Call Us Now!

+ 91-2162-240642

Hydraulic Winch

About

Top Gear offers electric winches as part of its premium winch drives range, purpose-engineered for heavy-duty industrial and material handling environments where precise load control, high pulling force, and reliable performance are non-negotiable.

Powered by high-efficiency electric motors integrated with advanced planetary gearboxes, these winches excel in conditions where electrical power infrastructure is readily accessible, offering clean, low-maintenance, and highly efficient operations. Available in loading capacities from 0.5 tonnes to 50 tonnes, our electric winch finds wide application across manufacturing, mining, construction, and warehousing industries, delivering smooth, multi-speed, or variable speed control and exceptional reliability in compact footprints.

AUXILIARY GEARBOX

Specifications of Auxiliary Gearbox

Capacity
2500 N to 500000 N
Line Speed
0.1 m/Min to 50 m/Min
Supply Voltage
380V / 415V / 440V AC, 3-Phase, 50/60 Hz (Customisable)
Control Options
Pendant Control / Wireless Remote / VFD-Driven Panel
Mounting Options
Foot Mounting / Side Mounting / Custom Flange

Key Features of Auxiliary Gearbox

Benefits of Auxiliary Gearbox

Highest Reduction Possible In Compact Space

Marine Winches Designed For High Corrosion Resistance

Safe Operation In Hazardous Environments

Best Suited For Slow-Speed, High-Torque Applications

Compact Design

High Load Capacity

Enquire Now






    Benefits

    Rugged Design to Work in Varied Working Condition

    Designed for Outdoor Application

    Creep Speed Available for Micro Movements

    High Seed Availability

    Customizable

    Flexible Mounting

    Designed for Better Safety

    Application of Hydraulic Winch

    Construction Machinery

    Steel Plants

    Mines And Minerals

    Marine & Offshore

    Material Handling

    Oil & Gas

    Related Products

    Parallel Shaft / Bevel Helical Gearbox

    Planetary Gearbox

    Planetary Geared Motor

    Planetary Geared Motor

    Bevel-planetary-drives

    Bevel Planetary Drives

    Faqs

    A hydraulic winch uses pressurised hydraulic fluid  supplied by a hydraulic pump  to drive a hydraulic motor connected to a planetary gearbox and drum. As fluid flows through the motor, it generates high rotational torque that winds the rope or wire onto the drum, enabling controlled lifting, pulling, or lowering of heavy loads. Speed is regulated by controlling the hydraulic flow rate, allowing stepless adjustment without load shock.

    A hydraulic winch is powered by a hydraulic pump (driven by an engine or separate power unit), making it suitable for hazardous, wet, and remote environments where electricity is unavailable or unsafe. Electric winches require a stable power supply and are better suited for light-to-medium duty in controlled environments. Hydraulic winches generally offer higher continuous-duty performance, greater torque output, and inherent overload protection through pressure relief valves.

    Key selection criteria include: (1) maximum load capacity in Newtons or tonnes, (2) required line speed in m/min, (3) rope length and diameter, (4) available hydraulic system pressure (bar) and flow rate (LPM), (5) duty cycle  intermittent or continuous, and (6) environmental factors such as marine exposure, explosive atmosphere classification, or extreme temperatures. Top Gear's engineering team can assist with custom sizing based on your operational parameters.

    Yes. Top Gear manufactures hydraulic winches with special corrosion-resistant coatings, sealed bearing arrangements, and stainless steel or duplex material components specifically for marine and offshore applications. These winches are designed for high-humidity, saltwater exposure, and comply with relevant marine equipment standards.

    Our hydraulic winches incorporate a failsafe spring-applied, hydraulic-release brake that automatically engages if hydraulic pressure drops — preventing uncontrolled load release. Additional safety features include pressure relief valves to prevent overload, load-holding counterbalance valves, and optional load limiters. The braking system can be integrated inside the gearbox housing or mounted externally depending on installation requirements.