Clamp-on Ultrasonic Flowmeter

May 1, 2006
The HTTP Portable Transit Time Ultrasonic Flow Meter is designed to clamp onto the outside of a pipe and does not contact the internal liquid, providing instantaneous rate and accumulated flows for efficient fluid measurement.

The easy-to-mount portable meter includes bi-directional flow capability to measure forward total, reverse total and net total; pipe sizes that range from 1/2-inch and higher; and non-invasive meter clamps. Communication with the HTTP meter is achieved via a PC serial communications port and infrared serial adapter, requiring no connection wires. The meter uses UltraLink Windows software for configuration, calibration and troubleshooting. The HTTP Portable Transit Time Ultrasonic Flow Meter is packaged in a compartmentalized, padded carrying case along with the transducer set, a 20-foot interconnection cable, one tube of acoustic couplant, mounting hardware, AC power converter, auto-style 12VDC converter, infrared adapter, 4-20mA interface cable and an operations manual. A removable 200,000 event Data Logger module containing an integral DB-9 connection that plugs directly into a PC port for fast upload is an optional feature.

Sponsored Recommendations

The Power of Automation Made Easy

"Automation Made Easy" highlights a transformative era in manufacturing, prioritizing efficiency, and innovation. It empowers businesses to streamline operations, enhance productivity...

Maximizing Efficiency: Choose the Perfect Controller for Control Cabinet Installations

Automate machines individually and effectively from the control cabinet using scalable controllers.

Control Technology

Control technology that comes from one source ensures consistent performance for efficient automation. Discover a solution that combines optimally scalable controller hardware...

Control technology made by SEW-EURODRIVE

Automation without the headaches? Absolutely! Learn about control technology that combines high-performance hardware, easily programmable software and user-friendly visualization...