![]() VWR has the right to change the prices shown in catalogues and price lists at any time and to invoice at prices current at the date of receipt of an order. Orders are accepted only on the condition that no conditions of purchase shall apply. No variation in these terms and conditions will apply unless agreed by VWR in writing. ![]() These terms and conditions cover all sales of products and services by VWR Lab Products Private Limited(VWR) in India and any information and advice given whether charged for or not. Sensors detect bulk fluid flow and does not monitor particulates. The sensors can be adapted for use with other working fluids or tubing materials of the same OD by changing parameters and calibrating with the software in the communications package 33501-96 (sold separately). Use the ultrasonic flow sensors right out of the box! Each sensor comes calibrated to national measurement standards for the appropriately sized Masterflex platinum-cured silicone tubing when water is the working fluid and across the full range. The sensor output can be connected directly to a computer when used with the communications package 33501-96 (sold separately) or to any meter or controller that accepts RS-485, 4 to 20 mA, 0 to 20 kHz, or PNP-NPN push-pull inputs. Combining the sensor design with the tight dimensional accuracy of Masterflex platinum-cured silicone tubing results in unparalleled measuring accuracy. Accuracy is further enhanced by the existence of two integrated temperature sensors that provide temperature compensation. High measurement accuracy is achieved through the arrangement of four piezo sensors in an “X” pattern. Setup is as simple as placing the tubing in the sensor channel and closing the clamp lid. The clamp-on sensor design is particularly suited for applications where strict hygienic standards are required. Since the sensor never contacts the working fluid, it is reusable in single-use applications providing significant recurring savings. Masterflex® ultrasonic flow sensors accurately and noninvasively measure the flow rate of liquid in tubing associated with peristaltic pumps.
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