Full chapter text (extracted from the original PDF)
Verbatim text extracted from the original chapter PDF (1940–). The original catalog is in English; spec tables may render imperfectly — the PDF remains the authoritative source.
‘ ery
L Spec. gravity: 1.14
Melting point: 215°C
Stordy construction. Elongation at break: 25 %
Polyamide cable & rope Resistance against abrasion: excellent
Made of Bayer-filaments
Cross lay
Technical table for Rope and Cable
Actual breaking loads Weights per coil of 220 metres or 720 feet
CIRCUMFERENCE Ss M 1% 1% 2 2%. 212 23% | 3 3%
in Inches
DIAMETER 22 24
Breaking load in ios | - | - | - | 1.100 | 2400 | as00 | ss00 | ¢.200 | 7.700 | 9.900 14.300 | 16.900
CIRCUMFERENCE || 3% 3% 4% 4% 4% 5% 6% 7 7% 7%
in Inches
DIAMETER 28 | 30 34 | 36 | 38 | 40 |“ |
essen [oe |= | {=| -l=[ [=| [ve | | o
Breaking load in kilos |1asoo | - [24000] — | sooo] — [34.000] 46.000] 55.000 | sa.000 [72.000] [85.000
in Inches
DIAMETER 70 72 76 78 88 104
ronnie [= pow | [om fom [| pe | [om [aa re
Breaking load in kilos | = {103.000 | — {119.000 137.000 | - [154000] - _|181.000 209.000] 237 000 [265.000
CIRCUMFERENCE 15 17 ; 9 | |
in Inches |
Breaking load in kilos |302.000 | 339,000 |379.000 425.000 | 482.000
Spec. gravity = 1.20
Melting point: polyurethane jacketed
i Elongation at break: 4%
aramid cable Tensile strength: 160/180 kg./sq. mm
Resistance against abrasion: excellent
Made of KEVLAR
Multifilament yarn
Cross lay
Technical table for Rope and Cable
Actual breaking loads Weights per coil of 220 metres or 720 feet
DIAMETER
hemnneoreon]s | [v[slafe|«felela|n |
Breaking load in kilos 2.200 3.050 | 3.560 4.500 | 5.300 | 5.800 | 6.790
DIAMETER 15 16
Femeneien ono | ave | ove | one | one | ove [oar | one [ore | oar | ona | oar]
Breaking load in kilos 6.925 | 8.085 | 8.800 | 10.260 10.410 | 13.100 11.640 | 14.750 | 16.790 | 20.800 | 19.990
Facairamnanin | am | ve | oe | oe | ow | oe] | wi | oo] ow | ws] wo]
Breaking load in kilos 28.800 | 30.050 | 30.750 | 33.630 | 34.890 | 40.750 59.940] 65.000 | 83.120 |100.700
Heavier sizes are available
upon request.
‘ i Melting point: 215°C
Elongation at break: 45% |
Nylon rope Resistance against abrasion: good |
3 & 8 strand
Technical table for Rope and Cable
Actual breaking loads Weights per coil of 220 metres or 720 feet
CIRCUMFERENCE Sg Ms 1 1% 1% 1% 2 2'4 212 234 3 3%
in Inches
DIAMETER 5 10 12 14 16 20 22 24 26
Breaking load in kilos 3.000 10,000 12.000 | 13.800
CIRCUMFEREN 28 30 32 34 36 38 48 52 56 60 62
in Inches
DIAMETER | 3% 3% 4 4% 4% 4% 5% 6% 7 7% 7%
Breaking load in kilos 20.000 24.800 | 27.300 | 30.000 42.000 | 48.800 | 56.000 | 63.800 | - |
CIRCUMFERENCE 82 8% 9% 9% 10 10% 11 11% 12 13 14
in Inches
Weight in Lbs | 1-283] 1451 || 1.627 | 1812] ~ |2o0] — 2.434 | - 2.895 | 3.508
Breaking load in kilos 72.000 | 80.750 | — {90.000 | 99.800 | |r10.000] - | 131.000 | | 154.000|179.000 |205.000!
CIRCUMFERENCE 15 16 17 18 19 20
in Inches
inimm
[eesoesann | oi | an [oem [sam ||
Breaking load in kilos 235.000 | 265.000|295.000 | 330.000| |
Elongation at break: 20 %
. Resistance against abrasion: very good
Manilla & Sisal Rope
3-strand
Technical table for Rope and Cable
Actual breaking loads Weights per coil of 220 metres or 720 feet
CIRCUMFERENCE ‘2 Se Me 14 1% 1% 2 24 2'2 23s 3 3%
in Inches
DIAMETER 4 5 10 12 18 20 22 24 26
Weight in Lbs - - ~ 26 34 51 68 93 109 135 | 160 194 228
feo | -[-[elelelalele[ala[s
Fewommesnin | — | - | an | om [ome | vee [ve [ame | ore | ma | 8
CIRCUMFERENCE 3% 3% 4% 4% 4% 5% 6% 7
in Inches
CIRCUMFERENCE 7¥% 8 Ble 8% 9 v2 9% 10 10% 11%
in Inches
Breaking load in kilos | - | 25.700 | 32.300 | - | 36.100 } 44.200] - | 53.100 | - | 63.000
“1 EATINGS awe
CA Way
CABLE LENGTH.
MIO-TRAVEL
1.13 FULL THREAD
250 DIA.
‘CONDUIT i
10-32 UNF-2A 7/16-20 UNF-2A (TYP) sineciia Pa a 10-32 UNF-2A,
BULKHEAD SWIVEL O78SOLID CORE 3100 SERIES
PANEL CABLES 3100 SERIES
Control Class 2 Control Class 2 A\
Knob Identification A Knob Identification |
Control Class 4 Control Class 4
Knob Identification E Knob Identification J Carsiol Chess 4
Knob Identification D
Control Class 2 Control Class 2
Knob Identification B Knob Identification U
Control Class 4 Control Class 4
ee ts C ) Knob Identification G Knob Identification L
Control Class 4 Control Class 6
Knob Identification A Knob Identification D
Control Class 2
Knob Identification E
Control Class 4 Control Class 4 Control Class 2
Knob Identification | Knob Identification S Knob Identification D
: Control Class 4 G
Control Class 2 Knob Identification B KeROENON
Knob Identification G eiGiNe
STOP
Control Class 4 Control Class 4
Knob Identification U Knob Identification T
Control Class 4
Knob Identification C