The Oval Gear Oil Flow Meters is designed to endure the harsh circumstances prevalent in industrial locations, using modern technology and high-quality materials. It is intended to manage the viscosity and properties of diesel fuel, delivering reliable readings even under high-flow and high-pressure conditions. This flow meter is extensively used in a variety of industries, including transportation, construction, agriculture, and manufacturing, where exact monitoring of diesel use is required to optimize efficiency and cost-effectiveness. It is an essential tool in industrial diesel fuel management systems because it plays a critical role in inventory management, cost control, and overall operational efficiency.
Application of Oval Gear Oil Flow Meters:
Aluminum body and rotor: Flow measurements of kerosene, Gasoline, diesel, light oil, heavy oils. Body and rotor: Flow measurements of Pharmaceutical drug, food oil, and all application.
Oval Gear Oil Flow Meter General Technical data:
- Working principle :oval gear positive displacement
- Accuracy(standard installation position) : 0.5% FSD
- Repeatability :0.03%
- Maximum working pressure : 2 MPa = 20 bar
- Fluid & Ambient temperature : -40 to 80 deg C
- Viscosity : 1000 cps maximum.
FAQ - Oval Gear Oil Flow Meters:
What is the precision of an Oval Gear Oil Flow Meters?
Oval Gear Oil Flow Meterss are precision instruments that provide exact measurements of diesel flow rates.
What industries make use of an Oval Gear Oil Flow Meters?
Oval Gear Oil Flow Meterss are commonly used in transportation, construction, agriculture, and industry.
Can industrial Diesel Flow Meter manage high-flow and high-pressure scenarios?
Yes, Oval Gear Oil Flow Meterss are built particularly to manage the viscosity and properties of diesel fuel, allowing them to work in high-flow and high-pressure conditions.
Is the Oval Gear Oil Flow Meters corrosion resistant?
Yes, Oval Gear Oil Flow Meterss are normally made of corrosion-resistant materials, assuring longevity and dependable performance.