Energy

The power supply stations are designed to supply electricity and complementary services in places temporarily used for markets and events.

The use of these stations avoids laying cables and pipes on the surface, ensuring safety for users.

They are designed for the following installations:

• urban spaces
• camping
• ports
• marinas
• shopping centers
• caravan parking areas
• areas for charging electric vehicles

ENERGY B3020 60 and B4030 60 towers with semiautomatic movement. The lifting is performed with the use of a key that unlocks the release handle, with the automatic rising of the Energy due to an incorporated gas actuator.

These towers, allow the installation of electrical sockets, single and/or three phase 16A, in compliance with regulations EN 60301-1 and EN 60301-2 and related circuit breakers. The cover plate placed at the top of the tower is in compliance with regulation UNI EN 124 with load class C250.

ENERGY B4040 55 towers at semiautomatic movement. The rising is performed with use of a key that unlocks the release handle, with the automatic lifting of the tower due to an incorporated gas actuator.

They allow for multiple installations of single–phase and/or three–phase 16A, 32A, and 63A in accordance with EN 60301–1 EN 60301–2 regulations and related protective circuit breakers.

The coverplate at the top of the movement tower is in compliance with UNI EN 124 regulations with load class C250 or D400.

The Energy LONDON 6040 and 8050 towers at semiautomatic movement, allow for multiple installations of single–phase and/or three–phase 16A and 32A in accordance with EN 60301–1 EN 60301–2 regulations and related protective circuit breakers. The driveway coverplate at the top of the moving tower is compliant with UNI EN 124 regulations with load class D400.

The design of  LONDON allows for the creation of structures that allow the connection of users and the subsequent closure of the upper structure, allowing for total drive ability in the area.

Action: the LONDON structures are operated using a mechanical key that unlocks the restraint, resulting in automatic 90º opening from the coverplate due to the incorporated gas actuator.

Closure: it is carried out by pushing it toward the ground, acting with the foot on the coverplate with the 90º opening from the ground; a cover totally below the restraint system is automatically locked, preventing the possibility of lifting.