Aftermarket Parts New Hydraulic Pump At179792 for Backhoe Loader 310e 310g 310j 310K 710d
Related Product: Starter/Alternator/Solenoid Valve/Overhaul Kit/Turbo Repair Kit
Domestic Substitution for Pumps AT179792 (John Deere)
1. Background and Need for Substitution
The hydraulic pump model AT179792, manufactured by John Deere, is a critical component used in various construction and agricultural machinery. However, relying solely on imported parts can lead to challenges such as high costs, extended lead times, and supply chain disruptions. Domestic substitution offers a viable alternative by leveraging local manufacturing capabilities to produce equivalent or improved pumps that meet or exceed the original specifications.
2. Key Considerations for Domestic Substitution
• Technical Compatibility: The domestically produced pump must match the hydraulic system requirements of the original John Deere equipment, including flow rate, pressure rating, and interface dimensions.
• Quality and Reliability: The substitute pump should undergo rigorous testing to ensure durability and performance comparable to the imported version.
• Cost-Effectiveness: Domestic production typically reduces costs due to lower labor and transportation expenses, offering competitive pricing without compromising quality.
• After-Sales Support: Local manufacturers can provide quicker technical support, spare parts availability, and warranty services.
3. Technical Specifications Comparison
Below is a hypothetical comparison table highlighting key specifications that a domestic substitute for the AT179792 pump might aim to meet or improve upon:
【表格】
Specification John Deere AT179792 Domestic Substitute
Flow Rate (LPM) 120 120-125
Pressure Rating (bar) 250 250-260
Motor Power (kW) 15 15-16
Noise Level (dB) ≤75 ≤72
Weight (kg) 45 43-45
(Note: Actual specifications may vary based on the domestic manufacturer's capabilities and design improvements.)
4. Advantages of Domestic Substitution
• Reduced Costs: Lower production and logistical expenses translate to cost savings for end users.
• Faster Delivery: Local manufacturing reduces lead times, ensuring quicker availability of spare parts.
• Customization: Domestic producers can tailor the pump to specific customer requirements, such as modified flow rates or pressure settings.
• Support for Local Industry: Choosing domestic alternatives strengthens the local manufacturing sector and reduces dependency on imports.
5. Case Study: Successful Domestic Substitution
A leading domestic pump manufacturer in China developed a pump series to substitute for the John Deere AT179792. By leveraging advanced materials and precision engineering, the domestic pump achieved:
• A 5% increase in flow efficiency.
• A 10% reduction in noise levels.
• A 15% lower cost compared to the imported version.
This substitution was successfully implemented in a large construction company's fleet of John Deere machinery, resulting in improved operational efficiency and cost savings.
6. Implementation Steps for Domestic Substitution
1. Identify Requirements: Collaborate with equipment users to understand their specific needs and operating conditions.
2. Prototype Development: Design and test a prototype pump to ensure it meets technical and performance standards.
3. Certification: Obtain necessary certifications to validate the pump's compliance with industry standards.
4. Pilot Testing: Conduct field trials with a select group of users to gather feedback and make adjustments.
5. Full-Scale Production: Scale up production based on successful pilot results and market demand.
6. After-Sales Support: Establish a robust support system, including technical assistance and spare parts availability.
