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Characteristic
Microprocessor-controlled tristimulus colorimeter with
4 spectrally matched silicon detectors equipped with graphic
LC display with backlight illumination
- Precision colorimeter heads CE10-60 or CE10-14, with
superior approximation to the CIE color
matching functions x(λ), y(λ), and z(λ)
- 6 measuring ranges in decades
- Highest displayed value: 600,000 lx
- Resolution (last digit) 0.0001 lx in Y-channel (most sensitive
range)
- 4-digit displays: Display modes: X-Y-Z (CIE-LAB), x-y-Y
(CIE-LAB), u v Y (CIE-UCS 1960), u' v' Y (CIE-UCS 1976),
color temperature Tcp
- Measurement of luminous flux in lm (with integrating sphere)
(factor specification for freely selectable lumens calibration)
- Measurement of intensity in cd
- Representation of color coordinates in CIE color diagram
on LC display
- Automatic range switching
- Automatic average value calculation
- Highest accuracy class L (in Y-channel) according to DIN5032
- Light sensitive surface 14 or 60 mm diameter, built-in
thermostatic stabilization 35°C
- 19-inch 3 height units housing for rack mounting
- Calibration, traceable to PTB standard, with Optronik
calibration certificate
- Individual test report on spectral sensitivity
- Rated voltage: 230 V ±10%
- Power usage: < 50 VA
- Rated frequency: 50 Hz
- Operating temperature: 10 to 50 °C
- Storage temperature: 0 to +75 °C
- Dimensions : 450x325x135 mm
- Dimension detector: 98 mm Ø, height 165 mm
- Detector connecting cable 3m (longer if desired)
- Weight: Device approx. 8 kg; detector approx. 0.9 kg
- V.24 (RS232) interface
Options
- Separate 19" benchtop housing
- TÜV or PTB certificate available
- Cable extensions
- Tube for stray light reduction
- Tripod
- LightCon FMS software for PC control, test report generation,
data storage and processing, graphical representation
(isocolor diagrams, CIE tri-chromatic diagram,
etc.)
Special Feature
New FMS10-14: Small light sensitive surface of just 14 mm
available with remaining sensitivity for measuring directional
light sources with uneven light distribution; this offers
the unique advantage of ensuring that detector is fully
illuminated, thus guaranteeing correct measurement results.
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