Particulate Monitoring Downloads
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Lasair Pro Aerosol Particle Counter Operations Manual
This confidential document contains proprietary information which is protected by copyright. All rights are reserved. No part of this document may be reproduced, distributed, or transmitted in any form without the prior written consent of Particle Measuring Systems. The information contained in this document is subject to change without ...
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IsoAir - Model Pro-Plus - Remote Particle Counter - Datasheet
The IsoAir® Pro-Plus Remote Particle Counter uses the latest technologies to simplify cleanroom monitoring into a simple but powerful package that meets global regulations. Data from the instrument can be incorporated into either Particle Measuring Systems’ FacilityPro® Monitoring System or Facility Net software, with the option of third-party communications via Modbus TCP/IP or ...
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NanoAir and ParticleSeeker - Operations Manual
The NanoAir™ 10 condensation particle counter (CPC) measures aerosol particles in air as small as 10 nm with a volumetric sample flow rate of 0.1 CFM (2.8 LPM). The NanoAir particle counter has been designed specifically for use in the cleanest fabrication facility environments. The NanoAir™ 10 particle counter can be operated by itself or with the appropriate accessories to provide ...
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IsoAir - Model Pro-E - Aerosol Particle Sensor - Operations Manual
The IsoAir® Pro-E Remote Particle Counter from Particle Measuring Systems combines technology and experience into a highly user-friendly, versatile monitoring ...
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Airnet II - 301, 501, 501A, 510, 510XR, 510s, 510s XR - Particle Sensors - Operations Manual
The Airnet II particle sensor is a laser-optical aerosol particle sensor that accurately detects, counts, and measures particles suspended in air. This manual includes information on operating the following Airnet II models: 301, 501, 501A, 510, and 510XR, 510s and 510s XR (stainless steel enclosure models). For ease in understanding, this entire group of Airnet II models is referred in the ...
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NanoAir - Model 10 - Condensation Particle Counter (CPC) - Datasheet
The NanoAir™ 10 is a purpose-built nanoparticle counter designed specifically for use in the most critical fab spaces. Enables detection of yield impacting particle excursions within Process Tools, Critical Cleanroom Areas, and Pressurized High Purity Gas delivery. The NanoAir™ 10 is a revolutionary new aerosol nanoparticle counter offering the sensitivity of a Condensation Particle ...
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IsoAir - Model Pro-Plus - Remote Particle Counter - Manual
The IsoAir® Pro-Plus Remote Particle Counter from Particle Measuring Systems combines technology and experience into a highly user-friendly, versatile monitoring ...
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PMS - Model FC-200 and FC-100 - UPW Flow Controllers for PMS Liquid Particle Counters - Specification Sheet
Complete flow control through a liquid particle counter is critical to ensure accurate and actionable data. Particle Measuring Systems offers the new FC-200 and FC-100 series of pressure balancing flow controllers as the perfect complement to our high precision liquid particle ...
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IsoAir - Model Pro-E - Remote Particle Counter - Datasheet
The IsoAir® Pro-E Remote Particle Counter uses the latest technologies to simplify cleanroom monitoring into a simple but powerful package that meets global regulations. Data from the instrument can be incorporated into either Particle Measuring Systems’ FacilityPro® Monitoring System or Facility Net software, with the option of third-party communications via Modbus TCP/IP or ...
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PMS - Model SLS-20 - Syringe Liquid Particle Sampler - Specification Sheet
The SLS-20 Syringe Liquid Particle Sampler enables Particle Measuring Systems’ Chem 20 or Chem 20-HI particle counters to operate in batch sampling applications. It is ideal for precise, small-volume sampling. The system consists of an SLS-20 for either corrosive or non-corrosive liquids, all connections necessary to interface with a compatible Chem 20 or Chem 20-HI particle counter and ...
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NanoVision Technology enables particle monitoring of high molecular scatter chemistries
Abstract Semiconductor manufacturing utilizes ultra-pure chemistries which frequently have significant molecular scatter. This high molecular scatter reduces the signal-to-noise efficiency of older particle metrology technology and in some cases prevents its application in more demanding chemistries. In production, an adaptable metrology solution is required to effectively characterize the broad ...
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Applying Industrial Automation Design: Build Reliable and Secure Facility Monitoring Systems - Application Note
Industrial automation design and architecture concepts are applied in factories around the world. These designs are successful because they are flexible, autonomous, reliable, and their components are interchangeable. Particle Measuring Systems (PMS) has studied and applied these same concepts and lessons when building reliable Facility Monitoring Systems (FMS) with data integrity. The ...
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MiniCapt - Mobile Compressed Gas Sampling Guide - Application Note
How to Sample Compressed Gas Make sure you have all compressed gas kit components, described below. Hepa filter (a sterilized version, P/N 1000021454, is available from Particle Measuring Systems) (1) dual connection impactor head (2) diffusion chamber (3) pressure regulator (4) solenoid valve (5) ...
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A Counting Challenge - Application Note
Effervescent and hot process chemicals used in the semiconductor industry pose unique challenges when trying to measure particle concentration levels. Compression liquid samplers are widely used for both mobile batch sampling and continuous on-line sampling of these chemistries because of their ability to control bubble formation and minimize the effect they have on the resulting data. Samplers ...
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Beginner Guide to Particle Technology - Application Notes
Introduction In the Beginner Guide to Particle Technology, you will learn about the physical nature, origins and behavior of particles, including: Their size. Particles are measured in microns (μm). A micron’s length is equivalent to 1/1000th of a millimeter. Particle concentrations. How many particles are in a cubic foot of indoor air? How many particles do humans shed daily? The three ...
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Airborne Particle Measurements: 100 LPM vs. 1 CFM Particle Counters in a Semiconductor Cleanroom Environment - Application Notes
Many current standards define airborne particle monitoring in units of particles-per-cubic-meter (particles/m3). Often, these standards require sampling an entire cubic meter (1 m3) to provide an accurate measurement of airborne particulate levels. Using a conventional aerosol particle counter that samples 1-cubic-foot per minute (1 CFM) requires more than 35 minutes to sample 1 m3. Now Particle ...
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Component Cleanliness Testing for Liquid Systems - Application Notes
Introduction Contamination from fluid handling components can eventually reach the processing environment either in the form of solid particulates or, through chemical reaction, as a form of ionic contamination. Due to the cost associated with any yield impacts, components must be ensured clean prior to their use in production equipment, which will interact with the final product. Establishing a ...
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Choosing the Most Suitable Particle Sample Point Locations in the Cleanroom - Application Notes
As environmental system designers, we are often asked where to place sample points for particle monitoring, whether it be performed in a pharmaceutical cleanroom or clean device (RABS, isolator, etc.). The answer is not always straightforward. There are several guidance documents that offer advice on what processes need to be monitored, along with advice on suitable distances from the process ...
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Using the Taguchi Method to Determine Optimal Process Settings - Application Notes
Introduction The ability to measure the cleanliness of objects of various shapes and materials is important in maintaining a comprehensive contamination control program. This allows a Contamination Control Engineer (CCE) to qualify the effectiveness of different parts or cleaning vendors to make direct cleanliness comparisons of different commodity items (gloves, wipes, etc.), and to evaluate ...
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Testing Valves for Particle Generation - Application Notes
Industry standards continue to push toward cleaner processes, and valves have always been notorious for generating particles. Over many years, Particle Measuring Systems (PMS) has been asked to recommend a particle-free valve for specific processes. PMS has not defined a specific valve or manufacturer that meets particle-free operation, but we have developed guidelines for testing particle ...
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