A15 气动移门  Pneumatic Sliding door

气动移门作为公司最新开发的移门，利用气体充气带动门的移动，对于电子厂房，对静电粉尘限制要求特别高的场所，普通的电动门是无法满足其要求的。电动门通过皮带的传动造成粉尘的产生，影响高精产品的生产。在此基础上，气门移门是非常适合的。气动移门完全通过压缩空气来推动门的移动。

模块化驱动器和配置文件系统长期保证可靠和低噪声的运行。完美设计的门外观优雅，可以根据客户要求在安全性，性能和便利性方面进行扩展。根据要求，玻璃门使用窄，标准或坚固的玻璃型材，所有型号都可以配备逃生路线安全系统。

功能齐全，造型可靠，适应性强

经典单叶或双叶自动滑门非常通用，适合满足各种挑战性要求。它们的开口宽度为800至3000 mm，可容纳高达1 x 200或2 x 150公斤的门重。使用模块化结构原则制定，这使得系统可以使用相同的精密制造部件在各种条件下安全和有效地适应，为客户带来了更短的安装时间和降低维护和维护成本的好处。

操作的安静性是霍曼自动门最显着的特征。门静静地打开和关闭，这表明精密工程和材料的完美匹配。驱动器，传感器和远程通信的能力可以连续监控组件状态。门系统及其各个电子部件的运行状态也不断进行合理性检查。由于其学习能力，故障单元的潜力降至最低。

特征

• 系统技术具有学习能力，自动进行调整
• 20 mm或32 mm厚的铝型材可用于10 mm和24 mm厚的单层中空玻璃 
• 其他制造商的型材可以安装在65 mm以内 
• 两个型材和驱动单元盖可以阳极氧化或粉末涂层
• 正常版本的驱动单元高度可用于108 mm或150 mm
• 200 mm驱动高度可用于增强型号
• 驱动单元可以安装在楣板上，独立式或集成在天花板上

优点

• 模块化结构能够构建广泛的门型号和应用
• 缩短安装时间，降低服务和维护成本。
• 符合所有相关的国家和国际指南和标准
• 系统学习能力降低了设备故障的潜力

Classic linear sliding door - the all rounder

Pneumatic door as the latest development of the sliding door, using gas driven mobile door, for electronic factory, the electrostatic dust limit required for high places, ordinary electric door is unable to meet the requirements. The electric door drives the belt to drive the dust to produce, affects the high precision product the production. On this basis, the valve door is very suitable. The pneumatic door completely by compressed air to drive the movement of the door.

The modular drive and profile systems guarantee a reliable and low-noise operation over long periods. The perfectly designed doors with their elegant appearance can be expanded according to customer requirements with regard to security, performance and convenience. Depending on the requirements, narrow, standard or robust glass profiles are used for the glass doors, and all models can be equipped with escape route safety systems.

·          

Beatifully functional, crafted, reliable and adaptable

Huomann's classic single or double leaf automatic sliding doors are exceptionally versatile and are suited to meeting a wide range of challenging requirements. They have opening widths of 800 to 3 000 mm, and can accommodate door weights of up to 1 x 200 or 2 x 150 kilos. The Huomann uses the Huomann system which has been developed using modular construction principles. This allows the system to be adapted safety and efficiently to a wide range of conditions using the same precision crafted components. This results in benefits for the customer of shorter installation times and reduced service and maintenance costs.

The quietness of operation is the most striking feature of automatic doors. The doors open and close exceptionally quietly, which is indicative of the precision engineering and the perfect matching of materials. Our combination of short, low-momentum toothed belts, rollers made from hard-wearing, low-noise plastic, acoustically decoupled running tracks, guide pulley wheels with ball bearings and door leaf guides with specially developed guide profiles all contribute to its quietness in operation. The ability of the drive, sensors and remote to communicate enables continuous monitoring of component status. The operational status of the door system and its individual electronic components also continuously undergo plausibility checks. Thanks to its learning capacity, the potential of the unit to malfunction is reduced to a minimum.

Features

• the system technology has learning capacity and adjustments are made automatically
• 20 mm or 32 mm thick aluminium profiles available for 10 mm and 24 mm thick single insulating glass to allow the greatest possible transparency 
• the profiles of other manufacturers up to 65 mm can be fitted 
• both profiles and drive unit cover can be anodized or powder-coated
• drive unit heights for the normal versions are available in either 108 mm or 150 mm
• 200 mm drive heights are available for reinforced models
• the drive unit can be fitted to the lintel, be freestanding or integrated in the ceiling

Benefits

• modular construction enables the construction of a wide range of door models and applications
• can be adapted to suit the widest range of conditions 
• shorter installation time and reduced service and maintenance costs.
• meets all relevant national and international guidelines and standards 
• system learning capacity reduces the potential of the unit to malfunction