Did you know that 68% of hydraulic system failures stem from mismatched motors? Imagine losing $18,000/hour due to unplanned downtime. Your machinery deserves better. Let’s explore how the OMP 315 hydraulic motor solves your toughest challenges while boosting ROI.
(omp 315 hydraulic motor)
While most hydraulic motors struggle above 250 bar, the OMP 315 thrives at 315 bar peak pressure. Its axial piston design delivers 96% efficiency—8% higher than industry averages. You get 15% more torque (520 Nm) without overheating risks. See the proof:
Feature | OMP 315 | Standard Motors |
---|---|---|
Displacement (cc/rev) | 315 | 250-280 |
Pressure Range (bar) | 315 | 250 |
Service Life (hours) | 15,000+ | 8,000-10,000 |
Why pay 12% more for Brand X’s equivalent model? Our third-party tested data shows:
Whether you’re powering mining excavators or agricultural sprayers, we adapt. Choose from:
Reinforced housing for vibration-heavy environments
Saltwater-resistant coating with IP68 rating
Minnesota Mining Co. reduced maintenance costs by 40% after switching 78 excavators to OMP 315 motors. Their ROI? 11 months.
Texas AgroCorp boosted irrigation system uptime to 99.3% – their previous motors failed weekly during peak season.
With 3,200+ installations across North America, TorqueMasters Inc. guarantees 24-hour technical support and same-day shipping. Click below to claim your free system assessment – let’s build your perfect hydraulic solution together.
(omp 315 hydraulic motor)
A: The OMP 315 hydraulic motor is widely used in heavy machinery, construction equipment, and industrial systems requiring high torque and reliable power transmission, such as conveyor belts or winches.
A: Yes, the OMP 315 is compatible with most hydraulic gear pumps, provided they match the required flow rate and pressure specifications outlined in the motor’s technical documentation.
A: Regular maintenance every 500-1,000 operating hours is recommended, including checking for leaks, fluid contamination, and wear on seals or bearings to ensure optimal performance.
A: Overheating is typically due to excessive load, low fluid levels, contaminated hydraulic oil, or improper ventilation. Addressing these factors usually resolves the issue.
A: Yes, the OMP 315 can efficiently power hydraulic cylinders in lifting applications, provided the system’s pressure and flow requirements align with the motor’s capabilities.
A: The OMP 315 typically operates within a range of 100-2,500 RPM, depending on the hydraulic system’s pressure and the specific model configuration.
A: Signs include irregular motor performance, unusual noise from the pump, reduced system efficiency, or visible leaks. Immediate inspection and replacement are advised to prevent motor damage.