Optimal for process management of sputtering equipment (monitoring of residual moisture, impurities, leaks, hydrocarbons, siloxanes, and garden-related compounds)
Sputtering Process Model:CGM2-101 / 102
ULVAC
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New Product
The "Qulee" (pronounced "KLEE") is ULVAC's latest model for residual gas analysis and gas monitoring during the process. Feedback from equipment engineers on each production line has been incorporated into the new product design in pursuit of simplicity.
Measurements can be made with high accuracy at the process pressure of the sputtering equipment (less than 1 Pa) without using a differential exhaust system.
Features
- Ideal for process monitoring of various sputtering sysytem
- Monitoring the Air Leak
- Management of residual moisture
- Cleaning fluid residue
- Galden® and other gas leaks
- Monitoring of residual hydrocarbons
- No differential pumping system required (less than 1 Pa at 7.5 x 10-3 Torr/1 x 10-2 mbar)
- Built-in display: PC-free
- Highly sensitive leak test possible (CGM2-102).More leak testing.
- Various leak tests available (Helium leak test, air leak test, assembly test)
- Total pressure measurement (ionization gauge) possible
- Includes a Quick Install Package system (QIP). Automatic measurement package (see option catalog for details)
- Qulee QCS is Included : This software is included and compatible with (Windows 8/10/11)
- Conforms with CE
Applications
- Ideal for residual gas analysis, process monitoring and impurity (H2O) management of sputtering equipment
- For leak testing of sputtering equipment.
Specifications
| Model | CGM2-051 | CGM2-052 | CGM2-101 | CGM2-102 |
| Mass filter type | Quadrupole | |||
| Mass range | 1 to 50 amu | 1 to 100 amu | ||
| Resolution | M/ΔM=1M (10% P.H.) | |||
| Detector type | Faraday cup (FC) | EM Tube (SEM) / Faraday cup (FC) |
Faraday cup (FC) | EM Tube (SEM) / Faraday cup (FC) |
| Sensitivity | 0.1uA/Pa | SEM: 0.1mA/Pa | 0.1uA/Pa | SEM: 0.1mA/Pa |
| 13.3 uA/Torr | SEM: 13.3 mA/Torr | 13.3 uA/Torr | SEM: 13.3 mA/Torr | |
| 10 uA/mbar | SEM: 10 mA/mbar | 10 uA/mbar | SEM: 10 mA/mbar | |
| Minimum detectable partial pressure |
1×10-7 Pa | SEM: 1×10-10 Pa | 1×10-7 Pa | SEM: 1×10-10 Pa |
| 7.5×10-10 Torr | SEM: 7.5×10-13 Torr | 7.5×10-10 Torr | SEM: 7.5×10-13 Torr | |
| 1×10-9 mbar | SEM: 1×10-12 mbar | 1×10-9 mbar | SEM: 1×10-12 mbar | |
| Maximum operating pressure |
FC: 2 Pa | FC: 2Pa, SEM: 1×10-２Pa |
FC: 2 Pa | FC: 2 Pa, SEM: 1×10-２Pa |
| FC: 1.5×10-2 Torr | FC: 1.5×10-2 SEM: 7.5×10-5 Torr |
FC: 1.5×10-2 Torr | FC: 1.5×10-2 SEM: 7.5×10-5 Torr |
|
| FC: 2×10-2 mbar | FC: 2×10-2 SEM: 1×10-4 mbar |
FC: 2×10-2 mbar | FC: 2×10-2 SEM: 1×10-4 mbar |
|
| Linearity | 1Pa | |||
| 7.5×10-3 Torr | ||||
| 1×10-2 mbar | ||||
| Total pressure function | Capable | |||
| Degas function | Electron bombard type 300V, 5mA | |||
| One Click function | Capable / He / H2O / N2 / O2 / Any gas | |||
| One Click leak test function | Capable | |||
| Power input | DC24V ±10% 50W | |||
| Maximum sensor operating temperature |
120℃ (248℉) | |||
| Maximum sensor operating temperature |
250℃ (482℉) | |||
| Operating temperature range |
10 to 40℃ (50 to 104F) | |||
| Operating humidity range |
15 to 80 % (not condensing) | |||
| Communication interface | Ethernet | |||
| Software | Qulee QCS Ver. 4.2 later (Windows 8/10/11) | |||
| Applicable standard | CE | |||
