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CFP.

Detent hinges
screw-covers, technopolymer
__logo__FM__ __logo__RoHS__ __logo__POM__ __logo__g6020__

Description

Main specifications

Material

Acetal resin based (POM) technopolymer, black colour, matte finish.

Rotating pin

Acetal based (POM) technopolymer, black colour.

Screw-covers

Polyester based (PBT) technopolymer, black colour, matte finish, snap-in assembly.

Standard executions

  • CFP-SH: pass-through holes for countersunk head screws.
  • CFP-CH: pass-through holes for cylindrical head screws.
  • CFP-EH: pass-through holes for hexagonal head screws.
General information

Rotation angle (approximate value)

  • Max 195° (-15° and +180° being 0° the condition where the interconnected surfaces are on the same plane).
  • Do not exceed the rotation angle limit so as not to prejudice the hinge mechanical performance.
  • This hinge can be used combined with the hinge type CFQ. with the same design, without detent position.
  • The detent device (ELESA patent) allows four different detent positions of the door (0°, +80°, +120°, +170°).
  • To choose the convenient type and the right number of hinges for your application, see the Guidelines.

Resistant torque

All detent positions guarantee a resistant torque of about 1.1 Nm (which is the torque that must be applied to free the detent device of the hinge).

The hinge had been tested with more than 10.000 opening and closing cycles and the value of the resistant torque was unchanged.

CFP_ACC_ANGLE_1.jpg 
CFP_ACC_ANGLE_2.jpg 
CFP_ACC_ASSEMBLY.jpg 
Resistance tests
AXIAL STRESSRADIAL STRESS80° and 90° ANGLED STRESS120° ANGLED STRESS170° ANGLED STRESSResistant torque
____logo__CFP_S_AXIAL______logo__CFP_S_RADIAL______logo__CFP_S_80_90______logo__CFP_S_120______logo__CFP_S_170______logo__CFP_CR__
Maximum working load
Ea [N]
Load at breakage
Ra [N]
Maximum working load
Er [N]
Load at breakage
Rr [N]
Maximum working load
E80 and E90 [N]
Load at breakage
R80 and R90 [N]
Maximum working load
E120 [N]
Load at breakage
R120 [N]
Maximum working load
E170 [N]
Load at breakage
R170 [N]
[Nm]
3001220350197034562028585540014101.1

CFP-CH

L B f f1 H h1 h2 h3 b1 d d3 d5 C#
[Nm]
__logo__weight__
Code Description Actions
426312-C9 CFP.50 CH-4-C9 50 45 32 25 14 8 7 4.5 21.5 8 4.5 8.5 1.5 16 cart-icon
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