DenA11431X0X Transmitter AMU PH-Redox

download DenA11431X0X Transmitter AMU PH-Redox

of 2

Transcript of DenA11431X0X Transmitter AMU PH-Redox

  • 7/21/2019 DenA11431X0X Transmitter AMU PH-Redox

    1/2

    SWAN Analytische Instrumente AG

    CH-8340 Hinwil/Switzerland

    Tel. +41 44 943 63 00

    [email protected].

    www.swan.ch

    Transmitter AMU pH-Redox

    Data sheet No. DenA11431X0X

    02/2010 Subject to change without notice DenA11431X0X_Transmitter_AMU_pH-Redox.doc

    Electronic transmitter / controller for the continuous measurement of the pH value orRedox (ORP) in water.

    Transmitter AMU pH-Redox

    Measuring and control transmitter for panelinstallation in a Noryl resin enclosure,96 x 96 x 120 mm (DIN 43700).

    Measuring range:0 to 14 pH respectively -500 to +1500 mV

    Sensor connections for a pH or ORP sen-sor, reference electrode, Pt1000 tempera-ture and for a digital sample flow meter.

    Galvanically separated sensor connections.Automatic temperature compensations

    according to Nernst with or without correc-tion functions.

    Values for pH buffer solutions and redoxcalibration solution programmable.

    Big backlit LC display for measuring value,sample temperature, sample flow and op-erating status.

    Easy user menus in English, German,French and Spanish. Simple programmingof all parameters by keypad.

    Data logger for 1500 data records storedat a selectable interval. Serial interface in-cluded for data download to PC with Mi-crosoft HyperTerminal.

    Overvoltage protection for in- and outputs.

    Two current outputs (0/4 - 20 mA) for con-ductivity and temperature signals.

    Potential-free alarm contact as summaryalarm indication for programmable alarmvalues and for instrument faults.

    Two potential-free contacts programmable

    as limit switch or PID-control.Input for potential-free contact to freeze

    the measuring value or to interrupt controlin automated installations (hold function orremote-off).

    Front panel

    Rear panel with electrical connections

    Order scheme Transmit ter AMU pH-Redox A 1 1 . 4 3 1 . X 0 X

    Power supply .. 100 - 240 VAC / 50/60 Hz ............. 1 |24 VDC, direct current . 2 |

    Communication option . None .... 0Profibus DP interface ........... 2Modbus interface (for Webserverconnection) ............................................................... 4

    SHIELD

    RS232

    SENSOR

    OPTION

    PROFIBUS or MODBUS

    LINE

    RELAYS - INPUT - SIGNAL OUT

  • 7/21/2019 DenA11431X0X Transmitter AMU PH-Redox

    2/2

    SWAN Analytische Instrumente AG

    CH-8340 Hinwil/Switzerland

    Tel. +41 44 943 63 00

    [email protected].

    www.swan.ch

    Transmitter AMU pH-Redox

    Data sheet No. DenA11431X0X

    02/2010 Subject to change without notice DenA11431X0X_Transmitter_AMU_pH-Redox.doc

    Electrical Connection SchemepH / ORP Measurement

    Signal inputs galvanically separated.

    Input resistance: > 1013

    pH measurementMeasuring range: 0.00 to 14.00 pHResolution: 0.01 pHReference temperature: 25 C

    ORP measurementMeasuring range: -500 to +1500 mVResolution: 1 mV

    Temperature compensationsSelectable modes, according to:- Nernst (for potable water and

    wastewater)- Nernst with non-linear solution

    compensation (for high puritywater)

    - Nernst with linear compensation withselectable coefficient (for high puritywater)

    Calibration s olutions tableProgrammable table for pH buffers andORP calibration solution.

    Sensor monitori ngIndication of glass breakage and linedisconnection.

    Temperature measurementwith SWAN Pt1000 sensor.Measuring range: -30 to +130 CResolution: 0.1 C

    Sample flow measurementwith digital sample flow meter.

    Transmitter Specificationsand Functionality

    Electronics case: Noryl resinProtection degree: IP54 (front)Display: backlit LCD, 75 x 45 mmElectrical connectors: clamping yokeDimensions: 96 x 96 x 120 mmWeight: 0.45 kg

    Ambient temperature: -10 to +50 CHumidity: 10 - 90% rel., non-condensing

    Power supply

    Voltage: 100 - 240 VAC (10 %),50/60 Hz (5 %)

    or 24 VDC (15 %)Power consumption: max. 8 VA

    OperationEasy operation based on separatemenus for Messages, Diagnostics,Maintenance, Operation and Instal-lation.

    User menus in English, German,French and Spanish.

    Separate menu specific password pro-tection.

    Display of process value, sample flow,alarm status and time during operation.

    Storage of event log, alarm log and cali-bration history.

    Storage of the last 1500 data records inlogger with selectable time interval.

    Safety featuresNo data loss after power failure, all datais saved in non-volatile memory.Overvoltage protection of in- and out-puts.Galvanic separation of measuring in-puts and signal outputs.

    Transmitter temperature monitoringwith programmable high/low alarm lim-its.

    Real-time clock with calendar

    For action time stamp and preprogram-med actions.

    1 Alarm relayOne potential free contact for summaryalarm indication for programmablealarm values and instrument faults.Maximum load: 100 mA / 50 V

    1 InputOne input for potential-free contact.Programmable hold or remote off func-tion.

    2 Relay output sTwo potential-free contacts program-

    mable as limit switches for measuringvalues, controllers or timer for systemcleaning with automatic hold function.Maximum load: 100 mA / 50 V

    2 Signal outputsTwo programmable signal outputs for

    measured values (freely scaleable,linear or bilinear) or as continuous con-trol outputs (control parameters pro-grammable).Current loop: 0/4 - 20 mA

    Maximum burden: 510

    Control functionsRelays or current outputs programma-ble for 1 or 2 pulse dosing pumps, sole-noid valves or for one motor valve.Programmable P, PI, PID or PD controlparameters.

    1 serial interfaceRS232For data logger download to PC using

    Microsoft HyperTerminal and for trans-mitter firmware updates.

    1 serial i nterface RS485 (option)With Fieldbus protocol Modbus orProfibus DP, galvanically separated.

    Remote instrument access with PC re-quires Modbus interface and optionalWebserver.