HUNG RONG HYDRAULIC TECH. CO., LTD

705-36-26640

BRAND
KOMATSU
PART NO
705-36-26640
MODEL NO
SAR4-125+125+125+(1)20 RS
  • Specification
  • Product Description
  • Product Scenario
  • Product Advantage
Model Displacement
(cm3/rev.)
Max. Pressure
(kg/cm2)
Rated Pressure
(kg/cm2)
SAR4-125+125+125+(1)20 RS (Rear Section) 20.5 300 250

* The speed (r.p.m.) of the rear section depends on the speed (r.p.m.) of the first section

 

Applicable To :

WA600-1, WA600-1H, WA600-1L

  • Part Number: 705-36-26640

 

  • Model: SAR4-125+125+125+(1)20 RS (Rear Section)

 

  • Displacement: 20.5 cm³/rev

 

  • Rated Pressure: 250 kg/cm²

 

  • Max. Working Pressure: 300 kg/cm²

 

  • Speed Range: Synchronized with the front pump to ensure optimal system performance

 

  • Manufacturer: Hung Rong Hydraulic Tech. Co., Ltd.
  • Komatsu Equipment: Engineered for direct, precise application in large-capacity wheel loaders, specifically the WA600-1, WA600-1H, and WA600-1L models.

 

  • System Integration: Operates as a critical multi-section hydraulic gear pump system where the first section governs the rear section speed. It integrates seamlessly into the multi-pump assembly to ensure efficient power distribution and synchronized hydraulic output across multiple circuits.

 

  • Working Environment: Specialized for large heavy-duty machinery running under severe, heavy-load construction operations and intensive load cycles.

 

  • Primary Application: Serves as a perfect drop-in replacement part for regular fleet maintenance schedules and equipment overhaul programs, effectively reducing system complexity while maintaining steady fluid control.

 

  • Interchangeable: Precision-manufactured to strict Komatsu OEM-equivalent standards, delivering a perfect physical fit and matched operational performance.

 

  • Optimized Design: The advanced multi-section tandem configuration significantly reduces overall hydraulic system complexity, eliminating potential leak and failure points.

 

  • Precision and Flow: Combines superior pressure resilience with extreme displacement accuracy, ensuring reliable, high-integrity fluid power output even under maximum continuous pressure.