RECENTLY VIEWED
RECENTLY VIEWED
Don't have an Account? Create an Account
DK Hardware Professional Tax Exempt? Net 30? - DK Net Terms

Roll over image to zoom in
Product Features
Product Overview
Related Videos
Reviews
Questions & Answers
30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.
Mounting
For DIN left and DIN right hand use
Color/Finish
Umber, rustic, powder coated
Router bit diameter
Bit: 15/16"#Guide: 1 3/16"
Door weight max.
220 lbs
Flange width
32 mm
Flange height
200 mm
Area of application
Used in door frames made out of hollow metal or wood for flush doors with an additional up to 8 mm (5/16”) thick surface applied panel UL listed for 20 minute rated fire doors (maximum door size: 4' x 8' for a single door, 8' x 8' for a pair of doors) Left and right applications
Version
Maintenance-free slide bearings
Door thickness min.
1 9/16"
Adjustment facility
3D Continuous, Side: ±3 mm, Height: ±3 mm, Closing pressure: ±1 mm
Thrust ring diameter
30 mm
Model series
TECTUS TE 540 3D A8
For frame type
Steel frame, Wooden frame, Aluminum frame
Max. door weight for 2 hinges
100 kg
Standard
Certified in compliance with EN 1935:2002
Flange Shape
Rounded
Opening Angle
180 °
Door Thickness
≥40 mm
Model
156
Material
Aluminum, Steel
Grade
4|7|5|1|1|3|1|12
Mounting Type
For DIN left and DIN right hand use
Color Finish
Umber, rustic, Powder coated
Classification key en 1154
4|7|5|1|1|4|1|12
Door weight max pound
220 lbs
ArticleType
NORMAL
Flange width formula
32 mm
Collar ring diameter
30 mm
Adjustment facility formula
Side adjustment ±3 mm, Height adjustment ±3 mm, Closing pressure adjustment facility ±1 mm
Router bit diameter inch lang dep
Bit: 15/16"#Guide: 1 3/16"
Door thickness min inch lang dep
1 9/16"
Base material extended multi selection
Steel, Aluminum
Series of model
TECTUS TE 540 3D A8
Door weight max for 2 hinges
100 kg
Flange height formula
200 mm
Standard formula
Certified in compliance with EN 1935:2002