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  • FRNSW investigators link Villawood fire to overloaded power boards, endangering 50 residents.
  • Firefighters control three-level unit block fire on Woodville Road in 30 minutes.
  • FRNSW warns poor power board usage risks fires; 476 electrical-caused fires since June 2022.

Fire and Rescue NSW (FRNSW) specialist fire investigators have determined that a fire that damaged three units in Villawood and resulted in the evacuation of 50 people was caused by an overload of power boards.

FRNSW firefighters responded to a series of triple-zero calls to the unit complex on Woodville Road, just before 7:30 pm on Thursday evening.

Resulted from the firefighting efforts

Firefighters were confronted with a unit on the second floor of a three-level unit block engulfed in flames

On arrival, the firefighters were confronted with a unit on the second floor of a three-level unit block engulfed in flames and threatening to spread to adjoining units.

It took firefighters around 30 minutes to bring the fire under control, with firefighters remaining at the scene afterwards to clear the smoke and excess water that had resulted from the firefighting efforts.

Evacuation of residents from the apartment block

NSW Police were on site to help coordinate the evacuation of residents from the apartment block as the fire was being contained.

Superintendent Adam Dewberry from Fire and Rescue NSW (FRNSW) said that “Poor maintenance and incorrect usage of power boards can result in home and office fires endangering lives and causing considerable damage to property.”

FRNSW statistics show that since June 2022, 476 residential house fires have been caused by electrical faults.

Problems with power boards

Problems with power boards can arise from:

  • Overloading the power board
  • Dust build-up in unused points
  • Power leads become dislodged over time, particularly under a desk where they are knocked by feet
  • Poor placement of power cables and extension chords leading to the power board
  • Inadequate ventilation of the power board is preventing 'normal' dissipation of heat generation
  • Limited or no understanding of the amount of power being drawn by different appliances
  • Heavy plug-in transformers that will 'overbalance' and partially unplug, resulting in overheating from poor connections

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