Brake release board | 3HAC16035-1 | ABB

Technical Specifications

The ABB 3HAC16035-1 Brake Release Board is engineered with precision to integrate seamlessly into existing industrial control systems, ensuring minimal downtime and maximum system reliability. Featuring advanced relay technology, this board delivers high switching speeds and accuracy, critical for managing complex braking processes in machinery and equipment.With its robust design and wide temperature range, the 3HAC16035-1 is suitable for diverse industrial applications, from manufacturing floors to power generation facilities, ensuring consistent performance across varied environmental conditions.

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Troubleshooting & Comissioning Checklist

Input Voltage Check: Verify that the incoming power supply is a stable 24V DC. Lower voltage will cause failure to release the brakes.
Grounding Connection: Inspect the physical ground connection between the board chassis and the controller housing to prevent noise or accidental trips.
Cable Strain Relief: Ensure all harness connections running from the controller backplane to the board are fully seated and stress-relieved.

Field Engineering Considerations

Power Supply Integrity: The board operates strictly on a 24V DC nominal voltage line. Field engineers must ensure that power supplies are regulated, as sudden drops or spikes can compromise brake release stability.
Current & Thermal Load: Rated for a continuous maximum current of 16 A. Ensure terminal screws are torqued to manufacturer specifications to eliminate localized thermal hotspots caused by high resistance.
Release Timing Configuration: The release time parameter is adjustable from 5ms to 100ms. Engineers must calibrate this window to match the specific inertia and payload dynamics of the robot model to avoid mechanical judder or axis drooping during startups.

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Technical FAQ

Q: What is the function of the DSQC 563 board?
A: It provides manual brake release capabilities for robot axes, allowing technicians to safely move the robot arm manually during maintenance, power failures, or emergency situations.

A: This board is primarily designed for older legacy ABB robot families, including the S4, S4C, and S4C+ controller generations, as well as select configurations within early IRC5 setups.

A: It interfaces natively across multiple generations of the ABB IRB robot range. This includes legacy installations running on S4C and S4C+ controllers as well as modern deployments leveraging IRC5 controller platforms.

Q: Do you supply brand-new, original parts or second-hand refurbished items?

A: Our stock consists of Original New items; all products undergo quality inspection to ensure they are fully functional.

Q: What guarantees are included with the shipment?
A: All items in stock are tested by engineers, packed in professional ESD packaging, and shipped via express logistics with a global delivery time of 24–48 hours.

Q: How long does global shipping take?
A: Stock items are typically dispatched within 24 hours. Shipments are sent via DHL or FedEx Express, taking approximately 3–5 days to reach Asia, 4–6 days to Europe and the Middle East, and usually arriving within a week in major industrial regions worldwide.

Q: If the model I need is not listed on the website, can I request a quote?
A: Yes. We hold over 200,000 SKUs of industrial spare parts in stock, and many long-tail models are not listed in full. You can send us an RFQ (Request for Quote) directly, and we will provide wholesale pricing promptly.

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Request a Quote Now | Email ：info@amikon.cn