Turbo High Speed Door / Spiral High Speed Door

The turbo high speed door, also known as the spiral high speed door, is an industrial door system that combines the insulation and strength of sectional panel doors with the opening and closing performance of high speed doors. It was developed for facilities that require insulation, energy savings, sealing, wind resistance and efficiency together.

Classic sectional doors offer good insulation but operate slowly; PVC high speed doors are fast but do not provide as much insulation and strength as panel doors. The turbo door meets both needs in a single system: 43 mm thick polyurethane-filled panels are coiled without contact inside an aluminum alloy spiral track at speeds of up to 2 meters per second. As a result, the door opens very quickly and, when closed, protects the environment like a panel door.

As ALD Automatic Door, we produce turbo high speed doors in project-specific sizes for openings up to 9,000 × 8,000 mm and deliver them with installation and after-sales service support.

TURBO DOOR AUTOMATION

The heart of the turbo door is the servo motor drive system and the PLC-controlled control panel with encoder. This structure makes high speed operation safe, keeps energy consumption low and ensures stable performance even under intensive use.

PU-Filled Sandwich Panel

The moving part of the door consists of polyurethane-filled sandwich panels without thermal bridges. The panels are 220 mm high and 43 mm thick; the polyurethane filling density is 50 kg/m³. The structure without thermal bridges prevents heat transfer between the inner and outer surfaces, increasing the door’s insulation performance. This feature reduces energy loss, especially in heated or cooled areas.

Roller

The movement of the panels inside the spiral track is provided by PU-steel rollers. The polyurethane coating ensures the rollers run quietly and smoothly, while the steel body increases strength.

Connection Seal

Bottom Seal

PVC

COIL BOX

The coil box can be designed in three different shapes: spiral, elliptical or 90°. Thanks to this flexibility, the door can be adapted to buildings with different ceiling heights and headroom above the door. In projects with limited space above the door, installation is made possible by choosing the appropriate coil type.

Full Vision Panel

For applications where visibility and daylight through the door are desired, 185 mm high double-walled plexiglass full vision panels can be used. The double-walled structure provides transparency without compromising insulation. Being able to see traffic on both sides of the door also contributes to occupational safety during forklift and staff passage.

Alternative Panel

In addition to the standard panel, an alternative panel option 136 mm high is also available.

SPIRAL DOOR TECHNICAL SPECIFICATIONS

Opening Method: By radar or control panel
Maximum Size: W. 9000×8000 mm
Speed: 0.8 – 2.0 m/s
Wind speed resistance: 115 km/h
Motor: Servo motor
Operating Voltage: 380 V / 220 V
Service Life: >500,000 cycles
Safety System: Photocell, Pneumatic

1. What Is a Turbo High Speed Door?

   They are special door systems that can open and close quickly in industrial facilities and businesses. Their basic operating principles are to provide fast and safe access, increase energy savings and optimize work processes. Widely used in industrial sectors, these doors are especially preferred in logistics, production and storage areas.

2. Turbo High Speed Door Technology: How Does It Work?

   Spiral high speed doors are generally equipped with high-performance motor systems. Sensors and automation technology control the opening and closing of the door. Thanks to fast response times and sensitive sensors, the doors can respond instantly to the user’s needs. This technology speeds up workflows while also increasing safety.

3. Spiral Door Types and Models

   Turbo high speed doors used in industrial sectors are available in various models. These models are designed to meet fast access requirements. For example, there are models with different levels of durability for indoor or outdoor use. In addition, special design options and customization possibilities offer solutions tailored to customers’ specific needs.

4. The Role of Turbo High Speed Doors in Industrial Applications

   In logistics and storage systems, turbo high speed doors optimize work processes by increasing fast material flow and efficiency. In production facilities, the doors increase production efficiency by providing fast access and prevent workplace accidents. They also stand out with designs that comply with hygiene standards, especially in the pharmaceutical and food sectors.

5. Advantages of Turbo High Speed Doors

   Time and energy savings are among the main advantages. Fast opening and closing speeds up workflows and reduces energy costs. In addition, their compliance with safety standards increases employee safety in the workplace and minimizes accidents. Their sustainable and environmentally friendly designs also help reduce environmental impact.

6. What Should Be Considered When Choosing a Turbo High Speed Door?

   When choosing a turbo high speed door, the business’s needs should be determined. Factors such as the environment where the door will be used, frequency of use and safety requirements should be taken into account. Ease of maintenance and service is also an important factor, ensuring the door can be used effectively for a long time.

7. Turbo High Speed Door Installation Process

   Installation of turbo high speed doors should be carried out by expert teams. Professional installation ensures the door works correctly and lasts a long time. Customer-specific installation solutions offer solutions suited to the business’s specific needs. In addition, post-installation support and service are important to ensure the door works without problems.

8. The Future of Turbo High Speed Door Technology

   Turbo high speed door technology is constantly evolving. Innovative technologies and developments increase the performance of the doors, enabling them to meet the needs of industrial businesses more effectively. Integration with Industry 4.0 and smart factory concepts further optimizes work processes. Customer feedback and continuous improvement play an important role in determining the future potential of turbo high speed door technology.