PRODUCT DESCRIPTION
Shanghai SYUAN Power is a company dedicated to the research and development and sales of turbochargers. Our business covers the multiple fields such as automobiles, industrial equipment, aviation transportation equipment, and electrical machinery equipment. Additionally, the company actively expands the international market, continuously enriches product content, and steadily enhances our influence in the aftermarket of turbochargers. Today, we will introduce a high-performance fixed-geometry turbocharger - RHB52 VE130058 24100-1511A.
The RHB52 VE130058 24100-1511A turbocharger is widely used in industrial generators equipped with HINO GX16 diesel engines. It is a turbocharger with high performance and durability. The RHB52 VE130058 24100-1511A adopts water-cooled cooling, which is more suitable for high-load conditions. At the same time, the use of high-quality materials in the turbo enables the maximum speed of it to reach 180,000 revolutions per minute. With a low-inertia design, it reduces turbo-lag, allowing the engine to respond more quickly to throttle commands.
The following is the product information of this turbocharger. Please confirm whether it meets your relevant requirements.
| SYUAN Part No. | SYS01-100237 | |||||||
| Part No. | VE130058 24100-1511A | |||||||
| OE No. | VE130058 24100-1511A | |||||||
| Turbo Model | RHB52 | |||||||
| Engine Model | GX16 | |||||||
| Application | HINO GX16 | |||||||
| Market Type | After Market | |||||||
| Product condition | NEW | |||||||
WHY CHOOSE US?
We produce Turbocharger, Cartridge and turbocharger parts, especially for trucks and other heavy duty applications.
● Each Turbocharger is built to strict specifications. Manufactured with 100% new components.
● Strong R&D team provide professional support to achieve performance-matched to your engine.
● Wide range of Aftermarket Turbochargers available for Caterpillar, Komatsu, Cummins, etc, ready to ship.
● SHOU YUAN package or neutral packing.
● Certification: ISO9001& IATF16949
The differences in application scenarios of turbochargers with different cooling methods:
The cooling methods of turbochargers mainly include water cooling and oil cooling.
Water cooling: Water cooling works by circulating coolant between the turbocharger and the engine’s cooling system to remove heat.
It features high cooling efficiency and uniform temperature distribution, making it suitable for high-power, high-load engines such as racing cars, high-performance automobile, and commercial vehicles.
Oil cooling: Oil cooling uses the engine’s oil as the cooling medium, circulating the oil to remove heat from the turbocharger.
It has the advantages of direct cooling effect, simple structure, and lower cost. It is suitable for medium or low-load engines, such as economy cars and engineering plants.
