Product Details
Chevy Silverado 2500 HD / 3500 Automatic Transmission 5-Speed 2001, Standard Profile Transmission Pan by PPE®. Cast from high-grade aluminum alloy and holding stock fluid capacity, it is only 5 inches deep making this pan perfect for those who like their rides running lower to the ground and still running cool. Thanks to the 3/4 inch external cooling fins, the fluid will run much cooler than the stock pan. The PPE pans are tough, too! The thick cast construction with external fins and the benefits of additional side ribbing, all PPE Transmission Pans are much stronger than the stock units. Each pan is equipped with 1/8 inch and 1/4 inch NPT threaded ports for easy installation of gauge sensors as well as a 17mm hex head drain plug that feature a powerful Neodymium magnet to attract and hold harmful ferrous metal particles floating in your oil.
Specifications
| Transmission Pan Material: Aluminum |
| Transmission Pan Style: Stock |
| Drain Plug Included: Yes |
| Filter Extension Included: No |
| Filter Included: No |
| Gaskets Included: No |
| Bolts/Studs Included: Yes |
| Temperature Sender Bung Included: Yes |
| Quantity: 1 Piece |
Features
- 3/4 inch external cooling fins reduce oil temps
- Robust side ribs provide additional strength
- 1/8 and 1/4 inch NPT threaded ports for gauge sensors
- High-strength Neodymium magnet equipped 304 stainless steel drain plug with reusable Viton O-Ring
- Retains use of high-quality original Allison pan gasket
- M8 x 1.25 x 30mm Allen head bolts
- Lifetime warranty
Pacific Performance Engineering, a.k.a. PPE®, is a leader and pioneer in the field of high performance diesel technologies for Dodge, Ford and Chevy. Launched as a Diesel performance facility in 1985, PPE has grown to become a global supplier of high quality power enhancements. Like its first Duramaximizer power module, most of its products deliver increased power, mileage and overall efficiency. All products are thoroughly tested at race tracks as well as on a Mustang Dynamometer to ensure exceptional performance and reliability.