Hydraulic Wheel Motor 200cc 10KW High Torque 330N·m, Compact Cast Iron Replacement Motor for Injection Molding Machinery, 330RPM Industrial Hydraulic Engine
R 10,507
Availability: Currently in Stock
Delivery: 10-20 working days
Hydraulic Wheel Motor 200cc 10KW High Torque 330N·m, Compact Cast Iron Replacement Motor for Injection Molding Machinery, 330RPM Industrial Hydraulic Engine
Industrial-Grade Cast Iron Construction: Precision-engineered with spray-painted cast iron housing and high-temperature quenching treatment. This robust combination delivers exceptional resistance to corrosion, wear, and deformation under 12.5MPa operating pressure. Maintains structural integrity in harsh environments like mining and metallurgical machinery for extended service life
High-Torque 330N·m Power Delivery: Generates substantial rotational force at low 330RPM speeds for demanding applications. Converts hydraulic energy efficiently with 58L/min flow rate, providing 10KW output to handle heavy-load tasks in construction equipment and hoists. Optimized for consistent performance in high-resistance scenarios without power degradation
Precision Flow Distribution System: Features advanced column-mounted rotor design with wear-compensating technology. Ensures low starting pressure, bidirectional rotation, and smooth torque control across speed ranges. Matched with reinforced oil distribution plates for accurate fluid management and stable operation in marine and port machinery applications
Triple-Seal Leak Prevention: High-temperature resistant oil seals create effective hydraulic fluid containment. Prevents leakage under maximum 12.5MPa differential pressure, protecting internal components from contamination. This critical sealing system extends operational lifespan in petrochemical and coal mining environments where reliability is paramount
Compact Direct-Drive Installation: Space-saving 3.58x8.9in design weighs under 16.53lbs for easy integration. Pre-drilled flange holes enable secure mounting without assembly requirements. Needle bearing structure accommodates substantial axial/radial loads, allowing direct connection to driven mechanisms in shipping and engineering equipment