A trace moisture analyzer using Tunable Diode Laser (TDL) sensing technology, the DF-740 is designed to measure contaminants in UHP-grade ammonia.
The DF-740 is designed specifically to monitor trace levels of moisture in electronics-grade ammonia (NH3) used in LED plants. Industry-leading TDL sensing technology and a robust Herriott Cell enable an exceptionally broad measurement range of 10ppb-10ppm.
By ensuring moisture only comes into contact with minimal optical components, the DF-740’s performance is unaffected by loss in mirror reflectivity – ensuring a fast response measurement that is stable, accurate and consistent.
The DF-740 is designed for long-term unattended operation, delivering considerable cost-savings. The high-stability optical TDL technology requires minimal ongoing maintenance, with zero drift enabling greatly extended calibration intervals.
When you need a solution that can undertake quality checks of electrograde NH3 during bulk gas checks for LED manufacture, you need a device that delivers high measurement accuracy, excellent stability – and is capable of being left unattended for extended periods. A robust design that removes issues associated with mirror reflectivity loss is a must and so is the need for a broad monitoring range. No matter your specific application needs, you’ll want a moisture analyzer that can reduce your ongoing costs and provide operational efficiencies. We don’t believe you should have to compromise.
The DF-740 has been designed to deliver optimum performance in the measurement of trace moisture in ammonia. This device uses leading-edge TDL sensing technology housed in a sturdy Herriot Cell, ensuring there is no loss of mirror reflectivity, thanks to minimized moisture contact with any optical components. This ensures the DF-740 gives a measurement that is highly stable, reliable and capable for being left unattended for long periods – a benefit supported by comprehensive data logging which captures and recalls calibration, system error and measurement data.
The DF-740 is also optimized to provide significant cost savings over a long product lifetime. The use of a high stability, zero drift TDL sensor extends calibration intervals and minimizes ongoing maintenance. In summary, the DF-740 is the ideal solution for your gas monitoring needs, thanks to the combination of its ultra-high performance capability, stable reliability and operational efficiency potential.
If you’re building a gas analysis system, contact us before you start. Our expert knowledge and engineering skills will help you see your project through from start to finish.
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The high-performance DF-740 analyzer offers ultra-stable monitoring and significant cost savings.
Ultra-stable TDL sensing means that the DF-740 requires less frequent maintenance, while requirements are simple, with no consumables required.
By minimizing water contact with optical components, the DF-740’s repeatable baseline measurements are unaffected by loss in mirror reflectivity, ensuring accuracy and stability.
The DF-740’s analysis is immune from gas cell concentration, ensuring the analyzer continues to operate to specification with up to 90% signal loss.
The DF-740 uses TDL sensing technology and a robust Herriot Cell to deliver trace moisture measurements in a broad range.
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483mm (19”) Wide x 266mm (10.5”) High x 608mm (23.9”) Deep
“For in-depth specifications you’ll want to download our technical datasheet which includes information on technology, performance, operating environment, sample conditions and compliance along with technical drawings and top-level benefits and applications.”
“Our resource pack for the DF-740 contains full details about the features and advantages of this trace moisture analyzer. Download it now to learn more.”
A combination of high performance, ultra-stable measurements and affordability makes the DF-740 an attractive solution for electronics-grade NH3 quality checking applications.
Trace NH3 analysis for quality control of electronics-grade bulk gases used in LED production | Trace NH3 analysis for leak detection of electronics-grade bulk gases used in LED production