Granatelli 83 degree high flow thermostat for lower cooling water temperature / engine temperature

The original thermostat opens at 95 degrees.

To further improve engine cooling, we recommend adjusting the fan control in addition to the thermostat.
Without adjustment, the coolant temperature drops while driving due to the airstream, but it drops significantly less when stationary and driving slowly.

By adjusting the fan control, the switch-on temperatures of the electric fans are reduced so that the cooling water temperature remains permanently low even when driving slowly and when stationary. This ensures optimum cooling of the engine and prevents possible overheating.

The adjustment of the fan control is possible, for example, with the Diablosport Trinity and inTune possible.
Alternatively, we can also program the engine control unit in-house without these devices, which is significantly cheaper.
For this please take Contact us with us.

Fits:

Delivery includes:

- 83 degree thermostat
- Gasket

Please note: as the seal is included in the scope of delivery, you do not need to order the thermostat housing seal separately!

The task of a standard thermostat is to regulate the temperature of the motor and keep it within its ideal operating range to ensure the best performance and durability.

When the engine is cold, the wax inside the thermostat is solid and the thermostat remains closed, preventing coolant from flowing through the engine. As the engine warms up, the wax begins to melt and expand, opening the thermostatic valve and allowing coolant to flow through the engine. Once the engine has reached its optimum operating temperature, the wax in the thermostat will have fully expanded and the valve will remain open to maintain the desired temperature.

The wax thermostat is an efficient method of regulating engine temperature as it reacts quickly to temperature changes and can adjust the coolant flow accordingly. It is also durable and relatively low maintenance, making it a popular choice for automotive applications.