Sinotruk HOWO 8X4 400HP Cargo Truck with 10 12 Tons Crane

• Certification: CE, ISO9001
• Condition: New
• Maximum Lifting Height: 20-25m
• Maximum Lifting Weight: 11-13t
• Shaft Number: 3
• Crane Jib: Five-Arm
• Model NO.: HOWO
• Type: Straight Arm
• Feature: Truck Crane
• Application: Engineering and Construction, etc
• Max. Lifting Height: 20.8m
• After-Sales Service Provided: Overseas Third-Party Support Available
• Name: HOWO 8X4 Crane Truck 15 Ton
• Crane Type: Knuckle Boom Crane
• Rated Lifting Moment: 20
• Model: Sq12zk3q
• Boom Length: 18.7m
• Section Boom: 4
• Truck Capacity: 30tons
• Crane Weight: 3477kg
• Rotation Angle: 360
• Trademark: Sinotruk Howo
• Origin: Shandong, China
• Production Capacity: 500 Units Per Year

Product Description

Chassis
Chassis Type		SINOTRUK HOWO 8X4 CARGO TRUCK
Chassis model		ZZ1317V3267B1
Wheelbase (mm)		3200mm
Engine	Model	WP12.400E201, Euro II (optional)
	Type	Diesel
	Horsepower	400HP
	Option	From 336HP to 420HP for option
Gear box		HW19710,10 forward & 2 reverse
Cab	Type	HW76 cab(optional)
Braking system	Drive brake	Hydraulic drum
	Parking brake	Cutting-off air brake
Tire		12.00R20 radial tire with one spare
Front axle		VG95 (drum)
Rear axle		MCP16ZG(twin axle, drum, Ratio 5.26)
Fuel tank (L)		400L
Cargo box
Carriage dimension		7500*2300*600mm(optional)
Thickness		Bottom 3mm, side 1.5mm(optional)
Crane
Capacity		12 tons(optional)
Type		Straight arm/Knuckle
Lifting height		12.5m(optional)
Delivery time		About 30 days after prepayment

Crane truck

 

Crane truck, also known as truck mounted lifting and transportation vehicle, is a device that uses hydraulic lifting and telescopic systems to lift, rotate, and lift goods. It is usually installed on cargo trucks. It generally consists of a truck chassis, cargo compartment, power take-off, and crane. According to the type of crane, it is divided into straight arm type and folding arm type. According to tonnage, it is divided into 2 tons, 3.2 tons, 5 tons, 6.3 tons, 8 tons, 10 tons, 12 tons, 16 tons, and 20 tons.

 

Precautions during the operation of the on-board crane:

1) Understand the size of the lifted cargo, find the distance from the center of the cargo to the center of the crane column, and check the lifting capacity parameters of the crane based on the distance. 2) The lifting capacity (torque) of the crane is fixed, and the larger the working radius of the crane. The lighter the lifted cargo, the smaller the working radius, and the heavier the lifted cargo. (The working radius refers to the horizontal distance from the center of the torque to the hook.)- 3) Considering the lifting capacity of the crane and the load-bearing capacity of the chassis, the larger the beam, the better. If the crane is larger and the chassis is smaller, it will cause deformation and fracture of the beam. A smaller chassis reduces the power of the engine, which affects the lifting capacity of the crane. So when considering a 230mm beam, we choose a crane weighing less than 3 tons. When considering a 250mm beam, consider a crane weighing less than 6 tons. A 280mm beam can be equipped with a crane weighing less than 8 tons. A crane weighing less than 10 tons can be considered for chassis with rear eight wheels and front four wheels.