SP 33
NEW

SP 33

wi-abgasstufe
EU Stage 5/US EPA Tier 4f

hoehe
0 - 300 mm

breite
2,200

mm

Versatile, high-quality paving of monolithic profiles

  • The compact slipform paver can pave a wide range of monolithic concrete profiles such as curbs, curb-gutter profiles, rectangular profiles, concrete safety barriers up to a height of 52 in (1.3 m), drainage channels, and gutter profiles.
  • In the offset configuration, concrete surfaces up to a paving width of 7 ft (2.2 m) can also be realized in combination with a Trimmer with a width of up to 8 ft (2.44 m) – even slabs with a paving width of up to 10 ft (3.0.m) can be realized in crosspave configuration without a Trimmer.
  • The slipform paver is ideal for construction sites where a high degree of maneuverability, tight radii and maximum flexibility are required.
  • Two crawler units with parallelogram swing legs at the front and a laterally adjustable crawler unit at the rear enable zero-clearance paving and maximum flexibility.
  • The machine can be precisely controlled via stringline scanning, without a stringline using WIRTGEN AutoPilot 2.0, or with third-party 3D applications.

Technical specifications

Exhaust emissions category
Number of crawler tracks
Layer thickness
Displacement
Height adjustment, hydraulic
Max. working speed
Max. travel speed
Max. mold width
Max. mold height
Height adjustment, mechanical
Rated power
Lateral adjustment of mold
Travel speed max.
Exhaust emissions category
EU Stage 5/US EPA Tier 4f
Number of crawler tracks
3
Layer thickness
0 - 300 mm
Displacement
4,040 l
Height adjustment, hydraulic
1,000 mm
Max. working speed
0 - 15 m/min
Max. travel speed
0 - 35 m/min
Max. mold width
2,200 mm
Max. mold height
1,300 mm
Height adjustment, mechanical
280 mm
Rated power
95 kW / 129 HP 2,100 min-1
Lateral adjustment of mold
1,200 mm
Travel speed max.
35 m/min

All details, illustrations and texts are non-binding and may include special equipment. We reserve the right to make technical changes without prior notice. Performance data are dependent upon actual operational conditions.