MCL Samar 4-voudig UK-verlengsnoer met aparte schakelaars, 3m kabel, 13A, 3250W, wit

The MCL Samar CHP2164WB/19 is a high-quality 4-way extension lead designed for safe and convenient power distribution in home or office environments. Featuring individual switches for each outlet, this power strip allows you to control connected devices independently, helping to save energy and reduce standby power consumption. With a 3-meter cable and UK 3-pin plug, it offers flexibility in placement while maintaining compliance with British safety standards.

Advantages

This extension lead combines robust construction with practical features. The fire-retardant PC plastic housing ensures durability and safety, while the integrated circuit breaker provides overload protection, automatically cutting power in case of excessive current. Each outlet has its own illuminated switch, giving clear visual indication of power status. The wall-mountable design with keyhole slots allows for tidy installation, keeping cables off the floor and reducing trip hazards.

Suitable for

• Home entertainment systems (TV, gaming consoles, streaming devices)
• Office workstations (computers, monitors, printers)
• Kitchen appliances (kettles, toasters, microwaves)
• Workshops and hobby areas (power tools, chargers)
• Any environment requiring multiple power outlets with individual control

Key specifications

• Number of Outlets: 4 (UK Type G, BS 1363)
• Individual Switches: Yes, with indicator lights
• Master Switch: No
• Cable Length: 3 meters
• Rated Voltage: 220-250V AC, 50/60 Hz
• Rated Current: 13A Max
• Rated Power: 3250W Max
• Overload Protection: Yes (Integrated Circuit Breaker)
• Surge Protection: No
• Housing Material: Fire-Retardant PC Plastic
• Cable Type: H05VV-F 3G1.25mm²
• Mounting: Wall-mountable (keyholes)
• Safety Standards: CE, RoHS
• Grounding: Yes

Recommendations

For optimal safety, do not exceed the rated load of 3250W. This extension lead is intended for indoor use only. Regularly inspect the cable and plug for damage. If using multiple high-power appliances, distribute them across different outlets to avoid overloading a single socket.