Customize Design AC/DC Motor Large/Small Hydraulic Power Station Hydraulic Power Pack

Product Description

Company Profile

Qingdao MDP Hydraulics Technology Co., Ltd.

Qingdao MDP Hydraulics Technology Co., Ltd. is a leading company in the industrial and trade sector, specializing in the production and distribution of high-quality hydraulic parts. With a wide range of products including hydraulic valves, hydraulic pumps, hydraulic motors, power units, hydraulic parts and hydraulic accessories, MDP Hydraulics is dedicated to providing top-notch solutions for all hydraulic system needs.

One of the key points that sets MDP Hydraulics apart from its competitors is its commitment to integrating production processes to ensure the highest level of quality control. By overseeing every step of the manufacturing process, from design to distribution, MDP Hydraulics is able to guarantee that each product meets the strictest standards of excellence.

Choose MDP Hydraulics for all your hydraulic needs and experience the difference that quality and expertise can make in your operations.

In the dynamic realm of industrial hydraulics, MDP Hydraulics Equipment Technology Co., Ltd. Stands as a paragon of excellence. As a vertically integrated industry leader, we specialize in crafting and distributing cutting-edge hydraulic components that power diverse sectors, from heavy machinery and manufacturing to automotive and renewable energy.

Our expansive product portfolio is a testament to our commitment to versatility. From high-precision hydraulic valves that regulate fluid dynamics with pinpoint accuracy, to robust hydraulic pumps and motors engineered for continuous heavy-duty performance, each product is designed to optimize system efficiency. Our comprehensive range also includes power units, specialized parts, and accessories, ensuring seamless integration across complex hydraulic systems.

Backed by a team of seasoned engineers, technicians, and industry experts, we don't just sell products-we offer tailored solutions. Our R&D division constantly explores innovative materials and designs to enhance performance and sustainability, ensuring our offerings remain at the forefront of hydraulic technology. Whether you require custom-engineered components or standardized parts, our customer-centric approach ensures that your unique operational needs are met with precision and efficiency.

Product Description

Product Features:

A hydraulic station is a device that converts liquid pressure into mechanical energy and is widely used in fields such as machinery, aviation, shipping, and industry. Its basic structure and working principle are as follows: 

The hydraulic station is mainly composed of two parts: the hydraulic system and the control system. The hydraulic system includes key components such as hydraulic pumps, hydraulic cylinders, hydraulic valves, and oil tanks. The control system is mainly composed of electrical control devices and mechanical control devices. 

The hydraulic pump is the core component of the hydraulic station, responsible for drawing hydraulic oil from the oil tank and delivering it under pressure to the hydraulic system. The motor drives the hydraulic pump to rotate, thereby converting electrical energy into mechanical energy. The hydraulic cylinder is a hydraulic component that converts liquid pressure into mechanical energy. When the liquid enters the hydraulic cylinder, the pressure of the liquid pushes the piston, enabling the movement of mechanical equipment. The hydraulic valve is used to control and regulate the pressure, flow, and direction of the hydraulic system, ensuring that the hydraulic system operates according to the predetermined working process. 

The oil tank is the storage device for the hydraulic system, featuring excellent sealing and corrosion resistance, ensuring the normal operation of the hydraulic system. The hydraulic oil in the tank is filtered through a filter to remove impurities and contaminants, maintaining the cleanliness of the hydraulic system. The pipes and pipelines are used to connect the hydraulic pump, hydraulic valves, and other hydraulic components, forming a complete hydraulic system. 

The working principle of the hydraulic station mainly relies on the interaction between liquid pressure and mechanical energy. When the hydraulic pump starts to operate, it converts mechanical energy into liquid pressure and pushes the liquid into the hydraulic system. Through the precise control of the hydraulic valves, the direction, pressure and flow of the hydraulic oil are accurately regulated, thereby driving the hydraulic cylinders and other actuating elements to complete the predetermined tasks. 

Product Advantages

Delivers high power density – generates large force and torque with a relatively compact structure, saving installation space.

Enables smooth and stable operation – hydraulic systems allow for stepless speed regulation and gentle force control, reducing mechanical shock.

Features flexible layout – hydraulic oil stations can be installed remotely from the actuator, adapting to complex equipment structures.

Offers strong overload protection – built-in safety valves prevent system damage from excessive pressure, enhancing operational reliability.

Ensures easy maintenance and troubleshooting – modular design simplifies component inspection, replacement, and system debugging.

Provides uniform force transmission – hydraulic oil transmits pressure evenly, ensuring consistent performance of multi-actuator systems.

Specification

Client:	Address/email/Tel:			Quantity requested:
Hydraulic stations
Communication matters	Parameters			Description
Maximum dimension of equipment layout	Length × width × height			The size of the space reserved for the equipment
Hydraulic fluid type:
Oil cleanliness				ISO 17/14/11
Viscosity@40c	CST			Oil number, such as ISO V G 46
Oil filter
Filtering precision	Microns			Filtering precision
The way of filter				Outlet filter/return filter?
Magnetic filtration	Yes/No			Need for magnetic filtration
Cooling method
Cooling method	Water/air cooling			Water or air cooler
Start-up temperature	℃			The minimum temperature at which the equipment begins to operate
Ambient temperature	℃			Maximum ambient temperature at which equipment is operating
Cooling water (if required)	℃			Maximum temperature of cooling water (if water is required)
Information on motor and pump units
Motor voltage/frequency	V	Hz		400V/50Hz
Motor speed	Rev/min			1450 rpm
Variable frequency motors	Yes/No			Do you need a variable frequency motor
Selection of pumps				Gear Pump, vane pump, plunger pump
Maximum flow rate	L/min			Pump displacement
The pressure of the pump	Mpa			Pressure required for hydraulic system
Hydraulic oil supply port	Number			Number of hydraulic oil supply ports
Level switch	Yes/No	Number		Whether configuration is required
Shields	Yes/No			Whether configuration is required
Other notes:
Lubricating oil station
Communication matters	Parameters			Description
Maximum dimension of equipment layout	Length × width × height			The size of the space reserved for the equipment
Lubricating oil type:
Oil cleanliness				ISO 17/14/11
Viscosity@40c	cST			Oil number, such as ISO V G 46
Oil filter
Filtering precision	Microns			Filtering precision
The way of filter				Outlet filter/return filter?
Magnetic filtration	Yes/No			Need for magnetic filtration
Cooling method
Cooling method	Water/air cooling			Water or air cooler
Start-up temperature	℃			The minimum temperature at which the equipment begins to operate
Ambient temperature	℃			Maximum ambient temperature at which equipment is operating

After Sales Service

1. Warranty period: 12 months warranty period, during which quality problems can be repaired or replaced free of charge. 
2. Return and exchange policy: If you find any defect or non-conformity of the product after purchase, you can return or exchange it within the specified time (such as 30 days). 
3. Technical support: Provide telephone, online or email technical support to help solve installation and use problems. 

Certifications

Packaging & Shipping

FAQ

1.What are the main application areas of hydraulic gear pump?
Hydraulic gear pump is widely used in construction machinery, agricultural machinery, ships, industrial equipment and other fields, often used in hydraulic system power transmission and liquid transport.
 
2. How to choose the right hydraulic gear pump?
Consider the following factors when choosing
- Flow requirements: Determine the flow of the pump according to the system requirements.
- Pressure rating: Ensure that the rated pressure of the pump meets the system requirements.
- Medium type: Select the appropriate material and sealing method according to the conveying liquid.
- Working environment : Consider temperature, humidity and other environmental factors.
 
3. What are the common faults and solutions of hydraulic gear pump?
- Insufficient flow: Check whether the suction line is blocked or leaked to ensure sufficient oil.
- Excessive noise: Check gear wear or air in the oil, and replace gear or exhaust if necessary.
- Unstable pressure: Check the system for leaks or internal wear of the pump, and repair or replace it in time.
 
4. What do you need to pay attention to the maintenance of hydraulic gear pump?
- Check the cleanliness of the oil regularly to avoid impurities entering the pump.
- Replace seals regularly to prevent leaks.
- Check gear and bearing wear, timely replacement.
- Keep the oil within the proper operating temperature range.
 
5. How long is the life of hydraulic gear pump?
Life depends on working conditions, maintenance and frequency of use. Under normal use and maintenance, the life of the hydraulic gear pump can usually reach thousands of hours.
 
6. Can the hydraulic gear pump be used in reverse?
Reversal is generally not recommended because the pump design and seal structure are designed for one-way rotation, and reversal can cause seal failure or pump damage.