Showing results: 1 - 15 of 63 items found.
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Campbell Scientific, Inc.
Turbidity sensors measure the amount of light that is scattered by the suspended solids in water. As the amount of total suspended solids (TSS) in water increases, the water's turbidity level (and cloudiness or haziness) increases. Turbidity sensors are used in river and stream gaging, wastewater and effluent measurements, control instrumentation for settling ponds, sediment transport research, and laboratory measurements.
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MRC ltd.
Are used to quickly measure the turbidity (or cloudiness) of water.
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Sper Scientific
Turbidity (undissolved solids) is an important measure of water quality in environmental testing, wastewater, petrochemical, beverage industry, and electroplating. Sper Scientific offers turbidity meters that meet the EPA method 330.5 for waste water and the ISO 7027 standards.
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Hach Lange GmbH
Hach has developed deep expertise in turbidity measurement. Our instruments continuously deliver superior accuracy and reliable results for both ultra clean and high turbidity water applications. Hach's complete portfolio of both laboratory and portable instruments provides solutions for all of your challenging municipal or industrial applications. From drinking water, to chemical, to pharmaceutical, to food processing, to waste water we offer the best turbidity instrument for y...
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Anton Paar GmbH
Anton Paar turbidity meters are indispensable plug-and-play modules that are easily integrated into Anton Paar’s multi-parameter laboratory measurement systems. These add reliable turbidity analysis to a variety of monitored parameters. Covering a wide temperature range from -5 °C to 40 °C and featuring a built-in, solid-state Peltier thermostat for independent operation, these meters will bring crystal-clear clarity to your cloudy media.
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Sper Scientific
Turbidity (undissolved solids) is an important measure of water quality in environmental testing, wastewater, petrochemical, beverage industry, and electroplating. Water chlorination is the process of adding chlorine (Cl2) to water as a method of water purification to make it fit for human consumption as drinking water. Sper Scientific offers Turbidity and Chlorine meters that meet the EPA method 330.5 for waste water and standard method 4500-CI G for drinking water and the ISO 7027 standards.
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TF16-N -
optek
The TF16-N is a high precision turbidity meter for installation into pipelines measuring scattered and unscattered light at two independent angles in various liquid process streams. The ratio of scattered to un-scattered light can then be correlated.
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Labfon Equipment Inc.
Turbidity meters are needed in order to conveniently test the quality of various different areas of water that can be drinking water, including food processing and beverage manufacturing and many applications where fluid clarity is crucial.
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AF56-N -
optek
AF56-N is a high precision sensor for direct installation into pipelines measuring NIR light absorption (turbidity) of various liquid samples. The optical path length can be individually configured to meet the process control requirements.
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AS16-N -
optek
High precision probe for direct installation into pipelines and vessels measuring NIR light absorption (turbidity) of various liquid samples. The optical path length can be individually configured to meet the process control requirements with the highest accuracy.
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AS56-N -
optek
AS56-N is a probe for direct installation into pipelines and vessels measuring NIR light absorption (Turbidity or Solids Concentration) in various liquid flow streams. Two optical path length choices allow the measurement range to meet the process control requirements.
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TF56-N -
optek
The TF56-N sensor is an inline real-time device designed to measure light absorbance at 11° caused by interaction with process turbidity. As an NIR light beam is passed through a dynamic process stream, the sensor simultaneously measures the amount of light scattered at 11° and the remaining amount of un-scattered light at 0°.
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AF16-N -
optek
High precision sensor for direct installation into pipelines measuring NIR light absorption of various liquid samples. The optical path length can be individually configured to meet the process control requirements with the highest accuracy.
