Digital UV-Sensor, high resolution, wide dynamic range, CAN bus signal, incl. temperature measurement, temperature compensation

Digital waterproof UV-Sensor for outdoor use, high resolution, wide dynamic range, CAN bus signal, incl. temperature measurement, temperature compensation

Digital axis oriented in-chamber UV-Sensor, high resolution, wide dynamic range, CAN bus signal, incl. temperature measurement, temperature compensation

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

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)

Digital UV Sensor for the UVTOUCH radiometer digital signal conversion (CAN bus) compliant with GLP and LIMS standard with customized spectral characteristics available

UVI, chip active area = 7.60 mm², TO5 housing

UVC, chip active area = 1.00 mm², TO18 housing

UVC, chip active area = 7.60 mm², TO5 housing

UVI, chip active area = 0.20 mm², TO18 housing

UVI, chip active area = 0.50 mm², TO18 housing

UVI, chip active area = 1.00 mm², TO5 housing

UVB, chip active area = 7.60 mm², TO5 housing

UVC, chip active area = 0.06 mm², TO18 housing

UVC, chip active area = 0.06 mm², TO5 housing

UVC, chip active area = 0.20 mm², TO5 housing

UVC, chip active area = 0.50 mm², TO18 housing

UVC, chip active area = 1.00 mm², TO5 housing

UVB, chip active area = 0.20 mm², TO18 housing

UVB, chip active area = 0.20 mm², TO5 housing

UVB, chip active area = 0.50 mm², TO18 housing

UVB, chip active area = 1.00 mm², TO18 housing

UVB, chip active area = 1.00 mm², TO5 housing

UVA, chip active area = 0.20 mm², TO5 housing

UVA, chip active area = 0.50 mm², TO18 housing

UVA, chip active area = 1.00 mm², TO18 housing

UVA, chip active area = 1.00 mm², TO5 housing

UVA, chip active area = 7.60 mm², TO5 housing

UVB, chip active area = 0.06 mm², TO18 housing

UVA+UVB+UVC, chip active area = 1.00 mm², TO5 lens cap

UVA+UVB+UVC, chip active area = 1.82 mm², TO5 short cap, isolated

UVA+UVB+UVC, chip active area = 7.60 mm², TO5 housing

UVA+UVB+UVC, chip active area = 7.60 mm², TO5 short cap, isolated

UVA+UVB+UVC, chip active area = 36.00 mm², TO8 short cap, isolated

UVA, chip active area = 0.06 mm², TO18 housing

UVA+UVB+UVC, chip active area = 0.50 mm², TO5 lens cap

UVA+UVB+UVC, chip active area = 1.00 mm², TO5 short cap

UVA+UVB+UVC, chip active area = 1.00 mm², TO18 housing

UVA+UVB+UVC, chip active area = 1.00 mm², TO18 short cap

UVA+UVB+UVC, chip active area = 1.00 mm², TO18 housing, isolated

UVA+UVB+UVC, chip active area = 1.00 mm², TO5 short cap, isolated

UVA+UVB+UVC, chip active area = 0.20 mm², TO18 housing

UVA+UVB+UVC, chip active area = 0.20 mm², TO18 short cap

UVA+UVB+UVC, chip active area = 0.20 mm², TO18 housing, isolated

UVA+UVB+UVC, 6H SiC chip, chip active area = 0.20 mm², TO18 housing

UVA+UVB+UVC, chip active area = 0.20 mm², TO5 lens cap

UVA+UVB+UVC, 6H SiC chip, chip active area = 0.20 mm², TO5 short cap

UVA+UVB+UVC, chip active area = 0.50 mm², TO18 housing

UVA+UVB+UVC, chip active area = 0.06 mm², TO18 housing

UVA+UVB+UVC, chip active area = 0.06 mm², TO18 short cap

UVA+UVB+UVC, chip active area = 0.06 mm², TO18 housing, isolated

UVA+UVB+UVC, chip active area = 0.06 mm², TO5 short cap

blue light, approx. 420 µW/cm² ... 4.3 W/cm², TO5

blue light, approx. 4.2 nW/cm² ... 43 µW/cm², TO5

blue light, approx. 42 nW/cm² ... 430 µW/cm², TO5

blue light, approx. 420 nW/cm² ... 4.3 mW/cm², TO5

blue light, approx. 4.2 µW/cm² ... 43 mW/cm², TO5

blue light, approx. 42 µW/cm² ... 430 mW/cm², TO5

UVC, approx. 18 nW/cm² ... 180 µW/cm², TO5 + diffusor

UVC, approx. 180 nW/cm² ... 1.8 mW/cm², TO5 + diffusor

UVC, approx. 1.8 µW/cm² ... 18 mW/cm², TO5 + attenuator

UVC, approx. 18 µW/cm² ... 180 mW/cm², TO5 + attenuator

UVC, approx. 180 µW/cm² ... 1.8 W/cm², TO5 + attenuator

UVI, approx. 3 UVI, TO5 + diffusor

UVA, approx. 100 µW/cm² ... 1.0 W/cm², TO5 + attenuator

UVB+UVC, max. 7.5 µW/cm², TO5 + diffusor

UVB+UVC, max. 75 µW/cm², TO5 + diffusor

UVB+UVC, max. 0.75 mW/cm², TO5 + diffusor

UVC, approx. 18 pW/cm² ... 180 nW/cm², TO5 lens cap

UVC, approx. 180 pW/cm² ... 1.8 µW/cm², TO5 lens cap

UVC, approx. 1.8 nW/cm² ... 18 µW/cm², TO5 + diffusor

UVA, approx. 1.8 nW/cm² ... 18 µW/cm², TO5 lens cap

UVA, approx. 18 nW/cm² ... 180 µW/cm², TO5 + diffusor

UVA, approx. 180 nW/cm² ... 1.8 mW/cm², TO5 + diffusor

UVA, approx. 1.8 µW/cm² ... 18 mW/cm², TO5 + attenuator

UVA, approx. 18 µW/cm² ... 180 mW/cm², TO5 + attenuator

UVA+UVB+UVC, approx. 180 nW/cm² ... 1.8 mW/cm², TO5 + diffusor

UVA+UVB+UVC, approx. 1.8 µW/cm² ... 18 mW/cm², TO5 + attenuator

UVA+UVB+UVC, approx. 18 µW/cm² ... 180 mW/cm², TO5 + attenuator

UVA+UVB+UVC, approx. 180 µW/cm² ... 1.8 W/cm², TO5 + attenuator

UVA+UVB+UVC, approx. 1.8 mW/cm² ... 18 W/cm², TO5 + attenuator

UVA+UVB+UVC, 1.8 pW/cm² ... 18 nW/cm², TO5 lens cap, flame detection

UVA+UVB+UVC, approx. 18 pW/cm² ... 180 nW/cm², TO5 lens cap

UVA+UVB+UVC, approx. 180 pW/cm² ... 1.80 µW/cm², TO5 + diffusor

UVA+UVB+UVC, approx. 1.8 nW/cm² ... 18 µW/cm², TO5 + diffusor

UVA+UVB+UVC, approx. 18 nW/cm² ... 180 µW/cm², TO5 + diffuso