Safe HRC Systems Human-Robot Collaboration Training | ISO 10218-2 Compliance | Virtual Classroom | by SICK
The Safe HRC Systems Human-Robot Collaboration Training is designed for professionals in industrial automation, focusing on ISO 10218-2 compliance and risk assessment for robot systems. This one-day virtual classroom course accommodates up to 15 trainees, providing essential knowledge for safe human-robot interaction. Ideal for safety officers and developers, it ensures a comprehensive understanding of design requirements and protective measures.
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- Training Duration: 1 day
- Training Format: Virtual Classroom
- Class Size: Maximum 15 trainees
- Language: German
- Prerequisites: Basic knowledge of safety technology including protective devices, risk assessment, and control knowledge
- Technical Requirements: PC or laptop with current web browser and internet connection
- Dimensions (H x L x W): 50mm x 200mm x 200mm
- Weight: 0.5 kg
- Knowledge of normative requirements for collaborating robots per ISO 10218-2
- Risk assessment for robot systems
- Design requirements and protective measures for safe human-robot interaction
- Online virtual classroom training with a maximum of 15 trainees
- Certificate provided by SICK upon completion
- Not applicable; this is a training course requiring participant access to a computer and internet.
- Industrial automation environments requiring safe human-robot collaboration
- Design and planning of collaborative robot systems
- Safety officers and developers implementing robot safety standards
- Complies with AS/NZS 4801 – Occupational Health & Safety Management Systems
- Complies with AS/NZS 45001 – Occupational Health & Safety (aligned with ISO 45001)
- Promotes safer and more efficient use of robots reducing waste and accidents in industrial environments
Not applicable for training services.
The Safe HRC Systems Human-Robot Collaboration Advanced Training by SICK is available now for immediate enrollment. Ideal for designers, planners, developers, and safety officers in industrial automation.
