Analysis of power and performance parameters of BAOLILAI 11062121 hydraulic pump

Analysis of power and performance parameters of BAOLILAI 11062121 hydraulic pump
IntroductionIn modern industrial and mechanical equipment, KR-L-045D-LS-21-15-NN-N-3-C2RG-A6N-PLB-NNN-NNN hydraulic pump is the core power source of hydraulic system, and its power and performance parameters directly affect the working efficiency and operation stability of the equipment. BAOLILAI hydraulic pump occupies an important position in the hydraulic equipment market with advanced manufacturing technology, efficient energy conversion and stable working performance. This article will deeply analyze the power characteristics and key performance parameters of BAOLILAI hydraulic pump to help users better understand its advantages and choose the model that suits their needs.

1. Power characteristics of BAOLILAI hydraulic pumpThe power of hydraulic pump is mainly composed of three aspects: input power, output power and power loss. High-efficiency hydraulic pumps should minimize power loss to improve the overall energy efficiency ratio.
   Input power (P_input)
   The power provided by the motor or engine determines the overall energy supply capacity of the hydraulic pump.
   BAOLILAI hydraulic pumps are driven by high-efficiency motors to reduce input power loss and improve energy utilization.
   Output power (P_output)
   The actual available power delivered to the hydraulic system by the KRL045DLS2115NNN3C2RGA6NPLBNNNNNN hydraulic pump is usually determined by flow (Q) and pressure (P), and the calculation formula is as follows:

BAOLILAI hydraulic pumps adopt an optimized internal flow channel design to make hydraulic energy transmission more efficient.
Power loss and efficiency
Due to factors such as mechanical friction and hydraulic shock, the actual output power of the hydraulic pump is usually lower than the input power.
The efficiency of BAOLILAI hydraulic pumps can reach more than 90%. Compared with traditional hydraulic pumps, it can effectively reduce power loss and energy consumption.

2. Key performance parameters of BAOLILAI hydraulic pumps When selecting hydraulic pumps, users need to pay attention to multiple key performance parameters to ensure the matching degree between the hydraulic pump and the equipment.
   Rated working pressure (P)
   BAOLILAI hydraulic pumps have a wide range of working pressures, from 16MPa to 35MPa, suitable for various high-pressure working conditions.
   High-pressure design can improve the power density of the hydraulic system and reduce the size and weight of the equipment.
   Flow (Q)
   The flow unit is usually expressed in L/min, which represents the volume of liquid delivered by the hydraulic pump per unit time.
   BAOLILAI hydraulic pumps have a variety of flow specifications, covering low-flow precision control and high-flow high-load requirements.
   Displacement (Vg)
   The displacement represents the volume of liquid output per revolution, in cm³/rev.
   BAOLILAI hydraulic pumps have a wide range of displacements and adjustable designs to adapt to different working environments.
   Speed ​​(n)
   The speed affects the flow output and operating life of the hydraulic pump.
   BAOLILAI hydraulic pumps support two modes: low-speed high-torque and high-speed high-efficiency. Users can choose according to application requirements.
   Temperature range
   BAOLILAI hydraulic pumps can work stably in temperatures from -20℃ to +80℃, suitable for harsh industrial environments.
   High-temperature resistant sealing materials and heat dissipation optimization design are used to ensure long-term stable operation.
   Noise control
   Low-noise design is adopted, gears and fluid power structures are optimized, and vibration and noise of the hydraulic system are reduced.
   Applicable to noise-sensitive industrial scenarios, such as precision manufacturing and automation equipment.
3. Application scenarios of BAOLILAI hydraulic pumps Due to its excellent power and performance parameters, BAOLILAI hydraulic pumps are widely used in many industries:
   Construction machinery
   Applicable to high-load mechanical equipment such as excavators, bulldozers, cranes, etc., providing strong power support.
   Industrial automation
   In precision manufacturing and automated production lines, BAOLILAI hydraulic pumps ensure precise control of hydraulic actuators.
   Metallurgical industry
   Used in equipment such as rolling mills and hydraulic shears to provide stable high-pressure power.
   Agricultural machinery
   Applicable to equipment such as tractors and combine harvesters to improve agricultural production efficiency.
   Ship and port equipment
   In ship hydraulic systems and port loading and unloading equipment, BAOLILAI hydraulic pumps achieve long-term stable operation with corrosion resistance and high pressure bearing capacity.
   Conclusion BAOLILAI hydraulic pumps have performed well in many industries with their efficient power conversion, wide working pressure range, low energy consumption and high adaptability. Its excellent performance parameters ensure the stability and reliability of the equipment in various working environments. Whether it is high-load engineering machinery or precision manufacturing equipment, BAOLILAI hydraulic pumps are an ideal choice. With the continuous advancement of hydraulic technology, BAOLILAI will continue to innovate and provide more efficient and durable hydraulic solutions for users around the world.