Instructions
Soft-Close Mechanism for Sliding Door
Product # 24600490
Interior Barn Door
Soft stop damper closing mechanism for barn door flat bar sliding systems for wood doors weighing up to 176 lb (80 kg) each.
This optional mechanism works with the track stopper to assist in slowing the moving door. The mechanism is hidden behind and mounted to the back of the flat bar track.
This optional mechanism works with the track stopper to assist in slowing the moving door. The mechanism is hidden behind and mounted to the back of the flat bar track.
ADVANTAGES AND BENEFITS
- Can also be used for soft-opening.
- Damping and soft closing of the doors with no bounce-back effect.
- Damping and soft closing of the doors with no bounce-back effect.
REQUIRED PRODUCTS
Requires ONE of the following products
Flat Bar Track/Rail, Wall Mount Matte Black
- Overall Length: 78 3/4 in*
- Number of Doors: 1
Box
OR
Flat Bar Track/Rail, Wall Mount Matte Black
- Overall Length: 98 3/8 in*
- Number of Doors: 2 / 1
Box
OR
Flat Bar Track/Rail, Wall Mount Matte Black
- Overall Length: 9 ft 10 in*
- Number of Doors: 2 / 1
Box
TECHNICAL SPECIFICATIONS
Product #
24600490
Soft-Close Type
One-Way Operation
Door Material
Wood
Door Installation
Top Hung
Load Capacity
176 lb*
Manufacturing Material
Plastic
Screw/Nail Included
Yes
Depth
13/16 in*
Door Width
36 to 40 1/8 in*
Door Thickness
1 3/8 to 1 3/4 in
Product type
Soft-Close
Brand
Onward, Richelieu
Soft-Closing
Yes
Overall Height
25/32 in*
Application
Barn Door
Door Movement
Straight Sliding
Disclaimer
Measures shown with an asterisk (*) have been converted as per your preference. These are not the official measures. To view the measures specified by the manufacturer, click here.
SUGGESTED PRODUCTS
- Sliding Solutions for Architectural Applications
- Running and Guiding Tracks for Sliding Door Systems
INCLUDED PRODUCT(S)
- 1 soft-close mechanism with screws
- 1 system trigger, with screws
- 1 Allen key
- 1 system trigger, with screws
- 1 Allen key
IMPORTANT INFORMATION
Never use excessive force, this may damage the internal mechanism.
Do not exceed maximum load.
Do not exceed maximum load.