Did you know 42% of hydraulic system failures stem from mismatched gear pumps? With average downtime costs hitting $5,000/hour in manufacturing, choosing the right hydraulic gear pump type isn't just technical—it's business-critical. Let's fix that.
(hydraulic gear pump types)
Feel that? That's the 15% efficiency boost from our triple-sealed gear chambers. Unlike standard pumps losing 3-5 GPM at 3,000 PSI, our hydraulic motors maintain 98% volumetric efficiency even at peak loads. How do we do it?
Feature | Standard Pumps | Premium Series |
---|---|---|
Max Pressure (PSI) | 3,000 | 4,500 |
Noise Level (dB) | 85 | 72 |
Service Interval | 500 hours | 2,000 hours |
Need 24/7 operation in -40°F conditions? Our modular design lets you swap gerotor sets in 90 minutes flat. Pair with our hydraulic cylinders for complete system synchronization. See how Minnesota mining ops boosted productivity 22%.
When Texas earthmovers needed 30% faster cycle times, our tandem gear pump configuration delivered 4,800 PSI without flow drop-off. Result? 18% fuel savings and 3-month ROI. Your turn.
Ready to slash downtime 40%? Click below for your FREE hydraulic system audit. With 25+ years in hydraulic innovation, we'll pinpoint your perfect pump match—guaranteed.
Boost Efficiency Now →(hydraulic gear pump types)
A: The primary types are external gear pumps and internal gear pumps. External gear pumps use two meshing external gears, while internal gear pumps feature an outer rotor and an inner gear. Both types are used for fluid transfer in hydraulic systems but differ in efficiency and noise levels.
A: A hydraulic gear pump converts mechanical energy into hydraulic flow, while a hydraulic motor does the reverse, turning hydraulic pressure into rotational motion. They share similar gear mechanisms but serve opposite functions within a hydraulic system.
A: Yes, hydraulic gear pumps supply pressurized fluid to hydraulic cylinders, enabling linear motion. The pump’s flow rate and pressure determine the cylinder’s speed and force output. Proper system design ensures compatibility between components.
A: Key factors include operating pressure, flow rate requirements, noise tolerance, and space constraints. External gear pumps handle higher pressures, while internal gear pumps are quieter and more compact.
A: Regular inspection for wear, contamination, and leaks is essential. Ensure clean hydraulic fluid and replace filters periodically. Proper maintenance extends pump lifespan and prevents system failures.