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Liquid Optical Particle Counter: HSLIS e-Series Particle Counter
The HSLIS e-series particle counter provides continuous real-time monitoring of particle contamination levels in DI water and process chemicals. The combination of high sensitivity and low cost make it ideal when large numbers of sensors are required. They provide sizing sensitivity down to 0.05 microns in DI water.
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Download the Click here to signup and download files (HSLIS E Particle Counter) spec sheet...
BENEFITS
- Cost Effective:
- Monitor for long term trends in fluid quality
- Improve yield with the highest sensitivity particle counters
- Simplify site-to--site comparisons with industry standard particle counter
- Lower overall costs with the control and monitoring of multiple particle counters with Ethernet networks
- Low initial capital investment and lower maintenance cost with proven reliability of the HSLIS design
- HSLIS e-Series with Facility Net:
- Existing network can be utilized with Ethernet communication to Facility Net software
- Tabular and SPC charts for detailed statistical information
- Alphanumeric paging and e-mailing functions to alert operator of data excursions
- Sensor status displays four-level alarm for monitoring out-of-spec condition
- Simplified data interpretation with real-time and retrieved data time plots
APPLICATIONS
- Quantifying particle concentrations in DI water systems
- Monitoring particles in chemical delivery systems
- Measuring filter efficiency
- Detecting bacterial growth in DI water systems
- Episodic particle event tracking and alarming
- Continuous system particle monitoring
LINKS TO MORE INFORMATION:
- Acid Leaching During Component Production
- Basic Guide to Particle Counters and Particle Counting
- Particle Counters for DI Water Systems
- Particle Counting Statistics in DI Water
- Particle Distribution Calculator for Liquid Particle Counters
- Which Particle Counter is Best for You? Measurement of DI Water and Fluids
FREQUENTLY ASKED QUESTIONS:
- What are some typical particle distributions for particle counters?
- What is the optimum operating pressure for the HSLIS M65e particle counter? i.e. the incoming chemical at the inlet.
Contact us if you need more information or have questions.
Learn more about our microcontamination monitoring services.
The table below shows how the sample volume rate differences between particle counters affects the time needed to measure a specific volume of fluid. If the particle concentration is 0.5 particeles/mL, only 20 particles will normally be detected in a 40 mL volume.
| Particle Counter |
Sample Volume |
Time to Measure 1L Fluid |
Time to Measure 40mL Fluid |
|---|---|---|---|
| Ultra DIŽ 50 particle counter | 3.75 mL/min | 4.4 Hours | 10.6 minutes |
| HSLIS M50 particle counter | 0.25 mL/min | 2.8 Days | 2 Hours 40 minutes |
| Competitors | 0.1 mL/min | 6.9 Days | 6 Hours 40 minutes |
The HSLIS e-series product line of non-volumetric particle liquid monitors and spectrometers measure filter efficiency and particle contamination in ultra pure water and process chemicals. Sizing thresholds for the HSLIS family start at 0.05 µm for DI water and 0.065 µm for process chemicals with flow rates ranging from 100 to 300 ml per minute. The particle counter are available with 4 sizing channels. The spectrometers incorporate 16 sizing thresholds and offer exceptional resolution for research and quality control applications where stringent standards are required.
This particle counter is CE certified.
Information on this website is subject to change without notice.
