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Our new QuickStart(tm) pressure sensor is an in-line, modular, compact sensor that you can easily implement into your fluidic pathway to mitigate risk of potential blockages to your instrument. Available early 2017. -
The new QuickStart(tm) pressure sensor is an in-line, modular , compact sensor that you can easily implement into your manifold rather than used as a stand-alone on your instrument. Available early 2017.
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The new QuickStart(tm) pressure sensor evaluation kit comes with everything you need to test a sensor in a short amount of time. Included in the kit is a sensor, cables, USB adapter and memory stick (includes software). Available early 2017.
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The new QuickStart(tm) pressure sensor evaluation kit comes with everything you need to test a sensor in a short amount of time. Included in the kit is a sensor, cables, USB adapter and memory stick (includes software). Available early 2017. [icon type="shopping-cart"]Go to Product Categories
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Avoid over filling of your waste bottle. Light sent down into the glass rod is reflected back as long as the liquid surface level is below the glass rod.As soon as the liquid level reaches the glass rod the light is scattered away from the glass rod and the sensor detects this and gives an output. The level sensor is normally mounted on a bottle cap or similar. It consists of a ground glass rod, and electronics for detecting fluid on the rod end. The level sensor is powered by 5VDC and the output is a TTL. When the liquid level is below the glass rod the output is high (+5 VDC), and when the liquid reaches the glass rod the output is low (0 VDC). A visual and acoustic alarm is built-in to the level sensor which signals light and sound through a LED and a buzzer when the liquid reaches the glass rod. This is an OEM product that we can customize for your need! -
The series of Biotech Liquid Flow Meters enables easy, continuous, and integrated determination of liquid flow rates. With these devices, flow data is continuously and accurately recorded and stored in a computer application providing full flow control and documentation. The measurement principle of heat dispersion allows for unprecedented time resolution and provides new insights into flow variation and inconsistency. The internal flow cell has a minimal volume and the inline measurement is accomplished without any interference with the liquid or its flow path. Four different models are available for micro flow, analytical HPLC flow, preparative flow, and high volume flow rates. -
The series of Biotech Liquid Flow Meters enables easy, continuous, and integrated determination of liquid flow rates. With these devices, flow data is continuously and accurately recorded and stored in a computer application providing full flow control and documentation. The measurement principle of heat dispersion allows for unprecedented time resolution and provides new insights into flow variation and inconsistency. The internal flow cell has a minimal volume and the inline measurement is accomplished without any interference with the liquid or its flow path. Four different models are available for micro flow, analytical HPLC flow, preparative flow, and high volume flow rates. -
The series of Biotech Liquid Flow Meters enables easy, continuous, and integrated determination of liquid flow rates. With these devices, flow data is continuously and accurately recorded and stored in a computer application providing full flow control and documentation. The measurement principle of heat dispersion allows for unprecedented time resolution and provides new insights into flow variation and inconsistency. The internal flow cell has a minimal volume and the inline measurement is accomplished without any interference with the liquid or its flow path. Four different models are available for micro flow, analytical HPLC flow, preparative flow, and high volume flow rates. -
The series of Biotech Liquid Flow Meters enables easy, continuous, and integrated determination of liquid flow rates. With these devices, flow data is continuously and accurately recorded and stored in a computer application providing full flow control and documentation. The measurement principle of heat dispersion allows for unprecedented time resolution and provides new insights into flow variation and inconsistency. The internal flow cell has a minimal volume and the inline measurement is accomplished without any interference with the liquid or its flow path. Four different models are available for micro flow, analytical HPLC flow, preparative flow, and high volume flow rates.
