What is the purpose of a coolant recovery tank?
Another function of the coolant recovery tank is to remove air bubbles from the cooling system. Coolant without air bubbles is much more efficient than coolant with air bubbles, because it absorbs heat much faster.
What happens to the sensor when the coolant level drops?
When the floating hinge drops to a predetermined level, the sensor will deactivate, triggering an alarm. This Reed Sensor is designed with a high level of hysteresis. This will prevent the sensor from tripping on and off with small variations in the coolant level.
How does a float sensor work on a coolant tank?
When the hinged float is even or parallel to the stem, the sensor is in the on state. When the floating hinge drops to a predetermined level, the sensor will deactivate, triggering an alarm. This Reed Sensor is designed with a high level of hysteresis. This will prevent the sensor from tripping on and off with small variations in the coolant level.
How can I tell if my coolant tank is up or down?
To make sure the coolant tank float operates correctly, do these steps: Push [MEMORY] on the pendant. The upper-right corner of the screen shows a coolant level arrow. When the float goes up, the arrow goes up [1]. When the float goes down, the arrow goes down [2].
How can I Check my coolant recovery tank?
One way to confirm a tank leak is to wrap a paper towel around the tank and check it for wetness when you stop. Since pressurized recovery tanks are positioned in the engine compartment above the radiator, removing and replacing the tanks is fairly easy. Simply disconnect the drain line, remove the retaining bolts and swap in the new tank.
Where is the coolant sensor on a Duramax Diesel?
7) The horizontal line is a baffle inside the surge tank that keeps the coolant from sloshing inside the tank and tripping the coolant level sensor, which is located below the baffle. A full coolant level will show the coolant at the bottom of the radiator surge tank fill neck.
When the floating hinge drops to a predetermined level, the sensor will deactivate, triggering an alarm. This Reed Sensor is designed with a high level of hysteresis. This will prevent the sensor from tripping on and off with small variations in the coolant level.
When the hinged float is even or parallel to the stem, the sensor is in the on state. When the floating hinge drops to a predetermined level, the sensor will deactivate, triggering an alarm. This Reed Sensor is designed with a high level of hysteresis. This will prevent the sensor from tripping on and off with small variations in the coolant level.