Series DMTFP Portable Transit Time Ultrasonic Flow Meter is a state-of-the-art universal transit-time flow meter designed using MultiPulseTM technology and low-voltage broadband pulse transmission, feature the worlds advanced non-invasive flow measurement technology providing a measuring system with unsurpassed accuracy, versatility, ease of installation and dependability. Although designed primarily for cleaner liquids, the flow meter can reliably measure liquids containing moderate amounts of suspended solids or aeration. DMTFP is designed for long- or short-term flow measurement surveys on full-pipe liquid systems and is ideal for verifying calibration of permanently mounted flow meters of all types.
Features:
◆Advanced DSP and MultiPulseTM Technology
◆40-hour battery (rechargeable), back-lit 4 lines letters display all integrated into a rugged, watertight enclosure.
◆cost-effective and versatile
◆Providing SD card data logger functions. The SD card capacity can be up to 8GB.
◆ Works reliably in both clean and somewhat dirty liquids.
◆Lightweight and easily transportable in case
◆4-20 mA, OCT pulse (flow rate or total flow) output as standard output
◆ Optional Heat flow BTU function, two temperature transmitters 4-20ma input for inlet and outlet temperature display and heat flow rate, total heat flow display.
Applications:
◆Water, including hot water, chilled water, city water, sea water, etc.
◆Sewage and drainage water with small particle quantity.
◆Oil, including crude oil, lubricating oil, diesel oil, fuel oil, etc.
◆ Chemicals, including alcohol, acids, etc.
◆Solvents
◆Beverage and food processors
◆HVAC hot and cool water, water /glycol solutions.
◆ Water and waste treatment
◆ Power plants, heat energy boiler feed water.
◆Energy consumption supervision and water conservation management
◆Metallurgy and miming applications (e.g., acid recovery)
◆Marine operation and maintenance
◆Pulp and paper industries
◆Pipeline leak detection, inspection, tracking and collection
◆Energy measurement and balancing
◆Network monitoring