Howard uses the supplied tank clamps to secure the Peterson dry-sump tank to the roll cage. Before the car was sent off to LTMW for the interior paint, brackets for the dry-sump tank clamps were welded to the roll cage. In the future, we will need to make a sheet metal cover for it for safety and rules compliance.
Brackets were also welded to the cage for the breather tank mount. Ideally, the breather tank should be mounted outside of the driver’s compartment.
The dry sump tank and breather tank look great and are in plain view of carshow goers, but their location will need to change once the car is done with its “carshow tour”. Most motorsport sanctioning bodies require tanks to be divided from the driver’s compartment, so we will need to cover this piece of beauty with sheet metal before hitting the race track. The breather tank is definitely not a good idea to have in the driver compartment. Not only for the fumes, but in case of an accident or rollover oil can spill out of it.
Of course, we are running CSF’s new high tech oil cooler. The cooler is a bar and plate design with CSF’s unique extruded B-tube turbulators. This makes the plate look like the letter B laying on its back when cut open. The B-tube design gives much more internal contact area for better heat transfer and also makes for a much stronger plate that can tolerate more pressure and more external loads.
Unlike your typical oil cooler heat exchanger, you can bolt a CSF cooler directly in place and not have to bother with clamshell mounts since the core is so strong. A feature we really like is the built-in CNC machined biller mounting pads that are already drilled and tapped for mounting bolts. Like we said you can bolt directly to the super strong CFS bar and plate oil cooler!
The CSF oil cooler is not brazed together as is typical, but is tig welded which is much stronger. The welded in hose bungs are drilled and tapped for 1.5 x 22 threads so you can bolt AN fittings directly in place. Looking at the end tank you can see the welded in divider that makes the CSF cooler a double pass design. The oil must pass through the core twice. This improves the cooling efficiency by about 15% without adding any mass, size or weight.