Rubber sheathed flat cable

A detailed introduction of the flat cable with rubber sleeve

Structural characteristics of rubber sheathed flat cable, rubber sheathed flat cable, flat cable, flexible flat cable and flat cable is in accordance with the national Q1320282, AQ001-91 standards organization of production for AC rated voltage 450v/750v and following the mobile type electrical equipment, rubber sheathed flat cable flat structure is especially suitable for frequent bending occasions, not easy to twist together, such as cranes, crane, etc..

The soft structure is adopted in the core of the flat cable guide wire of the rubber sleeve to ensure the soft performance of the cable. The insulation and protective layer materials are used to improve the soft properties of the cable and the characteristics of corrosion resistance and cold resistance. Insulated wire core color, provide convenience for installation. The rubber sleeve flat cable can be used as a customer, and the cable core is increased on both sides of the wire rope or other bearing element.

Model name mainly use Yb mobile flat cabtyre cable for indoor hoisting and conveying machinery power line YBF flame retardant resistant high temperature flat cabtyre cable application in outdoor exposure to oil fields are resistant to climate and non flame-retardant YBZ flame retardant with YBF with flame retardant properties resistant to high temperature flat cabtyre cable

Product models, specifications, use: Model name allowable temperature rise scope Yb NR / SBR insulation and sheath flat flexible cable 70 DEG C indoor no insulating oil area YBF NR / SBR and chloroprene sheathed flat flexible cable and 200 DEG C outdoor and oil area cable with delay to ignition of YBZ ethylene propylene insulating and chloroprene flat sheath soft cable 200 °C
Section mm - type core numberYB1.5-2.53、4、5、7、8、10、12YBF4-63、4、5YBZ25-703、4

 

standards	conductor structure	Cable reference data				20℃Minimum insulation resistanceMΩ
		Outside diameter upper limit (width * thickness)	Approximate weight	20℃ maximum Direct current resistance
Core number * sectional areamm2	Root number / diametermm	YB YBF YBZ mm	YB YBF YBZ Kg/mm	No tinΩ/km	TinΩ/km	YB YBF	YBZ
3×4	56/0.30	19.6×8.9	285	4.95	5.09	50	400
3×6	84/030	22.0×9.9	380	3.30	3.39
3×10	84/0.40	27.5×12	615	1.91	1.95
3×16	126/0.40	31.3×13.3	830	1.21	1.24
3×25	196/0.40	38.3×15.8	1230	0.78	0.795
3×35	276/0.40	42.8×17.6	1605	0.554	0.565	40	300
3×50	396/0.40	49.2×20.0	2205	0.386	0.393
3×70	360/0.50	55.6×22.5	2965	0.272	0.277
3×4+2×1	56/0.30+32/0.20	25×8.5	427	4.95	5.0	50	400
3×6+2×1	84/0.30+32/0.20	30×12	590	3.30	3.34	50	400
3×6+2×1.5	84/0.30+30/0.25	30×12	600	3.30	3.38	50	400
6×2.5+6×1.5	49/0.25+30/0.25	35×15	900	7.98	8.05	50	400
3×4+4×2.5	56/0.30+49/0.25	32×9	520	4.95	5.03	50	400
3×25+1×10	196/0.40+84/0.40	53×18	1800	0.78	0.81	50	400
3×16+1×10	126/0.40+84/0.30	43×15	1200	1.21	1.27	50	400
3×35+1×10	276/0.40+84/0.40	61×21	2500	0.554	0.56	40	300
3×50+1×10	396/0.40+84/0.40	65×24	3200	0.386	0.392	40	300

  

standards	Conductor structure	Cable reference data				20℃Minimum insulation resistanceMΩ
		Outside diameter upper limit (width * thickness)	Approximate weight	20℃ maximum Direct current resistance
Core number * sectional areamm2	Root number / diametermm	YB YBF YBZ mm	YB YBF YBZ Kg/mm	No tinΩ/km	TinΩ/km	YB YBF	YBZ
4×2.5	49/0.25	22.5×8.2	285	7.98	8.21	50	400
4×4	56/0.30	26.2×9.1	396	4.95	5.09
4×6	84/0.30	29.2×9.9	505	3.30	3.39
4×10	84/0.30	36.5×12	835	1.91	1.95
4×25	196/0.40	51.1×15.8	1665	0.780	0.795
4×35	276/0.40	57.0×17.6	2170	0.54	0.565	40	300
7×2.5	49/0.25	37.2×8.2	490