Compare Model Drawings, CAD & Specs Lamp Type Lamp Wattage Condenser Type Flange Series Size F/# Availability Price
4 Weeks
Hg(Xe) 1000 W Two Element Plano-Convex 2 Inch F/1
4 Weeks
In Stock
Hg(Xe), Ozone Free 1000 W Two Element Plano-Convex 2 Inch F/1
In Stock
4 Weeks
Hg(Xe) 500 W Two Element Plano-Convex 2 Inch F/1
4 Weeks
4 Weeks
Hg(Xe) 1000 W Four Element Aspherab 3 Inch F/0.7
4 Weeks
6 Weeks
Hg(Xe), Ozone Free 1000 W Four Element Aspherab 3 Inch F/0.7
6 Weeks
4 Weeks
Hg(Xe) 500 W Four Element Aspherab 3 Inch F/0.7
4 Weeks


All Necessary Components for Lamp Operation Included

High power research light sources includes an arc lamp, appropriate socket adapter, lamp housing interconnection cables, power supply, and Research lamp housing. After a quick and easy assembly, the light source is ready for use and easily integrated into a user's setup. The lamp housings offered with these light source kits are capable of operating all 450-1000 W DC arc lamps. This allows the user to interchange lamps in their setup simply by replacing the lamp and socket adapter (if necessary) in their lamp housing.

High Power Mercury-Xenon Hg(Xe) Lamps

Hg(Xe) arc lamps include a mixture of mercury and xenon gas, with the mixture of mercury giving the lamp a higher output intensity and pronounced spectral emission lines in the UV and visible spectrum. Applications requiring higher intensity and sharper emission lines in the UV to visible such as film thickness measurement and UV curing take advantage of these unique characteristics.

High Stability Arc Lamp Power Supply

The 69920 power supply provided with these light sources is a highly regulated power supply. Much of an arc lamp's stability in wavelength and output intensity is due to keeping the temperature and pressure of the gas inside the lamp's envelope as constant possible. The 69920 power supply provides highly stable voltage and current supply to the arc lamp, keeping the arc lamp's ripple to less than 1% rms while maximizing the lifetime of the lamp.

High Power Research Lamp Housing

Oriel's Research Lamp Housings are designed to focus the output light of the lamp to the user's needs while providing an ideal environment for lamp operation and user safety. A built in temperature sensor and cooling fan prevents overheating of the lamp during operation. A rear reflector built inside the lamp housing reflects back scatter radiation from the lamp. The collimating lens assembly on each Research Lamp Housing is used to ensure the lamp is properly aligned within the housing and optimally focus the light output to the user’s needs. If the lamp housing door is not firmly secured to the lamp housing or a lamp housing interconnection cable is not firmly secured to its connector, the lamp inside will not ignite or supply voltage and current to the lamp will not be supplied. This protects the user from accidental exposure to UV radiation and high voltage during ignition and operation of the lamp. Two condenser lens options are offered.

F/1, Two Element Plano-Convex Condenser Lens Option

Light sources with a -R1 suffix include the model 66921 high power research lamp housing.  This housing has a 2 Inch series flange series and a 48 mm diameter, collimated light output. The condenser lens included is a F/1 two-element plano-convex lens with the secondary lens in place to correct spherical aberration from the first.

F/0.7, Four Element Fused Silica Aspherab™ Condenser Lens Option

Light sources with a -R07 suffix include the model 66923 high power research lamp housing. This housing has a 3 Inch flange series and a 69 mm diameter, collimated light output. The condenser lens of the 66923 contains a four element Aspherab™ lens assembly, the most efficient light collection setup offered that is almost free of spherical aberration.

Arc Lamp Safety

Arc lamps may emit dangerous levels of UV radiation depending on their source type. Ensure that only authorized personnel are in the vicinity of the source, and wearing the necessary safety equipment such as UV protective eyewear, clothing, and gloves. Lighted UV warning signs, posted outside laboratory doors where UV sources are operating, can prevent accidental exposure. Newport also recommends using an electronic shutter to block the beam when the source is not in use but remains turned on. Alternatively, the beam can be safely contained by using beam tubes or fiber optic cables to deliver the light to a sample. It is recommended to vent the ozone that is produced by some lamp models to the outside or use an Ozone Eater.