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Plastic Cable Carriers

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Technical Data — K Series<br />

Type KE 0650<br />

Chain cross sections<br />

in accordance with section in schematic<br />

illustration<br />

Bi<br />

from 68 - 260 mm in sections of 8 mm<br />

Stay variant “RE“<br />

Plastic insert stay<br />

Plastic profile bars, detachable inside<br />

and outside<br />

Not a bolted connection!<br />

Profile bars can be released by turning<br />

them through 90°.<br />

Stay configuration:<br />

1/2 Arrangement – Standard<br />

Stays on every 2nd chain link<br />

Sliding disc<br />

B i<br />

B k<br />

B EF '<br />

14<br />

42<br />

27.5<br />

57.5<br />

KR<br />

1/1 Arrangement<br />

Stays on every chain link.<br />

Please specify when placing<br />

order.<br />

Calculation of chain width:<br />

B k = B i + 28 mm<br />

Calculation of chain width<br />

over connecting piece:<br />

B EF = B i + 35.5 mm<br />

Calculation of chain width<br />

with sliding disc:<br />

B EF ’ = B i + 36 mm<br />

Intrinsic chain weight<br />

depending on chain width<br />

Reference weight =<br />

Intrinsic chain weight q k = 2.5 kg/m<br />

(cf. load diagrams)<br />

25 chain widths are available<br />

B i B k q k<br />

mm mm kg/m<br />

68 96 1.75<br />

76 104 1.79<br />

84 112 1.83<br />

92 120 1.87<br />

100 128 1.91<br />

108 136 1.95<br />

116 144 1.99<br />

124 152 2.03<br />

132 160 2.07<br />

140 168 2.11<br />

B i B k q k<br />

mm mm kg/m<br />

148 176 2.15<br />

156 184 2.19<br />

164 192 2.23<br />

172 200 2.27<br />

180 208 2.31<br />

188 216 2.35<br />

196 224 2.39<br />

204 232 2.43<br />

212 240 2.47<br />

220 248 2.51<br />

B i B k q k<br />

mm mm kg/m<br />

228 256 2.55<br />

236 264 2.59<br />

244 272 2.63<br />

252 280 2.67<br />

260 288 2.71<br />

Sliding discs<br />

With long travel lengths sliding discs must be attached to the joint of<br />

the side bars in order to maintain a distance between the cable carrier<br />

and channel wall (observe the installation width B EF ’!)<br />

This helps to achieve the optimum friction and wear ratios.<br />

KE Subject to technical changes! 3.303

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