jumo cti-500

1 Reinhard Manns / PL20

JUMO CTI-500

PL20PL20

Analytical measurment systemsAnalytical measurment systems


1 Target groups / Application

• General water technology

• Monitoring of coolingwater

• Cleaning baths (e.g. galvanic)

• Intake to internal waste water plants

• Monitoring of drinking water

• Bottle cleaning plants

• CIP-cleaning (up to max. 100°C; Dairies)


2. Concept JUMO CTI - 500

JUMO CTI - 500


2.1 Gerätekonzept Blockschaltbild

Block diagram JUMO CTI - 500

Signal preparation:

•Using temperature compensation at conductivity signal

output conductivity: temperature compensated conductivity signal

0(4)... 20mA 0(2)... 10V 20... 0(4)mA 10... 0(2)V

SETUP-Connection:Configuration/Parametrierung

Power supply:DC 24V (DC19..30V)

Measuring cell: inductive cell Temperature sensor

Binary inputs: 2

relay: 2 X Halbleiterschalter

AC/DC 15..50V; 200mA

output temperature: 0(4)... 20mA 0(2)... 10V 20... 0(4)mA 10... 0(2)V

Operation: LC-Grafic display 4-Keys 2-LED´s


2.2 Concept applications

Features:

• cost effective devise

• compacte size

• Devices

• Head transmitter

• stand alone version


2.2 Concept

Features:

• Operating / Programming

• Keyboard and Display

• Setup-program

• comfortable programming

• System documentation

• Power supply

• DC 19…31V


2.3 Measuring areas

Features:

• Measuring area freely configurable

• Measuring areas

• 0 … 500µS/cm

up to

• 0 … 2000mS/cm

• up to 4 areas activated


2.4 Measuring units

Features:

• Units

• µS/cm

• mS/cm

• %

• 5 signs freely editable


2.4 Measuring units

Features:

• Concentration measuring

• Soda lye NaOH

• Nitric acid HNO3

• 1 X free definable graph (entering 20 pairs of variates with setup-programm)


2.5 Temperature input

Features:

• Units (Temperature)

• °C

• °F

• Temperature sensor

• fast response

resp..

• Protected Fitting inside the measuring cell


2.6 Compensation

Features:

• Form of temperature compensation

• linear

• natural water (EN 27888)

• own characteristic curve (Learnfunction)

• activate up to 4 values


2.7 Outputs

Features:

• 2 analog continuous outputs for conductivity / resitance and parallel for temperature (electrical isolated)

• 0/4..20mA

• 0..10V

• 20..4/0mA

• 10..0V

• freely programmable in measuring areas


2.7 Outputs

Features:

• 2 integrated potential free contacts (semi conductor switches)

• 0,2 A, AC 14…50V• 0,2 A, AC 14…50V


2.8 General concept

Features:

• 2 binary inputs (the function is aktivated by a potential free contact)

• keyboard locking

• changing measuring areas

• changing temperature coefficent

• desalinisation function


2.8 General concept

Features:

• Connections

• PVC T-part DN32

• PVC T-part DN40

• Clamp 2 ½”

• screwed pipe fitting DN50, DIN 11 851(MK DN50, milk cone)

• SMS 2”


2.8 General concept

Features:

• Operating

• Keyboard

• Graphic display


2.8 General concept

Features:

• Display

Output-ModusHAND (Hand-Mode)HOLD (Hold-Mode)

K1 K2 E1 E2 ALARM HAND

MESSUNG 10.24 18.5 °C mg/l

contactsIf visible contact is activ

Binary inputsIf visible input is activ

InformationsALARM (e.g.Overrange)KALIB flashing (kalibration timer ended)KALIB (kalibration aktiv)

Activitymeasurement (normal)

Temperature and unit value and unit

Informations


2.8 General concept

Features:

• languages

• german

• english

• french

• spanish

• polish


3. Application

Desalinisation in cooling towers

During the process you have to consider the following points: • water has to be refilled (by permanent evaporation water is getting lost)

• change water in sporadic intervals (Desalinisation: by permanent evaporation the liquid is going away, but the ingredients (salt) are increasing. The conductivity is getting higher; deposits in the tubes.

• You have to prevebt the growth of algae (Addition of biocide; in closed systems is a permanent growth of algae possible; that contaminated the cooling tower and could make problems in process e.g. the degree of efficiency is getting down. Therefor you have to add biocides in periodic lags. A secondary effect is the growing of the conductivity.)


3. Application

Conductivity measurement on cooling towers(max. conductivity app. 2000…3000µS/cm)

JUMO CTI - 500


3.1 Possible application

• General water technology

• Monitoring of cooling water

• Air conditions

• Cleaning baths (e.g. controlling of galvanic bath)

• betriebliche Endkontrollen


3.1 Possible application

• Monitoring of boilers

• Drinking water control

• Reverse Osmosis (RO)

• Cooling of industrial heaters (e.g. casting houses)

jumo cti-500

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