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This overview provides guidelines on the A-PLUS software installation, configuration, and usage.
How-to guide for selecting the proper Ion Pump size, element type, and accessories.
This guide helps users set up the 4UHV ion pump controller and provides step-by-step instructions, from pump selection to set point configuration.
This technical overview provides guidelines for users to minimize system downtime, optimize ion pump performance, and reduce the need for service actions.
The TwisTorr 305 pumps (all models) are designed to be operated with KF16 and KF25 foreline flanges.While the KF16 is already installed on the pump, the KF25 can be installed following a few simple steps described in the document.
必威体育登录手机This technical overview provides a set of guidelines and conditions to be respected to make sure Agilent PHD-4 Sniffer leak detector performs at its best.
必威体育登录手机This technical overview provides insights into the optimal use and seamless connection of the Agilent 24V DC power supply for use with TwisTorr 305-IC, 305- ICQ, and 305-IC SF turbomolecular pumps.
必威体育登录手机This guide provides information on the installation of the telescoping extension probe on your Agilent PHD-4 sniffer leak detector.
The helium accumulation method of leak testing encloses the potential leak allowing a buildup of helium which can help with faster testing compared to sniffing.
Dry scroll pumps are ideal for a wide range of laboratory applications.
必威体育登录手机Agilent turbo pumping systems, TPS-compact and TPS-mobile, now featuring Agilent TwisTorr 305 FS turbomolecular pump and TwisTorr 305 FSQ high flow turbomolecular pump.This document provides technical details and ordering information for these...
必威体育登录手机This technical overview is a guide to help users when selecting the proper Agilent vent valve according to the controller in use.It also provides useful information about the compatibility between existing vent valve models and controller types.
Technical Overview describing the study of the emission of charged particles from ion getter pumps (IGP) and the design and testing of particle shielding.
Precision leak detection often requires additional calibration steps to account for many factors which are outside of the control and influence of the leak detector.
Application and required pressure range will help determine what type of gauge to use, as different technologies are required for different pressure regimes.
This technical overview explains what factors affect leak testing accuracy and suggests how to establish proper test criteria.
This overview describes how facilities using multiple types of mass spec backing pumps can standardize on the MS40+ with no impact on performance.
How to understand the relative accuracy of a given helium leak test measurement.
This technical overview covers the use of ion pumps in high and ultra-high vacuum pressure ranges, focusing in particular on the influence of the applied voltage on the pump performance.
Understanding Minimum Detectable Leak