JCB 510-56 Lift Capacity and Reach
Lift Capacity and Reach: The JCB 510-56 offers a maximum lift capacity of 10,000 lbs and a maximum lift height of 56 feet, ensuring versatile and efficient operation.
1.1 Maximum Lift Capacity
The JCB 510-56 has a maximum lift capacity of 10,000 lbs (4,537 kg), making it highly suitable for heavy-duty applications such as masonry, construction, and material handling. This capacity ensures efficient performance across various industries, providing reliability and strength for demanding tasks.
1.2 Maximum Lift Height
The JCB 510-56 achieves a maximum lift height of 56 feet (17 meters), enabling it to handle high-reaching tasks efficiently. This impressive height capability makes it ideal for construction, warehousing, and large-scale material handling, ensuring productivity in diverse operational environments.
1.3 Lift Capacity at Full Height
The JCB 510-56 maintains a lift capacity of 4,000 lbs at its maximum lift height of 56 feet. This capability ensures stable and precise material handling at elevated heights, making it suitable for construction and heavy-duty applications requiring both reach and strength.
Engine and Powertrain
The JCB 510-56 is powered by a 74hp engine, delivering high torque for demanding tasks. It features a 4-speed powershift transmission and a torque converter for smooth, efficient operation.
2.1 Engine Power and Torque
The JCB 510-56 is equipped with a 74hp engine, delivering high torque for optimal performance. It features a 4-speed powershift transmission and a torque converter, ensuring smooth power delivery and efficient operation in demanding conditions. High torque at low engine speeds enhances productivity and responsiveness.
2.2 Transmission Type and Features
The JCB 510-56 features a 4-speed powershift transmission with a torque converter, providing smooth power delivery. The transmission includes a bevel box and is resiliently mounted for reduced vibration. It offers front and rear drive axles with Max-Trac torque proportioning differentials, ensuring stable and efficient operation. Travel speed reaches up to 15.5 mph.
2.3 Fuel Efficiency and Consumption
The JCB 510-56 is equipped with a DieselMax engine, delivering excellent fuel efficiency. It meets EPA Tier III and EU Stage 3 emissions standards, ensuring reduced fuel consumption and lower emissions. The engine’s high torque output and advanced design contribute to optimal performance while minimizing fuel usage.
Dimensions and Static Specifications
The JCB 510-56 has an overall height of 8 ft 5 in, a machine length of 20 ft 6 in, and weighs 32,740 lbs. Its wheelbase measures 10 ft 6 in, with a ground clearance of 1 ft 3 in.
3.1 Overall Height and Width
The JCB 510-56 has an overall height of 8 ft 5 in and a machine width of 8 ft 5 in, providing stability and maneuverability across various job sites. Its compact dimensions allow efficient operation in tight spaces while maintaining robust performance.
3.2 Machine Length and Wheelbase
The JCB 510-56 has a machine length of 20 ft 6 in and a wheelbase of 10 ft 6 in, ensuring optimal stability and maneuverability. These dimensions enable efficient operation in various environments, from tight spaces to large job sites, while maintaining balance and control.
3.4 Weight and Ground Clearance
The JCB 510-56 weighs approximately 10,000 lbs and features a ground clearance of 14 inches, providing excellent stability and mobility across various terrains. These specifications ensure optimal performance in challenging environments while maintaining ease of operation and maneuverability.
Attachments and Versatility
The JCB 510-56 supports a wide range of attachments, including pallet forks, buckets, and specialized tools, enhancing its adaptability for diverse tasks and industries.
4.1 Compatible Attachments
The JCB 510-56 is compatible with a variety of attachments, including pallet forks, buckets, and specialized tools, enabling it to perform diverse tasks efficiently. Its design allows for quick attachment changes, maximizing productivity across industries such as construction and agriculture.
4.2 Carriage and Fork Options
The JCB 510-56 offers a range of carriage and fork options, including standard and heavy-duty configurations. Its QC carriage with forks provides efficient load handling, while optional pallet forks enhance versatility. These options ensure optimal performance across various lifting and material handling tasks.
4.3 Load Chart and Capacity Limits
The JCB 510-56 features a detailed load chart to ensure safe operation. Lift capacity decreases as height and reach increase, with a maximum of 4,000 lbs at full 56-foot height. Operators must adhere to these limits to maintain stability and safety during lifting tasks. Always consult the load chart before operation.
Safety Features and Stability
The JCB 510-56 includes rear-axle stabilization and sway control for enhanced stability. These features ensure safe load handling and operator confidence during lifting operations.
5.1 Rear-Axle Stabilization
The JCB 510-56 features rear-axle stabilization, which alters the stability triangle for improved balance. This system enhances machine stability during lifting operations, reducing the risk of tipping and ensuring safe load handling, even at maximum height or reach.
5.2 Sway Control and Load Monitoring
The JCB 510-56 incorporates advanced sway control and load monitoring systems to ensure precise load placement and stability. These features help prevent load sway and monitor weight distribution, enhancing operational safety and efficiency, especially during high-lift tasks.
5.3 Operator Safety and Comfort
The JCB 510-56 prioritizes operator safety and comfort with a spacious, ergonomic cab and intuitive controls. Features like air conditioning, a fully adjustable seat, and excellent visibility ensure a comfortable working environment. Advanced safety systems, including rear-axle stabilization and load monitoring, further enhance operator security during operation.
Maintenance and Service
The JCB 510-56 features a two-stage dry-type air filter and a 95 AH battery. Regular service intervals ensure optimal performance, with easy access to key components for maintenance.
6.1 Service Intervals and Requirements
The JCB 510-56 requires regular servicing every 500 hours, including oil and filter changes. The two-stage dry-type air filter ensures clean airflow, and the 95 AH battery supports reliable starts. Proper hydraulic fluid checks and maintenance are essential to maintain optimal performance and extend equipment lifespan.
6.2 Air Filter and Battery Specifications
The JCB 510-56 features a two-stage dry-type air filter with primary and safety elements for optimal engine protection. It is equipped with a 95 AH battery and a 95 amp alternator, ensuring reliable electrical performance. The system operates on a 12V negative earth configuration for consistent power delivery;
6.3 Lubrication and Hydraulic Systems
The JCB 510-56 features a robust hydraulic system with a variable displacement pump for efficient load handling. The system includes precision-engineered components and a reliable cooling mechanism to maintain optimal performance. Regular lubrication schedules are recommended to ensure longevity and smooth operation of all moving parts.
Emissions and Environmental Compliance
The JCB 510-56 meets EPA Tier III and EU Stage 3 emissions standards, featuring reduced emissions, lower fuel consumption, and high torque for eco-friendly performance.
7.1 Emissions Standards
The JCB 510-56 complies with EPA Tier III and EU Stage 3 emissions standards, ensuring reduced emissions and environmental impact while maintaining high performance and efficiency. This eco-friendly design supports sustainable operations across various industries.
7.2 Fuel Efficiency and Emissions Reduction
The JCB 510-56 features a fuel-efficient DieselMax engine, designed to minimize consumption while delivering high torque. Advanced emission control technologies reduce environmental impact, lowering operating costs and supporting eco-friendly operations. This ensures optimal performance with reduced fuel usage.
7.3 Environmental Impact
The JCB 510-56 is designed to minimize environmental impact with EPA Tier III and EU Stage 3 emissions compliance. Its efficient DieselMax engine reduces fuel consumption and emissions, while low-noise operation contributes to quieter job sites, making it an eco-friendly choice for modern construction and industrial applications.
Related Models and Comparisons
The JCB 510-56 is part of the Loadall series, which includes models like the 506-36, 507-42, and 512-56. Each offers varying lift capacities and heights, with the 510-56 standing out for its 10,000 lbs capacity and 56-foot reach.
8.1 JCB Loadall Series Overview
The JCB Loadall series, including the 510-56, offers a range of telehandlers designed for versatility and performance. These machines are built with robust engineering, low fuel consumption, and advanced technology to meet diverse industry needs. The 510-56 stands out as a high-capacity model, delivering exceptional lift and reach capabilities.
8.2 Comparison with Other Models
The JCB 510-56 stands out with its 10,000 lbs lift capacity and 56 feet reach, surpassing smaller models like the 506-36. Its powerful 74-109 hp engine and robust design make it ideal for heavy-duty tasks, offering higher torque and reliability compared to other telehandlers in the Loadall series.
8.3 Unique Features of the 510-56
The JCB 510-56 boasts a robust 4×4 Power Shift transmission, rear-axle stabilization, and wide-set stabilizers for enhanced stability. Its DieselMax engine ensures high power output, while the self-levelling carriage and wide range of attachments provide exceptional versatility for demanding applications.
Applications and Usage
The JCB 510-56 is ideal for construction, masonry, and manufacturing, excelling in challenging environments like muddy job sites or steelyards due to its robust design.
9.1 Ideal Industries and Job Sites
The JCB 510-56 excels in construction, masonry, and manufacturing sectors, thriving in challenging environments like construction zones, steelyards, and outdoor storage facilities. Its robust design and versatility make it ideal for demanding job sites requiring heavy lifting and precise material handling.
9.2 Specific Tasks and Capabilities
The JCB 510-56 is designed for heavy-duty lifting, material handling, and precision tasks. It excels in construction, masonry, and manufacturing, offering exceptional reach and lift capacity for stacking, loading, and unloading materials. Its versatility makes it ideal for both indoor and outdoor applications, combining the roles of a forklift and crane.
9.3 Operating Conditions and Limitations
The JCB 510-56 is designed for use on stable, level surfaces and ideal for outdoor construction sites. It can operate in various conditions but has limitations, such as reduced lift capacity at full height and restricted use in extreme weather. Proper stabilization and adherence to load charts are essential for safe operation.
Warranty and Support
The JCB 510-56 comes with a factory warranty, providing coverage for parts and service. A comprehensive dealer network ensures reliable support and maintenance options for optimal performance.
10.1 Factory Warranty Details
The JCB 510-56 is backed by a 2-year factory warranty, covering parts and service for added peace of mind. This comprehensive warranty ensures protection against defects in materials and workmanship, providing reliability and reducing long-term maintenance costs.
10.2 Dealer Network and Service Support
JCB’s extensive dealer network provides exceptional service support for the 510-56 model. With authorized dealers across the globe, customers benefit from convenient access to genuine parts, expert technicians, and round-the-clock assistance, ensuring minimal downtime and optimal machine performance.
10.3 Maintenance and Repair Options
The JCB 510-56 is supported by comprehensive maintenance programs, including regular service intervals for optimal performance. Genuine JCB parts and specialized tools ensure reliable repairs. Extended warranty options and dealer-provided maintenance plans further enhance machine longevity and minimize operational disruptions.