Product Introduction
The ABB (KUKA) 00-120-402 Safety Circuit Board is an industrial-grade electronic module designed to manage and monitor safety-related functions within KUKA robotic controllers. This board provides critical safety logic, signal evaluation, and fault monitoring to ensure the safe operation of robot systems, including emergency stop circuits, safety interlocks, and protective monitoring of drives and actuators.
Built for industrial and robotic environments, the 00-120-402 board integrates seamlessly with KUKA controllers to maintain deterministic safety responses while meeting high standards for industrial functional safety. Its design focuses on robust electrical performance, reliable signal processing, and fast response times, ensuring that safety functions remain active even under fault conditions or unexpected disturbances.
With a compact form factor, this safety circuit board fits directly into KUKA control cabinets, connecting to other safety modules, interface boards, and controller components. Its industrial-grade PCB and reinforced connectors provide stability under vibration, temperature fluctuations, and continuous operational load.
Product Specifications
| Parameter | Description |
|---|---|
| Product Type | Safety Circuit Board |
| Controller Compatibility | KUKA KRC Series |
| Function | Safety signal evaluation and fault monitoring |
| Safety Features | Emergency stop, safety interlocks, actuator monitoring |
| Electrical Isolation | Reinforced isolation for critical circuits |
| Signal Interface | Digital inputs/outputs for safety sensors and relays |
| Response Time | Optimized for real-time safety reactions |
| Installation Environment | Robot control cabinet |
| Mounting Method | Cabinet-integrated board installation |
| Mechanical Protection | Industrial-grade PCB and connectors |
| Dimensions | 200 × 145 × 35 mm |
| Weight | 0.4 kg |
Applications
• Monitoring and controlling emergency stop circuits in KUKA robot systems
• Evaluating safety interlocks for doors, barriers, and protective devices
• Actuator and drive monitoring to prevent unsafe operation during faults
• Integration in KUKA KRC controller cabinets as part of functional safety architecture
• Industrial robotic applications in automotive, assembly, and manufacturing environments
• Continuous-duty safety management, ensuring compliance with safety standards
Advantages
• Dedicated safety design, ensuring reliable detection and response to fault conditions
• Fast response times, critical for robotic system emergency handling
• Electrical isolation between safety and operational circuits, enhancing reliability
• Robust industrial PCB construction, resistant to vibration and electrical noise
• Compact form factor, simplifying installation in existing control cabinets
• Seamless integration with KUKA controllers, supporting deterministic safety logic
Excellent PLC
