Cadivi Wire Load Capacity Chart: Key Specs & Selection

Choosing the right wire for load capacity is crucial for electrical safety. This article provides a detailed Cadivi wire load capacity chart and important considerations for selection and use.

What is Wire Load Capacity?

Wire load capacity is the maximum power a wire can safely conduct without overheating or causing fire. Using a wire with insufficient load capacity can lead to overload, melting, short circuits, and fires.

Detailed Cadivi Wire Load Capacity Chart

Here’s a Cadivi wire load capacity chart for some common wire types:

Cadivi Wire Load Capacity for 3-Phase Wiring:

3-phase wiring is common in industrial settings due to its higher load capacity. The formula for calculating 3-phase wire cross-section based on power is: I = P/U, where:

• I: Current (A)
• P: Power (W)
• U: Voltage (V)

After calculating the current, refer to the load capacity chart to select the appropriate wire cross-section.

Cadivi Wire Load Capacity for Other Wire Types:

Cadivi offers various wire types, including single-core solid VC wire, CV and CX power cables, meter cables, flexible twin Vcm and Vcmd wires, etc. Each has its own load capacity chart. Consult the specifications for each wire type for accurate selection.

Important Considerations When Using the Cadivi Wire Load Capacity Chart:

• Safety Factor: Use a wire with a load capacity 30% higher than the equipment’s power requirement for safety.
• Operating Environment: Ambient temperature, insulation, etc., affect the wire’s load capacity.
• Consult an Expert: For large or complex projects, consult an electrical engineer for proper wire selection.

Conclusion:

The Cadivi wire load capacity chart is an essential tool for selecting suitable wires, ensuring electrical safety. Understanding and applying these specifications prevents risks of short circuits and overloads, guaranteeing stable and safe operation of electrical equipment. Contact authorized Cadivi dealers for detailed advice.