02 530 1714
081 233 5000
LINE ID: edm9824

02 530 1714
081 233 5000
LINE ID: edm9824

5
>> UV Sensor
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Digital UV-Sensor, high resolution, wide dynamic range, CAN bus signal, incl. temperature measurement, temperature compensation
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Digital waterproof UV-Sensor for outdoor use, high resolution, wide dynamic range, CAN bus signal, incl. temperature measurement, temperature compensation
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Digital axis oriented in-chamber UV-Sensor, high resolution, wide dynamic range, CAN bus signal, incl. temperature measurement, temperature compensation
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Digital 10 bar water pressure proof UV-Sensor for low pressure lamps, high resolution, wide dynamic range, CAN bus signal, incl. temperature measurement, temperature compensation
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Specifications
Fixed Specifications
Parameter Value
Dimensions please refer to the drawing
Signal Output CAN bus signal, 125kbit/s
Pins 1, 7=CAN low, Pins 3, 8= CAN high
Pins 2, 4, 5=GND
Connection 2m cable with 8-Pin male connector
(to converter or else) and 5 pin female
connector (to the sensor)
Temp. Coefficient <-0,1%/K
Operating Temp. -20…+80 C
Humidity <80%, non condensing
(water submersible on request)
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Digital UV Sensor for the UVTOUCH radiometer digital signal conversion (CAN bus) compliant with GLP and LIMS standard with customized spectral characteristics available
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UVI, chip active area = 7.60 mm², TO5 housing
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UVC, chip active area = 1.00 mm², TO18 housing
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UVC, chip active area = 7.60 mm², TO5 housing
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UVI, chip active area = 0.20 mm², TO18 housing
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UVI, chip active area = 0.50 mm², TO18 housing
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UVI, chip active area = 1.00 mm², TO5 housing
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UVB, chip active area = 7.60 mm², TO5 housing
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UVC, chip active area = 0.06 mm², TO18 housing
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UVC, chip active area = 0.06 mm², TO5 housing
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UVC, chip active area = 0.20 mm², TO5 housing
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UVC, chip active area = 0.50 mm², TO18 housing
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UVC, chip active area = 1.00 mm², TO5 housing
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UVB, chip active area = 0.20 mm², TO18 housing
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UVB, chip active area = 0.20 mm², TO5 housing
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UVB, chip active area = 0.50 mm², TO18 housing
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UVB, chip active area = 1.00 mm², TO18 housing
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UVB, chip active area = 1.00 mm², TO5 housing
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UVA, chip active area = 0.20 mm², TO5 housing
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UVA, chip active area = 0.50 mm², TO18 housing
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UVA, chip active area = 1.00 mm², TO18 housing
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UVA, chip active area = 1.00 mm², TO5 housing
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UVA, chip active area = 7.60 mm², TO5 housing
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UVB, chip active area = 0.06 mm², TO18 housing
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UVA+UVB+UVC, chip active area = 1.00 mm², TO5 lens cap
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UVA+UVB+UVC, chip active area = 1.82 mm², TO5 short cap, isolated
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UVA+UVB+UVC, chip active area = 7.60 mm², TO5 housing
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UVA+UVB+UVC, chip active area = 7.60 mm², TO5 short cap, isolated
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UVA+UVB+UVC, chip active area = 36.00 mm², TO8 short cap, isolated
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UVA, chip active area = 0.06 mm², TO18 housing
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UVA+UVB+UVC, chip active area = 0.50 mm², TO5 lens cap
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UVA+UVB+UVC, chip active area = 1.00 mm², TO5 short cap
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UVA+UVB+UVC, chip active area = 1.00 mm², TO18 housing
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UVA+UVB+UVC, chip active area = 1.00 mm², TO18 short cap
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UVA+UVB+UVC, chip active area = 1.00 mm², TO18 housing, isolated
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UVA+UVB+UVC, chip active area = 1.00 mm², TO5 short cap, isolated
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UVA+UVB+UVC, chip active area = 0.20 mm², TO18 housing
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UVA+UVB+UVC, chip active area = 0.20 mm², TO18 short cap
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UVA+UVB+UVC, chip active area = 0.20 mm², TO18 housing, isolated
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UVA+UVB+UVC, 6H SiC chip, chip active area = 0.20 mm², TO18 housing
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UVA+UVB+UVC, chip active area = 0.20 mm², TO5 lens cap
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UVA+UVB+UVC, 6H SiC chip, chip active area = 0.20 mm², TO5 short cap
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UVA+UVB+UVC, chip active area = 0.50 mm², TO18 housing
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UVA+UVB+UVC, chip active area = 0.06 mm², TO18 housing
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UVA+UVB+UVC, chip active area = 0.06 mm², TO18 short cap
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UVA+UVB+UVC, chip active area = 0.06 mm², TO18 housing, isolated
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UVA+UVB+UVC, chip active area = 0.06 mm², TO5 short cap
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blue light, approx. 420 µW/cm² ... 4.3 W/cm², TO5
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blue light, approx. 4.2 nW/cm² ... 43 µW/cm², TO5
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blue light, approx. 42 nW/cm² ... 430 µW/cm², TO5
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blue light, approx. 420 nW/cm² ... 4.3 mW/cm², TO5
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blue light, approx. 4.2 µW/cm² ... 43 mW/cm², TO5
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blue light, approx. 42 µW/cm² ... 430 mW/cm², TO5
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UVC, approx. 18 nW/cm² ... 180 µW/cm², TO5 + diffusor
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UVC, approx. 180 nW/cm² ... 1.8 mW/cm², TO5 + diffusor
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UVC, approx. 1.8 µW/cm² ... 18 mW/cm², TO5 + attenuator
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UVC, approx. 18 µW/cm² ... 180 mW/cm², TO5 + attenuator
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UVC, approx. 180 µW/cm² ... 1.8 W/cm², TO5 + attenuator
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UVA, approx. 100 µW/cm² ... 1.0 W/cm², TO5 + attenuator
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UVB+UVC, max. 7.5 µW/cm², TO5 + diffusor
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UVB+UVC, max. 75 µW/cm², TO5 + diffusor
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UVB+UVC, max. 0.75 mW/cm², TO5 + diffusor
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UVC, approx. 18 pW/cm² ... 180 nW/cm², TO5 lens cap
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UVC, approx. 180 pW/cm² ... 1.8 µW/cm², TO5 lens cap
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UVC, approx. 1.8 nW/cm² ... 18 µW/cm², TO5 + diffusor
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UVA, approx. 1.8 nW/cm² ... 18 µW/cm², TO5 lens cap
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UVA, approx. 18 nW/cm² ... 180 µW/cm², TO5 + diffusor
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UVA, approx. 180 nW/cm² ... 1.8 mW/cm², TO5 + diffusor
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UVA, approx. 1.8 µW/cm² ... 18 mW/cm², TO5 + attenuator
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UVA, approx. 18 µW/cm² ... 180 mW/cm², TO5 + attenuator
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UVA+UVB+UVC, approx. 180 nW/cm² ... 1.8 mW/cm², TO5 + diffusor
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UVA+UVB+UVC, approx. 1.8 µW/cm² ... 18 mW/cm², TO5 + attenuator
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UVA+UVB+UVC, approx. 18 µW/cm² ... 180 mW/cm², TO5 + attenuator
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UVA+UVB+UVC, approx. 180 µW/cm² ... 1.8 W/cm², TO5 + attenuator
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UVA+UVB+UVC, approx. 1.8 mW/cm² ... 18 W/cm², TO5 + attenuator
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UVA+UVB+UVC, 1.8 pW/cm² ... 18 nW/cm², TO5 lens cap, flame detection
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UVA+UVB+UVC, approx. 18 pW/cm² ... 180 nW/cm², TO5 lens cap
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UVA+UVB+UVC, approx. 180 pW/cm² ... 1.80 µW/cm², TO5 + diffusor
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UVA+UVB+UVC, approx. 1.8 nW/cm² ... 18 µW/cm², TO5 + diffusor
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UVA+UVB+UVC, approx. 18 nW/cm² ... 180 µW/cm², TO5 + diffuso