180 kg Automatic Sliding Operator

Product Advantages

The 180 kg Automatic Sliding Door Operator offers superior performance compared to the 100 kg and 150 kg models; in terms of capability, it approaches the standards of a heavy-duty system. When paired with tall, heavy door panels, it effectively prevents the back-and-forth swaying caused by inertia during opening and closing cycles.

Thanks to an enhanced motor brake force and a more robust suspension structure, the system ensures an exceptionally straight and true trajectory for the door panels. Furthermore, recognizing that large door panels present a significant surface area susceptible to wind forces, the 180 kg sliding door operator features a powerful closing compression force, effectively counteracting panel misalignment or air leakage caused by strong outdoor winds.

If your project requires driving thick, heavy glass doors exceeding 3 meters in height—such as those found in the lobbies of five-star hotels or luxury brand flagship stores—this product is the ideal choice for applications involving towering, floor-to-ceiling entrances. Despite its immense load-bearing capacity, the system's generous mechanical design margins ensure that the motor maintains low operating temperatures and minimal noise levels, even under heavy loads.

Which door systems are compatible with the 180 kg Automatic Sliding Operator?

Currently, the projects we have equipped with this sliding door operator typically involve large-scale, high-specification, and high-traffic professional building entrances, finding application in both the medical and commercial door sectors.

1. Entrances to Large Commercial Complexes

Due to heavy pedestrian traffic, large dimensions, and substantial weight, the main entrance doors of malls and shopping centers require a door system capable of long-term stable operation and a low failure rate. Therefore, we recommend selecting the 180 kg sliding door operator to prevent the stalling and wear-and-tear issues often associated with heavy doors, thereby ensuring efficient pedestrian flow.

2. Hospital Main Entrances and Clean Corridors

Outpatient lobbies, surgical corridors, and entrances to clean zones demand extremely high standards of stability, quiet operation, and safety. These areas require a sliding door operator capable of supporting high-frequency cycling and operating almost continuously throughout the day.

3. Office Buildings and Corporate Headquarters Lobbies

The automatic doors at the entrances or lobbies of high-end office buildings—such as OWNIC’s series of commercial glass doors—typically feature large panels of tempered glass. Given their considerable weight, these doors require an operator that ensures smooth and quiet movement.

4. Hotels and High-End Commercial Spaces

Doors in hotel lobbies, private club entrances, and commercial showrooms can utilize the 180 kg Automatic Sliding Operator to guarantee smooth operation and minimal noise levels.

5. Public Transportation and Infrastructure

When equipping the entrances of airports, train stations, and large public buildings with automatic doors, a higher-performance sliding door operator is essential. This is due to the extremely heavy pedestrian traffic during peak hours, which necessitates a system offering superior reliability and safety.

Selection Guide: Does Your Project Require a 180kg Door Operator?

To address diverse project requirements, OWNIC provides customized design and configuration recommendations. Furthermore, during the project planning phase, you can utilize our recommendations to make a preliminary assessment of whether a 180kg Automatic Sliding Door Operator is necessary.

Evaluate your project against the following criteria; if any two conditions are met, we recommend selecting the 180kg door operator:

● Single door leaf weight ≥ 150kg (including glass, frame, and seals)

● Door width ≥ 1800mm (single leaf) or ≥ 3000mm (double leaves)

● Average daily opening/closing cycles ≥ 500 times

● Application in extreme environments, such as outdoors, semi-outdoors, or cold storage facilities

● Deployment in critical locations where downtime is unacceptable—such as hospital emergency departments, airports, or main logistics thoroughfares