GREISINGER electronic GLMU 200 MP Manuale utente

T14.0.0X.6C-02

Operating Manual for conductivity-transmitter

GLMU 200 MP

1 Specification

Measuring range 1 (one of the following can be configured):

Range (rAnG)=0 Range (rAnG)=1 Range (rAnG)=2 Range (rAnG)=3

Conductivity 0.0 ... 200.0 mS/cm 0.00 ... 20.00 mS/cm 0 ... 2000 µS/cm 0.0 ... 200.0 µS/cm

Resistivity 5.0 ... 100.0 Ohm·cm 50 ... 1000 Ohm·cm 0.50 ... 10.00 kOhm·cm 5.0 ... 100.0 kOhm·cm

TDS - - 0 ... 2000 mg/l 0.0 ... 200.0 mg/l

Salinity 0.0 ... 70.0 - - -

Meas. range 2 Temperature: -5.0...140.0 °C (resolution 0.1°C or 0.1°F, NTC10k)

Attention: Consider application range of measuring cell: 0..80°C

Accuracy: (at nominal temperature = 25°C)

Measuring: conductivity: ±0,5% of measured value ±0,3 FS

temperature: ±0.1°C of measured value ±1 Digit

Add. output signal: ±0.2 % FS

Measuring cell: 4 electrode measuring cell with temperature sensor NTC10k,

7 pole connector

Cell constant K: 0.45..0.65, determined and adjusted ex works

Temperature compensation: non linear function, linear function (coefficient configurable) or none

Min-/Max-Value Memory: Min and max measured values are stored

Output signal: refer to type plate, freely scaleable

Scaling: By entering display values for 4mA (or 0V) and 20mA (or 1V/10V) output

Connection: 4 - 20 mA (2-wire) – output signal electrically isolated

for option AV01, AV10: 0 - 1 (10) V (3-wire) – output signal electrically isolated

Auxiliary energy:

(supply voltage) Uv = 12 - 30 V DC (4-20mA)

Uv = 12 - 30 V DC, max. 10mA (0-1V) Uv = 18 - 30 V DC, max. 10mA (0-10V)

or refer to type plate

Reverse voltage protection: 50V permanent

Perm. impedance

(at 4-20mA):RA(Ohm) < ( (Uv - 12V) / 0.02A )

Example: for Uv = 18V: RA< (18V - 12V) / 0.02A => RA< 300 Ohm

Permissible load (at 0-...V):RL(Ohm) > 3000 Ohm

Adjusting: via keypress. Conductivity by editing cell constant K (CELL)

Temperature by offset and scale.

Display: approx. 10 mm high, 4-digit LCD-display

Ambient conditions for electronics:

Nominal temperature: 25°C

Operating condition: -25 to 50°C, 0 to 95 %RH (non-condensing)

Storage temperature: -25 to 70°C

Ambient of standard measuring cell -5 to 80°C (short time up to 100°C)

Housing: ABS (IP65)

Dimensions: 82 x 80 x 55 mm (without elbow-type plug and sensor tube)

Mounting: With holes for wall mounting (in housing - accessible after cover has been removed).

Mounting distance: 50 x 70mm, max. shaft diameter of mounting screws is 4 mm.

Electrical connection: elbow-type plug conforming to DIN 43650 (IP65),

max. wire cross section: 1.5 mm², wire/cable diameter from 4.5 to 7 mm

EMC: In accordance with EN61326 +A1 +A2 (appendix A, class B), additional errors: < 1% FS.

When connecting long leads adequate measures against voltage surges have to be taken.

The electrode connections have to be protected sufficiently against ESD pulses, if the

device is used in areas with risk of ESD.

GREISINGER

electronic GmbH

T14.0.0X.6C-02 User’s Manual GLMU 200 MP page 2 of 8

2 Safety Requirements

This device has been designed and tested in accordance with the safety regulations for electronic devices.

However, its trouble-free operation and reliability cannot be guaranteed unless the standard safety measures

and special safety advises given in this manual will be adhered to when using the device.

1. Trouble-free operation and reliability of the device can only be guaranteed if the device is not subjected to

any other climatic conditions than those stated under "Specification". If the device is transported from a

cold to a warm environment condensation may cause in a failure of the function. In such a case make

sure the device temperature has adjusted to the ambient temperature before trying a new start-up.

2. General instructions and safety regulations for electric, light and heavy current plants, including domestic

safety regulations (e.g. VDE), have to be observed.

3. If device is to be connected to other devices (e.g. via PC) the circuitry has to be designed most carefully.

Internal connection in third party devices (e.g. connection GND and earth) may result in not-permissible

voltages impairing or destroying the device or another device connected.

4. If there is a risk whatsoever involved in running it, the device has to be switched off immediately and to be

marked accordingly to avoid re-starting.

Operator safety may be a risk if:

- there is visible damage to the device

- the device is not working as specified

- the device has been stored under unsuitable conditions for a longer time.

In case of doubt, please return device to manufacturer for repair or maintenance.

5. Warning:

Do not use these product as safety or emergency stop devices, or in any other application where failure of

the product could result in personal injury or material damage. Failure to comply with these instructions

could result in death or serious injury and material damage.

3 Installation

3.1 Design types, dimension

T14.0.0X.6C-02 User’s Manual GLMU 200 MP page 3 of 8

3.2 General installation instructions

To mount the connection cable (2-, 3-, or 4-wire depending on type of device) the elbow-type plug screw has

to be loosened and the coupling insert has to be removed by means of a screw driver at the position

indicated (arrow).

Pull out connection cable through PG glanding and connect to the loose coupling insert as described in the

wiring diagram. Replace loose coupling insert onto the pins at the transducer housing and turn cover cap

with PG glanding in the direction desired till it snaps on (4 different starting positions at 90° intervals). Re-

tighten the screw at the angle plug.

3.3 Assignment of elbow-type plug: (depending on type)

4-20mA (2-wire connection) voltage (3-wire connection)

1 = supply voltage +Uv 1 = signal +

2 = GND / signal 3 = supply voltage +Uv

(4) = supply voltage –Uv

The type current or voltage output is set by works and cannot be changed

3.4 Terminal assignment of meas. cell socket

contact no. Standard-Cell (K ~ 0.55)

1 Temperature +

2 Temperature GND

3 Supply 1

4 Signal 1

5 Signal 2

6 Supply 2

7 Not busy

3.5 Usage of Unit-Labels

As the transmitter is a multiple purpose device, many different display units are

possible, eg. µS/cm, kOhm·cm.

Therefore unit-labels (within scope of supply) can be shoved between the case cover

and the front foil behind the transparent unit-window.

To replace a label, unscrew the cover, pull out the old label (if present) and shove in the

new one.

The unit depends on the settings of the Cell-constant, the function and the measuring range!

Please refer to table in chapter “Configuration of the device”

3.6 Calibration Services

Calibration certificates – DKD-certificates – other certificates:

If device should be certificated for its accuracy, it is the best solution to return it with the refering sensors to

the manufacturer.

Only the manufacturer is capable to do efficient recalibration if necessary to get results of highest accuracy!

T14.0.0X.6C-02 User’s Manual GLMU 200 MP page 4 of 8

rrow to Temp indicates

temperature display

4 Operation

4.1 General informations about the conductivity measuring

4.1.1 The standard measurung cell

During the measurement, the conductivity probe must be be dipped at least 30mm into the medium.

At the one hand to allow a reproducable electrical field around the measuring cell, at the other hand to allow

the temperature sensor (located in metall cover within the measuring cell) to adjust to the medium

temperature.

When changing between different solution the probe should be rinsed thoroughly.

Measuring cell must never come into contact with water-repellent materials such as oil or silicone!

If conductivity measured is much higher or lower than expected this may be due to the electrode being soiled

with nonconducting or conducting residues. In this case the measuring cell has to be cleaned with a watery

soap solution.

Especially when measuring media with low conductivities the electrode the media should flow at sufficient

speed though the cell.

4.1.2 Salinity measuring

The salinity (salt content) of seawater can be determined in the measuring mode „SAL“ (basis: International

Oceanographic Tables; IOT)

The salinity of standard-seawater is 35 ‰ ( 35g salt per 1kg seawater).

The values are displayed in ‰ (g/kg).

4.1.3 TDS measuring

At the TDS measuring the dry residues or total dissolved solids value is caculated by means of the

conductivity and a calculation factor (C.tdS). This factor has to be evaluated for the refering type of solution.

The values are displayed in mg/l.

4.2 Display functions

4.2.1 Currently measured values

During normal operation the conductivity display value is displayed.

By short press of key ‘SET’ (1) the temperature in [°C] will displayed vor 10 seconds.

display of conductivity value display temperature

4.2.2 Min/Max Value Memory

watch Min values (Lo): press ‘down‘(2) shortly once display changes between ‘Lo‘ and Min values

watch Max values (Hi): press ‘up‘(3) shortly once display changes between ‘Hi‘ and Max values

restore current values: press ‘down‘(2) or ’up’(3) once again current values are displayed

clear Min-values: press ‘down’(2) for 2 seconds Min values are cleared. The display shows shortly ‘CLr‘.

clear Max-values: press ‘up’(3) for 2 seconds Max values are cleared. The display shows shortly ‘CLr‘.

After 10 seconds the currently measured values will be displayed again.

T14.0.0X.6C-02 User’s Manual GLMU 200 MP page 5 of 8

4.3 Error and system messages

Display Description Possible fault cause Remedy

Err.1

measuring range

exceeded Wrong signal

Temperature above 140°C not allowed.

Choose right measuring range for

conductivity

Err.2

Measuring value below

measuring range Wrong signal

Temperature below -5°C not allowed.

Choose right measuring range for

conductivity

Err.7

System fault Error in device Disconnect from supply and reconnect.

If error remains: return to manufacturer

Err.9

Sensor error Sensor or cable defective Check sensor, cable and connections

Er.11

Calculation not possible Calculation variable

missing or invalid Check temperature

8.8.8.8

Segment test The transducer performs a display test for 2 seconds after power up.

After that it will change to the display of the measuring.

T14.0.0X.6C-02 User’s Manual GLMU 200 MP page 6 of 8

5 Configuration

In the configuration the devices parameters can be changed.

The jumper has to be set, p.r.t. figure rigthand side. To set or

remove jumper, the housing cover has to be removed. Ex works

the jumper is set.

To change parameters press “SET” (key 1) two seconds, then the

parameter selection is started with the first parameter (display

shows “CELL”).

By pressing “SET” the desired parameter is selected, the editing of

the parameter values happens via keys 5(key 3) or 6(key 2).

Pressing “SET” again (after editing the parameter values) returns

to the parameter selection

Pressing “SET” again after the last parameter finishes the

configuration, stores the changes and restarts the device.

5.1 'CELL': Setting of the cell-constant of the connected measuring cell

Possible inputs: 0.300...1.200. Unit is 1/cm.

The value was evaluated and stored ex works for the connected electrode and is in between 0.45...0.65.

5.2 'Func': Setting of the measuring function

Possible inputs: cond conductivity

reSi: resistivity

tdS: TDS (total dissolved solids

SAL: Salinity = salt content of sea water

5.3 'rAnG': Setting of the conductivity or resistivity range

Choice the desired measuring range (range is depending on the function set above).

Possible inputs:

Range (rAnG)=0 Range (rAnG)=1 Range (rAnG)=2 Range (rAnG)=3

Conductivity (cond) 0.0 ... 200.0 mS/cm 0.00 ... 20.00 mS/cm 0 ... 2000 µS/cm 0.0 ... 200.0 µS/cm

Resistivity (rESi) 5.0 ... 100.0 Ohm·cm 50 ... 1000 Ohm·cm 0.50 ... 10.00 kOhm·cm 5.0 ... 100.0 kOhm·cm

TDS (tdS) - - 0 ... 2000 mg/l 0.0 ... 200.0 mg/l

Salinity (SAL) 0.0 ... 70.0 - - -

5.4 't.Cor': Setting of temperature compensation method

Possible inputs: off: no temperature compensation

nLF:non linear compensation for natural water according to EN27888 (DIN 38404).

For measurings of ground and surface water, drinking water or pure water.

Attention: restricted temperature range: -5..105°C

Lin: linear temp. compensation (for other aqueous solutions, correct factor has to be

entered)

5.5 't.Lin': Setting of temperature coefficient (only for t.Cor = Lin)

Possible input: 0.300 .. 3.000 [%]

5.6 't.rEF': Setting of reference temperature (only for t.Cor = nLF or Lin)

Possible input: 20°C or 25°C

5.7 'C.tdS': Setting of TDS-factor

Calculation factor for TDS (Total Dissolved Solids)-measurements, possible input: 0.40 .. 1.00.

The calculation factor depends on the composition of the medium and has to be determined

for each type of water.

If the jumper is removed from

the shown contacts, the

configuration is inaccessible,

values are

rotected.

T14.0.0X.6C-02 User’s Manual GLMU 200 MP page 7 of 8

5.8 'dA.Lo': Display at zero output (output scaling)

Enter the display value at which the output should have 4mA (or 0V).

The value range is depending on the selected measuring function (Func) and range (rAnG).

5.9 'dA.Hi': Display at maximum output (output scaling)

Enter the value at which the output should have 20mA (or 1 / 10V).

The value range is depending on the selected measuring function (Func) and range (rAnG).

5.10 'Unit' with Temp-arrow: Temperature unit

Temperature unit: All referring settings and displays are done in this unit.

Choice between °C and °F (ex works: °C)

5.11 'OFFS' with Temp-arrow: Offset of temperature measuring

The offset of the measuring will be shifted by this value, the input is in °C. Calculation: see below.

Max. input range: -5.0...5.0 °C or 'oFF': offset is deactivated (=0.0, ex works)

5.12 'SCAL' with Temp-arrow: Scale correction of temperature measuring

The scale of the measuring is changed by this value. Calculation: see below.

Max. input range: -5.00...5.00 or 'oFF': scale is deactivated (=0.00, ex works)

The adjusting of the temperature by means of offset and scale is intended to be used to compensate

deviations of the measuring. It is recommended to keep the scale correction deactivated (“oFF”). The display

value is given by following formula:

Temperature display = measured value - offset

With a scale correction (just for calibration laboratories, etc) the formula changes:

Temperature display = (meas. value - offset) * ( 1 + scale correction/100)

After pressing key 1 again, the instrument will restart (display 8888).

6 Disposal instructions

The device must not be disposed in the regular domestic waste.

Send the device directly to us (sufficiently stamped), if it should be disposed. We will dispose the device

appropriate and environmentally sound.

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