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Ozone
Trioxygen
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Process Ozone Monitor
Model 465H
Teledyne Advanced Pollution Instrumentation
The Model 465H is a microprocessor based high concentration ozone monitor for measuring ozone in process gas streams in water treatment, food processing, and research applications. The 465H has been designed to give accurate and stable readings over long time periods with little or no maintenance or calibration. The Model 465H is available in a NEMA 4X wall mount enclosure.
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Trace-Level Photometric Ozone Calibrator
Model T703U
Teledyne Advanced Pollution Instrumentation
The Model T703U is a microprocessor controlled ozone calibrator for precision gas analyzers. Expanded ozone audit levels have created a need for precise ozone calibration well below the capabilities of standard calibrators. The Model T703U is designed to meet the requirements of ultra-low ozone production.In addition to a high range with similar performance to the Model T703, the Model T703U has the capability to generate ozone in a low range, or "fractional" mode, for producing ozone levels down to 3 ppb, with exceptional accuracy. Flow rate and lamp intensity are adjusted to deliver a specified ozone concentration by volume. The temperature and pressure compensated photometer, identical to that of the Model T400 ozone analyzer, provides feedback control of the UV lamp intensity, assuring stable ozone output. A nearly unlimited number of calibration sequences may be programmed into the non-volatile memory of the T703U, covering time periods up to a year.
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Ozone Test Chamber
EKT-2001OZ-HCSLT
Designed and manufactured in accordance with ASTM D1149, ISO1431 & JIS K6259 standards. Providing precise and accurate ozone (OZ) concentration environment for rubber and polymer test. Widely applied to (1) Accelerated ageing research (2) Quality control and assurance tests and (3) R&D laboratory formula experiments for cracking resistance.
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Dissolved Ozone Instruments
Teledyne Advanced Pollution Instrumentation
For measuring dissolved ozone concentrations in water a microprocessor controlled instrument can be used for automatic and continuous measurement by means of an disinfectant sensor. All of our instruments are designed meet the rigorous demands of ambient air quality, stack, or industrial process gas monitoring.
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Air Quality Meters
An indoor air quality meter is used in confined spaces to prevent mold, to monitor CO2 levels, or to detect gas leaks. Whether portable or fixed, handheld or wall mounted, air quality monitoring equipment is essential for ensuring health and safety. At PCE Instruments, you will find air quality monitoring devices that meet various industry standards relating to personal safety and that are used to detect, measure and monitor relative humidity, ambient temperature and / or levels of carbon dioxide (CO2), volatile organic compounds (VOCs), formaldehyde (HCHO), freon and other refrigerants (CFC / HFC), phosphine (PH3), hydrogen sulphide (H2S), carbon monoxide (CO), nitrogen dioxide (NO2), oxygen (O2), ozone (O3) and other flammable, hazardous or toxic gases.
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High-concentration, High Flow Ozone Generator
SEMOZON® AX8407
The SEMOZON AX8407 generator converts pure oxygen into ozone through silent electrical discharge and achieves high output and high concentration level. It requires only minute levels of dopant nitrogen gas, far below the levels required for competitive ozone generators. As a result, the presence of contaminants, e.g. NOx compounds, is extremely low.
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Process Ozone Monitor
Model 454
Teledyne Advanced Pollution Instrumentation
The Model 454 is a microprocessor based gas monitor for measuring mid to high concentrations of ozone in oxygen or air.Available in a standard DIN panel mount configuration with a 4-digit LED display, the compact design provides ease of mounting and installation.
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Transmitter
5081
The Model 5081 family of transmitters can be used to measure pH, ORP, conductivity (using either contacting or toroidal sensors), resistivity, oxygen (ppm and ppb level), free chlorine, total chlorine, and ozone in a variety of process liquids.
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Waterproof Ozone Tester
ORPTestr 10
Large Display Screen - dual display LCD for enhanced readability, provides comprehensive meter information
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Chemiluminescence 03 Analyzer
Model T265
Teledyne Advanced Pollution Instrumentation
The Model T265 is the only commercially available US EPA Federal Reference Method for Ambient Ozone Monitoring according to the latest US EPA regulatory rules for O3. The instrument uses Chemilumescence with Nitric Oxide (NO) as a reagent, making is safe, stable, and effective for all applications. The NO-CL method for Ozone has several advantages over the conventional UV absorption technology, including the avoidance of positive and commonly found interferrents such as VOCs, fine particulates, Mercury, turpines, ClO2, and others. If these pollutants are present in the atmosphere, it can cause UV absorption analyzers to give an artificially high Ozone measurement. The innovative T265 combines speed of response, sensitivity and stability of our proven nitrogen oxide analyzer, with a simple user interface, to provide reliable ozone measurements under the harshest conditions.
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Single/Multi-Channel Industrial Safety Ozone Monitor
Model 465L
Teledyne Advanced Pollution Instrumentation
The Model 465L UV Photometric Ozone Monitor is an extremely stable analyzer, ideal for critical low-level ppm safety and process applications. Its calibration is NIST traceable and the included pressure and temperature compensation ensure high accuracy under all conditions.
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Professional Mobile Photometer
P34
The photometer P34 Professional meets all the requirements of modern water analysis. The device has a backlit display. Measuring range, reagent type as well as an automatic countdown timer for accurate response times are displayed. The internal memory stores up to 1,000 events with date, time and sample ID. The data can be retrieved at any time and transferred via an optional infrared module. The photometer P34 Professional serves, among others, to detect alkalinity, aluminum, bromine, chlorine, chlorine dioxide, chlorite, cyanuric acid, iron, urea, hardness, iodine, copper, sodium hypochlorite, ozone, PHMB, phosphate, pH, oxygen, acid, sulphate and hydrogen peroxide using various methods.
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Ozone Test
Ozone is an extremely reactive form of oxygen occurring around electrical discharges. It is also present in the atmosphere, but in small quantities. Ozone testing is performed to determine the effect on materials such as rubber, plastics, etc, which are susceptible to ozone-induced degradation.
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Laboratory Ozone Test Chamber
CX-150
Shenzhen Chuangxin Instruments Co., Ltd.
Laboratory Ozone Test chamber is widely used to control products quality in measuring quality control; Rubber & Plastics; automobile production; wire and cable; packing materials; instruments and meters; medical equipment; civilian nuclear energy; civil aviation; colleges and universities; research laboratories; inspection arbitration, and technical supervision departments and other rubber products.
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Ozonator Controller
SCI-552
Teledyne Advanced Pollution Instrumentation
The SCI-552 is a system controller for ozone delivery systems that provides electronic control interfaces for a number of typical system components, including: ozone generators, EV valves, mass flow controllers, back-pressure controllers, Teledyne API 452 ozone sensors, Teledyne API 470 dissolved ozone sensors, and a water chiller.
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Ozone Test Chamber
EKT-2001OZ-HCSTX
Designed and manufactured in accordance with ASTM D1149, ISO1431 & JIS K6259 standards. Providing precise and accurate ozone (OZ) concentration environment for rubber and polymer test. Widely applied to (1) Accelerated ageing research (2) Quality control and assurance tests and (3) R&D laboratory formula experiments for cracking resistance.
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Photometric Ozone Calibrator
Model T703
Teledyne Advanced Pollution Instrumentation
The Model T703 is a microprocessor controlled ozone calibrator for precision gas analyzers. The Model T703 can deliver concentrations from 50 ppb to 5 ppm at flows from 1 LPM to 5 LPM.The Model T703 has two major components; the ozone generating device and the photometer. The ozone generator produces ozone by passing zero air over a UV lamp. Flow rate and lamp intensity are adjusted to deliver a specified ozone concentration by volume. The temperate and pressure compensated photometer, identical to that of the Model T400 ozone analyzer, provides feedback control of the UV lamp intensity, assuring stable ozone output. A nearly unlimited number of calibration sequences may be programmed into the non-volatile memory of the T703, covering time periods up to a year.
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Ozone Generators & Systems
MKS offers a wide range of ozone generators and modular delivery systems which produce ultra-pure, reliable ozone gas. In the clean semiconductor environment, Ozone reacts with a wide range of precursor gases resulting in the creation of Al2O3, ZrO2, HfO2, and La2O3 metal oxides to enable thin film deposition processes like Atomic Layer Deposition (ALD) and Etch (ALE). MKS’ generator uses Grade 6 gas, enabling the creation of higher film density improving product yield. Photovoltaic and Display manufacturing leverage semiconductor best practices and utilize ozone to create enhanced thin film barriers, improving product performance and reliability.
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Ozone Climatic Test Chamber
The Ozone Test Chamber provide an effective solution to the testing of products for resistance against ozone degradation in a controlled environment. These test chambers function as static tensile test chambers as well as Rubber Test Chamber and are often used for studying static tensile deformation of various manufactured goods in the presence of ozone. The equipment works by exposing the test samples to uniform concentrations of ozone at constant temperatures and relative humidity in a sealed air environment. Under these conditions, the products undergo the process of corrosion which can be observed in the form of surface cracks and changes in other properties.
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Process Ozone Sensor
Model 452
Teledyne Advanced Pollution Instrumentation
The Model 452 is a microprocessor based gas sensor for measuring high concentrations of ozone in oxygen or air with accuracy and dependability. The measurement principle is based on the absorption of UV light at 254nm. Readings are available in % by weight, or grams/Normal cubic meter. Temperature and pressure compensation up to 3 Bar Absolute is a standard feature.
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PRIME Ultra Clean, Ultra High Concentration, Ultra High Flow Ozone Generator
SEMOZON® AX8410
The SEMOZON® AX8410 PRIME is the initial product offering in MKS' next generation platform of compact, high concentration, high flow, ultra clean ozone generators. It features a newly designed cell and power structure to achieve twice the ozone output of earlier models with a similar footprint.
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Catalytic Ozone Destructs
CAT-O3 Series
Teledyne Advanced Pollution Instrumentation
The CAT-O3 series of ozone destructs safely decompose high concentrations of ozone gas to sub-ppm levels that are below recommended ozone safety limits. The catalytic method of decomposition uses a metal oxide catalyst to passively convert the ozone to oxygen.
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Ozone Aging Test Chambers
Dongguan Amade Instruments Technology Co., Ltd
Ozone aging test chamber is also called as ozone climate simulator or ozone aging tester. It is one of climatic testing instruments, which is to simulate and intensify the ozone condition for determining the cracking resistance of vulcanized or thermoplastic rubbers when subjected to dynamic or static tensile strain exposed at a man-made constant temperature to atmosphere containing given concentration of ozone in conformance with relevant specification. Ozone test is an indispensable method for people to research effects and mechanisms of ozone on rubbers, quick identify and evaluate anti-aging performance of rubbers and find solutions for improvement of quality and lifespan.
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Dissolved Ozone Analyzer
Model 470
Teledyne Advanced Pollution Instrumentation
The Model 470 is a state-of-the-art Dissolved Ozone Sensor designed for semiconductor Wet Bench tools and many other industrial processes. It provides continuous measurement of dissolved ozone in deionized water or sulfuric baths with concentrations up to 150 mg/L. The Model 470 is “clean-ready” for high purity semiconductor processes, and is designed to be simply spliced in-line in the recirculation loop of any wet bench tool with flow rates up to 150 SLPM.
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Ozonated Water Delivery System
LIQUOZON® DI-O3
MKS' LIQUOZON® DI-O3 is a dissolved ozone gas delivery system providing high purity ozone in ultrapure water for Semiconductor and Electronic Thin Film applications like contaminant removal and surface conditioning via wet clean or rinsing methods. The high redox potential of ozone causes rapid conversion back to oxygen making it an environmentally friendly alternative to other chemical processes.
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Ozone Gas Generators
SEMOZON® Ozone gas generators and subsystems are the industry standard for compact, high concentration, ultra-clean ozone gas generation. Applications include Atomic Layer Deposition (ALD), Atomic Layer Etch (ALE), Chemical Vapor Deposition (CVD) and Wet Cleaning.
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Continuous Gas Analyzer
CT5400
Multi-component continuous gas analyzer combines QCL and TDL technologies in a single rack mount enclosure to measure process gas and monitor emissions from sub ppm to % levels. The CT5400 is ideal for measuring NOx, SO2, CO, CO2, CH 4, NH3, O2, HCl and other combustion gases identified as pollutants, ozone depleting, or responsible for global warming.
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Ozone Test Chambers
Labodam Ozone Test Chambers are designed to detect the concentration of ozone while requiring low maintenance, having well-built corrosion resistant bodies, and while utilizing noiseless generators.
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PocketLab Air
PocketLab Air is an all-in-one science lab for investigating climate change and air pollution in your environment. PocketLab Air can measure carbon dioxide, ozone, particulate matter, temperature, humidity, barometric pressure, and light. We've designed PocketLab Air to be capable enough for climate and air quality researchers but simple enough for a 4th grade student learning about Earth science.
