Luffing jib crawler crane XGC100A for sale

The XGC100A is an upgraded luffing jib crawler crane designed for versatile performance in infrastructure development, municipal construction, and auxiliary wind power projects. This model focuses on balancing high lifting capacity with operational flexibility, offering eight types of grading load performance. Engineered for efficiency, the XGC100A provides enhanced boom performance and a design that prioritizes ease of transport and operator comfort, making it a competitive choice for diverse heavy-lifting environments.

Quick Specifications

  • Max. Rated Lifting Capacity: 100t
  • Engine Rated Power: 199kW
  • Boom Length: 13–61m
  • Max. Lifting Moment: 425 t.m
  • Max. Travel Speed: 1.0 km/h
  • Hoist Speed: 120 m/min
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Product Details:

Key Features and Applications

Enhanced Boom Performance

The XGC100A main boom is designed for superior lifting capabilities, featuring 8 types of grading load performance. This allows the crane to handle various weight classes effectively, with boom performance optimized for higher efficiency compared to standard tonnage class booms in similar categories.

High Transport Efficiency

This model is engineered to reduce logistical costs and complexity. The maximum transit weight of a single piece is 24.1 tons, and the entire unit can be transported using only three vehicles. Its design allows it to fulfill the requirements of a 1.2m flatbed car, utilizing an extended frame outrigger oil cylinder that is unique in its class.

Optimized Operator Environment

The cab is designed with a wider field of vision and a spacious interior for long-duration operations. It features an integrated button panel for centralized control and an independent condensing high-temperature air conditioning system. The three-dimensional air duct design provides 360° surround airflow to maintain a comfortable environment for the operator.

Versatile Site Adaptability

With its robust track mechanism and advanced luffing jib, the XGC100A demonstrates excellent site adaptability. It is particularly suited for:

  • Infrastructure Projects: Bridge segments and heavy structural placement.
  • Municipal Construction: Urban development and public utility installations.
  • Wind Power Support: Auxiliary tasks in wind farm construction and maintenance.

Technical Specifications

Item Unit Parameter
Total weight t 100
Max. lifting Moment t.m 425
Boom length m 13–61
Hoist speed m/min 120
Luffing speed m/min 70
Engine rated power kW 199
Max. travel speed km/h 1.0

Note: This product is subject to continuous technological improvement. Parameters and structural characteristics are subject to the actual product delivered.

Supplier Support

We provide comprehensive support for the XGC100A crawler crane, including the availability of all relevant spare parts to ensure minimal downtime. Our team can assist with technical specifications and configuration options to meet specific project requirements.

Frequently Asked Questions

What is the maximum boom extension for the XGC100A?

The XGC100A crawler crane features a versatile boom system with a length ranging from 13 meters to a maximum of 61 meters, allowing it to cover a wide range of working heights for infrastructure and wind power projects.

How many trucks are required to transport the XGC100A?

The XGC100A is highly efficient for logistics; the full matching set requires only three transport vehicles. The maximum weight of a single piece during transit is 24.1 tons, facilitating easier movement between job sites.

Is the XGC100A suitable for auxiliary wind power work?

Yes, the XGC100A is commonly employed in auxiliary wind power construction due to its lifting capacity, boom reach, and the precision offered by its 8 grading load performance types.

What comfort features are included in the operator’s cab?

The crane features a spacious cab with a 360° surround air conditioning system and an integrated button panel. This design ensures that all controls are 100% accessible to the operator, improving comfort and reducing fatigue during heavy-lifting tasks.

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