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TSI Particle Counter from the United States

NegotiableUpdate on 05/06
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Overview

The principle of SI particle counter is to use optical technology to measure the scattering intensity of particles in the air, and determine the size and concentration of particles by calculating the scattering intensity. This counter uses a laser light source to emit a beam of light onto particles in the air. Some of the light is scattered by the particles and received by a detector. The detector converts the received signal into an electrical signal and outputs it to a computer for signal processing and analysis to obtain information about the size and distribution of the particles.

Product Details

TSI Company 9110 modelTSI Particle Counter from the United StatesIt can accurately measure particles up to 0.100 microns. The helium neon laser technology it uses can greatly improve the signal-to-noise ratio. The 9110 model * complies with the ISO-14644-1 standard and is the * choice for verifying first and second level clean rooms. This instrument can be used for monitoring clean rooms, process monitoring, and membrane testing.

The TSI particle counter is a widely used counter in laboratory environments to measure the concentration and size distribution of particulate matter in the air. This particle counter can accurately count and analyze the size and distribution of particles by measuring the light scattering intensity of particles in the air, thereby quantitatively analyzing and monitoring particles in the air.

The principle of TSI particle counter is to use optical technology to measure the scattering intensity of particles in the air, and determine the size and concentration of particles by calculating the scattering intensity. This counter uses a laser light source to emit a beam of light onto particles in the air. Some of the light is scattered by the particles and received by a detector. The detector converts the received signal into an electrical signal and outputs it to a computer for signal processing and analysis to obtain information about the size and distribution of the particles.

The TSI particle counter mainly consists of a laser source, a sample measurement chamber, an optical system, a detector, and a computer. Among them, the laser beam generated by the laser source is irradiated onto the particles in the air after passing through the sample measurement chamber. The scattered light from the particles is collected by the optical system and focused onto the detector. The detector converts the signal into an electrical signal and outputs it to the computer for signal processing and analysis. TSI particle counters are usually equipped with data storage and transmission functions, which can store real-time monitored data and also transmit and share data through networks and other means.

TSI particle counters have the advantages of high sensitivity, high accuracy, high resolution, fast response time, and good stability, and can be used for particle analysis and monitoring in laboratory research and production processes in various fields. Widely used in fields such as environmental monitoring, industrial safety, air quality analysis, and medicine. Commonly used for detecting particles, particulate aerosols, dust, smoke, etc. in the air.

In summary, the TSI particle counter in the United States is a particle counter that utilizes optical technology for accurate quantitative analysis and monitoring of particles in the air, and has multiple performance advantages and broad application prospects.

The 9110 model can generate reports that meet or do not comply with ISO 14644-1. It can not only be used as an independent particle counter, but also compatible with monitoring systems such as FMS5.
The 9110 laser particle counter strictly complies with the ISO 21501-4 protocol. It is verified through standard particle measurement methods, which involve using PSL balls from the National Institute of Standards and Technology in the United States to pass through TSI * sieves and coagulation particle counters. Based on its two-year warranty and TSI's long-term good reputation for high-quality products, there is currently no particle counter of the same type on the market.
9110 typeTSI Particle Counter from the United StatesFeatures and advantages
Accurately measure 100 nanoparticles
The particle size range is 0.100 to 5 μ m
Zui can simultaneously measure data from eight channels
The flow rate is 28.3 liters per minute (1CFM)
*Comply with ISO 21501-4 requirements

It is the * choice for measuring first and second level clean rooms
Using an enhanced helium neon laser
Highly reproducible and reliable measurements/data
10000 data storage capacity, 999 locations
Ethernet, USB, and pulse output
Industrial sound and light alarm
Allow storage and playback of specific tests
Zui High Display Three Environmental Parameters
Stainless steel fittings
Connected to M32-01 Manifold Multi point Sampling *
Can conduct validation of cleanrooms that meet ISO Level 1 standards