China Hydraulic Oil cooler for Hyundai455-7
Replacement Hydraulic Oil Radiator for Excavator Hyundai455-7
Characteristics
● Hydraulic oil radiator is an all aluminum plate-fin heat exchanger, designed as an exact fit, OEM replacement for excavator with famous brands in the world..
● It is built using our most durable heat exchanger design that is capable of withstanding tremendous heat and pressure. Plate-fin heat exchanger, under higher pressure.
● Our radiators are made of high-quality aluminum, which improves heat dissipation efficiency and ensures that your equipments works normally and efficiently
Hydraulic Oil Radiator for Excavator Hyundai 455-7
A Hydraulic Oil Radiator (also called a hydraulic oil cooler) in a Hyundai 455-7 excavator is a heat exchanger designed to regulate the temperature of the hydraulic oil in the machine's hydraulic system.
Function & Importance:
Heat Dissipation – The radiator cools down the hot hydraulic oil generated during excavator operation, preventing overheating.
System Efficiency – Maintains optimal oil viscosity, ensuring smooth hydraulic pump and cylinder performance.
Component Protection – Prevents damage to seals, hoses, and other hydraulic components caused by excessive heat.
Oil Longevity – Reduces thermal degradation, extending the service life of the hydraulic oil.
Key Features (for Hyundai 455-7):
Material: Typically made of aluminum or copper fins for efficient heat transfer.
Mounting Location: Installed near the hydraulic oil tank or alongside the engine cooling system.
Compatibility: Designed specifically for the Hyundai 455-7’s hydraulic system flow rate and pressure.
Maintenance Tips:
Regularly clean the radiator fins to avoid clogging from dust/debris.
Check for leaks or physical damage.
Ensure proper coolant levels (if it's a combined cooling system).
This component is crucial for the excavator’s performance, especially under heavy-duty operations. If the radiator fails, it can lead to hydraulic system overheating, reduced efficiency, or even costly breakdowns.
