info@qpclasers.com
1-818-986-0000
 

Features

  • Lightweight
  • Dissipates a maximum thermal load of 110 W
  • Excellent Temperature Stability
  • Feedback Electronics

Applications

Forced-air cooling for Ultra™ Series modules in:

  • Laser products
  • Medical equipment
  • Semi-conductor processing
  • Defense applications
 

Ultra-Therm™ Thermo-Electric Cooling Module

QPC’s cooling module uses four high efficiency TEL modules in conjunction with a heat exchanger and two cooling fans to dissipate a maximum thermal load of 110W. It is a high performance cooling module designed for OEM applications for laser products, medical equipments and semiconductor processing. When coupled with the temperature controller unit (9904-0001), the module functions as a highly stable cooling unit for QPC’s Ultra-50™ series laser module.

Ultra-Therm™ Thermo-Electric Cooling Module
Module Part #
Power
Wavelength
Fiber
 
Ultra-Therm™
6007-0002
20 W
792 nm
100 µm
 
6007-0000
35 W
792 nm
200 µm
 
6008-0001
30 W
808 nm
400 µm
 
6008-0002
50 W
808 nm
400 µm
 
6008-0007
35 W
888 nm
200 µm
 
6009-0001
22 W
976 nm
100 µm
 
6009-0000
35 W
976 nm
200 µm
 
6010-0000
30 W
1064 nm
200 µm
 
6013-0000
14 W
1380 nm
400 µm
 
6014-0000
14 W
1470 nm
400 µm
 
6015-0000
15 W
1532 nm
400 µm
 
6108-0000
25 W
808 nm
400 µm
 
6109-0000
25 W
976 nm
200 µm
 
6610-0000
30 W
1064 nm
10x6 mm
 
6207-0004
40 W
792 nm
100 µm
 
6207-0001
80 W
792 nm
200 µm
 
6207-0002
95 W
792 nm
400 µm
 
6208-0000
40 W
808 nm
100 µm
 
6208-0001
80 W
808 nm
200 µm
 
6208-0002
95 W
808 nm
400 µm
 
6208-0005
85 W
888 nm
200 µm
 
6208-0006
100 W
888 nm
400 µm
 
6209-0000
45 W
976 nm
100 µm
 
6209-0001
90 W
976 nm
200 µm
 
6209-0002
110 W
976 nm
400 µm
 
6214-0003
25 W
1470 nm
200 µm
 
6214-0002
35 W
1470 nm
400 µm
 
6309-0002
30 W
976 nm
100 µm
 
6309-0000
60 W
976 nm
200 µm
 
6309-0001
95 W
976 nm
400 µm
 
6315-0003
25 W
1532 nm
200 µm
 
6315-0002
35 W
1532 nm
400 µm
 

Warning: Class 4 Laser. Invisible Laser Radiation – Avoid Eye or Skin Exposure to Direct or Scattered Radiation.