Parking and Charging Racks
CODE: E-RAS-M-6-MIX
Hybrid electric rack made of anticorodal aluminum with 3 integrated e-bike chargers and 3 Schuko sockets for versatile charging compatible with various devices, a maintenance station can be added. Designed for maximum adaptability, the rack can be easily customized thanks to its compatibility with a wide range of accessories.
- Structure made of anticorodal aluminum, molded plastic components, various stainless steel bolts.
- UV-resistant powder coating.
- No special maintenance required: the device is designed to withstand all weather conditions.
- Device manufactured in compliance with international IEC and CEI EN standards.
Height: 1005 mm
Width: 2700 mm
Depth: 500 mm
Weight: 45 kg
ELECTRICAL SECTION:
- 3 integrated chargers available, compatible with Bosch, Shimano, Yamaha, and Brose.
- 3 Schuko sockets, 8 A max, IP54, 230 volts
- 3 RCBOs, 30 mA residual current, 16 A rated current
- Connection of sockets using single-core FS17 cable, cross-section 2.5 mm²; connection between RCBO and electrical panel with neoprene cable type H07RN-F 3G4.00.B, 450/750 V, temperature range -25/+60°C.
- Electric cable length for connection to the power grid: 5 meters.
1. Are bike racks prone to rust?
No, aluminum bike racks do not rust because they are made entirely from aluminum — a material that is naturally resistant to corrosion. This makes them an ideal choice for humid environments or outdoor installations. Unlike untreated steel or iron structures, aluminum bike racks offer excellent protection against rust and weather-related wear.
2. How many bike slots are available on the rack?
The base model of the bike rack offers 6 bike slots with charging capability for electric devices. However, the capacity can be expanded to accommodate up to 12 bicycles by adding optional accessories such as the additional bike holder kit (code PB-EXTRA-6) and extra Shuko power outlets (code KEBP-EXTRA-6). This flexibility makes the rack an ideal solution for bike parking in urban areas, businesses, schools, and public spaces that require modular and efficient options for sustainable mobility.
