liquisys s olm 223 / 253 + Ð)[ ¬eÕimg55.chem17.com/5/20130802/635110510064747746158.pdf ·...

liquisys SOLM 223 / 253

Quality made byEndress+Hauser

ISO 9001

Amer of ISIExpanding the Science of Analysis

5.1

• SERVICE(S)S1:

.• SETUP 1 (A)

;chpt. 5.2.1.

• SETUP 2 (B)

hpt. 5.2.2.

.

5.2

5.2.1 Setup 1

Coding Field Selection or rangeFactory setting

Display Info

ASETUP SETUP 1

A1

cond =ind =MOhm =conc =

– cond/resistance/conc– ind/conc

A2

%ppmmg/lTDSnone

A2 A1 =

A3

XX.xxX.xxxXXX.xXXXX

A3 A1 = conc

Factory settings are printed in bold face;base version does not include functions in italics.

A

SETUP 1

cond A1

Oper.Mode

% A2

Conc.Unit

XX.xx A3

Format

Instrument configuration liquisys S OLM 223 / 253

2

5.2.2 Setup 2

A4

auto ,µS/cm, mS/cm,S/cm, µS/m, mS/m,S/m, autoΩ, kΩ⋅cm,MΩ⋅cm, kΩ⋅m

“auto “au to Ω”

A4

A5

cond: 1. 000 cm–1

ind: 1. 98 cm–1

MOhm: 0. 01 cm–1

0.0025 ... 99.99 cm–1

A60 Ω0 ... 99.99 Ω

A1(condu ctive ins tru ment ).

chapter 10.

A711 ... 60



Display Info

B

B1

Pt100Pt1k = Pt 1000NTC30fixed

“f ixed”:

B2

lin =Tab =NaCl =

(IEC 746)Pur e =none

“P ure

auto A4

Unit

1.000 A5

Cellconst

1/cm

A6

Ohm cable

0@

1 A7

Damping

B

SETUP 2

B1

ProcTemp.

Pt100

B2

TempComp.

lin

LM253E5A.CHP

liquisys S OLM 223 / 253 Instrument configuration

Amer of ISI

5.3

(O2 (1)) ,

O2 (3))

(O2 (2)).


Display Info

B3 α2.10 %/K0.00 ... 20.00 %/K

B2 = lin

B425.0 °C–35.0 ... 250.0 °C

B1 = fixed

B5–35.0... 250.0°C

B1=fixed,

B60.0 °C–5.0 ... 5.0 °C



Display Info

O

O1Out1Out2

O2 (1)lin = (1)sim = (2)table (3) O2 (2), O2 (3)

B3

alphaVal

2.10%/K

B4

ProcTemp.

25.0°C

B5

RealTemp.

0.0°C

B6

TempOffs.

0.0°C

O

OUTPUT

O1

Sel.Out

Out1

O2

Sel.Type

lin



Display Info

O2114–20 mA0–20 mA

O212

cond/ind: 0.00 µS/cmMOhm: 0.00 kΩ⋅cmconc: 0.00 %temp.: 0.0 °Centire meas. range

O213

cond/ind: 2000 mS/cmMOhm: 500 kΩ⋅cmconc: 9999 %temp.: 150.0 °Centire meas. range

O2 (2)lin = linear (1)sim = simulation (2)table (3)

O221current value0.00 ... 22.00 mA

O2 (3)lin = (1)sim = (2)table (3)

O231readedit

O23211 ... 10

O233

11 ...


O211

Sel.Range

4-20

O212

0/4 mA

0.00μS/cm

O213

20 mA

2000mS/cm

O2

Sel.Type

sim

O221

Simulat.

4.00mA

O2

Sel.Type

table

O231

Sel.Table

read

O232

No.Elem.

1

O233

Sel.Elem.

1

LM253E5A.CHP


Amer of ISI

5.4

5.4.1


Display Info

O234

cond/ind: 0.00 µS/cmMOhm: 0.00 kΩ⋅cmconc: 0.00 %temp.: 0.0 °Centire meas. range

O2350.00 mA0.00 ... 20.00 mA

O236yesno

O2.



Display Info

F

F1

Stead = steadycontact

Fleet = fleetingcontact

F2smin

O234

Meas.val.

0.00μS/cm

O235

mA value

0.00mA

O236

Status ok

yes

F

ALARM

F1

Cont.Type

Stead

F2

Time Unit

s



Display Info

F30 s0 ... 2000 s (min)

F422 mA2.4 mA

F511 ... 255

F6yesno

“no”,

F7noyes

F8noyes

F9next = next error<---R


F3

Err.Delay

0s

22mA F4

Err.Curr

F5

Sel.Error

1

yes F6

Rel.Assg

no F7

Curr.Assg

no F8

CleanTrig

F9

Select

next

LM253E5A.CHP


Amer of ISI

5.4.

PCS (Process Check System)

LIVE.CDR

Constant meas. signal= alarm is triggered

t

Fig. 5.4 PCS alarm (live-check)


Display Info

P(S version only)

P1(conductive only)

offon

(Error no.: E071.)

off1h2h4h

(Error no.: E152.)


P

CHECK

P1

Pol.Detec

off

P2

PCS Alarm

off


5.5

• P(ID) : R2 (3)• : R2 (4)• : R2 (5)• USP 23: R2 (6) (S version, conductive only)

5.5.1

Fig. 5.5

GRENZ.CDR

Meas. value

Switch-on pointSwitch-off point

Alarm threshold

t1 t2 t4t3 t5 t7 tt6

Switch-on point > switch-off point: maximum function

Switch-on point < switch-off point: minimum function

Switch-on point

Switch-off point

t1 t2 t6 t7 t

Contact ON

Contact OFF

Contact ON

Contact OFF

Alarm ON

Alarm OFF

Fig. 5.5

Relationships betweenswitch-on and switch-offpoints and pickup anddropout delays

LM253E5B.CHP


Amer of ISI

PI controller:

PD controller:

PID controller:

P(ID)

– K p (P influence)– T n (I influence)– T v (D influence)

y =yh =

Tg = [s]

Vmax =

[K/s]Xmax =Xh =

,

where set point = set point from R332.

Recommendable settings for all types

Contr. response Kp [%] Tv [s] Tn [s]

P K 0 0*

PI 2.6 K 0 6 Tu

PD 0.5 K Tu 0*

PID 1.7 K 2 Tu 2 Tu

* Tn = 0: component is not calculatedTn → ∞: calculated component → 0

(see table).

Tv

REGEL01.CDR

100 %On

0 %Off

y

t

Xh

Tu Tg

Δx

Δt

Xmax

[%][°C]

yh

Fig. 5.6 Control characteristic

XT

xtg

max = ΔΔ

KVX

Th

u= ⋅ ⋅max 100 %

y K eT

e T e epn

ii

v� � � �= ⋅ + ⋅ + −LNM

OQP

∗ ∗ ∗−

∗∑11e j

I comp. D comp.

eset point actual value

set point∗ −

=


(R237 ... R2310)

• •

REGEL02.CDR

Actualvalue

Actualvalue

Actualvalue

Actualvalue

Actualvalue

Tn too smallTn too large

Kp too smallKp too large

Optimal setting

Time

Time

Time

Time

TimeFig. 5.7

Optimisation of settingsfor Tn and Kp

IMPULS.CDR

tON

tOFF

On

Off

Period T Time [s]

Contact Contact

tON

T1 T2 Time [s]

On

Off

tON = 0.5⋅Tmax,user

Fig. 5.8

Signal of a pulselength-modulated (left)and a pulse frequency-modulated (right) controlcontact

LM253E5B.CHP


Amer of ISI

R236

5.5.3 USP 23

.

•

•

•(see below)

X

X

w

w

100 %

100 %

Kp

pK

Y

Y

1

1

Direct

Inverted

REGEL03.CDRFig. 5.9

Control characteristic of aproportional controllerwith direct and invertedcontrol action

0 0.6 55 2.1

5 0.8 60 2.2

10 0.9 65 2.4

15 1.0 70 2.5

20 1.1 75 2.7

25 1.3 80 2.7

30 1.4 85 2.7

35 1.5 90 2.7

40 1.7 95 2.9

45 1.8 100 3.1

50 1.9


5.5.4

i.e. .

5.5.5

:

•

.

• “Economy”

Wiper and / orspray cleaning system

active

inactive

Hold function

active

inactive

Cleaning time(0 ... 999 s)

Pause time between2 cleaning intervals

(1 ... 7200 min)

Clean-hold dwellperiod

(0 ... 999 s)

Time

DIAGR-TI.CDR Fig. 5.10

Relationships amongcleaning time, pause timeand hold dwell period

CHEMO.CDR

t1 cleaning startt2 – t1 pre-rinse timet3 – t2 cleaning timet4 – t3 post-rinse timet5 – t4 hold dwell period

Hold

Water

Cleaner

t0 t1 t3t2 t5t4

Fig. 5.11 Cleaning cycle sequence

LM253E5B.CHP


Amer of ISI


Display Info

R

R1

Rel1Rel2Rel3Rel4

R2 (1)

LC PV =limit contactor cd (1)LC °C =limit contactor T (2)PID controller (3)Timer (4)Clean =Chemoclean (5)USP23 (6)

R211R2 (1) off or on

OffOn

R212switch-on point

cond/ind: 9999 mS/cmMOhm: 200 MΩ⋅cmconc: 9999 %entire meas. range

switch-on

R213switch-off point

cond/ind: 9999 mS/cmMOhm: 200 MΩ⋅cmconc: 9999 %entire meas. range

(switch-off point≤ switch-on point)(switch-off point> switch-on point),

(see Fig. 5.5).

R2140 s0 ... 2000 s

R2150 s0 ... 2000 s


R

RELAY

Rel1 R1

Sel.Relay

LC PV R2

Sel. Type

Off R211

Function

9999mS/cm

R212

On value

9999mS/cm

R213

Off value

0s

R214

On Delay

0s

R215

Off Delay

liquisys S OLM 223 / 253


Display Info

R216 (

cond/ind: 9999 mS/cmMOhm: 200 MΩ⋅cmconc: 9999 %entire meas. range (

R2 (2)



OffOn

R222250.0 °C–35.0 ... 250.0 °C

R223250.0 °C–35.0 ... 250.0 °C

(switch-off point≤ switch-on point)(switch-off point> switch-on point),

(see Fig. 5.5).

R2240 s0 ... 2000 s

R2250 s0 ... 2000 s

R226 (250.0 °C–35.0 ... 250.0 °C


9999mS/cm

R216

A.Thresh

LC °C R2

Sel. Type

Off R221

Function

250.0 R222

°C

On Value

250.0 R223

°C

Off Value

0 R224

s

On Delay

0 R225

s

Off Delay

250.0 R226

°C

A.Thresh

LM253E5C.CHP


Amer of ISI


Display Info

R2 (3)P(ID)



OffOn

R232

cond/ind: 0.00 µS/cmMOhm: 0.00 kΩ⋅cmconc: 0.00 %entire meas. range

R233Kp

1.000.01 ... 20.00

R234(0.0 = no I comp.)

0.0 min0.0 ... 999.9 min

chpt. 5.5.2.I comp.

HoldChemoclean

Timer

R235 Tv(0.0 = no D comp.)

0.0 min0.0 ... 999.9 min chpt. 5.5.2.

R236dir = directinv = inverted (

R237len = pulse lengthfreq = pulse frequency

R23810.0 s0.5 ... 999.9 s


PID R2

Sel. Type

Off R231

Function

0.00μS/cm

R232

Setpoint

1.00 R233

Kp

0.0 R234

Time Tn

min

0.0 R235

Time Tv

min

dir R236

Direction

len R237

Oper.Mode

10.0 R238

PulsePer.

s



Display Info

R239120 min–1

60 ... 180 min–1

R2310ON tON

0.3 s0.1 ... 5.0 s

R2 (4)(timer)


(

R241OffOn

R24230 s0 ... 999 s

R243360 min1 ... 7200 min

(see chpt. 5.5.5).

R244120 min1 ... 3600 min

R2 (5)


See chpt. 5.5.5.


120 R239

Max.PFreq

1/min

0.3 R2310

Min.PTime

s

Timer R2

Sel. Type

Off R241

Function

30 R242

RinseTime

s

360 R243

PauseTime

min

120 R244

Min.Pause

min

Clean R2

Sel. Type

LM253E5C.CHP


Amer of ISI


Display Info


OffOn

R252

int = internal(timer-contr.)

ext = external(digital input 2)

i+ext = intern. + extern.i+stp = internal,

suppressedby external

R25320 s0 ... 999 s

R25410 s0 ... 999 s

R25520 s

R25600 ... 5 R253 ... R255

R257360 min1 ... 7200 min

R258120 min1 ... R357 min


Off R251

Function

int R252

CleanTrig

R253

PreRinse

20s

R254

CleanTime

10s

R255

PostRinse

20s

R256

Rep. Rate

0

360 R257

PauseTime

min

120 R258

Min.Pause

min



Display Info

R25900 ... 9

R2 (6)USP

(S version only)


USP

(Error no.: E151.)

R261OffOn

R262(switch-on point)

80.0 %0.0 ... 100.0 %

R26380.0 %0.0 ... 100.0 %

R2640 s0 ... 2000 s

R2650 s0 ... 2000 s


R259

EconomyCl

0

USP23 R2

Sel. Type

Off R261

Function

80.0%

R262

On Value

80.0%

R263

Off Value

0 R264

s

On Delay

0 R265

s

Off Delay

LM253E5C.CHP


Amer of ISI

5.6

α = const.

NaCl

NaCl

NaCl

Conductivity(uncompensated)

1

α

Temperature TKOMPLIN.CDRFig. 5.12

Linear temperaturecompensation

Temperature [°C]

2.7

2.5

2.3

2.1

Tem

pera

ture

coef

ficie

ntα

[%/K

]

NACLKOMP.CDR

0 96 14448

Fig. 5.13 NaCl compensation


–

––

– α

α(x) =

T(x) =

The values thus calculated are entered in thetable.

( 1) 1001

2

kk

T T

− ⋅

−2 1

T T1 2

2+

TAB01.CDR

T1 T(x) T2 T

k1

k2

k(x)

Fig. 5.14Determination oftemperature coefficient α(x)

TAB02.CDR

T1 T2 T3 T4 T(x)

α4α3

α2

α1

α(x)

Fig. 5.15Entry of table values withcalculated α(x)

LM253E5C.CHP


Amer of ISI


Display Info

T ALPHA TABLE(S version only)

T1readedit

T211 ... 10

T3

11 ... number of table

value pairsasign

T4(x value)

0.0 °C–35.0 ... 250.0 °C

0.0 °C; 10.0 °C; 20.0 °C; 30.0 °C ...

T5 α(y value)

2.10 %/K0.00 ... 20.00 %/K

T6yesno

If “yes”, T.If “no”, T3.


T

ALPHA TAB

T1

Sel.Table

read

T2

No.Elem.

1

T3

Sel.Elem.

1

T4

Temp.val.

0.0°C

T5

Alpha val

2.10%/K

T6

Status ok

yes


5.7

Liquisys S

(as shown in Fig. 5.16)

:

C-LF-T.CDRConductivity

Con

cent

ratio

n T1

T2

T1 < T2

Fig. 5.16

Relationship amongconcentration,conductivity andtemperature(qualitative representation)


Display Info

K(S version only)

K111 ... 4

K211 ... 4

(see K1).

K3readedit

K411 ... 10


K

CONCENTRA

K11

act.Curve

K21

Table

K3read

Table

K4

No.Elem.

1

LM253E5D.CHP


Amer of ISI

5.


Display Info

K511 ... number of

triplets in K4

K60.0 µS/cm0.0 ... 9999 mS/cm

K70.00 %0.00 ... 99.99 %

K80.0 °C–35.0 ... 250.0 °C

K9yesno

Return to K2.



Display Info

SSERVICE

S1

ENG = EnglishGER = GermanFRA = FrenchITA = ItalianNEL = DutchESP = Spanish

S2

S+C = during setup+ calibration

CAL = duringcalibration

Setup = during setupnone = no hold

S =C =

K5

Sel.Elem.

1

K6

conduct.

0.0μS/cm

K7

concentr.

0.0%

K8

Temp.val.

0.0°C

K9

Status ok

yes

S

SERVICE

ENG S1

Language

S+C S2

Auto HOLD



Display Info

S3

S410 s0 ... 999 s

S5(plus package)

00000000 ... 9999

S6SW 0000

0000 ... 9999

S7

S8

S9( no

Sens = sensor dataFacty = factory settings

Facty =

Sens =

S10noDispl = display test


off S3

Man. HOLD

10 S4

Cont.Time

s

0000 S5

PlusCode

0000 S6

CleanCode

order S7

CD0005

SerNo S8

12345678

no S9

S.Default

no S10

Test

LM253E5D.CHP

Instrument configuration

Amer of ISI


5.9 E+H

5.10


Display Info

EE+H SERVICE

E1

Contr = controller (1)Trans = transmitter (2)MainB = mainboard (3)Relay = relay (4)

E111E121E131E141

E112E122E132E142

E113E123E133E143



Display Info

IINTERFACE

I1

AddressHART: 0 ... 15orPROFIBUS: 1 ... 126

E

E+H SERV

ContrE1

Select

xx.xx E111

SW-Vers.

xx.xx E112

HW-Vers.

SerNo E113

12345678

I

INTERFACE

126 I1

Address


5.11

•

:

•

( C114, C126 or C136)

“ERR”

•

( ).


Display Info

CCALIBRATION

C1 (1)

Airs = Airset (1)cellc = cell constant (2)InstF = installation

factor (3)

C111(Airset)

current meas. value CAL

C112(Airset)

–80.0 ... 80.0 µS ().


C

CALIBRAT

AirS C1

Calibrat

0.0 C111

AirSet

μS/cm

5.3 C112

AirSetVal

μS/cm

LM253E5D.CHP


Amer of ISI


Display Info

C113o.k.

E xxx

C114yesnonew

C113 = E xxx,

new, C.yes/no, “Measurement”.

C1 (2)


factor (3)

C121(MTC)

25.0 °C–35.0 ... 250.0 °C

C1222.10 %/K0.00 ... 20.00 %/K

C123current meas. value0.0 ... 9999 mS/cm

,

(see chpt. 9, Fig. 9.2).

C124 0.0025 ... 99.99 cm–1

C125o.k.E xxx


o.k. C113

Status

yes C114

Store

cellc C1

Calibrat

25.0 C121

MTC temp.

°C

2.10 C122

alpha val

10.30 C123

Real val.

mS/cm

1.000 C124

cellconst

1/cm

o.k. C125

Status



Display Info

C126yesnonew

C125 = E xxx, nonew

.

C1 (3)

(S version only)


factor (3)

C131 (MTC)25.0 °C–35.0 ... 250.0 °C

C1322.10 %/K0.00 ... 20.00 %/K

C133current meas. value0.0 ... 9999 mS/cm

(see chpt. 9, Fig. 9.2).

C13410.10 ... 5.00

C135 E xxx

o.k.,

C136yesnonew


yes C126

Store

InstF C1

Calibrat

25.0 C131

MTC temp.

°C

2.10 C132

alpha val

10.30 C133

Real val.

mS/cm

1 C134

InstFact

o.k. C135

Status

yes C136

Store

LM253E5D.CHP

Instrument configuration

Amer of ISI


7

7.1

OLM223/253的维护包括：- (see chpt. 5.11)--

Troubleshooting

7.2

:

7.3

–

–

–ATC / MTC) (linear/subst./user table)

–

– ATC

–––

(resistance requirements)

––––

–

–

–

–

–

–

–

–

LM253E07.CHP

Maintenance and troubleshootingliquisys S OLM 223 / 253

Amer of ISI

Problem Possible cause Remedy Equipment needed, spare parts

– chpt. 3.4

– ; chpt. 8.8.2 / .3

–(field B1)

–

MTC:

–

–---

–--

SI“ ”,

–

–( )

– (s. chpt

– See chpt. 3.5

–

–

–

–

– , REL

–

– “Hold” “Autom. hold”“hold” ;“hold”

S2 to S4

– “Manual / On” “Manual / Off”

–

–

– mA meter 0–20 mA

–

–

–

–0–20 mA or 4–20 mA?

Field O211

–(> 500 Ω)

mA meter for 0–20 mA DC

Maintenance and troubleshooting liquisys OLM 223 / 253

Problem Possible cause Remedy Equipment needed, spare parts

– LSCH-x1

LSCH-x2 module,s. chapters 8.4.4 and 8.5.4

–

–

(handling like S package, seenext line)

LSR1-4

LSR1-48.4.4 and 8.5.4

S – S package (

– S packag

–LSCH/LSCP module:

(s. )

chpt. 8.5.5

–HART = -xxx5xx and -xxx6xx

LSCH-H1 / -H2

– DD( )

chpt. 6,“Interfaces”

– HART

–

– load > 230 Ωrequired)

– HART (e.g. FXA 191)

–( . = 0

. > 0

–

–

PA

–Profibus PA = -xxx3xx

– SW (without PA)

“Interfaces”

– Commuwin (CW) II:CW II SW

– DD/DLL

–

–

– (slave)

–

– (

– 24 V DC for non-Ex,13.5 V DC for Ex)

9 V.

LM253E07.CHP

Maintenance and troubleshooting

Amer of ISI


7.4 Problem elimination based on error messages

no.Contact Error current

Automaticcleaning trigger

Fact. User Fact. User Fact. User

E001 EEPROM i

yes no — —*

E002

I ,,

(EEPROM )

(central module)

yes no — —*

E007(transmitter)

yes no — —*

E008 (E+H Service).yes no no

E010(temperature sensorfaulty)

yes no no

E025 (in air) yes no no

E036 yes no no

E037 yes no no

E045 . yes no — —*

E046s no — —*

E047s no —*

E049yes no — —*

E050 yes no — —*

E055 yes no no

E057 yes no no

E059 yes no no

E061 yes no no

E063 no no

E064 yes no no

Maintenance and troubleshooting liquisys OLM 223 / 253

Automaticcleaning trigger

Fact. User Fact. User Fact. User

E065 yes no no

E066 yes no no

E067 :. /l 1

yes no no

E0682

yes no no

E069 3

yes no no

E070 4

yes no no

E071 / yes no no

E077α

no no

E078 yes no no

E079 yes no no

E080 no — —*

E081 o — —*

E100

E101 no no — —*

E102

E106 — —*

E116 o — —*

E150

α( 1 K ).

no no no

E151 USP no no no

E152 PCS m no

E153 USP r no no no

*(Field F8 does not exist for this error.)

LM253E07.CHP

Maintenance and troubleshooting

Amer of ISIr


liquisys s olm 223 / 253 + Ð)[ ¬eÕimg55.chem17.com/5/20130802/635110510064747746158.pdf ·...

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