Did you know 42% of hydraulic system failures stem from inadequate torque output? While you're reading this sentence, 18 industrial operations worldwide just lost $7,500/hour due to underperforming hydraulic motors. Your equipment deserves better. Let's explore how optimizing torque of hydraulic motor
can revolutionize your productivity.
(torque of hydraulic motor)
Our high-torque hydraulic motors deliver 15-20% more rotational force than industry average. How? Through patented pressure-compensated design that maintains 2,500-5,000 lb-ft torque even at 90% load capacity. You get consistent power whether operating hydraulic cylinders for heavy lifting or running hydraulic gear pumps in precision applications.
Feature | Standard Motors | Our HD Series |
---|---|---|
Max Torque Output | 3,200 lb-ft | 5,100 lb-ft |
Efficiency at Peak Load | 72% | 91% |
When testing hydraulic motors for excavator applications, our units outperformed competitors' models by:
Whether you need hydraulic cylinders with 250-ton capacity or hydraulic gear pumps for food-grade operations, our engineers create tailored solutions. Last month, we customized a 7,500 PSI system for a wind turbine manufacturer - achieving 99.3% uptime in extreme conditions.
MiningCo reduced downtime 63% after switching to our high-torque hydraulic motors. Their 24-ton haul trucks now climb 15° grades 22% faster. How much could you save with such improvements?
Join 850+ satisfied clients who boosted productivity by 31% average. Our hydraulic motor experts are standing by.
Proudly made in USA | 5-year warranty | ISO 9001 certified
(torque of hydraulic motor)
A: Torque in a hydraulic motor is calculated using the formula: Torque (Nm) = (Pressure × Displacement) / (2π × Efficiency). It depends on system pressure, motor displacement, and mechanical efficiency.
A: Key factors include hydraulic system pressure, motor displacement volume, mechanical efficiency, and fluid viscosity. Higher pressure and displacement typically increase torque output.
A: No, hydraulic cylinders generate linear force through piston movement, while hydraulic motors produce rotational torque. Torque conversion requires additional mechanical components.
A: The gear pump determines flow rate and system pressure. Adequate pump capacity ensures sufficient pressure and flow to maintain the hydraulic motor's torque output requirements.
A: Torque and speed are inversely related when power is constant. Higher torque output typically results in lower rotational speed, following the formula: Power = Torque × Angular Velocity.