Description
The Yokogawa CACR-02-KIBA is a compact servo drive designed to interface seamlessly with servo motors, acting as the bridge between the control system (such as a PLC or motion controller) and the motor itself. It works by receiving command signals from the control platform—typically position, speed, or torque setpoints—and converting these into precise electrical current outputs that drive the motor. Positioned in the automation stack between the upper-level controller and the servo motor, it plays a vital role in closing the control loop: it continuously monitors motor feedback (via encoders or resolvers) and adjusts its output in real time to maintain the desired motion parameters. The drive supports advanced control algorithms, including proportional-integral-derivative (PID) tuning, which allows engineers to optimize performance for specific applications. It also features built-in protection mechanisms, such as overcurrent, overvoltage, and overtemperature safeguards, to prevent damage to both the drive and the connected motor in fault conditions.
CACR-02-KIBA
Technical specifications:
Model Number CACR-02-KIBA
BrandYokogawa
TypeServo Drive
Input Voltage200-240V AC (single-phase)
Operating Temp Range0 to 55°C
Mounting StylePanel mount
Dimensions120mm x 180mm x 100mm (WxHxD)
WeightApprox. 1.2 kg
Interface/BusRS-485, pulse train input
ComplianceCE, RoHS
Supported ProtocolsModbus RTU
Typical Power Draw200W (continuous)
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CACR-02-KIBA
Main features and advantages:
Engineered for long-term performance in demanding industrial settings, the Yokogawa CACR-02-KIBA offers tangible benefits that directly impact operational efficiency. Its precise control capabilities ensure that servo motors maintain consistent performance even under varying loads, reducing product variability and minimizing waste in manufacturing processes. The drive’s compact design saves valuable panel space, making it ideal for control cabinets where real estate is at a premium—this reduces the need for larger enclosures, lowering overall system costs. Additionally, its built-in diagnostic features, such as error code displays and status LEDs, simplify troubleshooting, allowing maintenance teams to quickly identify and resolve issues without lengthy downtime. By ensuring reliable motor operation, the Yokogawa CACR-02-KIBA helps extend the lifespan of both the drive and the connected motor, reducing replacement costs and unplanned maintenance.
CACR-02-KIBA
Application areas:
The Yokogawa CACR-02-KIBA is deployed across a range of industries where precision motion control is critical. In electronics manufacturing, it’s used in pick-and-place machines, where it controls the servo motors responsible for placing tiny components onto circuit boards with micrometer-level accuracy—any deviation here could render the board useless. In packaging machinery, the drive ensures that conveyor belts and filling mechanisms operate at synchronized speeds, preventing misalignment of packages and ensuring consistent fill levels, which is essential for meeting quality standards. It’s also found in textile production, where it controls the motors that drive spinning and weaving equipment, maintaining uniform tension in threads to avoid breakages and ensure consistent fabric quality. In all these applications, the drive’s ability to handle fast response times and maintain stability under dynamic conditions is key to keeping production lines running smoothly.
CACR-02-KIBA
Related products:
CACR-02-KIBA
Installation and maintenance:
Before installing the Yokogawa CACR-02-KIBA, verify that the input voltage matches the drive’s 200-240V AC specification—using an incorrect voltage can cause irreversible damage. Check that the control signal from the PLC or motion controller is compatible with the drive’s input requirements (pulse train or analog signal, depending on configuration). Ensure the mounting panel is sturdy enough to support the drive’s weight and that there’s at least 30mm of clearance on all sides for proper ventilation, as the unit generates heat during operation. It’s also important to confirm that the servo motor is properly sized for the drive; mismatched motor and drive ratings can lead to poor performance or overheating. During ongoing maintenance, inspect the connectors quarterly for signs of corrosion or loose connections, especially in dusty or humid environments. Periodically check the drive’s status LEDs to ensure no error codes are present, and perform a yearly calibration check to maintain control accuracy.
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