Ametek 5100 HD, User Manual

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6-12 | Model 5100 HD Analyzer
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335 rwf float RLEVEL10 467 2 Response value level 7
336 rwf float OLEVEL10 469 2 Output level 7
337
rwf float ZVALUE 471 2 Power correction Z value
338
rw float ZVALUE2 473 2 Power correction Z value 2
339
rwf float PRESSCOEFF1_2 475 2 Pressure compensation coefficient 1
340
rw float PRESSCOEFF2_2 477 2 Pressure compensation coefficient 2
341
rw float PRESSCOEFF3_2 479 2 Pressure compensation coefficient 3
342 rw float PRESSCOEFF4_2 481 2 Pressure compensation coefficient 4
343 rw int16 TECMIDP_2 483 1 Midpoint of the DAC range for TEC
control
344
rwf float REFCONC 484 2 Concentration of Reference call
345
rwf float CELLDT 486 2 Heater Deriviative Time
346 r float CELLHDC 488 2 Heater Duty Cycle
347 rwf float CELLIT 490 2 Heater Integral Time
348 rwf float CELLPB 492 2 Heater Proportional Band
349 rwf float CELLST 494 2 Cell Sample Time
350 rwf float REFDT 496 2 Heater Deriviative Time
351 r float REFHDC 498 2 Heater Duty Cycle
352 rwf float REFIT 500 2 Heater Integral Time
353 rwf float REFPB 502 2 Heater Proportional Band
354 rwf float REFSP 504 2 Heater Set Point
355 rwf float REFST 506 2 Ref Sample Time
356
rwf int16 TECMIDP 508 1 Midpoint of the DAC range for TEC
control
357 rwf float PRESSCOEFF1 509 2 Pressure compensation coefficient 1
358 rwf float PRESSCOEFF2 511 2 Pressure compensation coefficient 2
359
rwf float PRESSCOEFF3 513 2 Pressure compensation coefficient 3
360
rwf float PRESSCOEFF4 515 2 Pressure compensation coefficient 4
361
r float ALYTE1CONS 517 2 Analyte 1 Concentration in other unit
362
rw char[20] CONCUNITS 519 10 2nd Concentration Unit of Measure
for analyte 1
363 r uint DATAVALID_2 529 2 Data Valid. 0=Not Valid, 1=Valid
364
r int16 DMODE_2 531 1 0=Line- lock mode, 1=Sample,
2=Calib
365 rw int16 COMPPT_2 532 1 Pressure and temp compensation.
0=none, 1=pressure, 2=temperature,
3=both
366 rw float SEALPRESS 533 2 Process seal pressure span
367 rw float SEALPRESOS 535 2 Process seal pressure offset
368 rw float SEALPRESIIR 537 2 Process seal pressure IIR
369 rw float SEALPRESMAX 539 2 Process seal max
370 rw float SEALPRESMIN 541 2 Process seal min
371 rw float LASTHS 543 2 Sample channel's threshold
372 rw float LASTHS2 545 2 Sample channel 2's threshold
373 rw uint DUALCONC 547 2 0=single, 1=dual concentration from
one spectrum
374 r float TECTEMP_2 549 2 TEC Temperature Value
375 rw int16 TECAT_2 551 1 Heater Actuator Type. 0=Reverse,
1=Forward.
376 rw float TECDEVT_2 552 2 Heater Deviation Tolerance. Ignored if
0. Otherwise high or low limit alarm
are set when value is out bounds of 1
deviation
377 rw float TECDT_2 554 2 Heater Deriviative Time
378 r float TECHDC_2 556 2 Heater Duty Cycle
379
rw float TECIT_2 558 2 Heater Integral Time
380
rw float TECPB_2 560 2 Heater Proportional Band
36
381
rw float TECSP_2 562 2 Heater Set Point
382
rw float TECST_2 564 2 TEC Sample Time
383
rw float TECHYS_2 566 2 TEC hysterisi
384
rw int16 STATICPT_2 568 1 Pressure (STCELLP) and temp
(STCELLT) static value usage.
0=neither, 1=use static pressure,
2=use static temperature, 3= use both
385 rw float STCELLT_2 569 2 Static cell temperature. Use by
setting STATICPT to 2 or 3
386 rw float STCELLP_2 571 2 Static cell pressure. Use by setting
STATICPT to 1 or 3
387 rw float REFREFCONC_2 573 2 Reference soncentration of the
reference cell at
388 rw float TECIIR_2 575 2 TEC IIR Filter Weight
389 rw int16 WLTOL1_2 577 1 Wavelength Tolerance 1
390 rw int16 WLTOL2_2 578 1 Wavelength Tolerance 2
391 rw float IOFFSET_2 579 2 Injection current offset
392 rw float LSTWLRES_2 581 2 Temperature Wavelength resolution
393 rw int16 MEDSIZE_2 583 1 Median filter size
394 r int16 CTRINDX_2 584 1 Spectrum center index
395 rwf float TEMPREF_2 585 2 Reference temperature for this diode
396 rw int16 CONCSTART_2 587 1 Starting point of concentration window
397
rw int16 CONCEND_2 588 1 End point of concentration window
398
rw int16 CONCPEAK_2 589 1 Peak index for linelock
399
rw float RLEVEL1_2 590 2 Response value level 1
400
rw float OLEVEL1_2 592 2 Output level 1
401
rw float RLEVEL2_2 594 2 Response value level 2
402 rw float OLEVEL2_2 596 2 Output level 2
403 rw float RLEVEL3_2 598 2 Response value level 3
404 rw float OLEVEL3_2 600 2 Output level 3
405 rw float RLEVEL4_2 602 2 Response value level 4
406 rw float OLEVEL4_2 604 2 Output level 4
407 rw float RLEVEL5_2 606 2 Response value level 5
408 rw float OLEVEL5_2 608 2 Output level 5
409 rw float RLEVEL6_2 610 2 Response value level 6
410 rw float OLEVEL6_2 612 2 Output level 6
411 rw float RLEVEL7_2 614 2 Response value level 7
412
rw float OLEVEL7_2 616 2 Output level 7
413
rw float RLEVEL8_2 618 2 Response value level 7
414
rw float OLEVEL8_2 620 2 Output level 7
415
rw float RLEVEL9_2 622 2 Response value level 7
416
rw float OLEVEL9_2 624 2 Output level 7
417 rw float RLEVEL10_2 626 2 Response value level 7
418 rw float OLEVEL10_2 628 2 Output level 7
419 rw float ALPHA2 630 2 Alpha value for wir filter
420 rw float BETA2 632 2 Beta value for wir filter
421 rw float PWRALPHA_2 634 2 Power correction alpha
422 rw int16 AVESIZE_2 636 1 Beta value for wir filter
423 rw float ZVALUE_2 637 2 Power correction Z value
424 rw float SAMPHDC_2 639 2 Duty cycle for the sample heater
425 rw float ZVALUE2_2 641 2 Power correction Z value 2
426 r float LASMPPWR 643 2 Laser power of sample channel
427
rw float LASMPREF 645 2 Laser power reference of sample
channel
428 r float LASMPPWR_2 647 2 Laser power of sample channel 2