Components whose unwanted movement could create unacceptable risk are mounted securely, checked against the risk management file; conductors and connectors are secured or insulated so that accidental detachment cannot cause a hazardous situation, a wire breaking free at its joint and swinging about its support not being adequately secured if it can reach a hazardous point, breaking free of one restraint being a single fault condition, and stranded conductors not being solder-coated where clamped if poor contact could be hazardous; tool-free detachable interconnecting cords between parts of the equipment are connected so that loosening or breaking one connecting means does not compromise the 8.4 limits at metal accessible parts, checked with the test finger where needed; control devices worked by hand or foot and connected by cord, and their cords, carry only conductors and components not above 60 V for d.c. (10 percent ripple) or 42.4 V peak for a.c., in circuits that two means of protection separate from the mains part, and their cord connections and anchorages at both ends meet the power supply cord requirements of 8.11.3 where breaking free or shorting could be hazardous, as do other hand-held parts; internal cables and wiring are protected against moving parts and sharp corners and edges and against damage while the equipment is assembled or access covers are opened or shut, where such damage could be hazardous; guiding rollers do not bend movable insulated conductors round a radius under five times the lead's outer diameter; insulating sleeving on internal wiring is secured (removable only by breaking or cutting, or fixed at both ends), a flexible cord sheath inside the equipment is not a means of protection where stressed beyond its rating, and conductors above 70 degrees in normal use have heat-resistant insulation where deterioration would impair compliance.
The graph holds this control, the 0 it maps to, and the evidence behind each claim, over MCP and REST.