Hafele 315.11.400 Soft Closing Mechanism with Push Catch, Hafele One Touch offers an innovative solution for cabinet and tall unit applications. Designed for door widths ranging from 300 to 600 mm and capable of supporting weights up to 7.5 kg, this soft closing mechanism ensures a smooth and quiet closure every time. With an opening angle of 110 degrees, it provides easy access while maintaining a streamlined appearance. To achieve optimal functionality, it is crucial to maintain a minimum gap of 2-3 mm for the release device. The mechanism is made from durable steel, ensuring longevity and reliability in daily use. It is easy to install with the included template, allowing for screw fixing to the cabinet top panel, base panel, or shelf, right next to the hinge side. Measuring 202 x 68 x 18 mm, the Hafele 315.11.400 is compact yet powerful. This soft closing mechanism is an excellent choice for those looking to enhance their cabinetry with a touch of sophistication and functionality. Enjoy the benefits of a quiet, seamless closing action that elevates the user experience in any kitchen or storage environment.
Soft closing mechanism with push catch, Hafele One Touch
Opening angle 110, for door width 300–600 mm, for door weight <= 7.5 kg, for door height <= 700 mm
The minimum gap must be 2-3 mm for the release device to function optimally.
Area of application: Cabinets and Tall Units
Color/finish: Black
Dim. ( L x W x H): 202 x 68 x 18 mm
For door height: ≤700 mm
For door weight: ≤7.5 kg
For door width: 300 – 600 mm
Installation reference: Template Available for easy installation
Material: Steel
Opening angle: 110.00 °
Order reference: Please order 94° or 110° concealed hinges without automatic closing spring separately.
Soft closing mechanism installation: For screw fixing, to cabinet top panel, base panel or shelf, next to hinge side
Suitable for: Shutter weight up to 7.5 Kg, to be used with Unsprung Hinges
Supplied with: Template for fixing
Version: With automatic opening mechanism and integrated soft closing mechanism