Product Introduction of Aihe 4LZT-4.0ZC Longitudinal Flow Combine Harvester
The longitudinal axial flow combine harvester is a new type of tracked harvester named after the longitudinal arrangement of the threshing drum. This machine has functions such as one-time harvesting, threshing, cleaning, and bagging, and is known for its high efficiency, cleanliness, and low loss, receiving unanimous praise from users.
Product Features of Aihe 4LZT-4.0ZC Longitudinal Flow Combine Harvester
- Turbocharged engine, with high horsepower, low fuel consumption, sufficient power reserve, and easier harvesting;
- The new speed regulating reel is not easily tangled with grass, has strong harvesting and lodging ability, and greatly improves the plucking effect;
- Widened short distance conveyor box for smoother crop transportation;
- Configure a cutting table and a conveyor reversal device to reduce the cleaning and blocking time under extreme conditions;
- Adopting an adjustable double-layer vibrating screen, fan, and complex separation combination cleaning device, the cleanliness is higher and the cleaning ability is fully upgraded;
- The longitudinal axial flow threshing drum with independent intellectual property rights has stronger processing capacity, lower loss rate, and effectively reduces blockage problems;
- 360 degree rotation technology in situ greatly improves maneuverability and field corner operation efficiency;
- Equipped with a 1200L large grain tank, effectively saving operating costs and improving efficiency;
- Optional 270 degree spherical rotation 4-meter long inclined grain cylinder, greatly improving unloading efficiency.
- Adopting the sixth generation threshing technology, threshing is more thorough;
- The reinforced chassis with an "eight" shape has strong load-bearing capacity and better performance; Elevated chassis for better off-road capability in muddy fields;
- The whole machine agitator adopts high-strength materials and heat treatment technology, with a long service life;
- Optional corn and rapeseed harvesting devices can be equipped to achieve multi-purpose use of one machine;
- Optional cutting knives and stem shredding devices can be equipped to achieve stem returning to the field.
New chassis technology
360 degree rotation in place, timely and flexible steering, challenging the limits of rotten paddy fields!
Dual drive technology, a chassis technology that utilizes differential linkage between two tracks. The engine power is driven by hydraulic motors to drive the left and right tracks respectively, so the two tracks work together to generate force during travel, making the steering more powerful and smooth. The differential principle is used to achieve 360 degree rotation in place.
Which is better or worse between a dual drive chassis and a traditional chassis?
Whether it is dry land, paddy fields, or hills, dual drive machines have better passability, rotating 360 degrees in place, walking more vigorously, and turning more agile and smooth.
Muddy paddy fields can also be used for operations! This is due to the powerful driving force and excellent steering performance brought by the "eight" shaped chassis and dual drive technology.
Efficient threshing, clean grains, and low loss rate
Two core technologies, namely the self-developed longitudinal flow threshing device and the grain cleaning system for longitudinal flow harvesters, have obtained national invention patent certificates.
The vertical axial flow threshing device with independent intellectual property rights is stable, efficient, and more thorough in threshing;
Comprehensive air duct, adjustable luxury vibrating screen, efficient separation, three-stage circulation cleaning system, making grains cleaner.
Widened Short Distance Conveyor Box
Designed for efficient operation, with a large feeding aperture, high transmission efficiency, and anti entanglement design, it can adapt well to instantly increasing feeding volume.
New cutting table
Designed for complex assignments. Hydraulic speed control reel and pin type reel adjustment device provide strong guarantee for better reel turning effect; The integrated connection design, integral cutting platform frame, and left swing ring cutting blade transmission mechanism provide smooth operation guarantee for the cutting platform during high-speed movement, and better meet the requirements of harvesting fallen crops.
1200L split type grain collection tank
Designed to adapt to medium and large-scale field operations. Active unloading mechanism to solve the problem of poor grain discharge due to moisture in grains;
Simple to operate and easy to get started with
One machine earns more, earn more for a while, earn more income
She not only collects rice, barley, and wheat, but also quinoa, rapeseed, corn, soybeans, sorghum, and more.
Partial crop harvesting requires the installation or modification of certain components.
Technical parameters of Aihe 4LZT-4.0ZC combine harvester
model | 4LZT-4.0ZC | |||
structural style | Longitudinal axial flow fully fed track self-propelled type | |||
External dimensions | Transportation status | 5060X2342X2935 | ||
Length mm x Width mm x Height mm | ||||
working condition | 5150X2342X2935 | |||
Length mm x Width mm x Height mm | ||||
Whole machine usage quality (kg) | 3435 | |||
**Small ground clearance (mm) | 280 | |||
Pure working time productivity (hm)2/h) | 0.2~0.4 | |||
Feeding rate (t/h) | 14.4 | |||
engine | model | 4G33TC | YCD4N23T8-100B | |
structural style | Four cylinder inline vertical water cooling | |||
Power (kW) | 73 | |||
Speed (r/min) | 2600 | |||
Fuel consumption per hectare (kg/hm)2) | ≤30 | |||
track | Pitch mm x number of sections x width mm | 90×51×450 | ||
Average grounding pressure (kPa) | 17.1 | |||
Track gauge | 1150 | |||
Transmission type | Variable displacement pump+plunger motor+gearbox | |||
Variable speed mode | (Forward and backward) hydraulic continuously variable transmission | |||
Brake type | Brake drum | |||
Walking speed (m/s) | forward | 0-2.13 | ||
retreat | ||||
Theoretical homework speed (km/h) | 0~6.3 | |||
Steering method | Differential steering type | |||
reel | type | Eccentric gear shifting type | ||
Diameter (mm) | Φ 1000 | |||
Number of boards (pieces) | 5 | |||
Lifting method | hydraulic pressure | |||
Cutting table lifting method | hydraulic pressure | |||
Cutting width (mm) | 2000 | |||
Cut and mix the dragon | Diameter (mm) | Φ500 | ||
type | Spiral blade+eccentric telescopic rod | |||
Cutting blade type | type ii | |||
Intermediate conveying type | chain | |||
Master Roll Simple | Diameter X Length (mm) | Φ 605×1800 | ||
type | Axial flow nail tooth type | |||
Number of threshing rollers (pieces) | 1 | |||
Type of Retainer | Plate tooth type | |||
Concave plate sieve type | Grid format | |||
Vibration screen type | Upper adjustable blades+lower screen (reciprocating vibration) | |||
Selection type | Vibration screen+fan+compound removal combination | |||
fan | type | Centrifugal | ||
Diameter (mm) | Φ350 | |||
Quantity (piece) | 1 | |||
Grain receiving method | Manual grain receiving or mechanical spiral self dumping | |||
Adapt to crop height range (mm) | 630-1500 | |||
Lodging adaptability | Straight cut ≤ 30 °, reverse cut<65 ° |