Consulting and design
Safe and professional
SICK LifeTime Services provide consulting and design from the start – to ensure clients benefit from efficient and cost saving solutions in line with the current legal regulations and requirements. SICK helps with the selection, design and commissioning of appropriate products, but also provides machine-specific analyses and design concepts. SICK also offers engineering services such as programming and functionality checks related to regulations, standards and specifications.
Filter by:
9 results:
- Identification of electrical and mechanical hazards
- Targeted estimation and evaluation of risks
- Recommendation of appropriate risk-reducing measures
- Definition of required performance level (PLr)
- Estimation of possible reduced residual risk
- Consideration of current guidelines and standards
- Identification of electrical and mechanical hazards
- Risk assessment of identified hazards
- Evaluation of existing protective measures
- Recommendation of new or improvement of existing protective measures
- Consideration of valid provisions and regulations
- Service can be retrieved worldwide
- Efficient measurement of force and pressure by certified safety specialists from SICK
- Documentation in compliance with ISO/TS 15066 including an overview of upheld and exceeded limit values
- Expert knowledge in Safe Robotics: SICK provides support in interpreting measurement results
- Analysis of the current device performance
- Simulation of device performance for different H2 levels in natural gas
- Recommendations for ensuring explosion protection and material compatibility
- Recommendations for action for different H2 concentrations
- Individually coordinated solution proposal for developing risk-reducing measures
- Clear visualization of the solution including representation of the measures and components on the machine
- Standard-compliant planning of physical guards
- Standard-compliant planning of safety and additional protective functions
Optimum solution through the definition of required functions
- Definition of the required functions
- Evaluation and identification of ambient conditions and electrical and mechanical requirements
- Testing of the system
- Documented recommendation for an optimum solution
- Efficient safety hardware design including selection and connection of suitable safety-related controller parts
- Identification of the achieved performance level (PL)
- Dimensioning of physical guards
- Calculation of stopping times and the required safety distances
- Structured software specifications for defined safety functions
- Standard-compliant creation of safety-related application software in accordance with the V-model of ISO 13849-1
- Comprehensible programming and parameterization of the safety controller
- Execution of code review to ensure software is error-free
- Creation of the verification and validation plan with detailed description of the test procedure for subsequent testing of the safety solution
- Efficient and traceable execution and documentation of tests
- Documentation of detected errors and deviations and how to correct them