S60100
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The S60100 servo drive has a rated current of 1.5 A, a peak current of 3 A, operates with a voltage rating of 3x230V-10% to 480V+10%, and dissipates 30 Watts at rated current. Part of the S600 Servo Drives series manufactured by Kollmorgen, it features an operating temperature range from 0 to +45°C and weighs 4 kilograms.
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Product Description:
Kollmorgen manufactured the S60100 servo drive. One of its primary characteristics is its broad working voltage range, which accepts 3x230V-10% to 480V+10% at both 50 Hz and 60 Hz. The continuous current that the drive can manage under typical working circumstances is 1.5 A (RMS value, ±3%). This figure directly affects the system's load-carrying capability and is correlated with the torque that the servo motor can generate. However, the S60100 has a peak current capacity of 3 A for around 5 seconds, which is ideal for brief spikes in high-demand activities. The S60100's output stage effectively powers the motor using an 8 kHz clock frequency. It's enjoyable to note that as the DC bus connection voltage exceeds 400V, this frequency doubles to 16 kHz, maximizing performance at higher working voltages.
The DC bus connection voltage range in which the S60100 is intended to function is 290 to 675 V. The drive is protected from potentially harmful voltage spikes that might happen in industrial settings by the overvoltage protection threshold, which is set between 450V and 900V. Additionally, the drive offers flexibility in motor selection and system design due to its capacity to manage a minimum load inductance of 25 mH and a maximum load inductance of 150 mH. When operating at its rated current, the S60100 uses 30 Watts of electricity. The drive's power electronic components cause this dissipation, which mainly manifests as heat. Effective heat control is essential for the drive to be dependable and long-lasting. Overheating may cause component deterioration and reduce the drive's useful life.
The S60100 is built with efficient heat dissipation mechanisms, as seen by the stipulated 30W dissipation, which guarantees steady and dependable performance even under continuous load. A 24 VDC (-0% +15%) auxiliary power source powers the drive's control circuits and other auxiliary operations. Even if the main power fluctuates, this independent power source guarantees that the drive's control functions continue to work. The drive's practical design, which minimizes power consumption for control functions, is shown by the maximum current demand of 1A from this auxiliary supply. The S60100's physical measurements—275 mm in height, 70 mm in width, and 265 mm in depth—as well as its 4 kg weight, are crucial factors to take into account while integrating the system. Because of its small size, it may be installed in areas with limited space, making it more appropriate for a greater variety of uses. In most industrial settings, dependable functioning is ensured by the designated operating temperature range of 0 to +45°C.
Frequently Asked Questions about S60100:
Q: What is the rated current of the S60100 servo drive?
A: The S60100 servo drive has a rated current of 1.5 A (RMS value, ±3%). This allows it to handle typical load demands in industrial applications efficiently.
Q: What is the peak current capacity of the S60100 servo drive?
A: The peak current capacity of the S60100 is 3 A, which can be sustained for up to 5 seconds at a maximum ±3% tolerance. This feature supports high torque loads during transient conditions.
Q: What is the voltage range for the S60100 servo drive?
A: The S60100 operates with a voltage rating of 3x230V-10% to 480V+10%, making it versatile for various industrial setups. It supports both 50 Hz and 60 Hz systems.
Q: What is the clock frequency of the output stage of the S60100 servo drive?
A: The clock frequency of the output stage is 8 kHz, which ensures efficient and responsive performance. In cases where the DC link voltage is 400V, the frequency increases to 16 kHz.
Q: What is the dissipation at rated current for the S60100?
A: The S60100 servo drive dissipates 30 watts at its rated current. This ensures optimal thermal management, contributing to the drive’s longevity and stability.
