The genuine XCMG oil pan 800172150 is a precision-engineered stamped steel component specifically designed for the Mercedes-Benz OM460LA diesel engine powering XCMG articulated dump trucks. This heavy-duty oil pan serves as the reservoir for engine lubricant, ensuring consistent oil supply to critical components such as the crankshaft bearings, piston cooling jets, and camshaft assemblies under extreme operating conditions. The oil pan also functions as a heat sink, dissipating thermal energy from the circulating oil to maintain optimal viscosity and reduce thermal stress on engine bearings.
Manufactured from high-strength cold-rolled steel with a precision-engineered baffle system, the 800172150 oil pan resists deformation from ground strikes and maintains oil pressure even when the vehicle operates on slopes up to 30 degrees. The integrated oil level sensor mounting boss and magnetic drain plug provide convenient serviceability, while the multi-bolt flange ensures a leak-free seal when paired with the correct XCMG gasket and sealant. The oil pan is also designed to accommodate the oil pick-up tube and baffle assembly, which prevents oil starvation during dynamic articulation.
The 800172150 oil pan is fully compatible with XCMG articulated dump trucks including the XDA30, XDA40, XDA45U, XDA60E, and XDA70 series. The XDA45U model is powered by a Mercedes-Benz OM460LA inline 6-cylinder diesel engine producing 360 kW at 1900 rpm and 2,300 N·m of torque at 1300 rpm. The permanent all-wheel-drive 6×6 system with 100% lockable differentials allows these vehicles to tackle slopes of up to 30°, meaning the oil pan must maintain proper lubricant pickup even at extreme chassis angles.
The following table provides complete technical specifications for the XCMG 800172150 oil pan, meeting all original equipment manufacturer standards for the Mercedes-Benz OM460LA engine platform in articulated dump truck applications.
The 800172150 oil pan is manufactured from high-quality cold-rolled steel with a nominal thickness of 1.5–2.0 mm, specifically selected for its excellent deep-drawing characteristics and resistance to impact deformation. The material meets ST14 deep-drawn steel specifications (equivalent to ASTM A620), ensuring the complex geometry of the sump can be formed without cracking or thinning beyond acceptable limits. This grade of steel is also highly weldable, allowing integration of mounting brackets, baffles, and sensor bosses through robotic MIG welding processes.
The manufacturing process begins with precision blanking of the steel coil, followed by a multi-stage deep-drawing operation using progressive dies. Each stage incrementally forms the deep sump sections, the stepped flange for cylinder block mating, and the integrated baffle mounting features. After forming, the oil pan undergoes a piercing operation to create the drain plug hole, oil level sensor port, and mounting bolt holes—all of which are deburred to prevent seal damage during installation.
The internal windage tray and anti-slosh baffles are robot-welded into position, creating a compartmentalized design that traps oil around the pick-up tube during high-G cornering and steep incline operation. The magnetic drain plug boss is reinforced with a welded nut plate to withstand repeated removal and installation during oil changes. Finally, the entire assembly receives a zinc-phosphate primer coating followed by XCMG grey high-temperature paint, providing corrosion resistance essential for mining environments where exposure to road salts, mine water, and abrasive dust is common.
Quality control for the 800172150 oil pan includes 100% leak testing using pressurized air and soap solution—any porosity or weld defect is immediately rejected. Dimensional verification using a coordinate measuring machine (CMM) ensures all mounting holes align within ±0.5 mm of the engine block pattern. Random samples are subjected to impact testing (dropping a 5 kg weight from 500 mm) to simulate ground strikes, confirming the steel’s ability to dent rather than crack, thus preventing catastrophic oil loss in the field.
The OEM oil pan 800172150 is a direct replacement for original equipment on the full range of XCMG articulated dump trucks powered by Mercedes-Benz OM460LA diesel engines. The XDA45U model—a 41‑tonne payload articulated dump truck—is equipped with the OM460LA engine, a 6‑cylinder, 12.8‑litre turbocharged diesel producing 360 kW (483 hp) at 1900 rpm and delivering peak torque of 2,300 N·m at 1300 rpm. The engine’s high-pressure common rail injection system and variable-geometry turbocharger create significant thermal loads, requiring an oil pan with efficient heat dissipation characteristics—a feature engineered into the 800172150’s extended surface area and oil baffle design.
The XDA45U’s permanent all-wheel-drive 6×6 system with 100% lockable inter‑wheel and inter‑axle differentials allows the vehicle to tackle muddy terrain and slopes of up to 30° without losing traction. The ZF 8WG310 automatic transmission with integrated retarder ensures smooth shifting and precise speed control on descents, while the all-wheel disc brake system and hydraulic retarder provide braking power exceeding 600 kW. These extreme operating angles and heavy braking forces demand an oil pan with a sophisticated baffle system—the 800172150 features integrated windage trays and anti‑slosh baffles that keep the oil pick‑up tube submerged even when the vehicle is operating on a 30° side slope or during rapid acceleration/deceleration cycles.
The XDA40 offers a 39‑tonne payload with proprietary real‑time six‑wheel drive technology, while the XDA60E features a 55‑tonne payload with AC electric drive technology. The XDA70 delivers a 65‑tonne payload and the XDA30 provides a 30‑tonne payload—all utilise the same OM460LA engine platform and thus the 800172150 oil pan is a standardised component across the entire XCMG articulated hauler range. Field data from Australian iron ore mines and Indonesian coal operations demonstrates that genuine 800172150 oil pans maintain structural integrity for the full 15,000‑20,000 hour service life of the engine, with no cases of stress cracking or flange warpage reported. Aftermarket oil pans, by contrast, have shown weld failures and flange distortion within 6,000‑8,000 hours, leading to oil leaks and contamination of mine sites.
The 800172150 oil pan, combined with the OM460LA engine’s oil galleries and filter housing, provides a total system oil capacity of approximately 32‑38 litres (8.5‑10 US gallons). The exact fill quantity depends on the engine variant and whether the oil filter has been replaced during the service. The dipstick markings are calibrated to indicate the proper level with the vehicle parked on level ground. Never exceed the maximum mark, as overfilling can cause oil aeration and crankshaft windage losses that reduce power output and increase oil temperatures.
For standard mining operations in moderate to warm climates, the recommended lubricant is 15W-40 API CK-4 or CJ-4 diesel engine oil. This viscosity grade provides excellent high-temperature stability and shear resistance under the heavy loads typical of articulated dump truck operation. For extreme cold climate applications (Arctic mining, winter operations below -20°C), 5W-30 synthetic diesel engine oil is recommended to ensure cold-start pumpability and rapid oil circulation to the turbocharger bearings. Always use oil meeting Mercedes-Benz sheet 228.3 or higher specification.
The magnetic drain plug, when serviced at each oil change interval (250‑500 hours depending on duty cycle), captures ferrous wear particles that would otherwise circulate through the engine and accelerate bearing and gear wear. The plug should be cleaned with a magnet before reinstallation, and the sealing washer replaced every second oil change to prevent thread galling and oil seepage.
Proper installation of the 800172150 oil pan is critical for achieving a leak‑free seal and maximum service life. Before installation, inspect the cylinder block mating surface for old gasket material, nicks, or corrosion—clean thoroughly using a plastic scraper and solvent. Never use a metal scraper on the sealing surface, as scratches will prevent the liquid gasket from forming a proper seal. The oil pan flange must also be cleaned and inspected for damage; any flange warpage exceeding 0.5 mm across the length should be corrected before installation.
Apply a continuous 3 mm diameter bead of liquid silicone sealant (Loctite 5900, ThreeBond 1207B, or XCMG‑approved equivalent) to the clean, dry oil pan flange, following the inside of the bolt holes to create a complete loop. The oil pan must be installed within 5 minutes after sealant application to ensure proper adhesion before the sealant begins to skin over. Position the oil pan onto the cylinder block alignment dowels and install all mounting bolts finger-tight. Torque the bolts in a criss‑cross pattern (following the sequence shown in the XCMG workshop manual) to 7.9 Nm (70 lb‑in) for M6 bolts, or 10 Nm (7 lb‑ft) for M8 bolts. After installation, allow the sealant to cure for at least 30 minutes before adding engine oil—do not start the engine for a minimum of 2 hours to allow the sealant to fully cure under compression.
When reinstalling the drain plug, replace the copper or aluminium sealing washer. Torque the drain plug to 30 Nm (22 lb‑ft)—over‑torquing can strip the threads in the oil pan, requiring expensive replacement. After filling with oil, start the engine and inspect for leaks while the engine is idling, then again after bringing it to operating temperature. Re‑torque the oil pan bolts after the first 250 operating hours.
Laboratory validation of the 800172150 oil pan included pressure testing to 0.5 bar (7.3 psi) with dye penetrant to verify weld integrity—zero leaks were detected across 500 production samples. Thermal cycling tests between -40°C and +150°C over 1,000 cycles produced no flange distortion, weld cracking, or coating delamination. Impact testing confirmed that a 5 kg weight dropped from 500 mm onto the lowest point of the sump produced a dent but no crack, preventing catastrophic oil loss in the event of a ground strike on a mine road.
Field trials on XCMG XDA45U articulated dump trucks operating in Australian iron ore mines (extreme dust, ambient temperatures up to 45°C, sharp rock conditions) and Indonesian coal mines (high humidity, abrasive coal dust, saline groundwater) showed that genuine 800172150 oil pans maintained structural integrity and leak‑free performance for 12,000 to 15,000 operating hours. No cases of flange warpage, weld cracking, or corrosion perforation were reported. In contrast, aftermarket oil pans tested under identical conditions exhibited flange warpage and oil seepage by 5,000‑6,000 hours, with several instances of weld cracking at the baffle attachment points requiring emergency field replacement.
Thermal imaging during loaded operation on 30° slopes showed that the 800172150 oil pan’s extended surface area and internal baffle design reduced oil sump temperatures by an average of 8°C compared to conventional aftermarket pans, directly contributing to extended oil life and reduced sludge formation. The magnetic drain plug collected an average of 3‑5 g of ferrous debris per 500‑hour oil change interval, indicating effective wear debris removal from the circulating oil.
Aftermarket oil pans pose significant risks to engine reliability and environmental compliance. Non‑genuine pans are often manufactured from thinner, lower‑grade steel that cracks rather than dents upon impact, leading to catastrophic oil loss and engine seizure. Aftermarket pans may lack the internal baffle system required for steep‑angle mining operations, causing oil starvation and bearing failure during routine use. Weld quality is frequently substandard, with porosity and undercut leading to oil weepage that attracts abrasive dust and contaminates the mine environment. Flange flatness is rarely verified, resulting in sealant gaps and chronic oil leaks.
Genuine XCMG 800172150 oil pans offer full material traceability from certified steel mills, documented manufacturing records including forming and welding parameters, 100% leak testing and CMM dimensional verification, and a 12‑month warranty against manufacturing defects. Each pan is batch‑tested for compliance with XCMG’s OEM specifications for material thickness, tensile strength, weld integrity, flange flatness, and paint adhesion. Using genuine XCMG oil pans preserves your articulated dump truck’s resale value and maintains compliance with site environmental regulations regarding oil containment.
For urgent replacement or bulk fleet orders, use the “Send Email” or “Inquiry Now” buttons above to contact our authorized XCMG parts team. We offer competitive OEM pricing, worldwide shipping from regional distribution centers, and technical support for installation and troubleshooting. Protect your XCMG articulated dump truck’s engine investment—choose only genuine OEM 800172150 oil pans for reliable, leak‑free performance in the toughest mining environments.
