LS2‑150HMR Onshore Hydraulic Man Rider® Winch
Ingersoll Rand Material Handling LS2-150 HMR Product Brochure
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Ingersoll Rand is widely recognized for producing the world’s leading dedicated manriding winches, with decades of field-proven experience in both offshore and land markets. No other provider combines the same depth of specialization, track record of reliability, and global footprint supporting personnel lifting systems. This heritage is exactly why Ingersoll Rand’s new hydraulic manrider is such a critical step forward.
not a modified utility winch
compliance for recognized safety standards
while improving personnel protection
safety designed for land-rig budgets
Engineered to deliver the safety, reliability and control your operations demand
Compatibility
Integrates easily with existing hydraulic power sources—no additional utilities or complex installations required.
Redundancy
Dual automatic disc and drum brakes ensure secure load holding and maximum safety in critical lifting operations.
Protection
Built-in protection prevents excessive loads, safeguarding both operators and equipment from damage.
Control
Operate the winch remotely using a wireless pendant for haul-in and pay-out, allowing better visibility, safer positioning, and single-operator control.
Key Features & Benefits
Safeguards
Includes upper and lower rotary limit switches and a main emergency stop button to ensure safe operation at all times.
Recovery
Pre-equipped manual emergency lowering device enables controlled descent during power failures or unexpected malfunctions.
Longevity
Grooved drum, press roller spooling system, and a 24:1 drum-to-rope diameter ratio extend wire rope life and ensure smooth operation.
Strength
Robust steel and cast-iron components provide exceptional durability and reliable operation in dusty, humid, and harsh environments.
Footprint
Optimized footprint allows installation in confined or space-limited work areas.
Confidence
A 10:1 design factor provides enhanced reliability and confi dence during man-riding operations.
Resilence
Engineered to perform reliably from –20°C to +60°C, making it suitable for demanding industrial environments.
Uptime
Automatic fail-safe brakes require no adjustment and the robust mechanical design minimizes servicing and downtime.
