SPARKLING Temperature Sensor – Precision Excavator Monitoring

The John Deere Temperature Sensor (RE522823) is a vital engine and hydraulic monitoring component for mid-to-large John Deere equipment—optimizing operational safety across models like the 1210E, 670G, 290GLC, 755D, 624K, 350DLC, and 953M. Engineered for precise temperature measurement, this two-terminal sensor ensures accurate data feedback to prevent overheating and protect critical engine components. Built to meet or exceed OEM standards, it delivers reliable performance in rugged environments.

   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.

   SPARKLING MACHINERY NEW EC240B EC240C FC2924C 14531594 Hydraulic Pump is a premium China-made power component specifically engineered for EC240B, EC240C, and FC2924C excavators. As the core of the hydraulic system, it converts mechanical energy into hydraulic pressure, driving critical operations such as boom lifting, arm articulation, and bucket movement through controlled fluid flow. This ensures efficient power transmission and responsive machinery performance in construction, mining, and heavy-duty earthmoving applications.​
   Designed to original equipment standards, it maintains stable pressure output and consistent flow rates even under continuous high-load operation. With optimized internal design for minimal energy loss and enhanced wear resistance, it adapts seamlessly to harsh working environments, from dusty job sites to high-temperature conditions. Backed by strict quality verification, it guarantees reliable performance to support uninterrupted machinery operation.