3D Hinge, 180°, Aluminium, Zinc Diecast and Steel, Tectus TE 240

Product Details

How does 3D continuous adjustment help when fitting the Tectus TE240 hinge?

The TE240 3D Hinge provides continuous 3D adjustment so you can fine tune the door alignment after installation. This includes side adjustment of 3 mm, height adjustment of minus 3 mm to plus 3 mm, and closing pressure adjustment of plus or minus 1.5 mm, helping achieve consistent closing and even gaps.

Is the Tectus TE240 3D hinge suitable for my door thickness?

This hinge is designed for door thicknesses of 25 mm or more. If your door meets that requirement, the TE240 is a practical choice for clean alignment and smooth operation on flush doors.

What door weight can I use with two TE240 hinges?

For two hinges, the maximum recommended door weight is 60 kg. Choosing the correct number of hinges for your door weight helps maintain safe performance and reliable operation over time.

Will this hinge work on both left and right hand doors?

Yes. The hinge is intended for use as a DIN left or DIN right hand application. During installation, ensure the hinge orientation matches the frame hand to allow correct opening and alignment.

What opening angle does the hinge provide?

The hinge allows an opening angle of 180 degrees. This is useful for wide access openings and for flush doors where you want a full, unobstructed swing.

Do I need a specific router bit size when installing it?

Yes. The required router bit diameter is 16 mm. Using the correct bit size helps ensure the hinge sits properly in the door recess for a neat finish and stable performance.

Which frame types are compatible with the TE240 3D hinge?

The TE240 is suitable for steel, wooden, and aluminium frames. It is also intended for flush doors, making it a good option when you are matching architectural ironmongery across different frame materials.

Is the hinge maintenance free and does it have a certified standard?

The hinge uses a friction bearing that is maintenance free. It is also certified to EN 1935:2002, which supports dependable quality for architectural door applications.