Hafele 329.71.582 Aluminum Frame Wing Mounting Plate, Salice without Pre-Installed Euro Screws offers a seamless solution for securing Häfele Metalla 510 concealed hinges. Designed with efficiency in mind, this mounting plate features a quick fixing system that streamlines installation and enhances productivity on the job site. The depth adjustment is facilitated via an eccentric mechanism, allowing for precise modifications from -0.5 mm to +2.8 mm, along with a height adjustment of ±2 mm. This automatic adjustment response feature ensures a slight turn of the adjustment cam quickly positions the hinge, eliminating the need for manual repositioning and reducing installation time. Constructed from durable zinc alloy with a striking titanium-colored nickel plating, this mounting plate not only provides strength but also adds a contemporary finish to any project. It accommodates a screw distance of 32 mm and a drill hole diameter of 2.00 mm, making it versatile for various applications. With an edge distance of 37 mm, the Hafele 329.71.582 is designed for screw fixing with chipboard screws, ensuring a secure and stable installation. Ideal for building professionals and knowledgeable homeowners alike, this component embodies quality and practicality for modern cabinetry solutions.
Salice - Aluminum Frame Wing Mounting Plate without Pre-Installed Euro Screws
quick fixing system, pre-mounted Euro screws, depth adjustable via eccentric, 2 mm, BAR3R26, titanium
Adjustment facility: Height adjustment Via eccentric ±2 mm, Depth adjustment Via eccentric -0.5 mm to +2.8 mm
Area of application: For Häfele Metalla 510 concealed hinges
Color/finish: Titanium colored, nickel plated
Distance: 2.00 mm
Edge distance: 37.00 mm
Fixing method: Quick fixing system SM
For drill hole Ø: 2.00 mm
Manufacturer: Häfele
Material: Zinc alloy
Model: BAR3R26
Model series: Metalla 510 SM
Mounting plate version: for screw fixing with chipboard screws
Screw distance: 32.00 mm
Suitable for: Häfele Metalla 510 concealed hinges
Version: with quick fixing system and eccentric adjustment