BDS5A-240-00110/802A2-030 Kollmorgen
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The Kollmorgen BDS5A-240-00110/802A2-030 is an industrial servo drive from the BDS Industrial Servo Drives series with a voltage rating of 230 VAC and a maximum speed of 8000 RPM. This drive provides an analog input range of ±10 V, supports RS-232 communication, and offers 23 discrete inputs along with 10 discrete outputs. It delivers 40 amps per phase and features a speed resolution of 0.0005 RPM with speed stability of 0.01%.
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Product Description:
The BDS5A-240-00110/802A2-030 is a servo drive produced by Kollmorgen for the BDS Industrial Servo Drives series. It converts line power into regulated three-phase current and interprets motion commands to operate synchronous or induction motors in automated equipment. By combining power amplification with real-time feedback processing, the drive forms the electrical link between a PLC or motion controller and the mechanical axis, enabling precise speed and position control in packaging machines, pick-and-place modules, and general-purpose machinery.
The amplifier accepts a supply of 230 VAC and can deliver up to 40 amps per phase to the connected motor. Its command channel supports a full-scale range of ±10 V, matching common analog velocity or torque references, and uses an analog input. Mechanical motion is supported up to 8000 rpm. Within that range, the internal processor resolves incremental velocity changes down to 0.0005 rpm, while closed-loop regulation holds long-term speed variation to 0.01%. Communication for setup and service uses an RS-232 port, and position information is processed as 32-bit data. Twenty-three optically isolated discrete inputs and ten sourcing outputs provide a 33-point I/O interface for end-of-travel switches, interlocks, pneumatic valves, and other external devices.
Feedback is decoded at 4096 counts per revolution, and the resolver-to-digital converter maintains a system accuracy of 8 arcminutes with a conversion resolution of 12 bits. This feedback processing allows the controller to monitor shaft position and apply corrections as operating conditions change. Edge-triggered events are latched with a capture accuracy of ±25 microseconds, supporting tightly synchronized registration moves. The discrete I/O resources complement the analog control loop by allowing enable chains, limit switches, and status indicators to connect directly to the drive. Optically isolated inputs help separate external control signals from internal electronics, while sourcing outputs can operate compatible field devices without separate interface modules.
