Lattice-boom Crawler cranes-MLC 200

The Lattice-Boom Crawler Crane (MLC 200), designed by manufacturers like Manitowoc, plays a significant role in the hydraulic industry by providing heavy-lifting capacity with advanced hydraulic systems that enhance precision, safety, and operational efficiency. Here’s how it helps:

1. Hydraulic Power Systems for Heavy Lifting
Hydraulic Control of Lifting Functions: The MLC 200 uses hydraulic systems to control the main boom, jib, and lifting equipment, allowing smooth and precise movements.
High Capacity: With its robust lattice boom, this crane can lift extremely heavy loads, made possible by hydraulic cylinders and motors that generate significant force.

2. Efficient Mobility
Hydraulic Propel System: Crawler tracks on the MLC 200 are powered by hydraulics, offering superior traction and mobility on uneven or soft terrain, making it ideal for construction sites and industrial projects.
Variable Speed Control: Hydraulic controls provide precise speed adjustments, ensuring safe maneuverability in restricted areas.

3. Hydraulic Load Moment Control
Load Sensing Systems: Hydraulic sensors monitor load weights and boom positions, adjusting hydraulic pressure and flow to maintain balance and prevent tipping.
Automatic Overload Protection: Integrated hydraulic controls prevent operations exceeding safe load limits, enhancing safety.

4. Boom and Jib Control
Hydraulic Winches and Cylinders: The boom and jib are operated using powerful hydraulic systems that provide controlled lifting, extension, and retraction.
Smooth Movement: Hydraulic systems allow gradual and precise adjustments, critical for the delicate positioning of heavy loads.

5. Customizable Hydraulic Attachments
Auxiliary Hydraulic Systems: The MLC 200 can support additional hydraulic attachments like clamshell buckets or vibratory hammers, enhancing its versatility in construction and industrial projects.

6. Safety Enhancements
Hydraulic Braking Systems: Reliable braking systems controlled by hydraulics ensure safety during lifting and moving operations.
Energy Absorption: Hydraulic shock absorbers help manage dynamic loads, protecting the structure and components from excessive stress.