In mobile operations and temporary installations, the SISCO turbine flow meter stands out as a reliable and efficient solution for accurate flow measurement in compact, portable systems. Built for versatility, this flow meter delivers high precision and repeatability in environments where traditional stationary meters are impractical or too costly to install. Its lightweight, rugged design allows for easy integration into fuel trucks, portable refueling skids, mobile hydraulic systems, and HVAC plant modules, ensuring consistent performance even under demanding field conditions.
The SISCO digital turbine flow meter for diesel/water measures flow by detecting the rotational speed of an internal turbine that spins proportionally to the velocity of the passing fluid. This simple yet highly effective mechanism provides excellent response time and linearity, making it ideal for clean, low-viscosity fluids such as fuel, water, or hydraulic oil. Its digital display with selectable measurement units offers real-time visibility, enabling operators to monitor flow instantly and make quick operational adjustments. The inclusion of electronic signal outputs also allows seamless integration with portable control systems and data loggers.
A major advantage of SISCO's design is its quick installation and low maintenance. Operators can deploy it rapidly without extensive setup or calibration, saving valuable time during temporary or emergency operations. The turbine flow meter's durable materials resist mechanical stress and fluid corrosion, providing long service life even with frequent relocations.
The application scope extends across refueling logistics, construction equipment management, remote mining operations, and short-term process monitoring. Accurate flow measurement ensures correct fuel distribution, minimizes wastage, and prevents discrepancies in billing or reporting. For logistics managers, field engineers, and service operators, the SISCO turbine flow meter represents a perfect balance between precision, portability, and reliability—empowering mobile and modular systems to operate efficiently and cost-effectively in diverse industrial settings.