ELECTRICAL:

●VOLTAGE RATING: The cable should be able to withstand a direct current (DC) voltage of up to 300V for a duration of 10 milliseconds. This voltage rating ensures that the cable can handle short-term voltage spikes without damage.

● CONDUCTANCE RESISTANCE: The maximum allowable conductance resistance for the cable is 3.0 ohms. This parameter indicates how easily electrical current can flow through the cable, with lower resistance values leading to better conductivity and less energy loss.

●INSULATION RESISTANCE: The insulation material of the cable must have a minimum insulation resistance of 5.0 megaohms. This high resistance value shows that the insulation effectively prevents current leakage, ensuring electrical safety.

●100% ELECTRICAL TEST: The cable needs to undergo a comprehensive electrical test to ensure that it meets all electrical specifications and performs as expected. This testing process verifies the cable's electrical properties and functionality.

●QUALITY CHECKS: The cable should not have any open circuits, short circuits, miswiring, or intermittent failures. These checks are essential to guarantee the cable's reliability and safety in operation.

MATERIAL:

●SEE TABLE: Detailed information about the materials used in the cable assembly should be provided in a specified table. This table typically includes details on the types of materials, their properties, and their locations within the cable assembly, aiding in transparency and component identification.

ALL COMPONENTS ARE ROHS COMPLIANT: It is crucial that all components used in the cable assembly comply with the Restriction of Hazardous Substances (RoHS) directive. RoHS compliance restricts the use of certain hazardous substances in electronic products, promoting environmental protection and human health by reducing exposure to harmful materials.