The subject of discussion is a specific model of chainsaw produced by Husqvarna. Characterized by its model number, this tool is designed for cutting wood. Its features commonly include a two-stroke engine, a bar and chain cutting system, and safety mechanisms to prevent injury during operation. The tool serves primarily for felling trees, limbing branches, and cutting firewood.
This particular model offers a balance of power and portability, making it suitable for both homeowners and professionals tackling smaller-scale tasks. Its significance lies in its ease of use, relatively lightweight design, and reputation for dependability, historically contributing to Husqvarna’s standing in the outdoor power equipment market. Users often cite its value proposition as a primary advantage.
Further exploration of this chainsaw will involve examining its technical specifications, maintenance requirements, troubleshooting common issues, and comparing it to alternative models within the Husqvarna product line and competing brands. This will provide a comprehensive understanding of its capabilities and limitations in various applications.
1. Engine Displacement
Engine displacement is a fundamental characteristic of the 136 Husqvarna chainsaw, directly impacting its power output and suitability for various cutting tasks. It dictates the volume of air and fuel that can be drawn into the cylinder per engine cycle, thus influencing the engine’s overall strength and capacity.
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Cylinder Volume and Bore/Stroke Ratio
The 136 Husqvarna chainsaw typically features a specific cylinder volume, often expressed in cubic centimeters (cc). The bore and stroke ratio, which describes the dimensions of the cylinder, influences the engine’s torque characteristics. A larger bore can enhance airflow and potentially increase power, while a longer stroke can improve low-end torque. These design choices are carefully considered to optimize the engine’s performance for its intended applications.
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Power Output and Torque
Engine displacement is a primary determinant of the chainsaw’s power output, usually measured in horsepower (hp) or kilowatts (kW). It also influences the available torque, which is the rotational force that allows the chainsaw to cut through wood. Higher displacement engines generally produce more power and torque, enabling them to handle thicker logs and denser wood types with greater ease. The 136 Husqvarna chainsaw’s displacement provides a balance between power and maneuverability.
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Fuel Consumption and Efficiency
Larger engine displacements often correlate with higher fuel consumption. The 136 Husqvarna chainsaw’s engine is designed to balance power and fuel efficiency. Factors such as carburetion and engine timing are optimized to minimize fuel consumption without sacrificing performance. Users should be aware of the relationship between engine displacement and fuel usage when planning their cutting tasks and refueling schedule.
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Application Suitability
The engine displacement of the 136 Husqvarna chainsaw makes it well-suited for a range of applications, including felling small trees, limbing branches, and cutting firewood. Its displacement allows it to tackle these tasks efficiently without being excessively heavy or cumbersome. For heavier duty applications, larger chainsaws with higher engine displacements might be more appropriate.
The engine displacement of the 136 Husqvarna chainsaw is a critical parameter that shapes its overall performance characteristics. Understanding the relationship between displacement, power, torque, fuel consumption, and application suitability is crucial for selecting and utilizing the chainsaw effectively. It represents a trade-off, balancing maneuverability with the capability to handle various cutting demands.
2. Cutting Performance
Cutting performance is a primary determinant of the utility and efficiency of the 136 Husqvarna chainsaw. It encompasses several factors influencing the speed and quality of cuts achieved, directly affecting user productivity and the suitability of the tool for various applications.
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Chain Speed and Bar Length
Chain speed, measured in meters per second (m/s), dictates the rate at which the chain moves around the guide bar. The 136 Husqvarna chainsaw features a specific chain speed optimized for its engine displacement and bar length. A longer bar allows for cutting larger diameter wood, but requires sufficient chain speed and engine power to maintain efficient cutting. The relationship between these factors defines the tool’s effective cutting capacity.
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Chain Type and Sharpness
The type of chain used significantly impacts cutting performance. Different chain designs are optimized for specific cutting tasks, such as ripping versus cross-cutting. Maintaining chain sharpness is crucial; a dull chain reduces cutting speed, increases strain on the engine, and elevates the risk of kickback. Regular sharpening and proper chain selection are essential for maximizing the chainsaw’s cutting efficiency.
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Engine Power and Torque Delivery
Engine power, as discussed earlier, contributes to cutting performance by driving the chain at the necessary speed and force. Torque delivery is equally important, as it determines the chainsaw’s ability to maintain cutting speed when encountering resistance from dense or knotty wood. The 136 Husqvarna chainsaw’s engine is designed to provide a balance of power and torque suited for its intended applications. Maintaining proper air filter cleanliness and fuel mixture ratios optimizes engine performance for consistent cutting.
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Cutting Technique and Operator Skill
While the chainsaw’s design and specifications are important, the operator’s technique and skill also play a vital role in cutting performance. Proper techniques, such as maintaining a stable stance, using the correct cutting angle, and avoiding pinching, contribute to efficient and safe operation. Experienced operators can achieve faster and cleaner cuts compared to novices, regardless of the chainsaw model. Regular practice and adherence to safety guidelines enhance overall cutting performance and reduce the risk of accidents.
The interplay of chain speed, bar length, chain type, engine power, and operator skill collectively defines the cutting performance of the 136 Husqvarna chainsaw. Evaluating these factors is essential for understanding the tool’s capabilities and limitations, and for achieving optimal results in various cutting tasks. Consideration of these parameters ensures efficient and safe operation of the equipment.
Concluding Remarks on the 136 Husqvarna Chainsaw
This exploration has detailed critical aspects of the 136 Husqvarna chainsaw, focusing on engine displacement and cutting performance. Engine displacement, specifically cylinder volume and bore/stroke ratio, dictates power output and impacts fuel consumption. Cutting performance depends on chain speed, bar length, chain type, and engine power delivery, all contributing to the tool’s effectiveness in various applications. Operator skill and proper maintenance practices further enhance overall functionality.
Understanding these factors is paramount for responsible chainsaw ownership and operation. Potential purchasers and current users should carefully consider these elements to maximize the tool’s lifespan, ensure operational safety, and achieve optimal performance for specific cutting requirements. Continued adherence to manufacturer guidelines and safety protocols remains crucial for the safe and effective utilization of the 136 Husqvarna chainsaw.
