ELECTRICAL:

●VOLTAGE RATING: The cable must be rated to withstand a maximum direct current (DC) voltage of 300V for a duration of 10 milliseconds, ensuring that it can safely operate under transient high-voltage conditions without any electrical breakdown.

●CONDUCTANCE RESISTANCE: The maximum allowable conductance resistance for the cable is specified as 3.0 ohms per unit length, setting a limit on the resistance encountered during the conduction of electrical current. This ensures efficient transmission of electricity with minimal loss.

●INSULATION RESISTANCE: The cable's insulation material is required to demonstrate a minimum insulation resistance of 5.0 megaohms per unit length, indicating the ability to effectively isolate conductors and prevent leakage of current, thereby maintaining electrical safety and performance.

●100% ELECTRICAL TEST: The cable should undergo comprehensive electrical testing to verify its electrical characteristics, ensuring that it meets all specified requirements and standards for performance and safety.

●QUALITY CHECKS: The cable must be free from any open circuits, short circuits, miswiring, or intermittent failures, guaranteeing reliable and consistent electrical connectivity for its intended applications.

MATERIAL:

●SEE TABLE: Detailed information about the materials used in the cable construction should be available in a referenced table, providing a comprehensive breakdown of the specific materials, their properties, and their applications within the cable assembly.

ROHS COMPLIANT:
●All components utilized in the cable assembly must comply with the Restriction of Hazardous Substances (RoHS) directive, ensuring that hazardous substances such as lead, mercury, cadmium, and others are not present in the materials used. This compliance promotes environmental sustainability and safeguards human health.