KUKA KR CS Box-2 Compact Controller for Four Axis SCARA Robot
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Au:FANS
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DA:2026-09-20
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KUKA KR CS Box-2 is a compact controller designed for KR SCARA CS series robotic arms. Compared with the previous generation product, it adopts a stronger CPU, with a performance improvement of about 40%, smaller size, richer communication interfaces, and more stable system operation. It supports a maximum of 4 servo axes, weighs about 7 kg, has a protection level of IP20, noise level below 60 dB (A), power supply from AC 1 × 200 V to 240 V, maximum input power of 3.50 kVA, frequency of 50/60 Hz. It is recommended to use a protection device with not less than 16 A on the main power supply side, and a B-type full current sensitive residual current protector with a rated residual operating current of not less than 30 mA. The system impedance is not greater than 100 m Ω, and the ground leakage current is not greater than 10 mA. The controller provides 24 digital inputs, 16 digital outputs, 2 Ethernet interfaces, and 1 EtherCAT interface, with safety performance in accordance with ISO 13849-1 Performance Level d, Category 3, and PFH value less than 1.724 × 10. ⁻⁷. For on-site engineers, the troubleshooting focus of KR CS Box-2 is not on whether it can be powered on, but on the quick positioning of safety chains, servo drives, EtherCAT communication, I/O wiring, and display panel alarm codes.
In the servo drive debugging software DriveMasterMA, short circuit 0x2250, output overcurrent 0x2310/0x2311/0x2312, hardware overcurrent 0x2320, encoder data abnormality 0xFF06, encoder communication abnormality 0xFF07, encoder communication timeout 0xFF08, encoder internal abnormality 0xFF09, control encoder overspeed 0xFF14, continuous drive overload 0xFF15, drive output phase loss 0xFF17, motor speed loss control 0xFF18, position target abnormality 0xFF22, motor braking abnormality 0xFF25, control power undervoltage 0xFF26, STO1 triggering 0xFF27, motor overspeed 0xFF31, EtherCAT abnormality 0xFF51, encoder resolution change 0xFF52, encoder overheating 0xFF53, encoder battery Undervoltage 0xFF54, excessive power on position deviation 0xFF58, abnormal encoder acceleration 0xFF59, motor stalling 0xFF60, abnormal brake control 0xFF66, servo not ready 0xFF77, STO Abnormal wiring of 0xFF8F can be handled by checking the cable, reducing the load, optimizing parameters, or replacing the encoder or driver.
