Micro-Ion Gauge, Dual Yttria-Coated Iridium, CF1.33” Flange

MKS, Granville-Phillips® Vacuum Gauges & Sensors cover a broad spectrum of vacuum measurement solutions, including: Stabil-Ion® Vacuum Gauges are all-metal Bayard-Alpert (B-A) style gauges developed to maintain long-term accuracy over the life of the product. Micro-Ion® Vacuum Gauges are the world's smallest Bayard-Alpert (B-A) style gauge in an all-metal enclosure. Convectron® Vacuum Gauges have been the world-standard convection-enhanced pirani gauge for over 3 decades and are used in thousands of vacuum processes to accurately measure pressure from 10-4 Torr to Atmosphere. Classic Granville-Phillips® glass and nude Bayard-Alpert (B-A) hot cathode ionization vacuum gauges provide good vacuum measurement at an economical cost. 431 & 423 I-Mag® Cold Cathode gauges provide long lifetime over a wide measurement range(5x10-10 to 5x10-2 Torr)Bayard-Alpert style hot-cathode ionization vacuum gaugesMKS, Granville-Phillips® 355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauges are the smallest Bayard-Alpert style gauges. They are more rugged and wider range than glass gauges. In addition, they generate less heat and provide greater burnout resistance.355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauges offer a host of advantages over glass gauges. At less than 5% of the volume of a glass gauge, it mounts in almost any location on your system. Its all-metal design eliminates costly downtime that can result from glass gauge breakage. The 355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauge unique dual ion collectors and metal envelope provide measurement up to 5 x 10-2 Torr compared to approximately 5 x 10-3Torr for a glass gauge. Plus, it has an x ray limit equivalent to that of a glass gauge (3 x 10-10 Torr).355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauges' dual, burn-out resistant, yttria-coated iridium filaments provide long life. As a result, you can avoid unscheduled downtime by using the second filament as a backup until the gauge can be replaced during regular maintenance procedures. In addition, the 355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauge requires only 8% of the power of a glass gauge, which means less heat to potentially disturb a process or experiment, cause accidental burns, or melt wiring that may come in contact with the gauge.FEATURES & BENEFITS: Small size that allows for easy installation in complex, tightly packed vacuum systems Rugged, all-metal design that eliminates costly downtime due to glass breakage Wider usable range compared to glass gauges Dual burn-out resistant filaments that provide long life for increased uptime Lower power requirements that result in less heat generationEvery effort has been taken to ensure the completeness and accuracy of MKS Instruments product information. For up to date information on this category from MKS please click here.

MKS, Granville-Phillips® Vacuum Gauges & Sensors cover a broad spectrum of vacuum measurement solutions, including: Stabil-Ion® Vacuum Gauges are all-metal Bayard-Alpert (B-A) style gauges developed to maintain long-term accuracy over the life of the product. Micro-Ion® Vacuum Gauges are the world's smallest Bayard-Alpert (B-A) style gauge in an all-metal enclosure. Convectron® Vacuum Gauges have been the world-standard convection-enhanced pirani gauge for over 3 decades and are used in thousands of vacuum processes to accurately measure pressure from 10-4 Torr to Atmosphere. Classic Granville-Phillips® glass and nude Bayard-Alpert (B-A) hot cathode ionization vacuum gauges provide good vacuum measurement at an economical cost. 431 & 423 I-Mag® Cold Cathode gauges provide long lifetime over a wide measurement range(5x10-10 to 5x10-2 Torr)Bayard-Alpert style hot-cathode ionization vacuum gaugesMKS, Granville-Phillips® 355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauges are the smallest Bayard-Alpert style gauges. They are more rugged and wider range than glass gauges. In addition, they generate less heat and provide greater burnout resistance.355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauges offer a host of advantages over glass gauges. At less than 5% of the volume of a glass gauge, it mounts in almost any location on your system. Its all-metal design eliminates costly downtime that can result from glass gauge breakage. The 355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauge unique dual ion collectors and metal envelope provide measurement up to 5 x 10-2 Torr compared to approximately 5 x 10-3Torr for a glass gauge. Plus, it has an x ray limit equivalent to that of a glass gauge (3 x 10-10 Torr).355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauges' dual, burn-out resistant, yttria-coated iridium filaments provide long life. As a result, you can avoid unscheduled downtime by using the second filament as a backup until the gauge can be replaced during regular maintenance procedures. In addition, the 355 Micro-Ion® Hot-cathode Bayard-Alpert Ionization Vacuum Gauge requires only 8% of the power of a glass gauge, which means less heat to potentially disturb a process or experiment, cause accidental burns, or melt wiring that may come in contact with the gauge.FEATURES & BENEFITS: Small size that allows for easy installation in complex, tightly packed vacuum systems Rugged, all-metal design that eliminates costly downtime due to glass breakage Wider usable range compared to glass gauges Dual burn-out resistant filaments that provide long life for increased uptime Lower power requirements that result in less heat generationEvery effort has been taken to ensure the completeness and accuracy of MKS Instruments product information. For up to date information on this category from MKS please click here.