Mercury light sources (Hg)

Mercury light sources have high output power in UV and VIS with characteristic lines in this range. The high intensity spectral peaks make them ideal light sources for spectroscopic studies. Because of the high output power in the UV, they are suitable for many photoresist exposure applications.

Features
  • Different power classes from 100 to 500 W
  • Wavelength range: 200 - 2500 nm
  • High radiance in UV and VIS
  • Very well suited for photoresist applications

Further information

We offer four models that cover the range from 100 to 500 W. The models include almost everything needed for proper operation (lamp housing, power supply, cables and adapters). Only select lamp and condensing optic according to your requirements to complete.

Of course, you can also choose from our wide range of accessories to adapt the light sources to your specific measuring task.

Models

100 W Mercury light source
LS100Hg

Complete system (convection cooled) including lamp housing, power supply, cables and adapters needed for a proper operation.
Just select lamp bulb and condenser according to your requirements to complete.

To be operated with following lamp:
 
LSB610 100 W Hg lamp  
To be operated with 1 of following condensors:
 
LSC105 25 mm Ø, f/1,2,  UV quartz  
LSC115 35 mm Ø, f/1,3, UV quartz  
LSC110 35 mm Ø, f/1,0, UV quartz  
LSC116 35 mm Ø, f/1,3, glass  

LSC111

35 mm Ø, f/1,0, glass  
LSC310 50 mm Ø, f/1,0, UV quartz  
LSC311 50 mm Ø, f/1,0, glass  
The optional rear reflector can be used to maximize output power  
LSC121 Rear reflector  
200 W Mercury light source
LS200Hg

Complete system (fan cooled) including lamp housing, power supply, cables and adapters needed for a proper operation.
Just select lamp bulb and condenser according to your requirements to complete.

To be operated with following lamp:
 
LSB620 200 W Hg lamp  
To be operated with 1 of following condensors:
 
LSC205 25 mm Ø, f/1,2,  UV quartz  
LSC215 35 mm Ø, f/1,3, UV quartz  
LSC210 35 mm Ø, f/1,0, UV quartz  
LSC216 35 mm Ø, f/1,3, glass  
LSC315 50 mm mm Ø, f/1,3, UV quartz  
LSC310 50 mm mm Ø, f/1,0, UV quartz  
LSC311 50 mm Ø, f/1,0, glass  
The optional rear reflector can be used to maximize output power  
LSC321 Rear reflector  
350 W Mercury light source
LS350Hg

Complete system (fan cooled) including lamp housing, power supply, cables and adapters needed for a proper operation.
Just select lamp bulb and condenser according to your requirements to complete.

To be operated with following lamp:
 
LSB630 350 W Hg lamp  
To be operated with 1 of following condensors:
 
LSC205 25 mm Ø, f/1,2,  UV quartz  
LSC215 35 mm Ø, f/1,3, UV quartz  
LSC210 35 mm Ø, f/1,0, UV quartz  
LSC216 35 mm Ø, f/1,3, glass  
LSC315 50 mm mm Ø, f/1,3, UV quartz  
LSC310 50 mm mm Ø, f/1,0, UV quartz  
LSC311 50 mm Ø, f/1,0, glass  
The optional rear reflector can be used to maximize output power  
LSC321 Rear reflector  
500 W Mercury light source
LS500Hg

Complete system (fan cooled) including lamp housing, power supply, cables and adapters needed for a proper operation.
Just select lamp bulb and condenser according to your requirements to complete.

To be operated with following lamp:
 
LSB640 500 W Hg lamp  
To be operated with 1 of following condensors:
 
LSC205 25 mm Ø, f/1,2,  UV quartz  
LSC215 35 mm Ø, f/1,3, UV quartz  
LSC210 35 mm Ø, f/1,0, UV quartz  
LSC216 35 mm Ø, f/1,3, glass  
LSC315 50 mm mm Ø, f/1,3, UV quartz  
LSC310 50 mm mm Ø, f/1,0, UV quartz  
LSC311 50 mm Ø, f/1,0, glass  
The optional rear reflector can be used to maximize output power  
LSC321 Rear reflector  

Applications

Fluorescence
Phosphorescence
Luminescence
Photochemistry, Photolithography
Absorbance and Reflectance
Solar simulation

Downloads

100 W Hg arc light source
200-500 W Hg arc light sources
Hg Lamp specification
Light source accessories
UV safety considerations

Downloads

Things to know

All you need to know about arc lamps
Lamp spectra and irradiance
Choosing the right source
Choosing the right focusing lens
Choosing the right condenser
Estimating source output
Reflectance, transmittance & refractive index
Distribution of luminance & beam uniformity

Contact

Staffan Eriksson
Staffan Eriksson

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Contact

Quantum Design GmbH

Roddarestigen 3
SE 182 35 Danderyd
Sweden

Phone:+46 8 41071791
E-mail:nordicqd-europe.com
Staffan ErikssonSales Manager
+46 8 410 71791
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