In some setups the change will be minimal or negligible, while in others (perhaps not yours) the font just will be too small to read or so big as to interfere. It also depends what you consider “readable,” what other accessibility features you use, and what add-ons you have. It really does depend in part on what size monitor/TV you use and how far away you sit from it. I sit about the same distance from my smallish tv as most people do from their monitor, so I'm still not really seeing what distance has to do with anything. That comes with different requirements for an interface. Most of us don't sit 2 meters away from a TV, but barely 1 meter from a much smaller PC screen. Sooo it just looks the way it does on console then? I'm confused as to what people are so up in arms about XD The new one on the PTS is fixed at this size: There's not really a comparison for the one on live, because you can scale it to whatever you want, between these extremes: So is there a comparison shot old vs new? Managing electrical risks in the workplace code of practice 2021 (PDF, 1.My gf uses controller when playing on pc with hdmi going to a 4k TV.Further informationįor more information on working on or near exposed energised parts refer to: Legislative breaches may be referred to the Electrical Licensing Committee for disciplinary action. ensuring workers have tools, test equipment and PPE suitable for the rated level of fault current.Īdditional consideration should be given to using a safety observer.ensuring people not required for the work are excluded from the area, by use of screens, barriers and signage.ensuring testing procedures are in place to prove parts are de-energised before work commences.ensuring workers have appropriate knowledge and skills to perform the work safely.using insulated or non-conductive physical barriers to prevent inadvertent contact with energised parts.electrically isolating nearby electrical equipment or installation before starting work, and ensuring it can't be reconnected while the work is being carried out.Under the hierarchy of controls, substitution, isolation and engineering controls are ranked at the same level of protection, ahead of administrative controls and then personal protective equipment.Ī safe system of work or safe work method statement for managing the risk of arc flash should include: This may involve a single control measure or a combination of two or more different controls. You must work through the hierarchy of controls to choose the control that most effectively eliminates or minimises the risk of working near energised electrical parts. transformers located near the switchboard.the presence of fault current limiters on the switchboard.high fault current ratings of circuit protection devices.the size of the incoming consumer mains.For the risk of arc flash, the risk assessment must consider the level of possible fault current present at the board. If there is a safety risk associated with working near energised electrical parts, a written risk assessment should be conducted to determine the risk level and decide on appropriate risk control measures. electrical fires induced by allowing moisture or dust to enter electrical equipment.exposed high-temperature parts causing burns to bare skin.explosion, for example if a metal tool is dropped onto bus bars causing a short circuit.electric shock if exposed energised parts are touched.However, the risks associated with performing work near exposed live parts can be equivalent to those associated with live work. If you must work live, for example when testing or fault finding, you must conduct a risk assessment. If possible, turn off the power to the entire switchboard, even if this means rescheduling the work to another time. Working in switchboards carries a greater risk of injury due to a greater presence of high fault current and work often being carried out within a confined space. The injured workers were either performing electrical testing, working near other energised parts or had failed to correctly isolate the circuit before commencing work. The ESO is investigating three other serious electrical incidents where electrical workers received significant arc flash burns working on or near energised equipment in a switchboard. Following yet another arc flash injury caused by failing to test a circuit before work started in a switchboard, the Electrical Safety Office is issuing an urgent callout to electrical workers - it's time to reset your safety focus and test before you touch.
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