IEC 60115-4-10:2023 defines a technical reference for fixed resistors used in electronic equipment, specifically the blank detail specification for power resistors with axial leads for through-hole assembly on circuit boards (THT) for general electronic equipment, classification level G. As a primary engineering and procurement reference, IEC 60115-4-10:2023 helps teams align product selection, documentation review, and conformity assessment around a consistent resistor type. It is relevant where documented evaluation, technical validation, and quality workflows depend on clear component specification.

What is IEC 60115-4-10:2023?

This document is a blank detail specification within the IEC 60115 series, providing a structured basis for describing power resistors with axial leads intended for through-hole assembly on circuit boards. Its role is to support engineering specification and compliance preparation by defining how detailed requirements are to be recorded for this resistor category. For laboratories, design teams, and procurement functions, IEC 60115-4-10:2023 is useful as a technical document for consistent review, supplier comparison, and verification activities tied to component selection.

Applications of IEC 60115-4-10:2023

IEC 60115-4-10:2023 is typically used in workflows involving electronic equipment design, component qualification, and product evaluation for circuit-board assemblies that rely on axial-lead power resistors. It may be referenced during technical assessment of parts intended for through-hole mounting, particularly where engineering documentation must define resistor characteristics in a controlled and repeatable way. The document is also relevant to compliance teams, test laboratories, and procurement specialists who need a clear reference point for supplier communication, conformity assessment, and documented evaluation.

Why is IEC 60115-4-10:2023 important?

Using IEC 60115-4-10:2023 can improve consistency across design reviews, testing workflows, and purchasing decisions by giving stakeholders a common reference for a specific resistor class. That helps reduce ambiguity during technical validation and supports better risk management when comparing components or reviewing manufacturer data. In regulated or quality-controlled environments, it can also strengthen technical compliance, improve traceability in engineering documentation, and support more reliable preparation for conformity assessment.

• Blank detail specification structure for power resistors with axial leads
• Relevant to through-hole assembly on circuit boards in general electronic equipment
• Supports engineering specification, supplier review, and documented evaluation
• Useful for testing workflows, product qualification, and compliance preparation
• Helps align procurement and quality assurance processes around a defined component class