Stepped lighting poles

The stepped pole is considered a traditional product. It is a very simple structure, suitable for multiple uses such as urban and extra-urban lighting.

It is made of steel and is manufactured by forming one end of tubes, which are then joined together through circumferential welding at the stepped sections.

This design serves to provide structural stability while ensuring an aesthetic appearance that blends with the surrounding environment. Stepped poles are used to support public lighting devices, such as streetlights or floodlights, and are installed in various areas such as roads, parks, squares, and pedestrian zones.

Shape: The main feature of these poles is their stepped shape, with distinct sections that decrease in diameter. This design not only provides structural stability but also contributes to a more pleasing aesthetic.

Material: The stepped poles are made of S235JR steel (compliant with UNI EN 10219 standards).

Height: The pole length depends on the application and the lighting requirements of the area. The height and diameter can vary based on the specific project needs. In the standard version, they range from 2.5 meters to 12 meters above ground.

Ground fixing: The poles can be embedded directly into a concrete foundation plinth or anchored to the plinth with ties if they are equipped with a steel plate welded to the base of the pole.

Finish: Stepped poles are supplied with a protective coating consisting of hot-dip galvanization to withstand weather conditions. Painting is available upon request to enhance their durability and visual appearance over time.

Lighting compatibility: Stepped poles are designed to support lighting fixtures. They can include brackets or specific mounts for streetlights, floodlights, or other types of lights.

Urban design: Stepped lighting poles are often designed with the aesthetics of urban areas in mind. The clean lines and modern design can enhance the environmental context.

Products list

The final foundation must be verified and approved by the Works Management based on the actual ground conditions.

 

All poles with a terminal diameter other than 60mm, except for item R13, are equipped with a welded connection stub at the top, always with a diameter of 60mm.
m
m
mm
mm
mm
mm × mm
kg
m²
m × m × m
RL03 2,5 0,5 76 60 3 132 × 38 17 0,64 0,80 × 0,80 × 0,70
RL04 3,5 0,5 76 60 3 132 × 38 21 0,85 0,80 × 0,80 × 0,70
R04 3,5 0,5 89 60 3 132 × 38 23 0,94 0,90 × 0,90 × 0,70
R045 4 0,5 89 60 3 132 × 38 26 1,05 0,90 × 0,90 × 0,70
R05 4,5 0,5 89 60 3 132 × 38 29 1,17 0,90 × 0,90 × 0,70
R055 5 0,5 89 60 3 132 × 38 32 1,29 0,90 × 0,90 × 0,70
R06 5,5 0,5 102 60 3 132 × 38 38 1,53 1,00 × 1,00 × 0,70
R07 6 0,8 114 60 3 186 × 45 53 2,16 1,10 × 1,10 × 0,90
R071 6 0,8 127 76 3 186 × 45 56 2,00 1,20 × 1,20 × 0,90
R072 6 0,8 139 76 3 186 × 45 62 2,30 1,20 × 1,20 × 0,90
RS07 6 0,8 152 89 4/3 186 × 45 83 2,57 1,30 × 1,30 × 0,90
RL08 7 0,8 114 76 3 186 × 45 58 2,33 1,10 × 1,10 × 0,90
R08 7 0,8 127 76 3 186 × 45 64 2.49 1,10 × 1,10 × 0,90
R081 7 0,8 139 76 3 186 × 45 68 2,63 1,20 × 1,20 × 0,90
RS08 7 0,8 152 89 4/3 186 × 45 99 2,95 1,30 × 1,30 × 0,90
RL09 8 0,8 127 76 3 186 × 45 68 2,80 1,20 × 1,20 × 0,90
R09 8 0,8 139 76 3 186 × 45 75 2,97 1,20 × 1,20 × 0,90
R091 8 0,8 139 76 4/3 186 × 45 85 3,15 1,20 × 1,20 × 0,90
RS09 8 0,8 168 89 4/3 186 × 45 110 3,37 1,40 × 1,40 × 0,90
RL10 9 0,8 139 76 3 186 × 45 85 3,31 1,20 × 1,20 × 0,90
RL101 9 0,8 139 76 4/3 186 × 45 94 3,31 1,30 × 1,30 × 0,90
R10 9 0,8 152 76 4/3 186 × 45 105 3,71 1,30 × 1,30 × 0,90
RS10 9 0,8 193 89 4/3 186 × 45 138 4,14 1,50 × 1,50 × 0,90
RL11 10 0,8 139 76 3 186 × 45 90 3,65 1,40 × 1,40 × 0,90
RL111 10 0,8 139 76 4/3 186 × 45 100 3,65 1,30 × 1,30 × 0,90
R11 10 0,8 152 76 4/3 186 × 45 110 3,87 1,40 × 1,40 × 0,90
RS11 10 0,8 193 89 4/3 186 × 45 155 4,78 1,60 × 1,60 × 0,90
RL12 11 0,8 152 76 4/3 186 × 45 127 4,22 1,50 × 1,50 × 0,90
R12 11 0,8 168 89 4/3 186 × 45 149 4,76 1,60 × 1,60 × 0,90
RL13 12 0,8 168 89 4/3 186 × 45 160 5,16 1,60 × 1,60 × 0,90
RS12 11 0,8 193 89 4/3 186 × 45 162 5,23 1,60 × 1,60 × 0,90
R13 12 0,8 193 102 4/3 186 × 45 186 6,39 1,60 × 1,60 × 0,90

The final foundation must be verified and approved by the Works Management based on the actual ground conditions.

 

All poles with a terminal diameter other than 60mm are equipped with a welded connection stub at the top, always with a diameter of 60mm.
m
mm
mm
mm
mm × mm
mm
mm
mm
mm
kg
m²
m × m × m
RL03P 3 76 60 3 132 × 38 250 180 M16 300 20 0,64 0,80 × 0,80 × 0,70
RL04P 4 76 60 3 132 × 38 250 180 M16 300 26 0,85 0,80 × 0,80 × 0,70
R04P 4 89 60 3 132 × 38 250 180 M16 300 28 0,94 0,90 × 0,90 × 0,70
R045P 4,5 89 60 3 132 × 38 250 180 M16 300 30 1,05 0,90 × 0,90 × 0,70
R05P 5 89 60 3 132 × 38 250 180 M16 300 34 1,17 0,90 × 0,90 × 0,70
R055P 5,5 89 60 3 132 × 38 250 180 M16 300 37 1,29 0,90 × 0,90 × 0,70
R06P 6 102 76 3 186 × 45 300 220 M18 400 52 1,68 1,00 × 1,00 × 0,70
R07P 7 114 76 3 186 × 45 300 220 M18 400 63 2,09 1,10 × 1,10 × 0,70
R071P 7 127 76 3 186 × 45 300 220 M18 400 67 2,23 1,20 × 1,20 × 0,70
R072P 7 139 76 3 186 × 45 300 220 M18 400 69 2,36 1,20 × 1,20 × 0,80
RS07P 7 152 89 4/3 186 × 45 300 220 M18 400 95 2,65 1,30 × 1,30 × 0,80
RL08P 8 114 76 3 186 × 45 300 220 M18 400 69 2,39 1,00 × 1,00 × 0,80
R08P 8 127 76 3 186 × 45 300 220 M18 400 73 2,55 1,10 × 1,10 × 0,80
R081P 8 139 76 3 186 × 45 300 220 M18 400 75 2,70 1,20 × 1,20 × 0,80
RS08P 8 152 89 4/3 186 × 45 300 220 M18 400 101 3,03 1,30 × 1,30 × 0,80
RL09P 9 127 76 3 186 × 45 300 220 M18 500 83 2,87 1,10 × 1,10 × 0,80
R09P 9 139 76 3 186 × 45 300 220 M18 500 85 3,04 1,20 × 1,20 × 0,80
R091P 9 139 76 4/3 186 × 45 300 220 M18 500 92 3,04 1,20 × 1,20 × 0,80
RS09P 9 168 76 4/3 186 × 45 300 220 M18 500 110 3,45 1,40 × 1,40 × 0,80
RL10P 10 139 76 3 186 × 45 400 300 M22 500 99 3,38 1,20 × 1,20 × 0,80
RL101P 10 139 76 4/3 186 × 45 400 300 M22 500 112 3,38 1,30 × 1,30 × 0,80
R10P 10 152 76 4/3 186 × 45 400 300 M22 500 115 3,58 1,30 × 1,30 × 0,80
RS10P 10 193 89 4/3 186 × 45 400 300 M22 600 146 4,43 1,50 × 1,50 × 0,80
RL111P 11 139 76 4/3 186 × 45 400 300 M22 600 127 3,71 1,30 × 1,30 × 0,80
R11P 11 152 76 4/3 186 × 45 400 300 M22 600 131 3,94 1,40 × 1,40 × 0,80
RS11P 11 193 89 4/3 186 × 45 400 300 M24 600 167 4,87 1,60 × 1,60 × 0,80
R12P 12 168 89 4/3 186 × 45 400 300 M24 600 178 4,84 1,50 × 1,50 × 0,80
RS12P 12 193 89 4/3 186 × 45 400 300 M24 600 190 5,31 1,60 × 1,60 × 0,80