1.ELECTRICAL:

1.1. VOLTAGE RATING (DCV 300V 10MS): The cable should have a voltage rating of DC 300V for a duration of 10 milliseconds. This means that the cable is designed to handle maximum voltage levels of 300 volts for short durations without experiencing any electrical breakdown or damage. This rating ensures the cable's reliability and safety under transient voltage conditions.

1.2. CONDUCTANCE RESISTANCE (3.0 OHM/MAX): The maximum allowable conductance resistance for the cable should not exceed 3.0 ohms. Conductance resistance measures the opposition to the flow of electrical current within the cable. By keeping the conductance resistance below 3.0 ohms, the cable can efficiently transmit electricity with minimal power loss and ensure proper functionality.

1.3. INSULATION RESISTANCE (5.0M OHM/MIN): The cable's insulation material should exhibit a minimum insulation resistance of 5.0 megaohms. Insulation resistance indicates the ability of the cable's insulation to prevent leakage currents and maintain electrical safety. A higher insulation resistance value of at least 5.0 megaohms ensures effective insulation performance, reducing the risk of electrical faults and ensuring safe operation.

1.4. 100% ELECTRICAL TEST: The cable must undergo a thorough electrical testing process to validate its electrical properties and performance. This test ensures that the cable meets the specified electrical requirements and functions reliably under normal operating conditions. Conducting a 100% electrical test helps identify any potential issues or defects in the cable before deployment.

1.5. NO OPEN/SHORT, MISWIRING, AND INTERMITTENT FAILURES: The cable should be free from any open circuits, short circuits, miswiring, or intermittent failures. Open circuits and short circuits can disrupt electrical continuity, while miswiring and intermittent failures can lead to unreliable connections and safety hazards. Ensuring the absence of these issues guarantees the cable's proper functioning and safety.

2.MATERIAL:

2.1. SEE TABLE: Detailed information about the materials used in the cable assembly should be provided in a structured table format. This table typically includes data on the types of materials, their properties, and their specific locations within the cable assembly. By referencing this table, users can understand the composition of the cable assembly and the characteristics of each component used.

3.ALL COMPONENTS ARE ROHS COMPLIANT: It is essential that all components integrated into the cable assembly comply with the Restriction of Hazardous Substances (RoHS) directive. RoHS compliance ensures that hazardous substances such as lead, mercury, cadmium, and certain flame retardants are restricted in the manufacturing process. Adhering to RoHS standards promotes environmental sustainability and human health by reducing exposure to harmful materials in electronic products.