Manual

ManualsBrandsWeidmuller ManualsHardwarePT 100/3 sig conditioners for voltage output

Beipackinformation 1

Operating instructions 15

Notice d'utilisation 25

Hoja adicional 37

Foglio informativo 49

Signalwandler PT 100/2 und

PT 100/3 für Spannungsausgang

aus der WAVESERIES

WAVESERIES PT 100/2 and

PT 100/3 Signal Conditioners

for Voltage Output

Convertisseur de signaux PT 100/2 et

PT 100/3 pour sortie de tension

de la WAVESERIES

Convertidores de señales PT 100/2 y

PT 100/3 para salida de tensión

WAVESERIES

Trasduttore di segnale PT 100/2 e

PT 100/3 per uscita di tensione

delle WAVESERIES

R.T.Nr. 426609/11.01

Summary of content (12 pages)

PAGE 1
Beipackinformation Operating instructions Notice d'utilisation Hoja adicional Foglio informativo 1 15 25 37 49 Signalwandler PT 100/2 und PT 100/3 für Spannungsausgang aus der WAVESERIES WAVESERIES PT 100/2 and PT 100/3 Signal Conditioners for Voltage Output Convertisseur de signaux PT 100/2 et PT 100/3 pour sortie de tension de la WAVESERIES Convertidores de señales PT 100/2 y PT 100/3 para salida de tensión WAVESERIES Trasduttore di segnale PT 100/2 e PT 100/3 per uscita di tensione delle WAVESERIES R.
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. 3. 1. Fig. 1 2. 2. Fig. 2 3. 1.
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Fig. 3 Potentiometer Potentiometers Potentiomètres Potenciómetros Potenziometri Fig.
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Fig.
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Fig. 6 2-Leitertechnik Fig.
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Fig.
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WAVESERIES PT 100/2 and PT 100/3 Signal Conditioners for Voltage Output Type Screw-type connection WTS4 PT100/2 Select V WTS4 PT100/3 Select V Cat. No. 8432180000 8432090000 Tension clamp connection WTZ4 PT100/2 Select V WTZ4 PT100/3 Select V 8432190000 8432130000 Read these instructions before using the product and retain for future information.
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1 General instructions The WAVESERIES signal conditioner PT 100 should only be installed by qualified staff. The signal conditioner PT 100 should only be powered up following professional installation. 2 Application The WAVESERIES signal conditioner PT 100 can be used to connect PT 100 sensors as well as converting temperature data into standard linear voltage signals. The temperature range can be set by DIP switches on the printed circuit board.
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3.1 Mounting onto TS 35 DIN rails (v. Fig. 1) 3.2 Pluggable electronic components for range alteration (depending on model) (v. Fig. 2) 1. Remove connector, (depending on model either screw-type or tension clamp). 2. Press locking clips on both sides of the enclosure. 3. Pull out the circuit board. Warning!! The circuit board can only be inserted in one position. The connectors have been coded by the manufacturer, ensuring that they cannot be reversed.
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3.3 Setting the potentiometer (depending on model) (v. Fig. 3) The module has been exactly calibrated by the manufacturer. Should nevertheless a follow-up adjustment be necessary, open the hinged cover upwards. The potentiometers are on the front panel. 3.4 Pluggable cross-connections for voltage supply (v. Fig. 4) A maximum feed through of 2 A is possible. If a signal conditioner is accidently rotated through 180°, the cross-connection cannot be inserted. 3.5 Labelling possibilities (v. Fig.
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4 Calibration Warning!! The power supply must be disconnected, before changing the signal conditioner settings using the DIP switches. Failure to observe will lead to considerable damage! 4.1 – – – Equipment Power supply 24 Vdc, 50 mA Simulator for PT 100 or precision resistance decade Current meter/voltmeter that can be so calibrated, as to allow an accuracy of > 0.1 % from the upper range value 4.2 Calibration with a signal output from 0 ... 10 V 1.
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3. Add 1% of the temperature span to the selected "minimum" temperature and set this value on a PT 100 simulator (when using a precision resistance decade, where necessary observe DIN IEC 751 conversion table from °C to Ω!) and calibrate the signal conditioner output signal to 0.100 V using the null potentiometer. (The potentiometers are located behind the hinged cover). 4. Set the "maximum" selected temperature on a PT 100 simulator (or precision resistance decade) and calibrate the signal output to 10.