RES-AKM-003M-MCS-DCA-28-NA

Product Description:

Kollmorgen manufactured the RES-AKM-003M-MCS-DCA-28-NA servo cable. It satisfies the globally accepted requirements for industrial automation equipment, EN 50178 and EN61800-3. While EN61800-3 focuses on the electromagnetic compatibility (EMC) of electrical power drive systems with changeable speeds, EN 50178 concentrates on the safety standards for electrical equipment used in power installations. 3.0A is the cable's constant output current. This is the highest continuous current that the cable can support without becoming overheated or deteriorating. A cable with a larger continuous current capacity may support more robust servo motors, allowing for quicker and more dynamic motion control. The cable's total power handling capabilities are shown by its maximum input power of 1.94 kVA. The apparent power, or total power passing through the cable, is measured in kVA (kilovolt-ampere). A cable with a higher kVA rating can manage more electrical power, making it appropriate for a wider variety of servo drive systems and applications. Another crucial feature of the cable is its capacity to manage a maximum inrush current of 4.56A RMS.

The frequency range at which the cable can efficiently transfer power to the servo motor is defined by the output frequency range of 0-450 Hz. Within this range, motor speed may be precisely controlled since this frequency closely correlates to the motor's speed. A cable's ability to accommodate a variety of motor speeds and applications increases with its frequency range. For servo motors with holding brakes, the internal holding brake driver's maximum current of 0.5A is pertinent. When the motor is not running, these brakes keep the motor shaft stationary. The cable's capacity to deliver this current ensures the holding brake's proper operation, stopping the motor shaft from rotating or moving accidentally. The cable has a tolerance of +15% to -10% and can receive a DC input power of <24VDC>>. Internal control and communication circuits in the cable or linked devices most likely utilize this DC power.

The cable's weight of 10 lbs and its physical measurements of 7.5 in x 25.88 in x 4.72 in are valuable factors for handling and installation. These measurements reveal the cable's size and potential compatibility with current control cabinets or machines. To avoid putting undue pressure on the cable and its related components, the weight is taken into consideration while choosing the proper mounting and support systems. One crucial safety requirement is the leakage current in the off-state. The little amount of current that may pass through the cable even while the servo drive is off is known as leakage current. If this current is above certain thresholds, it may provide a safety risk. This cable's maximum leakage current of 0.5mA is substantially under permissible safety limits, reducing the possibility of electric shock.