ENC-AKM-006M-MCS-DCA-28-AA

Product Description:

Kollmorgen manufactured the ENC-AKM-006M-MCS-DCA-28-AA servo cable. One of this cable's primary criteria is its 34-watt power loss. The conductors' resistance is the main factor contributing to power loss in cables. This resistance causes a portion of the electrical energy to be transformed into heat when current passes through a conductor. This heat dissipation, which is an energy loss, may impact the system's efficiency. This cable's reduced power loss suggests that less energy is lost as heat, which makes the operation more energy-efficient. The nominal input power of the cable is 1.94 kVA (kilovolt-amperes), which shows how much power it seems capable of handling. Real power, which is utilized to accomplish tasks, and reactive power, which is stored and released by circuit components, combine to provide seeming power.

A cable's capacity to manage a sizable quantity of perceived power is essential for guaranteeing the steady and dependable functioning of the linked equipment in industrial automation systems, where significant power demands are typical. An additional crucial feature is the inrush current, which is 4A for 10ms. The first surge of current that enters a gadget when it is initially turned on is known as inrush current. This surge has the potential to harm parts or trip safety devices since it may be much greater than the steady-state current. According to the stated inrush current of 4A for 10ms, this cable is designed to manage the first current surge efficiently, lowering the possibility of any negative system consequences. 3.0A is the cable's constant output current. This is the highest current that the cable can consistently and safely provide to the connected load.

Exceeding this current rating might result in overheating and possible damage to the cable or the attached device. A cable's capacity to provide a steady and regular output current is crucial for preserving the system's performance and dependability in industrial automation, where continuous operation is often needed. The frequency range that the cable runs in is 0-450 Hz. This is the alternating current (AC) signal frequency that the cable is capable of carrying. The frequency of the AC signal regulates the motor's position and speed in servo motor applications. This cable's broad frequency range shows how adaptable it is to different motor speeds and control needs, which makes it appropriate for a variety of industrial automation applications.