HYDRAULIC ACCESS CONTROL
Two telescoping stainless-steel sections provide a combined 600 mm rise. The split hydraulic arrangement uses a 168 mm upper section within a 219 mm lower section.
HYDRAULIC ACCESS CONTROL
The rising post, drive and buried housing work together. Specify the rise and the installation below the finished surface as separate dimensions.
TWO-STAGE MOVEMENT
Both sections retract into the buried housing and the top closes at surface level.
The lower telescoping section rises from the housing.
The 168 mm upper section extends above the 219 mm lower section. The two 300 mm sections form the 600 mm overall rise.
DIMENSIONS & INSTALLATION
Check the buried housing, foundation, drainage and electrical route against the installation drawing.
DIMENSIONS
The elevation shows 510 mm below the mounting flange. The split hydraulic equipment, service routes and civil works must be planned alongside the bollard.
| Parameter | Specification |
|---|---|
| Operation | Split hydraulic, two-stage lift |
| Upper diameter | 168 mm |
| Lower diameter | 219 mm |
| Rise | 300 + 300 mm |
| Wall thickness | 6 mm |
| Material | 304 stainless steel post and flange |
| Housing depth shown | 510 mm |
| Supply | 220 V |
| Raising time | Less than 5 s |
| Lowering time | Less than 3 s |
| Weight | Approximately 70 kg |
| Ingress protection | IP68 — catalogue specification |
PRODUCT QUESTIONS
LZ-027 telescopes: the 168 mm upper section extends from the 219 mm lower section. Each section contributes 300 mm to the 600 mm rise.
No. It is the below-flange dimension shown for the product. The foundation, drainage and split hydraulic installation must be designed for the site.
The model image shows a reflective band. An LED ring is not established by this model’s illustration or parameter table; request confirmation if lighting is required.
YOUR PROJECT
Share the number of posts, spacing, finished ground level and drainage conditions.