PWR-AKM-030M-MCS-000-14-6H

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The PWR-AKM-030M-MCS-000-14-6H is a servo cable featuring an inrush current of 4A for 10ms and a typical input wattage of 17W. Produced by Kollmorgen as part of their Servo Cables series, it operates with a nominal input voltage of 207-460 VAC in a three-phase setup. The internal DC bus capacitance is 110μF to 240μF.

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Product Description:

Kollmorgen manufactured the PWR-AKM-030M-MCS-000-14-6H servo cable. One of the key features of this servo cable is its 207-460 VAC input voltage range in 3 phase. This wide range makes it compatible with many industrial power systems and can be used in various operating environments. The cable can handle 4A for 10ms inrush current. Inrush current is the initial surge of current that flows into a device when it’s turned on. This initial current can be much higher than the steady-state current and, if not managed properly, can damage the cable or connected components. The PWR-AKM-030M-MCS-000-14-6H can handle this inrush current so the system can withstand the initial power surge, protect the connected equipment and ensure reliable operation. Efficiency is important in industrial automation, and the PWR-AKM-030M-MCS-000-14-6H cable is efficient with 17W typical input power.

The internal DC bus capacitance of 110µF to 240µF is important for the stable operation of the servo motor. This capacitance acts as an energy reservoir to smooth out the voltage fluctuations and provide steady power to the motor. The cable also has an internal holding brake driver with 0.5A maximum current. This is important for applications that require precise motion control and quick stopping of the servo motor. The holding brake prevents the motor from moving unintentionally when the motor is not energized and maintains the position of the load. The 0.5A maximum current provides enough braking force for many applications and protects the brake mechanism from excessive current and damage.

The PWR-AKM-030M-MCS-000-14-6H from Kollmorgen is designed to meet the industrial automation requirements. Its wide input voltage range, inrush current handling, low power consumption and stable DC bus capacitance make it versatile, efficient and reliable. The internal holding brake driver adds to its functionality, making it perfect for applications that require precise motion control and robust performance.

Energy Absorption (230 V motor, 230 V line)
3-7 J
Energy Absorption (460 V motor, 230 V line)
28-60 J
Energy Absorption (460 V motor, 460 V line)
10-22 J
Input Frequency
47-63 Hz
Inrush Current
4 A (10 ms)
Internal DC Bus Capacitance
110-240 μF
Max External Shunt Resistor Current
5.9 A AC
Max Holding Brake Driver Current
0.5 A
Max Shunt Resistor Power (at min resistor)
4.5-5 kW
Minimum Shunt Resistor
130 Ω
Nominal Input Current
2.44-4.18 A RMS
Nominal Input Voltage
207-460 VAC, 3‑phase
Shunt Switch Threshold
780 VDC
Typical Input Current
700 mA
Typical Input Wattage
17 W

Frequently Asked Questions about PWR-AKM-030M-MCS-000-14-6H:

Q: What is the input voltage range for the PWR-AKM-030M-MCS-000-14-6H servo cable?

A: The PWR-AKM-030M-MCS-000-14-6H servo cable operates within a nominal input voltage range of 207-460 VAC in a three-phase configuration. This ensures compatibility with a variety of industrial power systems.

Q: What is the inrush current specification for this servo cable?

A: The inrush current for the PWR-AKM-030M-MCS-000-14-6H is 4A for 10ms, which ensures that the cable can handle short, high-current demands without compromising system performance.

Q: What is the typical input wattage of this servo cable?

A: The typical input wattage for this cable is 17W, which reflects its efficient energy consumption and operational effectiveness in various applications.

Q: What is the internal DC bus capacitance of the servo cable?

A: The PWR-AKM-030M-MCS-000-14-6H cable has an internal DC bus capacitance that ranges from 110µF to 240µF, contributing to stable operation and voltage regulation in demanding environments.

Q: What is the maximum current for the internal holding brake driver?

A: The maximum current for the internal holding brake driver is 0.5A, ensuring reliable brake functionality in systems requiring precise motion control.


Internal Product Review

  • ‘‘This servo cable provides reliable power delivery for demanding applications. The cable exhibits efficient operation with a typical input current of 700mA. Its robust construction ensures durability and consistent performance in industrial environments.’’

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