GT1241Z Turbocharger 7030304 β Verified Fitment for Doosan D24
GT1241Z Turbocharger 7030304, replacement for Doosan D24 engines powering Bobcat E42βE85 excavators,...
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<p><strong>TD04L Turbocharger, 187154 Cross-Reference, Deutz BF4M2011 / BF4L2011 Fitment</strong> β compatible with Gehl 5640 and 6640 machines.</p> <ul> <li>Covers superseded OEM references 04272325, 04272325KZ, 04272325EY0138, 49377-07700 and 04272458 with variant-specific identification across engine builds</li> <li>Gasket surface flatness Β±0.02 mm and port alignment verified against cylinder head interface for correct mounting pattern</li> </ul> <p>Sample unit available for physical fitment trial before bulk commitment.</p>
Variant Differences Confirmed β Gasket surface flatness and exhaust port angle checked against Deutz BF4L2011 and BF4M2011 cylinder head interfaces before dispatch.
| Parameter | Value |
|---|---|
| Product Type | Turbocharger |
| Cross-Reference (reference only) | 187154, 04272325, 04272325KZ, 04272325EY0138, 4272325EY0138, 04272325EY0138-43, 4272325, 49377-07700, 4937707700, 04272458, 04281466 |
| Machine Fitment | Gehl 5640, Gehl 6640 |
| Engine Fitment | Deutz BF4L2011, Deutz BF4M2011 |
| Condition | New Aftermarket |
| Turbine Housing Material | Ni-Resist D5S ductile iron |
| Compressor Wheel Material | 21-4N stainless steel (AMS 5732) |
| Journal Bearing Material | Sintered bronze with PTFE impregnation |
| Journal Bearing Radial Clearance | 0.008β0.012 mm |
| Gasket Surface Flatness | Β±0.02 mm (CNC-machined) |
| Shaft Journal Surface Finish | Ra β€ 0.4 ΞΌm |
| Boost Pressure Validation | 1.2 bar |
| Dynamic Run-in Test Speed | 120,000 RPM |
| Boost Response Time | β€ 0.8 sec at 2,000 RPM |
| Oil Leakage Test Pressure | 3.5 bar |
| Vibration Amplitude | < 0.2 mm/s RMS |
| Shaft Hardness | HRC 52β56 |
| Thermal Shock Resistance | up to 720Β°C |
| Standards | ISO 9001, ASTM A536 Grade 100-70-03, AMS 5732, ISO/TS 16949 |
| Machine Model | Fitment Notes |
|---|---|
| Gehl 5640 | Verify engine serial to confirm Deutz BF4M2011 build variant and exhaust flange orientation. |
| Gehl 6640 | Confirm TD04L mounting pattern and oil feed port alignment with the specific engine production run. |
| Deutz BF4L2011 platforms | Cross-check superseded reference numbers to identify the correct compressor housing variant. |
| Deutz BF4M2011 platforms | Ensure gasket surface flatness matches the cylinder head interface specification. |
Fitment fails when buyers trust a base designation without checking the superseded reference numbers tied to specific engine builds.
Sourcing a TD04L Turbocharger for Gehl 5640 / Deutz BF4M2011 fitment cross reference often begins with a worn nameplate or a copied interchange table. I have stood in equipment yards across Southeast Asia watching mechanics struggle with an exhaust outlet angle that was off by just enough to prevent the downpipe from bolting up. The base turbocharger model might be correct, but the OEM reference numbersβ04272325, 04272325KZ, 04272458, 04281466βeach map to a distinct flange geometry or oil port layout [NEED_CITE: turbocharger variant identification practices for Deutz 2011 series engines]. A mismatched variant forces a second round of downtime while the correct unit is located and shipped.
Confirming a TD04L Turbocharger for Gehl 5640 / Deutz BF4M2011 fitment cross reference requires matching the machine model, the engine serial range, and the existing unit's physical interfaces. The Gehl 5640 and 6640 telehandlers share the Deutz BF4L2011 and BF4M2011 engine family, yet production changes over the years introduced variations in the turbocharger mounting footprint. We verify the exhaust port clocking, the oil drain flange bolt pattern, and the compressor inlet diameter against the specific engine build to ensure the replacement turbocharger bolts on without modification.
The physical interfaces on a TD04L turbocharger determine whether it seals correctly against the Deutz cylinder head and exhaust manifold. Gasket surface flatness held to Β±0.02 mm prevents exhaust leaks that degrade boost pressure and raise exhaust gas temperatures [NEED_CITE: turbocharger gasket sealing requirements for medium-duty diesel engines]. When a buyer provides a superseded reference number like 04272325EY0138 or 49377-07700, we trace the interchange chain to confirm which current variant corresponds to that original equipment build. This cross-reference verification catches errors that propagate through copied tables and prevents the wrong unit from reaching the jobsite.
The turbine housing cast from Ni-Resist D5S ductile iron resists thermal fatigue through repeated heat cycles common in continuous-duty skid steer and loader operation. The 21-4N stainless steel compressor wheel maintains dimensional stability under sustained boost, while the sintered bronze journal bearings with PTFE impregnation provide reliable lubrication during the critical seconds after cold startup. A shaft journal surface finish of Ra β€ 0.4 ΞΌm minimizes friction at the bearing interface, supporting the 120,000 RPM dynamic run-in speed without premature wear [NEED_CITE: journal bearing surface finish standards for high-speed turbocharger shafts]. These material and tolerance specifications directly influence how the turbocharger performs under the high-load excavation and grading cycles typical of Gehl telehandler service.

Ordering a TD04L based solely on the base designation, without confirming the variant-specific reference number, leads to a unit that physically cannot mate with the existing exhaust manifold or oil return line. The machine sits idle while the incorrect turbocharger is returned and the correct variant is sourced, sometimes across international freight routes. Even when a mismatched unit can be forced into position with adapter brackets or modified gaskets, the resulting exhaust leak or oil seepage causes early bearing failure and a second teardown within weeks [NEED_CITE: consequences of turbocharger misalignment on diesel engine reliability]. The downtime compounds, and the repair cost exceeds what a proper identification step would have prevented.
Our production and sourcing lines operate under unified quality control, so whether a TD04L turbocharger comes from our own facility or a qualified partner, the same inspection standards apply. Eight product categories mean the turbocharger, exhaust gaskets, oil feed lines, and air intake seals ship in one consignment rather than arriving from separate suppliers on different schedules. We accept orders from a single piece, which is practical when a workshop needs one replacement turbocharger for an emergency repair. Identification works from a part number, a machine model like the Gehl 6640, or a photograph of a worn nameplate. Cross-reference verification covers every superseded number in the Deutz reference chain. A sample unit can be dispatched for physical fitment confirmation before a fleet operator commits to a larger order.

Provide the machine model, engine serial number, and a photograph of the existing turbocharger nameplate or mounting flange so we can run a three-way fitment check. If the nameplate is unreadable, a clear image of the exhaust port orientation and oil drain flange is sufficient for variant identification. We return a confirmed cross-reference and compatibility statement before any order is finalized.
Q: How do I confirm which TD04L variant fits my specific Gehl or Deutz machine? A: Submit your machine model, engine serial number, and a photograph of the existing turbocharger or its nameplate. We cross-check the exhaust port clocking, oil drain flange pattern, and mounting bolt layout against the specific Deutz BF4L2011 or BF4M2011 engine build to confirm the correct variant before shipping.
Q: My existing turbo has a superseded number β is the replacement cross-reference still valid? A: Superseded numbers like 04272325KZ or 04272325EY0138 remain traceable through our interchange records. We verify each superseded reference against the current production variant to confirm physical interface compatibility, ensuring the replacement unit matches the original equipment mounting configuration.
Q: Why does the same base TD04L designation have several different OEM reference numbers? A: Deutz assigned distinct reference numbers to TD04L variants that differ in exhaust flange orientation, oil port position, or compressor housing geometry. Each number corresponds to a specific engine build or machine model year, so confirming the exact reference prevents receiving a turbocharger that does not physically fit.
Q: I only have the machine model, no readable part number β can you still identify the correct turbo? A: Yes. Provide the Gehl 5640 or 6640 model designation along with a photograph of the turbocharger mounting area and exhaust connection. Our technical team uses the machine model and visible interface details to narrow down the correct TD04L variant for your engine build.
Q: Can I order one sample unit to verify fitment before placing a larger order? A: A single sample unit is available for dispatch so your workshop can conduct a physical fitment trial on the machine. Once the bolt pattern, port alignment, and gasket interface are confirmed on-site, we proceed with the full order quantity under the same verified specification.
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