S61000-600
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The S61000-600 features a circular connector design with a current rating of 13A and an impressive voltage rating of 600V. Manufactured by Kollmorgen as part of the S600 Servo Drives series, it includes gold contact plating and a durable aluminum alloy body. With IP67 ingress protection, it operates in temperatures from -55°C to +125°C.
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Product Description:
Kollmorgen offers the S61000-600 Servo Drive designed for reliable motion control. It supports applications requiring stable input handling, robust current delivery and efficient thermal management. These drives support analog setpoint inputs 1 and 2 with resolutions of 14-bit and 12-bit. They maintain a maximum common-mode voltage of ±10V for stable input performance. The input resistance to analog ground is rated at 20 kilohms for precise signal handling.
The S61000-600 Servo Drive has an auxiliary power supply that is electrically isolated and supports up to 16 A without braking. This servo drive has a control signal that are managed through an 18-pole Combicon connector with a 2.5mm² wire cross-section. The power signals are handled via a Power Combicon 7.62 interface featuring four 4-pole and one 6-pole connection with 4mm² capacity. The unit weighs 4 kg and uses fusible cutouts rated at 10 AT (FRx-10) for AC supply protection. It has a brake resistor protection that is supported with a 10AT (FRS-10) rating. The device meets Pollution Level 2 standards per EN 60664-1, ensuring operation in industrial environments with limited contamination. The output current form factor is tightly regulated at 1.01. The total power dissipation at rated current excluding brake dissipation is approximately 90 W.
The S61000-600 Servo Drive is generally mounted in a vertical position to optimize airflow. Forced convection is provided by an integrated fan for heat dissipation. The output current is 10 A with an output stage clock frequency of 8 kHz or 16 kHz when VDC reaches 400V. it has a load inductance range are supports from a minimum of 4 mH to a maximum of 25 mH.
Frequently Asked Questions about S61000-600:
Q: Why is a 1.01 output current form factor beneficial in the S61000-600?
A: A 1.01 form factor ensures minimal distortion in the output current, promoting efficient motor performance and reducing thermal losses in the drive components.
Q: Why is the ±10V common-mode voltage important in the S61000-600?
A: It ensures compatibility with a broad range of analog signal sources, enhancing signal stability and reducing input noise interference.
Q: Why is the output stage clock frequency selectable between 8 kHz and 16 kHz in S61000-600?
A: The dual frequency options help balance noise reduction (16 kHz) with switching efficiency and lower power loss (8 kHz), depending on application demands.
Q: How does the 4mm² capacity of power connectors improve performance?
A: It allows for higher current handling and reduced voltage drop across connections, which is crucial for consistent power delivery in high-load scenarios.
Q: How does Pollution Level 2 compliance benefit the S61000-600 in industrial environments?
A: It ensures reliable performance in settings with limited non-conductive contamination, aligning with standard industrial cleanliness conditions for long-term operation.
