IEC 61041-2:1994

IEC 61041-2:1994 is the technical reference for measuring video characteristics of non-broadcast video tape recorders, with a specific focus on chrominance SECAM performance. It is relevant when engineers, test laboratories, and procurement teams need a documented basis for evaluating recorder behavior against a defined measurement method. By aligning verification activities and technical review around a common procedure, the document supports more consistent product evaluation, conformity assessment, and engineering documentation for equipment intended for professional or controlled video applications.

Overview of IEC 61041-2:1994

The scope of IEC 61041-2:1994 is centered on methods of measurement for video characteristics associated with chrominance in SECAM systems for non-broadcast video tape recorders. In practice, that means it serves as a testing standard for assessing how recorder performance is measured and compared during technical validation. For organizations involved in design, laboratory evaluation, or procurement review, it provides a structured compliance reference that can support operational consistency and documented evaluation across development, acceptance, and quality workflows.

Compliance applications of IEC 61041-2:1994

IEC 61041-2:1994 is typically used where video tape recorder performance must be measured in a repeatable way, especially in environments handling SECAM chrominance characteristics. It can be useful for laboratory test plans, supplier qualification, product verification, and conformity assessment preparation. Teams may rely on it when reviewing engineering specifications, checking test reports, or comparing equipment from different sources. Its value lies in helping users apply a common measurement basis during technical assessment and compliance workflows for video recording equipment.

Importance of compliance with IEC 61041-2:1994

Following IEC 61041-2:1994 helps reduce ambiguity in how video characteristics are measured, which is important for testing consistency and risk management. A defined method supports clearer engineering validation, more reliable procurement decisions, and better alignment between manufacturers, laboratories, and compliance teams. For organizations preparing technical documentation or conformity assessment files, it can improve traceability and make results easier to review. Consistent use of the measurement approach also helps protect operational consistency when equipment performance must be compared across projects or suppliers.

• Measurement methods for chrominance SECAM video characteristics in non-broadcast video tape recorders
• Useful for laboratory evaluation, verification activities, and test report review
• Supports procurement assessment and supplier comparison using a common technical basis
• Helps structure conformity assessment, quality assurance, and documented evaluation