S60100-NA

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The S60100-NA servo drive features a rated output current of 1.5 Arms, a peak output current of 3 Arms, and overvoltage protection from 450 to 900 V. Part of the S600 Servo Drives by Kollmorgen, it operates with rated DC bus link voltage of 290-675 VDC and supports a load inductance range from 25 mH to 150 mH.

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Product Description:

The S60100-NA is a digital servo amplifier engineered to drive motion systems with precision. It is part of Kollmorgen's range of single-axis drives suited for responsive and accurate motor control in industrial automation. The drive relies on digital signal processing to ensure tight control over the velocity, position, and torque of the motor in real time. It is built to synchronize seamlessly with feedback devices and command inputs, ensuring that the connected motor operates based on real-time load conditions. This helps to optimize motor performance for specific application needs and ensure energy utilization is efficient. The drive offers a reliable motion control system in both standalone setups and complex motion networks.

The S60100-NA delivers a continuous current of 1.5 ARMS under normal operating conditions. This level of current is well-suited for driving low-to-moderate power servo motors used in precision tasks. In high load scenarios, the drive can offer a maximum current of 3 ARMS that is designed to enable it to handle short bursts of higher load demand. This results in better machine efficiency and flexibility in handling diverse operational requirements. To prevent damage in the event of voltage spikes, this drive comes with overvoltage protection of 450 to 900 V. This built-in safeguard protects the drive and connected components from spikes in voltage that can occur due to regenerative braking or line fluctuations.

This drive offers a flexible operating range, operating at a DC bus link voltage range of 290 to 675 VDC. This ensures reliability even in conditions where the power supply may be consistent, ensuring resilience even in challenging conditions. The drive is suited for operating conditions of up to +45°C, accommodating ambient conditions in most industrial setups.

Ambient operating temperature
0°C to +45°C (derate to +55°C)
Analog In1 resolution
14-bit (±10V)
Analog In2 resolution
12-bit (±10V)
DC bus link voltage
290–675 VDC
Dimensions (W×H×D)
70×275×265 mm
Max load inductance
150 mH
Min load inductance
25 mH
Output clock frequency
8 kHz (16 kHz at VDC 400V)
Overvoltage protection
450–900 V
Peak output current
3 Arms (5 s max)
Rated load (S1)
1 kVA
Rated output current
1.5 Arms
Supply voltage (50 Hz)
3×230V (–10%/+10%)
Supply voltage (60 Hz)
3×208V (–10%/+10%)
Weight
4 kg
  • S60100NA
  • S-60100NA

Frequently Asked Questions about S60100-NA:

Q: What is the rated output current of the S60100-NA?

A: The S60100-NA features a rated output current of 1.5 Arms, which ensures consistent drive performance during continuous operation.

Q: What is the peak output current capability of the S60100-NA?

A: The S60100-NA offers a peak output current of 3 Arms, allowing it to handle short-term overloads and high-torque demands.

Q: What overvoltage protection does the S60100-NA include?

A: The S60100-NA includes overvoltage protection between 450 and 900 V, safeguarding internal components against voltage spikes.

Q: What is the rated DC bus link voltage range for the S60100-NA?

A: The S60100-NA operates with a rated DC bus link voltage range of 290 to 675 VDC, supporting flexible integration into various power infrastructures while maintaining high drive efficiency.

Q: What inductance range can the S60100-NA support?

A: The S60100-NA supports a load inductance range from 25 mH to 150 mH, accommodating different motor winding characteristics and improving compatibility with various servo motors.


Internal Product Review

  • ‘‘The S60100-NA offers exceptional precision and reliability in motor control. Its built-in protection features make it pretty resilient even in tough environments. However, some users may find its weight a bit cumbersome for certain installations. ’’

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