Polysonics DCT-1088 Transit Time Ultrasonic Transmitter

Description

This sale is for the Polysonics transmitter only.  Please see my other ad for Polysonics with sensors.
Polysonics DCT1088 Transit Time Flowmeter
Applications • HVAC • Potable water •  Petroleum Products • De-ionized water • Water and waste management
Features • Accuracy to ±0.5% • AC or DC supply operation • Easy to install, clamp-on design • Bi-directional flow measurement •  UltraScan signal analysis and configuration
The Polysonics DCT1088 provides an economical alternative to magnetic, vortex and differential pressure flow transmitters. Combining digital signal processing (DSP) with advanced correlation detection methods, it features exceptional performance and flexibility. While principally designed for clean liquid applications, the instrument is tolerant of liquids with higher concentrations of gas bubbles or entrained solids than was previously possible with transit time technology. The non-intrusive, clamp-on transducers can be installed without flow interruption and ensure leak free measurements with zero pressure drop.  Housed in a rugged NEMA 4X (IP65) enclosure and qualified for -40°C operation, the DCT1088 is well suited to most industrial environments. The display is a high resolution, backlit 8 digit LCD providing excellent visibility, even in poorly lit conditions. Outputs include a 12 bit digital, optically isolated, 4-20mA analog signal and RS232 serial interface. An optional, fully programmable SPST relay (for remote totalizer) is also available. The instrument can be specified for operation from 95-132 VAC, 195-250 VAC, nominal 12 VDC or nominal 24 VDC supply voltages.  Programming of the flowmeter is simple and can be accomplished in minutes with UltraScan, a Microsoft Windows compatible signal analysis and configuration program supplied with each instrument. UltraScan features easy to use, pull-down menus and pop-up windows. It provides access to an extensive range of graphical diagnostics information which permits the user to quickly determine the quality and accuracy of the flow measurement.