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3.7.8
Set target rotor position 4
Example with adress '''T'
1 Serial data
Description
S
:EOT:T:STX:00524=0604:ETX:[0F]
:T:ACK:
Set target rotor position 4 , = maximum number of rotor positions = 6
Acknowledge
S
:EOT:T:STX:00526=0002:ETX:[0D]
:T:ACK:
Move to position 2 (fast)
Acknowledge
E :EOT:T:00528:ENQ:
:T:STX:00528=2003:ETX:[01]
Highbyte : Hatch is open
Lowbyte : Position mode is active , rotor is moving
………………………
………………………
E :EOT:T:00528:ENQ:
:T:STX:00528=2006:ETX:[05]
Highbyte : Hatch is open
Lowbyte : Position mode is active , position reached
E :EOT:T:00524:ENQ
:T:STX:00524=0602:ETX:[0A]
Read target rotor position
Highbyte : Maximum number of rotor positions = 6,
Lowbyte : Number of actual rotor positions = 2
3.7.9
Close the hatch
Example with adress '''T'
1 Serial data
Description
S
:EOT:T:STX:00526=0070:ETX:[08]
T:ACK:
Close the hatch
E :EOT:T:00528:ENQ:
:T:STX:00528=2100:ETX:[02]
Highbyte : Hatch is open , hatch is closing
Lowbyte : Positioning state (in this example not relevant)
………………………
………………………
E :EOT:T:00528:ENQ:
:T:STX:00528=2500:ETX:[06]
Highbyte : Hatch is open , hatch is closing , hatch is moving
Lowbyte : Positioning state (in this example not relevant)
………………………
………………………
E :EOT:T:00528:ENQ:
:T:STX:00528=0500:ETX:[04]
Highbyte : Hatch is closing , hatch is moving
Lowbyte : Positioning state (in this example not relevant)
………………………
………………………
E :EOT:T:00528:ENQ:
:T:STX:00528=1800:ETX:[08]
Highbyte : Hatch is closed , lid lock of hatch is closed
Lowbyte : Positioning state (in this example not relevant)
3.7.10 Recall Program No 6
Example with adress '''T'
1 Serial data
Description
S
:EOT:T:STX:00523=0604:ETX:[08]
T:ACK:
Highbyte : Program No = 6
Lowbyte : Recall and activate
E :EOT:T:00634:ENQ:
T:STX:00634=0662:ETX:[09]
Read Centrifuge state 1
Highbyte : Just called program no is 6
Lowbyte : Centrifuge state = stand still