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Plastic Cable Carriers

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Technical Data - QUANTUM-Series<br />

Type Q060<br />

Cross-sections<br />

in accordance with section in schematic<br />

illustration<br />

Bi<br />

from 38 - 500 mm in sections of 1 mm<br />

Stay variant “RS“<br />

Frame stay – standard design<br />

Aluminium profile bars detachable on the<br />

inside and the outside<br />

Not a bolted connection!<br />

Profile bars can be released by turning<br />

them through 90°.<br />

38<br />

60<br />

66<br />

Stay configuration:<br />

B i<br />

Bk<br />

BEF'<br />

20<br />

KR<br />

1/2 Arrangement – Standard<br />

Stays on every 6th pitch<br />

division<br />

Glide shoes can be attached<br />

for long travel lengths<br />

1/1 Arrangement<br />

Stays on every 3rd pitch<br />

division. Please specify when<br />

placing order.<br />

Calculation of chain width:<br />

B k = B i + 52 mm<br />

Calculation of chain width<br />

over connecting piece:<br />

B k = B EF = B i + 52 mm<br />

Calculation of chain width with<br />

glide shoes:<br />

B EF ’ = B i + 56 mm<br />

Calculation Example:<br />

Inside width B i = 300 mm<br />

Chain width B k = 352 mm<br />

Intrinsic chain weight q k = 1.8 kg/m<br />

Intrinsic chain weight qk in kg/m<br />

3<br />

2.5<br />

2<br />

1.5<br />

1<br />

0.5<br />

0<br />

100<br />

Chain width Bk in mm<br />

200<br />

300 400 500 600<br />

Reference weight = Intrinsic chain weight qk = 1.4 kg/m (in accordance with load diagram)<br />

Calculation Example<br />

Intrinsic chain weight depending on chain width B k<br />

QUANTUM Subject to technical changes! 4.07

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