M.1302.8603

Product Description:

Kollmorgen's M.1302.8603 servo cable is a critical component in high-performance industrial automation systems. Numerous characteristics of this cable add to its strong performance and dependability. Its 25 mm² conductor cross-section is one of its primary characteristics. In order to reduce electrical resistance, this huge cross-sectional area is essential. Ohm's Law (V=IR) states that resistance and the conductor's cross-sectional area are inversely related. This cable ensures effective power transmission to the servo motor by lowering resistance, which also lowers voltage drop and power loss. This effectiveness results in lower operating temperatures and reduced energy waste, both of which are critical for extending the life of the cable and its associated parts. The frequency at which the cable is intended to function is 50/60 Hz, which is the typical frequency for AC power systems in the majority of industrial environments. This compatibility guarantees a smooth integration with the equipment and infrastructure already in place.

The cable's 80 Ampere current rating shows that it can manage the high currents required by strong servo motors. Applications needing precise motion control, strong torque, and quick acceleration depend on their high current capacity. The M.1302.8603, with a power loss of 25 Watts, shows excellent energy efficiency. Resistive heating, or the release of energy as heat due to the conductor's resistance, is the leading cause of power loss in cables. As this cable shows, a more minor power loss results in lower operating temperatures and less energy use. This improves the system's overall safety and dependability and saves money. The cable's weight of 6 kg indicates that it was made using sturdy materials and high-quality craftsmanship. The gauge of the conductors, the kind of insulation utilized, and the existence of shielding are some of the variables that may be responsible for the weight. In certain situations, a heavier cable would appear less desirable.

Another essential feature of this servo cable is its adherence to EMC Level Class A requirements. The capacity of a system or piece of equipment to function without interfering with other systems or being impacted by their interference is known as electromagnetic compatibility, or EMC. By following Class A standards, this cable reduces electromagnetic emissions and prevents the disruption of other nearby sensitive equipment. This is especially crucial in industrial environments, where several pieces of electrical equipment run in close proximity to one another. The cable has a 35 mA rated leakage current. A small amount of current that passes through a cable's insulation is known as leakage current. Although some leakage is inevitable, going beyond the rated number might be dangerous and impair the equipment's functionality. The 35 mA stated leakage current shows that this cable is designed to keep leaks within reasonable and safe bounds.