Orange Extension Electrical Elevator Cable for Electric Flat Control Elevator

Min.Order: 3,000

Product origin: Jiaxing, Zhejiang, China

Infringement complaint:

Complaint

US$ 0.5 ~ 10

Description

Orange Extension Electrical Elevator Cable for Electric Flat Control Elevator

Construction :
1.Conductor : Fine Stranded Bare Copper Wire (acc.to VDE0295 Class 5)
2.Insulation : Special PVC (Polyvinyl Chloride)
3.Color Available:Yellow ,orange,white ,black,yellow and green
                            black with white digital coding or white with black digital coding

4.Load-bearing material:High-strength galvanized steel wire rope(Optional)
5.Sheath:Special PVC (Polyvinyl Chloride)
Flexible, cold-resistant, wear-resistant and oil-resistant
6.Color:Grey ,Black ,Orange ,Blue
Standard:
IEC60227-6 ,EN50214,GB5023.6

Technial:
Rated Voltage:300V/500V (0.75mm2 to 1.0mm2)
                       450V/750V (1.5mm2 to 2.5mm2)
Rated Temperature:-15°C to 70°C
1. Flat Traveling Elevator Cable that inner core if parallel array,
   when the suspension length more 35meters and the lift speed more 1.6m/s ,that should use load-bearing material :High-strength galvanized steel wire rope
2. Flat Traveling Elevator Cable that inner core if Plum shape ,
    when the suspension length more 75meters and the lift speed more 4m/s,that should use load-bearing material :High-strength galvanized steel wire rope

Application:

The Elevator Cable outer sheath use special PVC materials that will be cold-resistant, wear-resistant and oil-resistantcan,when temperature at minus 15 degrees Celsiusbe the cable still kept soft and flexible . Due to the elevator cable's own weight and the required tension, the cable structure must be specially designed when it is used in large lengths suspension ,it need to add high strength Galvanized steel wire for long life.

Specification Parameter :

No.of cores x Nominal section area	No. of Cores	Cores arrange	Nominal Construction of conductor	Nominal Insulation thickness	Nominal Overall diameter	Nominal Cable weight	Max.Resistance of conductor at 20ºC
No.X mm²			No.X mm	mm	mm	kg/km	<=(Ω/km)
TVVB 300/500V
2 x 0,75	2	parallel	24 x 0,20	0,6	8.0*4.6	69	26,0
3 x 0,75	3	parallel	24 x 0,20	0,6	10.4*4.6	91	26,0
4 x 0,75	4	parallel	24 x 0,20	0,6	13.7*4.6	119	26,0
5 x 0,75	5	parallel	24 x 0,20	0,6	17.1*4.6	146	26,0
6 x 0,75	6	parallel	24 x 0,20	0,6	19.4*4.6	168	26,0
7 x 0,75	7	parallel	24 x 0,20	0,6	21.8*4.6	190	26,0
8 x 0,75	8	parallel	24 x 0,20	0,6	24.1*4.6	212	26,0
9 x 0,75	9	parallel	24 x 0,20	0,6	26.5*4.6	233	26,0
10 x 0,75	10	parallel	24 x 0,20	0,6	28.8*4.6	255	26,0
11 x 0,75	11	parallel	24 x 0,20	0,6	31.2*4.6	277	26,0
12 x 0,75	12	parallel	24 x 0,20	0,6	33.5*4.6	299	26,0
13 x 0,75	13	parallel	24 x 0,20	0,6	35.9*4.6	320	26,0
14 x 0,75	14	parallel	24 x 0,20	0,6	39.2*4.6	348	26,0
15 x 0,75	15	parallel	24 x 0,20	0,6	41.6*4.6	370	26,0
16 x 0,75	16	parallel	24 x 0,20	0,6	43.9*4.6	392	26,0
17 x 0,75	17	parallel	24 x 0,20	0,6	46.3*4.6	413	26,0
18 x 0,75	18	parallel	24 x 0,20	0,6	49.6*4.6	441	26,0
19 x 0,75	19	parallel	24 x 0,20	0,6	52.0*4.6	463	26,0
20 x 0,75	20	parallel	24 x 0,20	0,6	54.3*4.6	485	26,0
21 x 0,75	21	parallel	24 x 0,20	0,6	56.7*4.6	506	26,0
22 x 0,75	22	parallel	24 x 0,20	0,6	59.0*4.6	528	26,0
23 x 0,75	23	parallel	24 x 0,20	0,6	61.4*4.6	550	26,0
24 x 0,75	24	parallel	25 x 0,20	0,6	64.7*4.6	578	26,0