SPARKLING E235BSR Hydraulic Valve – Precision & Durability

Precision Hydraulic Control Valve for E235BSR Series Crawler Excavators
Engineered for E235BSR, E235BSRLC, and E235BSRNLC crawler excavators, the Hydraulic Control Valve (YF30V00011F1/F3/F4) is the intelligent nerve center of your machine’s hydraulic system. This OEM-compatible valve integrates advanced flow distribution and pressure regulation technologies, enabling seamless coordination of multiple actuators (boom, arm, swing, travel) under heavy loads. Featuring hardened spools with laser-etched metering profiles and triple-layer Nitrile seals6, it minimizes internal leakage, reduces heat generation, and eliminates sudden pressure drops during complex compound operations. Rigorously tested to exceed 500,000 cycles at 350 bar4, SPARKLING MACHINERY’s valve ensures precise controllability in demanding applications – from trenching to lifting – while extending pump life by stabilizing system pressure fluctuations.

   SPARKLING MACHINERY NEW HL757-F HL757TM-F HL760-F 100-7C-2 Cross Joint is a dedicated transmission linkage component exclusively designed for HL757-F, HL757TM-F, and HL760-F wheel loaders. As a core part of the loaders’ drivetrain system, it enables flexible power transmission between connected rotating shafts (e.g., between the gearbox and drive axle), accommodating angular misalignments and axial movements during heavy-duty operations like material loading, stockpiling, and construction site material handling. This function is critical for maintaining smooth drivetrain operation, reducing mechanical stress on shafts and bearings, and preventing transmission jams that could lead to sudden equipment shutdowns or component damage.

   Engineered to match original equipment performance standards, it maintains strong torque-bearing capacity and rotational flexibility even under harsh working conditions, including continuous vibration, heavy load stress, and exposure to dust or muddy debris. It resists wear and joint looseness, avoiding transmission inefficiencies or failures that result in unplanned downtime. Backed by strict performance verification, it guarantees reliable power transfer to support uninterrupted operation of HL757-F/HL757TM-F/HL760-F wheel loaders.

The Fuel Piping Tube Set is a complete fuel line solution designed for Komatsu Wheel Loader WA500 equipped with the SA6D140E diesel engine. This set includes multiple precision-formed fuel pipes manufactured to ensure stable fuel delivery, proper pressure control, and reliable engine performance.

Produced from high-quality steel materials with accurate bending and sealing standards, each tube is engineered to meet OEM specifications for fitment and durability. The piping set helps prevent fuel leakage, vibration-related fatigue, and flow instability, making it suitable for heavy-duty working conditions in construction, mining, and quarry applications.

This aftermarket fuel piping tube set is ideal for engine maintenance, fuel system repair, and overhaul projects, offering dependable performance and cost efficiency.

Brand: SPARKLING MACHINERY
Condition: New
Engine Model: SA6D140E
Machine Model: Komatsu WA500

Included Part Numbers:
6217-71-5112 6217-71-5122 6217-71-5132 6217-71-5142 6217-71-5152 6217-71-5162

   SPARKLING MACHINERY NEW R80-7 R80-7A 11N1-42120 Oil Cooler is a dedicated thermal management component exclusively designed for R80-7 and R80-7A excavators. As a core part of these excavators’ hydraulic and engine systems, it efficiently dissipates heat from hydraulic oil and engine oil—preventing oil overheating during tasks like small-scale construction, agricultural tillage, and urban infrastructure maintenance. This function is critical for preserving oil viscosity and lubrication performance, which directly protects key components (such as hydraulic pumps, valves, and engine bearings) from premature wear, ensuring stable power output and extending the service life of R80-7/R80-7A excavators.

   Engineered to match original equipment performance standards, it maintains strong heat dissipation efficiency even under harsh working conditions, including high ambient temperatures, dust accumulation, and continuous excavator vibration. It resists oil leakage and internal blockages, avoiding system failures that could lead to unplanned downtime or costly component repairs. Backed by strict performance verification, it guarantees reliable heat exchange to support uninterrupted operation of R80-7 and R80-7A excavators.