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Bake out list

Item Material Maximum temperature [°C] Comments
CF Cupper ring Cupper 1084.62 Schmelzpunkt, Wikipedia
Mounting for the spacer (Al ~ Alplan) 660.2
Zerodur rods Zerodur 600 Wikipedia
Heat shields Aluminium [EN AW-5083] 660.2 <fc #ff0000>Temperatureinsatz (max. °C bei Dauer / Kurzzeiteinsatz): 120/ 180 </fc>
Window holder Aluminium 660.2
Vacuum chamber Aluminium 660.2
CF Flanschkit
Glas balls Borosilikatglas 500 maximale Arbeitstemperatur, Wikipedia
IGP 350
Lead wire Lead 327
NTC Sensors 300
Angle valve < = 300
Viton balls Viton 280 Wikipedia
Sub-D Kabel 37FXRR-500 Kupferdraht versilbert
Kaptonband-isoliert
230
Vacuum pressure sensor 250 without electronics and magnet
Gate valve open: < = 250 (max 24h)
closed: < = 200
Sub-D Socket 230
Sub-D Feedthrough Peek 230
Crimp pins Cu vergoldet 230
Capton wires Kupferdraht versilbert
Kaptonband-isoliert
230
IGP cable < 220
Peltier-elements 200
Windows 200 Question:
What is the maximum (continuous) temperature which the AR coatings are able to withstand? What is the maximum temperature gradient that can be applied (continuously) between the two faces of the 1/2“ 3mm BK7 and fused silica windows?
Response from Jeremy at Thorlabs:
The maximum temperature will be around 200°C or so. We do not spec a maximum temperature gradient since it can depend on the thermal boundary conditions and geometrical boundary conditions of the window. However, I would recommend UVFS over N-BK7 because of its much lower coefficient of thermal coefficient.
Vacuum glue [Torrseal] 175 Flammpunkt
Indium wire Indium 155
Indium foil Indium 155
Vacuum pressure sensor cable
CF-Kreuz
Screws from the mounting and hield shield Edelstahl A2
ULE Spacer
Mirrors
ULE rings
Faraday rotator
Glue from faraday rotator