Instrument configuration liquisys S OLM 223 / SERVICE(S) S1:. SETUP 1 (A) ; chpt SETUP 2 (B) hpt Setup 1 A SETUP SE

Size: px

Start display at page:

Download "Instrument configuration liquisys S OLM 223 / SERVICE(S) S1:. SETUP 1 (A) ; chpt SETUP 2 (B) hpt Setup 1 A SETUP SE"

腾贾
5 years ago
Views:

1 liquisys S OLM 223 / 253 Quality made by Endress+Hauser ISO 9001 Amer of ISI Expanding the Science of Analysis

2 Instrument configuration liquisys S OLM 223 / SERVICE(S) S1:. SETUP 1 (A) ; chpt SETUP 2 (B) hpt Setup 1 A SETUP SETUP 1 A SETUP 1 A1 cond = ind = MOhm = conc = cond A1 Oper.Mode cond/resistance/conc ind/conc A2 % ppm mg/l TDS none % A2 Conc.Unit A2 A1 = A3 XX.xx X.xxx XXX.x XXXX XX.xx A3 Format A3 A1 = conc s are printed in bold face; 2

3 liquisys S OLM 223 / 253 Instrument configuration LM253E5A.CHP A4 auto,µs/ cm, ms/cm, S/cm, µs/m, ms/m, S/m, autoω, kω cm, MΩ cm, kω m Unit auto A4 auto au to Ω A4 A5 cond: cm 1 ind: cm 1 MOhm: cm cm A5 1/cm Cellconst A6 0 Ω Ω Ohm A6 cable A1 (condu ctive ins tru ment ). chapter 10. A Damping 1 A Setup 2 B SETUP 2 B B1 Pt100 Pt1k = Pt 1000 NTC30 fixed Pt100 B1 ProcTemp. f ixed : B2 lin = Tab = NaCl = (IEC 746) Pur e = none lin B2 TempComp. P ure s are printed in bold face; Amer of ISI

4 Instrument configuration liquisys S OLM 223 / 253 B3 α 2.10 %/K %/K 2.10 %/K B3 alphaval B2 = lin B C C 25.0 C B4 ProcTemp. B1 = fixed B C 0.0 C B5 RealTemp. B1=fixed, B6 0.0 C C 0.0 C B6 TempOffs. 5.3 (O2 (1)), O2 (3)) (O2 (2)). O OUTPUT O O1 Out1 Out2 Out1 Sel.Out O1 O2 (1) lin = (1) sim = (2) table (3) lin O2 Sel.Type O2 (2), O2 (3) s are printed in bold face;

5 liquisys S OLM 223 / 253 Instrument configuration LM253E5A.CHP O ma 0 20 ma 4-20 O211 Sel.Range O212 cond/ind: 0.00 µs/cm MOhm: 0.00 kω cm conc: 0.00 % temp.: 0.0 C entire meas. range 0.00 μs/cm O212 0/4 ma O213 cond/ind: 2000 ms/cm MOhm: 500 kω cm conc: 9999 % temp.: C entire meas. range 2000 ms/cm O ma O2 (2) lin = linear (1) sim = simulation (2) table (3) sim O2 Sel.Type O221 current value ma 4.00 ma Simulat. O221 O2 (3) lin = (1) sim = (2) table (3) table O2 Sel.Type O231 read edit read O231 Sel.Table O No.Elem. O232 O O233 Sel.Elem. s are printed in bold face; Amer of ISI

6 Instrument configuration liquisys S OLM 223 / 253 O234 cond/ind: 0.00 µs/cm MOhm: 0.00 kω cm conc: 0.00 % temp.: 0.0 C entire meas. range 0.00 μs/cm O234 Meas.val. O ma ma ma 0.00 ma O235 value O236 yes no yes O236 Status ok O F ALARM F F1 Stead = steady contact Fleet = fleeting contact Stead F1 Cont.Type F2 s min Time s F2 Unit s are printed in bold face;

7 liquisys S OLM 223 / 253 Instrument configuration LM253E5A.CHP F3 0s s (min) 0 s F3 Err.Delay F4 22 ma 2.4 ma 22mA F4 Err.Curr F F5 Sel.Error F6 yes no yes F6 Rel.Assg no, F7 no yes no F7 Curr.Assg F8 no yes no F8 CleanTrig F9 next = next error next F9 <---R Select s are printed in bold face; Amer of ISI

8 Instrument configuration liquisys S OLM 223 / PCS (Process Check System) Constant meas. signal = alarm is triggered Fig. 5.4 PCS alarm (live-check) t LIVE.CDR P (S version only) CHECK P P1 (conductive only) off on off P1 Pol.Detec (Error no.: E071.) off 1h 2h 4h PCS off P2 Alarm (Error no.: E152.) s are printed in bold face;

9 liquisys S OLM 223 / 253 Instrument configuration LM253E5B.CHP 5.5 P(ID) : R2 (3) : R2(4) : R2 (5) USP 23: R2 (6) (S version, conductive only) Fig. 5.5 Alarm threshold Meas. value Switch-on point > switch-off point: maximum function Alarm ON Alarm OFF Contact ON Switch-on point Switch-off point Contact OFF t 1 t 2 t 3 t 4 t 5 t 6 t 7 t Switch-on point < switch-off point: minimum function Switch-off point Contact OFF Switch-on point Contact ON t 1 t 2 t 6 t 7 t GRENZ.CDR Fig. 5.5 Relationships between switch-on and switch-off points and pickup and dropout delays Amer of ISI

10 Instrument configuration liquisys S OLM 223 / 253 PI controller: PD controller: PID controller: P(ID) y 100 % On 0% Off X max [%] [ C] X h yh Δt Δx t K p (P influence) T n (I influence) T v (D influence) y = y h = T g = [s] V max = X x = Δ Tg Δt [K/s] X max = X h = T u T g Fig. 5.6 Control characteristic REGEL01.CDR K = V max Tu 100 % X h L N M 1 y = Kp e + ei + Tv e e T n i 1 I comp. D comp. set point actual value e = set point e j O Q P, (see table). where set point = set point from R332. Recommendable settings for all types Contr. response K p [%] T v [s] T n [s] P K 0 0* T v PI 2.6 K 0 6 T u PD 0.5 K T u 0* PID 1.7 K 2 T u 2T u *T n = 0: component is not calculated T n : calculated component 0

11 liquisys S OLM 223 / 253 Instrument configuration LM253E5B.CHP Actual value Actual value Tn too small T n too large Time Time Actual value Actual value Kp too small K p too large Time Time Actual value Optimal setting Time REGEL02.CDR Fig. 5.7 Optimisation of settings for Tn and K p (R R2310) Contact t ON t ON = 0.5 T max,user Contact IMPULS.CDR On t OFF On t ON Off Period T Time [s] Off T1 T2 Time [s] Fig. 5.8 Signal of a pulse length-modulated (left) and a pulse frequencymodulated (right) control contact Amer of ISI

12 Instrument configuration liquisys S OLM 223 / 253 R % Y Direct K p 1 Xw 100 % Y Inverted K p Fig. 5.9 Control characteristic of a proportional controller with direct and inverted control action 1 Xw REGEL03.CDR USP 23. (see below)

13 liquisys S OLM 223 / 253 Instrument configuration LM253E5B.CHP i.e.. Wiper and / or spray cleaning system active Cleaning time ( s) Pause time between 2 cleaning intervals ( min) inactive Hold function active Clean-hold dwell period ( s) inactive Time DIAGR-TI.CDR Fig Relationships among cleaning time, pause time and hold dwell period :. Economy Hold Water t 1 t 2 t 1 t 3 t 2 t 4 t 3 t 5 t 4 cleaning start pre-rinse time cleaning time post-rinse time hold dwell period Cleaner t 0 t 1 t 2 t 3 t 5 t 4 CHEMO.CDR Fig Cleaning cycle sequence Amer of ISI

14 liquisys S OLM 223 / 253 R RELAY R R1 Rel1 Rel2 Rel3 Rel4 Rel1 R1 Sel.Relay R2 (1) LC PV = limitcontactorcd(1) LC C = limit contactor T (2) PID controller (3) Timer (4) Clean = Chemoclean (5) USP23 (6) LC Sel. PV R2 Type R211 R2 (1) off or on Off On Off R211 Function R212 switch-on point cond/ind: 9999 ms/cm MOhm: 200 MΩ cm conc: 9999 % entire meas. range On 9999 ms/cm R212 value switch-on R213 switch-off point cond/ind: 9999 ms/cm MOhm: 200 MΩ cm conc: 9999 % entire meas. range Off 9999 ms/cm R213 value (switch-off point switch-on point) (switch-off point > switch-on point), (see Fig. 5.5). R214 0s s On 0 s R214 Delay R215 0s s Off 0 s R215 Delay s are printed in bold face;

15 liquisys S OLM 223 / 253 Instrument configuration LM253E5C.CHP R216 ( cond/ind: 9999 ms/cm MOhm: 200 MΩ cm conc: 9999 % entire meas. range 9999 ms/cm R216 A.Thresh ( R2 (2) LC PV = limit contactor cd (1) LC C = limit contactor T (2) PID controller (3) Timer (4) Clean = Chemoclean (5) USP23 (6) LC Sel. C R2 Type R221 R2 (2) off or on Off On Off R221 Function R C C On C R222 Value R C C Off C R223 Value (switch-off point switch-on point) (switch-off point > switch-on point), (see Fig. 5.5). R224 0s s On s 0 R224 Delay R225 0s s Off s 0 R225 Delay R226 ( C C C R226 A.Thresh s are printed in bold face; Amer of ISI

16 Instrument configuration liquisys S OLM 223 / 253 R2 (3) P(ID) LC PV = limit contactor cd (1) LC C = limit contactor T (2) PID controller (3) Timer (4) Clean = Chemoclean (5) USP23 (6) PID R2 Sel. Type R231 R3 (3) off or on Off On Off R231 Function R232 cond/ind: 0.00 µs/cm MOhm: 0.00 kω cm conc: 0.00 % entire meas. range 0.00 μs/cm R232 Setpoint R233 K p Kp 1.00 R233 R234 (0.0 = no I comp.) 0.0 min min min 0.0 R234 Time Tn chpt I comp. Hold Chemoclean Timer R235 T v (0.0=noDcomp.) 0.0 min min min 0.0 R235 Time Tv chpt R236 dir = direct inv = inverted dir R236 Direction ( R237 len = pulse length freq = pulse frequency len R237 Oper.Mode R s s s 10.0 R238 PulsePer. s are printed in bold face;

17 liquisys S OLM 223 / 253 Instrument configuration LM253E5C.CHP R min min 1 1/min 120 R239 Max.PFreq R2310 ON t ON 0.3 s s s 0.3 R2310 Min.PTime R2 (4) (timer) LC PV = limit contactor cd (1) LC C = limit contactor T (2) PID controller (3) Timer (4) Clean = Chemoclean (5) USP23 (6) Timer R2 Sel. Type ( R241 Off On Off R241 Function R s s s 30 R242 RinseTime R min min min 360 R243 PauseTime (see chpt ). R min min min 120 R244 Min.Pause R2 (5) LC PV = limit contactor cd (1) LC C = limit contactor T (2) PID controller (3) Timer (4) Clean = Chemoclean (5) USP23 (6) Clean R2 Sel. Type See chpt s are printed in bold face; Amer of ISI

18 Instrument configuration liquisys S OLM 223 / 253 R251 R2 (5) off or on Off On Off R251 Function R252 int = internal (timer-contr.) ext = external (digital input 2) i+ext = intern. + extern. i+stp = internal, suppressed by external int R252 CleanTrig R s s 20 s PreRinse R253 R s s 10 s R254 CleanTime R s 20 s R255 PostRinse R Rep. 0 R256 Rate R R255 R min min min 360 R257 PauseTime R min 1... R357 min min 120 R258 Min.Pause s are printed in bold face;

19 liquisys S OLM 223 / 253 Instrument configuration LM253E5C.CHP R R259 EconomyCl R2 (6) USP (S version only) LC PV = limit contactor cd (1) LC C = limit contactor T (2) PID controller (3) Timer (4) Clean = Chemoclean (5) USP23 (6) USP23 R2 Sel. Type USP (Error no.: E151.) R261 Off On Off R261 Function R262 (switch-on point) 80.0 % % On 80.0 % R262 Value R % % Off 80.0 % R263 Value R264 0s s On s 0 R264 Delay R265 0s s Off s 0 R265 Delay s are printed in bold face; Amer of ISI

20 Instrument configuration liquisys S OLM 223 / α = const. NaCl NaCl Conductivity (uncompensated) α 1 Fig Linear temperature compensation Temperature T KOMPLIN.CDR NaCl Temperature coefficient α [%/K] Fig NaCl compensation NACLKOMP.CDR Temperature [ C]

21 liquisys S OLM 223 / 253 Instrument configuration LM253E5C.CHP k 1 k (x) k 2 T 1 T (x) T 2 T TAB01.CDR Fig Determination of temperature coefficient α (x) α (x) α 4 α3 α 2 α 1 α α (x) = k1 ( 1) 100 k2 T2 T1 T 1 T 2 T 3 T 4 T (x) TAB02.CDR Fig Entry of table values with calculated α (x) T + T T (x) = The values thus calculated are entered in the table. Amer of ISI

22 Instrument configuration liquisys S OLM 223 / 253 T ALPHA TABLE (S version only) ALPHA T TAB T1 read edit read T1 Sel.Table T T2 No.Elem. T number of table value pairs asign 1 T3 Sel.Elem. T4 (x value) 0.0 C C 0.0 C T4 Temp.val. 0.0 C; 10.0 C; 20.0 C; 30.0 C... T5 α (y value) 2.10 %/K %/K 2.10 %/K T5 Alpha val T6 yes no yes T6 Status ok If yes, T. If no, T3. s are printed in bold face;

23 liquisys S OLM 223 / 253 Instrument configuration LM253E5D.CHP 5.7 Liquisys S : Concentration T1 T 2 (as shown in Fig. 5.16) Conductivity T1 < T2 C-LF-T.CDR Fig Relationship among concentration, conductivity and temperature (qualitative representation) K (S version only) K CONCENTRA K K1 act.curve K Table 1 K2 (see K1). K3 read edit read K3 Table K K4 No.Elem. s are printed in bold face; Amer of ISI

24 Instrument configuration liquisys S OLM 223 / 253 K number of triplets in K4 1 K5 Sel.Elem. K6 0.0 µs/cm ms/cm 0.0 μs/cm K6 conduct. K % % 0.0 % K7 concentr. K8 0.0 C C 0.0 C K8 Temp.val. K9 yes no yes K9 Status ok Return to K2. 5. S SERVICE SERVICE S S1 ENG = English GER = German FRA = French ITA = Italian NEL = Dutch ESP = Spanish ENG S1 Language S2 S+C = during setup + calibration CAL = during calibration Setup = during setup none = no hold S+C S2 Auto HOLD S= C= s are printed in bold face;

25 liquisys S OLM 223 / 253 Instrument configuration LM253E5D.CHP S3 Man. off S3 HOLD S4 10 s s s 10 S4 Cont.Time S5 (plus package) S5 PlusCode S6 SW S6 CleanCode S7 order S7 CD0005 S8 SerNo S S9 ( no Sens = sensor data Facty = factory settings no S9 S.Default Facty = Sens = S10 no Displ = display test Test no S10 s are printed in bold face; Amer of ISI

26 Instrument configuration liquisys S OLM 223 / E+H E E+H SERVICE E+H E SERV E1 Contr = controller (1) Trans = transmitter (2) MainB = mainboard (3) Relay = relay (4) Contr E1 Select E111 E121 E131 E141 xx.xx E111 SW-Vers. E112 E122 E132 E142 xx.xx E112 HW-Vers. E113 E123 E133 E143 SerNo E I INTERFACE I INTERFACE I1 Address HART: or PROFIBUS: I1 Address s are printed in bold face;

27 liquisys S OLM 223 / 253 Instrument configuration LM253E5D.CHP 5.11 : ( C114, C126 or C136) ERR (). C CALIBRATION CALIBRAT C C1 (1) Airs = Airset (1) cellc = cell constant (2) InstF = installation factor (3) AirS C1 Calibrat C111 (Airset) current meas. value AirSet μs/cm 0.0 C111 CAL C112 (Airset) µs μs/cm 5.3 C112 AirSetVal ( ). s are printed in bold face; Amer of ISI

28 Instrument configuration liquisys S OLM 223 / 253 C113 o.k. E xxx o.k. C113 Status C114 yes no new Store yes C114 C113 = E xxx, new, C. yes/no, Measurement. C1 (2) Airs = Airset (1) cellc = cell constant (2) InstF = installation factor (3) cellc C1 Calibrat C121 (MTC) 25.0 C C C 25.0 C121 MTC temp. C %/K %/K 2.10 C122 alpha val C123 current meas. value ms/cm C123 Real val. ms/cm, (see chpt. 9, Fig. 9.2). C124 1/cm C cm 1 cellconst C125 o.k. E xxx o.k. C125 Status s are printed in bold face;

29 liquisys S OLM 223 / 253 Instrument configuration LM253E5D.CHP C126 yes no new Store yes C126 C125 = E xxx, no new. C1 (3) (S version only) Airs = Airset (1) cellc = cell constant (2) InstF = installation factor (3) InstF C1 Calibrat C131 (MTC) 25.0 C C C 25.0 C131 MTC temp. C %/K %/K 2.10 C132 alpha val C133 current meas. value ms/cm C133 ms/cm Real val. (see chpt. 9, Fig. 9.2). C C134 InstFact C135 E xxx o.k. C135 Status o.k., C136 yes no new Store yes C136 s are printed in bold face; Amer of ISI

30 liquisys S OLM 223 / 253 Maintenance and troubleshooting LM253E07.CHP Troubleshooting - (see chpt. 5.11) : 7.3 ATC / MTC) (linear/subst./user table) ATC (resistance requirements) Amer of ISI

31 Maintenance and troubleshooting liquisys OLM 223 / 253 Problem Possible cause Remedy Equipment needed, spare parts chpt. 3.4 ; chpt /.3 (field B1) MTC: ( ) SI, (s. chpt See chpt. 3.5, REL Hold Autom. hold S2 to S4 hold ; hold Manual / On Manual / Off ma meter 0 20 ma 0 20 ma or 4 20 ma? (> 500 Ω) O211 ma meter for 0 20 ma DC

32 liquisys S OLM 223 / 253 Maintenance and troubleshooting LM253E07.CHP Problem Possible cause Remedy Equipment needed, spare parts S LSCH-x1 (handling like S package, see next line) S package ( LSR1-4 S packag LSCH/LSCP module: (s. ) LSCH-x2 module, s. chapters and LSR and chpt PA HART = -xxx5xx and -xxx6xx DD () HART load > 230 Ω required) HART (e.g. FXA 191) (. = 0. > 0 chpt. 6, Interfaces Profibus PA = -xxx3xx SW (without PA) Commuwin (CW) II: CW II SW DD/DLL (slave) ( 24 V DC for non-ex, 13.5 V DC for Ex) Interfaces 9 V. LSCH-H1 / -H2 Amer of ISI

33 Maintenance and troubleshooting liquisys OLM 223 / Problem elimination based on error messages no. E001 E002 E007 EEPROM I,, (EEPROM ) (central module) (transmitter) i Contact Error current Automatic cleaning trigger Fact. User Fact. User Fact. User yes no * yes no * yes no * E008 (E+H Service). yes no no E010 (temperature sensor faulty) yes no no E025 (in air) yes no no E036 E037 yes no no yes no no E045. yes no * E046 s no * E047 s no * E049 yes no * E050 yes no * E055 yes no no E057 yes no no E059 E061 E063 E064 yes no no yes no no no no yes no no

34 liquisys S OLM 223 / 253 Maintenance and troubleshooting LM253E07.CHP Automatic cleaning trigger Fact. User Fact. User Fact. User E065 yes no no E066 yes no no E067 :. /l 1 yes no no E068 2 yes no no E069 3 yes no no E070 4 yes no no E071 / yes no no E077 E078 E079 E080 E081 α no no yes no no yes no no no * o * E100 E101 E102 no no * E106 * E116 o * E150 α ( 1K). no no no E151 USP no no no E152 PCS m no E153 USP r no no no * ( F8 does not exist for this error.) Amer r of ISI

αlpha-res1000 / αlpha-res1000 / Eutech Eutech Eutech Instruments Pte Ltd EUTECH INSTRUMENTS PTE LTD Blk 55 Ayer Rajah Crescent, #04-16/24, S

EUTECH αlpha-res1000 / Resistivity Controller αlpha RES1000 MEAS 18.20 1 25.0 M ATC ALARM REL A REL B REL A ENTER ESC AUTO MANU REL B αlpha-res1000 / αlpha-res1000 / Eutech Eutech Eutech Instruments Pte