The PIUSI K33 BIO mechanical flow meter is the pinnacle of reliability and precision, specifically designed to withstand even the most aggressive biodiesel blends, up to B100 concentration. This model builds upon the extremely popular and robust PIUSI K33 foundation but is reinforced with specially selected materials to guarantee long life and accurate measurement in modern, biodiesel-based fuel transfer applications.
Ideal solution for agricultural, mining, and construction users who need a simple yet extremely accurate solution for monitoring the dispensed quantity of biodiesel.
The K33 BIO flow meter represents PIUSI's engineering excellence, combining mechanical reliability with the capability to handle modern fuels.
B100 Compatibility: Specifically engineered to resist the corrosive effects of pure biodiesel (B100), thanks to specially selected internal components.
Outstanding Accuracy: Provides extremely reliable measurement, with an accuracy of ±1% and a repeatability of 0.3%.
Robust Mechanical Design: Fully mechanical operation, requiring no batteries or external power source, which increases reliability even under extreme conditions.
Simple Installation and Calibration: Easily integrated with existing pumps or dispensers, and simple to calibrate on-site.
Long Lifespan: The use of quality materials guarantees long-term, trouble-free operation.
The detailed specifications of the K33 BIO flow meter ensure compliance with all operational requirements:
| Parameter | Value | Note |
|---|---|---|
| Product code | K33 F00550B00 | K33 METER 1″ BSP VER.A B100 |
| Product Category | Flow Meter | Mechanical Meter |
| Field of application | Fuel, Biodiesel | Agriculture, Mining, Construction Industry |
| Compatibility | Any Biodiesel (up to B100) | Special materials for B100 resistance |
| Pontosság | ±1% | Reliable Quantity Measurement |
| Repeatability | 0,3% | Consistent Measurement Results |
| Flow Rate Range | 20 – 120 liters/minute (l/min) | Ideal for medium and high flow rates |
| Maximum Operating Pressure | 10 bar | Compatible with most standard fuel pumps |
| Connection Type | 1″ BSP (threaded) | Standard connection size |
| Operating principle | Mechanical | No battery required |
The K33 BIO is the ideal choice for any site where the precise dispensing of biodiesel (including high-concentration blends) is essential:
Agriculture: Precise tracking of fuel supply for high-power machinery.
Mining & Construction: Reliable fuel management in robust environments.
On-site Fuel Supply: Connected to pumps or dispensers where monitoring the dispensed volume is required.
Intermediate Storage: Control of transfer from biodiesel storage tanks.
While the standard K33 model performs excellently in measuring traditional diesel fuels, the K33 BIO offers a solution for the specific challenges of biodiesel. Biodiesel (especially higher B-number blends) is more prone to damaging seals and certain plastic/metal components. PIUSI recognized this and used special materials in the BIO version that guarantee long-term chemical resistance without sacrificing measurement accuracy or mechanical strength.
This meter is the sister model of the PIUSI K150 BIO, offering an alternative for those requiring a higher flow rate, but the K33 BIO provides optimal performance in the 20-120 l/min range.
Full support and spare parts supply are provided for PIUSI products. Maintenance of the K33 BIO is minimal due to its mechanical structure, but regular checks are recommended for long service life.
Product Code and Part Identification:
| Product code | Description |
|---|---|
| K33 F00550B00 | K33 METER 1″ BSP VER.A B100 |
Detailed datasheets and user/maintenance manuals are available to users to assist with installation and servicing.
In summary: The PIUSI K33 BIO is not just a flow meter; it is a specially reinforced, reliable device that ensures biodiesel dispensing is always accurate, efficient, and compliant with the strictest industry standards. Choose the PIUSI K33 BIO when accuracy and B100 compatibility are crucial to your fuel management processes.
