Flexible PVC Flat Travel Elevator Cable - TVVB/H05VVH6-F

1. CE standard, 2. IEC60227-6, En50214 standards, 3. Optional: with shield and steel support - details see: https://www.buildingsupplieshub.com/flexible-pvc-flat-travel-elevator-cable-10060682

Type: Elevator Parts	Place of Origin: Shanghai China (Mainland)	Brand Name: ECHU	Model Number: TVVB/H05VVH6-F
Shape: Bunch Core	Voltage: 300/500V

contact supplier for Flexible PVC Flat Travel Elevator Cable

Flexible PVC Flat Travel Elevator Cable
(Sample available)
Approval CCC & CE standard

Application:
As control and signal cable for elevator as well as moving machine parts, its bending radius is smaller compared with round type due to the closely packed shielded cores or bundles. It can be installed in dry and damp rooms.

Properties:
The other sheath is extensively resistant to oil and cooling liquid
Standards: GB5023.6, IEC60227-6, EN50214
Structure:
Conductor: Fine strands of bare copper wire
According to VDE 0295 CLASS 5
Bearing: Steel rope
Outer sheath: Flexible PVC, cold resistance, flame resistance
Color: Grey (RAL7001), orange, black

Technical data:
Rated Voltage: 300/500V
Test voltage: 2500V
Minimum bending radius: 0.3M-1-0.6M
Burning vertically test: GB/T1 8380.1-2001
IEC60332-1.1933 test passed
Used under the normal conditions. The temperature of conductor is lower than +70 degree
Temperature range: -15degree to +70 degree
H07VVH6-F (TVVB) (pararell)free suspension length must not exceed 35 meters, and the lift speed must not exceed 1.6m/s
H07VVH6F-(TVVB)(interwist) free suspension length must not exceed 80meters, and the lift speed must not exceed 4m/s
If travel longer, then should with steel supporting.

Type	Cores	Cross Section	Width (mm)	Thickness(mm)	Weight (kg/km)	Cable Shape
TVVB	2	0.75	8.0±1.0	4.2±0.5	68	Parallel
TVVB	3	0.75	10.4±1.0	4.2±0.5	90	Parallel
TVVB	4	0.75	13.7±1.0	4.2±0.5	118	Parallel
TVVB	5	0.75	17.1±1.0	4.2±0.5	145	Parallel
TVVB	6	0.75	19.4±1.0	4.2±0.5	167	Parallel
TVVB	7	0.75	21.8±1.5	4.2±0.5	188	Parallel
TVVB	8	0.75	24.1±1.5	4.2±0.5	210	Parallel
TVVB	9	0.75	26.5±1.5	4.2±0.5	231	Parallel
TVVB	10	0.75	28.8±1.5	4.2±0.5	253	Parallel
TVVB	11	0.75	31.2±2.0	4.2±0.5	274	Parallel
TVVB	12	0.75	33.5±2.0	4.2±0.5	277	Parallel
TVVB	13	0.75	35.9±2.0	4.2±0.5	298	Parallel
TVVB	14	0.75	39.2±2.0	4.2±0.5	323	Parallel
TVVB	15	0.75	41.6±2.0	4.2±0.5	344	Parallel
TVVB	16	0.75	43.9±2.0	4.2±0.5	364	Parallel
TVVB	17	0.75	46.3±2.0	4.2±0.5	384	Parallel
TVVB	18	0.75	49.6±2.0	4.2±0.5	410	Parallel
TVVB	19	0.75	52.0±2.0	4.2±0.5	430	Parallel
TVVB	20	0.75	54.3±2.0	4.2±0.5	450	Parallel
TVVB	21	0.75	56.7±2.0	4.2±0.5	470	Parallel
TVVB	22	0.75	59.0±2.0	4.2±0.5	491	Parallel
TVVB	23	0.75	61.4±2.5	4.2±0.5	511	Parallel
TVVB	24	0.75	64.7±2.5	4.2±0.5	537	Parallel
TVVB	24	0.75	31.3±2.0	8.4±0.5	470	Bunch Core
TVVB	30	0.75	39.9±2.0	7.8±0.5	582	Bunch Core
TVVB	36	0.75	43.5±2.0	8.4±0.5	691	Bunch Core
TVVB	40	0.75	50.7±2.0	7.8±0.5	748	Bunch Core
TVVB	42	0.75	49.5±2.0	8.4±0.5	791	Bunch Core
TVVB	48	0.75	55.5±2.0	8.4±0.5	891	Bunch Core
TVVB	54	0.75	61.5±2.5	8.4±0.5	990	Bunch Core
TVVB	60	0.75	67.5±2.5	8.4±0.5	1090	Bunch Core
TVVB	66	0.75	73.5±2.5	8.4±0.5	1190	Bunch Core