Standard Rapid Door

It is a type of rapid door designed to provide high speed and efficiency in performance, while adhering to quality and safety standards. It is widely used in industrial and commercial environments due to its standard specifications that meet the requirements of most applications.

Features of the standard rapid door:

High opening and closing speed:
They typically range between 0.8 to 2.5 meters/second, which reduces energy loss and improves operational efficiency.

Durable manufacturing materials:
It is made from materials such as reinforced PVC, polyester, or aluminum, making it resistant to tearing and wear.

Thermal insulation and environmental efficiency:
It prevents air and dust leakage, and is suitable for areas that require precise temperature control, such as refrigerated warehouses.

Advanced safety systems:
Equipped with obstacle detection sensors that automatically stop the door’s movement when an object is detected in its path.

Quiet and smooth operation:
It relies on electric or pneumatic drive systems that ensure quiet and non-disruptive movement.

Standard fast door applications:

Warehouses and storage facilities (especially the refrigerated ones).

Factories and industrial facilities.

Restaurants and hospitals (to ensure cleanliness and environmental isolation).

Charging stations and logistics services.

Common measurements:

Width: from 2 to 6 meters.

Height: up to 5 to 6 meters (customizable as needed).

Types of operating systems:

Electric system (motor):
The most common, and it provides high speed and responsiveness for repeated operation.

Pneumatic system:
It is used in environments with special requirements, such as flammable areas, where avoiding electrical sparks is preferred.

Steps to install the standard quick door:

Pre-planning:

Determining the installation location (such as warehouse entrances or shipping gates).

Measuring the door opening accurately (width × height).

Ensure there is enough space for the top and side installation.

Preparing the structure:

Installation of side and top braces made of aluminum or steel to withstand movement and weight.

Fixing the side panels vertically and evenly.

Assembly of the mechanical system:

Installing the engine or the air system and connecting it to the sensors and electrical cables.

Installing guide pulleys and belts or chains to ensure smooth movement.

Installing the curtain (door panel):

Installing curtain slats (PVC or aluminum) and connecting them to the winding system.

Balancing to ensure even opening and closing.

Operational test:

Adjusting security sensors (such as infrared).

Testing and adjusting operating speeds according to usage.