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Product Introduction
Technical Parameters
At the heart of the Big Tank 102hp Combine Harvester is a high-performance vertical water-cooled engine, engineered to deliver consistent power across varying workloads. This engine type is preferred for agricultural machinery due to its ability to dissipate heat effectively, preventing overheating during long harvest days. The fuel system is designed with user convenience in mind, featuring a large, easy-to-access fuel tank that supports extended operation without frequent stops. The engine’s direct-injection technology also enhances fuel combustion, ensuring optimal fuel efficiency while reducing emissions— aligning with modern agricultural sustainability goals.
The machine is equipped with a reliable hydraulic gear box and a high-capacity HST (Hydrostatic Transmission) system, which work together to provide smooth power transfer. This combination allows for precise speed control, a crucial feature when navigating between different crop densities or terrain types. The rubber track system is another key component, designed with a wide footprint to distribute the machine’s weight evenly. This not only improves stability on soft ground but also minimizes soil compaction— protecting the integrity of farmland for future crops. The tracks are built with durable materials to resist wear, even when operating on rough surfaces like dry wheat fields or rocky edges.
The wide cutting header of the combine harvester is tailored for both rice and wheat, with a design that ensures clean, even cuts. The header’s adjustable height allows farmers to adapt to different crop heights, reducing grain loss from overly low or high cuts. Behind the header, the axial-flow threshing drum works to separate grains from stalks efficiently. The drum’s design includes beat bars that gently but thoroughly thresh crops, avoiding damage to grains while ensuring high separation rates. The cleaning system, featuring vibrating sieves and a centrifugal fan, further refines the grain by removing chaff and debris— ensuring only high-quality grains are collected in the tank.
QUOTATION
Payment： T/T in advance
Load Plan ： 3 pieces in 1x40HQ
| ITEMS | DESCRIPTION | REMARKS |
| Model | 4LZ-6.0P | Self-propelled Full Feeding Combine Harvester |
| Weight (KGS) | 3400 | |
| Main Standard Configuration | ||
| Working Dimension L*W*H (mm) | 5150*2620*3030 | |
| Ground Clearance(mm) | 360 | |
| Work Efficiency (h㎡/h) | 0.5-0.9 | |
| Diesel Engine | ||
| Model | Changchai 4G33-TC | |
| Type | Vertical, Water-cooling, 4*4 strokes ,Direct Inject ,Turbocharger | |
| Rated Power/Rotating Speed | 102HP/2600rpm | |
| Fuel Capacity (L) | 200 | |
| Gear Box& HST | ||
| Gear Box | 85 type hydraulic Gear Box | |
| HST | 45CC | |
| Rubber Track | ||
| Size (mm) | 550mm*90*56 mm | |
| Track Center(mm) | 1350 | |
| Header Platform &Conveyor Trough | ||
| Feeding Capacity(t/h) | 28.8 | |
| Cutting Bar Lift | Hydraulic Control | Features: |
| Cut Width | 2200mm | 1) 102 hp turbocharged engine. |
| Threshing Drum Type | Alxe Flow Type With Beat Bars | 2) Hydraulic Gear Box ZKB85 &45 CC HST. |
| Threshing Drum Dia.*Length(mm) | φ620*2010 | 3) Rubber Track 550*90*56. |
| Cleaning System | Vibrating Sieves+Centrifugal Fan | 4) Cutting Width 2.2m |
| Grain Tank | 5) 1.6m³ big grain tank | |
| capacity | 1.6m³ | |
| Grain Unloading | Auto Grain Unloading,360 Degrees | |
| Others | ||
| Cabin/Sun-roof | Canopy | |
| Crops | Rice ,Wheat ,Rapeseed |
Product Uses
The Big Tank 102hp Combine Harvester excels in southern rice-growing areas, where paddy fields and semi-wet conditions are common. Its corrosion-resistant components and muddy field adaptability make it ideal for navigating waterlogged paddies without getting stuck or sustaining damage. The machine’s ability to handle wet rice plants— which are often heavier and more prone to clogging— ensures continuous operation, even during the peak rice harvest season. By streamlining the process of cutting, threshing, and cleaning rice, it eliminates the need for manual labor-intensive steps, reducing harvest time and labor costs for farmers.
In northern wheat regions, where dry, level fields dominate, the combine harvester’s speed and efficiency shine. It can quickly cover large areas of wheat fields, completing the entire harvest cycle (cutting, threshing, cleaning, and grain collection) in one pass. The machine’s powerful engine and transmission system maintain consistent speed even when processing dense wheat crops, ensuring no time is wasted. For farmers dealing with tight harvest windows— a common issue in wheat production due to unpredictable weather— the 102hp combine harvester helps maximize output before rain or drought affects crop quality.
Beyond rice and wheat, the machine offers multi-crop harvesting capabilities, making it a versatile investment for farmers with diverse crops. By adjusting the cutting header or modifying threshing parameters, it can effectively harvest crops like rapeseed and soybeans. This flexibility eliminates the need to purchase separate machines for different crops, reducing overall equipment costs and simplifying farm operations.
The Big Tank 102hp Combine Harvester is particularly well-suited for large-scale farm operations and agricultural machinery cooperatives. For farms with hundreds to thousands of acres of contiguous land, its efficiency ensures timely harvests, even with limited manpower. Agricultural cooperatives, which often provide harvesting services to multiple smallholder farmers, benefit from the machine’s reliability and low maintenance needs— minimizing downtime and maximizing the number of clients they can serve. Additionally, its ability to handle cross-regional operations (moving between different crop zones) makes it a valuable asset for cooperatives looking to expand their service areas.
Product Operate Guide
Fuel and oil: Add clean diesel and check if the oil level is normal.
Cooling system: Check if the cooling water is sufficient to prevent high temperatures during operation.
Transmission components: Check the tightness of the belt and chain to confirm that there is no abnormal wear.
Cutting table and drum: Check the sharpness of the blades and whether the bolts are loose.
Clean the filter: The air filter and radiator should be cleaned thoroughly to ensure ventilation.
Adjust the height of the cutting table to make the cutting neat and reduce losses.
Adjust the drum clearance, air volume, and screen opening according to the crops (rice/wheat/rapeseed, etc.).
Confirm that the grain silo and unloading device are in the closed state.
Start the engine: idle for 2-3 minutes before gradually accelerating.
Entering the plot: Enter at low speed first, confirm smooth harvesting, and then increase the speed.
Harvesting operation: Keep driving at a constant speed to avoid blockages or losses caused by excessive speed.
Turning around: Raise the cutting platform in advance to avoid damaging crops or the ground.
Unloading grain: After the grain silo is full, stop the machine steadily and open the unloading drum to pour the grain into the transport vehicle.
It is strictly prohibited to make rapid turns at high speeds during homework to prevent tipping over.
When working in paddy fields, attention should be paid to the possibility of water sinking and avoiding machine sinking.
When harvesting crops such as rapeseed and soybeans that are prone to entanglement, pay attention to cleaning the cutting table and drum.
It is strictly prohibited to work with illness. If any abnormal sound or shaking is found, the machine should be stopped immediately for inspection.
Clean up residual straw and dust from the machine body, cutting platform, and conveyor channel.
Check if the blades and mesh are worn.
Add lubricating grease to keep the transmission components in good condition.
Park in a dry and well ventilated area, avoiding exposure to sunlight and rain
Product Video
