Who should use this
AMR, robotic arm, cobot, manufacturing, warehouse and hospital logistics teams organizing safety circuit documentation before integration review.
Safety, Ruggedization & Field Deployment
Prepare E-stop, safety relay, safety I/O, safe-stop, scanner, bumper, interlock and validation-boundary inputs for robot safety circuit reviews.
AMR, robotic arm, cobot, manufacturing, warehouse and hospital logistics teams organizing safety circuit documentation before integration review.
The guide captures device interfaces and responsibility boundaries without assigning risk-assessment ownership or certifying PL / SIL results.
Bring E-stop architecture, safety relay or PLC, safety I/O, STO / SS1 or safe-stop interfaces, scanner fields, bumper edges, interlocks, reset logic and customer-supplied PLr / SIL target records.
When to use this guide
Key engineering decisions
Map E-stop devices, safety relay or safety PLC, safety I/O and reset logic without assuming validation ownership.
Record customer-supplied STO, SS1 or other safe-stop interface requirements and the devices connected to them.
Identify scanner fields, bumper edges, gates, interlocks and any operating-mode dependencies.
Separate wiring and interface review from the customer risk assessment, PLr / SIL target selection and final validation plan.
RFQ preparation checklist
Engineering file considerations
Not covered by this guide
Use the guide checklist to submit one RFQ with product, file and subsystem context. Controlled access may apply to STEP/STP, native CAD, full drawings and supplier-sensitive records.