DXLdp, IXLdp, RXLdp & XLdp Differential Transducers Configurator
The Ashcroft® DXLdp differential pressure transducer is designed for use in high density panels in critical cleanroom, isolation room and control room applications. The DXLdp incorporates a DIN rail mount, LED status indicators and the patented Ashcroft SpoolCal® actuator to provide in-place system calibration without disturbing process connections. It utilizes Ashcroft’s SiGlas™ technology that enables unrivaled measurement sensitivity and long term repeatability. The DXLdp incorporates a host of features designed to reduce installation time and costs. It is also manufactured to Ashcroft’s straight forward TruAccuracy™ terminal point standard that eliminates confusion from statistically derived accuracy specifications and avoids the need for user calibration at the time of installation. Available in ranges as low as 0.05 in. H2O (12.5 Pa), the DXLdp is the perfect low pressure dp sensor for Pharmaceutical and BioTech applications, isolation laboratories, semiconductor and other mission critical industries. It is backed with a three year product warranty.
The Ashcroft® IXLdp industrial differential transducer is used for measurement and control of extremely low pressures and flow. Using patented Si-Glas™ technology, performance provides high sensitivity and repeatability for precise measurement and control at extremely low differential pressures. An ideal choice when stable, reliable pressure measurement and TruAccuracy™ performance are needed.
The Ashcroft® XLdp differential pressure transducer uses patented Si-Glas™ technology that provides precise measurement and control at extremely low DP pressures. This model is virtually unaffected by shock or vibration. An ideal choice when reliable low pressure measurement and TruAccuracy™ performance is needed.
The Ashcroft® RXLdp differential pressure transducer utilizes patented Si-Glas™ technology, assuring precise measurement and control at extremely low differential pressures. The unit is virtually unaffected by shock or vibration and is an ideal selection when reliable low pressure measurement is needed.