The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

This is a Micro-Ion Gauge with a 1.0 in. compression port mount and dual tungsten filaments. The Micro-Ion gauge is the world's smallest ionization gauge and occupies less than 10% of the volume of a conventional glass gauge or nude gauge, allowing for easy installation in complex, tightly packed vacuum systems. With a high performance, patented, dual ion collector design which increases electron path length and ion collection efficiency, this gauge provides high performance in a small volume. The dual filaments and grid windings that are attached to the grid posts every 180° increase sensitivity, long-term stability and long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

This is a Micro-Ion Gauge with a 1.0 in. compression port mount and Yttria coated Irridium filaments. The Micro-Ion gauge is the world's smallest ionization gauge and occupies less than 10% of the volume of a conventional glass gauge or nude gauge, allowing for easy installation in complex, tightly packed vacuum systems. With a high performance, patented, dual ion collector design which increases electron path length and ion collection efficiency, this gauge provides high performance in a small volume. The dual filaments and grid windings that are attached to the grid posts every 180° increase sensitivity, long-term stability and long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

This is a Micro-Ion Gauge with a CF 1.33 in. mount and dual tungsten filaments. The Micro-Ion gauge is the world's smallest ionization gauge and occupies less than 10% of the volume of a conventional glass gauge or nude gauge, allowing for easy installation in complex, tightly packed vacuum systems. With a high performance, patented, dual ion collector design which increases electron path length and ion collection efficiency, this gauge provides high performance in a small volume. The dual filaments and grid windings that are attached to the grid posts every 180° increase sensitivity, long-term stability and long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

This is a Micro-Ion Gauge with a Conflat CF 1.33 in. mount. The Micro-Ion gauge is the world's smallest ionization gauge and occupies less than 10% of the volume of a conventional glass gauge or nude gauge, allowing for easy installation in complex, tightly packed vacuum systems. With a high performance, patented, dual ion collector design which increases electron path length and ion collection efficiency, this gauge provides high performance in a small volume. The dual filaments and grid windings that are attached to the grid posts every 180° increase sensitivity, long-term stability and long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

This is a Micro-Ion Gauge with a Conflat CF 2.75 in. mount. The Micro-Ion gauge is the world's smallest ionization gauge and occupies less than 10% of the volume of a conventional glass gauge or nude gauge, allowing for easy installation in complex, tightly packed vacuum systems. With a high performance, patented, dual ion collector design which increases electron path length and ion collection efficiency, this gauge provides high performance in a small volume. The dual filaments and grid windings that are attached to the grid posts every 180° increase sensitivity, long-term stability and long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

The World’s Smallest Ionization Gauge. The Micro-Ion Gauges occupy less than 10% of the volume of conventional glass gauge or nude gauges, allowing easy installation in complex, tightly packed vacuum systems. With high performance patented dual ion collector design increasing electron path length and ion collection efficiency providing high performance in a small volume. Having long term stability, the grid windings are attached to the grid posts every 180° for greater sensitivity and stability. The dual filaments helps provide long gauge life. Unscheduled downtime is avoided by using the second filament as a back-up until the gauge can be replaced during regular maintenance procedures.

These ion gauge cables connect the MKS Granville Phillips 358 gauge controller to one 355 micro ion Bayard-Alpert gauge tube. These cables are 10 ft. (3m) long and are replacements for the MKS Granville Phillips part number 358011-10. Ion gauge controllers, ion gauge tubes, and thermocouple sensors are also available, sold separately.