PPE DEEP ALLISON TRANSMISSION PAN - RAW 128051000 | 2001-2019 6.6L DURAMAX LB7/LLY/LBZ/LMM/LML/L5P

Increase transmission fluid capacity, improve cooling performance, and extend transmission life with the PPE Heavy-Duty Deep Aluminum Transmission Pan. By increasing fluid capacity by four quarts, this heavy-duty pan helps maintain lower and more consistent operating temperatures, reducing thermal stress during towing, hauling, and performance driving.

Manufactured in the USA from high-grade A356.0-T6 heat-treated cast aluminum, the PPE transmission pan is engineered for maximum strength and heat dissipation. Large external cooling fins and internal heat sink fins work together to reduce transmission temperatures by up to 40 degrees while minimizing fluid sloshing for improved lubrication.

This pan includes a deep Allison transmission filter secured by PPE's exclusive built-in filter lock, preventing filter movement under demanding conditions. Additional features include threaded ports for temperature sensors, a large drain port for easier servicing, and a billet stainless steel magnetic drain plug that captures harmful ferrous particles before they can circulate through the transmission.

Features:

• Increases transmission fluid capacity by 4 quarts
• Helps reduce transmission temperatures by up to 40 degrees
• High-grade A356.0-T6 heat-treated cast aluminum construction
• Large internal and external cooling fins for improved heat dissipation
• Robust side ribs, gussets, and thick flange for added strength
• Built-in filter lock secures the included Allison deep transmission filter
• Compatible with the OEM transmission pan gasket
• Easy bolt-on installation
• Includes Allison deep transmission filter and installation hardware
• 1/8-inch and 1/4-inch NPT ports for optional temperature sensors
• Large 1-inch drain port for simplified servicing
• Billet stainless steel magnetic drain plug with O-ring
• Internal heat sinks reduce fluid temperatures and fluid sloshing
• External cooling fins measure 6.25 inches from the gasket surface