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-Part Number: 29560944
-Product Name: housing-converter
-Replacement part numbers: 29503270, 29554168, 710323AT
-Compatible series: Allison 3000/4000 series, HD/B500, 4000RDS, T400
Allison 29560944 housing-converter is designed specifically for Allison heavy-duty automatic transmissions. It adopts a high-strength precision casting process to accurately match the torque converter mounting and oil circuit interface, providing stable sealing and structural support for the hydraulic torque converter. This ensures efficient and reliable power transmission under heavy-duty conditions and is a core structural component for the overhaul of transmissions in commercial vehicles and engineering vehicles.
-Part Number: 29560944
-Product Name: housing-converter
-Replacement part numbers: 29503270, 29554168, 710323AT
-Compatible series: Allison 3000/4000 series, HD/B500, 4000RDS, T400
-Material: High-strength ductile iron / Precision cast aluminum (original factory standard)
-Installation interface: Original factory positioning holes, precisely aligned with the engine flywheel and gearbox housing.
-Sealing performance: Integrated oil circuit interface, combined with special seals to achieve zero leakage.
-Operating temperature range: -40℃ to 120℃, suitable for heavy-duty continuous operation.
-Strength standards: impact resistance, fatigue resistance, and meeting the maximum torque output requirements of the transmission.
The original structure is replicated, ensuring zero installation deviation and avoiding torque converter misalignment and power loss.
Made of high-strength materials, it will not deform or crack under long-term heavy loads, extending the overhaul cycle of the transmission.
Precise oil circuit interfaces ensure stable oil pressure in the hydraulic transmission system and improve shift smoothness.
Suitable for heavy trucks, buses, construction machinery, and port equipment, meeting the demands of all-weather, demanding operating conditions.
Reduce structural failure risk, minimize downtime, and improve vehicle operating efficiency.