I have been reading and searching for a definitive answer to having a transmission cooler. I have read most who add a cooler (engine or transmission) are people that are FI or people who tow allot with the FX.
My questions are:
1. Will I get any benefits from installing a Tans cooler?
2. Does it cause more harm then good? (One member stated that it would decrease the pressure going to trans.) http://www.infinitifx.org/viewtopic.php?f=2&t=16254&p=179098&hilit=transmission+cooler#p179098
3. Will it void the warranty?
4. I was looking at a Amazon.com: B&M 70255 SuperCooler Automatic Transmission Cooler: Automotive@@AMEPARAM@@http://ecx.images-amazon.com/images/I/51EE71FJW5L.@@AMEPARAM@@51EE71FJW5L , it doesn't have a thermostat. Is a thermostat needed for the transmission?
open to comments
My questions are:
1. Will I get any benefits from installing a Tans cooler?
2. Does it cause more harm then good? (One member stated that it would decrease the pressure going to trans.) http://www.infinitifx.org/viewtopic.php?f=2&t=16254&p=179098&hilit=transmission+cooler#p179098
3. Will it void the warranty?
4. I was looking at a Amazon.com: B&M 70255 SuperCooler Automatic Transmission Cooler: Automotive@@AMEPARAM@@http://ecx.images-amazon.com/images/I/51EE71FJW5L.@@AMEPARAM@@51EE71FJW5L , it doesn't have a thermostat. Is a thermostat needed for the transmission?
open to comments
Product Description
Adding this B&M SuperCooler keeps the ATF and transmission cooler, and keeping a vehicle's transmission cool is essential for dependability, especially in performance applications. The unit is designed to be very efficient for its size and weight, to cool much better than an ordinary 'fin and tube' cooler, and to reduce the risk of lube system failure. Using fluxless, oven brazed construction for vibration resistance, it is built out of lightweight aluminum alloy and features a revolutionary 'stacked plate' design with multiple oil flow paths. The unit monitors resistance to flow by allowing a controlled amount of ATF to pass through a self-regulating orifice. Controlled by viscosity, thicker ATF is returned directly to lube through two bypass openings in the stacked plate core, while thinner ATF is directed through the core to cool as operating temperatures increase.


