AUTO-CHE

Huadong CSZ5040XYCFB3 Cash transit van (#196)

Huadong cash transit van CSZ5040XYCFB3 (batch #196) based on JX6466DE-M chassis (mfg by Jiangling Motors Co., Ltd. (JMC), China) is made in China by Changshu Huadong Automobile Co., Ltd. The company is located in Changshu, in Jiangsu Province, China.

Huadong CSZ5040XYCFB3 cash transit van

CSZ5040XYCFB3

Overview
ModelCSZ5040XYCFB3
Brand NameHuadong
Bulletin#196
Type of vehicleCash transit van
VIN
  • LJXBMCCB
Country of originChina
ChassisJX6466DE-M
 mfg by Jiangling Motors Co., Ltd. (JMC), China
Manufacturer Profile
Manufacturer
Brand
Type of manufacturerAutomobile manufacturer
CityChangshu
Province (Region)Jiangsu Province
CountryChina
Number of vehicles*292 models
(840 items total)
* A number of models manufactured by Changshu Huadong Automobile Co., Ltd. found in Auto-che.com vehicle database
Technical specifications
#Engine modelEngine displacementEngine powerEngine manufacturer
1JX493ZLQ32771 cc2.8 L170 cu in85 kW116 hp
Performance
Fueldiesel fuel
Environmental standardNational III / Euro 3
Maximum speed120 km/h75 mph
Capacity
Passenger capacity (including driver)5
Weights and Ground pressure
Curb weight2410 kg2.4 t5,313 lbs
Gross vehicle weight rating3510 kg3.5 t7,738 lbs
Axle load distribution1550 kg / 1960 kg
1.6 t / 2 t
3,417 lbs / 4,321 lbs
Dimensions
Overall length4900 mm / 4666 mm16′1″ / 15′4″
Overall width1974 mm6′6″
Overall height2228 mm7′4″
Undercarriage and Suspension
Number of axles2
Wheelbase2835 mm9′4″
Front track1692 mm5′7″
Rear track1700 mm5′7″
Front/rear overhang1075 mm / 990 mm,
945 mm / 886 mm
3′7″ / 3′3″,
3′2″ / 2′11″
Angle of approach18°
Angle of departure17°
Leaf springs- / 3
Tyres and Wheels
Number of tyres4
Tyres dimension225/70R15C(8PR), 215/70R15C(8PR)
Miscellaneous
Steering controlsteering wheel
Additional Information

After removal of the front and rear bumpers Dimensions (L) 4666mm, front overhang 945mm, rear overhang 886mm; car door and side rear window, rear window optional original structure; driving area and warehouses are effectively isolated.