Petrochemical

Ultrasonic Flow Meter (strap on the pipe)/ by EMCO Flow Mfg

EMCO’s Sono-Trak™ Transit Time ultrasonic flow meter combines advanced non-invasive flow measurement technology with a versatile transmitter design to provide an accurate, maintenance-free, easy-to-install, and easy-to-use measuring system. The Sono-Trak™ Transit Time flow meter, using only one set of transducers, measures liquids for pipe sizes from 2 to 100″.

Reliable and Rugged
  • High accuracy: ±0.5% of rate (factory tested); ±2.0% of rate (typical field installation); ±0.1% of rate repeatability
  • Time domain expansion technology improves signal processing and dramatically increases resolution
  • With no moving parts to wear over time, flow meter maintenance is non-existent
  • Rugged, NEMA 6-rated transducers are fully submersible
  • No pressure drop
  • FM and CSA approvals (pending)
Fast & Easy Installation
  • Typical installations take less than 30 minutes with the non-invasive, clamp-on design using all stainless steel quick clamps
  • No worries of flange requirements, pressure ratings, process liquid interaction issues, pipe vibrations, or upstream transitions
  • Heavy-duty, urethane-coated cables are pre-terminated to facilitate a speedy installation
  • Easy-to-read, blue backlit display allows for quick flowmeter set-up, featuring EMCO’s patented menu-driven EZ-Logic™ user interface
Features
Flexible
  • The same Sono-Trak flow meter can be installed on line sizes from 2 to 100″ (50 to 2540 mm)
  • Plug-and-play input/output module options enable custom electronics configuration and/or field retrofits/upgrades; choose two from: pulse, analog, relay, RS-232, RS-485, BTU, and data logger
  • Standard, built-in infrared capability for use with optional Windows® software
The compact, NEMA 4X-rated, wall-mounted transmitter has a large, easy-to-read backlit display, which alternates between flow rate and totalized flow with corresponding, user-selectable engineering units. The four-button keypad allows for quick flow meter set-up, featuring EMCO’s patented menu-driven EZ-Logic user interface. Additionally, the standard infrared communication port can be used with the optional Windows® compatible software package and serial interface device to access all configuration and data recording features.

With buffet-style input/output (I/O) module options, the electronics configuration is easily customized. Two I/O sockets will accept any of seven offered modules: pulse, analog, relay, RS-232, RS-485, BTU, and data logger. The modules are “plug-and-play,” enabling field upgrades and/or retrofits. The RS-485 module allows single-point viewing of multiple meters in a master/slave configuration. The BTU module accepts two RTD inputs and performs energy calculations. The data logger collects up to 100,000 data points in non-volatile memory and can be removed from the transmitter under power and connected to a standard PC serial port for downloading and data analysis. Full diagnostics are accessible through the display, the standard infrared port, and the optional serial communication modules.

EMCO’s model Vortex PhD® is an in-line vortex shedding flow meter capable of measuring liquids or gases, including steam, for pipe sizes from 1″ to 12″, available in stainless steel and carbon steel. The PhD flow meter has no moving parts, rugged construction, and microprocessor-based electronics for high accuracy in many flow metering applications. The Vortex PhD flow meter, with no moving parts, provides accurate measurement with lower maintenance, and lower total cost of ownership than other flow meter technologies.
Features
Accuracy
  • ± 0.7% of rate accuracy for liquids
  • ± 1.0% of rate accuracy for gas and steam
  • ± 0.15% of rate repeatability
  • Advanced digital filtering scheme used by the microprocessor ensures accurate and reliable flow measurement and control
  • Calibration is traceable to NIST
Reliability & Safety
  • No moving parts or holes that can clog
  • No internal gaskets that could fail and cause hazardous leaks
  • The industry’s first fully-welded sensor construction
  • Sensor can be removed under full-flow conditions without process shutdown or risk of exposure to hazardous fluids
  • No need for bypass piping installation
  • FM, CSA, and CENELEC approvals
Ease of Operation
  • Factory calibrated and programmed for specific applications
  • Setup and use without any additional calibration or programming
  • The local display alternates between flow rate and totalized flow
  • Menu-driven EZ-Logic™ user interface enables local programming
  • HART® protocol communication

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