Agilent 3395/3396 Integrator

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Ethelbert Copeland
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1 Agilent 3395/3396 Integrator Tutorial Agilent Technologies

2 Agilent 3395/3396 Integrators Manuals These manuals may contain references to HP or Hewlett-Packard. Please note that Hewlett-Packard s former test and measurement, semiconductor products and chemicals analysis businesses are now part of Agilent Technologies. The HP 3395/3396 Integrator referred to throughout this document is now the Agilent 3395/3396 Integrator.

16 ! #$%& abcde fghijklmnopqrstuvwxyz{ abcde Performing self test; unit will accept commands when KEYBD led is ON A model number and revision code will be displayed.

17 RUN PARAMETERS ZERO = 0 ATT 2^ = 0 CHT SP = 1.0 AR REJ = 0 THRSH = 0 PK WD = 0.04 TIMETABLE EVENTS EMPTY CALIBRATION NO CALIB TBL INTEGRATION PLOT TYPE... FILTERED RUN DATA STORAGE Store signal data... NO Store processed peaks... NO REPORT OPTIONS Suppress local report... NO HEIGHT% report... NO Report uncalibrated peaks... NO Extended report... NO POST-RUN LIST OPTIONS Large font... YES Store post-run report... NO External post-run report... NO List run parameters... NO List timetable... NO List calibration table... NO List remote method... NO Form-feed before report... NO Form-feed after report... NO Skip perforations in report. NO Skip perforations in plot... NO

19 SELF TEST: (Press (M) key for more help) =>

20 => M Press the keys for the tests you want to perform. If you select no tests, you will return to the system software. After you have selected the tests you want, press ENTER. The tests will run continuously unless an error halts them. (0) Clear all tests (1) ROM crc and bank select test (2) Quick RAM test (3) Extended RAM test (10 min) (4) 8051 ROM and RAM test (5) 8051 interface test (6) RS232 port test (7) HP-IL port test (8) HP-IL bus test (9) Remote control and sample # input test (B) A/D Noise test (L) P/P test (K) Keyboard test (N) High Speed Printer Test (A) Run all tests (T) Enable Demo Chromatogram (P) Print error messages (S) Suppress error messages (C) Continue testing if error occurs (H) Halt testing if error occurs (press SPACE to continue) => => Demo Chromatogram Enabled ^BREAK *

21 * RUN # 1 JUN 1, :07:11 START STOP RUN# 1 JUN 1, :07:11 AREA% RT AREA TYPE WIDTH AREA% BV VB PV VB BP VP TOTAL AREA= MUL FACTOR=1.0000E+00

22 * RUN # 1 JUN 1, :07:11 START STOP RUN# 1 JUN 1, :07:11 AREA% RT AREA TYPE WIDTH AREA% BV VB PV VB BP VP TOTAL AREA= MUL FACTOR=1.0000E+00

25 ATT 2^ CHT SP ZERO. ATT 2^ CHT SP * RUN # 1 JUN 1, :07:11 START STOP RUN# 1 JUN 1, :07:11 AREA% RT AREA TYPE WIDTH AREA% BV VB PV VB BP VP TOTAL AREA= MUL FACTOR=1.0000E+00 * LIST: LIST PEAK CAPACITY: 1244 ZERO ATT 2^ CHT SP AR REJ THRSH PK WD = = = = = = 0,

26 ATT 2^ * ATT 2^ CHT SP * CHT

27 * RUN # 2 JUN 1, :16:58 START STOP RUN# 2 JUN 1, :16:58 AREA% RT AREA TYPE WIDTH AREA% BV VB PV VB BP VP TOTAL AREA= MUL FACTOR=1.0000E+00 * ATT 2^ * CHT SP

28 * RUN # 3 JUN 1, :24:05 START STOP RUN# 3 JUN 1, :24:05 AREA% RT AREA TYPE WIDTH AREA% BV VB PV VB BP VP TOTAL AREA= MUL FACTOR=1.0000E+00 ATT 2^ CHT SP

29 * TIME 1.3

30 * RUN # 4 JUN 1, :31:15 START TIMETABLE STOP RUN# 4 JUN 1, :31:15 AREA% RT AREA TYPE BV VB PV VB BP VP WIDTH AREA% TOTAL AREA= MUL FACTOR=1.0000E+00

31 * TIME 0 INTG # INTG # = STOP ZERO = 0,0.002 ATT 2^ = 4 CHT SP = 4 AR REJ = 0 THRSH = 0 PK WD = 0.04

32 * RUN # 5 JUN 1, :54:45 START IF TIMETABLE STOP RUN# 5 JUN 1, :54:45 AREA% RT AREA TYPE BV VB PV VB BP VP WIDTH AREA% TOTAL AREA= MUL FACTOR=1.0000E+00

36 WIDTH/4 2*WIDTH * THRSH

37 * RUN # 6 JUN 1, :08:45 START IF TIMETABLE STOP RUN# 6 JUN 1, :08:45 AREA% RT AREA TYPE WIDTH AREA% BV VB PV VB PB BV TOTAL AREA= MUL FACTOR=1.0000E+00

40 PK WD THRSH RUN DATA STORAGE Store signal data [Y/N*]: Device [M*]: Bunched or raw data [B/R*]: Store processed peaks [Y/N*]: Device [M*]: *

41 *ASSIGN 0,

42 CHT SP * RUN # 8 JUN 1, :17:53 START IF RUN # 8 JUN 1, :17: TIMETABLE STOP Closing Signal File M:SIGNAL.BNC Storing processed peaks to M:Q1EB8423.PRO SIGNAL FILE: M:SIGNAL.BNC PEAK FILE : M:Q1EB8423.PRO AREA% RT AREA TYPE WIDTH AREA% BV VB PV VB PB BV TOTAL AREA= MUL FACTOR=1.0000E+00

43 PROCESSING RUN # 8 IF TIMETABLE STOP

48 IF * TIME.38 INTG # IF * TIME 0 INTG # * LIST: INTG # = INTG # = INTG # = STOP

49 PROCESSING RUN # 9 IF IF RUN # 9 JUN 1, :51: TIMETABLE STOP SIGNAL FILE: M:SIGNAL.BNC PEAK FILE : M:Q1EB8512.PRO AREA% RT AREA TYPE WIDTH AREA% BV VB BV VB BB I BP TOTAL AREA= MUL FACTOR=1.0000E+00

50 * TIME.48 INTG # * LIST: INTG # = INTG # = INTG # = INTG # = STOP

51 PROCESSING RUN # 10 IF IF IF RUN # 10 JUN 1, :02: TIMETABLE STOP SIGNAL FILE: M:SIGNAL.BNC PEAK FILE : M:Q1EB8632.PRO AREA% RT AREA TYPE WIDTH AREA% BV VB BV VB PB BV TOTAL AREA= MUL FACTOR=1.0000E+00

52 * DELETE * DELETE * TIME.38 INTG # * TIME.48 INTG # INTG # = INTG # = INTG # = INTG # = STOP

53 PROCESSING RUN # 11 IF IF IF RUN # 11 JUN 1, :14: TIMETABLE STOP SIGNAL FILE: M:SIGNAL.BNC PEAK FILE : M:Q1EB8752.PRO AREA% RT AREA TYPE WIDTH AREA% BV VB N BP PV VB PB BV TOTAL AREA= MUL FACTOR=1.0000E+00

55 SIGNAL. M:SIGNAL.RAW M:SIGNAL.BNC SIGNAL * RENAME M:SIGNAL.BNC M:RUN11.BNC AUTONAME

56 M:QABCDEF1.PRO M:QABCDEF1.PRA M:QABCDEF1.RPT

58 [][] RUN PARAMETERS ZERO = 0 ATT 2^ = 4 CHT SP = 12.0 AR REJ = 0 THRSH = 2 PK WD = 0.04 TIMETABLE EVENTS INTG # = INTG # = INTG # = INTG # = STOP CALIBRATION NO CALIB TBL INTEGRATION PLOT TYPE... FILTERED Presentation plot... NO RUN DATA STORAGE Store signal data... YES Device... M Bunched or raw data... BUNCHED Store processed peaks... YES Device... M REPORT OPTIONS Suppress local report... NO HEIGHT% report... NO Report uncalibrated peaks... NO Extended report... NO PRINT & POST-RUN LIST OPTIONS Large font... YES Store post-run report... NO External post-run report... NO List run parameters... NO List timetable... NO List calibration table... NO List remote method... NO Form-feed before report... NO Form-feed after report... NO Skip perforations in report. NO Skip perforations in plot... NO

59 DEMO, [][]

60 SELF TEST: (Press (M) key for more help) => => 0 * ^BREAK *

62 Agilent Technologies Agilent Technologies, Inc. 05/92 Part Number

Agilent 3395 Integrator

Agilent 3395 Integrator Operating Manual Agilent Technologies Agilent 3395/3396 Integrators Manuals These manuals may contain references to HP or Hewlett-Packard. Please note that Hewlett-Packard s former