Used PFEIFFER / BALZERS HLT 140 #293656599 for sale

PFEIFFER / BALZERS HLT 140 is a helium leak detector for efficient, economical and reliable leak testing. It offers a range of features to ensure efficient and accurate testing for both large and small leak sizes. BALZERS HLT 140 utilizes a mass spectrometer-based system, which is capable of detecting extremely small leaks. This process starts with a precise flow of high purity helium to a test article, where it is mixed with the environment surrounding the test object. PFEIFFER HLT 140's mass spectrometer then acts as a sensor, detecting the minute differences between the helium and surrounding atmosphere. A statistical evaluation of the measured signals is then performed to calculate the rate of helium flow into the test article. HLT 140 also offers a variety of features and functions designed to facilitate precise and efficient testing. These features include a FieldProbe™ probe which allows for superior test article orientation in order to reduce potential losses due to leakage in inaccessible areas. Additionally, features such as Remote Control, user-defined test plans, and online reporting allow the user to quickly conduct tests without the need for additional equipment. PFEIFFER / BALZERS HLT 140 has a wide range of calibration capabilities, making it ideal for testing a variety of test articles in many different applications. Its built-in calibration system allows for quick and easy operation without the need for complicated instrumentation. BALZERS HLT 140 is designed to be compact and transportable, making it ideal for use in harsh environments and tight spaces. PFEIFFER HLT 140 offers an efficient, economical and reliable way to accurately and quickly detect small leaks. Its mass spectrometer-based system and user-friendly features make it a great choice for leak detection and testing in any application. With a wide range of calibration capabilities and features for both large and small leaks, HLT 140 is an invaluable tool in any leak detection arsenal.