This refers to a specific model of chainsaw produced by Husqvarna. It is characterized by its engine displacement, typically around 72 cubic centimeters, which provided significant power for demanding cutting tasks. The name itself directly identifies the product within the manufacturer’s extensive lineup.
The robust engine and durable construction of this particular model contributed to its popularity among professionals in forestry, logging, and related fields. Its performance allowed for efficient felling of trees and processing of timber, making it a valued tool. Its reputation for reliability and longevity further solidified its place in the industry’s history, leading to continued demand for both functional units and parts.
Understanding the technical specifications, performance characteristics, and maintenance requirements associated with this chainsaw is crucial for effective use and preservation. The following sections will delve into these aspects to provide a comprehensive overview of its capabilities and proper operation.
1. Engine Displacement
The designation “272” within the chainsaw model name directly reflects its approximate engine displacement. This measurement, typically around 72 cubic centimeters, signifies the total volume displaced by the pistons during one complete stroke of the engine. In this particular model, engine displacement is a primary factor determining the chainsaw’s power and cutting capacity. A larger displacement engine, like the one found in this model, generally translates to greater torque, enabling it to cut through thicker wood and handle more demanding tasks. For example, a forestry worker felling large trees would benefit significantly from the higher torque provided by this engine configuration compared to a smaller, less powerful chainsaw.
The selection of this specific engine displacement was a deliberate engineering choice by Husqvarna, balancing power requirements with weight and maneuverability. A larger engine increases the overall weight of the chainsaw, impacting user fatigue during prolonged operation. However, the 72cc displacement offered a suitable compromise, providing ample power for professional use while remaining reasonably manageable. This balance contributed to the model’s popularity among loggers and tree surgeons, who require a powerful yet practical tool. Furthermore, the engine design and construction are tailored to reliably deliver this power, contributing to the overall durability associated with the product name.
In summary, engine displacement is a critical parameter defining the performance of this chainsaw model. Its influence on power and cutting capacity is undeniable, making it a key factor in the chainsaw’s suitability for demanding applications. Understanding the relationship between engine displacement and overall performance allows users to make informed decisions regarding chainsaw selection, operation, and maintenance, ultimately maximizing efficiency and extending the lifespan of the equipment.
2. Power Output
The power output is a crucial characteristic of this chainsaw, directly influencing its cutting capacity and overall performance. It is the direct result of the 72cc engine’s design and engineering, translating fuel combustion into mechanical energy used to drive the chain. This power output, typically measured in horsepower (hp) or kilowatts (kW), dictates the size and type of wood the chainsaw can efficiently process. For instance, a higher power output allows for felling larger diameter trees or bucking hardwood logs with reduced strain on the engine and improved cutting speed. In practical terms, a logger using this model with its specified power output can expect to fell a significantly larger number of trees per day compared to using a lower-powered saw.
Moreover, the consistent delivery of its power output is critical to the overall reputation for reliability and durability. The engine’s design, including factors such as compression ratio, fuel delivery system, and exhaust scavenging, is meticulously engineered to ensure stable and predictable performance over prolonged periods. Regular maintenance, including proper fuel mixture and spark plug replacement, is essential to preserve this power output and prevent performance degradation. Failure to maintain the engine can lead to reduced power, increased fuel consumption, and ultimately, premature engine failure. Consider the situation of a forestry worker relying on their equipment in a remote location; any reduction in performance could lead to decreased productivity or even safety concerns.
In summary, power output is an integral component of this chainsaw’s operational effectiveness. It reflects the engine’s capacity to perform demanding cutting tasks and is directly linked to productivity and reliability. Understanding the factors influencing power output and maintaining the engine accordingly is paramount for maximizing the chainsaw’s lifespan and ensuring optimal performance in professional forestry and logging applications.
Conclusion
The preceding analysis clarifies critical attributes defining the 272 Husqvarna chainsaw. Its 72cc engine displacement directly influences power output, making it a suitable tool for demanding forestry and logging tasks. Understanding these technical specifications is essential for optimal performance, responsible operation, and effective maintenance to maximize the lifespan and utility of this equipment.
Recognizing the engineering considerations and performance characteristics associated with the 272 Husqvarna reinforces the importance of informed equipment selection and maintenance practices within the forestry industry. Proper care and operation are crucial for safety, efficiency, and preserving the value of this powerful machine.
