OptiMelt Automated Melting Point System - Stanford Research ...

106 OptiMelt Remote Programming Appendix D4096. To obtain the temperature value, divide the reading by 4096. If a reading of-819200 is returned, then no clear point was determined.ExampleACPT? 0 Returns 505750 for the left capillary. Divide by 4046 toobtain a temperature reading of 125 degrees C.ASPT? {i}Read the Single Melting PointThe ASPT? {i} query returns the single melting point from the most recentdetermination in degrees C. The index I is 0, 1 or 2 for the left, center or rightcapillary. The value returned is in SRS internal integer format, with a conversionfactor of 4096. To obtain the temperature value, divide the reading by 4096. If areading of -819200 is returned, then no single melting point was determined.ExampleASPT? 2 Returns 315588 for the right capillary. Divide by 4046 toobtain a temperature reading of 78 degrees C.Report Generation CommandsAMAV (?) {i}AMRS (?) {i}Calculate StatsThe AMAV command sets (queries) the Calculate Stats mode. The parameter iselects Skip (0) or Calculate (1). If set to Calculate, the average of the results forall 3 capillaries will be displayed in the report.ExampleAMAV?AMAV 0Returns the calculate stats mode.Sets the unit to Skip the stats in the report.Results DisplayThe AMRS command sets (queries) the melting point results display type. Theparameter i selects MP Range (0), Single MP (1) or Both (2).ExampleAMRS?AMRS 0Returns the melting point results display type.Display the MP Range in the report.BTCH (?) {s} Batch #The BTCH command sets (queries) the Batch # as it will appear in the meltreport. The string s is the batch and is converted to UPPER case.ExampleBTCH?BTCH 376VF0Returns the Batch # string.Set the Batch # to 376VF0.OptiMelt Automated Melting Point System