The phrase “Husqvarna 562 xp mark 2 scheda tecnica” translates from Italian to “Husqvarna 562 XP Mark II technical data sheet.” It refers to a document providing detailed specifications, measurements, performance metrics, and other technical information about the Husqvarna 562 XP Mark II chainsaw. This document serves as a comprehensive resource for understanding the chainsaw’s capabilities and limitations.
The importance of such a document lies in its utility for various stakeholders. For potential buyers, it aids in informed decision-making by providing quantifiable data for comparison with other models. For technicians and mechanics, it offers crucial details for servicing, maintenance, and repair. Furthermore, historical context can be gleaned from comparing data sheets across different chainsaw generations, highlighting advancements in technology and design. These documents contribute significantly to transparency and trust in the manufacturing process.
The following sections will delve into the typical contents of a technical data sheet for this chainsaw model, examining specifications pertaining to the engine, cutting equipment, dimensions, and overall performance characteristics. Detailed exploration of these areas will provide a complete overview of the chainsaw’s operational parameters.
1. Engine Displacement
Engine displacement, a core specification documented within the “Husqvarna 562 xp mark 2 scheda tecnica,” directly reflects the internal volume swept by the engine’s pistons during a single cycle. This parameter serves as a fundamental indicator of the engine’s potential power output and overall performance characteristics.
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Cylinder Volume and Bore/Stroke Ratio
Engine displacement is mathematically derived from the cylinder bore (diameter) and stroke length (distance the piston travels). A larger bore and/or longer stroke will result in a greater displacement. The bore/stroke ratio influences the engine’s torque and RPM characteristics. A “square” engine (bore equals stroke) often provides a balanced power curve, while oversquare (larger bore) or undersquare (longer stroke) designs can favor high-RPM power or low-end torque, respectively. This information is detailed within the technical data sheet.
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Influence on Torque Production
Generally, a larger engine displacement correlates with higher torque output. Torque, the rotational force, is crucial for tasks requiring significant cutting power, such as felling larger trees. The “Husqvarna 562 xp mark 2 scheda tecnica” quantifies the expected torque at specific engine speeds, allowing users to assess the chainsaw’s suitability for heavy-duty applications. Real-world examples demonstrate that chainsaws with higher displacement engines maintain cutting speed more effectively under load.
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Fuel Consumption Implications
Increased engine displacement typically results in higher fuel consumption, especially when operating under heavy load. The technical data sheet may include information regarding fuel consumption rates at various operating conditions. Understanding this data helps users estimate fuel costs and plan for refueling intervals. Fuel efficiency is often a key consideration for professionals who use chainsaws extensively.
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Comparison with Other Models
The “Husqvarna 562 xp mark 2 scheda tecnica” allows for a direct comparison of engine displacement with other chainsaw models. This comparative analysis enables informed decision-making based on specific power requirements and application needs. For example, a smaller displacement engine might be sufficient for limbing and pruning, while a larger displacement engine is preferred for felling large trees or milling lumber.
The engine displacement specification, as presented in the “Husqvarna 562 xp mark 2 scheda tecnica,” is therefore not merely a number but a critical indicator of the chainsaw’s capabilities. Its influence on torque, fuel consumption, and comparative performance highlights its significance in selecting the appropriate chainsaw for a given task.
2. Power Output
Power output, a critical specification documented in the “Husqvarna 562 xp mark 2 scheda tecnica,” directly quantifies the rate at which the chainsaw engine can perform work. It is typically expressed in kilowatts (kW) or horsepower (hp) and reflects the engine’s ability to deliver rotational force over time. This value is not merely a theoretical figure; it directly influences the chainsaw’s cutting speed, its capacity to handle different wood densities, and its overall efficiency in completing tasks. A higher power output, as documented within the “Husqvarna 562 xp mark 2 scheda tecnica,” generally translates to faster cutting times and the ability to process larger diameter trees more effectively. For instance, a chainsaw with a documented power output of 3.5 kW will demonstrably outperform a model with 3.0 kW when cutting through hardwoods. The “Husqvarna 562 xp mark 2 scheda tecnica” allows the end-user to quantitatively compare the performance potential of the 562 XP Mark II to other models based on this crucial parameter. This specification holds significant practical importance for professionals who require reliable and efficient cutting performance in demanding environments.
Furthermore, the power output specification as described in the “Husqvarna 562 xp mark 2 scheda tecnica” is often qualified by corresponding engine RPM (revolutions per minute). The data sheet will usually display the power output achieved at a specific engine speed. This correlation is important because it provides a more complete picture of the engine’s operating characteristics. For example, an engine that delivers its peak power at a lower RPM might offer better torque at lower speeds, making it suitable for tougher cutting tasks, while an engine that delivers peak power at higher RPMs might be better suited for faster, cleaner cuts in softer woods. The technical data also typically details how power output affects the tool’s cutting capacity and how it affects the maximum bar length applicable, and fuel consumption under different load conditions, influencing purchasing decisions.
In summary, the power output specification within the “Husqvarna 562 xp mark 2 scheda tecnica” serves as a direct indicator of the chainsaw’s performance capabilities. Its significance extends from influencing cutting speed and wood density handling to affecting overall efficiency. By providing a quantifiable measure of the engine’s ability to perform work, the “Husqvarna 562 xp mark 2 scheda tecnica” empowers users to make informed decisions based on their specific needs and operational requirements. Discrepancies or inaccurate power output claims highlight the importance of relying on official documentation provided by the manufacturer and underscore the necessity for standardized testing procedures to ensure transparency and reliability in performance assessment.
Conclusion
This exploration of the “Husqvarna 562 xp mark 2 scheda tecnica” has elucidated its function as a critical resource for understanding the chainsaw’s technical specifications. Engine displacement and power output, along with related metrics detailed within the document, are essential for evaluating performance capabilities and making informed purchasing or maintenance decisions. The data sheet’s utility extends to informing potential buyers, service technicians, and those seeking to compare models based on quantifiable parameters.
Reliance on accurate and comprehensive “Husqvarna 562 xp mark 2 scheda tecnica” documentation remains paramount for ensuring optimal chainsaw operation and safety. Its continued use will assist in fostering transparency and promoting a deeper understanding of the Husqvarna 562 XP Mark II’s capabilities, which allows end users to be more efficient with it.
