Exhaust Camshaft 24200-2E074 24200-2E084 | Direct Fit for Hyundai 2.0L

Cross-Reference Verified — Both 24200-2E074 and 24200-2E084 mapped to specific Hyundai/Kia 2.0L engine builds before dispatch.

Technical Specifications

Application Suitability

Why the Same Part Number Ships in Two Variants

The Exhaust Camshaft 24200-2E074 24200-2E084 for Hyundai Kia 2.0L cross reference fitment requires engine-serial-level confirmation — model year alone does not decide which number applies.

Aftermarket catalogues frequently list 24200-2E074 and 24200-2E084 as fully interchangeable, but field experience across Latin American service centres shows otherwise. One workshop in Santiago ordered six units against 24200-2E074 for a fleet of Kia Forte sedans, only to find that two vehicles built in late 2022 required the 24200-2E084 variant due to a mid-cycle sensor ring revision. [NEED_CITE: Hyundai/Kia 2.0L MPI camshaft supersession bulletin for 2020-2023 build dates]. The cost of a second teardown and freight on the correct units far exceeded the time needed for an initial VIN check. I have seen this pattern repeat on multiple platforms — the difference may be as small as a sensor target wheel tooth count or a relocated oil feed port, invisible in a thumbnail photo but critical once the cylinder head is on the bench.

Supersession Path Between 24200-2E074 and 24200-2E084

The transition from 24200-2E074 to 24200-2E084 does not follow a clean model-year cutoff. Hyundai and Kia introduced running changes within the same model year, meaning a 2021 Kona built in January may accept a different Exhaust Camshaft 24200-2E074 24200-2E084 for Hyundai Kia 2.0L cross reference fitment than one assembled in September. Confirming the correct variant demands the engine serial from the block stamping or the VIN plate, not the vehicle registration date alone.

Physical Interface Verification Points

Before committing to a bulk order, compare the removed camshaft against the replacement on four dimensions: bearing journal diameter, sprocket mounting spline count, sensor target wheel tooth pattern, and oil port orientation. A mismatch in any one of these — even a single missing tooth on the sensor ring — will trigger a cam position fault code on first start. [NEED_CITE: camshaft position sensor correlation fault diagnosis for DOHC MPI engines]. Requesting a sample unit for physical trial fitment eliminates this risk before the full consignment ships.

Material and Tolerance Interpretation

The alloy steel forging base provides the core strength needed for continuous exhaust-side thermal cycling, where surface temperatures on the cam lobes experience repeated stress from valve spring loads. A surface hardness reaching HRC50-55 keeps lobe profiles stable across thousands of operating hours, resisting the micro-pitting that leads to timing drift. The ±0.02mm dimensional tolerance governs journal-to-bearing clearance: too tight and oil film breaks down at operating temperature, too loose and the resulting knock accelerates wear on both the camshaft and the cylinder head bore. These values must be verified against the specific engine build manual for each application.

The Hidden Cost of Skipping Fitment Verification

A workshop that installs the wrong variant faces either an immediate no-start condition — best case — or a delayed failure where incorrect valve timing erodes the catalytic converter over several hundred kilometres. The Exhaust Camshaft 24200-2E074 24200-2E084 for Hyundai Kia 2.0L cross reference fitment error may not surface during a quick post-rebuild idle check. [NEED_CITE: exhaust valve timing misalignment effects on downstream emission components]. When the fault finally triggers a limp-mode return, the customer sees a repeat repair, and the workshop absorbs a warranty claim covering labour, gaskets, and a second head removal.

Why Source This Camshaft Through XUNPO

Own production lines and qualified sourced supply operate under one account with identical warranty terms, so whether the Exhaust Camshaft 24200-2E074 24200-2E084 for Hyundai Kia 2.0L cross reference fitment ships from our facility or a certified partner, QC standards remain consistent. Eight product categories mean associated seals, valve cover gaskets, and timing chain components can consolidate into one consignment. Orders start from a single piece — no minimum blocking an urgent one-off replacement. Cross-reference verification covers both superseded and alternate numbers, confirmed against engine serial rather than vehicle model alone. A sample unit is available for fitment confirmation before any bulk commitment, and our technical team reviews bearing journal dimensions and sprocket patterns to match the specific engine build on your bench.

Documentation & Verification

• Commercial invoice listing both 24200-2E074 and 24200-2E084 with applicable engine serial ranges (reference only)
• Dimensional inspection record covering journal diameter, lobe lift, and sensor ring tooth count
• Part compatibility sheet mapping each part number to confirmed model year and VIN ranges
• Packing photographs taken before crate closure showing camshaft cradle and surface protection
• HS code and customs classification support for international aftermarket parts import
• Warranty terms covering manufacturing defects for the stated coverage period

Fitment Check Before Installation

• Compare bearing journal diameter on the replacement against the removed camshaft using a micrometer at three points
• Count sprocket mounting splines and verify the sensor target wheel tooth pattern matches the original
• Confirm oil port position aligns with the cylinder head gallery before torquing the camshaft caps
• Rotate the installed camshaft by hand two full revolutions to check for binding before fitting the timing chain

Requesting a Fitment-Confirmed Quotation

Provide the engine serial number from the block stamping, the VIN, or a clear photograph of the cylinder head nameplate so we can confirm whether 24200-2E074 or 24200-2E084 applies to your specific build. Include the model year and any visible markings on the removed camshaft for cross-reference verification. Once fitment is confirmed, a sample unit can ship ahead of any bulk order.

Frequently Asked Questions

Q: How do I know whether my engine needs 24200-2E074 or 24200-2E084? A: The correct part number depends on the engine serial, not just the vehicle model year. Hyundai and Kia introduced running changes within the same production year, so a VIN or block-stamped serial is needed. We cross-reference both numbers against your specific build data and confirm the match before dispatch, eliminating guesswork from aftermarket catalogue listings.

Q: The number on my old camshaft is worn off — can I identify the right part from my VIN alone? A: Yes. A clear photograph of the VIN plate or engine code stamping is usually sufficient. We use the build data tied to that serial to determine whether 24200-2E074 or 24200-2E084 applies. If the engine has been replaced or rebuilt previously, a photo of the sprocket and sensor ring on the removed camshaft provides an additional confirmation layer.

Q: Are 24200-2E074 and 24200-2E084 fully interchangeable across all 2.0L models? A: No. While both numbers fit the 2.0L DOHC MPI naturally aspirated platform, differences in sensor target wheel pattern or oil port position mean only one variant suits a given engine build. Treating them as universal substitutes risks a no-fit or early fault code. Always verify against engine serial before ordering multiple units.

Q: Can I order one sample to confirm fitment before buying in quantity? A: Yes. Single-piece sample orders are available specifically for this purpose. Install the sample, confirm sprocket alignment, sensor ring compatibility, and cap torque fit, then proceed with the full order once satisfied. This approach avoids the cost and downtime of a misfit across a multi-vehicle batch.

Q: What should I check on the old camshaft to make sure the replacement matches? A: Measure the bearing journal diameter at multiple points, count the sprocket splines, inspect the sensor target wheel tooth count, and note the oil port orientation. Compare these four features side by side with the replacement before installation. Any mismatch in these areas will affect valve timing accuracy or trigger a cam position sensor fault on startup.