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Research Quartz Tungsten Halogen Lamp Housings
Research Quartz Tungsten Halogen Lamp Housings
Research Quartz Tungsten Halogen (QTH) Lamp Housings allow QTH lamps to operate with optimum performance while providing a safe operating environment for the user. Choose from a wide selection of lamp wattages, condensing lens types, and flange sizes. By choosing a lamp housing that meets their wavelength output and output beam characteristic requirements, users are choosing a versatile component capable of operating many of the QTH Lamps that are sold separately.
- Rear reflector increases lamp output by approximately 60%
- Simple lamp alignment process
- Integrated lamp cooling fan and safety interlock feature
- Two different lens types used in condensing lens configurations
- Two different flange sizes available
- Interchangeable lamps See All Features
Compatibility
Light Source Components Compatible with 10 - 250 W Research QTH Lamp Housings
| Lamp Model | Lamp Socket Adapter | Power Supply | Cable | Complete System |
|---|---|---|---|---|
| Low - Medium Power QTH | ||||
| - | ||||
| *70050 cable is included in the QTH housing. | ||||
Light Source Components Compatible with 600 - 1000 W Research QTH Lamp Housings
| Lamp Model | Lamp Socket Adapter | Power Supply | Cable | Complete System |
|---|---|---|---|---|
| High Power QTH | ||||
| *70050 cable is included in the QTH housing. | ||||
Specifications
- TypeQTH Lamp Housing
- Lamp TypeQuartz Tungsten Halogen (QTH)
- Output BeamCollimated
Features
Simple Lamp Alignment Process
Due to small manufacturing differences between lamps, the rear reflector position and lamp position relative to the condenser lens must be adjusted when a new lamp is installed in the housing. Adjustment knobs located on the exterior of the lamp housing allow for optimum positioning of the lamp and rear reflector. This simple alignment procedure can be learned from the video above.
Rear Reflector for Increased Light Output
A rear reflector is built into the lamp housing to collect back scatter from the lamp that would otherwise be lost. An estimated 60% increase in output intensity from the lamp housing is observed due to this rear reflector. Due to small manufacturing differences between lamps, the rear reflector needs to be adjusted when a new lamp is installed.
Integrated Lamp Cooling Fan and Safety Interlock Feature
A temperature sensor inside the lamp housing monitors the lamp's operating temperature and controls the cooling fan accordingly. This keeps the lamp at a safe temperature for operation and ensures the temperature required for proper wavelength emission of the lamp is maintained. The Research Lamp Housing also includes as Safety Interlock Feature. If the lamp housing door or interconnection cable to the power supply are not firmly secured, the lamp will not ignite or voltage supply to the lamp will cease. This protects the user from accidental exposure to UV radiation and electrical shock.
Two Different Flange Sizes Available
Output flanges of 1.5 inches and 2 inches are coupled to the output of these Research Lamp Housings. The output flange size determines the diameter of the collimated output beam and should also be considered based on what component the lamp housing will be coupled to. Flange couplers and adaptors for interchanging between different flange sizes are available to couple the lamp housing to a monochromator or other piece of equipment.
Interchangeable Lamps
Oriel® offers Research Lamp Housings capable of operating two different ranges of QTH lamp wattages: 10 to 250 W and 600 to 1000 W. All QTH Lamps can be operated in the lamp housing that matches their lamp wattage. For convenience, the Lamp Housing Interconnection Cable 70050 has been included with each Lamp Housing. The appropriate socket adapter, and QTH Lamp Power Supply is also necessary to operate the lamp, sold separately. Check out the Compatibility guide below for more information.
Two Different Lens Types Used
Oriel uses three different types of lenses to use in Condenser Lens configurations. These lens types differ in cost and quality of output beam collimation quality:
- Plano Convex: Most economic lens option, utilizes an asymmetric lens shape to minimize spherical aberration
- Aspheric: The front surface of an aspheric lens gradually changes in curvature from the center of the lens to the edge. This shape reduces spherical aberration more effectively than a Plano Convex Lens
Condenser lens assemblies also differ in F/# (F number). A smaller F/# means the lens is placed closer to the light source inside the lamp housing. This allows for greater radiant flux as more light is collected by the lens. However, this also causes greater lens aberration. As a result, more light does not mean more quality light. Higher F/#'s are suggested if a high quality collimated beam is needed from the output of the lamp housing. However, lower F/#'s are suggested for coupling to a monochromator due to their higher throughput. The output wavelength required from the lamp should also be considered when choosing a lamp housing.
Accessories
Safety Equipment
Resources
Literature
Light Sources(1.6 MB, PDF)
