Mercury: 787.149UK, Slow Blow Fuses, 6 x 32mm, 15A, 250V, IEC Compliant, Pack of 10

Product Overview & Key Benefits

TheFuses 6 x 32mm Slow Bloware expertly designed glass fuses specifically engineered to provide reliable protection for electrical circuits. These slow blow fuses are perfect for applications where inrush currents can cause standard fuses to blow prematurely. With a rating of15Aand a voltage capacity of250V, these fuses offer an ideal solution for domestic and commercial installations, ensuring safety and longevity for all connected devices.

Technical Specifications & Product Details

• Type:Slow Blow Glass Fuse
• Dimensions:6mm (Width) x 6mm (Height) x 32mm (Length)
• Weight:0.0001kg
• Voltage Rating:250V
• Current Rating:15A
• Compliance:Complies with IEC standards 127, sheets 1 and 11
• Pack Size:Packed in sets of 10
• Materials:Durable glass casing for visibility and safety
• Colour:Transparent

Ideal Uses & Applications

TheFuses 6 x 32mm Slow Blowfuses are suitable for a wide range of applications, making them a versatile choice for various settings. Common scenarios include:

• Domestic DIY Projects:Perfect for home appliances and lighting circuits that may draw higher initial currents.
• Commercial Buildings:Utilised in office equipment and machinery where gradual current limits are critical.
• Hospitality Settings:Ideal for commercial kitchens, ensuring the protection of both small and large appliances.
• Electrical Contractors:A must-have item for professionals needing reliable fuses for maintenance or installation tasks.

Energy Efficiency & Cost Savings

Utilising theFuses 6 x 32mm Slow Blowfuses can lead to measurable energy savings. By effectively protecting sensitive electronic devices from overloads, these fuses help decrease the likelihood of damage caused by excessive current, reducing the need for costly repairs or replacements. Additionally, by optimising the electrical circuit protection, users can ensure devices operate within their designed current limits, potentially leading to lower electricity consumption and improved energy efficiency in the long term.