Leybold Quadrex Filament Kit 019-101-G1 with Inficon 4795 Gauge Holder Emission Cable
The Leybold Quadrex Filament Kit 019-101-G1 is an essential component for maintaining precise ionization in Leybold vacuum systems. Designed for use in ion gauges, this filament kit features Quadrex technology for enhanced durability and performance. The robust design ensures high ionization efficiency and reliable pressure measurements in demanding industrial and scientific environments.
This kit is paired with the Inficon 4795 Gauge Holder Emission Cable, providing seamless integration for optimal system performance. The emission cable is specifically designed for use with Inficon gauge holders, allowing for accurate and stable connections to monitor and control ion gauge emissions effectively. This combination of high-quality components ensures reliable and consistent pressure readings over extended periods.
Key Features:
- Quadrex Filament Technology: Guarantees longevity and accurate pressure measurement, even under harsh operating conditions.
- Inficon 4795 Gauge Holder Emission Cable: Ensures proper electrical connectivity for ion gauge systems, minimizing the risk of errors and ensuring consistent data.
- Compatibility: The filament kit and emission cable are specifically designed for Leybold and Inficon systems, ensuring optimal performance and ease of installation.
- Durable and Long-Lasting: Designed to minimize the need for frequent replacements, reducing downtime and maintenance costs.
Applications:
- Vacuum Pressure Measurement: Ideal for industrial, laboratory, and scientific applications requiring precise vacuum pressure control and monitoring.
- Ion Gauges: The combination of the Leybold Quadrex Filament Kit and Inficon Emission Cable ensures optimal function in ion gauges for accurate pressure readings in vacuum systems.
Keep your Leybold vacuum system running efficiently with the Quadrex Filament Kit 019-101-G1 and Inficon 4795 Gauge Holder Emission Cable, an ideal solution for professionals seeking high performance and reliability in their vacuum measurement equipment.















