CFDX Hinges for narrow jamb

SUPER-Technopolymer

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Technical specifications

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Main specifications

Material

Glass-fibre reinforced polyamide based (PA) SUPER-technopolymer, black colour, matte finish.

Rotating pin

Glass-fibre reinforced polyamide based (PA) SUPER-technopolymer.

Standard executions

For mounting with flush door and jamb (Fig. 1).

  • CFDX-C-B: stainless steel nuts with a threaded hole in the narrow body (jamb); brass bushings with a blind threaded hole in the wide body (door).
  • CFDX-C-p: stainless steel threaded studs on the narrow body (jamb), brass bushings with blind threaded holes on the wide body (door).
  • CFDX-C-SH: pass-through-holes with housing for countersunk-head screws on the narrow body (jamb), brass bushings with blind threaded holes on the wide body (door).

For mounting with the door (max. thickness = 5 mm) flush against the jamb (Fig. 2).

  • CFDX-R-B: stainless steel nuts with a threaded hole in the narrow body (jamb); brass bushings with a blind threaded hole in the wide body (door).
  • CFDX-R-p: stainless steel threaded studs on the narrow body (jamb), brass bushings with blind threaded holes on the wide body (door).
  • CFDX-G-R-SH: pass-through holes with housing for countersunk-head screws on the narrow body (jamb), brass bushings with blind threaded holes on the wide body (door).
General information

Features and applications

The hinge (registered design) is made up of two bodies of different sizes (one wide and one narrow) for use, for example, on structures with a narrow jamb.
The type of mounting makes tampering by third parties difficult.
SH versions are supplied disassembled to facilitate mounting.

Rotation angle (approximate value)

Max 195° (-5° and +190° being 0° the condition where the two interconnected surfaces are on the same plane). Do not exceed the rotation angle limit so as not to prejudice the hinge mechanical performance.

Test for

resistance

Axial StressRadial Stress90° Angled Stress
__logo__CFDX_AXIAL__
__logo__CFDX_RADIAL__
__logo__CFDX_90__
Description

Maximum working load
Ea [N]

Breaking load
Ra [N]		Maximum working load
Er [N]		Breaking load
Rr [N]		Maximum working load
E90 [N]		Breaking load
R90 [N]
CFDX-C.40-B-M5498285939916334011373
CFDX-C.40-p-M5x14.5341292441715634051545

CFDX-C.40-SH.5

451275941715794731356

CFDX-C.50-B-M6

77628371219173817472165
CFDX-C.50-p-M6x14.575925961283226317792591
CFDX-C.50-SH.696928361152355617632903
CFDX-C.60-B-M683735401112207218242158
CFDX-C.60-p-M6x14.58563396896199719332436
CFDX-C.60-SH.692832181163341115024773

Test for

resistance

Axial StressRadial Stress90° Angled Stress
__logo__CFDX_AXIAL__
__logo__CFDX_RADIAL__
__logo__CFDX_90__
DescriptionMaximum working load
Ea [N]		Breaking load
Ra [N]		Maximum working load
Er [N]		Breaking load
Rr [N]		Maximum working load
E90 [N]		Breaking load
R90 [N]
CFDX-R.40-B-M5571259249514805551380
CFDX-R.40-p-M5x14.5427256245516985201413
CFDX-R.40-SH.5408286149715415251443
CFDX-R.50-B-M6115030081263178217672422
CFDX-R.50-p-M6x14.595632651321268217622640
CFDX-R.50-SH.6113730691056324016702682
CFDX-R.60-B-M694731481210232315512286
CFDX-R.60-p-M6x14.564930771123203919082492
CFDX-R.60-SH.655637411196358418314855
Instructions for use

Assembly instructions (SH versions)

  • Secure the narrow body to the jamb and the wide body to the door.
  • Use a suitable tool to insert the rotating pin from the side where the diametric enlargement is not present until it locks in the hinge body.
Elesa
Models all rights reserved in accordance with the law. Always mention the source when reproducing our drawings and photos.

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