Assorted travel adaptors - sold at Big W
The adaptors do not meet Australian Electrical Safety Requirements as the plug pins are uninsulated and they do not have the required Australian Regulatory Compliance Mark.
58 archived Australian notices, each linked to its official Product Safety Australia source. The page updates automatically when new notices arrive.
The adaptors do not meet Australian Electrical Safety Requirements as the plug pins are uninsulated and they do not have the required Australian Regulatory Compliance Mark.
These products don’t comply with the mandatory standard for toppling furniture . Required warning labels are missing. Consumers may not be aware of the hazards.
This product doesn’t comply with the mandatory standard for toppling furniture . Required warning labels are missing. Consumers may not be aware of the hazards.
The heatbed cable in affected printers can be damaged if bent during shipping or as installed. This can cause a short-circuit resulting in electric shock or a fire.
The power bank may overheat and catch fire.
The wall plug can break off the main body of the charger exposing the internal wires.
The wall plug can break off the main body of the charger exposing the internal wires.
The wall plug can break off the main body of the charger exposing the internal wires.
The wall plug can break off the main body of the charger exposing the internal wires.
The material inside the adapter’s DC-IN plug can degrade over time, which may cause the plug to overheat and catch fire.
The wall plug can break off the main body of the charger exposing the internal wires.
The wall plug can break off the main body of the charger exposing the internal wires.
The wall plug can break off the main body of the charger exposing the internal wires.
The wall plug can break off the main body of the charger exposing the internal wires.
The power bank’s internal screws can come loose, causing a short circuit that can overheat the power bank’s lithium-ion battery.
The dive computer does not automatically adjust the pressure level when diving at 900m (3000 feet) altitude or higher, leading to miscalculation of the remaining dive time and ascent procedure.
Due to the circuit board's design, the metal screws that attach the PCIe riser assembly to the frame can cause a short in the printed circuit board and this may overheat and catch fire.
Substances normally present in the foam interface’s manufacturing process may cause skin irritation.
Due to an internal fault the battery in the power bank may overheat and catch fire.
If the power supply is assembled incorrectly, live parts can be exposed, which does not comply with the electrical safety standard.
A component of the insulating resin in the DC Plug may cause the Adapter to overheat, melt, smoke or ignite.
The Power Adapter Charger does not comply with the relevant mandatory electrical standard.
Batteries in affected older generation 15-inch MacBook Pros can overheat.
If the projectors are ceiling or wall mounted in a location that can result in their exposure to smoke, steam or vapours containing oils and solvents, the plastic casing can be weakened near where the projector is attached to the ceiling mount and the plastic may crack. If this occurs, the projector may fall from its mounting. Locations where these exposures are most likely to occur include near kitchens or near exhaust extraction fans.
There is potential on some units for the faceplate to separate from the body of the AC plug head, exposing live parts.
The mesh point extender that plugs into your wall socket outlet has a manufacturing defect where the enclosure may split open exposing live parts. The Amplifi router (AFI-R) is not affected.
DC-IN plug of the AC adapter may overheat and cause a fire when the material contained within the plug deteriorates over time.
There is a software configuration issue with the battery pack discharge which causes the battery to potentially overheat.
Water can leak into the weatherproof connector on the power adapter.
An unfastened screw could compromise the battery and cause overheating.
The affected batteries have the potential to overheat.
Imperfect bonding on the electrical plug for the two mesh points.
The Tablet battery pack may overheat as the cells contain contaminated materials.
The affected batteries may overheat because of a short circuit.
The battery cells in the rechargeable battery pack may combust.
The affected batteries have the potential to overheat.
A connector inside the computer can overheat and cause a fire.
Some battery packs, manufactured by Panasonic for Sony, which are supplied with these products are in a batch that has the possibility to overheat due to a manufacturing issue.
There is a risk that the rechargeable battery pack may overheat, cause smoke or may ignite.
There is a risk that the rechargeable battery pack may overheat cause smoke or may ignite.
The AC supply flexible cord of the cordset can fail at the entry to the appliance connector where it plugs into the power supply unit for the device, or at the entry to the power socket.
In some circumstances the circuit board may short-circuit causing the screen to freeze.
In rare instances battery packs manufactured by Panasonic Corporation may overheat.
The internal insulation is not to specification.
The power cord may overheat during use.
Uncertified batteries have been found in the affected batches. Additionally, there is a risk of the back casing falling off after being dropped and then exposing the internal wires and battery.
In some instances the "LS-15" labelled connector's electrical insulation may degrade over time with the potential to overheat and burn.
The rechargeable battery may contain manufacturing defects and may overheat
In some instances the "LS-15" labelled connector's electrical insulation may degrade over time with the potential to overheat and burn.
In some instances the ‘LS-15’ connector’s electrical insulation may degrade over time with the potential to overheat, posing a fire and burn hazard.
In some instances the USB charger can overheat which can cause the casing to melt allowing access to live circuits.
The rubber tip may become detached from the stylus.
The rechargeable battery may contain manufacturing defects and overheat.
The lithium-ion battery may overheat.
The battery cells in Sherpa 50 and Sherpa 120 battery packs may overcharge, causing them to overheat, bulge, and release gas.
There is a risk that a capacitor inside the battery can overheat, posing a fire and burn hazard to consumers.
The HP Chromebook 11 Charger may overheat and/or melt.
A manufacturing defect causes failure of the cable's USB connection.