Transit Guardian Ambulance (Diesel)

Ⅰ. The Product Specifications

II. Basic Description

The new Transit Guardian Ambulance is modified from the Ford New Transit Axle model introduced by Jiangling Ford. Ford 2.0TPumaTDCi diesel engine, equipped with a full range of active + passive safety protection system, speed up to 156km/h; Using Bosch version 9.1 ABS+EBD technology, it is possible to actively detect and analyze road conditions and rationally adjust the driving direction; The use of domestic leading boron steel plate, high steel chassis integrated casting, multiple beams to increase strength; The overall body center of gravity is lower and more stable, effectively ensuring the safety of the driver; The medical cabin has a large space and reasonable design; The whole vehicle adopts the leading medical vehicle modification technology in China, which is suitable for all kinds of hospitals and emergencies,rescue center, especially suitable for patient transfer and city first aid.

III.Medical cabin ambulance facilities

Ambulance system:

1. Automatic loading stretcher: the stretcher is made of high-strength aluminum alloy, PVC waterproof foam mattress, the backrest is adjustable; The bold oval leg tube, evenly distributed auxiliary upper wheels and aluminum blocks greatly increase the gravity bearing of the derrick, and only one person needs to complete the loading process.
2. Stretcher platform: made of high-quality aluminum alloy material, auxiliary stretcher to get on and off.
3. Infusion Rack: 1 set of aluminum alloy rail infusion rack is installed on the top of the medical cabin, including 2 folding hooks.

Medical oxygen control system:

Two 10L steel oxygen cylinders with a nominal pressure of 15MPA (light weight for easy loading and unloading replacement), two single-gauge pressure reducing valves, two German oxygen terminals, a ventilator connection and a wall oxygen inhaler. When the patient takes oxygen, the amount of oxygen can be controlled, and the humidification bottle is equipped to provide moist oxygen for the patient, which is more conducive to the patient's oxygen inhalation.