Garrett GTX3582R Gen II Turbo
1840,00 € – 2535,00 €
– Direction of rotation: Standard Right
– Ceramic double ball bearing
– Inconel Turbine wheel
– Water- and oil-cooled
Compressor side:
Entrance: 66.00mm
Exit: 83.00mm
Trim: 64
A/R: 0.70
Turbine side:
Input: 68.00mm
Exit: 62.00mm
Trim: 84
A/R: —
- Kirjeldus
- Lisainfo
- Attachment
Kirjeldus
General Garrett GTX-R Gen II Turbocharger Description
The latest (second) generation of Garrett’s GTX turbochargers are very similar to the first GTX series. In coarse the turbochargers come with ceramic ball bearings, in flow improved compressor wheels and with a preparation for mounting an optimal speed sensor.
Absolute novelty: Many of the Gen II turbochargers are available as reverse-rotating turbochargers.
Compressor wheel
All GTX compressor wheels are forged and milled from special high-strength aluminium alloys. This manufacturing process gives the turbocharger a particularly high degree of efficiency. The particularly uniform wheel geometry also reduces any pulsation noise. You can recognize this by the X in the turbocharger name.
Compressor housing
The new Aero-Optimized High-Flow compressor housings with integrated mounting for optional speed sensors are matched to the new GTX impellers. The recirculation systems improved to Generation I extend the operating range of the compressor considerably by shifting the pump limit.
Core assembly
All Garrett GTX are water-cooled and the Generation 2 always comes with a double ceramic ball bearing.
Turbine wheel
The exhaust wheels are made of Inconel, which withstands highest exhaust temperatures.
Exhaust housing
The turbine housings are optionally available without Wastegate, with Wastegate, as Single Scroll and also as TwinScroll.
Lisainfo
Flange - Wastegate - A/R - Rotation | T3 – None WG – 0.63ar – Normal, T3 – None WG – 0.82ar – Normal, T3 – None WG – 1.06ar – Normal, T4 – None WG – 0.63ar – Normal, T4 – None WG – 0.82ar – Normal, T4 – None WG – 1.06ar – Normal, V-Band – None WG – 0.61ar – Normal, V-Band – None WG – 0.61ar – Reverse, without turbine housing – Normal, without turbine housing – Reverse |
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