Tsubaki Products

Technical Data Cable Carriers (CABLEVEYOR) － Cable carrier dedicated flexible cable － Technical notes

Sizing Standards

Cable selection table

	For control 200 series	For control / communication 400 series	For electric power 400 series	700 series	S700 series M700C series
Maximum allowable acceleration	10m/s²	20m/s²	20m/s²	50m/s²	50m/s²
Maximum allowable speed (at short span)	3.5m/s	5m/s	5m/s	20m/s	5m/s
Maximum allowable speed (at long span)	2m/s	3.5m/s	3.5m/s	5m/s	5m/s
Travel distance Recommended range of use	25m	100m	100m	500m	50m
Operating Temperature Range	-5 ～ 80℃	-5 ～ 80℃	-5 ～ 80℃	-35 ～ 90℃	-35 ～ 90℃
Minimum bending radius (Without shield )	10 times or more of cabling outer diameter	7.5 times or more of cabling outer diameter	7.5 times or more of cabling outer diameter	7.5 times or more of cabling outer diameter	Depending on the cable type
Minimum bending radius (With shield )	10 times or more of cabling outer diameter	7.5 times or more of cabling outer diameter	7.5 times or more of cabling outer diameter	7.5 times or more of cabling outer diameter	Depending on the cable type
cURus certified	○	○	○	○	○
Ultraviolet Resistant	Excellent	Excellent	Excellent	Acceptable (other colors) Excellent (black sheath)	Acceptable (other colors) Excellent (black sheath)
Freon-free	○	○	○	○	○
Flame-retardant	○	○	○	○	○
Halogen-free	×	×	×	○	○
Oil resistant	○	○	○	○	○
Silicon free	○	○	○	○	○

○: Supported ×: Not supported

Allowable current value

The values for allowable current (reference values) are based on an ambient temperature (in the air) of 30 °C and a maximum of three cores loaded simultaneously, when laid on the ground or grounded. For other conditions with different temperatures and energized core number, multiply by the conversion rates in the ambient temperature correction factor table and the core number correction factor table. (see DIN VDE 0298-4).

Allowable current (reference value)

Nominal cross-sectional area	Sheath
Nominal cross-sectional area	PVC	PUR	PUR (Single core )
0.75mm²	12A		15A
1mm²	15A		19A
1.5mm²	18A	23A	24A
2.5mm²	26A	32A	32A
4mm²	34A	42A	42A
6mm²	44A	54A	54A
10mm²	61A	75A	73A
16mm²	82A	100A	98A
25mm²	108A	127A	141A
35mm²	135A	158A	176A
50mm²	168A	192A	216A
70mm²	207A	246A	279A
95mm²	250A	298A	342A
120mm²	292A	346A	400A
150mm²	335A	399A	464A
185mm²	382A	456A	533A
240mm²	453A	538A	634A
300mm²	523A	621A	736A
400mm²			868A
500mm²			998A

Note) 1 The values in the tables are approximate values, and adopt the simplified form of DIN VDE 0298-4.

Note) 2 All values are general guidelines and are not intended for specific applications.

Ambient temperature correction factor

Ambient Temperature ℃	Maximum cable operating temperature range
Ambient Temperature ℃	60℃	70℃	80℃	90℃
10	1.29	1.22	1.18	1.15
15	1.22	1.17	1.14	1.12
20	1.15	1.12	1.10	1.08
25	1.08	1.06	1.05	1.04
30	1.00	1.00	1.00	1.00
35	0.91	0.94	0.95	0.96
40	0.82	0.87	0.89	0.91
45	0.71	0.79	0.84	0.87
50	0.58	0.71	0.77	0.82
55	0.41	0.61	0.71	0.76
60	-	0.50	0.63	0.71
65	-	0.35	0.55	0.65
70	-	-	0.45	0.58
75	-	-	0.32	0.50
80	-	-	-	0.41
85	-	-	-	0.29

Core number correction factor

(Applicable to multi-core cables up to a conductor nominal cross-sectional area of 10 mm ^{2 )}

Energized core number	Correction factor when installed in the air
5	0.75
7	0.65
10	0.55
14	0.50
19	0.45
24	0.40
40	0.35
61	0.30

Color code

DIN 47100 color code table

1 White	11 Gray -Pink	21 White -Blue	31 Green -Blue	41 Gray -Black
2 Brown	12 Red -Blue	22 Brown -Blue	32 Yellow -Blue	42 Pink -Black
3 Green	13 White -Green	23 White -Red	33 Green -Red	43 Blue -Black
4 Yellow	14 Brown -Green	24 Brown -Brown	34 Yellow -Red	44 Red -Black
5 Gray	15 White -Yellow	25 White -Black	35 Green -Black
6 Pink	16 Yellow -Brown	26 Brown -Black	36 Yellow -Black
7 Blue	17 White -Brown	27 Gray -Green	37 Gray -Blue
8 Red	18 Gray -Brown	28 Yellow -Gray	38 Pink -Blue
9 Black	19 White -Pink	29 Pink -Green	39 Gray -Red
10 Purple	20 Pink -Brown	30 Yellow -Pink	40 Pink -Red

The first color represents the base color of insulator, and the second color represents the base color of the print ring.

AWG conductor diameter and cross-sectional area

AWG (American Wire Gauge) conversion table

AWG size	Diameter mm	Cross-sectional area mm²	AWG size	Diameter mm	Cross-sectional area mm²
500	20.7	254	16	1.29	1.31
400	18.9	203	17	1.15	1.04
350	17.3	178	18	1.024	0.823
300	16.0	152	19	0.912	0.653
250	14.6	127	20	0.812	0.519
4/0	11.68	107.2	21	0.723	0.412
3/0	10.4	85	22	0.644	0.325
2/0	9.27	67.5	23	0.573	0.259
0	8.25	53.4	24	0.511	0.205
1	7.35	42.4	25	0.455	0.163
2	6.54	33.6	26	0.405	0.128
3	5.83	26.7	27	0.361	0.102
4	5.19	21.2	28	0.321	0.0804
5	4.62	16.8	29	0.286	0.0646
6	4.11	13.3	30	0.255	0.0503
7	3.67	10.6	31	0.227	0.04
8	3.26	8.366	32	0.202	0.032
9	2.91	6.63	33	0.18	0.0252
10	2.59	5.26	34	0.16	0.04
11	2.3	4.15	35	0.143	0.0161
12	2.05	3.3	36	0.127	0.0123
13	1.83	2.62	37	0.113	0.01
14	1.63	2.08	38	0.101	0.00795
15	1.45	1.65	39	0.0897	0.00632