SPARKLING 2543-1036 Excavator Part – Durable & Precise

The Throttle Controller (part no. 543‑00074 / 2543‑1036) is a high-quality electronic throttle module engineered specifically for Doosan Daewoo excavators—most notably the SOLAR 130LC-V, 150LC-V, 200W-V, 220LC-V, and related models. This plug‑and‑play controller ensures precise engine acceleration, smooth operation, and reliable performance under heavy load. With OEM-level craftsmanship or dependable aftermarket alternatives, it’s tested for durability and fast shipping globally.

   SPARKLING MACHINERY NEW 23527830 Oil Temperature Sensor is a core monitoring component for Volvo excavators (construction/mining use). It accurately detects hydraulic or engine oil temperature, transmitting real-time data to prevent overheating damage. 
   Meeting Volvo OEM standards (23527830), it resists -30°C to 120°C temps, oil corrosion, and electrical interference, ensuring seamless compatibility and reliable long-term temperature monitoring performance.

   SPARKLING MACHINERY NEW EC135B EC140B EC140C EC140D EC140E EC160B VOE14533604 O-Ring is a dedicated sealing component for VOLVO EC135B, EC140B/C/D/E, and EC160B crawler excavators (widely used in construction, municipal engineering, and medium-scale earthmoving). As a core sealing part in the excavator’s hydraulic or fluid systems, it creates a tight barrier between connected components (e.g., hydraulic valves, pipe joints, cylinder covers) to prevent oil or coolant leaks during tasks like digging, loading, and slope grading.
   Meeting VOLVO OEM standards (part no. VOE14533604), it endures -35°C to 95°C temperatures, resists hydraulic oil corrosion and compression set, and maintains stable sealing performance. Strict testing guarantees seamless compatibility with the six VOLVO models and long-term leak-free operation.

   SPARKLING MACHINERY NEW R170W-9S R180W-9S 21Q5-32210 MCU Controller is a premium China-made intelligent control core specifically engineered for R170W-9S and R180W-9S wheel excavators. As the "brain" of the machinery, it orchestrates critical operational systems by processing real-time data from sensors, regulating engine performance, hydraulic flow, and auxiliary functions to ensure synchronized and efficient equipment operation.

   Designed to original standards, it delivers stable signal transmission and precise control responses even in harsh working environments, from dusty construction sites to high-vibration conditions. With advanced programming and adaptive algorithms, it optimizes fuel efficiency, reduces operational errors, and enables quick system diagnostics. Backed by strict quality verification, it ensures consistent performance to support uninterrupted machinery operation.