Fluido Sense Private Limited

Introduction

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial, petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive displacement principle.

Operation Principal

Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to display flow total, rate of flow or facilitate batching applications.

Areas Of Applications

For all viscous , non abrasive clean liquids like

• Petroleum Products
• Oil Products
• Chemicals
• Grease
• Fuels
• Pates, etc

Benefits

• High Resolution Digital Output
• Wide Rangeability
• Bi-directional flow capability
• Digital or Analogue Outputs available.
• Less slippage.
• Smoother and quieter
• Low Mass oval gears facilitate fast response time to step changes in flowrate

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial, petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive displacement principle.

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial,
petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive
displacement principle.


Working principle
Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to
a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect
sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to
display flow total, rate of flow or facilitate batching applications.

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial,
petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive
displacement principle.


Working principle
Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to
a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect
sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to
display flow total, rate of flow or facilitate batching applications.

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial,
petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive
displacement principle.


Working principle
Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to
a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect
sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to
display flow total, rate of flow or facilitate batching applications.

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial,
petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive
displacement principle.


Working principle
Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to
a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect
sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to
display flow total, rate of flow or facilitate batching applications.

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial,
petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive
displacement principle.


Working principle
Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to
a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect
sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to
display flow total, rate of flow or facilitate batching applications.

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial,
petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive
displacement principle.


Working principle
Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to
a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect
sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to
display flow total, rate of flow or facilitate batching applications.

Oval Gear Flowmeters are precise, reliable and rugged instruments for the volumetric flow of liquids in general industrial,
petroleum and chemical applications that require high degree of accuracy and repeatability. They operate on the positive
displacement principle.


Working principle
Liquid Passes into the single case measuring chamber and displaces two oval gears. Each rotation of a oval gear is proportional to
a discrete unit of volume, in turn, the speed at which the gears rotate is directly proportional to flowrate. Reed and Hall Effect
sensors mounted outside the pressure boundary detect the movement of the oval-gears, thus allowing local or remote instruments to
display flow total, rate of flow or facilitate batching applications.