Simonswerk AN 150 3D ANSELMI Concealed Hinges

ANSELMI AN 150 3D - The Adjustable Concealed Door Hinge Solution

The Simonswerk AN 150 3D ANSELMI concealed hinges offer precision-engineered, hidden hinge solutions ideal for installations where aesthetics and functionality matter. Designed for medium frequency usage, these concealed door hinges deliver durability and adaptability, ensuring a flawless finish in residential buildings.

Key Product Features:

• Satin chrome or matt black finishes
• 3D adjustable concealed hinge
• Maximum door weight: 40kg (with 2 hinges)
• Medium duty use
• Maximum opening angle: 180°
• Suitable for unrebated timber doors
• Suitable for timber and aluminium frames
• UL certification
• Material: zamak/acetal
• 21mm reduced hinge frame part
• Overall dimensions: 110mm x 61.7mm

Superior Aesthetic Integration

These invisible hinges deliver a clean and sophisticated look that's highly desirable in modern housing projects. The AN 150 3D ANSELMI hinges remain completely hidden when the door is closed. With concealed door hinges, you eliminate visible hardware, giving doors and frames a sleek, uninterrupted appearance. This invisibility enhances interior design schemes by allowing materials and finishes to take centre stage without distraction.

When open, the faceplates and mechanism of the hinges can be seen, so they are available in a range of finishes to complement or contrast with doors and existing door hardware. Black (AN 018) and satin chrome (AN 014) finishes are commonly used, with the ANSELMI hinge system also available in brass, polished chrome, antique bronze, and RAL 9016 white.

Precise Adjustability for Perfect Door Alignment

Featuring advanced 3D adjustability, these hinges allow precise control over height, side, and depth adjustments during and after installation. This flexibility ensures perfect alignment between the door and frame, simplifying installation and on-going maintenance. 

The adjustable concealed hinge design provides an excellent user experience with smooth door operation. Three separate adjustment screws allow for +/- 1.0mm compression, +/- 1.5mm side, and +/- 2.5mm height adjustment. Install to single-action side-hung doors. 

Robust and Durable Performance

These AN 150 3D hinges have been designed for regular usage in medium-traffic areas, by those with some incentive to use doors with care. Their durable construction supports doors weighing up to 40kg per pair of hinges. This accommodates most domestic doors with ease, but does not factor in forces such as door closers being used.

Weight rating is based on two hinges - adding a third hinge does not increase the load capacity. If your adjusted door weight exceeds 40kg, upgrade to the AN 170 3D, which accommodates doors up to 60kg adjusted weight.

Easy Installation Across Multiple Applications

With versatility at their core, the Simonswerk AN 150 3D hinges are suitable for use with various door and frames, including timber and aluminium frames. Their adaptable design makes them a practical solution for various residential facilities.

Clear installation instructions simplify the fitting process, ensuring professional, dependable results every time. The suggested cutter diameter is 16mm, with a 27mm collar ring diameter. These hinges are suitable for aluminium frames, blind frames, block frames, and casing frames. For wider doors over 900mm, a third hinge can be fitted 250mm below the top hinge, retaining the 1700mm standard gap between the top and bottom hinge.

If fitting to a door that’s utilising a door stop, make sure the stop is installed at least 75% of the door’s width away from the hinge pivot point. This is to prevent damage to the hinges and/or fixings.

Transform Door Functionality with Style

Ideal for new builds and refurbishment projects alike, these AN 150 3D concealed hinges provide practical benefits that improve both the look and functionality of doors, delivering value that stands the test of time. Choose the right door hinges for your project today for precision, durability, and ease of operation.