Motor Orbital OMR 160 may encounter two typical issues during prolonged use, influenced by operating conditions and usage habits. Proper handling can effectively extend the equipment's service life.
1. Dust Ingestion Causing Meshing Stuttering
During field operations or construction site work, the Motor Orbital OMR 160 is frequently exposed to dust, soil, or gravel environments. Without proper protection, contaminants can infiltrate the rotor-stator meshing area, causing noticeable stuttering during motor operation and potentially accompanied by irregular noises. In severe cases, this may lead to reduced torque output, impacting equipment operational efficiency.
The core cause of such issues lies in dust penetrating the sealing structure and wearing down the rotor and stator tooth surfaces. To address this, the motor orbital OMR 160 incorporates a dual dust-proof sealing design: an outer dust ring blocks large particles, while an inner lip seal isolates fine dust. During routine operation, simply clean accumulated dust from the motor housing's sealing groove periodically to prevent seal deformation, significantly reducing such failures. Should minor stuttering occur, disassembly is unnecessary. Inject clean lubricating oil through the dedicated oil port and operate at low speed to alleviate tooth surface friction.
2. Power Decline Caused by Abnormal Oil Temperature
During prolonged operation of small-to-medium equipment, the motor orbital omr 160 is susceptible to abnormal hydraulic oil temperatures, leading to power decline. This manifests as sudden torque drops during operation, sometimes accompanied by motor housing overheating. Performance temporarily recovers after shutdown and cooling, but the issue recurs upon restart.
The primary causes of this issue are threefold: First, improper hydraulic oil selection (e.g., using high-viscosity oil in summer, where poor fluidity impedes heat dissipation). Second, clogged equipment cooling systems (e.g., agricultural machinery radiator vents blocked by crop residue, or construction machinery cooling fans clogged with dust). Third, prolonged overload operation (e.g., light-duty mixer trucks continuously operating at full load beyond the motor's cooling capacity). To address this, the motor orbital omr 160 housing employs an optimized heat dissipation structure, enhancing thermal conductivity through additional cooling fins. During routine operation, select hydraulic oil with viscosity appropriate for ambient temperatures, regularly clean equipment cooling components, and avoid prolonged full-load operation. If power loss occurs, immediately shut down the machine to inspect oil temperature and condition. Replace hydraulic oil and clear cooling passages as necessary to prevent irreversible damage to internal motor components from excessive heat.
For the operational requirements and maintenance essentials of the Motor Orbital OMR 160, Hanjiu provides comprehensive assurance from product quality to after-sales support: Hanjiu's Motor Orbital OMR 160 employs high-wear-resistant materials and precision machining for its core components, combined with optimized sealing and heat dissipation designs. This enhances product durability at the source, significantly extends service life, and reduces frequent repairs caused by component wear. Additionally, Hanjiu has established a comprehensive original factory parts supply system covering essential maintenance components such as seals, rotor-stator assemblies, and lubricants. This ensures users can swiftly obtain compatible parts when equipment maintenance is required, eliminating prolonged waiting periods.
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