Gauging & Automation Pte Ltd.

Cameron's NUFLO™ developed its first flowmeter for oilfield applications in 1957. The meter incorporated a tungsten-carbide shaft and bearing to withstand the rugged conditions of the oilfield environment. Over the years, this flow meter has built an unsurpassed reputation for withstanding severe punishment while maintaining operational and measurement integrity.

NUFLO turbine flow meters indicate flow rate and measure total throughput of a liquid line. As liquid flows through the meter and over the rotor, the rotor turns at a speed that is directly proportional to the flow rate. A magnetic pickup senses the rotor blades as they pass and generates an electrical (sine wave) signal. These electrical pulses are then transmitted to the flow measurement readout equipment.

Optional rotor configurations and/or finishes allow erosive or corrosive fluids such as mud or cement slurries and hydrochloric acid to be pumped routinely.

Specifications

End connections

Cameron offers turbine flow meters in a variety of end connections and accuracy levels. Typical applications are:

· Threaded

· Grooved

· Flanged

· EZ-IN®

· WECO® 1502

Flanged End Connection

Turbine flow meters with flanged end connections are available in both raised-face (RF) models and ring-type joint (RTJ) models. Flanged materials can be carbon steel or stainless steel. All flanged NUFLO meters are equipped with slip-on flanges, which are then welded to the outside of the meter rather than being welded to the end of the meter body. Thus, the flange never comes into contact with the fluid being measured. The flanges are designed to mate with ANSI B16.5 flanges.

Grooved End Connection

Flowmeters with grooved end connections are available in 7/8" through 8" sizes.