REISSER spacer screw RDS

The outstanding fastening system for the RVF with just one screw

THE SECURE AND FLEXIBLE INSTALLATION SOLUTION

The REISSER spacer screw system is an installation-friendly, flexible RVF fastening solution that has been granted full technical approval. Its extremely low thermal conductivity means that the system is for the most part free of thermal bridges. In addition, our fastening solution fulfils all current fire protection requirements for RVF.

The RDS is suitable for new buildings, renovations and PV façades. It can also be used for subsequent visual changes to façades, e.g. elements made of Max panels, subsequent solar panel fastenings and much more. It guarantees that this system screw can be completely dismantled, that the materials are 100 per cent recyclable and that the product is therefore sustainable.

Ideally suited for

NEW BUILDING

REFURBISHMENT

PV façade

Deep hexagon socket

Tool does not slide out

Head thread

Anchor thread and head thread with matched pitch for smooth and unconstrained screwing-in.

Marking

Indicator for correct screw seating, with an adjustable tolerance range of 25 mm.

Anchor thread

Thread geometry precisely matched to the anchor sleeve.

Stop ring

Protects the setting depth of 70 mm in the masonry with a noticeable resistance while screwing in.

Anchor sleeve

With ETA-tested geometry.
Immediate load-bearing properties with very strong anti-twist protection.
Suitable for all common masonry substrates and concrete.

For wooden substructure

For mounting secondary wooden substructures to the front of masonry/concrete.

For aluminium substructure

For fastening secondary aluminium substructures to the front of masonry/concrete.

Tool supplied

Includes matching bit

Optimum load transfer

Timber house framework screw connection

Excellent transfer of the facade load (facade weight & wind load) via the spacer screw with anchor into the masonry/concrete, with both weak and pressure-resistant insulation.

Compensation of masonry tolerances

Perfect compensation of masonry tolerances of up to 25 mm.
The construction can also be easily aligned afterwards. The profile can be readjusted at any time by turning back the 0° screw and then screwing the screw back in. The final position should be reached before the 15° screws are set.

EASY INSTALLATION

FINISHING

FOR FASTENING OF SECONDARY ALUMINIUM SUBSTRUCTURES TO THE FRONT OF MASONRY/ CONCRETE.

Make a Ø 10 mm drill hole through the profile and insulate with minimum drilling depth of 105 mm in masonry/concrete.

Cleaning the drill hole. Adapt the drilling method to the substrate.

Carefully drive in the screw with the anchor sleeve (A) in place. The setting depth of 70 mm in masonry/concrete is reached when the stop ring (B) creates noticeable resistance. The screw is seated correctly if the outer edge of the profile is in the marked area (C).

Slowly screw in (approx. 100 rpm) until the screw reaches the end position in the profi le. The aluminium profi le must be positioned in the last third of the head thread. Do not screw in to the extent that the head is fl ush, as there is a risk of shifting the position of the profi le and weakening the mounting in the aluminium. In case of correction: If the distance of the profi le does not correspond to the desired dimension, the screw may be turned back until the head section is free again. Move the profi le to the desired position and screw in the screw again as described above.

FOR FASTENING OF SECONDARY WOODEN SUBSTRUCTURES TO THE FRONT OF MASONRY/ CONCRETE.

Create a dia. 10 mm drill hole through the profi le and insulation with a minimum drilling depth in masonry/concrete of 105 mm.

Clean the drill hole. Adjust the drilling method according to the substrate.

Carefully drive in the screw with the pre-assembled anchor sleeve (A). When the setting depth of 70 mm in the masonry/concrete has been reached, there will be noticeable resistance from the anchor ring (B). The screw is seated correctly when the outer edge of the profi le is in the marked area (C).

Slowly screw in (approx. 100 rpm) until the screw reaches the end position in the profi le. The screw head is fl ush orrecessed a maximum of 2 mm into the wood slatting. In case of correction: If the distance of the profi le does not correspond to the desired dimension, the screw may be turned back until the head section is free again. Move the profi le to the desired position and screw in the screw again as described above.