SPARKLING R55-7 Hydraulic Oil Cooler – Durable Excavator Part

The Hydraulic Oil Cooler Assembly (part no. 11M8‑40032 / 11M8‑43120) is a high-efficiency, all‑aluminum plate‑fin heat exchanger engineered for Hyundai compact excavators—specifically R55‑7 and R55W‑7 (also fitting R60‑7). Built free of epoxy, this OEM‑spec cooler ensures optimal heat dissipation and withstands continuous high pressure (up to 2 MPa), making it a reliable drop‑in replacement for demanding operation environments

   SPARKLING MACHINERY NEW EC140C EC140D EC140E EC160C EC160D VOE14698838 Lock is a dedicated safety component for VOLVO EC140C/D/E and EC160C/D crawler excavators (widely used in construction, municipal engineering, and medium-scale mining). As a core part of the excavator’s cab and storage system, it secures cab doors, engine compartments, or toolboxes—preventing accidental opening during high-intensity tasks like digging, loading, or rock breaking, while shielding internal components from dust, moisture, and unauthorized access.
   Meeting VOLVO OEM standards (part no. VOE14698838), it endures -30°C to 85°C temperatures, resists corrosion and impact, and maintains consistent locking tension. Strict testing guarantees seamless compatibility with the five VOLVO models and long-term reliable safety protection.

   SPARKLING MACHINERY NEW 4719202 Heater is a core climate control component for Hitachi ZX140W-3/ZX140W-3-AMS/ZX145W-3/ZX400W-3 excavators (construction/mining use). It heats cabin air via engine coolant circulation, delivering consistent warmth to ensure comfortable and safe operation in low temperatures. 
   Meeting Hitachi OEM standards (4719202), it resists -30°C to 120°C temps, corrosion, and coolant contamination, guaranteeing seamless compatibility and reliable long-term heating performance.

   SPARKLING MACHINERY NEW 312E 320E 324E 2566454 Temperature Sensor is a dedicated precision monitoring component exclusively designed for 312E, 320E, and 324E excavators. As a core part of the excavators’ engine and hydraulic system monitoring, it real-time detects critical temperature data—such as engine coolant temperature and hydraulic oil temperature—and transmits accurate signals to the operator’s control panel. This function is critical for preventing overheating during heavy-duty operations like construction digging, mining loading, and infrastructure maintenance, directly ensuring stable engine power output, protecting hydraulic components from thermal damage, and avoiding unplanned downtime caused by temperature-related failures.

   Engineered to match original equipment performance standards, it maintains high detection accuracy even under harsh working conditions, including extreme temperatures (-30°C to 120°C), continuous excavator vibration, and exposure to dust or hydraulic oil. It resists signal interference and corrosion, avoiding data errors that could lead to misjudgments of the excavator’s operating status. Backed by strict performance verification, it guarantees reliable temperature monitoring to support uninterrupted operation of 312E/320E/324E excavators.