Armor Door
| Customization: | Available |
|---|---|
| Material: | Plastic |
| Type: | Rolling |
High speed doors are designed for fast open and close, allowing people and/or equipment to move quickly through the opening. This type of doors is ideal for large size opening and designed for high performance daily use both internally and externally with minimal maintenance.
Operating at speeds greater than 1m/s, this model offers beneficial energy saving in both commercial and industrial applications. Additionally, it significantly reduces noise and dust transmission from nearby working areas, making it an ideal choice for various industrial environments.
| Control System | Japan Mitsubishi Inverter, PLC and components (China unit: Servo/ Holip) |
| Dynamical Systems | Motor: SEW or Nord from Germany (China unit: SEJ/SERVO system). Power: 0.75kw ~ 3.0kw |
| Framework | 2mm thickness cold-roll steel or Stainless steel INOX201/304 |
| Rolling Drum | 2mm thickness steel/Galvanized tube with high-speed bearing |
| Command System | Magnetic Loop, Radar Sensor, Rope switch, Remote Control, Fingerprint, etc. |
| Safety System | Photocell Sensor, Safety edge bottom (Emergency rebound), Emergency stop button |
| Speed & Size | Speed: 0.7~1.5m/S; Max Size: 10m width * 15m height |
The door operates at an adjustable speed ranging from 0.7m/s up to 1.5m/s, ensuring fast traffic flow and energy efficiency.
Our high-speed doors include photocell sensors and a safety bottom edge (airbag) that triggers an automatic rebound if an obstacle is detected.
Yes, we offer framework options in Stainless Steel INOX 201 or 304, which are ideal for food processing or chemical industrial applications.
The system supports multiple activation methods including radar sensors, magnetic floor loops, remote controls, pull cords, and key card access.
We provide a 1-year warranty on the product to ensure reliable performance and customer satisfaction.
The system is compatible with single or three-phase 220V~260V or three-phase 380V~460V at 50/60HZ depending on the motor configuration.