Metrohm 730 Sample Changer - Manuel (Page 102)

4.4 Changer Commands
730 Sample Changer, Detailed Description 99
This function is especially suited to instruments with Metrohm re-
mote control language. Here the Auto-Info status messages can
be scanned. The most useful of these are:
∗ .T.R" Ready, 'ready' state attained, for ex., after titration
∗ .T.F" Final, end of the determination is reached
∗ .T.S" Stop, instrument manually halted
∗ .T.G" Go, instrument was started
∗ .E; ∗ Error, error message
' ∗ ' can be set as a wildcard for a particular character string. Ex-
ample: ∗ R" instead of !".T.R" (status message 'ready' after com-
pleting a titration).
These status messages, however, are only transmitted if the cor-
responding status message has been previously switched on, for
example, in the the start sequence with the command
CTL:RS &Se.A.T.R"ON", for example.
More detailed information about the syntax can be found in the In-
structions for Use of the instrument from which the status messa-
ges should be transmitted.
CTL command, see below.
With the LEARN function transmitted data (=character strings) can
be taken over interactively. See page 50.
CTL
2
CTRL >sample sequence
9 CTL:Rm START device1
Rm START device1
START device2
START device ∗
START dos1
START dos2
START dos ∗
METER mode pH
METER mode T
METER mode U
METER mode I
METER mode C
METER cal pH
METER cal C
METER enter
INIT
14 Bit (1,0 oder ∗ )
Setting the remote lines
= start instrument 1
= start instrument 2
= start instruments 1 + 2
= start Dosimat on instrument 1
= start Dosimat on instrument 2
= start Dosimat on instruments 1 + 2
= switch pH Meter to pH measurement
= switch pH Meter to temp measurement
= switch pH Meter to mV measurement
= switch pH Meter to Ipol mode
= Ion Meter to conc. measurement
= switch pH Meter to pH calibration
= Ion Meter to conc. calibration
= <ENTER> key on pH-meter simul.
= initialize remote interface
arbitrary 14 bit pattern
The CTL:Rm command controls external instruments via the re-
mote interface. It causes the setting of defined line states or the
sending of pulses via the 14 remote output lines.