A sequence of digits uniquely identifies each product manufactured by Husqvarna. This identification facilitates parts look-up, warranty claims, and service history tracking. For example, this identifier might be necessary when ordering a replacement blade for a specific lawnmower model.
Its significance stems from its role in ensuring accurate parts identification and streamlined servicing. Historically, this unique identification system has allowed for improved inventory management, reduced downtime for equipment, and greater overall customer satisfaction. Its implementation represents a commitment to precision and traceability.
With a clear understanding of its definition and purpose, subsequent discussion will delve into specific aspects, such as how to locate this identifier on various Husqvarna products and how to effectively use it for parts ordering and service inquiries.
1. Identification precision
Identification precision is intrinsically linked to the integrity and utility of a Husqvarna number. The sequence is specifically designed to delineate distinct product characteristics, including model, manufacturing date, and specific component configurations. A precise identification process is critical because it directly impacts the ability to source correct replacement parts, access accurate service documentation, and ultimately, maintain the operational efficiency of Husqvarna equipment. For instance, an incorrect sequence entered into a parts database could lead to the acquisition of an incompatible component, potentially damaging the equipment or rendering it inoperable.
The efficacy of this identification system is demonstrated in numerous practical applications. When a Husqvarna lawnmower requires a replacement blade, providing the correct unique sequence ensures that the replacement part matches the precise specifications of the original. Similarly, service technicians rely on this identifier to access detailed service manuals specific to that product, ensuring accurate diagnostics and repairs. Inventory management systems within Husqvarna’s supply chain also depend on this identifier for efficient tracking and distribution of components.
In summary, identification precision forms the bedrock upon which the entire Husqvarna numbering system operates. The accuracy with which these identifiers are generated, recorded, and utilized directly correlates to the overall effectiveness of equipment maintenance, repair, and parts acquisition. Compromising identification precision jeopardizes the entire system, leading to inefficiencies, errors, and potential equipment damage.
2. Service record
The accurate maintenance of a comprehensive service record is intrinsically linked to the unique product identifier. This identification sequence provides the foundation for tracking maintenance activities and ensuring equipment longevity.
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Detailed Maintenance History
The unique sequence functions as the primary key for associating specific maintenance events with individual pieces of equipment. This enables a chronological record of repairs, part replacements, and routine servicing procedures. For example, a lawnmower’s sequence could be linked to records detailing blade sharpening, oil changes, and spark plug replacements, offering a complete maintenance timeline. This detail facilitates informed decisions regarding future servicing needs and potential equipment overhauls.
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Accurate Diagnostics
Service technicians rely on the identifier to access specific service bulletins and repair guides relevant to that particular equipment model. This ensures that diagnostic procedures are tailored to the equipment’s unique configuration and manufacturing specifics. As an illustration, variations in engine design across different production years of a chainsaw are captured through this identification, enabling precise troubleshooting based on the appropriate technical documentation.
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Warranty Claim Verification
The identification sequence is crucial in validating warranty claims. Service records associated with a product’s identifier can be reviewed to confirm adherence to recommended maintenance schedules, a critical factor in determining warranty eligibility. Consider a scenario where an engine failure occurs on a snowblower. The sequence allows verification that scheduled maintenance, such as oil changes and filter replacements, were performed according to the manufacturer’s recommendations, impacting the validity of any warranty claim.
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Parts Traceability
The system facilitates the traceability of replacement parts used during servicing. The identifier associated with a specific service record allows tracking of the parts installed, their origin, and their warranty status. As an example, if a specific batch of replacement carburetors is found to be defective, the identifier within the service records can be used to identify equipment that received components from that batch, enabling targeted recall efforts and preventative maintenance.
In summary, the integration of a service record with the unique sequence ensures accountability, accuracy, and informed decision-making throughout the equipment’s lifecycle. This interconnectedness optimizes service operations, streamlines warranty management, and ultimately contributes to enhanced equipment reliability and customer satisfaction.
3. Parts compatibility
The accurate identification of components is paramount to maintaining and repairing equipment. Within the Husqvarna product ecosystem, the unique product identifier serves as the cornerstone for ensuring components are appropriately matched to specific machines. The implications of incorrect parts selection range from diminished performance to irreparable equipment damage. Therefore, a clear understanding of how this identifier facilitates components is crucial.
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Ensuring Model-Specific Fit
The identifier encodes information regarding the specific model, production year, and any design revisions incorporated into a given piece of equipment. This level of detail is essential because seemingly similar models may incorporate subtle differences in components that render them incompatible. For instance, two Husqvarna chainsaws may visually appear identical but utilize different bar mount patterns. Referencing the identifier ensures that the correct bar is selected, preventing improper fitment and potential safety hazards.
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Navigating Superseded Parts
Manufacturers often update components over time, resulting in superseded parts that replace older versions. The identifier helps to determine whether a superseded part is compatible with a particular machine. For example, an updated carburetor design may be introduced for a specific engine model. The identifier allows technicians to verify that the superseded carburetor is indeed a suitable replacement for the original, ensuring proper engine performance.
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Identifying Region-Specific Variations
Due to varying regulatory requirements and market preferences, Husqvarna equipment may be configured differently depending on the region in which it is sold. The identifier captures these regional variations, enabling the selection of appropriate parts that comply with local standards. For example, emission control components may differ between chainsaws sold in California versus other states. The identifier ensures that the correct emission-compliant components are selected for machines operating in specific regions.
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Facilitating Cross-Referencing
The identifier allows for cross-referencing between different part numbers, including original equipment manufacturer (OEM) parts and aftermarket alternatives. This is particularly useful when sourcing replacements from different vendors or when seeking more cost-effective options. For example, the identifier can be used to cross-reference an OEM air filter with a compatible aftermarket filter, providing customers with alternative sourcing options without compromising compatibility.
In summary, the unique identifier serves as the key to unlocking the complexities of parts compatibility within the Husqvarna product range. By providing a precise and unambiguous means of identifying specific equipment configurations, the identifier minimizes the risk of incorrect parts selection, ensures optimal performance, and ultimately extends the lifespan of the equipment.
Conclusion
The preceding analysis has illuminated the multifaceted significance of the Husqvarna number. It functions not only as a simple identification marker but as a pivotal element in ensuring accurate parts procurement, detailed service record maintenance, and guaranteed component compatibility. Its importance extends throughout the lifecycle of Husqvarna products, from initial purchase to ongoing maintenance and repair.
A clear understanding of the Husqvarna number’s purpose and application is therefore essential for both end-users and service professionals. Its correct utilization minimizes errors, maximizes equipment lifespan, and contributes to overall operational efficiency. Continued adherence to proper identification protocols will be crucial in maintaining the integrity and effectiveness of the entire Husqvarna system in the future.
