WEEEEEEEEEEEEEEEEEEEEEEEEE
Vamos por partes:
GT2560R (AKA GT28R, AKA GT2860R)
Este turbo es para unos 290-310cv. TUrbo con salida de armision espeficica para nissan. turbo que te da una aceleracion en un 2.0 exagerada tendras un spool brutal. Y perderas arriba, se te morira ya que no es capaz de dar el flujo necesario para tu motor de 2.0 arriba del todo.
GT2860RS (AKA GT28RS)
Este turbo es para unos 350cv, ideal para motores 2.0-2.2 equiparable al HKS GT2530.
Se puede pedir con entrada espeficica para nissan. dentras buenos bajso y unos altos de infarto.
Aqui podreis leer como se interpretan los nombres de los turbos garret ahora mismo.
-GT, Significa la familia a la que pertenece el turbo.
-Primera pareja de numeros, siginifica el tamaño de la rueda de la turbina, a mayor numero mas grnade la turbina.
-Segunda pareja de numeros, significa el tamaño (el mayor) de la salida de la compresora en milimetros. si esta medida pasa de 100mm solo se pondra el ultimo digito, osea si es de 102mm, seria 02
-Ambos turbos son de rodamientos duales ceramicos, eso es lo que la “R” al final de la nomenclatura significa.
-El significado de la “S” al final de la nomenclarutra es para diferenciar a los turbos con mayor capacidad de flujo.
Aqui podeis leer la diferencia entre la serie GT y la castaña de los T de garret
WHY IS GARRETT GT BETTER THAN T PRODUCT?
Product Simplification - T product typically contained 54 components, compare this with GT technology which has drastically reduced the number of components by more than 45% to average of 29! Reducing the number of individual parts drastically diminishes the opportunity for failure, thus resulting in smoother motoring.
Journal Bearing - The bearing system in the GT turbocharger allows for improved shaft stability and less drag throughout the speed range. In fact, the GT shaft motion has decreased by 20%, which greatly improves the durability of the bearing system.
Thrust Bearings - The new GT turbochargers have an increased load bearing capacity of up to 35%. This provides greater resistance to thrust bearing failure, especially when the combination of an oversized compressor wheel to turbine wheel is used.
Improved Aerodynamics - The wheels used on the GT turbochargers increase the efficiency of the turbocharger system. Increased efficiency allows improved engine performance in each application.
Wheel Trims - The GT range has several more wheel trims that the T range, enabling a more accurate match of turbocharger to engine that will in turn result in optimum performance.
Piston Rings - The piston rings on the GT range are made from M2 tool steel. This material can withstand higher temperatures than traditional T range piston rings, making the GT product more appropriate for today’s modern engines
Espero que os haya quedado claro