The Allnet 333.402 is a 19-inch power strip in 1 HE format, specifically designed for mounting in server racks and IT infrastructures. The device features six grounded sockets according to CEE 7/7, suitable for powering IT and network equipment. The power strip is finished in light grey (RAL 7035) and offers additional protection features such as surge protection and integrated filtering technology, in addition to power supply. The cable has a length of 2.0 meters and is equipped with a 30D CEE7/7 plug, intended for connection to a wall socket. The entire unit is non-openable, ensuring safe and uninterrupted operation. The package includes mounting brackets and screws to enable rack installation. The product is packaged in a foil sleeve and is designed for use in professional environments such as data centers, server rooms, or IT workshops.

Applications
This power strip is suitable for use in IT and network environments where reliable and protected power supply for multiple devices is required. It is particularly suitable for racks with a height of 1 HE, where space is limited and a compact yet powerful solution is needed. The integrated protection features make it a safe choice for sensitive electronics that need to be protected from voltage spikes and power line disturbances. Typical use cases include server rooms, data centers, or during the installation of network equipment.

Functions and Features in Detail
The Allnet 333.402 provides six grounded sockets, manufactured according to the CEE 7/7 standard, making them suitable for use in Germany and other European countries. The sockets are arranged in a row, allowing simultaneous power supply to multiple devices. The integrated surge protection with a nominal discharge current of 6.5 kA protects connected devices from transient voltage spikes caused by lightning strikes or power fluctuations. Additionally, a line filter and a frequency filter (GVS) are integrated, reducing disturbances in the power supply and improving power quality. This is especially important for sensitive IT systems that require clean and stable power.

Technical Explanation
The 6.5 kA surge protection is an important safety mechanism that activates during sudden voltage spikes to protect connected devices from damage. The integrated filters (line and frequency filters) ensure that electrical disturbances transmitted through the power grid are intercepted. This prevents such disturbances from affecting the operation of IT and network devices. The cable, with a length of 2.0 meters and a cross-section of 3G1.5 mm² (H05VV-F), provides sufficient power transmission capacity and is designed for indoor use. The use of H05VV-F as cable type is common for flexible, non-flammable cables in electrical installations.

Compatibility and Accessories
The power strip is designed for mounting in 19-inch racks and comes with mounting brackets and screws to ensure secure installation. The sockets are standardized according to CEE 7/7, enabling universal use across Europe. The cable ends with a 30D CEE7/7 plug, which fits into a standard wall socket. No specific accessory products are mentioned in the sources that can be directly combined with this item.

Installation and Mounting
Installation is done using the included mounting brackets and screws. The power strip is inserted into the rack and secured at the designated mounting points. The cable can be routed according to available space, with a length of 2.0 meters being sufficient to connect the power strip to a wall socket. The non-openable design ensures that unauthorized access to electrical components is impossible.

Operational Advantages
The combination of surge protection, line filter, and frequency filter ensures high operational safety and extends the lifespan of connected devices. The compact 1 HE design allows efficient use of rack space without occupying much room. The light grey color (RAL 7035) matches typical IT infrastructures aesthetically. The integrated protection features reduce the risk of failures due to power disturbances and increase the overall system reliability.