An in-line fuel flow meter measures the quantity of fluid that flows through any mechanical device. These meters can have either a digital or a mechanical display that shows the flow rate of the fluid. Some of these meters work by sending out electrical pulses to a sensory system. You can convert these pulse signals to the appropriate flow rate.
In-line fuel flow meters can be of oval gear flow meter, liquid turbine flow meter or Coriolis flow meter. The liquid turbine and Coriolis flow meters are digital flow meters. The Oval gear flow meter is a mechanical flow meter.
The turbine fuel flow meters measure the quantity of fluid or flow rate. It uses the mechanical energy of the fluid to measure its flow rate. The fluid rotates a turbine within the meter. You can calculate the proportional flow rate by using these rotations. You can determine the quantity of fluid flowing at any given point with the flow rate.
The fluids rotate the turbines at an angular velocity proportional to its flow rate. The angular velocity results in the generation of pulsed signals. These pulsed signals are proportional to the speed of the rotor and fluid flow rate
Turbine flow meters have many advantages that make it versatile and easy to install. Some of the other benefits include
Oval gear flow meters are traditional, mechanical and positive displacement flow meters. It has oval-shaped gears that rotate within an assembly as a fluid passes through them. The differential pressure of the fluid causes gears to rotate. It pockets some fluid between the gears and it empties the fluid into the downstream flow.
A contactless sensor usually measures the rotary motions of the oval gear flow meter. You can process these measurements to determine the fluid flow rate.
The Coriolis flowmeters are applicable in various industries. Industries such as beverages, oil, gas, food, and chemicals use Coriolis meter to measure the flow rate.
Coriolis flowmeter provides a direct measurement of mass flow rather than volume flow. Most of the industries prefer mass flow measurement for measuring.