Clean Room Equipment #4492881

The CI-450 Series of 50 LPM airborne particle counters are engineered with only the highest quality materials. This ensures a long product life-cycle, and up to decades of reliable use. Moreover, lifetime calibration support services are offered on all our instruments. Accuracy & Reliability All our particle counters are engineered to exceed ISO Standards for accuracy. 50% Count Efficiency on factory new and interval calibrations are calibrated to 10%, rather than the looser ISO standard of 20%. 100% Count Efficiency is calibrated to meet the ISO Standard of 10%.

HAL-HPC300 Handheld Laser Particle Counters measures particles suspended in the air in real time with applications such as microelectronics, fine mechanics, optics, pharmaceutical, medical device, food processing, and aerospace. Because of its low-cost affordability, it is also widely used for indooroutdoor air quality (IAQ) application. The basic operating principle of the HAL-HPC300 is that pulse signals generated from laser light scattering off aerosol particles are processed and counted, based on digital signal processing.

The CI-750 Series of 75 LPM airborne particle counters are engineered with only the highest quality materials. This ensures a long product life-cycle, and up to decades of reliable use. Moreover, lifetime calibration support services are offered on all our instruments. Accuracy & Reliability All our particle counters are engineered to exceed ISO Standards for accuracy. 50% Count Efficiency on factory new and interval calibrations are calibrated to 10%, rather than the looser ISO standard of 20%. 100% Count Efficiency is calibrated to meet the ISO Standard of 10%.

The CI-150 Series of 1 CFM airborne particle counters are engineered with highest quality materials. This ensures a long product life-cycle, and up to decades of reliable use. Moreover, lifetime calibration support services are offered on all our instruments. Accuracy & Reliability All our particle counters are engineered to exceed ISO Standards for accuracy. 50% Count Efficiency on factory-new and interval calibrations are calibrated to 10%, rather than the looser ISO standard of 20%. 100% Count Efficiency is calibrated to meet the ISO Standard of 10%. We have built our reputation by providing highly accurate instruments that stand the test of time. An internal study conducted in 2014 confirms that particle counters returned for calibration over the past two years have an In Tolerance calibration rate of ninety-eight (98) percent! This study also includes some units manufactured over 20 years ago. Simply, Climet particle counters are engineered, tested and calibrated with tight tolerances to exceed industry standards. Years of count efficiency testing has demonstrated that a properly calibrated Climet particle counter produces good count efficiency, even after more than a decade of field operation! Return On Investment Not all particle counters are equal. The initial purchase price, cost of calibrations, cost of consumables, out of warranty repairs, and product life-cycle all factor into calculating the Return on Investment. Other intrinsic factors such as assurance, reliability, accuracy, application support, and superior customer service make Climet the unsurpassed leader in the manufacture of particle counters for cleanroom monitoring, validation, and certification.

Excel Macro Downloads and stores data from portable particle counters, and parses the data into a Microsoft Excel spreadsheet. Secure Excel Macro Downloads and stores data from portable particle counters, and parses the data into a Microsoft Excel spreadsheet. Has added security to comply with 21 CFR 11 compliant. IDPro Softwarepn: 9503500x IDPro is a utility program that is supplied with DataPro 2.5, but can also be purchased separately. It allows IDs to be entered into a computer file and uploaded to a particle counter. This program has versions that work with specific models of portable particle counters.

The CI-1050 Series of 100 LPM airborne particle counters are engineered with only the highest quality materials. We have built our reputation by providing highly accurate instruments that stand the test of time. An internal study conducted in 2014 confirms that particle counters returned for calibration over the past two years have an In Tolerance calibration rate of ninety-eight (98) percent! This study also included some units manufactured over 20 years ago.

The CI-450 Series of 50 LPM airborne particle counters are engineered with only the highest quality materials. This ensures a long product life-cycle, and up to decades of reliable use. Moreover, lifetime calibration support services are offered on all our instruments.

CI-450 Series Airborne particle counters with 50 LPM flow rate The CI-450 Series of 50 LPM airborne particle counters are engineered with only the highest quality materials. This ensures a long product life-cycle, and up to decades of reliable use. Moreover, lifetime calibration support services are offered on all our instruments.

The PAMAS S4031 GO is a portable particle counter that is integrated in the rugged case PAMAS GO specially developed and designed for harsh environments. It can be used for batch sampling or for online measurements. A wear resistant ceramic piston pump guarantees a constant flow. With a simple-to-use touch screen user interface operation is easy and intuitive. Up to 32 free adjustable size channels may be selected and stored in the system. The system is equipped with an integrated battery for more than three hours operation and data storage of more than 4000 measurements.

The PAMAS 4132 is used as a particle counting system for Single & Multipass Filter test rigs. The standard system fits in the test rigs of filter manufacturers. In case of a Single Pass Filter Test, the liquid passes the filter only once and then is deviated to the outflow. For -ratio-analyses, the Single Pass Filter Test can be performed with two PAMAS 4132 instruments. Two PAMAS 4132 instruments - equipped with 32 size channels each - are also used for the Multipass Filter Test. This test rig with two particle counters allows simultaneous upstream and downstream measurements. For the Multipass Filter Test, the liquid flows continuously through the system. The particle counting system PAMAS 4132 analyses liquids of various viscosity degrees (e.g. oil, fuel, water, etc.). The system is adaptable to any Multipass application and -ratio analysis.

The PAMAS S50DP online particle counter offers an integrated dilution system to dilute the sample liquid directly online. The measuring instrument is best for samples which are either too contaminated or too viscous or which may contain undissolved additives. Such sample fluids until now could not be analysed without prior dilution. The PAMAS S50DP is equipped with an integrated dilution system which continuously adds a programmable amount of a low viscous solvent to the raw sample before online measurement. The system's inner structure ensures that solvent and raw sample are thoroughly mixed. This helps to get a good homogeneity of the mixture and hence repeatable measuring results. With its integrated dilution system, the PAMAS S50DP can be also used for online fuel analysis. Without prior dilution, free water in fuel would lead to false measurements. In the PAMAS S50DP, the water drops in the fuel sample are dispersed in the added solvent and thus are not detected as particles during posterior online measurement. Volumetric particle sensor: PAMAS HCB-LD-5050 Calibration range: 4 m(c) to 70 m(c) according to calibration standard ISO 11171Measurement in eight size channels: > 4 m(c), > 6 m(c), > 10 m(c), > 14 m(c), > 21 m(c), > 25 m(c), > 38 m(c) and > 70 m(c)Maximum particle concentration: 24.000 particles per ml at a coincidence quote of 7.8% and a flow rate of 25 mlmin

The rugged and resistant PAMAS S40 GO portable particle counter is built to meet the demands of the harshest environments and can be used for field analyses and for laboratory measurements. The instrument includes an integrated battery for mains free operation on site. It is small and light enough to fit into an aircraft overhead locker. The rugged case PAMAS GO is water tight and protects the instrument in harsh environments and during transportation.

The PAMAS FSA-2002 Floc Size Analyser has been designed for coagulation and water treating systems. Water is often treated by adding flocculents. These flocculation agents are used to gather solid undissolved contaminants to particulate agglomerates. Before the process of filtration commences, the floc size and quantity is analysed using the PAMAS FSA-2002. Precise information about the particle size helps to verify and to determine if the process of coagulation is complete or if further flocculation agents must be added. The PAMAS FSA-2002 consists of the particle counter PAMAS 3116, the particle sensor PAMAS HCB-LD-900, a pump, an analysing system and a chassis enabling the mobile use on site and at different measuring points.

The PAMAS S50 is a cost-effective, high-performance, laser-based online system with simple integration into industrial data management systems. An automatic digital flow rate determination provides accurate measurement results. The PAMAS S50 counts particles with high resolution in eight particle size channels, available via the data interface for report in real time to the PC. The triple code according to the cleanliness class standard ISO 4406 for the particle sizes > 4 m(c), > 6 m(c) and > 14 m(c) is indicated on the instrument display.

The online particle counter PAMAS S50P AVTUR is used as fixed installed measuring instrument for condition monitoring and contamination analysis of Aviation Turbine Fuel. More than just providing the triple code according to ISO 4406, PAMAS S50P AVTUR measures the particle number in eight different size channels and early alerts in case of failures caused by bigger particle sizes (e.g. corrosion). Using this online particle counter, the filling of contaminated Aviation Turbine Fuel into the tank can be prevented.

The UF-CPC 50 measures the total particle concentration of ultrafine and nanoparticles suspended in air or other carrier gases. These particles are enlarged by a condensation process in order to enable the precise determination of their number with an optical light scattering detector. The working fluid, e.g. butanol or water, is vaporized as a condensation agent. The nanoparticles to be measured are directed through the vapor atmosphere, during which the vapor condenses on the nanoparticles in a cooling zone. The condensation process is influenced by the nanoparticles themselves, as well as the working fluid, the operating temperatures, and the volume flow. In addition to their number, the UF-CPC 50 also measures the size of the droplets and provides the user with additional information concerning the condensation process. This novel and patented (German patent no.: DE 10 2005 001 992 A1) working fluid delivery system provides greater flexibility. The user is no longer limited to butanol or water but may also opt for more environmentally friendly or better suited working liquids for special applications, in addition to the butanol and water.

Condensation particle counter for number concentration up to 7 104 particlescm3 (single count mode) and 107 particlescm3 (photometric mode) The UF-CPC 100 measures the total particle concentration of ultrafine particles and nanoparticles suspended in air or other carrier gases. These particles are enlarged by a condensation process in order to enable the precise determination of their number with an optical light scattering detector. The working fluid, e.g. butanol or water, is vaporized as a condensation agent. The nanoparticles to be measured are directed through the vapor atmosphere, during which the vapor condenses on the nanoparticles in a cooling zone. The condensation process is influenced by the nanoparticles themselves, as well as the working fluid, the operating temperatures, and the volume flow. In addition to their number, the UF-CPC 100 also measures the size of the droplets and provides the user with additional information concerning the condensation process. This novel and patented (German patent no.: DE 10 2005 001 992 A1) working fluid delivery system provides greater flexibility. The user is no longer limited to butanol or water, but may also opt for more environmentally friendly or better suited working liquids for special applications.

In addition to their number, the UF-CPC 200 also measures the size of the droplets and provides the user with additional information concerning the condensation process. This novel and patented (German patent no.: DE 10 2005 001 992 A1) working fluid delivery system provides greater flexibility. The user is no longer limited to butanol or water but may also opt for more environmentally friendly or better suited working liquids for special applications, in addition to the butanol and water.

The online particle counter PAMAS OLS4031 emerged from the standard particle counter PAMAS S4031. The standard shell is made of coated steel. For Phosphat-Ester applications, the PAMAS OLS4031 is manufactured with a special stainless steel shell that protects the housing from corrosive liquids. The integrated stepper-motor-driven pump guarantees a constant flow. The PAMAS OLS4031 online particle counter is equipped with 32 size channels.

The PAMAS OLS50P online particle counter is a stationary instrument for fluid condition monitoring. All types of light extinction sensors of the PAMAS HCB-LD series can be integrated in the PAMAS OLS50P. If required, the sensor can be built of resistant material, so that it can be used for the analysis of all types of liquids and critical fluids, from water down to strong acid. The PAMAS OLS50P is equipped with a wear resistant ceramic piston pump. The pump provides a constant flow rate of 10 or 25 mlmin at a pressure range from 0 to 6 bar. For data transfer, the user has the choice between digital and analogue interfaces. A RS485 data interface is part of the instruments standard equipment for digital data transfer. The optional analogue 4-20 mA channel transmits data to a PLC (Programmable Logic Controller). This interface function makes the PAMAS OLS50P an effective instrument for condition monitoring.

HAL-HPC301, replacing the popular but obsolete model HPC300, is a completely new designed, integrated with the state-of-art technology, handheld laser particle counter, The stylish design of HPC301 features easy-clean stainless enclosure particularly suitable in ultra clean environment. Because of its low-cost, versatility, and affordability, it can also be used for indooroutdoor air quality (IAQ) application. The touch-screen display has adjustable color scheme and everything-at-a-glance user interface. The settings of measurement parameters as well as results displayed in total counts, number concentration orand mass concentration as well as PM values(new feature for IAQ application)are all controlled and realized by an internal microprocessor (MCU). The HPC301 simultaneously measures three channel sizes that are configurable by a user. The data stored onboard can be downloaded through either a USB or Bluetooth wireless interface to a smart phone, a tablet or a computer.

HAL-HPC600 6-channel handheld laser particle counter is the world's first of its kind hybrid handheld optical particle counter. The instrument is a truly breakthrough of new generation of particle counters that combines the traditional handheld instruments with functionalities of portable instruments for ultra-clean environment and indoor air quality applications.