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The cold contraction of the cable may render it excessively taut, preventing the release of the warning lighting. I am uncertain about the solution as I do not possess an electronic PB.

superb In that instance, utilise the following as a step-by-step guide to assist you. One. Initiate ISTA and Establish Connection Attach your ENET or K+DCAN cable. Launch ISTA+ (Rheingold). Proceed to: Operations → Retrieve vehicle data → Full identification Allow ISTA to identify the VIN and retrieve the control unit hierarchy. Two. Conduct a Fault Memory Assessment Navigation sequence: Vehicle management → Diagnostics → Fault memory → Retrieve fault memory Authorise ISTA to scan all Electronic Control Units (oecus). Search for codes that reference: “Terminal 30 awakening” “Sleep mode inhibited” “Excessive closed-circuit current” “Elevated battery depletion while stationary” When a fault text specifies a particular ECU, take note; this typically indicates the module activating the bus. Three. Access Power Management History (the crucial step) Navigation sequence: Vehicle data → Control unit hierarchy → CAS (Car Access System) ↑ Functions → Power Management → Energy Diagnosis / Power Management History A table will now be displayed as follows: Date/Time Event Wake-up Reason Remarks 11/10 23:41 Vehicle activated TCB (Telematics) Remote call 11/11 01:03 Vehicle activated IHKA Climate request Convey it in the following manner: The “Wake-up cause” column names the control unit that kept the system alive or woke it up. If a module recurs — for instance, “TCB” or “CAS” — that is your suspect. Four. Verify Live Current Draw Navigation sequence: Vehicle management → Troubleshooting → Functional structure → Body → CAS → Test plan → Power management: Measurement of current in closed-circuit Subsequently: Secure the vehicle (simulate key extraction, terminal 15 deactivated). Allow approximately 25 to 30 minutes. Observe current draw: < 50 mA → normal sleep. > 100–200 mA → something’s awake. ISTA frequently designates this as "Vehicle not entering sleep mode." Five. Optional Guided “Energy Diagnosis” If ISTA presents you with a Test plan for Energy diagnosis or Battery discharge, please pick it. It automatically walks through: Battery history (State of Charge, State of Health) Sleep and wakefulness records Wake-up counters per module This test plan can generate a report enumerating the specific oecus responsible for wake-ups.

A rapid assessment utilising ISTA on terminal 30 or for wake-up events will precisely identify the module responsible for the wake-up and subsequent drain. If the Indy has not accomplished that, they are more incompetent than esteemed, since they might have also requested a test plan in ISTA and asked you to return a week later, with the reason of the issue documented in a log and resolved by now. Always remember, the designation of a specialist by garages does not inherently confer expertise. I would not anticipate the auto electrician to possess ISTA readily available. Within ISTA Access the Power Management History Navigate to “Vehicle Information → Control Unit Tree.” Choose DME, CAS, FEM, or BDC according on your vehicle; typically, the F25 utilises either CAS or FEM. Access “Power Management” or “Energy Diagnosis” and select “Power Management History.” This record indicates: When the car entered a dormant state Upon awakening, which module initiated the wake-up process (e.g., “Wake-up cause: telematics control unit (TCB)” or “Wake-up cause: key request”) This is the essential function for diagnosing battery depletion. If a particular module is consistently identified as a wake-up cause, it is the primary suspect. To execute a testing protocol Execute an ISTA test plan for "Energy Diagnosis" or "Enhanced Battery Discharge." You may adhere to the on-screen guided workflow, which will display: Documented sleep/wake patterns Modules that inhibited sleep Battery charge log

Currently sold; arriving on YouTube shortly.

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If a code and knock were present, I would assume a potential timing issue that the ECM cannot adequately adjust the air/fuel ratio for, possibly indicating a faulty knock sensor. However, that remains mere conjecture at this juncture. I am considering resetting the ECM to enable it to recalibrate based on your driving behaviour. To reset the ECM on a 2023 Camry, detach the battery for a minimum of 10 minutes, then reattach it. Upon reconnection, set the ignition to the "on" position for 1-2 minutes, initiate the engine, allow it to idle for approximately 10 minutes, and thereafter execute a drive cycle encompassing both city and highway speeds to enable the vehicle to recalibrate its parameters.

Deserving of viewing 🙂

Greetings to everyone, I recently had the pleasure of purchasing the aforementioned item. The shop I am using informs me that the issue with the automobile sputtering upon ignition is due to a defective choke, and they indicated that the only establishment that reconditions them is located in Germany. Can anybody recommend a company in the UK that provides this service? Your assistance would be much appreciated. Best regards

Previous releases required a manual upgrade to the most recent version (likely November 23, based on recollection), after which automatic OTA updates may be enabled if desired. Vehicles manufactured after to that date will possess the latest software/firmware, therefore eliminating the need for a manual upgrade initially. As far as I know, the option to update using the KIA navigation website and USB persists. This option is essential for those with inadequate or unreliable mobile reception. My first encounters with OTA resulted in damaged data and extensive attempts to successfully finish the OTA process. I have used the USB option without encountering any complications. It seems necessary to choose or deselect the automatic option inside the options, but I cannot quite remember its location.

Your financial balance seems to be declining this year; commendable effort if you can manage it.

I see the forthcoming speed restriction via the windscreen, specifically upon reaching the sign. I apologise, but the modern devices beyond my understanding, and some seem to be based on common sense, in my opinion.

The model in question is the 213; the OP and I own the 212, which lacks self-steering capabilities.

Is it only indicating that the parking sensors are operational? The telltale on my dashboard activates at speeds below 15 MPH.