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Elevator Cables

Elevator Cables
Elevator cables are specialized cables designed to meet the demanding requirements of elevator systems, including vertical transportation in buildings. These cables are crucial for ensuring the safe and reliable operation of elevators, providing power and control signals between the elevator car, control system, and other components. Their construction and properties are tailored to handle the mechanical stresses and environmental conditions encountered in elevator systems.

Properties :

KVVS Elevator cables are manufactured with the following material and properties:

  • High Conductivity: Elevator cables are made from high-quality conductors, such as copper, to ensure efficient power transmission and control signal integrity.
  • Low Resistance: The low resistance of these conductors minimizes power loss and maintains consistent performance across the elevator system.
  • High Tensile Strength: Elevator cables are engineered to withstand the mechanical stresses and tensions experienced during elevator operation, including the weight of the elevator car and counterweights.
  • Despite their strength, elevator cables remain flexible, allowing for smooth movement and bending around pulleys and sheaves without compromising performance.

Applications :

  • Passenger Elevators: Used in residential, commercial, and industrial buildings to provide safe and efficient vertical transportation for passengers.
  • Freight Elevators: Employed in commercial and industrial settings to transport goods and materials, requiring robust cables to handle heavy loads.
  • Utilized in escalators and moving walkways, where similar properties are required to ensure smooth operation and safety.

Energy Savings

No Lugs Wire

Wire with 105c rating

High Current Carrying Capacity

Energy Savings

No Lugs Wire

Wire with 105c rating

High Current Carrying Capacity

Description
Data
Type (CENLEC) code
HOSVVHE-F
Reference standard
EN 50214 & IEC 60227 Part 6
Application
Used as Pendant Lif/Elevator Cables for Low rise & Low
speed up to 50meter & 16 mis,
with easy communication/signaling norms.
Special Feature
Online quality Extrusion Knurling
enable cable to proper grip over pulleys.
Voltage Rating
300/500V
Temperature rating
-20+70°C |
Min. Bending radius
5xD (HY)
Conductor
20x 0.75mm2
20x 0.50mm2
Conductor Material
Plain Copper Wires
Tinned Copper Wires
Conductor Construction
24/0.20mm (Class 5 IEC 60228)
16/0.20mm (Class 5 IEC 60228)
Max DC Resistance @20°C Ohm/km
26.00 Ohm/Km
40.1 Ohm/Km
Insulation
Extruded PVC
Extruded PE
Material
PVC {Type Ti2 EN 50363-3}
PE {LDPEEN 50290-2- 23)
Minimum Insulation Thickness ( mm)
0.38mm
0.38mm
Core Identification
Black 1-19 nos printed & YIG
Pair: Blue & White;
Pair#2:Orange & White
Twisting Pairs
NA
22 (twisted 10 twists/mtr min)
Screening (Shield)
N/A
Individual pair with ATC Wire
braiding with 70% coverage
Cable Assembly
20 Cores + 2 Screened pairs laid
parallel with groups. (5x4) +2x2
Rip Cord
Cotton Threads are place in each group to strip out sheath.
Sheath Thickness- Minimum
1.00mm
Sheath Overall Diameter - Maximum
58 +/-2(Width) x 6 (Ht) mm
Sheath Material
PVC {Type TM2: EN 50363-4-1/ Type STSIEC 60227-1}
Sheath Color
Black
High Voltage Test
2KV AC for 15 Minutes (for 0.50sqmm 1Kv-1 Minute)
Insulation Resistance @ 70°C
 >0.012 MOhm/km
Impact Test at -5°C
Pass as per EN 60811
Passed flexing Test — 60000 forward - backward
cycles with 6AMp current240V followed by Voltage test of 2000V.
Passed flexing Test — 60000 forward - backward
cycles with 6AMp
current240V followed by Voltage test of 2000V.
Fire Test
Flame retardant as per [EC 6033-12
Resistance to
 Oil, Water, Abrasion, Flame, Chemicals.
Print Marking
KVVS ( 20X0.75Sqmm + 2X2X0.50SQMM | Shielded)
FLAT TRAVELLING CABLE mmiyy mir mark |
Packing
500 mir drum length or as per agreement
between Rollflex & customer

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