Bronkhorst Multibus - Handbuch (Seite 3)

BRONKHORST ®
Seite 3 Betriebsanleitung für digitale Multibus-Instrumente 9.19.023
INHALTSVERZEICHNIS
1 ALLGEMEINE PRODUKTINFORMATIONEN......................................................................................... 5
1.1 E INFÜHRUNG .................................................................................................................................................. 5
1.2 M ULTIBUSTYPEN .............................................................................................................................................. 5
1.3 V ERWEISE AUF ANDERE ANWENDBARE D OKUMENTE ................................................................................................ 6
2 DIGITALE INSTRUMENTE .................................................................................................................. 7
2.1 A LLGEMEINES .................................................................................................................................................. 7
2.2 P RINZIPSCHEMA ............................................................................................................................................... 7
2.3 B LOCKSCHALTBILD DER M ESS - UND R EGELFUNKTION ................................................................................................ 9
2.4 K ALIBRIERUNG MIT MATHEMATISCHEN F UNKTIONEN ...............................................................................................10
2.5 M ULTI F LUID /M ULTI R ANGE - INSTRUMENTE .........................................................................................................11
3 PARAMETER UND EIGENSCHAFTEN ................................................................................................ 12
3.1 A LLGEMEINES .................................................................................................................................................12
3.2 B RONKHORST S OFTWARE ..................................................................................................................................12
3.3 P ARAMETERVERWENDUNG ................................................................................................................................13
4 PARAMETER FÜR DEN NORMALBETRIEB ........................................................................................ 15
4.1 M EASURE UNIPOLAIR .......................................................................................................................................15
4.2 M EASURE BIPOLAIR .........................................................................................................................................15
4.3 F MEASURE .....................................................................................................................................................15
4.4 S ETPOINT ......................................................................................................................................................16
4.5 F SETPOINT .....................................................................................................................................................16
4.6 S ETPOINT MONITOR MODE ................................................................................................................................16
4.7 S ETPOINT EXPONENTIAL SMOOTHING FILTER .........................................................................................................16
4.8 S ETPOINT SLOPE ..............................................................................................................................................17
4.9 A NALOG INPUT ...............................................................................................................................................17
4.10 C ONTROL MODE ..............................................................................................................................................17
4.11 S LAVE F ACTOR ................................................................................................................................................18
4.12 F LUID NUMBER ...............................................................................................................................................18
4.13 F LUID NAME ...................................................................................................................................................19
4.14 V ALVE OUTPUT ...............................................................................................................................................19
4.15 T EMPERATURE ................................................................................................................................................19
4.16 A CTUAL DENSITY .............................................................................................................................................19
4.17 S ENSOR TYPE ..................................................................................................................................................19
4.18 C APACITY 100% .............................................................................................................................................19
4.19 C APACITY 0% .................................................................................................................................................19
4.20 C APACITY UNIT INDEX .......................................................................................................................................20
4.21 C APACITY UNIT ...............................................................................................................................................21
5 REGELPARAMETER ........................................................................................................................ 22
5.1 PID-K P .........................................................................................................................................................22
5.2 PID-T I ..........................................................................................................................................................22
5.3 PID-T D .........................................................................................................................................................22
5.4 C ONTROLLER SPEED .........................................................................................................................................22
5.5 O PEN FROM Z ERO RESPONSE .............................................................................................................................22
5.6 N ORMAL S TEP RESPONSE ..................................................................................................................................23
5.7 S TABLE RESPONSE ...........................................................................................................................................23
5.8 S ENSOR DIFFERENTIATOR U P .............................................................................................................................23
5.9 S ENSOR DIFFERENTIATOR D OWN ........................................................................................................................23
5.10 S ENSOR EXPONENTIAL SMOOTHING FILTER ............................................................................................................23
5.11 V ALVE SAFE STATE ...........................................................................................................................................24
6 ALARM-/STATUSPARAMETER ........................................................................................................ 25
6.1 A LLGEMEINES .................................................................................................................................................25
6.2 A LARMFUNKTIONSSCHEMA ...............................................................................................................................25
6.3 A LARM INFO ..................................................................................................................................................26
6.4 A LARM MODE ................................................................................................................................................26
6.5 A LARM MAXIMUM LIMIT ...................................................................................................................................26