Hydraulic Drive Gearbox

Hydraulic Drive Gearbox Model as Follows

Hydraulic Drive Gearbox EPT15

Model	Gearbox EPT15
Use	Manure Spreader
Ratio	8.15:1
Input	540 r.p.m
	14 Hp
	10 Kw
	177 N.m
Output	66 r.p.m
Output	1500N.m

Hydraulic Drive Gearbox EPT20

Model	Gearbox EPT20
Use	Manure Spreader
Ratio	16.43:1
Input	540 r.p.m
	9.5 Hp
	7 Kw
	123 N.m
Output	33 r.p.m
Output	2020 N.m

Hydraulic Drive Gearbox EPT30

Model	Gearbox EPT30
Use	Manure Spreader
Ratio	29.4:1
Input	540 r.p.m
	6 Hp
	6 Kw
	818 N.m
Output	18 r.p.m
Output	3138 N.m

Hydraulic Drive Gearbox EPT35

Model	Gearbox EPT35
Use	Manure Spreader
Ratio	24.3:1
Input	540 r.p.m
	11 Hp
	8.0 Kw
	140 N.m
Output	22 r.p.m
Output	3500 N.m

Hydraulic Drive Gearbox EPT40

Model	Gearbox EPT40
Use	Manure Spreader
Ratio	35.19:1
Input	540 r.p.m
	8.7 Hp
	6.4 Kw
	114 N.m
Output	15 r.p.m
Output	4011 N.m

Hydraulic Drive Gearbox EPT50

Model	Gearbox EPT50
Use	Manure Spreader
Ratio	43.54:1
Input	540 r.p.m
	8.57 Hp
	6.3 Kw
	112 N.m
Output	12 r.p.m
Output	5000 N.m

1. Enhanced Operational Efficiency: Our hydraulic drive gearbox ensures seamless power transmission and precise control, allowing for optimal manure spreading. Its advanced design reduces energy loss, enabling more efficient operation, improved performance, and savings on fuel while maintaining consistent spreading accuracy.

2. Superior Durability and Longevity: Built with premium-grade materials and cutting-edge engineering, our gearbox is designed to withstand heavy workloads and harsh agricultural conditions. Its robust construction minimizes wear and tear, ensuring reliable performance and an extended lifespan, even under continuous use.

3. Adjustable Spreading Rates: The hydraulic system allows for real-time adjustments to spreading rates, accommodating varying manure consistencies and field conditions. This ensures even distribution, reduces waste, and supports sustainable farming practices by optimizing nutrient application based on specific needs.

Why Choose Our Hydraulic Drive Gearbox

4. Low Maintenance Requirements: Our hydraulic drive gearbox is designed for minimal maintenance, thanks to its simplified structure and high-quality components. This reduces downtime, lowers operational costs, and gives farmers peace of mind, knowing their equipment will perform reliably over time.

5. High Torque Capability: The gearbox delivers exceptional torque, ensuring smooth operation even when handling heavy or compacted loads of manure. This capability makes it especially effective for demanding tasks, providing consistent performance and preventing mechanical breakdowns during critical operations.

6. Versatile Compatibility: Our hydraulic drive gearbox is compatible with a wide range of manure spreader machines and tractors. Its adaptability ensures easy integration into existing setups, making it a flexible and cost-effective solution for various agricultural applications.

Typical Applications of Hydraulic Drive Gearbox

The hydraulic drive gearbox in a manure spreader machine finds application in various scenarios where precise and efficient distribution of manure is required. Some typical applications include:

(1) Seeder Machines: Hydraulic drive gearboxes in seeder machines enable precise control over seed placement and distribution rates. By adjusting the speed and torque, farmers can ensure uniform seeding, even on uneven terrain, promoting better crop germination, healthier plant growth, and higher overall yields.

(2) Manure Spreader Machines: In manure spreader machines, the hydraulic drive gearbox ensures efficient power transmission to conveyor chains and spreading discs. This allows for even distribution of manure across fields, optimizing soil fertility, reducing waste, and ensuring uniform nutrient application, even under varying field conditions.

(3) Agricultural Fertilizer Spreaders: Hydraulic drive gearboxes in fertilizer spreaders allow for adjustable spreading rates, depending on the type of fertilizer and field requirements. This ensures precise application, minimizes overuse, and promotes cost-effective and environmentally-friendly farming practices, improving crop health and boosting productivity.

(4) Compost Spreaders: Hydraulic drive gearboxes in compost spreaders deliver consistent power to distribute organic compost evenly across fields. Their ability to handle variable load weights and adjust output speeds makes them ideal for enhancing soil structure and fertility, supporting sustainable agriculture practices.

Hydraulic Drive Gearbox Vs. Fertilizer Spreader Gearbox

A hydraulic drive gearbox uses pressurized hydraulic fluid to transfer power and adjust torque and speed. It is commonly used in modern agricultural machines, including manure spreaders, seeders, and other variable-rate equipment, due to its flexibility and precision.

Strengths:

Adjustable Operation: Hydraulic gearboxes allow for real-time adjustments to speed, torque, and power, making them ideal for applications requiring variable rates, such as manure spreading or seeding.
Smooth Power Transmission: The hydraulic system ensures even power distribution, reducing mechanical strain and enabling smoother operation.
High Torque Capability: These gearboxes are excellent for heavy-duty tasks, such as handling compacted loads or uneven terrains.
Versatility: They are compatible with a wide range of agricultural equipment, making them a flexible choice for diverse applications.
Minimal Maintenance: With fewer moving parts compared to mechanical gearboxes, hydraulic systems require less frequent maintenance.

Weaknesses:

Higher Initial Cost: Hydraulic systems are typically more expensive to purchase and install.
Complexity: The hydraulic system requires specialized knowledge for repairs and troubleshooting.
Energy Loss: Hydraulic systems can experience slight energy loss due to fluid friction and heat generation.

A fertilizer spreader gearbox is a mechanical gearbox specifically designed for spreading granular or powdered fertilizers. It controls the spinning discs or rotary mechanisms that distribute fertilizer evenly across fields.

Strengths:

Cost-Effective: Fertilizer spreader gearboxes are generally less expensive and simpler to manufacture.
Reliable Performance: With a straightforward design, mechanical gearboxes are durable and dependable for spreading operations.
Low Power Requirements: These gearboxes work efficiently without needing high levels of energy.
Ease of Maintenance: Repairs and maintenance are relatively simple and inexpensive due to the mechanical nature of the gearbox.

Weaknesses:

Limited Adjustability: Unlike hydraulic systems, these gearboxes cannot adjust spreading rates dynamically, making them less suitable for variable-rate applications.
Less Smooth Operation: Mechanical systems can produce vibrations and uneven power transmission.
Restricted Use: Fertilizer spreader gearboxes are tailored for specific tasks and cannot handle heavy-duty operations or work across multiple applications.


Hydraulic Drive Gearbox	Fertilizer Spreader Gearbox

Agricultural PTO Shaft for Hydraulic Drive Gearbox

We also provide the PTO shaft, which is often used with the hydraulic drive gearbox. If you need it, you can contact us to buy it. Click the picture below to learn more about the PTO shaft.

The agricultural PTO shaft and the hydraulic drive gearbox are integral components in modern farming machinery, working together to ensure efficient power transfer and control for various agricultural applications. While each serves a distinct role, their collaboration is crucial in powering equipment like manure spreaders, seeders, and fertilizer spreaders.

The PTO shaft is a mechanical device that transfers power from a tractor to an attached implement. It is designed to transmit rotational energy from the tractor's engine to machinery, enabling operations such as spreading, cutting, or baling. The PTO shaft is highly versatile, compatible with various agricultural tools, and ensures consistent power delivery. Its primary role is to act as the drivetrain between the tractor and the implement, making it a fundamental component for mechanical power transmission.

On the other hand, the hydraulic drive gearbox converts hydraulic energy into mechanical power, allowing for precise control of speed and torque. Unlike the PTO shaft, which relies solely on mechanical energy, the hydraulic drive gearbox uses pressurized fluid to transmit power. This makes it exceptionally useful for tasks requiring variable speed and torque, such as controlling the spreading rates of fertilizers or manure. The gearbox adds flexibility and precision, enabling real-time adjustments based on field conditions.

The connection between the PTO shaft and the hydraulic drive gearbox lies in their complementary functions. The PTO shaft powers the hydraulic pump, which generates the pressurized fluid needed for the hydraulic drive gearbox to operate.

This collaboration allows machines to utilize both mechanical and hydraulic energy, combining the strengths of each system. For example, the PTO shaft provides the raw power, while the hydraulic drive gearbox offers precision and versatility, especially for applications requiring variable rates or heavy-duty performance.

Agricultural PTO Shaft for Hydraulic Drive Gearbox

How to Choose the Right Gearbox for Manure Spreader

Selecting the appropriate hydraulic drive gearbox for a manure spreader machine is crucial to ensure optimal performance and efficiency. Here are some key factors to consider when choosing the right hydraulic drive gearbox for your manure spreader:

1. Determine Load Capacity Requirements: Evaluate the size and weight of the manure loads the spreader will handle. Choose a hydraulic drive gearbox that can deliver sufficient torque and power to handle heavy or compacted loads without overloading the system or causing performance issues.

2. Consider Adjustability and Control: Look for gearboxes with adjustable speed and torque settings for precision spreading. This feature is crucial for varying manure consistencies and field conditions, allowing you to control the spreading rates effectively to minimize waste and maximize efficiency.

3. Match Compatibility with Machinery: Ensure the hydraulic drive gearbox is compatible with your manure spreader and tractor's hydraulic system. Check the input/output shaft configurations, mounting options, and flow rate requirements to guarantee seamless integration and optimal performance.

4. Durability and Build Quality: Choose a gearbox built with high-quality materials to withstand harsh agricultural conditions, such as exposure to dirt, moisture, and corrosive substances. Durable gearboxes reduce maintenance needs, ensuring long-term reliability and consistent performance.

Type of Hydraulic Drive Gearbox for Sale

A hydraulic drive gearbox for a manure spreader machine is a critical component designed to efficiently transfer power from the hydraulic system to the machine's spreading mechanism. This gearbox enables precise control of the spreader's functions, ensuring even distribution of manure across fields, which is essential for proper fertilization and soil health.

The hydraulic drive system operates by using pressurized hydraulic fluid to power the gearbox, replacing traditional mechanical or PTO (Power Take-Off) drives. This setup allows for smoother operation and reduces wear and tear on the equipment. The gearbox itself is a compact, robust assembly that converts the hydraulic power into rotational motion, driving the spreader's conveyor chain and paddles that discharge manure.

One of its significant advantages is variable speed control, allowing operators to adjust the spread rate based on field conditions and manure consistency. It also provides overload protection, minimizing damage to the system during heavy use. Durable and low-maintenance, the hydraulic drive gearbox enhances efficiency, reliability, and precision in agricultural operations.