JANG-A MARINE SAM 7 VP air motor delivers powerful pneumatic performance with an output of 7.3 HP at 950 RPM and a maximum working pressure of 6 kg/cm². Designed for demanding marine and industrial applications, this motor converts compressed air into smooth rotary motion, ideal for driving deck machinery, fluid transfer pumps, winches, and other auxiliary systems where electric or hydraulic actuators may be unsuitable.
Constructed from rugged, marine-grade materials (such as cast aluminum or stainless steel), the SAM 7 VP resists saltwater corrosion and withstands harsh environmental exposure. Internally, it features precision-engineered vane or piston mechanisms that ensure balanced power delivery and quiet operation under load. The robust structural design maintains performance under heavy usage and vibration, while internal lubricating pathways help reduce wear and extend service intervals.
This air motor supports easy installation and flexible configuration. It comes with standardized inlet and outlet ports for pneumatic connections, and its compact footprint facilitates integration into confined engine rooms or deck spaces. The reversible rotation capability adds versatility, enabling precise control of driven equipment. Adjustable flow control and speed regulation are possible via standard pneumatic valves, allowing the SAM 7 VP to accommodate varying load demands.
Maintenance is simplified with accessible service features. The motor is designed so technicians can quickly access and replace wear parts such as vanes, seals, or bearings without full machine disassembly—minimizing downtime. A robust sealing system minimizes compressed-air leakage and supports efficient operation in cold, humid, or marine environments.
The JANG-A MARINE SAM 7 VP air motor is a dependable choice for professionals requiring compact, high-power pneumatic drive solutions. Its 7.3 HP capacity, 950 RPM operational speed, and service-friendly design enable reliable equipment operation in offshore, shipboard, and industrial contexts—especially where electric or hydraulic alternatives are impractical.
