Showing results: 46 - 60 of 104 items found.
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Model 3020P -
Teledyne Analytical Instruments
The Model 3020P is a versatile microprocessor-based instrument for detecting oxygen at the percent (%) level in a variety of gases. This instrument serves as the explosion-proof, bulkhead-mount version of the 3000P, and is designed to make the task of percent oxygen analysis easier, faster and more precise than ever before. Simple menu choices, externally accessible switches and dual LCD and LED displays make setup and operation clear and quick.
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Model 3020T -
Teledyne Analytical Instruments
The Model 3020T is a microprocessor-based instrument for detecting oxygen at the parts-per-million (ppm) level in a variety of gases. This instrument serves as the explosion-proof, bulkhead-mount version of the 3000 Series. Simple menu choices, externally accessible command switches, and dual LCD and LED displays make setup and operation clear and quick.
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Model 3190 -
Teledyne Analytical Instruments
The 3190 analyzer proves that good things come in small packages. This microprocessor based unit offers high accuracy, easy use and all the standard features demanded by the end-user in a compact, budget priced design. Membrane command switches and a large, four digit LED display make setup and operation clear and quick.
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Model 3290 -
Teledyne Analytical Instruments
The 3290 analyzer proves that good things come in small packages. This microprocessor based unit offers high accuracy, easy use and all the standard features demanded by the end-user in a compact, budget priced design. Membrane command switches and a large, four digit LED display make setup and operation clear and quick.
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Model 3020M -
Teledyne Analytical Instruments
The Model 3020P is a versatile microprocessor-based instrument specifically designed to detect oxygen in a variety of gases. It is a precise, cost effective instrument capable of measuring percent oxygen in as low as the 0-1% range. Drawing on the solid performance of the 3000 series control platform, the 3020M provides the user with a wide variety of features and options to satisfy virtually any application.
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Model 3300TA -
Teledyne Analytical Instruments
The 3300 series of low cost, microprocessor-based instrument are specially designed to satisfy industry’s need for a simple yet highly reliable process analyzer. These units offer excellent accuracy, ease of use, high reliability, low maintenance and a variety of standard features usually found on more expensive instruments.
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Model 3010TAC -
Teledyne Analytical Instruments
The Model 3010C Series BASEEFA/CENELEC approved, intrinsically safe trace oxygen analyzers are versatile, microprocessor based instruments used for detecting oxygen from 0-10 ppm to 100% in a variety of gases.
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Model 3010TBC -
Teledyne Analytical Instruments
The Model 3010C Series BASEEFA/CENELEC approved, intrinsically safe trace oxygen analyzers are versatile, microprocessor based instruments used for detecting oxygen from 0-10 ppm to 100% in a variety of gases.
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Model 3010PBC -
Teledyne Analytical Instruments
The Model 3010C Series BASEEFA/CENELEC approved, intrinsically safe trace oxygen analyzers are versatile, microprocessor based instruments used for detecting oxygen from 0-10 ppm to 100% in a variety of gases.
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Model 6200T -
Teledyne Analytical Instruments
The Model 6200T Total Sulfur Analyzer utilizes proven UV fluorescent technology to continuously detect sulfur found in inert gas streams. An internal, quartz catalytic converter is employed to convert the sulfur, when mixed with scrubbed ambient air, into SO2 via higher temperature oxidation. An internal vacuum pump is employed to draw both the sample and the ambient air into the converter. The converted sample gas is fed to the fluorescence chamber where it is then exposed to ultraviolet radiation.
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Model 9060Z -
Teledyne Analytical Instruments
Optimizing combustion efficiency and minimizing exhaust emissions are important for proper operation of nearly every industrial process that burns fuel. From cleaning burning natural gas to dirty coal fired kilns, the model 9060 provides reliable and efficient O2 monitoring capabilities by combining field proven zirconium oxide sensor technology with a powerful and versatile microprocessor based controller.
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Model 3350 -
Teledyne Analytical Instruments
The Model 3350 accurately measures the concentration of oxygen in control rooms, closed atmospheres, critical breathing circuits and other applications that require the fail-safe monitoring of breathable, ambient air. It is a microprocessor-based oxygen alarm monitor for real-time measurement of the oxygen content of the atmosphere surrounding the sensor as well as shoulders the burden of personal safety with the quality and reliability offered by the Teledyne name.
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Model 3110 -
Teledyne Analytical Instruments
The Model 3110 represents the new generation of portable trace and percent oxygen analysis capabilities. It combines a rugged, portable analyzer with the high reliability of trace and percent level sensors. This ensures highly accurate ppm/ percent oxygen readings in a variety of background gases (including hydrocarbons). In addition, the microprocessor-based electronics provide accurate, high resolution readings and easy-to-use features.
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Model 3110P -
Teledyne Analytical Instruments
The Model 3110 represents the new generation of portable trace and percent oxygen analysis capabilities. It combines a rugged, portable analyzer with the high reliability of trace and percent level sensors. This ensures highly accurate ppm/ percent oxygen readings in a variety of background gases (including hydrocarbons). In addition, the microprocessor-based electronics provide accurate, high resolution readings and easy-to-use features.
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Model 3110XL -
Teledyne Analytical Instruments
The Model 3110 represents the new generation of portable trace and percent oxygen analysis capabilities. It combines a rugged, portable analyzer with the high reliability of trace and percent level sensors. This ensures highly accurate ppm/ percent oxygen readings in a variety of background gases (including hydrocarbons). In addition, the microprocessor-based electronics provide accurate, high resolution readings and easy-to-use features.