MKS Rebuild Kit for Series 903 Cold Cathode Sensor

The MKS Rebuild Kit for Series 903 Cold Cathode Sensor is designed to support the long-term performance and reliability of your vacuum measurement systems. Compatible with the advanced cold cathode sensors in the MKS product line, this kit helps maintain sensor accuracy and operational life.

Product Features

• Comprehensive rebuild kit compatible with Series 903 cold cathode sensors
• Supports MKS' wide range of vacuum gauges and sensors, including Stabil-Ion all-metal Bayard-Alpert gauges and Micro-Ion compact gauges
• Enables continued performance of Convectron vacuum gauges, classic Bayard-Alpert gauges, and I-Mag cold cathode sensors
• Dual feedthrough design in cold cathode sensors ensures improved ion collection and accuracy
• Sensor tubes can be mounted in any orientation without affecting measurement accuracy
• No filaments to burn out, ensuring longer operational life
• No degassing required, simplifying ongoing maintenance
• No need for adjustments in emission current or filament voltage

Applications

• High energy physics experiments and facilities
• Analytical instruments and research labs
• Laser production and photonics manufacturing
• Ion implantation processes in semiconductor production
• Mass spectrometry and analytical measurement systems
• PVD (Physical Vapor Deposition) and coating processes

Benefits

• Extends the service life of Series 903 cold cathode sensors
• Reduces maintenance costs by eliminating filament-related failures
• Improves measurement stability and accuracy over time
• Supports operation in demanding industrial and research environments
• Easy installation helps minimize downtime during maintenance

Why Choose the MKS Rebuild Kit for Series 903 Cold Cathode Sensor?

The MKS Rebuild Kit for Series 903 Cold Cathode Sensor is engineered to ensure the continued precision and durability of your vacuum measurement systems. With no filaments to replace and minimal maintenance requirements, it offers a cost-effective solution for maintaining sensor performance in high-vacuum and high-demand applications.