What is the relationship between the input and output of the oval gear flowmeter?

The input and output of the oval gear flowmeter are directly proportional.

1. Working principle of oval gear flowmeter

Oval gear flowmeter is an instrument used to measure liquid flow. Its working principle is to measure the liquid based on the rotation of the oval gear. of traffic. In the oval gear flowmeter, the liquid passes through the inlet of the flowmeter, causing the core axis of the gear to drive the oval gear to rotate. The speed of the oval gear rotation is proportional to the flow rate. Then by receiving the signal fed back by the sensor, the flow rate of the liquid is calculated based on the relationship between the input signal and the output signal.

2. The relationship between the input and output of the oval gear flowmeter

In the oval gear flowmeter, the input and output signals are directly proportional, that is, when the flow rate of the input liquid increases , the output signal also increases. This proportional relationship is because the rotation speed of the oval gear and the flow rate of the liquid are relatively close.

3. Characteristics of Oval Gear Flowmeter

Oval Gear Flowmeter has the following characteristics:

1. High precision and high reliability: Oval Gear Flowmeter It has high-precision measurement accuracy and reliability, and can meet the measurement requirements in various liquid media and flow ranges.

2. Wide measurement range: Oval gear flowmeter can accurately measure the flow rate of liquid within a wide flow range.

3. Easy to maintain: Oval gear flowmeter is not easily eroded by liquid particles, not easily affected by fluid media, and is relatively easy to maintain.

IV. Application fields of oval gear flowmeter

Oval gear flowmeter is widely used in flow measurement fields in petroleum, chemical, food, pharmaceutical, metallurgy, textile and other industries. It can measure the flow rate of water, oil, liquefied gas, emulsion, paint, resin and other fluids.

This article deeply analyzes the input-output relationship of the oval gear flowmeter, explains its working principle, characteristics and application fields, and provides readers with detailed knowledge about the oval gear flowmeter.