5-axis CNC milled compressor wheel
5-axis CNC milling supports precise blade geometry, consistent surface finish, and repeatable compressor wheel dimensions for stable airflow characteristics.
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Aftermarket 1940999 HE500VG turbocharger for PACCAR MX13 EPA13 engines. Reference application includes Peterbilt and Kenworth T660. Verify part number and OE refs before ordering.
Subtotal: CA$ 1273.34
Send an Inquiry5-axis CNC milling supports precise blade geometry, consistent surface finish, and repeatable compressor wheel dimensions for stable airflow characteristics.
SiMo cast iron is used for high-temperature turbocharger components where heat fatigue resistance and oxidation resistance are important for long service conditions.
INCO 713C nickel-based superalloy is selected for turbine-side heat resistance, helping components withstand high exhaust temperature and mechanical stress.
This aftermarket 1940999 HE500VG turbocharger is a replacement unit for PACCAR MX13 EPA13 engines, with reference applications including Peterbilt and Kenworth T660. Verify part number, engine code, and OEM reference numbers such as 1907281 or 1973273 before ordering to confirm fitment for your specific vehicle.
Source application path clues for buyer verification. These are source category/application paths, not confirmed fitment claims:
This HE500VG turbocharger is listed for PACCAR MX13 EPA13 engines, with reference applications including Peterbilt and Kenworth T660. Verify part number 1940999, engine code, and OEM reference numbers such as 1907281 or 1973273 before ordering to confirm fitment for your specific vehicle. The unit is associated with 10 OEM references, including 1907281PEX and 1973273PRX, which help confirm the correct replacement application. Rebuilders and fleet parts buyers should cross-check these numbers against their specific engine and vehicle application to ensure the correct HE500VG configuration is used. Always verify the turbo configuration matches your specific unit before finalizing an order.
The HE500VG model designation indicates a variable-geometry turbine configuration, which is a typical design feature for this turbo series. Visible features include an integrated electronic actuator with a multi-wire related electrical detail and a square exhaust flange with four bolt holes. These physical characteristics help buyers verify the unit against their specific PACCAR MX13 EPA13 application. Rebuilders should confirm the actuator type and vane assembly match their requirements before installation. Technical fitment support is available to assist with configuration verification.
LeadTurbo supports B2B buyers with volume pricing options and worldwide shipping for the 1940999 HE500VG turbocharger. Technical fitment support is available to help verify part number, engine code, and OEM reference numbers before ordering. The unit ships in a 41 x 37 x 41 cm carton with a gross weight of 33 kg, supporting efficient warehouse storage and freight planning. Distributors and fleet parts buyers can request quotes for bulk orders or single-unit replacement needs. Contact our team for fitment verification and logistics details specific to your PACCAR MX13 EPA13 application.
PETERBILT and other product, brand and model names are the property of their respective owners and are used for reference and application-lookup only. LeadTurbo is not affiliated with or endorsed by PETERBILT.
Compatibility Verify part number 1940999, PACCAR MX13 EPA13 engine code, vehicle application, and OEM reference numbers (e.g., 1907281, 1973273) before ordering. Confirm turbo configuration matches your specific unit.
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What types of turbocharger spare parts do you offer? Warranty, shipping, quality and more.
Complete turbo units designed for rigorous heavy-duty use where OEM units may fall short.
Brand-new compatible CHRA cores — like-new performance at a fraction of replacement cost.
Precision-balanced turbine shafts engineered from inside out for superior durability.
Silicon-molybdenum (Si-Mo) nodular cast iron — engineered for extreme heat resistance.
OEM-matched geometry and surface finish — advanced casting and machining for perfect fitment.
Rock-solid platform engineered for high-output rebuilds — the foundation for performance.
Aluminum, stainless steel, or titanium alloys — precision machined for superior responsiveness.