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Platinum Load & Save File Format 

%Profile <tab> xx 

Saves current Profile 
information and starts 
loading new R&S profile 

Generated, xx = 00-99 

%Segment <tab> xx 

Saves current segment 
information and starts 
loading new R&S segment 

Generated, xx = 1..8 

%<user defined> <tab> ???? 

Ignored 

Ignored 

 

2.1.1  User Meta-records 

Additional meta-records may be defined by the user. Upon loading, they will be ignored and the data 
will not be retained. User meta-records are not generated during the Save function. 

 

Future versions of Platinum f/w may include support for Date Created, Date Loaded, Author and other 
meta-record information. 

2.2  Comments 

All text following a double slash (//) will be ignored. Users may add comment information on blocks of 
records on individual records following the data field. 

Note that load function stops parsing the record after the data field has been captured. Extraneous 
characters following the data field will be ignored. 

Blank records (lines) are ignored. 

2.3  Data records 

Data records consist of 2 fields, an 

item

 and a 

value

, separated by a tab character. 

Item  <tab>  Value 

2.3.1  Item Field 

The item field provides a named field from the device data base. 

During the load operation unrecognized items will be ignored. This allows configuration files to be 
maintained across versions that introduce expanded items. 

2.3.2  Value Field 

The value field will be generate as either a floating point value (xx.x) or an unsigned 32 bit integer 
(xx). The parser will process all characters up to the first non-numeric character. 

2.4  Device Configuration Records 

Device Configuration records allow loading data that enable / disable specific device features. 

Device Configuration records may only be written when the device serialization mechanism is in the 

write enable

 state. During a Load operation these records are ignored device serialization 

mechanism is not in the 

write enable

 state. 

During the Save operation all Device Configuration records as written to the file. 

 

 

 

Revision 0.1 

Page 5 of 15

 

 

Summary of Contents for CN32Pt

Page 1: ...CN32Pt CN16Pt CN16PtD CN8Pt CN8PtD DP32Pt DP16Pt DP8Pt Load Save File Format...

Page 2: ...The information contained in this document is believed to be correct but OMEGA accepts no liability for any errors it contains and reserves the right to alter specifications without notice...

Page 3: ...Purpose 2 1 2 Definition of Terms and Acronyms 2 1 3 Applicable Documents 3 2 File Format 4 2 1 Meta records 4 2 1 1 User Meta records 5 2 2 Comments 5 2 3 Data records 5 2 3 1 Item Field 5 2 3 2 Valu...

Page 4: ...h as Microsoft Excel that support reading tab delimited files 1 2 Definition of Terms and Acronyms I2C 2 wire serial interface Base Device Device connected to slave device Smart Input Device supportin...

Page 5: ...inum Load Save File Format 1 3 Applicable Documents Doc Name Description Rev Date Device Serialization and Version Information Rev 0 1 Omega Engineering Coding Standard Rev 1 2 0 Revision 0 1 Page 3 o...

Page 6: ...t comments to document files This is a comment Blank Line Allow separating blocks of information Data record any printable character Defines data to be read or written INPUT_SENSOR tab 2 NOTE The firs...

Page 7: ...the data field will be ignored Blank records lines are ignored 2 3 Data records Data records consist of 2 fields an item and a value separated by a tab character Item tab Value 2 3 1 Item Field The it...

Page 8: ...Platinum Load Save File Format 2 5 Example File Partial Excel Revision 0 1 Page 6 of 15...

Page 9: ...rocess input range INPUT_SENSOR R Enumerated sensor input type TC_TYPE R Enumerated Thermocouple type RTD_WIRE R Enumerated RTD wire type DB_4_20_MANUAL_LIVE R Enumerated Input Process mode DB_4_20_MA...

Page 10: ...1 F DB_1_MANUAL_INPUT_1 F DB_1_MANUAL_READING_2 F DB_1_MANUAL_INPUT_2 F DB_1_LIVE_READING_1 F DB_1_LIVE_INPUT_1 F DB_1_LIVE_READING_2 F DB_1_LIVE_INPUT_2 F DB_POINT_1_MANUAL_LIVE R DB_POINT_1_MANUAL_R...

Page 11: ...HARACTER R USB_DATA_FLOW R USB_ECHO_MODE R USB_CONTINUOUS_DATA_PERIOD F USB_DATA_FORMAT_STATUS R USB_DATA_FORMAT_READING R USB_DATA_FORMAT_PEAK R USB_DATA_FORMAT_VALLEY R USB_DATA_FORMAT_UNIT R USB_SE...

Page 12: ...ERIAL_232_485 R SERIAL_BAUD_RATE R SERIAL_PARITY R SERIAL_DATABITS R SERIAL_STOPBITS R Safety Parameters TIME_FORMAT R Enumerated value to indicate time format SAFETY_DELAYED_POWER_ON_RUN R Write 1 to...

Page 13: ...Output Configuration OUTPUT_1_HW_TYPE R OUTPUT_1_MODE R OUTPUT_1_ON_OFF_ACTION R OUTPUT_1_SETPOINT R OUTPUT_1_PULSE_LENGTH F OUTPUT_1_ON_OFF_DEADBAND F OUTPUT_1_OUTPUT_RANGE R OUTPUT_1_RETRAN_READING_...

Page 14: ...OUTPUT_4_PULSE_LENGTH F OUTPUT_4_ON_OFF_DEADBAND F OUTPUT_4_OUTPUT_RANGE R OUTPUT_4_RETRAN_READING_1 F OUTPUT_4_RETRAN_OUTPUT_1 F OUTPUT_4_RETRAN_READING_2 F OUTPUT_4_RETRAN_OUTPUT_2 F Alarm Control A...

Page 15: ...PERCENT_LOW F Minimum PID Control output value PID_PERCENT_HIGH F Maximum PID Control output value PID_ADAPTIVE_CONTROL_ENABLE R Write 1 to enable Adaptive Control PID_AUTOTUNE_TIMEOUT L Timeout msec...

Page 16: ...d ICE POINT offset TCAL_1_POINT_OFFSET F Stored 1 point CAL offset TCAL_2_POINT_OFFSET F Stored 2 point CAL offset TCAL_2_POINT_GAIN F Stored 2 point CAL gain PID Tuning PID_P_ F Proportional Gain val...

Page 17: ...on SOAK_LINK R Profile to link to after current profile TRACKING_TYPE R Enumerated R S tracking type Ramp Soak Segment Info repeated 8 times profile RAMP_EVENT R RE ON flag set for current segment SOA...

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