This web page will be for nothing but spectra of HID bulbs.
Ocean Optics USB2000 Spectrometer donated by P.L.
As of 10-10-07, I've been using a PC2000-ISA Spectrometer from Ocean Optics that I received several years ago, but that I didn't have a home for until now.
As of 03-08-08, I once again have the USB2000 spectrometer, enabling color spectra again.
As of 09-19-09, I no longer have the PC2000-ISA; it was sold to prevent an eviction.
HID LAMPS:
Spectrographic analysis of a HPS (High Pressure Sodium) streetlamp.
Spectrographic analysis of a bulb on Metal Halide Bulbs, warm-up.
Labelled "Trichrome Industries Metal Halide UVB Lamp; 6076K Pet Lamp"; no burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Labelled "Trichrome Industries Metal Halide UVB Lamp; 6076K Pet Lamp"; no burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Spectrometer's response band narrowed to a range of 175nm to 379nm to show UV emission lines.
Labelled "Trichrome Industries Metal Halide UVB Lamp; 6076K Pet Lamp"; no burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, warm-up.
Labelled "Trichrome Industries Metal Halide UVB Lamp; 6076K Pet Lamp"; 90 hours burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Labelled "Trichrome Industries Metal Halide UVB Lamp; 6076K Pet Lamp"; 90 hours burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Spectrometer's response band narrowed to a range of 175nm to 379nm to show UV emission lines.
Labelled "Trichrome Industries Metal Halide UVB Lamp; 6076K Pet Lamp"; 90 hours burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, warm-up.
Labelled "Trichrome Industries Metal Halide UVB Lamp (Experimental design); 6793K Plant Lamp"; no burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Labelled "Trichrome Industries Metal Halide UVB Lamp (Experimental design); 6793K Plant Lamp"; no burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Spectrometer's response band narrowed to a range of 175nm to 379nm to show UV emission lines.
Labelled "Trichrome Industries Metal Halide UVB Lamp (Experimental design); 6793K Plant Lamp"; no burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, warm-up.
Labelled "Trichrome Industries Metal Halide UVB Lamp (Experimental design); 6793K Plant Lamp"; 90 hours burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Labelled "Trichrome Industries Metal Halide UVB Lamp (Experimental design); 6793K Plant Lamp"; 90 hours burn-in.
Spectrographic analysis of a bulb on Metal Halide Bulbs, within operating parameters.
Spectrometer's response band narrowed to a range of 175nm to 379nm to show UV emission lines.
Labelled "Trichrome Industries Metal Halide UVB Lamp (Experimental design); 6793K Plant Lamp"; 90 hours burn-in.
Spectrographic analysis of a LFP Xenon Reef bulb 3000K HID.
Spectrographic analysis of a LFP Xenon Reef bulb 12,000K HID.
Spectrographic analysis of a LFP Xenon Reef bulb 25,000K Blue HID.
Spectrographic analysis of a LFP Xenon Reef bulb 25,000K Purple HID.
Spectrographic analysis of the HID bulb in the Polarion Helios PF40 HID Searchlight; "overexposed" to show weaker spectral lines.
Spectrographic analysis of the HID bulb in the Polarion Helios PF40 HID Searchlight.
Spectrographic analysis of a Power On Board HID Spotlight
Spectrographic analysis of a Power On Board HID Spotlight,
deliberately "overexposed" to show weaker spectral lines.
Spectrographic analysis of the HID lamp in the Light Cannon 100 HID; newer spectrometer software & settings used.
Spectrographic analysis of the HID lamp in the Light Cannon 100 HID, after ~50 sec. warmup; newer spectrometer software & settings used.
Spectrum of a Light Cannon 100 HID, normal.
Spectrum of a Light Cannon 100 HID, overdone to show weaker spectral lines.
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