The MKS System 835 Controller is a high-performance mass spectrometer designed to operate from ultra-high vacuum (UHV) to 10-5 Torr, providing accurate gas analysis within vacuum chambers. The 835 VQM Differential Pump System extends the capabilities of the 835 VQM at higher pressures. This advanced system includes an autoresonant ion trap mass spectrometer gauge, a VQM Controller, and VQM Viewer software that converts raw spectral data into actionable insights.
Product Features
- Mass spectrometer operating range from UHV to 10-5 Torr for precise gas measurement
- Fastest and lowest power mass spectrometer available, with full data collection and spectral deconvolution
- Data logging at capture rates of 85 ms for 1-145 amu or 125 ms for 1-300 amu measurement range
- Instant access to critical measurement info including 10 most prevalent gases, total and partial pressures, and trend graphs
- Accurate hydrogen and helium measurement without zero blast
- Compact design with remotely mounted gauge connected via cables from 1 to 20 meters
- Low power consumption at only 15 watts
- Ratiometric measurement determining ratios of gases relative to others in the vacuum chamber
- Easy single-gas calibration using gases already present in your vacuum system
- Compared to traditional quadrupole residual gas analyzers, it is smaller, easier to calibrate, 20 times faster, and uses 80% less power
Benefits
- Enables precise monitoring of vacuum chamber gas composition for improved process control
- Fast data acquisition and processing accelerate response to changing vacuum conditions
- Low power consumption reduces operational costs and heat generation
- Compact and flexible installation enhances usability in varied vacuum system setups
- Accurate low amu gas detection enhances vacuum quality assessment
Why Choose the MKS System 835 Controller 300 AMU for 1 Gas, BCHTP, PS, 220V PC?
Designed for demanding vacuum quality monitoring applications, the MKS System 835 Controller delivers unparalleled speed, accuracy, and efficiency in gas analysis. Its advanced technology and user-friendly software enable actionable insights to maintain optimal vacuum conditions and process performance.
