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What are the symptoms of Chrysler Town and Country p0128?

What are the symptoms of Chrysler Town and Country p0128?

Here are the symptoms associated with this trouble code: Lack of heat – The biggest symptom of the P0128 trouble code in the Chrysler Town and Country is going to be lack of heat. When the thermostat doesn’t bring the engine all of the way up to the proper operating temp, it means that the water going through the heater core isn’t as hot.

What is the trouble code on a Chrysler Town and Country?

P0128 is a relatively common OBDII trouble code. It is triggered when your Chrysler Town and Country‘s coolant temperature fails to reach the proper operating temperature.

Why does my car have a p0128 code?

Here are the most common causes of P0128: Thermostat Stuck Open– Far and away, the most typical cause for the P0128 code is going to be a thermostat that is stuck open. Wiring– If the thermostat itself isn’t the problem, it’ll be the wiring/sensor associated with engine water temp detection, or the coolant temperature sensor itself.

Why does my Chrysler Town and Country have no heat?

Lack of heat – The biggest symptom of the P0128 trouble code in the Chrysler Town and Country is going to be lack of heat. When the thermostat doesn’t bring the engine all of the way up to the proper operating temp, it means that the water going through the heater core isn’t as hot. This leads to less/no heat.

What could cause the code p0128?

A stuck thermostat is the most common cause of a P0128 code. When the engine warms up, wax inside the thermostat expands pushing down on spring loaded valve. This causes the valve to open; flow to the bypass port is blocked and flow to the radiator is enabled.

What is check engine code p0128?

Check Engine code P0128. The Check Engine light is on with the code P0128 for the coolant thermostat (coolant temperature below thermostat regulating temperature).

What does the p0128 code mean?

P0128 is a diagnostic trouble code (DTC) for “Coolant Thermostat (Coolant Temperature Below Thermostat Regulating Temperature)”.

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Ruth Doyle