OMS160-151F-2319  151F2319 Hydraulic Motor Matching BMSY-160-E2-G-SU, 160cc 31.75mm key shaft

Product details:

type code BMSY-160-E2-G-SU=151F2319

BMSY  Main Specifications:

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 The Motor Orbital BMSY160 sold by HANJIU prioritizes durability and reliability, helping users control long-term operating costs.

First is the heavy-duty bearing configuration, which directly determines the motor’s service life. The Motor Orbital BMSY160 features tapered roller bearings on its output shaft, capable of withstanding both radial and lateral forces as well as bidirectional axial thrust and pull forces. In equipment such as winches and small drilling rigs, the operational forces are complex, with lateral impacts and alternating push-pull loads occurring simultaneously. If the bearings lack sufficient load-carrying capacity, shaft wear and seizure failures can easily occur. In the production of the Motor Orbital BMSY160, HANJIU selects carefully vetted bearing components to ensure the motor operates stably under alternating composite loads, thereby reducing the likelihood of premature shaft system failure and minimizing unscheduled equipment downtime for repairs.

Next are the sealing and corrosion-resistant processes, which are designed to withstand harsh operating environments. In settings such as mines, ships, and agricultural machinery in the field, conditions such as moisture, dust, oil contamination, and salt fog corrosion are common; seal failure and housing corrosion are frequent causes of motor malfunctions. The Motor Orbital BMSY160 is equipped with a high-pressure-resistant shaft seal capable of withstanding high oil return back pressure, effectively preventing internal and external leaks even under series or parallel oil circuit conditions. The housing surface features a phosphating coating to enhance rust and corrosion resistance, thereby reducing corrosion issues caused by moisture and dust. HANJIU carefully selects seals tailored to specific operating conditions and avoids using inexpensive, generic sealing materials, thereby extending the motor’s maintenance intervals and reducing the frequency of on-site repairs due to oil leaks.