Aluron / Architectural pivot doors

AS 100 Pivot

An external door system with an offset rotation axis for large architectural entrances. Glass, door panel and Glass Line infills are available together with modern access-control options.

AS 100 Pivot — Architectural pivot doors

VERIFIED PARAMETERS

An entrance door can be a major architectural element.

Pivot geometry allows very large leaves, but weights up to 500 kg require early coordination of support, lock/drive, floor detail, transport and installation.

Max. vent size

3500 × 2000 mm

Max. vent weight

500 kg

Installation depth

100 mm

Infill / glazing

37–80 mm

Door Ud

from 0.6 W/m²K

Air permeability

class 3

Watertightness

7A

Wind resistance

C3 / B3

For AS 100 Pivot, the catalogue maximum is not a project recommendation. A large pivot leaf needs checks for weight, pivot axis, floor mechanism, lock and supporting base.

PROFILE CROSS-SECTION

AS 100 Pivot profile geometry in detail.

This image shows the system's profile geometry, chambers, thermal breaks and glazing zones. The final junction is selected for the opening scheme, glass build-up, dimensions and project loads.

Aluron AS 100 Pivot profile cross-section
OFFICIAL PROFILE SECTION / SYSTEM CUTAWAY

PREMIUM ENTRANCE

Large format with concealed technology.

01

Single- and double-leaf pivot configurations

02

Glass, panel or Glass Line infills

03

Concealed lock, access-control and lighting options

04

Inward or outward opening variants

ENTRANCE JUNCTION

500 kg must be transferred into the building structure.

Pivot doors require accurate top and bottom support design. Floor build-up, waterproofing, automatic sealing and service access are coordinated before finishes are completed.

01

Supports

Loads from the pivot axis are transferred to a rigid structural base without local deformation.

02

Access control

Lock, power, fingerprint/keypad, automation and cable routes are coordinated in advance.

03

Installation

Size and mass determine transport, lifting, temporary restraint and adjustment tolerances.

BIFORIUM / PRACTICE

A system only works as a whole with glass, hardware and installation.

Threshold, rigid support, waterproofing and finished-floor level are fixed before production.

Open engineering details ↗
Glazing

For doors, infill weight, safety, solar load and the glass or panel edge are as important as thermal performance.

Hardware

Lock, hinges or pivot mechanism, closer, automation and access control are coordinated as one hardware package.

Installation detail

Threshold, rigid support, waterproofing and finished-floor level are fixed before production.

FAQ / SPECIFICATION

Questions to close before specification.

Can the system be selected only from catalogue performance?

No. Published values help shortlist options, but the finished element still has to be checked for size, glazing, weight, hardware, loads and installation detail.

Does every opening need the same glazing build-up?

Not necessarily. A south-facing elevation, a bedroom near traffic, a large fixed pane and an entrance leaf can require different glazing within the same project.

When should the installation detail be coordinated?

Before the final order. Finished-floor level, insulation, waterproofing, structural support and drainage can change the frame, threshold or final manufacturing size.

HOW TO READ THE DATA

Six values that shape the result.

A catalogue maximum is not the rating of every fabricated element. Classes depend on size, opening scheme, glazing, hardware and the tested configuration.

Ufthermal transmittance of the frame
Uw / Udthermal transmittance of the complete window or door
Rwsound reduction index in dB
RCburglary-resistance class
Air / Waterairtightness and driving-rain resistance
Windwind pressure and permitted deflection

PIVOT ENTRANCE

Send dimensions, design and desired automation.

We will review weight, infill, pivot geometry, support, lock, access control, threshold and installation logistics.

Send project ↗