Prepare coupling guard acceptance evidence: complete drive geometry, supports, material/environment choices, installed boundary, maintenance removal and reinstatement.
Agree the coupling-guard inspection and handover evidence before fabrication is fixed. Record the complete rotating assembly, supports, clearances, access tasks and environment, then check the fabricated guard against the actual installed boundary. Retain final drawings and removal/refitting information, with any control-system validation required by the machine assessment.
Follow the survey-to-fabrication sequence and comparison criteria. This is a planning checklist, not a guard-dimension standard or confirmation of machine compliance.
Plan coupling guard fabrication around your machine hazards, operator tasks, access, stopping behaviour and validation evidence. Discuss a site-specific safeguarding concept with Oxford Machine Guarding. Use this guide to resolve risk-reduction and validation evidence before it limits the final system.
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Record shafts, coupling halves, fasteners, adjacent bearings, mounting surfaces and obstructions from the safe machine survey. Identify the relevant machine information and tasks requiring observation or physical access, and whether this is a new installation or replacement guard.
Include foreseeable movement, the full operating envelope, environmental conditions and inspection, lubrication, alignment and replacement tasks. Review access from the sides and underneath and the space needed to remove the largest part during isolated maintenance.
Record support and fixing suitability, assessed materials/openings, physical fit and the installed boundary around shafts and nearby structures. Retain inspection results, outstanding actions, final drawings and the agreed removal, refitting and reinstatement checks.
Define the complete rotating assembly and reachable boundary, including shafts, coupling halves, fasteners and bearings. Record access from the sides and underneath and any openings around pipework or adjacent structures.
Retain safe survey measurements, foreseeable movement and relevant manufacturer machine information. Check the guard concept against the full operating envelope rather than coupling diameter alone.
Separate visibility-only tasks from physical intervention. Document inspection, lubrication, alignment and coupling replacement, with removal, placement and refitting under the site safe isolation arrangements.
Identify any machine-control implications of the proposed access arrangement. Have the required inspection and control-system validation scope assessed for the complete machine before return to use.
Record mounting surfaces, holes, obstructions, supports, fixings and maintenance clearances. Identify who assesses support strength/suitability and confirm the removal route for the largest part.
Retain assessed construction/environment requirements, installed fit and boundary inspection, final drawings and outstanding actions. Include removal/refitting information and the reinstatement check in the maintenance instructions.