CFM-SH

Hinges, SUPER-technopolymer

Pass-through holes for countersunk head screws

CFM-SH

Catalogue
Description
L
B
f±0.25
f1 ±0.25
H
h1
h2
b1
b2
d
d3
425411
CFM.30-SH-4
30
30
18
18
7
4
3.5
10.5
10.5
2.5
4.5
425511
CFM.40-SH-5
40
40
25
25
9
5.5
5
14
14
4
5.5
425611
CFM.50-SH-6
50
50
30
30
11.5
6.5
6
18
18
6
6.5
425710
CFM.60-SH-6
60
60
36
36
15
8.5
8
21
21
6
6.5
425711
CFM.60-SH-8
60
60
36
36
15
8.5
8
21
21
8
8.5

Material

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

Rotating pin

AISI 303 stainless steel.

Standard executions
  • CFM-p: nickel-plated steel threaded studs.
  • CFM-SH: pass-through holes for countersunk head screws.
  • CFM-CH: pass-through holes for cylindrical head screws with washer type UNI 6592.
  • CFM-p-SH: nickel-plated steel threaded studs and pass-through holes for countersunk head screws.
  • CFM-p-CH: nickel-plated steel threaded studs and pass-through holes for cylindrical head screws with UNI 6592 washer.

Rotation angle (approximate value)

Max 270° (-90° and +180° 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.

To choose the convenient type and the right number of hinges for your application, see the Guidelines.

Resistance testsAXIAL STRESSRADIAL STRESS90° ANGLED STRESS
DescriptionMax limit static load\rSa [N]Max limit static load\rSr [N]Max limit static load\rS90 [N]
CFM.30 SH-4140017001000
CFM.30 CH-413001700850
CFM.40 p-M5x12200019001000
CFM.40 SH-5190019001280
CFM.40 CH-5190016001000
CFM.40 p-M5x12-SH-5190019001000
CFM.40 p-M5x12-CH-5190016001000
CFM.50 p-M6x12234025602100
CFM.50 SH-6263024001720
CFM.50 CH-6286024101360
CFM.50 p-M6x12-SH-6234024001720
CFM.50 p-M6x12-CH-6234024101360
CFM.60 p-M8x14.5300039402130
CFM.60 SH-6332029603070
CFM.60 SH-8332029603070
CFM.60 CH-8344028102170
CFM.60 p-M8x14.5-SH-8300029602130
CFM.60 p-M8x14.5-CH-8300028102130

The max static load is the value beyond which the material may break thus prejudicing the hinge performance. Obviuosly, a suitable coefficient must be applied to this value, according to the importance and the safety level of the specific application.

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