Mercury: 787.324UK, Quick Blow Glass Fuses, 6 x 32mm, 315mA, 250V, Pack of 10

Product Overview & Key Benefits

TheQuick Blow 6 x 32mm Glass Fusesare essential components designed to protect electrical circuits from overloads and faults. These 6 x 32mm fuses are suitable for a variety of applications, providing reliable circuit protection for both domestic and commercial use. Ideal for DIY enthusiasts and professionals alike, these fuses are perfect for ensuring that your electrical installations function safely and efficiently. The quick blow feature further enhances safety by ensuring that the fuse operates rapidly in the event of an electrical surge, thereby safeguarding your devices.

Technical Specifications & Product Details

• Model:Quick Blow 6 x 32mm
• Variant:315mA
• Voltage Rating:250V
• Dimensions:
• Width: 6mmHeight: 6mmLength: 32mm
• Material:Glass
• Packaging:Packed in sets of 10
• Compliance:IEC standards 127. sheets 1 and 11
• Weight:0.0001kg

Ideal Uses & Applications

The Quick Blow 6 x 32mm Glass Fuses are versatile and can be employed in a multitude of settings. Common applications include:

• Domestic DIY Projects:Perfect for use in household circuits and electrical repairs.
• Commercial Buildings:Suitable for protecting electrical equipment in commercial environments, ensuring operational safety.
• Hospitality Settings:Ideal for maintaining reliable electrical systems in hotels and restaurants where safety is paramount.
• Offices:Ensure the protection of office equipment, cooling systems, and other critical devices.

Energy Efficiency & Cost Savings

The Quick Blow 6 x 32mm Glass Fuses not only provide safety through protection against overloads, but they can also contribute to overall energy efficiency in your electrical systems. By preventing damage to devices caused by electrical surges, these fuses help to prolong the lifespan of your appliances, saving replacement costs and reducing waste. Using reliable fuses can help you maintain an efficient electrical system, which could lead to lower energy bills due to less disruption and improved equipment performance.