400 nm. Applications include solar UV detection (as the spectral response is well matched to the solar UV spectrum) and tanning lamps peaking near 365 nm ("new era" fluorescent and "high pressure" HID.)

Operation
To operate your Solarmeter, aim the sensor window located on the top panel of the meter directly at a UV source. Press and hold the push-button switch on the face of the meter. For best results take note of the distance the reading was taken from the UV source in order to ensure repeatable results. Battery operation voltage is viable from 9V down to 6.5V. Below 6.5V, the numbers on the LCD display will begin to dim, indicating the need for battery replacement. Under typical service load, a standard 9V battery will last approximately 2 years.


Proper Usage of Solarmeter?Ultraviolet Radiometer for Lamp Aging Tests

  • Wear eye protection when checking UV lamps (UV-block wrap around glasses)
  • Allow lamps to warm-up prior to taking readings (at least 5 min).
  • When checking aging of lamps, keep measuring distance and locations constant.
  • Lamps should be replaced when output drops to about 70% of their original (new) readings. Take overall reading at center of tanning bed bench pointing up with canopy closed, or check individual lamps at acrylic with canopy up. Keep track of hours vs. readings on a chart.
  • If unsure of what original new values were, replace two adjacent lamps with new ones of the same kind and compare old ones.
  • This meter is primarily "seeing" the UVA "browning" rays. For erythemal rays use Model 7.0 MED/hr meter to relate to Te time.
  • When checking acrylic transmission, take reading through acrylic; then remove acrylic and hold meter sensor at approximately the same distance from lamp as the acrylic shield was located. Note: Model 6.0 UVB meter is better for this purpose).
  • When using this meter to compare different types of lamps, due to their different spectral power distributions, the readings should be considered relative rather than absolute. Although higher output lamps of similar SPD's will read higher than low output lamps, ones that peak near 365 nm (as does the meter response) will read higher than ones peaking near 350 nm even if the total UV output of both is the same.
  • Do not subject the meter to extremes in temperature, humidity, shock or dust.
  • Use a dry, soft cloth to clean the intrument. Keep sensor free of oil, dirt, etc.
  • Range?0-199.9 mW/cm2
  • Response?280-400 nm (UVB thru UVA)
  • Resolution?0.1 mW/cm?
  • Conv. Rate?3.0 Readings/Sec?
  • Accuracy 5%?REF.NIST
not yet reviewed (0)
RRP £179.99
£161.99 inc VAT
RRP €205.69
€185.12 inc VAT
RRP $239.44
$215.50 inc VAT
RRP $311.71
$280.53 inc VAT
RRP DKK1530.45
DKK1377.40 inc VAT
RRP NOK1952.98
NOK1757.67 inc VAT
RRP SEK2004.62
SEK1804.15 inc VAT
RRP $308.47
$277.62 inc VAT
Light Measurement

A small range of devices to measure the light and varying UV outputs of bulbs. These can be useful for keeping an eye on how your UV tubes or compact UV's are performing over time. These items can be pointed at the UV tube at various ranges to determine its effective range. This makes them a great tool for professional reptile keepers and can help you get the most out of your UV lighting.