CX-U613-BLACK network strip
2M anti-voltage power strip with a switch
3 230V sockets
6 USB sockets
Switch under the button
The strip is equipped with a modern Schuko grounding standard
Due to the large number of sockets strip draws attention to the practicality and convenience of use while maintaining small dimensions.
Home energy center
9 convenient sockets and advanced construction of the strip guarantee trouble-free use for many years.
Built-in surge protection system and a system to protect USB-charged devices will ensure long-term durability of the equipment connected to it.
The power strip is equipped with an anti-corrosive connector and a very durable outer layer, which provides high resistance to abrasion and breakage.
Technical specification:
230V sockets
Supply voltage: 220-240V
Number of sockets: 3
Maximum load: 2500W / 10A@250V
Type of sockets: Grounded sockets in Schuko standard with grooves making it easier to fit the plug into the holes
Degree of protection: IP20
Cable marking: 300/500V
Surge protection system
USB sockets:
Supply voltage: 5V
Number of USB sockets: 6
Maximum load: 17W / 3.4A @ 5V
Degree of protection: IP20
Multi-stage protection system for stable and safe operation of charged devices
Cable:
Length: 2m / 7.6mm diameter
Plug: angled 16A 250V, UNI-SCHUKO
Plug designation: SF-10 INOFAIR, N/D/S/OVE/GVE/FI standards
Dimensions:
Cable length: 2 m
Height: 3.5 cm
Length: 14 cm
Width: 9.5 cm
Weight: 0.35 kg
Product Features:
Power cut-off switch
Built-in surge protector and USB charging device protection system
9 convenient outlets
Grooves for easy hitting the plug into the socket
Thick, robust 300/500V cable
Modern standards
Grounded sockets in Schuko standard allow you to insert the plug normally and after turning it 180 degrees.
In addition, almost every modern appliance is equipped with a Uni-schuko plug (photo opposite), which is compatible with both Schuko and traditional "peg" grounding.
Traditional plugs, without any grounding, can be connected to the Schuko strip. However, we recommend using high-current devices with grounding.