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INNOVATORS IN CABLE MANAGEMENT
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Dimensions and weights
straight lengths -
CF105
technical information
3 000
105
100
50
W
n
Loading graphs
CF105/100
CF105/150
CF105/200
CF105/300
CF105/400
CF105/450
CF105/500
CF105/600
105 mm
100 mm
Ú
600 mm
3 m
mm
L
kg/m mm
L
daN
F
1
mm
L
2
mm
H
kg/1 kg/100 daN.m
mm mm
L
W
CF105/100
100
4·07 4·23 3·50 3·50
CF105/150
150
5·23 5·43 3·97 3·97
CF105/200
200
6·13 6·37 5·14 5·14
CF105/300
300
9·15 9·51 7·92 7·92
CF105/400
400
10·42 10·83 9·06 9·06
CF105/450
450
11·25 11·40 9·45 9·45
CF105/500
500
11·69 12·15 9·63 9·63
CF105/600
600
12·96 13·46 10·20 10·20
Cat. Nos.
EZ
GC
304L
316L
Weight (kg/3 m)
All weights are given in Kilograms (kg) and are for a 3 m straight length
Please use Cat. No. when placing your order, see p. 13
B
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Safety
edge
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Finishes
Standard stocked finish :
EZ
Electrogalvanising after manufacture
Additional finishes :
GC
Hot dip galvanised after manufacture
304L
Stainless steel 304L
316L
Stainless steel 316L
For detailed information related to finishes, refer to
p. 116-117
Dividers : see p. 46
➔
Couplers : see p. 48-51
➔
Sheared steel (particularly stainless steel) does
have relatively sharp edges and protective gloves
must be worn during handling
All dimensions (mm) are nominal
Load tests carried out to IEC 61537 (safety factor 1·7 + joint
1
/
5
th
of the
way along the span). Permissable load should include all cable loads
and any other additional loads (eg: wind, snow)
NOTE:
For more information on loadings, see
p. 125
kg/m
mm
EZ - GC
CF105/100
CF105/150 CF105/200 CF105/300
è
400 CF105/500
è
600
1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500
160
140
120
100
80
60
40
20
0
kg/m
mm
304L - 316L
160
140
120
100
80
60
40
20
0
CF 105/100
°
150 CF105/200 CF105/300 CF 105/400 CF 105/500
°
600
1500 1600 1700 1800 1900 2000 2100 2200 2300 2400 2500
The permissable load stated in this catalogue represents the load
that Cablofil steel wire cable tray is guaranteed to be able to bear. It
assumes loads are evenly spread and is given in daN/m. The standard
permits a deflection equivalent to 1/100th of the span. Legrand
imposes a stricter limit of 1/200th for both safety and aesthetic reasons.
For example, Legrand voluntarily restricts deflection to 10 mm for a
span of 2 m, whereas the standard would allow 20 mm.