SPARKLING CAT Radiator Replacement – Reliable Excavator Cooling

The CATERPILLAR RADIATOR GP 245-2138 (also listed as CA2452138 or 2452138) is a high-efficiency cooling solution designed specifically for the CAT 305 Mini Hydraulic Excavator. This radiator group (GP) ensures optimal engine temperature by providing consistent coolant flow and heat dissipation, helping to prevent overheating during extended operations or under heavy load.

Built with corrosion-resistant materials and engineered to withstand tough working environments, this CAT radiator assembly offers excellent thermal performance and durability. Whether you're replacing a damaged unit or conducting preventive maintenance, the 245-2138 radiator is a direct-fit replacement that meets or exceeds OEM standards.

Compatible with:

• CATERPILLAR 305 Mini Hydraulic Excavator

• Other compact CAT equipment using 2452138 radiator GP

Keep your engine cool, efficient, and protected — even on the most demanding job sites.

The ZF 4472397017 Bearing Pin (also known as 4472.397.017 or 4472-397-017) is a vital component engineered for use in ZF axle and transmission systems. It plays a key role in maintaining proper alignment and reducing friction between moving parts, ensuring the smooth and efficient operation of your machinery.

Manufactured to OEM specifications, this bearing pin is constructed from hardened, corrosion-resistant steel for enhanced strength and long-term durability in harsh working environments. It is an ideal solution for equipment requiring high-reliability replacement parts to minimize downtime and maintenance costs.

Key Features:

• Part Numbers: ZF 4472397017 / 4472.397.017 / 4472-397-017

• Designed for ZF transmission and axle assemblies

• Heat-treated for optimal strength and wear resistance

• Direct-fit replacement – easy installation, zero modification needed

• Trusted by OEM service centers and repair shops worldwide

   The 007-00076-000 GL-W210 24V Control Panel is a rugged, vehicle-grade human-machine interface (HMI) designed for construction machinery—including excavators, loaders, and compact track loaders—offering precise control over hydraulic systems, engine parameters, and auxiliary functions. It features a durable ABS housing, backlit LED indicators, and sealed membrane keys, ensuring reliable operation in extreme job site conditions (vibration, dust, temperature swings from -30°C to 85°C). 

Key Features
· 24V DC Power Compatibility: Optimized for heavy-duty machinery electrical systems, 5A max current draw for safe, efficient power use.
· Sealed Membrane Keypad: IP65-rated front panel resists water, dust, and oil; tactile feedback for glove-friendly operation.
· LED Status Indicators: 8 backlit warning/control lamps for real-time monitoring of engine, hydraulics, and safety systems.
· Plug-and-Play Installation: OEM-matched 16-pin harness connector for direct replacement—no wiring modifications needed.
· Rugged Construction: Impact-resistant ABS housing with anti-glare screen, built to withstand 5G vibration and -30°C to 85°C temperatures.

   SPARKLING MACHINERY NEW SMB-305-14T Motor is a dedicated power-driving component tailored for compatible heavy-duty construction machinery, such as excavators and loaders. As a core part of the machinery’s auxiliary or main drive systems, it converts electrical energy into mechanical energy to power critical mechanisms—including hydraulic pumps, cooling fans, or conveyor belts—during high-intensity operations like digging, material handling, and site grading. This function is essential for maintaining the machinery’s operational responsiveness, ensuring seamless coordination between key systems, and preventing power shortages that could lead to reduced work efficiency or unexpected shutdowns in construction, mining, or infrastructure projects.

   Engineered to match original equipment performance standards, it maintains stable power output and rotational speed even under harsh working conditions, including voltage fluctuations (±10% of rated voltage), continuous vibration, and exposure to dust or light moisture. It resists overheating and motor burnout, avoiding drive system failures that result in costly unplanned downtime. Backed by strict performance verification, it guarantees reliable power supply to support uninterrupted operation of compatible heavy-duty machinery.