The PIUSI K90 mechanical flow meter is the new standard for reliable and accurate fluid handling. This device combines simplicity, a compact design, and easy installation, offering an ideal solution for industrial applications requiring high precision. The K90 has been specifically designed to meet the stringent requirements of various sectors, such as construction, logistics, agriculture, and mining.
The K90 does not require an external power source or batteries, further increasing convenience and minimizing maintenance needs while guaranteeing continuous, reliable operation.
The PIUSI K90 mechanical flow meter features several characteristics that set it apart from competitors, ensuring long-term, trouble-free operation.
The K90 meter is designed to support fuel dispensing systems whose flow rate ranges between 20 and 90 liters/minute. The device's exceptional accuracy guarantees precise measurement:
General accuracy: ±0.8% across the entire range.
Exceptional accuracy: ±0.6% within the critical 50–70 l/min flow range.
This level of accuracy places the K90 among the elite of mechanical flow meters, offering a reliable solution for professionals seeking the highest level of dependability.
The K90 offers several advantages that optimize fuel transfer processes:
Easy Calibration: The device is easily calibrated, ensuring consistently consistent performance and accuracy throughout its long life.
Proven Reliability: During tests, it demonstrated its durability and accuracy over the dispensing of more than 4 million liters of fuel, exceeding usual expectations.
Highly Visible Displays: The 3-digit numerical display allows for immediate, clear reading of the current delivery, while the 7-digit totalizer records the total amount consumed.
Innovative 90° Inlet-Outlet Flow: The 90-degree arrangement of the inlet and outlet connections simplifies the design of the dispensing system, reducing the number of unnecessary fittings and connections.
No Component Required: Due to its mechanical operation, the K90 does not require a battery, significantly reducing maintenance costs and increasing uptime.
The versatility of the PIUSI K90 is also demonstrated in the wide range of compatible fluids. The meter is perfectly suited for handling the following media:
Diesel fuel
HVO (Hydrotreated Vegetable Oil)
XTL (Synthetic Diesel)
This flexibility ensures that the K90 mechanical flow meter can be seamlessly integrated into various fluid handling systems, reinforcing its position as an extremely adaptive solution for meeting diverse industrial needs.
The main technical parameters of the PIUSI K90 mechanical flow meter can be found in the table below:
| Parameter | Value | Note |
|---|---|---|
| Product Category | Fluid | Fuel |
| Field of application | Agriculture, Logistics, Mining & Construction, Industrial | Wide range of applications |
| Operating principle | Mechanical | No electrical power needed |
| Flow range | 20 – 90 liters/minute | Optimal performance |
| Accuracy (Full range) | ±0.8% | Reliable measurement |
| Accuracy (Critical range) | ±0.6% (50–70 l/min) | Exceptional precision |
| Display | 3-digit numeric display | Current dispensing |
| Totalizer | 7-digit | Cumulative quantity |
| Fluid Compatibility | Diesel, HVO, XTL | Handling of modern fuels |
| Connection | 90° inlet/outlet | Easy installation |
| Power supply | No battery required | Maintenance-free operation |
The K90 performs excellently in environments where reliable, local measurement is needed, without having to rely on complex electronic systems:
Construction Industry: Accurate dispensing of large quantities of diesel fuel for construction machinery.
Logistics: Simple yet precise tracking of fleet fuel consumption.
Agriculture: Monitoring the fueling of tractors and agricultural machinery.
Mining: Reliable operation in harsh environments.
Industrial Sites: Any site where a local, non-battery-powered measuring device is required.
The PIUSI K90 mechanical flow meter is the perfect symbiosis of durability, accuracy, and ease of use, making it the ideal choice for any professional fluid management task.
