Unidad de distribución de energía ShiverPeaks BS09-20265

The ShiverPeaks BS09-20265 is a basic power distribution unit designed to provide convenient mains power to multiple devices. Constructed from durable aluminum and finished in black, this unit offers six AC outlets and a fixed 1.5 m mains cable. It is specified for nominal input voltage of 220–240 V, a maximum current of 16 A and a frequency of 50 Hz, making it suitable for standard electrical installations where straightforward power distribution is required.

Advantages

The aluminum housing provides robust mechanical protection while maintaining a relatively low weight. Six AC outlets allow connection of multiple appliances, tools or electronic devices without the need for additional adapters. A 1.5 m integrated cable simplifies installation and reduces cable clutter. The unit's rated voltage and current align with common mains specifications in many regions, enabling reliable operation within its specified limits.

Suitable for

• Powering multiple desktop devices such as monitors, computers and printers
• Workshops and light industrial settings for tools and small machinery
• Home office and AV setups requiring several mains connections
• Temporary event power distribution where a compact unit is needed

Key specifications

• Number of AC outlets: 6
• Cable length: 1.5 m
• Housing material: aluminum
• Colour: black
• Nominal input voltage: 220–240 V
• Maximum current: 16 A
• Operating frequency: 50 Hz

How to use

Position the power distribution unit on a stable, dry surface close to the mains socket and ensure adequate ventilation around the housing. Plug the integrated cable into a compatible 220–240 V mains outlet rated for up to 16 A. Connect equipment to the AC outlets, observing the cumulative current draw so it does not exceed the unit's 16 A rating. Avoid overloading by calculating the total power consumption of connected devices and unplug the unit before performing any maintenance.

Recommendations

Do not use the unit in damp or wet environments and avoid exposing the aluminum housing to corrosive chemicals. For continuous high-power loads, verify that the sum of device currents remains below 16 A and distribute heavy loads across separate circuits if necessary. Inspect the cable and housing periodically for damage and discontinue use if any defects are found.