Garrett
Garrett GT47 Exhaust Housing 1.27 A/R Open Flow T6 | 750129-0002
- SKU:
- 750129-0002
- MPN:
- 750129-0002
Description
Genuine Garrett GT47 Exhaust Housing | 750129-0002 | T6 Open | 1.27 A/R | OEM CAT
Upgrade or replace your worn turbine housing or change the way your turbo spools with this brand-new Genuine Garrett GT47 exhaust housing, part number 750129-0002. This is an OEM Garrett housing used on numerous Caterpillar turbocharger applications.
Featuring a 1.27 A/R, non-wastegated (free-flow) design, and an open (undivided) T6 inlet, this housing is an excellent choice for high-flow diesel and industrial applications where durability, reliability, and consistent turbine performance are critical.
Whether you're rebuilding an OEM Garrett turbocharger or assembling a custom GT47-based setup, this genuine Garrett housing delivers the fit, material quality, and performance expected from the world's leading turbocharger manufacturer.
Features
- Brand New Genuine Garrett OEM Component
- Garrett Part Number: 750129-0002
- 1.27 A/R Turbine Housing
- Open (Undivided) T6 Inlet Flange
- Non-Wastegated / Free-Flow Design
- Direct replacement for ALL compatible Garrett GT47 (93/84mm Turbine Wheel)
Ideal For
- OEM Caterpillar turbocharger rebuilds
- Replacement of cracked or damaged turbine housings
- Custom GT47 turbocharger builds
- Heavy-duty diesel, industrial, agricultural, and performance applications
Specifications
| Specification | Details |
|---|---|
| Manufacturer | Garrett |
| Part Number | 750129-0002 |
| Condition | Brand New |
| Frame Size | GT47 |
| Turbine Housing A/R | 1.27 |
| Inlet Flange | T6 Open (Undivided) |
| Outlet | Standard 5.16" V-Band |
| Wastegate | No (Free Flow) |
Why Choose Genuine Garrett?
Unlike aftermarket castings, genuine Garrett turbine housings are engineered with premium high-temperature materials and precise machining to withstand extreme exhaust temperatures while maintaining proper turbine efficiency. Choosing OEM components helps ensure proper fitment, long service life, and reliable performance under the most demanding operating conditions.