SOLARMETER 5.0 UVA + UVB

The Model 5.0 features an Integral Sensor and applications include UV lamp aging tests, acrylic shield transmission, eyewear UV block tests and any other applications when measuring or monitoring high intensity UV sources.
Specifications Radiometer
Model 5.0
Irradiance Range 0-199.9 mW/cm2 Total UV
Response 280-400 nm (UVB thru UVA)
Resolution 0.1 mW/cm²
Conversion Rate 3.0 Readings/Sec
Display 3.5 Digit LCD
Operating Temps 0° C to 40° C
Operating Humidity 5% to 80% RH
Accuracy ±5% REF.NIST
Dimensions (LxWxD) 10.5 x 6 x 2.2 cm
Weight 110 Grams
Power Source 9-Volt DC Battery
Lens UVT Acrylic .030
Diffuser Virgin Teflon .010

 

To enquire on the the Model 5.0 please click on the link below or use the contact page.

When requesting a quote please provide quantity and suburb/state for postage/delivery details.

 

Sensor-Hamamatsu #G5842 UV SENSOR/FILTER
The G5842 is a semiconductor UV sensor consisting of a GaAsP photodiode chip and a UV filter. The G5842 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 G5842 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
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.

 

Also Available - by special request:
Model 5.0 HP > 0-1999 mW/cm²
(For high pressure lamps over 199.9 mW/cm²)
Model 5.0 SF > 0-199.9 W/m²
(For science projects)


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.

 

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