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China Rice Combine Harvester Suppliers - High Efficiency Rice Cutter Harvester Machine from Factory
Product Parameters
| Model | 4LZ-7 | ||
| Dimension (L×W×H) | mm | 5900×2640×2940 | |
| Min. operating weight | kg | 3935 | |
| Track gauge of crawler | mm | 1250 | |
| Feeding speed | kg/s | 7 | |
| Productivity | hm²/h | 0.19～1.0 | |
| Working speed | km/h | 0.9～6.5 | |
| Mini clearance | mm | 340 | |
| Grain tank | m³ | 1.6 | |
| Fuel tank capacity | L | 140 | |
| Cutting | Cutting width | mm | 2400 |
| Cutting table agitator type | / | Screw pusher type | |
| Type of reel | / | Eccentric toothed type | |
| Reel lever | / | 5 | |
| Pulling wheel diameter | mm | Φ900 | |
| Threshing Room | Number of threshing drums | / | 1 |
| Main threshing drum type | / | Longitudinal axial flow rod tooth type | |
| Dimensions of the granule drum (outer diameter × length) | mm | Φ620×2200 | |
| Concave plate sieve type | / | Grid format | |
| Detoxification method | / | Plate-tooth blade type | |
| Engine | Model | / | 110HP-GIII |
| Type | / | Turbocharging + High-Pressure Common Rail | |
| Qty of cylinders | / | 4 | |
| Rated power | HP/KW | 110HP / 80.1kW | |
| Rated speed | r/min | 2400 | |
| Fuel consumption per unit operation volume | kg/hm² | ≤35 | |
| Unloading System | Unloading height of grain | mm | 800–4000 |
| Grain unloading mode | / | 360° Multi-directional grain unloading | |
| Rubber Track | / | 550×90P×56 | |
| Chassis Wheels | / | 6+1 with scraper | |
| Gearbox | / | 95 | |
| HST | / | KANZAKI 52cc | |
| Monitoring and Video | / | Yes | |
| USB Charges | / | Yes | |
| Valve of Hydraulic on Header | / | Yes | |
| Working Area Recorder | / | Yes | |
| Alarm system | / | Grain tank alarm, coolant alarm, battery alarm, engine oil alarm and blockage alarm | |
| Pilothouse | / | Luxury air-conditioned cab | |
Product Advantages
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1The cutting platform can be raised, lowered, and steered with a single lever, making work more convenient and efficient.
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2The reel tooth tube is equipped with a protective cover to effectively prevent hay entanglement.
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3Feed spiral blades: Utilize a carbonitriding process for higher strength and better wear resistance.
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4Threshing chamber feed inlet: Made of thickened stainless steel plate, with two round steel bars welded to the outside of the right feed inlet, greatly improving strength and wear resistance.
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5Minimum ground clearance of up to 320 mm, and upper chassis ground clearance of 640 mm, improving resistance to sinking.
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6Optional plate and cage-type straw sorters are available, suitable for various crops, especially lodged crops, and reducing harvesting platform losses.
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7Optimized header lifting and rotating design and extended bridge frame solve the problems of excessively low header width (resulting in stubble fall) and poor high-point passability. The lowest point of the header blade guard is 40mm from the horizontal ground, and the highest point is 1000mm from the horizontal ground.
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8The feed inlet of the bridge frame has been optimized with floating wheels, which can be freely adjusted according to the feed volume to improve conveying performance; the bridge frame is equipped with a steering device to quickly handle blockages.
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9Equipped with a high-efficiency threshing, cleaning, and separating system, the threshing drum is 2.0 meters long and uses a new type of cleaning fan and an adjustable angle fish-scale cleaning screen, which has a strong crop processing capacity and solves the problems of insufficient threshing feed and large cleaning losses.
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10Multi-functional harvester: The Jindafeng rice harvester can harvest a variety of crops, including rice, wheat, and corn, with a feed speed of 7 kg/s. Equipped with a dedicated corn harvesting device, it can directly harvest corn kernels. This machine has a simple structure, sufficient power reserve, strong adaptability, high operating efficiency, good reliability, and high cost performance.
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11The sunshade structure provides a wide field of vision. This structure is simple, economical, and practical. In hot weather, drivers can work for long periods without having to rest prematurely due to the unbearable heat, thus making better use of the busy farming season.
Product Application
Product Diagram
Frequently Asked Questions
Q
What crops can the 4LZ-7 rice combine harvester harvest?
The 4LZ-7 is a multi-functional harvester capable of harvesting rice, wheat, and corn. With a dedicated corn harvesting device, it can directly harvest corn kernels, making it highly versatile for different farming needs.
Q
What is the feeding speed and productivity of the 4LZ-7 harvester?
The 4LZ-7 has a feeding speed of 7 kg/s and a productivity range of 0.19～1.0 hm²/h, with a working speed of 0.9～6.5 km/h, ensuring efficient field operations.
Q
What type of engine does the 4LZ-7 use and what is its rated power?
The 4LZ-7 is equipped with a 110HP-GIII engine featuring Turbocharging and High-Pressure Common Rail technology. It has 4 cylinders, a rated power of 110HP / 80.1kW, and a rated speed of 2400 r/min.
Q
How does the grain unloading system work on the 4LZ-7?
The 4LZ-7 features a 360° multi-directional grain unloading system with an adjustable unloading height ranging from 800mm to 4000mm, providing flexible and efficient grain transfer to transport vehicles.
Q
What safety and monitoring features are included in the 4LZ-7?
The 4LZ-7 comes equipped with a comprehensive alarm system including grain tank alarm, coolant alarm, battery alarm, engine oil alarm, and blockage alarm. It also features built-in monitoring and video systems, a working area recorder, and USB charging ports for operator convenience.
Q
Is the 4LZ-7 suitable for wet or lodged crop conditions?
Yes. The 4LZ-7 is designed with a minimum ground clearance of 320mm and upper chassis clearance of 640mm to resist sinking in wet fields. Optional plate and cage-type straw sorters are also available, making it especially suitable for harvesting lodged crops with minimal platform losses.