Description

The Badger Meter Industrial Turbine is a rugged, reliable meter ideally suited for chemical or industrial fluid applications. Its compact size and ease of serviceability without removal from the line, coupled with a choice of materials, make this a cost-effective selection. Designed with performance in mind, the meter provides a high level of accuracy over a wide flow range with a minimum of pressure loss. The Badger Meter Turbine is available in line sizes of 2", 3", 4" and 6" with a choice of flange ratings and three different body materials, including stainless steel. Its unique straight-through flow profile and ceramic bearing design optimize performance. To complement the meter, Badger Meter offers a complete line of accessories that includes mechanical, electromechanical and state-of-the-art electronic transmitters, totalizers, indicators and process controllers.

Operation

The Badger Meter Industrial Turbine is a volumetric liquid flow meter that works on the time proven principle of a rotor turning at an angular velocity proportional to the fluid velocity through the turbine. The meter has straightening vanes and a nose cone in the inlet side which minimize upstream turbulence and direct the flow to the rotor effectively. Electronic pickups generate signals from the rotor magnet. The signals are translated to an open collector-transistor pulse output. Mechanical pickups and electromechanical outputs are also available.

Applications

The Turbo model is used in a wide range of fluid applications covering from water to oils and solvents to acids. The meter is used in water treatment systems, loading and unloading of tankers or rail cars, batching systems, or simply inventory control of a process fluid. Anywhere high volume and/or high flow rates are at least sometimes required in the application, the Turbo meter is likely the right choice.


Features:
• Long lasting ceramic bearings
• Simple in-line serviceability
• Three housing materials available
• 1.5% accuracy
• 0.25% repeatability
• Low pressure loss

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