 Kia Forte: Operation
Kia Forte: Operation
		
		
		
	Passive Functions
	The system allows the user to access the vehicle without having to perform 
	any actions (e.g. RKE button pressing) with the SMART KEY FOB. It is sufficient 
	that a valid SMART KEY FOB is located within a defined and limited range with 
	respect to the vehicle. So the system is capable of detecting and authenticating 
	a SMART KEY FOB in the ranges as specified below.
	The SMART KEY FOB receives and interprets a challenge sent from the vehicle 
	via the exterior antennas in a free space range of min. 0.7m measured around 
	the exterior antennas which are integrated in the door handles. The trunk access 
	range is also min. 0.7m measured from the antenna position.
	Passive Access (Passive Entry)
	Pressing one of the push buttons in the door handles when all doors locked 
	indicates the operator’s intent to access the vehicle and thus triggers the 
	system for unlock 
	Passive Locking (Exit)
	Pressing one of the push buttons in the door handles when one of the following 
	condition is fulfilled:
	
		| • | 
			All door is closed and at least one door is unlocked. | 
	indicates the operator’s intent to lock the vehicle and thus triggers 
	the system for a lock.
	Passive Open Trunk
	Pressing the Trunk Lid Switch when trunk is closed indicates the operator’s 
	intent to open the trunk and thus triggers the system. Subsequently, the SMK 
	ECU sends a LF-challenge to the SMART KEY FOB via the exterior bumper antenna. 
	The SMART KEY FOB answers with a RF-response. If the received response matches 
	the expected answer, SMK ECU sends a “trunk open” message via the CAN network.
	Passive Trunk Warning
	Whenever the trunk is closed, SMK ECU uses a suitable search strategy 
	to avoid trunk buzzer warning by a fob inside the vehicle. Then SMK searches 
	for a SMART KEY FOB in the interior of the trunk. If a valid SMART KEY FOB is 
	found in the trunk, the SMK ECU activates SMK external buzzer (TBD) to inform 
	the user that the trunk has been closed with a fob inside the trunk.
	SMK will send the trunk open command to BCM for trunk reopening if trunk 
	reopening bit is set(BK)For this functionality, a “valid” SMART KEY FOB means 
	any SMART KEY FOB that belongs to the vehicle, even if it’s DEACTIVATED.
	
		| 
			
				| - | 
					A blind spot in the trunk similar to any RF disturbance 
					may lead to no trunk warning. Due to the penetration of the 
					bumper antenna into the trunk area the lid may open without 
					an Identification Device outside. |  | 
	Smart Key Reminder 1
	
		| 1. | 
			Preconditions: 
			All terminals OFF & at least one door open & locking status is 
			not locked checked by SMK periodically every 100ms, as long as CAN/LIN 
			active. | 
	
		| 2. | 
			Event: 
			At least 1 door knob status changed from unlock to lock. | 
	
		| 3. | 
			SMK actions: 
			
				| A. | 
					IF NO FOB-IN ACTIVE 
					SMK performs a search for the fobs in the interior of 
					the vehicle. The same LF-strategy has to be used as it is defined 
					for the ID out warning (registering only, no authentication) |  
			
				| B. | 
					IF FOB-IN ACTIVE 
					SMK searches valid TP |  
			If no fob or no TP has been found, no action is required. 
			If any valid fob or valid TP has been found, SMK unlocks the vehicle 
			by sending a CAN Key Reminder unlock message with the fob number. 
			If any valid fob has been found, SMK unlocks the vehicle by sending 
			a CAN/LIN Key Reminder unlock message with the fob number. | 
	Smart Key Reminder 2
	
		| 1. | 
			Preconditions: 
			All terminals OFF & any door (including trunk) open & no FOB-IN 
			& no locking status (checked by SMK periodically every 100ms, as long 
			as CAN/LIN active) | 
	
		| 2. | 
			Vehicle action: 
			Closing last door or trunk with knobs locked state, or with a 
			locking in progress | 
	
		| 3. | 
			SMK actions: 
			Before elapsing 500ms after the closing if all doors are locked 
			then: 
			
				| A. | 
					IF NO FOB-IN ACTIVE 
					SMK performs a search for the fobs in the interior of 
					the vehicle. 
					The same LF-strategy has to be used as it is defined for 
					the ID out warning (registering only, no authentication) |  
			
				| B. | 
					IF FOB-IN ACTIVE 
					SMK searches valid TP |  
			If no fob has been found, no action is required. 
			If any valid fob or valid TP has been found, SMK sends unlock 
			command via CAN and activates ext. buzzer warning. 
			If any valid fob has been found, SMK sends unlock command via 
			CAN/LIN and activates ext. buzzer warning. | 
	Smart Key Door Lock Warning
	Door Lock Warning 1
	
		| 1. | 
			Preconditions: 
			While (at least one door knob is unlocked) & (ACC ON or IGN ON) 
			& (No FOB-IN) :  
			
				| A. | 
					(All doors are closed) & (trunk closed) |  | 
	
		| 2. | 
			Event: 
			
				| A. | 
					User presses the push button in door handle or trunk |  | 
	
		| 3. | 
			SMK actions: 
			SMK performs a search for the fobs outside of the vehicle; the 
			same LF-strategy has to be used as it is defined for "Scenario Access 
			with I/O Distinction". | 
	Door Lock Warning 2
	
		| 1. | 
			Preconditions: 
			Same as passive locking precondition but with at least one door 
			open. | 
	
		| 2. | 
			Event: 
			User presses the door handle Push button . | 
	
		| 3. | 
			SMK actions: 
			SMK performs a search for the fobs outside of the vehicle; the 
			same LF-strategy has to be used as it is defined for "Scenario Access 
			with I/O Distinction". 
			If no fob has been found, no action is required. 
			If the preconditions are no longer valid during buzzer active 
			time (3 seconds), the SMK ECU stops the buzzer immediately. | 
	Door Lock Warning 3
	
		| 1. | 
			Preconditions: 
			Same as passive locking precondition | 
	
		| 2. | 
			User action: 
			
				| A. | 
					User presses the door handle Push button |  | 
	
		| 3. | 
			SMK ECU actions: 
			
				| A. | 
					If ATWS(Anti Theft Warning System) is in DISARM status, 
					SMK ECU performs a search for the fob inside of the vehicle 
					(use "Door Lock Warning 3" scenario) |  | 
	If no fob has been found, the passive locking is performed.
	If any valid fob has been found, SMK ECU activates the external buzzer.
	If the activity timer elapsed or ACC ON or IGN1 ON or NOT All door closed 
	or FOB-IN, the SMK ECU stops the buzzer immediately.
	After searching of inside fob, SMK ECU also performs a search for fobs 
	outside of the vehicle.
	Smart Key Lamp Warning
	
		| 1. | 
			SMK actions: 
			As long as the preconditions are valid, the SMK ECU performs a 
			periodical search for the fobs in the interior of the vehicle; the same 
			LF-strategy has to be used as it is defined for the ID out warning (registering 
			only, no authentication); periodical means, the search is done every 
			3 seconds. 
			If no fob has been found, the SMK ECU starts Key out indicator 
			lamp activation as all preconditions are valid and will perform another 
			search 3 seconds later. | 
	If any valid fob has been found, the SMK ECU stops the Key out indicator 
	lamp and will (if one door is open) perform another search 3 seconds later; 
	if no door is open then it’s only at the next When the preconditions are still 
	valid, the search resumes by opening of one door.
	Failsafe Functions (Backup For Limp Home)
	In case of a discharged battery of the SMART KEY FOB or disturbed transmission, 
	the following functions are available:
	
		| • | 
			Unlocking / locking of doors or trunk (or tailgate depending of 
			the vehicle configuration): use of mechanical key | 
	User Information Functions
	
		| 1. | 
			Preconditions: 
			
				| A. | 
					(ACC or IGN1) & (any door open or trunk open) |  | 
	
		| 2. | 
			Event: 
			The last opened door is closed | 
	
		| 3. | 
			SMK action: 
			SMK searches for a SMART KEY FOB in the interior. 
			
				| A. | 
					If no valid SMART KEY FOB is found, the SMK activates 
					external buzzer and also sends ID OUT warning via CAN (exterior 
					buzzer warning and internal buzzer warning).  |  
			
				| B. | 
					If a door is opened and closed again during terminals 
					on and inside valid fob, SMK re-enables the authentication and 
					stops the warning. If the terminal is in ACC, SMK shall turn 
					on immobilizer lamp. |  | 
	
		| 
			If there is a LF error (LF overheating or LF antenna failure), 
			the system will have the same behavior as it is with no fob found. | 
	Immobilizer Lamp
	Removing the PIF from the MSL and reinserting the PIF and pushing the 
	MSL Knob will switch the lamp on again.
	Fob Battery Low Voltage Detection
	To detect fob low battery condition, certain battery voltage measurement 
	and low voltage detection strategy are implemented into fob. The measurement 
	of the battery voltage will be done if fob button is pressed or if a LF measurement 
	command is received.
	If the fob has detected a low battery voltage, the LED will not be switched 
	on at button press.
	Learning Description
	In this chapter, the learning procedure for SMK, FOBs is described.
	For the learning of the SMK, FOBs, it's necessary to have a connection 
	to the diagnostic tool.
	Learning MODE
	Whatever the mode, the learning procedures are managed by the SMK.
	Prior to start learning service, Fob-In signal must be active and the 
	vehicle secret code (called as PIN code) should be known.
	Teaching MODE
	This mode is used by the dealers in order to replace SMK and/or the set 
	of keys, or to register additional keys for an existing system. That means the 
	system already has been learnt with certain PIN Code. The PIN Code is fixed 
	for the life time of the vehicle, therefore the same PIN Code must be used in 
	this mode. Otherwise learning will be failed
	Teaching MODE Procedure Description (Step By Step)
	Objective: Key teaching procedure at service station
	Initial state:
	
		| - | 
			SMK replacement: SMK is not learnt, SMART FOB are already learnt 
			with same PIN code | 
	
		| - | 
			Additional or new keys teaching: SMK is already learnt with same 
			PIN code | 
   
	The SMART KEY system is a system that allows the user to access and operate 
	a vehicle in a very convenient way. To access the vehicle, no traditional key 
	or remote control unit is needed.
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	Smart Key Code Saving
	
		
		1.
		
		
			Connect the DLC cable of GDS to the data link connector in driver 
			side crash pad lower panel, turn the power on GDS.
		
		
		
	
	
		
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   See also:
Components
   
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Circuit Diagram - ESC (4)
   
	
		ESC Connector Input/ Out put
	
	
		Wire No.
		
		Designation
		
		Current
		
		max.permissible wire 
		resistance R_L (mΩ)
		
	
	
		max
		
		min
		
	
	
		1 ...
   
Fuel Filler Cap Description
   
	A ratchet tightening device on the threaded fuel filler cap reduces the 
	chances of incorrect installation, which seals the fuel filler. After the gasket 
	on the fuel filler cap and the filler  ...