• Immediate access and fast charging: The absence of a lockable box allows the cyclist to directly connect their cable to the 230 V socket, reducing waiting times to zero and facilitating temporary parking operations.
• Electrical insulation against infiltration: The use of the IP67 certified output socket combined with the IP54 protection cover guarantees power delivery even in the presence of rain or high humidity, excluding short circuits induced by external atmospheric agents.
• Permanent outdoor structural resistance: The combined cycle of hot-dip galvanization and black powder coating shields the square steel tube from oxidation phenomena and rust, eliminating conservative maintenance interventions.
• Stable and anti-tip anchoring: The pre-drilled base plates allow for a rigid mechanical connection on solid flooring via anchors, effectively counteracting the load stresses of the vehicle and uprooting attempts.
• Optimization of pedestrian spaces: The calibrated width and height of 800 mm combined with the open hoop design allow the single charging point to be placed even in contexts with reduced square footage or narrow sidewalks, without obstructing transit.

This hoop charging station finds its optimal application in the setup of public urban areas, squares, city parks, railway stations, cycle paths, and intermodal exchange hubs. Thanks to the slim design in square tube and the black galvanized finish, it is the ideal device to be placed in private outdoor spaces of companies, executive offices, shopping centers, hotels, restaurants, apartment courtyards, and university campuses, guaranteeing orderly parking and an accessible 230 V power point for employees, customers, and visitors using electric bicycles.

The h503_38 model is the correct choice when the mobility or outdoor furniture project requires a single charging point for e-bikes focused on maximum speed of use and an open design without closed compartments. It proves preferable to installations with protective boxes in high user rotation contexts, where simplicity of approach to the plug is fundamental, without sacrificing the stability guaranteed by a heavy steel structure of 15.7 kg with tubes up to 100x100 mm. Choosing this station means implementing a durable infrastructure immediately ready for outdoor use, quickly installable thanks to the plates for anchoring and fully complying with the dimensional specifications provided.

What is the difference in terms of use between this open hoop model and a charging station equipped with a lockable box?

The open hoop model does not integrate a lockable box, offering direct and immediate access to the power socket for a faster and smoother charging session. In stations equipped with a box, the user must insert the entire power adapter into a compartment protected by a lock, while this version is designed for contexts where parking speed and the absence of key or code management are preferred, leaving the connection point visible and usable instantly.

What levels of protection from atmospheric agents does the electrical socket of this single rack offer?

The electrical system is engineered to operate outdoors in total safety through two technical parameters indicated in the data sheet: the 230 V output socket is provided with a protective cover with an IP54 rating to preserve contacts from dust and standard splashes, while the overall architecture of the output socket is certified with an IP67 insulation rating, which guarantees a watertight seal against water infiltration and humidity in exposed outdoor contexts.

What installation requirements are necessary to ensure the stability of the 15.7 kg hoop?

The structure strictly requires a rigid and solid support surface for installation. Having a weight of 15.7 kg and having to support the load of an e-bike, the integrated base plates at the bottom of the tubes are designed for ground fixing via structural anchors. It is therefore essential to have concrete, cement, or flat asphalt flooring that allows for drilling and mechanical tightening of the anchors, ensuring the immovability of the structure.