IEC 61152:1992

IEC 61152:1992 defines the dimensions of metal-sheathed thermometer elements, making it a practical reference for teams that need dimensional consistency in temperature-sensing hardware. For engineering, procurement, and verification activities, IEC 61152:1992 helps align drawings, supplier data, and acceptance checks around a common technical basis. It is especially relevant when thermometer elements must fit reliably into assemblies, housings, or measurement systems where controlled dimensions support repeatable performance and documented evaluation.

Overview of IEC 61152:1992

The main purpose of IEC 61152:1992 is to establish a clear dimensional reference for metal-sheathed thermometer elements. In practice, that supports technical review, part comparison, and conformity assessment by reducing ambiguity around size-related requirements. Organizations may use it when preparing engineering documentation, reviewing purchased components, or confirming that supplied elements match the intended design. As a primary technical reference, IEC 61152:1992 is most useful where dimensional compatibility is part of the acceptance process.

Compliance applications of IEC 61152:1992

IEC 61152:1992 is applicable in workflows that involve selecting, specifying, or verifying thermometer elements for temperature measurement equipment. It can support laboratory evaluation, incoming inspection, supplier qualification, and technical validation of components intended for use in electrical or industrial systems that depend on accurate sensing hardware. The document is also relevant to procurement teams that need a traceable compliance reference during specification review and to engineering teams managing standardized component dimensions across product families.

Importance of compliance with IEC 61152:1992

Using IEC 61152:1992 in compliance workflows helps reduce dimensional mismatches that can affect fit, installation, and overall operational consistency. For manufacturers and test labs, it supports verification activities by giving a defined basis for comparing supplied parts against expected geometry. That can improve quality assurance, limit rework, and strengthen conformity assessment preparation. In procurement and engineering documentation, it also provides a concise technical reference for risk management and for maintaining consistency across repeated builds or product revisions.

• Dimensional reference for metal-sheathed thermometer elements
• Useful for specification review and supplier comparison
• Supports inspection, verification activities, and acceptance checks
• Helps maintain fit, interchangeability, and operational consistency