The MKS Micro-Ion® Transducer combines the world's smallest ionization gauge with the control electronics to create a compact, convenient, reliable, and cost-saving solution for many high vacuum applications. This Micro-Ion® vacuum gauge includes many features that provide for a much more accurate and repeatable measurement than traditional Bayard-Alpert gauges from 5 x 10-2 Torr to 10-9 Torr.
|Compare||Model||Drawings, CAD & Specs||Availability||Price|
|355400-0-YE-T Hot Cathode Vacuum Transducer, Yttria, NW25 ISO-KF, Analog||$967||
|355410-1-YE-T Hot Cathode Vacuum Transducer, Yttria, NW25 ISO-KF, RS485, 1 Relay||$1,167||
|355420-2-YE-T Hot Cathode Vacuum Transducer, Yttria, NW25 ISO-KF, DeviceNet, 2 Relays||$1,287||
|355600-0-YE-T Hot Cathode Vacuum Transducer, Display, Yttria, NW25 ISO-KF, Analog||$1,180||
|355620-2-TG-T Hot Cathode Vacuum Transducer, Display, Tungsten, 2.75 in. CF, DeviceNet, 2 Relays||$1,534||
|355620-2-YE-T Hot Cathode Vacuum Transducer, Display, Yttria, NW25 ISO-KF, DeviceNet, 2 Relays||$1,500||
Dual, burn-out resistant yttria-coated iridium filaments 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.
Micro-Ion gauges are designed, constructed, and processed to minimize outgassing. All components are vacuum fired and assembled in a Class 100 cleanroom environment. This assures rapid, repeatable response during vacuum chamber pumpdown.
355 Micro-Ion® hot cathode vacuum transducers features a unique, no tools required detachable vacuum gauge. Please see 355 Micro-Ion® Hot-cathode Bayard-Alpert Vacuum Sensors for more information
At only 8% of the power consumption of a glass or nude gauge, the Micro-Ion gauge generates much less heat, minimizing the disruption to a process or experiment.