An Oil Pressure Sensor can be used with your Elite ECU for datalogging and for Engine Protection purposes. An Oil Pressure Sensor is a powered sensor that typically has three wires; a 5V+ power wire, a signal wire to the Elite ECU, and a Signal Ground.
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Select an appropriate input to use for the Oil Pressure Sensor. An AVI (Analogue Voltage Input) should be used.
An AVI (Analogue Voltage Input) is suggested.
Enables a 1k pull up resistor to 5V.
Typically the pull up should be enabled with any two-wire temperature sensor, and disabled for sensors with their own voltage supply. If the sensor is being shared with another ECU, such as with a piggyback installation with an OEM ECU, then the other ECU will generally include a necessary pull up and this setting should be set to Disabled.
An SPI (Synchronised Pulsed Input) can be used where there are no available AVIs.
Set to Hall Effect for all analogue inputs
Enables a weak 10k pull up resistor to 5V.
Typically the pull up should be enabled with any two-wire temperature sensor, and disabled for sensors with their own voltage supply. If the sensor is being shared with another ECU, such as with a piggyback installation with an OEM ECU, then the other ECU will generally include a necessary pull up and this setting should be set to Disabled.
This allows calibrations for an Oil Pressure Sensor to be loaded or saved. A number of calibrations come pre-installed with the ESP Software package. If your sensor is not listed, a custom calibration can be created with the data provided by the sensor manufacturer. The default calibration will be for the Haltech 150psi Pressure Sensor.
From the image below:
*1 – Selecting this yellow Open icon will allow the loading of a pre-configured calibration file.
*2 – Selecting this blue Disk icon will allow the saving of your custom calibration file.
When the Oil Pressure reads below this amount, any oil pressure items on the ESP software will flash Red as a warning of low oil pressure.
When the Oil Pressure reads above this amount, any oil pressure items on the ESP software will flash Red as a warning of high oil pressure.
The settings in this tab allow limits to be set for the detection of either fault conditions, or conditions that could be considered to cause engine damage related to the Oil Pressure Sensor.
When enabled, this allows for the error code P0522 to be set when the voltage is below the set amount. This is used to detect a short or disconnection with the wiring. If the Engine Protection function is active, a DTC Severity level can be selected for this condition if desired. (Default = Disabled)
When enabled, this allows for the error code P0523 to be set when the voltage is above the set amount. This is used to detect a short or disconnection with the wiring. If the Engine Protection function is active, a DTC Severity level can be selected for this condition if desired. (Default = Disabled)
When enabled allows detection of Oil Pressure conditions that could cause engine damage. Associated DTC: P0521. All of the following conditions must be reached simultaneously to activate the DTC. If the Engine Protection function is active, a DTC Severity level can be selected for this condition if desired. (Default = Disabled)
The measured Oil Pressure must be lower that this value.
The RPM must be higher than this value.
Allows engine load to be considered. Select from MAP, TPS, or Both.
Active when either MAP or Both has been selected for the Precondition. MAP must be higher than this value to activate the DTC.
Active when either TPS or Both has been selected for the Precondition. TPS must be higher than this amount to activate the DTC.
When this DTC has been flagged there is the option to set an Engine Protection severity level. This can be None where Engine Protection is not Enabled, or a Level 1, 2, or 3 can be selected when Engine Protection is Enabled.
Under ECU Navigator>Oil System>select Oil Pressure Minimum
This table allows the Oil Pressure safety level to be set whereby an oil pressure less than this amount while meeting the Pre-conditions will trigger the Operating DTC.
Usually this is mapped over RPM to cover for changes in oil pressure at different RPMs, and sometimes also over Oil Temperature to allow for a drop in oil pressure as the oil temperature rises.