Elevator Steel Wire Rope
Elevator wire rope is a critical component used in elevator systems to support the weight of the car and its occupants. It is typically made from a combination of steel and iron wires, wound together to form a robust and durable rope. offering different diameters, wire materials, and working loads to suit various elevator system requirements.
When selecting an elevator wire rope, consider factors such as safety standards, durability, and maintenance requirements to ensure a smooth and efficient elevator operationElevator wire ropes are the support or traction element used in elevators to move the car. Wire ropes, in general, are used to lift heavy loads vertically. The construction and materials used in the elevator wire rope make them suitable for their application as support elements in elevators.
The elevator steel wire rope is a specialized product designed for vertical lifting applications. This category of wire rope is engineered to support the weight and dynamic loads of elevators, ensuring safe and reliable operation. which is a critical factor in its strength and load-bearing capacity
WIRE ROPE SPECIFICATION |
Product Name |
Elevator Steel Wire Rope |
Keywords |
Wire Rope |
Product Material |
Carbon Steel |
Twist Method |
Right Cross |
Product Structure |
8*19s |
Nominal Tensile Strength |
1770N |
Cross Section |
Round |
Wire Rope Diameter |
6-16mm |
Packaging |
Carton/Wooden Wheel |
Purpose |
Elevator Wire Rope |
OEM |
Accept |
Main Application |
Elevator support traction |
Customization |
Support |
MOQ |
100 Meters |
After Sales Service Is Guaranteed. |
APPLICATION
Traction elevators rely on steel wire ropes to transmit power from the motor to the elevator car. These elevators are commonly installed in high-rise buildings. Hydraulic elevators use a strong steel cable to lift the elevator car using hydraulic fluid. These elevators are ideal for low-rise buildings and do not require machine rooms. Vacuum elevators are a modern solution that uses air pressure to move the elevator car. They are often used for retrofitting and do not require a shaft.
LOAD CAPACITY
The load capacity of the elevator determines the size and construction of the wire rope. Heavier loads require thicker ropes with more strands per bundle. This is because higher load capacities increase the risk of rope failure. Therefore, manufacturers must ensure that their products provide the necessary safety features
MATERIAL
Steel, galvanized steel, and stainless steel are some of the common materials used to manufacture elevator wire ropes. Steel is a popular choice for most applications due to its strength and durability. Galvanized steel is treated with a zinc coating to prevent corrosion and increase its lifespan. On the other hand, stainless steel is resistant to corrosion and has a good aesthetic appearance. It is important for manufacturers to consider the working environment when choosing the material for the elevator wire rope.
CONSTRUCTION
The construction of the elevator wire rope refers to the arrangement of wires in the core and strands. The most common constructions are multilevel and parallel-lay. The multilevel construction has more wires packed in a circular construction, while the parallel-lay construction has the wires arranged parallel. The construction of the wire rope will also affect its performance. For example, the parallel-lay construction offers better flexibility than the multilevel constructio.
TRANSFERRING POWER
Elevator wire ropes transfer power from the motor to the elevator car. When the elevator is in use, the motor turns the sheave, which moves the wire ropes. This power is transferred through the wire ropes to the car, allowing it to move up and down the shaft. The wire ropes are essential for safely transferring power from the motor to the elevator car. They ensure the car moves smoothly and without any interruptions, providing a safe and reliable mode of transportation.
Q1: Can l get some samples?
A1: We are honored to offer you samples for quality check. But you need to pay the shipping fee.
Q2: Do you have the products in stock?
A2: Are to be produced according to your order including: Not samples.
Q3: What's the delivery time?
A3: It usually takes about 25 working days to produce an order from MOQ to a 40HQ container. But the exact delivery time might be different for different orders or at different times.
Q4: How does your factory do regarding quality control?
A4: Quality is a priority. We always attach great importance to quality control from the very beginning to the end of production. Every product will be fully assembled and carefully tested before it's packed for shipment.
Q5: What is your payment?
A5: TT
Q6: What are your shipping terms?
A6: EXW.FOB.CNF.CIF.