High Efficiency Pto Driven Standard Series Round Baler Machine for Agricultural Hay Straw and Alfalfa Silage Harvesting

Product Description

High Efficiency PTO Driven Standard Series Round Baler Machine for Agricultural Hay Straw and Alfalfa Silage Harvesting

Product Description

Technical Specifications

Item	Unit	Specification
Model Name	/	9EP-1.0 Round Baler
Hitch Type	/	Trailed
Pickup Width	mm	1900
Pickup Structure	/	Spring Tooth Type
Feeder Structure	/	Picker Roll + Drum Type
Bale Chamber Type	/	Roller Type
Bale Chamber Width	mm	1000
Bale Diameter	mm	Φ1000
Number of Rollers	pcs	16 (Rollers)
Roller Diameter	mm	Φ222
Baling Method	/	Net Wrap
Required Power	kw	40~80
Structural Weight	kg	2640
PTO Speed	r/min	720
Overall Dimensions (L×W×H) in Working State	mm	3750×2300×2020
Bale Density Control	/	Sensor Control
Bale Size (Diameter × Width)	mm	Φ1100×1000
Bale Density	Kg/m³	115~200
Productivity	bales/h	40~100
Wheelbase	mm	2045
Working Speed	Km/h	5-20
Net Wrap Specification (L×W)	m	2000×1.0m per baler

The Ever-power Round Hay Baler is an industrial-grade agricultural implement engineered to seamlessly gather, compress, and bind scattered crop residue into highly dense, weather-resistant cylindrical bales. Driven directly by the tractor's PTO shaft, this machinery transforms loose hay, wheat straw, alfalfa, and silage into easily manageable units for transport and long-term storage.

Core Advantages: This machine drastically reduces harvesting time and labor costs. Its compact architectural footprint allows for exceptional maneuverability in hilly terrains and small pastures, while its aggressive compression rollers ensure maximum nutritional preservation by locking out moisture and preventing forage spoilage.

Advantages

1. High-Density Compression Rollers: Constructed from thickened seamless alloy steel, the rollers withstand immense internal pressure without deforming, creating a dense core that sheds rain effectively.

2. Automated Binding Mechanism: Equipped with a mechanical density sensor that automatically triggers the twine wrapping sequence, eliminating the need for constant manual monitoring and reducing operator fatigue.

3. Low PTO Power Requirement: The precision-forged bevel gearbox operates at a highly efficient 540 RPM, allowing the baler to be powered by smaller tractors (starting from 20 HP), saving significant diesel fuel.

4. Sealed Bearing Architecture: All primary rotating axes utilize double-sealed flange bearings. This locks out abrasive agricultural dust and corrosive plant sap, ensuring a maintenance-free lifespan.

5. Anti-Fatigue Pickup Tines: The spring-steel pickup tines are treated with an anti-fatigue coating. They flex over rocks and uneven ground rather than snapping, drastically reducing replacement frequency.

6. Drivetrain Overload Protection: Integrated with a PTO shear-bolt torque limiter. If a massive foreign object jams the machine, the bolt shears instantly to protect the tractor and baler gearbox from severe destruction.
   

Application Scenarios

• Intensive Dairy Pastures: Baling fresh alfalfa, clover, and ryegrass. The high density ensures the bales are perfectly suited for subsequent plastic wrapping to initiate anaerobic silage fermentation.

• Broadacre Grain Harvesting: Clearing massive fields of wheat, barley, and oat straw immediately after the combine harvest. Rapid clearing allows for faster soil preparation for the next planting season.

• Renewable Biomass Collection: Gathering tough, dry crop residues such as corn stover, cotton stalks, and sugarcane leaves. The dense bales are easily transported to processing facilities for biomass pellet production.

• Orchard and Vineyard Maintenance: Utilizing compact models to navigate narrow rows, cleanly baling cover crops and pruned materials without damaging valuable fruit trees.
  

Global Customer Field Notes

• Texas, USA (Dairy Farm Operator): "Alfalfa quality is everything for our milk yield. We switched to the Ever-power baler because our old machine left the bales too loose, leading to mold in the center. This baler compacts the alfalfa tightly. The core is solid, and we've seen a noticeable drop in spoilage."

• Queensland, Australia (Hay Export Contractor): "Working in the Australian heat means dust gets into everything. We run this baler 8 hours a day on dry wheat straw. The sealed bearings actually do their job. The gearbox runs cool, and the twine mechanism hasn't jammed once despite the heavy dust load."

• Chiang Mai, Thailand (Rice Cooperative): "We have to clear wet rice straw quickly from terraced paddies. A large baler simply cannot turn in our fields. This compact baler is light enough that our 30HP tractors don't get stuck in the mud, and the bale weight is perfect for our workers to load onto the trucks by hand."

• Free State, South Africa (Cattle Rancher): "We use it to clean up corn stover for winter feed. Corn stalks are thick and woody, which broke the tines on our previous brand. The steel rollers and the pickup reel on the Ever-power machine handle the hard stalks easily without bending."

How to Choose the Right Round Hay Baler

Selecting the correct implement is critical for your operational efficiency. Consider the following engineering factors:

• Tractor Horsepower (HP) Compatibility: Ensure your tractor's PTO output matches the baler's requirement. Operating a heavy baler on an underpowered tractor will cause overheating, while an oversized tractor wastes fuel.

• Bale Dimension & Weight Limits: Determine how you will handle the finished bales. If you rely on manual labor, opt for a compact series producing 500x700mm bales. For mechanized front-end loader handling, standard or wide series are optimal.

• Crop Moisture Content: If you primarily bale wet silage, ensure the baler has thick-walled rollers and a heavy-duty hydraulic tailgate to handle the substantial weight of high-moisture forage.

• Pickup Width: Match the pickup width to your typical windrow size. A wider pickup (e.g., 1000mm) is necessary if you are following behind a large combine harvester, preventing the need for an extra raking pass.

Agricultural Baling Trend Analysis

Based on current agricultural engineering data, the round baler market is rapidly evolving towards three main trends:

• Demand for Ultra-High Density: Driven by rising logistics and shipping costs, farmers are demanding machines that can pack more material into the same dimensional footprint, optimizing truckload efficiency and reducing storage space.

• Energy Optimization: With volatile fuel prices, there is a massive shift away from heavy, power-hungry balers towards implements with optimized transmission gearboxes that can run efficiently on lower horsepower tractors without sacrificing output.

• Expansion into Biomass: Balers are no longer exclusively for livestock feed. A significant market trend is the deployment of round balers to harvest tough agricultural waste (sugarcane leaves, cotton stalks) to supply local renewable biomass power plants.

(FAQ)

Q1: What are the exact tractor linkage and PTO requirements? A: The baler connects via a standard Category 1 or Category 2 three-point hitch. The PTO shaft requires a standard 540 RPM output with a 1-3/8 inch Z6 (6-spline) interface. You must also have at least one rear hydraulic remote to operate the tailgate.

Q2: Can this machine handle high-moisture silage reliably? A: Yes, the heavy-duty steel rollers are designed to handle heavy, wet silage without clogging. However, wet bales are significantly heavier, so ensure your tractor has sufficient torque and adjust your driving speed accordingly.

Q3: What type of twine does the automatic binding system use? A: The mechanism is universally compatible with standard agricultural natural sisal twine or high-tensile 2-ply/3-ply polypropylene (plastic) twine. The tensioner is adjustable to accommodate different twine thicknesses.

Q4: How often does the baler require lubrication and maintenance? A: Due to the sealed bearing architecture, daily maintenance is minimal. We advise checking the roller chain tension every 50 working hours, applying chain lubricant, and greasing the PTO shaft universal joints before heavy harvest days.

Q5: Do you supply related agricultural components? A: Yes. Ever-power is a comprehensive manufacturer. Alongside round balers, we manufacture and supply heavy-duty PTO drive shafts, agricultural gearboxes, and machinery parts like roller chains and sprockets, ensuring your entire farm fleet runs smoothly.