Arcc Max Business (OPC) Private Limited

Here are the detailed specifications and information for the JCB 3DX Parker Hydraulic Pump, commonly used in JCB 3DX backhoe loaders:

Parker 332/F9028 – Twin Gear Hydraulic Pump

• JCB 3DX

• JCB 3CX

• JCB 4CX

• Also used in various other backhoe loader and construction equipment models

• Lifting and lowering of loader arms

• Bucket operation

• Powering hydraulic cylinders and actuators

• General hydraulic flow distribution in JCB backhoes

Volvo offers a range of excavators, including models like the EC140, EC210, EC360, and EC480. Each model has specific spare parts designed for optimal performance. Below is an overview of available spare parts for these models:

Volvo EC140:

• Water Pump: Essential for cooling the engine, ensuring efficient operation. citeturn0search0

• Swing Reducer: Important for the swing mechanism, providing smooth rotational movement. citeturn0search0

Volvo EC210:

• Boom Cylinder Seal Kit: Maintains hydraulic pressure for boom operations. citeturn0search1

• Bucket Cylinder: Facilitates the lifting and dumping functions of the bucket. citeturn0search1

• Swing Drive with Motor: Ensures the swing function of the excavator. citeturn0search4

• Water Pump: Keeps the engine at optimal temperatures during operations. citeturn0search4

Volvo EC360:

• Swing Motor: Drives the swing mechanism for rotational movement. citeturn0search4

• Track Adjuster Assembly: Allows for proper tensioning of the tracks. citeturn0search4

• Turbo Charger: Boosts engine performance by increasing air intake. citeturn0search4

Volvo EC480:

• Swing Drive without Motor: Provides the swing function; motor sold separately. citeturn0search4

• Track Frame: The structural component housing the tracks and undercarriage. citeturn0search4

• Wiring Harness: Ensures electrical connectivity throughout the excavator. citeturn0search4

For detailed specifications, compatibility, and purchasing options, it's recommended to consult authorized Volvo dealers or visit the official Volvo Construction Equipment website.

Excavator spare parts are essential components required for the maintenance and repair of excavators. Excavators are heavy machinery used in construction, mining, and excavation, and they consist of various complex systems that need regular maintenance and occasional replacements. Here’s a breakdown of the common spare parts used in excavators:

• Pistons: Help in the movement of the engine.

• Cylinders: Contain the pistons and allow for the conversion of pressure into mechanical energy.

• Fuel Injectors: Deliver fuel into the engine for combustion.

• Air Filters: Prevent dust and debris from entering the engine.

• Radiators: Help to keep the engine cool.

The Volvo EC380D hydraulic excavator is equipped with a sophisticated hydraulic system designed for optimal performance and efficiency. Below are the key details regarding its hydraulic pump:

Hydraulic Pump Specifications:

• Main Pumps:

  • Type: Two variable displacement axial piston pumps.

  • Maximum Flow Rate: Each pump delivers up to 300 liters per minute (L/min), totaling 600 L/min. citeturn0search0

• Pilot Pump:

  • Type: Gear pump.

  • Maximum Flow Rate: 3.9 L/min. citeturn0search0

• Hydraulic System Relief Valve Pressure:

  • Implement Circuit: 32.4–35.3 megapascals (MPa).

  • Travel Circuit: 35.3 MPa.

  • Slew Circuit: 27.9 MPa. citeturn0search8

Additional Hydraulic System Details:

• Hydraulic Fluid Capacity:

  • Total System Capacity: Approximately 500 liters.

  • Hydraulic Tank Capacity: Around 220 liters. citeturn0search4

• Hydraulic Motors:

  • Travel Motor: Variable displacement axial piston motor with mechanical brake.

  • Slew Motor: Fixed displacement axial piston motor with mechanical brake. citeturn0search8

Part Numbers for Hydraulic Pumps:

• Hydraulic Pump P/N 14602252:

  • Designed for Volvo EC480D and EC380D excavators, featuring a durable double gear design. citeturn0search1

• Hydraulic Pump VOE14566659:

  • Compatible with multiple Volvo excavator models, including EC330B, EC340D, EC360B, EC360C, EC360CHR, EC380D, and EC380DHR. citeturn0search5

Recommendations:

• Consult Official Documentation: For precise specifications and maintenance guidelines, refer to the Volvo EC380D Operator's Manual.

• Contact Volvo Support: For detailed information tailored to your specific excavator configuration, reach out to Volvo's customer service or an authorized dealer.

• Professional Assessment: Have a qualified technician inspect your hydraulic system to ensure optimal performance and address any potential issues.

The Mahindra EarthMaster backhoe loader is equipped with a Parker hydraulic pump, a key component in its hydraulic system that ensures efficient operation of functions like lifting, digging, and steering.​

• Type: Fixed displacement gear pump

• Capacity: 115 L/min at 2,350 RPM

• System Pressure: 250 baR

The Volvo EC210B PRIME is equipped with an advanced Engine Control Unit (ECU), known as the E-ECU. This electronic controller manages various engine functions to optimize performance, fuel efficiency, and emissions.

Key Features of the E-ECU in Volvo EC210B PRIME:

• Engine Monitoring: Continuously assesses engine parameters to ensure optimal operation.

• Fuel Management: Regulates fuel injection timing and quantity for efficient combustion.

• Emission Control: Helps in reducing harmful emissions by managing exhaust gas recirculation and other systems.

• Diagnostic Functions: Facilitates troubleshooting by storing fault codes and operational data.

Part Number: 60100000

Compatibility: Designed specifically for Volvo excavator models such as EC210B, EC240B, and EC290B.

Specifications:

• Material: Mild Steel

• Temperature Range: Operates effectively between 50°C to 80°C

• Warranty: Typically comes with a 12-month warranty

Packaging Details:

• Packaging Type: Neutral packaging, often in standard boxes

• Dimensions: Approximately 20x20x10 cm per unit

• Weight: Around 2 kg per unit

It seems like you're looking for details about the Kawasaki Hydraulic Pump K3V112DT for machines from Hyundai, Komatsu, or Volvo. This pump is typically used in heavy equipment for hydraulic systems, including excavators and other construction machinery.

Here's a breakdown of what might be relevant when it comes to the K3V112DT hydraulic pump:

• Type: Axial Piston Variable Displacement Pump

• Displacement: 112cc (cubic centimeters)

• Max Pressure: Typically around 35 MPa (megapascals)

• Flow Rate: Varies based on the engine speed but generally offers high flow to power hydraulic systems.

• Hyundai: Often found in the hydraulic systems of their large machinery like excavators (for example, Hyundai HX Series).

• Komatsu: Similar to Hyundai, used in Komatsu’s construction machines such as excavators and other hydraulic equipment.

• Volvo: Used in Volvo’s EC and EC-H series excavators.

• Variable Displacement: The displacement can change based on the demands of the machine, allowing for efficient power usage.

• High Pressure and Flow Capacity: This makes it suitable for demanding tasks, offering both strong power and precision.

• Durability: Kawasaki hydraulic pumps are known for being durable and long-lasting, even under heavy use.

If you're looking for more specific information, like installation, maintenance, or troubleshooting related to the K3V112DT on any of the brands you mentioned, feel free to ask!

Let me know if you need any technical manuals or specific part numbers as well.

HYDRAULIC  MOTOR - 3177307800 Boomer
PARKER PART NO – 3782985
F11-006-MB-CV-K-209-0000-OX

Caterpillar engines, widely used in heavy machinery, require high-quality spare parts for optimal performance. Common engine spares include:

1. Engine Block: The core structural component housing the crankshaft, pistons, and other essential parts.

2. Cylinder Head: Houses the valves and combustion chambers, critical for engine operation.

3. Piston & Piston Rings: Essential for creating compression within the engine cylinders.

4. Crankshaft: Converts the up-and-down motion of the pistons into rotational power.

5. Camshaft: Controls the timing of the engine's intake and exhaust valves.

6. Timing Gear & Chain: Ensures the camshaft and crankshaft operate in sync.

7. Oil Pump: Circulates oil through the engine to reduce friction and cool moving parts.

8. Fuel Injectors: Deliver fuel into the combustion chamber at the proper time and pressure.

9. Turbochargers: Enhance engine power by forcing extra air into the combustion chamber.

10. Water Pump: Maintains the engine's cooling system by circulating coolant.

11. Alternator: Generates electricity to power the engine’s electrical systems.

12. Oil Filters & Air Filters: Prevent debris and contaminants from entering the engine.

Tata hitavhi 370 hydraulic pump assembly

Hydraulic Control Valves are key components in hydraulic systems, used to control the flow and direction of hydraulic fluid to various parts of a machine. These valves ensure that power is distributed effectively and safely across different parts of the system.

1. Function:

   • Control the flow, pressure, and direction of hydraulic fluid.

   • Direct fluid to specific cylinders or motors in the system.

   • Regulate the speed of actuators like hydraulic cylinders or motors.

2. Types:

   • Directional Control Valves: Control the direction of hydraulic fluid (e.g., 2-way, 3-way, 4-way valves).

   • Pressure Control Valves: Maintain specific pressure levels in the system (e.g., relief, reducing valves).

   • Flow Control Valves: Regulate the flow rate of hydraulic fluid (e.g., throttle valves).

   • Proportional Control Valves: Adjust flow and pressure in response to variable input, providing smoother control.

3. Operation:

   • Operated either manually, electrically, or hydraulically.

   • Commonly uses a spool or poppet valve to regulate fluid flow.

   • Can be open or closed based on the system's demands (e.g., open-center or closed-center systems).

4. Applications:

   • Construction Machinery: Excavators, loaders, cranes.

   • Agricultural Equipment: Tractors, harvesters.

   • Industrial Machines: Presses, injection molding machines.

   • Mobile Equipment: Forklifts, material handlers.

5. Key Features:

   • Durability: Designed to handle high pressure and harsh working conditions.

   • Precision: Provides smooth and accurate control of fluid distribution.

   • Flow Capacity: Available in various sizes to handle different flow rates and pressures.

6. Materials:

   • Typically made from high-strength materials like steel or cast iron to handle pressure.

   • Seals and gaskets made from durable materials like rubber, polyurethane, or PTFE to prevent leaks.

7. Common Brands:

   • Parker Hannifin

   • Bosch Rexroth

   • Eaton

   • Hydac

   • Yuken

• Pressure Relief: Protects the system from over-pressurization.

• Flow Control: Allows adjustment of the fluid flow.

• Temperature Control: Ensures the valve operates within safe temperature ranges.

• Variable Displacement: Some valves allow for varying flow rates based on demand.

These valves are critical in ensuring that hydraulic systems operate efficiently, safely, and in precise control, especially in demanding applications like construction or manufacturing.

Komatsu Pc 210,200,300Komatsu PC-200 Hydraulic pumps, 5-10 HP, 3000 RPM

The travel motor in an excavator is a crucial hydraulic component responsible for converting hydraulic energy into mechanical energy to drive the excavator's tracks or wheels. It powers the movement of the machine forward, backward, and turning, making it essential for the machine's mobility.

• Converts hydraulic pressure from the pump into rotational force.

• Drives the sprocket that moves the excavator’s track.

• Controls speed and torque for smooth and precise travel.

• Enables the excavator to navigate rough terrain and gradients.

1. Orbital (Geroler) Motors

   • Compact and efficient.

   • Common in smaller to medium-sized excavators.

   • Known for smooth operation and high torque.

2. Radial Piston Motors

   • Typically used in larger excavators.

   • High power and durability.

   • More complex design, often more expensive.

• Displacement: Around 70 to 200 cc/rev

• Max Operating Pressure: 2500 to 3500 psi (170 to 240 bar)

• Max Torque: Depends on motor size; up to several thousand Nm

• Speed: Variable; controlled by hydraulic flow and pressure

• Mounting: Flange-mounted, compatible with specific excavator models

Function:
The water pump in the CAT 3306 engine circulates coolant through the engine block, cylinder head, radiator, and heater core, maintaining optimal engine temperature and preventing overheating.

• Type: Mechanical centrifugal water pump driven by the engine (usually via the front pulley and belt).

• Material: Typically made of cast iron or aluminum housing with an impeller made of metal or high-strength composite.

• Impeller: Designed to efficiently move coolant at the correct flow rate to ensure even engine cooling.

• Seal: Equipped with a mechanical seal or gasket to prevent coolant leakage.

• Mounting: Bolts directly to the front of the engine block or timing cover.

• Bypass Valve: Some models may have a bypass passage or thermostat housing integrated with the pump.

• CAT Part Number: 8N-8588 (Water Pump for CAT 3306)

• Aftermarket Options: Compatible replacements are available from trusted brands like GMB, ACDelco, and others, but OEM is recommended.

• Coolant leaks from the pump area.

• Engine overheating or fluctuating temperature gauge.

• Unusual noises (squealing or grinding) from the front of the engine.

• Steam or coolant odor near the engine.

• Reduced heater performance inside the vehicle (if applicable).

• Regularly check coolant level and condition.

• Inspect for leaks around the water pump gasket or seal.

• Replace belts and pulleys driving the water pump if worn.

• Replace the water pump as recommended by service intervals or if faulty.

• Always use the correct coolant type for CAT engines.

Riding on vast volumes of expertise in this arena, we are occupied in offering JCB Parker Hydraulic Gear Pump.

L&T HYDRAULIC PUMPS

A hydraulic oil tank cooling system is essential for maintaining the proper temperature of hydraulic fluid to ensure the efficient and reliable operation of hydraulic systems. Below are the key components, types of cooling systems, and design considerations:

1. Hydraulic Oil Tank (Reservoir)

   • Stores hydraulic fluid.

   • Provides heat dissipation surface area.

   • Settles contaminants and allows air release.

2. Heat Exchanger (Cooler)

   • Air-cooled: Uses a fan to blow air over a radiator-type cooler.

   • Water-cooled: Uses a shell-and-tube or plate-type exchanger with water circulating through it.

3. Temperature Sensors/Thermostats

   • Monitor oil temperature.

   • Can control fan or pump operation automatically.

4. Cooling Fans or Pumps

   • Force air or water through the cooler when needed.

5. Bypass Valve/Thermostatic Valve

   • Allows cold oil to bypass the cooler.

   • Ensures oil reaches optimal temperature before cooling starts.

• Pros: Simple, no water supply needed, easier maintenance.

• Cons: Larger footprint, louder operation.

• Applications: Mobile equipment, smaller hydraulic units.

• Pros: Compact, efficient cooling in high-heat environments.

• Cons: Needs clean water supply, more maintenance.

• Applications: Industrial systems, power plants.

• Sometimes use both types for redundancy or staged cooling.

• Heat Load: Calculate based on hydraulic power (typically 20–30% of input power becomes heat).

• Flow Rate: Ensure sufficient fluid flow through the cooler.

• Ambient Conditions: Affects choice between air- or water-cooling.

• Tank Size: Generally 3–5 times the system’s flow rate per minute.

• Oil Type and Viscosity: Affects heat transfer and cooling efficiency.

• Control System: Consider automating fan or pump control based on temperature.

The JCB JS80 hydraulic excavator utilizes a hydraulic pump system to power its various functions. While specific details about the hydraulic pump model for the JS80 are limited, it's common for similar models to use pumps from reputable manufacturers such as Kawasaki, Rexroth, or Bosch.

General Specifications:

• Pump Type: Variable displacement axial piston pump.

• Displacement: Approximately 80 cm³ per revolution.

• Maximum Pressure: Up to 400 bar (5,800 psi).

• Flow Rate: Up to 375 liters per minute at maximum speed.

Recommendations:

• Consult the Operator's Manual: Refer to the official JCB JS80 Operator's Manual for precise hydraulic pump specifications and maintenance guidelines.

• Contact JCB Support: Reach out to JCB's customer service or an authorized dealer for detailed and accurate information tailored to your specific excavator model.

• Professional Assessment: Have a qualified technician inspect your equipment to identify the exact hydraulic pump model and assess its condition.

A4VG,A4VSO ,ALL TYPES OF MODEL AVAILABLE .

ZA/IS 80 HYDRAULIC PUMP