
Specifications
- AutorangingSwithces to higher display range above 1.95 Sun, lower range below 1.90 Sun
- Accuracy±0.1% of reading +2 counts @ 0.9500-1.0500 Sun @ 23 °C
±0.2% of reading +2 counts @ 0.100-1.9500 and 1.900-3.500 Sun @ 23 °C
±0.5 °C typical, ±1.0 °C max @ 24-26 °C
±0.7 °C typical, ±1.2 °C max @ 10-40 °C - ResolutionIrradiance: 0.0001 Sun @ 0-1.9500 Sun, 0.001 Sun @ 1.900-3.500 Sun
Temperature: 0.01 °C - Sampling Rate2 readings/sec
- Settling Timewithin 1 sec for <0.25% (= 6τ)
- RangeIrradiance: 0-3.500 Sun
Temperature: 0-199.9 °C capable - Temperature CoefficientMeter Irradiance: ±150 ppm/°C max
Reference Cell Irradiance: +450 ±150 ppm/°C
Temperature readout: ±0.02 °C/°C of meter ambient temperature change
- Operating Temperature Range10-40 °C
- Operating Humidity0-90% relative humidity, non-condensing
- Electrical InterfaceType K connector for thermocouple integrated beneath the PV reference cell
Amphenol T 3302 009 4-pin connector for reference cell 4-wire interface
Analog output BNC jacks for Sun and temperature output - DimensionsMeter: 151 x 95 x 178 mm
Reference cell: 70 x 16 x 92 mm - Weight1.8 kg (meter)
Resources & Downloads
Manuals
Oriel 91150V-CBL Reference Solar Cell Cable User Manual(233.1 kB, PDF) Oriel 91150V Reference Solar Cell User Manual(582.5 kB, PDF)
Literature
Oriel 91150V Reference Solar Cell Datasheet(1.5 MB, PDF) Oriel Photovoltaic Calibration Lab Datasheet(120.3 kB, PDF)
Application Notes
Comparisons of IV Curves between Xenon Lamp-Based and LED-Based Solar Simulators(482.7 kB, PDF) Reliable Solar Cell Measurements(511.3 kB, PDF) The Spectral Mismatch Factor(865.4 kB, PDF) Solar Cell Characterization
Other
EU ROHS3 - 91150 Calibrated Reference Cell Systems(240.3 kB, PDF)


