Borrego 2WD V6-3.8L (2009)
Memory storage operation
1. Memory permission operation
If CAN BUS data "IMS Memory Commend" transmitted from DDM according to Memory SW is SET, it enters Memory permission mode, and if
IMS receives "IMS Memory Commend SET", IMS outputs buzzer once.
2. Memory operation
If CAN BUS data "IMS Memory Commend" transmitted from DDM according to handling position SW is MEMORY1 or MEMORY2, IMS
outputs buzzer twice and memorize the current seat positions
(DDM transmits Memory order only when position SW input happens within 5 sec from Memory SW off->on, and passage of 5 sec in Memory
permission mode will cancel the mode.)
3. Memory conditions
Failure to meet any one of the following conditions will trigger ban or cancellation of Memory permission. (DDM determines if the following
conditions are met or not, and only if all four conditions are met, it transmits Memory permission order ("IMS Memory Commend": "SET ") and
Memory order ("IMS Memory Commend":"Memory1" or "Memory2").
1 CAN BUS data "Ignition sw Sts" transmitted from IPM is "RUN".
2 CAN BUS data "Inhibitor Sw Sts" transmitted from CLU is "P".
3 CAN BUS data "Vehicle Speed" transmitted from CLU is "3km/h" or below.
4 Below 5 sec. After Memory SW on-> off.
4. Memory set does not have a limit in terms of the number of inputs
(Storage by Memory SW manipulation once is limited to once)
5. If Memory order is received during Get-on gearing or play operation, halt auto control and remember the current position while remembering the
position where Memory order is received if it is received during operation by manual SW for seat.
Memory play operation
1. Play operation
If CAN BUS data (IMS Memory Commend) transmitted from DDM by position SW manipulation is "RETURN 1" or "RETURN 2", Output a
buzzer once and automatically put seat back to a remembered position,
2. Halt conditions
DDM will transmit CAN BUS data to generate Memory play order only in case that two conditions of 12 (in the following 5) items are met and
one condition of 3, 4 items is met.
1 CAN BUS data "Inhibitor Sw Sts" transmitted from CLU is "P".
2 CAN BUS data "Vehicle Speed" transmitted from CLU is "3km/h" or below
3 In case that the MEM1/MEM2 SW of IMS SW is ON, if driver door open or in 30 seconds after driver door close
4 CAN BUS data "Ignition Sw Sts" transmitted from IPM is "RUN
5 No manual SW manipulation for seat (determined by IMS)
3. Halt conditions (determined by IMS)
Failure to meet any one of the following during play operation will halt the operation
1 CAN BUS data "Inhibitor Sw Sts" transmitted from CLU is "P".
2 CAN BUS data "Vehicle Speed" transmitted from CLU is "3km/h" or below
3 The limit sw of moving direction. is ON during operation
4 In case that target position of motor (±6 EDGE) is not arrived
5 No manual SW manipulation for seat
However, buzzer output will still take place in order to inform the user of play operation of other units when play order is received even though
manual SW for seat is on.
4. Others
1 Play operation not recorded in the MEM1/2 will not be conducted and there will be no buzzer output
2 If other data is received during Play operation, the most recent play signal will take precedence
3 If engine is started(if "Ignition Sw Sts" is "START") during Play operation, halt Play operation, and resume it toward target position 100ms after
"Ignition Sw Sts" is returned to "RUN".
However, if the START state lasts over 5 sec., it will not resume even after returning to RUN
4 If Play order is received during engine start(if "Ignition Sw Sts" is "START"), Play operation is inhibited.
5 If input from manual SW during Play operation occurs. halt all Play operations of seat.
6 If an error occurs during manual operation of seat, do not delete Memory.
5. Operation control
1 Prioritization of operations
Motor starting is delayed for 100ms respectively in case of auto control to prevent rush current from overlap when motors are running, and it
follows the following order.
SLIDE > RECLINE > FR HEIGHT > RR HEIGHT
2 Memory play is conducted in the following order, and delay time for each motor is as follows.
