15 Ton Jib Crane & 5 Ton Electric Winch for Port Yard in Morocco

The equipment was selected based on actual working conditions at the port. The goal is not just lifting capacity, but matching the crane to real tasks on site.

• Equipment supplied:15-ton jib crane (column-mounted, rotating)，5-ton electric winch (100 m rope length)
• Installation location: Government port facility in Morocco
• Application scope: Cargo handling， Steel pipe lifting， Maintenance and auxiliary operations

This solution focuses on improving efficiency and flexibility in port material handling. It supports both regular operations and occasional lifting needs.

• Handle loading and unloading of steel pipes and general cargo
• Support maintenance lifting tasks near quay or storage areas
• Provide a dedicated lifting station for frequent or small-batch handling
• Reduce dependency on large shared cranes or mobile equipment

In simple terms, it fills the gap between heavy-duty cranes and manual handling.

Harsh Port Environment

• High humidity and salt exposure
• Risk of corrosion on exposed steel surfaces

Space Constraints

• Limited area for crane installation
• Equipment needed to operate without blocking other port activities

Tight Timeline

• Delivery and installation had to meet strict deadlines
• Minimal disruption to ongoing port operations

Problem: Ports are exposed to high humidity and salt, which can damage steel structures over time.
Solution:

• Anti-corrosion treatment applied to all steel components
• Use of corrosion-resistant materials for key parts exposed to weather
• Regular maintenance planning to extend the lifespan of the equipment

This ensured the cranes and winch remain durable even in harsh port conditions.

Problem: The port had restricted areas for installing new cranes.
Solution:

• Compact jib crane design to fit tight working zones
• Optimized slewing radius to cover maximum working area without interfering with other equipment
• Column-mounted configuration to save floor space while maintaining operational flexibility

These solutions allowed safe and efficient operation within the limited space available.

Coordinating steel deliveries with the assembly schedule helps the project run efficiently. It prevents storage issues and ensures the production line keeps moving without interruptions.

• Schedule steel delivery to match assembly sequence
• Avoids bottlenecks at the port or on-site storage issues
• Keeps the project on track and reduces handling time

Using modular or pre-fabricated components significantly speeds up installation. It also makes transportation easier and reduces labor requirements.

• Pre-fabricated sections allow for quick on-site assembly
• Minimizes installation time and labor costs
• Simplifies handling and transport of large crane parts

Port environments are harsh, and regular maintenance is key. Checking for corrosion, mechanical wear, and other issues ensures the equipment stays safe and operational.

• Schedule regular inspections to detect wear early
• Perform preventive maintenance to extend equipment life
• Helps maintain continuous and safe operation under harsh conditions

A: Base it on the maximum weight of your typical cargo plus a safety margin.

• Always add 20–30% extra to account for dynamic loads or future heavier items.
• Consider both individual item weight and bundled loads when planning crane capacity.

A: Yes, if the load doesn't exceed the rated capacity and proper lifting attachments are used.

• Use suitable grabs, slings, or clamps for your material.
• Ensure the lifting height and slewing radius match the handling requirements in your yard.

A: Yes, with proper protective coatings and weather-resistant components.

• Salt spray, humidity, and occasional rain are common at ports.
• Ensure electrical enclosures and motors are rated for outdoor or marine environments.

A: Yes, but careful planning of the slewing radius and hoist path is needed.

• Side-mounted or compact jib cranes can operate efficiently in tight yards.
• Consider reach, height, and rotation to avoid conflicts with structures or other equipment.

A: Typically one to two weeks for assembly and testing, depending on site conditions.

• Pre-fabrication of steel structures reduces on-site welding time.
• Electrical and hoist systems need careful alignment and testing to meet safety standards.

A: Capacity, span, materials, environmental protection, and additional safety features.

• Outdoor or marine-grade materials increase cost.
• Optional accessories like remote control or anti-corrosion treatment also affect pricing.

A: Basic training is sufficient, but operators should understand load limits and safety rules.

• Operators need to know hoist controls, emergency stops, and inspection routines.
• Familiarity with site layout ensures smooth and safe handling of materials.

A: Yes, if it's designed with the appropriate wire rope length and motor power.

• Longer lifts generate more tension, so choose a winch rated for both capacity and height.
• Check that the facility's power supply supports continuous operation over long lifts.

A: Use limit switches, overload protection, and regular inspections.

• Safety devices prevent accidents caused by over-lifting or rope slippage.
• Regular maintenance of ropes, pulleys, and brakes ensures reliable operation.

A: Yes, with proper weatherproofing and corrosion-resistant materials.

• Electric components must be rated for humid, salty conditions.
• Anti-corrosion coatings on steel parts prevent premature wear.

A: A stable 3-phase, 400V, 50Hz supply is typical for this type of equipment.

• Voltage compatibility ensures smooth operation and avoids motor overheating.
• Check local electrical infrastructure to determine if transformers or wiring upgrades are needed.

A: Compare lifting capacity, hoist height, operational speed, durability, and maintenance requirements.

• Short-term costs include purchase and installation; long-term costs include energy use and downtime.
• Modular designs or winches with variable speed controls may offer more flexibility for port operations.

A: Smaller cargo items, machinery components, or long-height steel bundles.

• Designed for medium-weight lifts over long distances.
• Ensure proper attachments and stable rigging to prevent load swinging.