XCMG Official Manufacturer Yt32 Multi-Purpose Aerial Ladder Fire Truck, Fire Truck, Form Fire Truck

XCMG official manufacturer YT32 Multi-purpose Aerial Ladder Fire Truck

YT32 Aerial Ladder Fire Truck is a first-attack vehicle for urban fire-fighting application, which integrates aerial rescue and fire-fighting function. 

It is widely used in applications for fire-fighting on medium or high-rise buildings and rescue in town, mine, oil field and plant, etc. It is a necessary unit for putting out fire on medium or high-rise buildings, rescuing personnel in distress and property.

1. Powerful rescue capacity, various rescue modes
Well equipped fire-fighting system with powerful water pump and monitor integrated, and a tank with capacity holding water of 2.5 t and foam of 2 t contribute to powerful rescue capacity. Max. flow designed is 5 0L/s. Fire-fighting operation could be carried out from platform or aerial ladder. An independent quick-coupled work platform is available. 

2. More comprehensive security protection, more personalized
22 safety protection devices are integrated, safe and efficient. The first-ever double helix twin twist winch mechanism in China, three sets of aerial ladder extreme position limit, and advanced ladder rung alignment function supply all-round guarantee to the personal safety of staff. The platform may be rotated 90 ° from operation configuration to transportation configuration, consequently driver's field of vision is widened and travel safety is improved.

3. Maneuverability, strong adaptability to job site
With advanced turntable leveling control technology adopted, max. leveling capacity is more than 7 ° by coordinating with chassis outrigger leveling. Total vehicle length is 11.3 m and height is 3.85 m. GVW is 28.8 t and power mass ratio is up to 11.0, taking the lead in the world.

4. Superior pump system on platform
There is an independent pump system on the platform. It is driven by a motor, and will actuate leveling cylinder for leveling the platform. Electricity is transmitted to the platform from chassis, thus, the safety problem that is liable to occur when pressurized oil is transmitted within the confined space of aerial ladder is solved effectively.