item | part | specification |
Overall size and layout of the equipment | Device layout | L type |
length | ≤2700mm | |
width | ≤1600mm | |
height | ≤1800mm | |
Part order | outer quartz tube-filter-Main valve-cold trap-Molecular pump | |
quartz tube | size | OD130mm,Length2500mm,Thickness5mm |
connection | Recessed,Groove height>5mm | |
sealing falnges & chamber | material | bright stainless stee tube ( SUS 304 ) |
protection system | Filter | Single layer metal mesh |
Easy to disassemble,clean and maintain | ||
Cold trap | Vacuum compartment type cold trap design | |
Easy to disassemble,clean and maintain(hand can reach into the cold trap) | ||
Stainless steel / polished inside & outside | ||
Single outer diameter180-260mm | ||
Equipment base | Equipment base, body material | Adopt the square tube skeleton base, attached the movable wheel and the horizontal adjustment foot at the bottom, stainless steel as the countertop.( SUS 304 ) |
base height(below heating body) | ≤ 800mm | |
base panel | Easy to remove cover plate, cold plate spray | |
Thermal field | furnace body | 6 sections above and below, 12 points to detect temperature |
heating zone=200+200+400+200+300+200mm | ||
interval section= 10mm | ||
distance between Heating furnace side shell and outer tube connection>100mm | ||
temp. | max temp software temp control=600°C, | |
max. temp. of hardware>800°C | ||
Power control module | 40A | |
Warming program module | Data can be output, touch screen set temperature program | |
Furnace brake system | Furnace body switch | Manually open |
Human touch switch | ||
Physical control switch | ||
cooling system | Cooling fan | High temperature resistant material |
Water and electrical requirements | electricity | voltage 380V,power 22Kw |
water | 5L/min | |
gas | 气Pneumatic valve need N2,pressure0.6Mpa | |
Human machine hardware system | touch screen | 10.4inch |
Software control | function | Touch screen can add screen lock to prevent accidental touch |
Integrate the operation of each pneumatic valve of the equipment, the switch of each component, and the setting of the heating system | ||
automatic mode and manual mode | ||
Main pump | Molecular pump | FF250/1600G, pumping rate1600L/s |
High vacuum pumping line | Main pumping line | The vacuum pumping end uses a molecular pump with a diameter of 100mm to directly connect to ensure the high vacuum in the experiment. A plate valve is added in the middle of the diameter straight pipe. |
Foreline pump | mechanical pump | pumping rate30m³/h |
Low vacuum pumping line | side pumping line | The ends of the flapper valve are added with a 16mm diameter thin tube bypass branch to prevent the pumping speed from affecting the direction of molecular diffusion in the initial vacuum, resulting in uneven material. |
vacuum degree | Low vacuum pump exhaust rate | 2x10^-2torr within 20min in main chamber |
High vacuum pump exhaust rate | 5x10^-6torr within 20min in main chamber after turining on Molecular pump | |
Pressure test | After reaching the ultimate vacuum (5x10^-6torr), close all valves, less than 2x10^-2torr after 30min |
Duis aute irure dolor in repreh enderit in volup tate velit esse
cillum dolore
eu fugiat nulla dolor atur with Lorem ipsum is simply