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177-8009: Basic Oil Radiator

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Lead Time on request

Key Details

OEM / Part No.177-8009
ManufacturerCaterpillar
CategoryHeat Exchangers
Country of OriginOrigin on request
Weight4.344 kg
Dimensions
Unit of Measurepcs
ConditionNew original part

Specifications

Overall Length (in)70.9

Compatible Models

Vibratory Soil CompactorCP-563D, CP-533D, CS-531D, CS-563D, CS-573D, CS-583D, CS-533D

Delivery & Payment

Shipment

Pickup from our warehouse in China or Moscow, and delivery anywhere in the world.

Для заявки

Укажите артикул, бренд, модель техники, серийный номер, количество и город доставки. Если нужна замена, менеджер проверит совместимость и срок поставки.

Payment

Payment in USD, EUR, CHF, or CNY to our company bank account in Hong Kong, or in Russian rubles to the Russian company bank account.

Warranty

This page is ready for discovery and quote requests; commercial terms are confirmed by a manager.

Product Description

The Basic Oil Radiator is a specialized heat exchanger designed to cool the engine oil. It serves a critical function in maintaining the optimal temperature of the engine oil, ensuring efficient lubrication, and preventing engine damage. The oil cooler radiator is typically located near the engine or integrated into the vehicle's cooling system. It consists of a network of small tubes or fins through which the engine oil flows. These tubes or fins increase the surface area, allowing for effective heat transfer. Attributes: • Air flow: 245 kg/MIN. • Water flow: 319 LITRE/MIN. • Maximum Water Temperature to Core: 88°C. • Maximum Air Temperature to Core: 32°C. Applications: The Basic Oil Radiator dissipates the excess heat generated by the engine during its combustion process. The primary purpose of the radiator is to cool down the engine. As the engine runs, it generates a significant amount of heat, and the radiator helps to regulate and maintain the optimal operating temperature. The radiator receives hot coolant from the engine and uses a series of tubes and fins to transfer the heat to the surrounding air. This process prevents the engine from overheating, ensuring efficient and safe operation.