A low-profile raised floor can be considered when a UAE office retrofit needs accessible cabling within limited floor-to-ceiling space. The key decision is whether the proposed system can accommodate the actual services and existing building interfaces. Selecting the smallest advertised height before surveying the office reverses that process.
Start with a measured survey, the proposed workstation plan and a cable-routing concept. Use those documents to establish the required usable space and then compare suitable floor systems.
Survey fixed levels and obstructions
Record the slab high points, existing thresholds, lift lobby level, door clearances and the underside of fixed elements. Identify areas where the slab is uneven or where previous finishes remain. The survey should distinguish an average room dimension from the most restrictive location.
An adjustable support system and a fixed-height system respond differently to an uneven substrate. Ask what preparation and adjustment range the proposed product requires. Do not assume the nominal height describes the usable clearance at every point.
Calculate space at the cable crossing
Service depth includes more than cable diameter. Allow for containment, crossings, connectors and the cable manufacturer’s bending requirements. A route that appears workable in plan may become too deep where two routes cross.
An illustrative check shows why: if a proposed finished level is 100 mm above a local slab datum and the panel-and-finish build-up is 30 mm, the theoretical space below the panel is 70 mm. Supports, slab variations and service geometry can reduce what is usable. These figures are only a geometry example, not a recommended SunTree system height.
Check outlet assemblies in section
Request the full installed depth of each floor box, including connections below it. Check how covers open, how leads exit and whether furniture obstructs access. An outlet’s visible face dimensions do not establish the space it needs underneath.
Coordinate the selected box with the OA network raised floor configuration under consideration. For wider layout questions, review the office outlet planning guide; the coordination method is relevant beyond Brazil, while local project requirements still govern.
Compare the interfaces that can control the design
| Interface | Evidence needed before ordering |
|---|---|
| Existing doorway | Measured clearance and approved transition |
| Lift lobby | Finished level and threshold coordination |
| Cable intersection | Section showing the deepest crossing |
| Floor outlet | Installed depth and connection access |
| Perimeter | Approved support and cut-panel detail |
| Future workstation | Reserved route and accessible connection point |
Where a level transition is required, have the project designer establish an appropriate detail and applicable accessibility requirements. Avoid assuming that a short improvised ramp will resolve every doorway condition.
Test the maintenance sequence
A low void can restrict the space available for hands and tools. Demonstrate how the intended technicians will lift a panel, reach an outlet connection and reinstate the floor. Include the actual finish and adjacent furniture clearance in the trial.
Identify which services can be maintained from above and which require another access arrangement. Reserve future routes deliberately; an empty-looking floor plan does not guarantee spare capacity at critical crossings.
Request a layout-based proposal
Provide SunTree with the survey, office layout, proposed finish and sections through the tightest interfaces. State whether the work will be phased around occupied areas and identify any constraints on material access. Use the raised floor BOQ guide to separate panels from transitions and accessories, then request a quotation against the coordinated layout.