MAGNETIC DRIVEN MODULAR GEAR PUMP
New Solutions
Recorded Accordingto Needs…
Magnetic Coupled
Internal Eccentric Gear Pumps
| PUMP PROPERTIES | |||
| Q | : 1 – 10,5 m³/h | T | : 20 ~ 100 ºC |
| Hm | : 1 ~ 30 Bar | n | : 20 – 1500 d/d |
| Visc. | : 10 ~ 550 cst | ||
Magnetic Driven Modular Gear Pump Types
Product Features
Modular gear pumps with magnetic coupling operate with high efficiency on the principle of the modular gear pump. They ensure the safe transport of viscous or abrasive liquids and owing to the positive displacement principle, the flow is uninterrupted and controlled.
The magnetic coupling provides sealing between the pump motor and the gear system. This feature minimizes environmental pollution and safety risks by preventing fluid leakage. Furthermore, its design prevents leaks and prevents contamination of the liquid, which is especially critical for the food, chemical and pharmaceutical industries.
Modular gear pumps with magnetic coupling can operate at different speeds and pressures depending on the viscosity of the fluids. This is ideal for applications requiring precise flow control. The absence of a mechanical connection simplifies maintenance and repairs.
This extends the pump’s uptime and reduces operating costs. It offers energy efficiency, providing high performance with low energy consumptions. This helps business reduce their energy costs.
Use Areas
- Safe transportation of corrosive or hazardous chemicals
- Reactive substances such as acids, bases, solvents, isocyanates
- Suitable for explosive atmospheres (ATEX certified types)
- Used in processes requiring hygienic conditions
- Safe transportation of liquid fuels such as diesel, gasoline, and biodiesel
- Leak-proof solution for liquids with risk of evaporation
Material Options
- Pump Casing, Covers: Cast Iron, Ductile Iron, Cast Steel, AISI 316 – AISI 316L SS
- Gears: Steel, AISI 316 – AISI 316L SS
- Bushing: Bronze, Carbon Graphite, Tungsten Carbide
- Sealing: Magnetic Coupling
Working Principles
The colored section on the side illustrates the entry of the fluid into the suction port area of the pump body, as well as into the gear cavities of the driving and driven gears. The black arrows indicate the rotation of the pump and the progression of the fluid.
As seen, the fluid transfer occurs between the gears and the enclosing pump body, rather than passing between the gears themselves.
This image represents the state of the pump just before the internal section is filled and the fluid is pushed toward the discharge port. Note how the gear cavities of the driving and driven gears create a sealed pocket for the fluid, ensuring precise volume control.
The next phase depicts the fully filled pump and the process of fluid discharge as it moves toward the outlet. Finally, the fluid is delivered to the discharge port under pressure, driven by the intermeshing gears.