Analogue Signal Processing

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1 Analogue Signal Processing Overview. -.5 DC/DC passive isolator current loop-feed current loop-feed.8 Loop splitter.9 DC/DC -way isolator Power supply on the output side.10 Double sided power supply Analogue Signal Processing DC/DC 3-way isolator 10 Hz Cut-off frequency khz Cut-off frequency Configurable Supply isolator Without / with HART. -.3 PT100 / RTD Signal isolator / converter PT100, Conductor converter PT100, Conductor disconnector converter RTD Signal disconnector converter Thermo element Signal isolator / converter Thermo disconnector converter Frequency Signal isolator / converter DC/f disconnector converter f/dc disconnector converter Bridge measuring converter Configurable Interface converter Serial interface converter AD-/DA-Converter AD-Converter 8-bit DA-Converter 8-bit AD-Converter 1-bit DA-Converter 1-bit Logic modules Preprocessing logic Monitoring modules Current and voltage monitoring Overview.59 Relay output.60 Analogue output Voltage monitoring Analogue output.65 Treshold monitoring Relay output / Transistor output

Analogue Signal Processing Analogue Signal Processing Analogue signal processing Problems The real environment can be measured in many different forms, for example in terms of temperature, humidity

2 Analogue Signal Processing Analogue Signal Processing Analogue signal processing Problems The real environment can be measured in many different forms, for example in terms of temperature, humidity or air pressure. The values of these physical variables change constantly. Elements which monitor the statuses and status changes of a given environment and supply an indication of this changed environment must be able to portray the continuous change. In industrial monitoring tasks, sensors are responsible for registering ambient statuses. Sensors provide signals which allow detailed conclusions for downstream evaluation and monitoring systems with detailed conclusions about the statuses or status changes, for example in a production process. Sensor signals monitor continuous changes in the monitored field. They occur in digital and analogue form. As a rule, they supply an electrical voltage or current value which corresponds proportionally to the physical variables being monitored. If automation processes are expected to reach certain statuses or keep them Constant, then analogue signal processing is required. It is also important in areas where this is has already been part of long established practice, for example process engineering or the chemicals industry. In process engineering, standardised electrical signals are normally used. Currents from 0 0 ma, 4 0 ma or voltages from V have become established as the output variable for sensors of various different physical parameters. Weidmüller takes account of the continuing trend to automate including and in particular with analogue signal processing and offers a wide range of products tailor-made to the requirements involved in handling sensor signals. Units for the coon signals (0..0 ma, 4..0 ma, V) generate an output signal as proportional values of the variable input signal. Protective separation e.g. of the sensor circuit from the evaluation circuit is also taken into account. Protective separation prevents mutual interference of several sensor circuits, for example as in the case of earth ground circuits in linked measuring circuits. The product prograe contains the following functions: dc/dc converters Current converters Voltage converters Temperature transformers for resistance thermometers and thermoelements Frequency converters Potentiometer transducers ac transducers Bridge transducers (strain gauges) Threshold monitoring modules AD/DA converters The stated products are available as pure signal conversion, -way isolation, 3-way isolation and passive disconnectors depending on the production functions in each case. The wide range of products completely covers the functions involved in signal conversion, signal separation and signal monitoring. The products thus satisfy nearly all applications in industrial measuring technology, and safeguard elementary functions between field signals and further processing systems. The mechanical properties of the products are built up around a continuous concept. s can be used with other Weidmüller products and combined with each other. They are designed from an electrical and mechanical point of view so as to entail a minimum wiring workload and maintenance..

3 Analogue Signal Processing Weidmüller interface units -way isolation separates the signals and decouples the measuring circuits. Potential differences, caused by long line leads and joint reference points, are eliminated. Signal isolation also protects from destruction by overvoltage together with inductive and capacitive gaps. Analogue Signal Processing 3-way isolation also separates the supply voltage to the input and output circuit and allows for operation with only one operating voltage. Passive isolators have another crucial advantage: they do not need any additional power supply. The power supply for the module comes from the input or output circuit and is transferred to the input/output. The outstanding feature of this current loop feed is its very low own consumption. There is a wide range of products for measuring temperature. PT100 signals are converted in, 3 and 4-conductor system to standardised signals 0-0 ma, 4-0 ma and 0-10 V. The modules for connecting to coercially available thermocouples have cold joint compensation as a standard feature. In addition, they amplify and linearise the voltage signal issued by the thermocouple. This guarantees exact conditioning of the analogue signal, eliminating interference or fault sources. Frequency converters convert frequency into analogue standard signals so that subsequent controllers can directly process pulse sequences for speed or velocity measurement. No kind of automation is conceivable without AD or DA converters. To bring together the analogue signals which portray the environment with the digital processing of the process monitoring system, analogue signals have to be converted into digital ones. Weidmüller also offers these modules for the coon input and output signals 0 0 ma, 4 0 ma and 0 10 V, with 8 bit or 1 bit available on the digital side. All modules have an additional input for freezing the current measured value. Current monitoring modules control the current values up to 60 A for dc or ac current. If the values fall below or above the setting, then the switch output is triggered. Modules with analogue outputs monitor the current flow continuously using subsequent controllers. Voltage monitoring modules are used to monitor dc and ac voltage. The freely adjustable switching threshold can be used to detect and report fluctuations in voltage as a result of switching procedures or mains overload..3

Analogue Signal Processing Advantages of the WAVESERIES The concept The modules in the WAVESERIES are ideal when users need analogue separating transducers.

Independent connection technology screw or spring with pluggable socket connector Assembly without tools Fast coissioning pluggable spare boards Standardised current and voltage signals Cross

from the enclosure without any tools. Simple press in the locking hook at the top section and pull out the upper part with connection level and PCB.

4 Analogue Signal Processing Advantages of the WAVESERIES The concept The modules in the WAVESERIES are ideal when users need analogue separating transducers. Weidmüller s WAVESEREIS combines the compact, space-saving design of the enclosure type (WAVEBOX) with many different functions. The product family offers a wide range of signal transducers. Independent connection technology screw or spring with pluggable socket connector Assembly without tools Fast coissioning pluggable spare boards Standardised current and voltage signals Cross connectors for low wiring workload Highly functional Clear type designations for simple selection Ideal size for more space in the switchgear cabinet Cost-saving Replacement The PCB can be removed from the enclosure without any tools. Simple press in the locking hook at the top section and pull out the upper part with connection level and PCB. Cross connection Cross connectors are used to connect up enclosures in the same family to bridge and transmit the power supply from one module to the next. Enclosure (WAVEBOX) The WAVEBOX is an ideal combination of technology, design and functionality. The enclosure consists of recyclable plastic and comes in four different widths. It needs practically no tools for assembly and fulfils the EMC requirements. Ventilation slots allow good heat dissipation. Coding The coding elements can be used to code the module for screw and also tension clamp connections without loss of poles. In this way, it is not possible to confuse the plugs. Connecting BLZ and the tension clamp system BLZF offer the greatest possible flexibility in the wiring stage (up to.5 ). Safety Protective separation has to be guaranteed as per. WAVESERIES complies with this requirement to the full with analogue signal transmission with potential separation..4

Advantages of the MICROSERIES and MCZ SERIES Connecting BLZ and the tension clamp system BLZF offer the greatest possible flexibility in the wiring stage (up to.

With a width of just 6, MICROSERIES is highly functional with a completely closed enclosure.

5 Advantages of the MICROSERIES and MCZ SERIES Connecting BLZ and the tension clamp system BLZF offer the greatest possible flexibility in the wiring stage (up to.5 ). Cross connection The supply voltage can be bridged from one module to the next. Width MICROANALOGUE sets standards for analogue signal processing. With a width of just 6, MICROSERIES is highly functional with a completely closed enclosure. Analogue Signal Processing Connecting Tension spring connection Cross connection The power supply and another potential can be cross connected Width ust 6 wide (without cover plate), the MCZ SERIES offers enough space for electronic circuits..5

DC/DC passive isolator current loop-fed MCZ CCC Passive isolator for electrical isolation of standard 0/4 0 ma signals. It is fed by the measuring signal and does not need any auxiliary power supply.

6 DC/DC passive isolator current loop-fed MCZ CCC Passive isolator for electrical isolation of standard 0/4 0 ma signals. It is fed by the measuring signal and does not need any auxiliary power supply. Special features of this component are its low power consumption and the operating current of <100 µa IN OUT C C Z Z 18V 5 18V voltage/ current Max. voltage/max. current Operating current Voltage drop voltage/ current Temperature coefficient Influence of load impedance Residual ripple Chopper frequency Isolation voltage, output /0(4) 0 ma current loop 15 V/50 ma < 100 µa.5.3 V at 0 ma /0(4) 0 ma /< = 500 M < 0.1 % of final value <50ppm/K of measurem. value at 0M load resist % of measurement value/100 M load resistance < 10 mveff Approx. 00 khz -5 C +60 C -40 C +85 C CSA / UL/UR / CE / ESD EN 6059, EN EN , EN Veff Clamping range (rating- / min. / max.) 1.50 / 0.50 / x 6.0 x 63. MCZ CCC 0-0mA/0-0mA Delivery times see page X.

7 DC/DC passive isolator current loop-fed CCC LP CCC LP Galvanic isolation Very low power consumption Secure disconnection U E [V] R L (1-channel) (-channel) voltage/ current Max. voltage/max. current Operating current Voltage drop voltage/ current Temperature coefficient Influence of load impedance Residual ripple Chopper frequency Rated voltage Impulse withstand voltage Isolation voltage, output Overvoltage category Pollution severity Clearance & creepage path /0(4) 0 ma current loop 18 V/50 ma < 100 µa approx. 3V at RL=0 M; approx. 13V at RL=500 M;(Iin=0mA) /0(4) 0 ma /< = 500 M < 0.1 % of final value < 50 ppm/k of final value < 0.1 % of measurement value/100 M load resistance < 0 mveff approx. 170 khz -5 C +70 C -40 C +80 C CSA / GL / UL/UR / CE / ESD (safe separation) EN 50081, EN5008, EN kv eff / 1 s >= 5.5 /0(4) 0 ma current loop 18 V/50 ma < 100 µa approx. 3V at RL=0 M; approx. 13V at RL=500 M;(Iin=0mA) /0(4) 0 ma /< = 500 M < 0.1 % of final value < 50 ppm/k of final value < 0.1 % of measurement value/100 M load resistance < 0 mveff approx. 170 khz -5 C +70 C -40 C +80 C CSA / GL / UL/UR / CE / ESD (safe separation) EN 50081, EN5008, EN kv eff / 1 s >= 5.5 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module WAS5 CCC LP 0-0/0-0mA WAZ5 CCC LP 0-0/0-0mA WAS5 CCC LP 0-0/0-0mA WAZ5 CCC LP 0-0/0-0mA Delivery times see page X..7

DC/DC passive isolator current loop-fed OLP Galvanic isolation Very low power consumption range selected via DIP switch Calibration not necessary voltage Max.

(-3dB) Default settings Rated voltage Impulse withstand voltage Isolation voltage, output Overvoltage category Pollution severity Clearance & creepage path 0 (5)10 V 30 Vdc 0 5V: 10 km; 0 10V:

% of measuring range final value <= 150 ppm/k 50 mveff at 500 M < 10 Hz: 80 ms; 100 Hz: 50 ms 10 Hz/ 100 Hz switchable min. 1 Vdc/ max.

8 DC/DC passive isolator current loop-fed OLP Galvanic isolation Very low power consumption range selected via DIP switch Calibration not necessary voltage Max. voltage resistance voltage/current current Max. current current signal limit Temperature coefficient Residual ripple Step response time Cut-off freq. (-3dB) Default settings Rated voltage Impulse withstand voltage Isolation voltage, output Overvoltage category Pollution severity Clearance & creepage path 0 (5)10 V 30 Vdc 0 5V: 10 km; 0 10V: 430 km/51 M 0(4) 0 ma 40 ma 4 0 ma (current loop) approx. 4 ma /RL=(Ub-1V) / 0 ma e.g. 600 M at 4V 0. % of measuring range final value <= 150 ppm/k 50 mveff at 500 M < 10 Hz: 80 ms; 100 Hz: 50 ms 10 Hz/ 100 Hz switchable min. 1 Vdc/ max. 30 Vdc 0 C +55 C (fitted) -0 C +85 C 0 0mA, 10 Hz CE / ESD / curus EN 5008-, EN , -, EN eff / 5s >= 5.5 Switch position/setting options SW ma 4 0 ma 0 5 V 0 10 V Transmission frequency 10 Hz 100 Hz = on = off Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module WAS5 OLP WAZ5 OLP Delivery times see page X.

DC/DC passive isolator Loop splitter OLP Galvanic isolation and output current loop feed Very low power consumption Calibration not necessary current Max.

9 DC/DC passive isolator Loop splitter OLP Galvanic isolation and output current loop feed Very low power consumption Calibration not necessary current Max. current Voltage drop current/ signal limit Temperature coefficient Step response time Cut-off freq. (-3dB) Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category Pollution severity Clearance & creepage path 4 0 ma (current loop) 40 ma 3.8 V x 4 0 ma (current loop)/ approx. 31 ma /RL=(Ub-1V) / 0 ma e.g. 600 M at 4V typical 0.1%, max. 0.% <= 150 ppm/k < 0 ms 30 Hz min. 1 Vdc/ max. 30 Vdc 0 C +55 C (fitted) -0 C +85 C CE / ESD / curus EN 5008-, EN , -, EN eff / 5s/ >= 5.5 4Vd Sensor ~ mA Vac 4 Vdc WAVEANALOG OLP / mA mA RL SPS RL1 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module WAS5 CCC OLP WAZ5 CCC OLP Delivery times see page X..9

10 DC/DC -way isolator Power supply on the output side 4 0mA/4 0mA 4 0mA/0 0mA 4 0mA/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current /4 0 ma (current loop) /4 0 ma (current loop) /4 0 ma (current loop) Max. voltage 7 V 7 V 7 V Max. current 5 ma 5 ma 5 ma voltage/ current /4 0 ma /0 0 ma 0 10 V/ /< = 500 M /< = 500 M >= 1 km/ +/- 0.% of final value +/- 0.% of final value +/- 0.% of final value Temperature coefficient <= 50 ppm/k of final value <= 50 ppm/k of final value <= 50 ppm/k of final value Step response time <= 30 ms (typically 0 ms) <= 30 ms (typically 0 ms) <= 30 ms (typically 0 ms) Cut-off freq. (-3dB) >= 15 Hz (typically 0 Hz) >= 15 Hz (typically 0 Hz) >= 15 Hz (typically 0 Hz) 4 Vdc +/- 0 % 4 Vdc +/- 0 % 4 Vdc +/- 0 % Current consumption < 3 ma at Iout = 0 ma < 3 ma at Iout = 0 ma < 0 ma at Iout = 10 ma Current-carrying cap. of cross-connect. <= A <= A <= A 0 C +55 C (fitted) 0 C +55 C (fitted) 0 C +55 C (fitted) -0 C +85 C -0 C +85 C -0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category 1. kveff / 5s/ 1. kveff / 5s/ 1. kveff / 5s/ Pollution severity Clearance & creepage path >= 3 >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 1.5 x x 1.5 x / 0.50 / / 0.50 / x 1.5 x x 1.5 x / 0.50 / / 0.50 / x 1.5 x x 1.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS4 CCC DC 4-0/4-0MA WAS4 CCC DC 4-0/0-0MA WAS4 CVC DC 4-0/0-10V WAZ4 CCC DC 4-0/4-0MA WAZ4 CCC DC 4-0/0-0MA WAZ4 CVC DC 4-0/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/.10 Delivery times see page X.

11 DC/DC -way isolator Double sided power supply 0 0mA/0 0mA 0 0mA/4 0mA 0 0mA/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current /0 0 ma /0 0 ma /0 0 ma Max. voltage/max. current /5 ma /5 ma /5 ma resistance voltage/current /50 M /50 M /50 M voltage/ current /0 0 ma /4 0 ma 0 10 V/ /< = 500 M /< = 500 M >= 1 km/ +/- 0.% of final value +/- 0.% of final value +/- 0.% of final value Temperature coefficient <= 50 ppm/k of final value <= 50 ppm/k of final value <= 50 ppm/k of final value Step response time <= 30 ms (typically 16 ms) <= 30 ms (typically 16 ms) <= 30 ms (typically 16 ms) Cut-off freq. (-3dB) >= 15 Hz (typically 5 Hz) >= 15 Hz (typically 5 Hz) >= 15 Hz (typically 5 Hz) 4 Vdc +/- 0 % 4 Vdc +/- 0 % 4 Vdc +/- 0 % Current consumption input < 11 ma at Iin = 0 ma < 11 ma at Iin = 0 ma < 11 ma at Iin = 0 ma Current consumption output < 3 ma at Iout = 0 ma < 3 ma at Iout = 0 ma < 0 ma at Iout = 10 ma Current-carrying cap. of cross-connect. <= A <= A <= A 0 C +55 C (fitted) 0 C +55 C (fitted) 0 C +55 C (fitted) -0 C +85 C -0 C +85 C -0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output 1. kveff / 5s 1. kveff / 5s 1. kveff / 5s Overvoltage category Pollution severity Clearance & creepage path >= 3 >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 1.5 x x 1.5 x / 0.50 / / 0.50 / x 1.5 x x 1.5 x / 0.50 / / 0.50 / x 1.5 x x 1.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS4 CCC DC 0-0/0-0MA WAS4 CCC DC 0-0/4-0MA WAS4 CVC DC 0-0/0-10V WAZ4 CCC DC 0-0/0-0MA WAZ4 CCC DC 0-0/4-0MA WAZ4 CVC DC 0-0/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..11

12 DC/DC -way isolator Double sided power supply 0 10V/0 0mA 0 10V/4 0mA 0 10V/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current 0 10 V/ 0 10 V/ 0 10 V/ Max. voltage/max. current 15 V/ 15 V/ 15 V/ resistance voltage/current 500 km/ 500 km/ 500 km/ voltage/ current /0 0 ma /4 0 ma 0 10 V/ /< = 500 M /< = 500 M >= 1 km/ +/- 0.% of final value +/- 0.% of final value +/- 0.% of final value Temperature coefficient <= 50 ppm/k of final value <= 50 ppm/k of final value <= 50 ppm/k of final value Step response time <= 30 ms (typically 5 ms) <= 30 ms (typically 5 ms) <= 30 ms (typically 5 ms) Cut-off freq. (-3dB) >= 13 Hz (typically 17 Hz) >= 13 Hz (typically 17 Hz) >= 13 Hz (typically 17 Hz) 4 Vdc +/- 0 % 4 Vdc +/- 0 % 4 Vdc +/- 0 % Current consumption input < 11 ma at Uin = 10 V < 11 ma at Uin = 10 V < 11 ma at Uin = 10 V Current consumption output < 3 ma at Iout = 0 ma < 3 ma at Iout = 0 ma < 0 ma at Iout = 10 ma Current-carrying cap. of cross-connect. <= A <= A <= A 0 C +55 C (fitted) 0 C +55 C (fitted) 0 C +55 C (fitted) -0 C +85 C -0 C +85 C -0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output 1. kveff / 5s 1. kveff / 5s 1. kveff / 5s Overvoltage category Pollution severity Clearance & creepage path >= 3 >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 1.5 x x 1.5 x / 0.50 / / 0.50 / x 1.5 x x 1.5 x / 0.50 / / 0.50 / x 1.5 x x 1.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS4 VCC DC 0-10/0-0MA WAS4 VCC DC 0-10/4-0MA WAS4 VVC DC 0-10/0-10V WAZ4 VCC DC 0-10/0-0MA WAZ4 VCC DC 0-10/4-0MA WAZ4 VVC DC 0-10/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/.1 Delivery times see page X.

13 DC/DC 3-way isolator 10Hz Cut-off frequency 0 (4)0mA/0 (4)0mA 0 0mA/4 0mA 0 0mA/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current /0(4) 0 ma /0 0 ma /0 0 ma Max. voltage Max. current 5 ma 5 ma 5 ma voltage/ current /0(4) 0 ma /4 0 ma 0 10 V/ /< = 600 M /< = 600 M >= 1 km/ 0. % 0. % 0. % Temperature coefficient +/- 50 ppm/k +/- 50 ppm/k +/- 50 ppm/k Step response time <= 45 ms <= 45 ms <= 45 ms Cut-off freq. (-3dB) 10 Hz 10 Hz 10 Hz 4 Vdc +/- 5 % 4 Vdc +/- 5 % 4 Vdc +/- 5 % Power consumption < 1.5 W at Iout = 0 ma < 1.5 W at Iout = 0 ma < 1.3 W at Iout = 5 ma Current-carrying cap. of cross-connect. <= A <= A <= A 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) -0 C +85 C -0 C +85 C -0 C +85 C CE / curus CE / curus CE / curus EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category kveff / 5s/ kveff / 5s/ kveff / 5s/ Pollution severity Clearance & creepage path >= 3 >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 CCC 0-0/0-0mA WAS5 CCC 0-0/4-0mA WAS5 CVC 0-0mA/0-10V WAZ5 CCC 0-0/0-0mA WAZ5 CCC 0-0/4-0mA WAZ5 CVC 0-0mA/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..13

14 DC/DC 3-way isolator 10Hz Cut-off frequency 4 0mA/0 0mA 4 0mA/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current /4 0 ma /4 0 ma Max. voltage Max. current 5 ma 5 ma voltage/ current /0 0 ma 0 10 V/ /< = 600 M >= 1 km/ 0. % 0. % Temperature coefficient +/- 50 ppm/k +/- 50 ppm/k Step response time <= 45 ms <= 45 ms Cut-off freq. (-3dB) 10 Hz 10 Hz 4 Vdc +/- 5 % 4 Vdc +/- 5 % Power consumption < 1.5 W at Iout = 0 ma < 1.3 W at Iout = 5 ma Current-carrying cap. of cross-connect. <= A <= A 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) -0 C +85 C -0 C +85 C CE / curus CE / curus EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category kveff / 5s/ kveff / 5s/ Pollution severity Clearance & creepage path >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 CCC 4-0/0-0MA WAS5 CVC 4-0mA/0-10V WAZ5 CCC 4-0/0-0MA WAZ5 CVC 4-0mA/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/.14 Delivery times see page X.

15 DC/DC 3-way isolator 10Hz Cut-off frequency 0 10V/0 0mA 0 10V/4 0mA 0 10V/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current 0 10 V/ 0 10 V/ 0 10 V/ Max. voltage 15 V 15 V 15 V Max. current voltage/ current /0 0 ma /4 0 ma 0 10 V/ /< = 600 M /< = 600 M >= 1 km/ 0. % 0. % 0. % Temperature coefficient +/- 50 ppm/k +/- 50 ppm/k +/- 50 ppm/k Step response time <= 45 ms <= 45 ms <= 45 ms Cut-off freq. (-3dB) 10 Hz 10 Hz 10 Hz 4 Vdc +/- 5 % 4 Vdc +/- 5 % 4 Vdc +/- 5 % Power consumption < 1.5 W at Iout = 0 ma < 1.5 W at Iout = 0 ma < 1.3 W at Iout = 5 ma Current-carrying cap. of cross-connect. <= A <= A <= A 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) -0 C +85 C -0 C +85 C -0 C +85 C CE / curus CE / curus CE / curus EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category kveff / 5s/ kveff / 5s/ kveff / 5s/ Pollution severity Clearance & creepage path >= 3 >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 VCC 0-10V/0-0MA WAS5 VCC 0-10V/4-0MA WAS5 VVC 0-10V/0-10V WAZ5 VCC 0-10V/0-0MA WAZ5 VCC 0-10V/4-0MA WAZ5 VVC 0-10V/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..15

16 DC/DC 3-way isolator 0kHz Cut-off frequency 0(4) 0mA/0(4) 0mA 0 0mA/4 0mA 0 0mA/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current /0 0 ma /0 0 ma /0 0 ma Max. voltage/max. current /50 ma /50 ma /50 ma resistance voltage/current /50 M /50 M /50 M voltage/ current /0 0 ma /4 0 ma 0 10 V/ /< = 600 M /< = 600 M >= km/ < 0. % of final value < 0. % of final value < 0. % of final value Temperature coefficient <= 50 ppm/k of final value <= 50 ppm/k of final value <= 50 ppm/k of final value Step response time <= 40 µs (type 30 µs) <= 40 µs (type 30 µs) <= 40 µs (type 30 µs) Cut-off freq. (-3dB) >= 15 khz (typ. 0 khz) >= 15 khz (typ. 0 khz) >= 15 khz (typ. 0 khz) 4 Vdc +/- 5 % 4 Vdc +/- 5 % 4 Vdc +/- 5 % Power consumption < 1.5 W at Iout = 0 ma < 1.5 W at Iout = 0 ma < 1.3 W at Iout = 5 ma Current-carrying cap. of cross-connect. <= A <= A <= A 0 C +55 C 0 C +55 C 0 C +55 C -0 C +85 C -0 C +85 C -0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output Coupling cap. in- resp. output/power supply 1. kveff / 5s 1 nf 1. kveff / 5s 1 nf 1. kveff / 5s 1 nf Overvoltage category Pollution severity Clearance & creepage path >= 3 >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 CCC HF 0-0/0-0MA WAS5 CCC HF 0-0/4-0MA WAS5 CVC HF 0-0/0-10V WAZ5 CCC HF 0-0/0-0MA WAZ5 CCC HF 0-0/4-0MA WAZ5 CVC HF 0-0/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/.16 Delivery times see page X.

17 DC/DC 3-way isolator 0kHz Cut-off frequency 4 0mA/0 0mA 4 0mA/0 10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current /4 0 ma /4 0 ma Max. voltage/max. current /50 ma /50 ma resistance voltage/current /50 M /50 M voltage/ current /0 0 ma 0 10 V/ /< = 600 M >= km/< = 600 M < 0. % of final value < 0. % of final value Temperature coefficient <= 50 ppm/k of final value <= 50 ppm/k of final value Step response time <= 40 µs (type 30 µs) <= 40 µs (type 30 µs) Cut-off freq. (-3dB) >= 15 khz (typ. 0 khz) >= 15 khz (typ. 0 khz) 4 Vdc +/- 5 % 4 Vdc +/- 5 % Power consumption < 1.5 W at Iout = 0 ma < 1.3 W at Iout = 5 ma Current-carrying cap. of cross-connect. <= A <= A 0 C +55 C 0 C +55 C -0 C +85 C -0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output Coupling cap. in- resp. output/power supply 1. kveff / 5s 1 nf 1. kveff / 5s 1 nf Overvoltage category Pollution severity Clearance & creepage path >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 CCC HF 4-0/0-0MA WAS5 CVC HF 4-0/0-10V WAZ5 CCC HF 4-0/0-0MA WAZ5 CVC HF 4-0/0-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..17

18 DC/DC 3-way isolator 0kHz Cut-off frequency 0 10V/0 0mA 0 10V/4 0mA Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current 0 10 V/ 0 10 V/ Max. voltage/max. current 15 V/ 15 V/ resistance voltage/current 500 km/ 500 km/ voltage/ current /0 0 ma /4 0 ma /< = 600 M /< = 600 M +/- 0.% of final value +/- 0.% of final value Temperature coefficient <= 50 ppm/k of final value <= 50 ppm/k of final value Step response time <= 40 µs (type 30 µs) <= 40 µs (type 30 µs) Cut-off freq. (-3dB) >= 15 khz (typ. 0 khz) >= 15 khz (typ. 0 khz) 4 Vdc +/- 5 % 4 Vdc +/- 5 % Power consumption < 1.5 W at Iout = 0 ma < 1.5 W at Iout = 0 ma Current-carrying cap. of cross-connect. <= A <= A 0 C +55 C 0 C +55 C -0 C +85 C -0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output Coupling cap. in- resp. output/power supply 1. kveff / 5s 1 nf 1. kveff / 5s 1 nf Overvoltage category Pollution severity Clearance & creepage path >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 VCC HF 0-10/0-0MA WAS5 VCC HF 0-10/4-0MA WAZ5 VCC HF 0-10/0-0MA WAZ5 VCC HF 0-10/4-0MA Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/.18 Delivery times see page X.

19 DC/DC 3-way isolator 0kHz Cut-off frequency 0 10V/0 10V -10V +10V/-10V +10V Signal conversion Galvanic isolation between input/output signal Power supply can be crossconnected via plug-in jumpers voltage/ current 0 10 V/ V/ Max. voltage/max. current 15 V/ +/- 15 V/ resistance voltage/current 500 km/ 500 km/ voltage/ current 0 10 V/ V/ >= km/ >= km/ +/- 0.% of final value +/- 0. % of measuring range Temperature coefficient <= 50 ppm/k of final value <= 50 ppm/k of measuring range Step response time <= 40 µs (type 30 µs) <= 40 µs (type 30 µs) Cut-off freq. (-3dB) >= 15 khz (typ. 0 khz) >= 15 khz (typ. 0 khz) 4 Vdc +/- 5 % 4 Vdc +/- 5 % Power consumption < 1.3 W at Iout = 5 ma < 1.3 W at Iout = 5 ma Current-carrying cap. of cross-connect. <= A <= A 0 C +55 C 0 C +55 C -0 C +85 C -0 C +85 C CSA / UL/UR / CE / ESD CE / ESD / curus EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Rated voltage Impulse withstand voltage Isolation voltage, output Coupling cap. in- resp. output/power supply 1. kveff / 5s 1 nf 1. kveff / 5s 1 nf Overvoltage category Pollution severity Clearance & creepage path >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 VVC HF 0-10/0-10V WAS5 VVC HF +-10V/+-10V WAZ5 VVC HF 0-10/0-10V WAZ5 VVC HF +-10V/+-10V Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..19

20 DC/DC 3-way isolator Configurable PRO DC/DC Universal adjustable via DIP-switch Service tool WAVETOOL via internet Voltage supply 0 30 V ac/dc Low power loss Adjustable transmission frequency Switch position/setting options Switch S1 S range ±60 mv 0 ±100 mv 0 ±150 mv 0 ±300 mv 0 ±500 mv 0 ±1 V voltage/ current resistance voltage/current Max. current voltage/ current Temperature coefficient Cut-off freq. (-3dB) Offset Adjustment range, zero point Adjustment range, amplification Displacement Power consumption Default settings Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category Pollution severity +/- 0 mv +/- 00 V/+/-0.1mA +/- 100 ma ca. 1 MM/< 5 ma: ca. 100 M; >5 ma: ca. 5 M Iin < 5mA: < 100mA, Iin > 5mA < 300mA 0 +/- 10 V/0 +/- 0 ma >= 1 km/< = 600 M < 0.1 % of final value < 60 ppm/k of end value > 10 khz/ < 10 Hz 0 µa resp. 10 mv +5 % of measuring range of the chosen output range x final value of the chosen output range -100%, -50%, 0%, 50%, 100% of measuring range 30 Vac/dc +10 %/ 48 6 Hz approx. 1 W -10 C +70 C -40 C +85 C 0 10V / 0 10V / 10Hz GL / CE / curus DIN EN EN 6136/A1, EN , EN V 5 kv, 1./50 µs (IEC 55-4) eff/ 0 ±5 V 0 ±10 V 0 ±100 V 0 ± ~0.3 ma 0 ±1 ma 0 ±5 ma 0 ±10 ma 0 ±0 ma 0 ±50 ma 4 ±0 ma* *Offset conversion not calibrated calibratet ranges Span-pot. activated: input x x 3.30 Switch S 4 Switch S1 S3 range ±10 V 10 V 0 ±5 V 1 5 V 0 ±0 ma 4 0 ma Offset S1 S (in % of output voltage) % -100 % -50 % Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 1.5 x x 1.5 x % +100 % Zero pot. activated: additional ±5 % Tu=3 C, single module WAS4 PRO DC/DC WAZ4 PRO DC/DC Bandwidth 10 khz Bandwidth 10 Hz Set range can be documented on side of housing. = on = off Switch S3 3 accessories.0 Delivery times see page X.

21 DC/DC 3-way isolator Configurable DC/DC select 3-way isolation DIP-switch Power supply can be cross connected Low power loss Switch S V 0 voltage/ current 0 10 V/0(4) 0 ma 0 V resistance voltage/current 100 km/ Voltage drop < 0.1 V at Iin=0 ma (Current ) voltage/ current 0 10 V/0(4) 0 ma >= 10 km/< = 600 M Connection Temperature coefficient Cut-off freq. (-3dB) < 0.5% of final value < 150 ppm/k of final value > 100 Hz - PS + 4 Vdc +/- 15 % Power consumption approx. 0.6 W Current-carrying cap. of cross-connect. <= 0 A 0 C +55 C - - Default settings -0 C +85 C 0 0mA / 0 0mA V ma IN OUT ma V CE / curus DIN EN 6136 Rated voltage 50 V Isolation voltage, output/ Overvoltage category Pollution severity 500 Veff/ II Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 6.1 x x 6.1 x 97.8 Tu=3 C, single module MAS DC/DC select MAZ DC/DC select accessoriesvoltage supply 4V and 0V with ZQV 4N/x Delivery times see page X..1

22 Supply isolator Without HART MAS RPS -conductor technology 3-way isolation Voltage supply V + 1 I 0V 3 cc Current Loop 0V 4 PS Out cc 5 I 6 + current Sensor Feed voltage current signal limit Offset current Temperature coefficient Residual ripple Power consumption Current-carrying cap. of cross-connect. Rated voltage Isolation voltage, output Overvoltage category Pollution severity 4 0 ma (sensor circuit) -conductor 16.5 V / constant for 3 ma 4 0 ma 5 ma /< = 600 M < 0.1 % < 30 µa <50 ppm/k < 10 mveff 4 Vdc +/- 15 % approx. 1 W <= 0 A 0 C +55 C -5 C +85 C CE / curus DIN EN 6136 class B 1.5 kvac II Clamping range (rating- / min. / max.).50 / 0.50 / x 6.1 x 97.8 MAS RPS Voltage supply 4V and 0V with ZQV 4N/x. Delivery times see page X.

23 Supply isolator With HART MAS RPSH -conductor technology 3-way isolation With Hart transmission switchable V + 1 I cc 0V 3 Current Loop 0V 4 PS Out cc 5 I 6 + current Sensor Feed voltage current voltage signal limit Offset current Temperature coefficient Residual ripple Power consumption Counication Current-carrying cap. of cross-connect. Rated voltage Isolation voltage, output Overvoltage category Pollution severity 4 0 ma (sensor circuit) -conductor 16.5 V / constant for 3 ma 0(4) 0 ma 0 10 V 5 ma resp V >= 10 km/< = 600 M Iout: < 0.1 % / Uout: < 0.% < 30 µa <50 ppm/k < 10 mveff 4 Vdc +/- 15 % approx. 1 W according to HART Specification <= 0 A 0 C +55 C -5 C +85 C CE / curus (safe separation) DIN EN 6136 class B 600 V.5 kvac II Clamping range (rating- / min. / max.) 1.50 / 0.50 / x 6.1 x 97.8 MAS RPSH Voltage supply 4V and 0V with ZQV 4N/x Delivery times see page X..3

24 PT100 / RTD - signal isolator/converter PT100, -Conductor converter PT100/ 0(4) 0mA PT100/ 0 10V -conductor technology Adjustable temperature range 00 C C Power supply can be cross connected via plug-in jumper Sensor PT100/-conductor PT100/-conductor Feed current 1.45 ma 1.45 ma voltage/ current /0(4) 0 ma 0 10 V/ /< = 600 M >= 1 km/ +/-0.5% of measuring range +/-0.5% of measuring range /Current consumption 4 Vdc +/- 0 %/< 48 ma at Iout = 0 ma 4 Vdc +/- 0 %/< 38 ma at Iout = 0 ma / 0 C +55 C/-0 C +85 C 0 C +55 C/-0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD, EN 60751, IEC751, EN 60751, IEC751 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / / 0.50 / / 0.50 / x 1.5 x x 1.5 x x 1.5 x x 1.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Temperature input range Adjustable C Adjustable C Special adjusment WTS4 PT100/ C 0/4-0mA WTZ4 PT100/ C 0/4-0mA WTS4 PT100/ C 0/4-0mA variable WTS4 PT100/ V 0-10V WTZ4 PT100/ V 0-10V WTS4 PT100/ V 0-10V variable Special adjusment Tension clamp connection WTZ4 PT100/ C 0/4-0mA variable WTZ4 PT100/ Vn 0-10V variable C WTS4 PT100/ C 0-0mA 0 100C WTS4 PT100/ V 0-10V 0 100C C Tension clamp connection WTZ4 PT100/ C 0-0mA 0 100C WTZ4 PT100/ V 0-10V 0 100C C WTS4 PT100/ C 4-0mA 0 100C C Tension clamp connection WTZ4 PT100/ C 4-0mA 0 100C Specify temperature range by special calibrations. Specify temperature range by special calibrations. Application.4 Delivery times see page X.

25 PT100 / RTD - signal isolator/converter PT100, 3-Conductor converter PT100/3 0(4) 0mA PT100/3 0 10V 3-conductor technology Adjustable temperature range 00 C C Power supply can be cross connected via plug-in jumper Sensor PT100/3-conductor PT100/3-conductor Feed current 1.45 ma 1.45 ma voltage/ current /0(4) 0 ma 0 10 V/ /< = 600 M >= 1 km/ +/-0.5% of measuring range +/-0.5% of measuring range /Current consumption 4 Vdc +/- 0 %/< 48 ma at Iout = 0 ma 4 Vdc +/- 0 %/< 38 ma at Iout = 0 ma / 0 C +55 C/-0 C +85 C 0 C +55 C/-0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD, EN 60751, IEC751, EN 60751, IEC751 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / / 0.50 / / 0.50 / x 1.5 x x 1.5 x x 1.5 x x 1.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Temperature input range Adjustable C Adjustable C Special adjusment WTS4 PT100/3 C 0/4-0mA WTZ4 PT100/3 C 0/4-0mA WTS4 PT100/3 C 0/4-0mA variable WTS4 PT100/3 V 0-10V WTZ4 PT100/3 V 0-10V WTS4 PT100/3 V 0-10V variabel Special adjusment Tension clamp connection WTZ4 PT100/3 C 0/4-0mA variable WTZ4 PT100/3 V 0-10V variabel C WTS4 PT100/3 C 0-0mA 0 100C WTS4 PT100/3 V 0-10V 0 100C C Tension clamp connection WTZ4 PT100/3 C 0-0mA 0 100C WTZ4 PT100/3 V 0-10V 0 100C C WTS4 PT100/3 C 4-0mA 0 100C C Tension clamp connection WTZ4 PT100/3 C 4-0mA 0 100C Specify temperature range by special calibrations. Specify temperature range by special calibrations. Application Delivery times see page X..5

26 PT100 / RTD - signal isolator/converter PT100, 4-Conductor converter PT100/4 0(4) 0mA PT100/4 0 10V 4-conductor technology Adjustable temperature range 00 C C Power supply can be cross connected via plugin jumper Sensor PT100/4-conductor PT100/4-conductor Feed current 1.45 ma 1.45 ma voltage/ current /0(4) 0 ma 0 10 V/ /< = 600 M >= 1 km/ 100K<=MR <600K: 0.1%;MR>=600K: 0.% of MR 100K<=MR <600K: 0.1%;MR>=600K: 0.% of MR /Current consumption 4 Vdc +/- 0 %/< 48 ma at Iout = 0 ma 4 Vdc +/- 0 %/< 38 ma at Iout = 0 ma / 0 C +55 C/-0 C +85 C 0 C +55 C/-0 C +85 C CSA / UL/UR / CE / ESD CSA / UL/UR / CE / ESD, EN 60751, IEC751, EN 60751, IEC751 EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / / 0.50 / / 0.50 / x 1.5 x x 1.5 x x 1.5 x x 1.5 x 11.4 Tu=3 C, single module Tu=3 C, single module Temperature input range Adjustable C Adjustable C Special adjusment WTS4 PT100/4 C 0/4-0mA WTZ4 PT100/4 C 0/4-0mA WTS4 PT100/4 C 0/4-0mA variable WTS4 PT100/4 V 0-10V WTZ4 PT100/4 V 0-10V WTS4 PT100/4 V 0-10V variabel Special adjusment Tension clamp connection WTZ4 PT100/4 C 0/4-0mA variable WTZ4 PT100/4 V 0-10V variabel C WTS4 PT100/4 C 0 0mA 0 100C WTS4 PT100/4 V 0-10V 0 100C C Tension clamp connection WTZ4 PT100/4 C 0 0mA 0 100C WTZ4 PT100/4 V 0-10V 0 100C C WTS4 PT100/4 C 4-0mA 0 100C C Tension clamp connection WTZ4 PT100/4 C 4-0mA 0 100C Specify temperature range by special calibrations Specify temperature range by special calibrations Application.6 Delivery times see page X.

PT100 / RTD - signal isolator/converter PT100, -/3-Conductor disconnector converter For - or 3-conductor PT100 sensors Loop-fed output current High accuracy and linearity MCZ PT100/3 CLP Sensor Feed

27 PT100 / RTD - signal isolator/converter PT100, -/3-Conductor disconnector converter For - or 3-conductor PT100 sensors Loop-fed output current High accuracy and linearity MCZ PT100/3 CLP Sensor Feed current current /Influence of cable resistance Response time / Clamping range (rating- / min. / max.) PT100/-/3-conductor 0.8 ma 4 0 ma (current loop) /< = 600 M typical 0.%, max. 0.5% of FSR/max. 06 K/M 10 ms 0 C +50 C/-0 C +85 C CSA;UL/UR;CE;ESD;, EN 60751, IEC751 EMVG, EN , EN / 0.50 / x 6.0 x 63. Tu=3 C, single module Temperature input range C 0 10 C C 0 00 C C C C MCZ PT100/3 CLP 0 100C MCZ PT100/3 CLP 0 10C MCZ PT100/3 CLP 0 150C MCZ PT100/3 CLP 0 00C MCZ PT100/3 CLP 0 300C MCZ PT100/3 CLP -50C +150C MCZ PT100/3 CLP -40C 100C Application Delivery times see page X..7

28 PT100 / RTD - signal isolator/converter PT100, -/3-Conductor disconnector converter -way isolation between input/output and power supply PT100 -/ 3-conductor can be switched calibrated via DIP-switch PT100 select Switch V Sensor Feed current Temperature input range voltage/ current Temperature coefficient Step response time Power consumption Current-carrying cap. of cross-connect. Default settings Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category Pollution severity Clearance & creepage path PT100/-/3-conductor 0.8 ma C 0 10V / 0 5V/0(4) 0 ma >= 10 km/< = 600 M < 0.5 % out of measuring range <= 50 ppm/k of final value < 0.7 s 4 Vdc +/- 10 % approx. 0.6 W <= 0 A 0 C +55 C -0 C +85 C 0 0mA CE / ESD / curus, EN 60751, IEC751 EN 50081, EN 5008, EN 55011, EN , EN V 1.5 kv 500 Veff/ >= ma 4 0 ma 0 5 V = ein = aus Connection ϑ Pt100 3 ϑ V/I PS OUT ma V Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 6.1 x x 6.1 x 97.8 Tu=3 C, single module MAS PT C MAZ PT C accessoriesvoltage supply 4V and 0V with ZQV 4N/x Delivery times see page X.

29 PT100 / RTD - signal isolator/converter RTD, signal disconnector converter PRO RTD PRO RTD 1000 Universal adjustable via DIP-switch 3-way isolation Linearization Power supply can be cross connected via plug-in jumper Sensor PT100/-/3-/4-cond.; Ni100/-/3-/4-cond.; potentiometer: PT1000/-/3-/4-cond.; Ni1000/-/3-/4-cond.; potentiometer: Temperature input range min M, max kM; resitance: 0 450M min. 0-1kM, max kM; resitance: 0-4,5kM configurable configurable current/ voltage Offset current/offset voltage 0(4) 0 ma/0 10 V 0(4) 0 ma/0 10 V max. 100 µa/max V max. 100 µa/max V Step response time >= 1 km/< = 600 M >= 1 km/< = 600 M Line resistance in measuring circuit fast: 1. s/ slow:. s fast/slow:-/3-/4-cond.: 1.s/.3s; Poti: 0.5s/1.s Influence of cable resistance 50 M 50 M for 3- and 4-conductor Wire break detection max C at 50 M cond. resistance max C at 50 M cond. resistance Fine adjustment LED flashes (output value > 0mA, > 10V) LED flashes (output value > 0mA, > 10V) Status indicator >=+/-5%, Version 1:>=1.5% / Poti:1.5% 5% >= +/- 1.5%; Poti: +/- 1.5% +/-5% active: LED on/cond. broken: LED flashing/error: LED off active: LED on/cond. broken: LED flashing/error: LED off Power consumption 4 Vdc +/- 5 % 4 Vdc +/- 5 % Current-carrying cap. of cross-connect mW at Iout=0mA mW at Iout=0mA <= A <= A 0 C +55 C 0 C +55 C Default settings -0 C +85 C -0 C +85 C PT100/3-cond./ C / 4 0mA / man. adjustment: off / PT1000/3-cond./ C / 4 0mA / man. adjustment: off slow step response / slow step response Rated voltage GL / CE / curus, EN 60751, IEC 751, DIN 43760, EN 60751, IEC 751, DIN Impulse withstand voltage EN 50081, EN5008, EN55011 EN 50081, EN5008, EN55011 Isolation voltage, output Overvoltage category Pollution severity kveff / 5s kveff / 5s Clearance & creepage path >= 3 >= 3 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / / 0.50 / / 0.50 / x 17.5 x x 17.5 x x 17.5 x x 17.5 x 11.4 Tu=3 C, single module Tu=3 C, single module WAS5 PRO RTD WAS5 PRO RTD WAZ5 PRO RTD WAZ5 PRO RTD on demand Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..9

30 DC/DC signal converter configurable WAVEANALOG PRO RTD WAVEANALOG PRO RTD 1000 Switch positions/possible settings Selection of input Switch 1 = on = off 1 3 PT100 -conductor PT100 3-conductor PT100 4-conductor Switch positions/possible settings Selection of input Switch 1 = on = off 1 3 PT1000 -conductor PT conductor PT conductor Selection of output Switch V 0...0mA 4...0mA Switching on the manual adjustment manual S.1 adjustment 8 off on R -conductor NI100 -conductor NI100 3-conductor NI100 4-conductor Potentiometer R -conductor NI1000 -conductor NI conductor NI conductor Potentiometer Selection of the step response S. step response 8 slow fast Selection of minimum input size Switch 1 min R min Poti min C 0 Ω 0% -10 C 10 Ω 10% -0 C 0 Ω 0% Selection of minimum input size Switch 1 min R min Poti min C 0 Ω 0% -10 C 100 Ω 10% -0 C 00 Ω 0%, slow/fast step response PT 100, Ni100: 0.3% of measuring range 0.8% Measuring range: Potentiometer: 0.% of final value / 0.3% Resistance: 0.% of final value / 0.3% -5 C 0 Ω 5% -5 C 00 Ω 5% -30 C 30 Ω 30% -30 C 300 Ω 30% -40 C 40 Ω 40% -50 C 50 Ω 50% -40 C 400 Ω 40% -50 C 500 Ω 50% Temperature coefficient -60 C 60 Ω 60% -70 C 70 Ω 70% -80 C 80 Ω 80% -90 C 90 Ω -60 C 600 Ω 60% -70 C 700 Ω 70% -80 C 800 Ω 80% -90 C 900 Ω Measuring range 00 K 00 ppm / C 100 K Measuring range < 00 K 50 ppm / C 40 K Measuring range < 100 K 400 ppm / C -100 C 100 Ω -100 C 1000 Ω -150 C 150 Ω -150 C 1500 Ω -00 C 00 Ω -00 C 000 Ω Special range Special range Choice of measuring range Switch T R Potentiometer K 0Ω 0% 50K 5Ω 5% 60K 30Ω 30% Choice of measuring range Switch T R Potentiometer K 00Ω 0% 50K 50Ω 5% 60K 300Ω 30% Examples for setting zero and range Temperature setting: 4 0 ma DIP switch -10 C +110 C Range C 70K 35Ω 35% 80K 40Ω 40% 90K 45Ω 45% 100K 50Ω 50% 110K 55Ω 55% v 70K 350Ω 35% 80K 400Ω 40% 90K 450Ω 45% 100K 500Ω 50% 110K 550Ω 55% v Range 10 C Range adjustment ± 1,5 % 10K 60Ω 60% 15K 6,5Ω 6,5% 10K 600Ω 60% 15K 65Ω 6,5% Zero 130K 65Ω 65% 130K 650Ω 65% 140K 70Ω 70% 150K 75Ω 75% 160K 80Ω 80% 170K 85Ω 85% 180K 90Ω 90% 140K 700Ω 70% 150K 750Ω 75% 160K 800Ω 80% 170K 850Ω 85% 180K 900Ω 90% -5 C 95 C -10 C 110 C 5 C 15 C Range 190K 95Ω 95% 00K 100Ω 100% 50K 15Ω K 150Ω K 950Ω 95% 00K 1000Ω 100% 50K 150Ω K 1500Ω C 5 C 15 C 140 C 350K 175Ω K 1750Ω K 00Ω K 000Ω K 5Ω K 50Ω K 50Ω K 500Ω K 75Ω K 300Ω K 35Ω K 350Ω K 375Ω K 400Ω K 750Ω K 3000Ω K 350Ω K 3500Ω K 3750Ω K 4000Ω --- Setting aid WAVETOOL The service tool is used for fast, uncomplicated configuration of WAVEANALOGUE PRO. Download from the internet: http: // 850K 45Ω K 450Ω K 450Ω K 4500Ω

31 PT100 / RTD - signal isolator/converter RTD, signal disconnector converter PRO RTD Cu Universally adjustable via DIP-switch 3-way isolation Linearization Power supply can be cross connected via plugin jumper Selection of connection Switch 1 Connection 1 3-wire 4-wire Selection of senor Type Switch 1 3 Cu 10 Cu 5 Cu 50 Cu 100 Selection of minimun input values Switch 1 min C -10 C -0 C -5 C -30 C -40 C -50 C -60 C -70 C -80 C -90 C -100 C -150 C -00 C Sensor Temperature input range current/ voltage Offset current/offset voltage Step response time Line resistance in measuring circuit Influence of cable resistance Wire break detection Fine adjustment Status indicator Power consumption Current-carrying cap. of cross-connect. Default settings Rated voltage Impulse withstand voltage Isolation voltage, output Overvoltage category Pollution severity Clearance & creepage path Cu 10, Cu 5, Cu 50, Cu 100; 3-/4-cond. adjustable C 0(4) 0 ma/0 10 V max. 100 µa/max V >= 1 km/< = 600 M fast: 1. s/ slow:. s 5 M Cu 10; 15 M Cu 5; 5 M Cu 50; 50 M Cu 100 max C at max. cond. resistance LED flashes (output value > 0mA, > 10V) >= +/- 1.5 % active: LED on/cond. broken: LED flashing/error: LED off 4 Vdc +/- 5 % mW at Iout=0mA <= A 0 C +55 C -0 C +85 C CU 10/3-cond.; C; 4 0mA; no filter, manual adjustment off; slow step response GL / CE / ESD / curus EN 50081, EN5008, EN55011 kveff / 5s >= 3 special range Span Selection of the measurement range Switch K 50 K 60 K 70 K 80 K 90 K 100 K 110 K 10 K 15 K 130 K 140 K 150 K 160 K 170 K 180 K 190 K 00 K 10 K 0 K 30 K 40 K 50 K 60 K 70 K 80 K 90 K 300 K Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 Tu=3 C, single module 350 K 400 K 450 K 460 K Selection of Switching on the Switch manual fine adjustment WAS5 PRO RTD Cu WAZ5 PRO RTD Cu 1 on demand V ma ma Switch 1 man. adj. 8 off on Selection of step set time Time of Schalter Voltage supply 4V and 0V with ZQV.5N/ step response 8 slow fast = on = off Delivery times see page X..31

32 Thermo element, signal isolator/converter Thermo disconnector converter Type: K,, T, E, N, R, S, B Calibration not necessary Cold-junction compensation signal selectable Power supply can be cross connected via plugin jumper Thermo Select Switch position/setting options Sensor Temperature input range voltage/ current Temperature coefficient Step response time Wire break detection Current consumption Current-carrying cap. of cross-connect. thermo-elements (IEC 584) type: K,,T,E,N,R,S,B C 0 10 V/0(4) 0 ma >= 1 km/< = 600 M +/- (00 ppm from span K)/K with filter: 1.1 s; without filter: 6 s LED flashes (output value > 0mA, > 10V) 4 Vdc +/- 0 % < 38 ma at Iout = 0 ma <= A 0 C +55 C -0 C +85 C CSA / UL/UR / CE / ESD, EN 60584, IEC 584 EN 50081, EN5008, EN55011 SW 1 Type 1 3 K T E N R S B V 0-0 ma 4-0 ma Filter 8 off on SW 1 Tmin C -10 C -0 C -30 C -40 C -50 C -100 C -150 C -00 C +50 C +100 C +150 C +00 C +50 C +500 C SW SW Span C 150 C 00 C 50 C 300 C 350 C 400 C 450 C 500 C 550 C 600 C 650 C 700 C 750 C 800 C 850 C 900 C 950 C 1000 C 1050 C 1100 C 1150 C 100 C 150 C 1300 C 1350 C 1400 C 1450 C 1500 C 1600 C 1700 C 1800 C Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 1.5 x x 1.5 x 11.4 TU=3 C, single module WTS4 THERMO WTZ4 THERMO Voltage supply 4V and 0V with ZQV.5N/ = on = off Temperature coefficient K -00 C C ± (5K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) 100 C C ± (4K + 0.1% of set range) -00 C C ± (4K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) T -00 C C ± (5K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) E -00 C C ± (4K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) N -00 C C ± (6K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) R -50 C...00 C ± (10K + 0.1% of set range) 00 C C ± (6K + 0.1% of set range) S -50 C...00 C ± (10K + 0.1% of set range) 00 C C ± (6K + 0.1% of set range) B 50 C...50 C ± (5K + 0.1% of set rangeh) 50 C C ± (10K + 0.1% of set range) 500 C C ± (6K + 0.1% of set range).3 Delivery times see page X.

33 Thermo element, signal isolator/converter Thermo disconnector converter type: K -way isolation between input/output and voltage supply Cold-junction compensation Linearization can be switched calib. via DIP-switch Thermo K Select Switch V 0 0 ma 4 0 ma 0 5 V Sensor Temperature input range voltage/ current Temperature coefficient Step response time Wire break detection Residual ripple Power consumption Current-carrying cap. of cross-connect. Default settings Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category Pollution severity Clearance & creepage path thermo-elements according IEC 584, type: K C 0 10V / 0 5V/0(4) 0 ma >= 10 km/< = 600 M < 0.6 % of measuring range <= 50 ppm/k of final value < 0.7 s output value: > 0 ma, > 10 V < 0 mveff 4 Vdc +/- 10 % approx. 0.6 W <= 0 A 0 C +55 C -0 C +85 C 0 0mA CE / ESD / curus, EN 60584, IEC 584 EN 50081, EN 5008, EN 55011, EN , EN V 1.5 kv 500 Veff/ >= 1.5 = on = off Connection ϑ PS + 4 V/I 5 - IN OUT ma V Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 6.1 x x 6.1 x 97.8 Tu=3 C, single module MAS Thermo-K C select MAZ Thermo-K C select Voltage supply 4V and 0V with ZQV 4N/x Delivery times see page X..33

Thermo element, signal isolator/converter Thermo disconnector converter type: -way isolation between input/output and voltage supply Cold-junction compensation Linearization can be switched calib.

34 Thermo element, signal isolator/converter Thermo disconnector converter type: -way isolation between input/output and voltage supply Cold-junction compensation Linearization can be switched calib. via DIP-switch Thermo Select Switch V 0 0 ma 4 0 ma 0 5 V Sensor Temperature input range voltage/ current Temperature coefficient Step response time Wire break detection Residual ripple Power consumption Current-carrying cap. of cross-connect. Default settings Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category Pollution severity Clearance & creepage path thermo-elements according IEC 584, type: C 0 10V / 0 5V/0(4) 0 ma >= 10 km/< = 600 M < 0.7 % of measuring range <= 50 ppm/k of final value < 0.7 s output value: > 0 ma, > 10 V < 0 mveff 4 Vdc +/- 10 % approx. 0.6 W <= 0 A 0 C +55 C -0 C +85 C 0 0mA CE / ESD / curus, EN 60584, IEC 584 EN 50081, EN 5008, EN 55011, EN , EN V 1.5 kv 500 Veff/ >= 1.5 = on = off Connection ϑ PS + 4 V/I 5 - IN OUT ma V Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 6.1 x x 6.1 x 97.8 Tu=3 C, single module MAS Thermo C select MAZ Thermo C select Voltage supply 4V and 0V with ZQV 4N/x Delivery times see page X.

35 Thermo element, signal isolator/converter Thermo disconnector converter Type: K,, T, E, N, R, S, B 3-way isolation Calibration not necessary Cold-junction compensation signal selectable Power sup. can be cross-conn. by jumper PRO Thermo Select of thermocoupler SW1 Typ 1 3 K T E Selection of minimum temperature SW1 min C -10 C -0 C -30 C N -40 C R -50 C S -100 C B -150 C -00 C +50 C +100 C +150 C +00 C +50 C 500 C Special range Selection of Selection of temperature span output Sensor Temperature input range voltage/ current Offset current/offset voltage Step response time Line resistance in measuring circuit Wire break detection Fine adjustment Status indicator Power consumption Current-carrying cap. of cross-connect. Default settings Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category Pollution severity Clearance & creepage path thermo-elements (IEC 584) type: K,,T,E,N,R,S,B C 0 10 V/0(4) 0 ma >= 1 km/< = 600 M max. 100 µa/max V max. 1.4 s; with filter: max. 7.5 ms 50 M LED flashes (output value > 0mA, > 10V) >= +/- 5 % (switchable) active: LED on/cond. broken: LED flashing/error: LED off 4 Vdc +/- 5 % mw at Iout= 0 ma <= A 0 C +55 C -0 C +85 C type K; C; 4 0mA; filter: off; man. adjustment: off GL / CE / curus, EN 60584, IEC 584 EN 50081, EN5008, EN55011 kveff / 5s/ >= 3 SW Span C 150 C 00 C 50 C 300 C 350 C 400 C 450 C 500 C 550 C 600 C 650 C 700 C 750 C 800 C 850 C 900 C 950 C 1000 C 1050 C 1100 C 1150 C 100 C 150 C 1300 C 1350 C 1400 C 1450 C 1500 C SW V 0...0mA 4...0mA Switching on the manual fine adjustment SW1 man. adjust. 8 off on Switching on the filter function SW Filter 8 off on 1600 C 1700 C = on 1800 C = off Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 TU=3 C, single module WAS5 PRO Thermo WAZ5 PRO Thermo Voltage supply 4V and 0V with ZQV.5N/ Temperature coefficient K -00 C C ± (5K + 0,1% of set range) -150 C C ± (3K + 0,1% of set range) 100 C C ± (4K + 0,1% of set range) -00 C C ± (4K + 0,1% of set range) -150 C C ± (3K + 0,1% of set range) T -00 C C ± (5K + 0,1% of set range) -150 C C ± (3K + 0,1% of set range) E -00 C C ± (4K + 0,1% of set range) -150 C C ± (3K + 0,1% of set range) N -00 C C ± (6K + 0,1% of set range) -150 C C ± (3K + 0,1% of set range) R -50 C...00 C ± (10K + 0,1% of set range) 00 C C ± (6K + 0,1% of set range) S -50 C...00 C ± (10K + 0,1% of set range) 00 C C ± (6K + 0,1% of set range) B 50 C...50 C ± (5K + 0,1% of set range) 50 C C ± (10K + 0,1% of set range) 500 C C ± (6K + 0,1% of set range) Delivery times see page X..35

36 Frequenzy signal isolator/converter DC/f disconnector converter By the conversion of analog signals to frequency it is possible to read in analog signals out of the array via the counter-inputs of the controller. MCZ VFC MCZ CFC MCZ CFC Vcc 4 +4V 5 f f f / f / 4 f / 16 f V OV U 5 5 f f f / f / f 4 / 16 f I mA OV 4 3 f f f / f / f 4 / 16 f I mA OV 3 GND 16kHz 3 GND 5 GND voltage/ current Max. voltage/max. current resistance voltage/current Voltage drop frequency/ level current Fine adjustment Temperature coefficient Status indicator Current consumption Current-carrying cap. of cross-connect. Rated voltage Impulse withstand voltage Isolation voltage, output Overvoltage category Pollution severity Clearance & creepage path 0 10 V/ 30 V/ 100 km/ 0 1/ 4/ 8/ 16 khz/ PNP, Ub-0.7 V max. 0 ma +/- 10 %, internal 0.% of FSR <= 50 ppm/k LED, pulsing 4 Vdc +/- 10 % 14 ma without load <= 0 A 0 C +50 C -0 C +85 C CE / ESD EN 50081, EN5008, EN V 1.5 kv 1 kvdc >= 1.5 /0 0 ma /50 ma /50 M 1 V at 0 ma 0 1/ 4/ 8/ 16 khz/ PNP, Ub-0.7 V max. 0 ma +/- 10 %, internal 0.% of FSR <= 50 ppm/k LED, pulsing 4 Vdc +/- 10 % 14 ma without load 0 C +50 C -0 C +85 C CE / ESD EN 50081, EN5008, EN V 1.5 kv 1 kvdc >= 1.5 /4 0 ma (current loop) /50 ma / V at 0 ma 0 1/ 4/ 8/ 16 khz/ PNP, Ub-0.7 V max. 0 ma +/- 10 %, internal 0.15 % of FSR <= 50 ppm/k LED, pulsing 4 Vdc +/- 0 % 14 ma without load 0 C +50 C -0 C +85 C CE / ESD EN 50081, EN5008, EN V.5 kv >= Clamping range (rating- / min. / max.) 1.50 / 0.50 / x 6.0 x / 0.50 / x 6.0 x / 0.50 / x 6.0 x 63. Without DC/DC-converter input is current-loop-fed Type (Qty.=1) Order No. MCZ VFC 0-10V Type (Qty.=1) Order No. MCZ CFC 0-0MA Type (Qty.=1) Order No. MCZ CFC 4-0MA Voltage supply 4V,0V and GND with ZQV 4/x Voltage supply 4V,0V and GND with ZQV 4/x Voltage supply 4V,0V and GND with ZQV 4/x.36 Delivery times see page X.

37 .37

fmin f= (A+B) x C Selecting Selecting the frequency the frequency Sensor/ Rated input level Resolution voltage/ current Offset current/offset voltage Temperature coefficient Step response time Status

38 Frequenzy signal isolator/converter f/dc disconnector converter PRO Frequency 3-way isolation Max. input frequency 100 khz and output adjustable via DIP-switch Calibration not necessary Special partitions can be prograed Selecting the operting mode Switch Operating mode fmax fmin fmax saving fmin f= (A+B) x C Selecting Selecting the frequency the frequency Sensor/ Rated input level Resolution voltage/ current Offset current/offset voltage Temperature coefficient Step response time Status indicator Power consumption Current-carrying cap. of cross-connect. Default settings -, 3-wire PNP/NPN, namur initiator, push-pull step/ threshold / hysterese: namur: ca 1.7 ma/ca 0. ma; NPN: ca 6.5 V/ca 0.V; PNP: ca 6.7V/ca 0.5V 0.1 mhz resp. 5 ppm of measurement value 0 10 V/0(4) 0 ma >= 1 km/< = 600 M max. 100 µa/max V 0. % of output range max. 00 ppm/k of output range 360 ms + -fold period time of input frequency LED green 4 Vdc +/- 5 % max. 1.6 W at Iout= 0 ma <= A 0 C +55 C -0 C +85 C Switch 1 A Switch 1 B ,1 0, 0,3 0,4 0,5 0,6 0,7 0,8 0,9 Selecting the frequency Switch C 1 x1 x10 x100 x1000 Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category 0 10kHz / 4 0mA CE / ESD / curus (safe separation) EN 50081, EN 5008, EN 55011, EN , EN kv eff / 5s/ Selecting the output Switch V ma ma 0 5 V Pollution severity Clearance & creepage path >= 5.5 Special range (frequency generator is required) Switch Funktion save min. frequency / save max. frequency select special range Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 1.5 x x 1.5 x 11.4 = ein = aus TU=3 C, single module Application WAS4 PRO Freq WAZ4 PRO Freq Voltage supply 4V and 0V with ZQV.5N/.38 Delivery times see page X.

39 Frequency signal transformer WAVEANALOGUE PRO Frequency Connection configuration of the sensors Setting help for any input and output values 3-wire initiator with PNP output 3-wire initiator with NPN output -wire initiator (1) +15V () PNP (3) NPN / Namur (4) GND (1) +15V () PNP (3) NPN / Namur (4) GND 3-wire initiator with PNP output and external supply U=4V (1) +15V () PNP (3) NPN / Namur (4) GND 3-wire initiator with NPN output and external supply U=4V Namur initiator (1) +15V () PNP (3) NPN / Namur (4) GND Setting the input range using the DIP switches (no frequency generator required): There are different cases: 1. Lower measuring frequency = 0 Hz Choose operating mode = fmax S.3 = 0 and S.4 = 0 Set the upper measuring frequency using DIP switches S1 and S.1, S. (see table) That's all. Lower measuring frequency 0 Hz First the lower measuring frequency must be saved. Select mode save fmin. S.3 = 1 and S.4 = 0. Set the frequency using DIP switches S1 and S.1, S. (see table) (1) +15V () PNP (3) NPN / Namur (4) GND N+ N- (1) +15V () PNP (3) NPN / Namur (4) GND To save the frequency, briefly connect the module to the power supply. Select mode fmin fmax S.3 = 0 and S.4 = 1 (residual current < 1 ma) Set the upper measuring frequency using DIP switches S1 and S.1, S. (see table). Push pull output cascade That's all. U=4V (1) +15V () PNP (3) NPN / Namur (4) GND Adjusting the input range using a frequency generator Select the switch setting for saving the frequency: S.1 = 0, S. = 1, S.3 = 1 and S.4 = 1 Apply min. frequency to the module Connect the module to the power supply The LED lights up when the input frequency is being measured. If the LED goes off, the frequency has been saved and the module can be disconnected from the power supply again. Repeat with max. frequency: S.1 = 1, S. = 0, S.3 = 1 and S.4 = 1 Select special range: S.1 = 1, S. = 1, S.3 = 1 and S.4 = 1.39

40 Bridge measuring converter Configurable PRO BRIDGE 3-way isolation and output selectable via DIP-switch Calibration not necessary Inverse output signal voltage/ resistance voltage voltage/ current Offset current/offset voltage Temperature coefficient Step response time Status indicator Wire break detection Bridge supply voltage Power consumption Current-carrying cap. of cross-connect. Default settings Rated voltage Impulse withstand voltage Isolation voltage, output/ Overvoltage category Pollution severity Clearance & creepage path -500mV +500mV/ > 1 MM 0 5 V, 5 0 V, 10 0 V, 0 10 V/ 0 0 ma, 0 0 ma, 4 0 ma, 0 4 ma >= 1 km/< = 600 M max. 100 µa/max V 0.3 % of output range +/- 50 ppm/k of output range typ. < 00 ms LED green output: 0 V resp. 0/4 ma +10 V, +5 V, V; offset adjustable; max. 40mA 4 Vdc +/- 5 % max. 1.9 W at Iout= 0 ma <= A 0 C +55 C -0 C +85 C -500 mv +500 mv / 0 10 V / + 10 V / standard CE / ESD / curus EN , EN kveff / 5s/ >= 3 F R1 (DMS) R Power supply + U R3 R4 ~ Bridge Bridge Power supply - Measuring bridge - 30 Vac 4 Vdc WAVEANALOG PRO Bridge / SW 1 voltage mv 0 0 mv mv mv mv mv -10 mv...10 mv - 0 mv...0 mv - 50 mv...50 mv mv mv - 00 mv...00 mv mv mv Ausgang V V ma ma Bridge supply voltage +10V +5V +4, ,V adjustable +4, ,V adjustable man. adjustment and offset possible Transmission method standard output signal inverse output signal = on = off Status LED LED on LED off LED blinks slow LED blinks fast Application Switch position/setting options normal operating Example for bridge supply voltage Error measurement range undershoot Uin < Umax + 10% measurement range overshoot Uin < Umax - 10 % 0...5V PLC Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x 11.4 TU=3 C, single module Temperature adjustment: voltage Bridge supply voltage Bridge excitation 0 10 ma 0 10 V +4,8 10, V 1 mv/v (Declaration froanufacturer) WAS5 PRO Bridge WAZ5 PRO Bridge Exitation voltage +4,8V 10,V 10V Offset range 10% Voltage supply 4V and 0V with ZQV.5N/ 0V Offset () 0V 1V 9V 10V 11V.40 Delivery times see page X.

41 .41

42 Serial interface converter Interface converter RS3/RS485/4 3-way isolation RS3 connection via SUB-D 9 RS485/4, TTY shield connection via KLBÜ DTE or DCE assignment selectable Bidirectional counication RS3/RS485/4 RS3 TTY 5 T+ R+ 6 T- R- 3 R+ T+ 5 3 R- T- 6 TTY RS3 VCC SHLD VCC WDS RS3/TTY WDS RS3/TTY RS3 Connection/ current Assignment RS485/4 Terminating resistors Connection Bit distortion Bit delay Control of data direction/ Shield connection Status indicator Max. bit rate Transmission channels Transmission distance Power consumption Rated voltage Impulse withstand voltage Pollution severity Overvoltage category Clearance & creepage path Isolation voltage, output SUB-D9 (pin)/ DTE/DCE switchable via DIP-Switch pull down/ pull up via DIP-switch BLZ screw connection < 1.5% <= 3µs selfcontrolling or via RS3 RTS/CTS/ KLBÜ 4-6/Z1 LED green: supply voltage, TxD, RxD 115. kbit/s half duplex (RS485- wire) full duplex (RS485-4 wire and RS4) max. 100m twisted pair 4 Vdc +/- 5 % approx. 1.5 W 0 C +55 C (horiz. mounting) -0 C +85 C CE / ESD / curus EN , EN , EN between adjacent electric circuits: between electric circuits and PE: 150 V between adjacent electric circuits: 3 between electric circuits and PE: 1.5 kvdc / 1 min. Clamping range (rating- / min. / max.).50 / 0.50 / x.5 x 11.4 Tu=3 C, single module WDS RS3/RS485/ Voltage supply 4V and 0V with ZQV.5N/.4 Delivery times see page X.

43 Serial interface converter RS3/TTY 3-way isolation RS3 connection via SUB-D 9 RS485/4, TTY shield connection via KLBÜ DTE or DCE assignment selectable Bidirectional counication RS3/TTY Interface converter RS3 TTY 5 T+ R+ 6 T- R- 3 R+ T+ 5 3 R- T- 6 TTY RS3 VCC SHLD VCC WDS RS3/TTY WDS RS3/TTY RS3 Connection/ current Assignment TTY Connection Bit distortion Bit delay Burden Shield connection/ Status indicator Max. bit rate Transmission channels Transmission distance Power consumption Rated voltage Impulse withstand voltage Pollution severity Overvoltage category Clearance & creepage path Isolation voltage, output SUB-D9 (pin)/ DTE/DCE switchable via DIP-Switch BLZ screw terminal < 1.5% <= 3 µs <= 500 M KLBÜ 4-6 Z/1/ LED green: supply voltage, TxD, RxD 19. kbit/s full duplex max. 1000m twisted pair 4 Vdc +/- 5 % approx. 0.8 W 0 C +55 C (horiz. mounting) -0 C +85 C CE / ESD / curus EN , EN , EN between adjacent electric circuits: between electric circuits and PE: 150 V between adjacent electric circuits: 3 between electric circuits and PE: 1.5 kvdc / 1 min. Clamping range (rating- / min. / max.).50 / 0.50 / x.5 x 11.4 Tu=3 C, single module WDS RS3/TTY Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..43

44 AD-/DA-Converter Interface converter AD-Converter 8-Bit RS I-D8 0 0mA RS I-D8 4 0mA Terminal PIN MSB LSB E8 E7 E6 E5 E4 E3 E E Digital volue Analog voltage 0 V +10 V Ie 0V A D HE 4V + 0V Ie 0V A D HE 4V + 0V voltage/ current Max. voltage/max. current resistance voltage/current Resolution Number of outputs level Signs current Cut-off freq. (-3dB) Conversion time Current consumption /0 0 ma 3.5 V/5 ma />= 51 M 78 µa = 1 LSB 8Bit (1 Bit sign) 17 V = H, 0 V = L <= 5 ma (as source) +/- 1 LSB 5 khz at full scale (sinus) <= 4 µs 4 Vdc +/- 0 % 35 ma (plus output current) 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN /4 0 ma 3.5 V/5 ma />= 51 M 6.5 µa = 1 LSB 8Bit (1 Bit sign) 17 V = H, 0 V = L <= 5 ma (as source) +/- 1 LSB 5 khz at full scale (sinus) <= 4 µs 4 Vdc +/- 0 % 35 ma (plus output current) 0 C +50 C -40 C +80 C CE EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 35.0 x / 0.50 / x 35.0 x 7.0 RS I-D8 0 0MA RS I-D8 4 0MA Delivery times see page X.

45 AD-/DA-Converter AD-Converter 8-Bit RS U-D8 +/-10V RS U-D8 0 10V Interface converter Terminal PIN LSB E8 E7 E6 E5 E4 E3 E E Digital volue Analog current 0 V +10 V Ue 0V A D HE 4V + 0V Ue 0V A D HE 4V + 0V voltage/ current Max. voltage/max. current resistance voltage/current Resolution Number of outputs level Signs current Cut-off freq. (-3dB) Conversion time Current consumption V/ /< = 55 µa >= 00 km/ 78 mv = 1 LSB 8Bit (1 Bit sign) 17 V = H, 0 V = L MSB: H = positive; L = negative <= 5 ma (as source) +/- 1 LSB 5 khz at full scale (sinus) <= 4 µs 4 Vdc +/- 0 % 35 ma (plus output current) 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN V/ /< = 5 µa >= 400 km/ 39 mv = 1 LSB 8Bit (1 Bit sign) 17 V = H, 0 V = L <= 5 ma (as source) +/- 1 LSB 5 khz at full scale (sinus) <= 4 µs 4 Vdc +/- 0 % 35 ma (plus output current) 0 C +50 C -40 C +80 C CE EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 35.0 x / 0.50 / x 35.0 x 7.0 RS U-D8 +-10V RS U-D8 0 10V Delivery times see page X..45

46 AD-/DA-Converter Interface converter DA-Converter 8-Bit RS D8-I 0 0mA RS D8-I 4 0mA H0V H0V + 4V - 0V D A Ia 0V + 4V - 0V D A Ia 0V / Max. voltage Max. current voltage/ current Signs Resolution voltage/ current Offset current/offset voltage Conversion time Current consumption 8 Bit / Analogue max. 30 V 5 4 V/ 78 µa = 1 LSB /0 0 ma (as source) max ma/ /< = 600 M +/- 1 LSB <= 30 µs 4 Vdc +/- 0 % 5 ma (plus output current) 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Bit / Analogue max. 30 V 5 4 V/ 6.5 µa = 1 LSB /4 0 ma (as source) 4 ma/ /< = 600 M +/- 1 LSB <= 30 µs 4 Vdc +/- 0 % 5 ma (plus output current) 0 C +50 C -40 C +80 C CE EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 35.0 x / 0.50 / x 35.0 x 7.0 RS D8-I 0 0MA RS D8-I 4 0MA Delivery times see page X.

47 AD-/DA-Converter DA-Converter 8-Bit RS D8-U +/-10V RS D8-U 0 10V Interface converter H0V H0V + 4V - 0V D A Ua 0V + 4V - 0V D A Ua 0V / Max. voltage Max. current voltage/ current Signs Resolution voltage/ current Offset current/offset voltage Conversion time Current consumption 8 Bit / Analogue max. 30 V.5 ma 5 4 V/ MSB: H = positive; L = negative 78 mv = 1 LSB V/<= 10 ma max. current /<= 0 mv >= 1 km/< = 600 M +/- 1 LSB <= 30 µs 4 Vdc +/- 0 % 5 ma (plus output current) 0 C +50 C -40 C +80 C CE EMVG, EN , EN Bit / Analogue max. 30 V.5 ma 5 4 V/ 39 mv = 1 LSB 0 10 V/<= 10 ma max. current /<= 0 mv >= 1 km/< = 600 M +/- 1 LSB <= 30 µs 4 Vdc +/- 0 % 5 ma (plus output current) 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 35.0 x / 0.50 / x 35.0 x 7.0 RS D8-U +-10V RS D8-U 0 10V Delivery times see page X..47

48 AD-/DA-Converter Interface converter AD-Converter 1-Bit RS I-D1 0 0mA RS I-D1 4 0mA Terminal PIN MSB LSB Digital volue Analog current 4 ma ma voltage/ current Max. voltage/max. current resistance voltage/current Resolution Number of outputs level Signs current Conversion time Current consumption /0 0 ma /30 ma /500 M 4.9 µa = 1 LSB 1Bit 4 V = H, 0 V = L <= 5 ma (as source) +/- 1 LSB <= 50 µs 4 Vdc +/- 0 % 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN /4 0 ma /30 ma /500 M 4 µa = 1 LSB 1Bit 4 V = H, 0 V = L <= 5 ma (as source) +/- 1 LSB <= 50 µs 4 Vdc +/- 0 % 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 90.0 x / 0.50 / x 90.0 x 47.4 RS I-D1 0 0MA RS I-D1 4 0MA Delivery times see page X.

49 AD-/DA-Converter AD-Converter 1-Bit RS U-D1 +/-10V RS U-D1 0 10V Interface converter Terminal PIN MSB LSB Digital volue Analog current 4 ma ma voltage/ current Max. voltage/max. current resistance voltage/current Resolution Number of outputs level Signs current Conversion time Current consumption V/ +/- 15 V/ 100 km/ 4.88 mv = 1 LSB 1Bit 4 V = H, 0 V = L MSB: H = positive; L = negative <= 5 ma (as source) +/- 1 LSB <= 50 µs 4 Vdc +/- 0 % 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN V/ 15 V/ 100 km/.44 mv = 1 LSB 1Bit 4 V = H, 0 V = L <= 5 ma (as source) +/- 1 LSB <= 50 µs 4 Vdc +/- 0 % 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 90.0 x / 0.50 / x 90.0 x 47.4 RS U-D1 +-10V RS U-D1 0 10V Delivery times see page X..49

50 AD-/DA-Converter Interface converter DA-Converter 1-Bit RS D1-I 0 0mA RS D1-I 4 0mA HOV HOV V D Ua + 4V D Ua - 0V A 0V - 0V A 0V / Max. voltage Max. current voltage/ current Signs Resolution voltage/ current Offset current/offset voltage Conversion time Current consumption 1 Bit / analogue 4 Vdc +/- 0 %/4. ma 4.9 µa = 1 LSB /0 0 ma (as source) / /< = 600 M +/- 1 LSB <= 4 µs 4 Vdc +/- 0 % 60 ma 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Bit / analogue 4 Vdc +/- 0 %/4. ma 4 µa = 1 LSB /4 0 ma (as source) / /< = 600 M +/- 1 LSB <= 4 µs 4 Vdc +/- 0 % 60 ma 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 90.0 x / 0.50 / x 90.0 x 47.4 RS D1-I 0..0MA RS D1-I 4..0MA Delivery times see page X.

51 AD-/DA-Converter DA-Converter 1-Bit RS D1-U +/-10V RS D1-U 0 10V Interface converter HOV HOV V D Ua + 4V D Ua - 0V A 0V - 0V A 0V / Max. voltage Max. current voltage/ current Signs Resolution voltage/ current Offset current/offset voltage Conversion time Current consumption 1 Bit / analogue 4 Vdc +/- 0 %/4. ma MSB: H = positive; L = negative 4.88 mv = 1 LSB V/<= 10 ma / >= 1 km/< = 600 M +/- 1 LSB <= 4 µs 4 Vdc +/- 0 % 40 ma 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Bit / analogue 4 Vdc +/- 0 %/4. ma.44 mv = 1 LSB 0 10 V/<= 10 ma / >= 1 km/< = 600 M +/- 1 LSB <= 4 µs 4 Vdc +/- 0 % 40 ma 0 C +50 C -40 C +80 C CE / ESD EMVG, EN , EN Clamping range (rating- / min. / max.) 4 / 0.50 / x 90.0 x / 0.50 / x 90.0 x 47.4 RS D1-U +-10V RS D1-U 0 10V Delivery times see page X..51

52 Preprocessing logic Preprocessing logic DKPL Logic modules Logic function and time function can be combined Individually prograable (further functions on request) In Out V Out 6 8 OV Rated input level/ current Max. voltage Pulse duration/ level/ current/ Switching thresholds/ Current consumption 4 Vdc = high, 0 V = low/ approx. 1.5 ma each input (4V) 30 Vdc > 1 ms/ PNP, Ub-1 V/ max. 0 ma/ high > 18 V, low < 7 V/ 4 Vdc +/- 0 % < 10 ma 0 C +50 C -40 C +60 C CE / ESD Clamping range (rating- / min. / max.) 4 / 0.50 / x 6.0 x 57.0 DKPL 35 4VDC not prograed - functions see following page.5 Delivery times see page X.

53 Remarks: The module is prograed specifically to customer requirements. Up to 5 inputs can be linked with various logic and time functions, e.g. AND, OR, EXOR, NAND, NOR, EXNOR, delay links, etc. The output is either low- or high-active DKPL A = (E1 OR E) AND (E3 OR E4) AND E5 Status DKPL Frequency divider s 1-5 determine the division factor 1 = division factor 1: F OUT = F IN 1 = division factor : F OUT =F IN 5 = division factor 5: F OUT = F IN 5; F IN max. = 1 khz 6 1 f out = f in f out = f in / 3 f out = f in / 3 4 f out = f in / 4 5 f out = f in / 5 Remarks: a new division factor can only be used after the operating voltage has been switched off. f in max. = 1 khz DKPL 1: signal A from an incremental transducer : signal B90 offset 3: enable high active 4: output signal inverted high active 5: no function : the output is set for 0 30 Us at every edge of signal A or B (i.e.: F OUT = 4xF IN ) F IN max. 1 khz Connection Descritpion 1 A Signal A 90 leading F max = 1 khz B Signal B 90 trailing F max = 1 khz 3 enable enable output 4 invert invert output signal 5 no function 6 f out = 4 x f A/B (max. 4 khz) DKPL 1: F OUT = F IN : F OUT =F IN f out = f in f out = f in / 10 3 f out = f in / 50 4 f out = f in / f out = f in / 1000 Remarks: a new division factor can only be used after the operating voltage has been switched off. f in max. = 3 khz DKPL Out L L X X X no function H L X X X f = 1 Hz L H X X X f = 10 Hz H H X X X f = 1 Hz L -> 0 V or connection open H -> Vdc X -> no influence on the output function, L or H DKPL 1 H H H L H L Logic modules DKPL s 1 and have the function of an RS FLIP-FLOP s 3, 4 and 5 have no function (is saved) 0 1 no change to the saved status 1 0 no change to the saved status (is saved) s 3, no change to the saved status 4 and 5 without function DKPL RS FLIP-FLOP with superimposed S-input (connection ) s connections 3, 4 and 5 must be at 0V or remain open! Connection1 logic Connection logic Connection6 logic R-input S-input 0 V or open L 0 V or open L previous status is saved +4 Vdc H 0 V or open L 0 V L 0 V or open L +4 Vdc H +4 Vdc H +4 Vdc H +4 Vdc H +4 Vdc H DKPL pulse length between 80 and 100 ms pulse length 100 ms, only pulses Pulse/pause ratio 1:1. The positive edge of the input signal must be evaluated. Only input E1 is used DKPL The component allows for division of the input frequency at connection 1 (0.. max. 50 khz) with fixed division factors. Depending on connection, the output frequency is issued at the output connection 6. Connections 3, 4 and 5 have no function Connection logic Factor frequency frequency Connection 1 Connection 0 V or open L khz Hz 4 Vdc H khz Hz.53

54 Preprocessing logic Preprocessing logic AND Logic modules Logic functions Compact design PLC load reduction In & Out V Out 6 8 0V Rated input level/ current Max. voltage Pulse duration/ level/ current/ Switching thresholds/ Current consumption 4 Vdc = high, 0 V = low/ approx. 1.5 ma each input (4V) 30 Vdc > 50 µs/ PNP, Ub-1.8 V/ max. 0 ma/ high <15 V, low < 9 V/ 4 30 Vdc < 5 ma 0 C +50 C -40 C +60 C CE / ESD Clamping range (rating- / min. / max.) 4 / 0.50 / x 6.0 x 57.0 DK AND 35 4VDC Delivery times see page X.

55 Preprocessing logic Preprocessing logic NAND Logic functions Compact design PLC load reduction Logic modules In & Out V Out 6 8 0V Rated input level/ current Max. voltage Pulse duration/ level/ current/ Switching thresholds/ Current consumption 4 Vdc = high, 0 V = low/ approx. 1.5 ma each input (4V) 30 Vdc > 50 µs/ PNP, Ub-1.8 V/ max. 0 ma/ high <15 V, low < 9 V/ 4 30 Vdc < 5 ma 0 C +50 C -40 C +60 C CE / ESD Clamping range (rating- / min. / max.) 4 / 0.50 / x 6.0 x 57.0 DK NAND 35 4VDC Delivery times see page X..55

56 Preprocessing logic Preprocessing logic OR Logic modules Logic functions Compact design PLC load reduction In < 1 Out V Out 6 8 0V Rated input level/ current Max. voltage Pulse duration/ level/ current/ Switching thresholds/ Current consumption 4 Vdc = high, 0 V = low/ approx. 1.5 ma each input (4V) 30 Vdc > 50 µs/ PNP, Ub-1.8 V/ max. 0 ma/ high <15 V, low < 9 V/ 4 30 Vdc < 5 ma 0 C +50 C -40 C +60 C CE / ESD Clamping range (rating- / min. / max.) 4 / 0.50 / x 6.0 x 57.0 DK OR 35 4VDC Delivery times see page X.

Preprocessing logic Preprocessing logic NOR Logic functions Compact design PLC load reduction Logic modules In 1 3 4 5 < 1 Out 7 + 4... 30 V Out 6 8 0V Rated input level/ current Max.

57 Preprocessing logic Preprocessing logic NOR Logic functions Compact design PLC load reduction Logic modules In < 1 Out V Out 6 8 0V Rated input level/ current Max. voltage Pulse duration/ level/ current/ Switching thresholds/ Current consumption 4 Vdc = high, 0 V = low/ approx. 1.5 ma each input (4V) 30 Vdc > 50 µs/ PNP, Ub-1.8 V/ max. 0 ma/ high <15 V, low < 9 V/ 4 30 Vdc < 5 ma 0 C +50 C -40 C +60 C CE / ESD Clamping range (rating- / min. / max.) 4 / 0.50 / x 6.0 x 57.0 DK NOR 35 4VDC Delivery times see page X..57

58 Logic modules.58

Monitoring modules Current and voltage monitoring The monitoring of current and voltage allows constant control of individual systems or installation parts.

59 Monitoring modules Current and voltage monitoring The monitoring of current and voltage allows constant control of individual systems or installation parts. Deviations or interruptions occurring in the electric circuits can be evaluated as operation interruptions. Specific measures can be taken to remedy the problem. Hall sensor internal Monitoring modules Products for monitoring current convert sinus or non-sinus ac and dc current up to 60 A into analogue standard signals. The measuring procedures are based on two principles. On the one hand, ac current up to 10 A and 50/60 Hz are measured using the transforming method. The module is looped directly into the measuring circuit. From 10 A ac/dc, the Hall sensor is used. The conductor is pushed through the module free of potential and allows current measurements up to 60 A ac/dc. Often there are high-frequency signal parts on the line being measured. To take account of the signal parts, so-called TRMS converters (true root mean square) are connected up in series. They allow measurements up to khz regardless of the curve shape. Available outputs are standard signals 0..0 ma, 4..0 ma, 4..0 ma current loop feed, V or a switch output. Modules for voltage monitoring measure the mains voltage up to max. 450 V ac. The unit provides isolated qualitative information in the form of a standard signal (0..0 ma, 4..0 ma, V). Extreme loads or load relief on the power supply can cause short-term voltage fluctuations with a negative influence on the process. The WAVECONTROL module VMA transmits the relevant information to the control so that suitable process safety measures can be taken. L1 L L3 M 3~ ~ 30 Vac 4 Vdc U WAVECONTROL VMA Vac / ma SPS.59

60 Current monitoring Monitoring modules Relay output Current range adjustable via DIP-switch Switchable hysteresis Operating current or closed current principle 1/5/10A ac 0/40/60A ac V 3 NC0V 5 CC 6 IN CC K1 10% 100% 11 Setpoint ~ ~ +4V 1 OV 3 CC CC K1 10% 100% Setpoint current frequency Max. current Max. voltage Sensor Diameter of bushing Switching thresholds Hysteresis Switching voltage max./switching voltage min. Switching current max./switching current min. Step response time Temperature coefficient Status indicator Current consumption Current-carrying cap. of cross-connect. Default settings Contact arrangement Rated voltage Impulse withstand voltage Pollution severity Overvoltage category Clearance & creepage path Isolation voltage, output 0 1 Aac/ 0 5 Aac/ 0 10 Aac Hz 100 A for 1s 50 Vac Transforming (internally) % by front poten. 5 % or 10 % of threshold value 60 Vdc/ 50 Vac/6 Vdc/ac 7 A/100 ma typ. 700 ms <= 800 ppm/k LED green 4 Vdc +/- 10 % 8.3 ma (Relay not triggered)/ 4 ma (Relay triggered) <= A 0 C +50 C -0 C +70 C 0 5A / 10% Hysteresis / current principle CE / ESD / curus 1 changeover contact >= 3 eff / 5s 0 0 Aac/ 0 40 Aac/ 0 60 Aac Hz dependent on conductor cross-section 400 Vac, > 400V ac depends on wire insulation hall sensor (internal) % by front poten. 5 % or 10 % of threshold value 60 Vdc/ 50 Vac/6 Vdc/ac 7 A/100 ma typ. 700 ms <= 50 ppm/k LED green 4 Vdc +/- 10 % 3 ma (Relay not triggered)/ 47 ma (Relay triggered) <= A 0 C +50 C -0 C +70 C 0 40A / 10% Hysteresis / current principle CE / ESD / curus 1 changeover contact >= 3 eff / 5s Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x.5 x x.5 x / 0.50 / / 0.50 / x.5 x x.5 x 11.4 Tu=3 C, single module Tu=3 C, single module WAS CMR 1/5/10A ac WAZ CMR 1/5/10A ac WAS CMR 0/40/60A ac WAZ CMR 0/40/60A ac Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/.60 Delivery times see page X.

61 Current monitoring Analogue output and output adjustable via DIP-switch Calibration not necessary 1/5/10A ac 1/5/10A ac 4 0mA Current loop Monitoring modules 1 NC IN 3 I U/I CC CC + 4V 7 8 0V 9 1 NC IN 3 I I Out + 7 NC 8 Out - 9 current 0 1 Aac/ 0 5 Aac/ 0 10 Aac 0 1 Aac/ 0 5 Aac/ 0 10 Aac frequency Hz Hz Max. current 100 A for 1s 100 A for 1s Voltage of measuring circuit 50 Vac 50 Vac Sensor Transforming (internally) Transforming (internally) Diameter of bushing current/ voltage 0(4) 0 ma/0 10 V 4 0 ma (current loop)/ Offset current max. 100 µa max. 100 µa signal limit approx. 13 V resp. 4 ma approx. 4 ma >= 1 km/< = 600 M /< = 600 M Step response time typ. 700 ms typ. 700 ms 0.5% FSR 0.5 % FSR Temperature coefficient <= 00 ppm/k <= 00 ppm/k Status indicator LED ON: OK; FLASHING: signal out of range;off: Error LED ON: OK; FLASHING: signal out of range;off: Error 4 Vdc +/- 10 % Vdc Current consumption 40 ma at Iout=0 ma Current-carrying cap. of cross-connect. <= A / 0 C +50 C/-0 C +70 C 0 C +50 C/-0 C +70 C Default settings 0 5Aac, 4 0mA 0 5Aac, 4 0mA Rated voltage CE / ESD / curus CE / ESD / curus Impulse withstand voltage 6 kv 6 kv Pollution severity Overvoltage category Clearance & creepage path >= 5.5 >= 5.5 Isolation voltage, output eff / 5s eff / 5s Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / / 0.50 / / 0.50 / x.5 x x.5 x x.5 x x.5 x 9.4 Tu=3 C, single module Tu=3 C, single module WAS1 CMA 1/5/10A ac WAS1 CMA LP 1/5/10A ac WAZ1 CMA 1/5/10A ac WAZ1 CMA LP 1/5/10A ac Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..61

62 Current monitoring Monitoring modules Analogue output and output adjustable via DIP-switch Calibration not necessary 5/10A ac/dc 0/5/30A ac/dc ~ IN + - OUT~ IN 1 3CC OV OUT WIRE CC I V 7 0/4...0mA 8 U/I OV 9 ~ IN + - OUT~ IN 1 3CC OV OUT WIRE CC I V 7 0/4...0mA 8 U/I OV 9 current frequency Max. current Voltage of measuring circuit Sensor Diameter of bushing current/ voltage Offset current signal limit Step response time Temperature coefficient Status indicator Current consumption Current-carrying cap. of cross-connect. / Default settings Rated voltage Impulse withstand voltage Pollution severity Overvoltage category Clearance & creepage path Isolation voltage, output 0 5 Aac/dc/ 0 10 Aac/dc 0 khz (true RMS to DC converter) dependent on conductor cross-section 400 Vac, >400V ac depends on conductor insulation hall sensor (internal) 8 0(4) 0 ma/0 10 V max. 150 µa approx. 13 V resp. 4 ma >= 1 km/< = 600 M typ. 700 ms 0.5% FSR <= 650 ppm/k LED ON: OK; FLASHING: signal out of range;off: Error 4 Vdc +/- 10 % 50 ma at Iout=0 ma <= A 0 C +50 C/-0 C +70 C 0 5A, 4 0mA CE / ESD / curus 6 kv >= 5.5 eff / 5s 0 0 Aac/dc/0 5 Aac/dc / 0 30 Aac/dc 0 khz (true RMS to DC converter) dependent on conductor cross-section 400 Vac, >400V ac depends on conductor insulation hall sensor (internal) 8 0(4) 0 ma/0 10 V max. 150 µa approx. 13 V resp. 4 ma >= 1 km/< = 600 M typ. 700 ms 0.5% FSR <= 650 ppm/k LED ON: OK; FLASHING: signal out of range;off: Error 4 Vdc +/- 10 % 50 ma at Iout=0 ma <= A 0 C +50 C/-0 C +70 C 0 5A, 4 0mA CE / ESD / curus 6 kv >= 5.5 eff / 5s Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x.5 x x.5 x / 0.50 / / 0.50 / x.5 x x.5 x 11.4 Tu=3 C, single module Tu=3 C, single module WAS CMA 5/10A uc WAZ CMA 5/10A uc WAS CMA 0/5/30A uc WAZ CMA 0/5/30A uc Voltage supply 4V and 0V with ZQV.5N/ Voltage supply 4V and 0V with ZQV.5N/.6 Delivery times see page X.

63 Current monitoring Analogue output and output adjustable via DIP-switch Calibration not necessary 40/50/60A ac/dc Monitoring modules ~ IN + - OUT~ IN 1 3CC OV OUT WIRE CC I V 7 0/4...0mA 8 U/I OV 9 current frequency Max. current Voltage of measuring circuit Sensor Diameter of bushing current/ voltage Offset current signal limit Step response time Temperature coefficient Status indicator Current consumption Current-carrying cap. of cross-connect. / Default settings Rated voltage Impulse withstand voltage Pollution severity Overvoltage category Clearance & creepage path Isolation voltage, output 0 40 Aac/dc/ 0 50 Aac/dc/ 0 60 Aac/dc 0 khz (true RMS to DC converter) dependent on conductor cross-section 400 Vac, >400V ac depends on conductor insulation hall sensor (internal) 8 0(4) 0 ma/0 10 V max. 150 µa approx. 13 V resp. 4 ma >= 1 km/< = 600 M typ. 700 ms 0.5% FSR <= 650 ppm/k LED ON: OK; FLASHING: signal out of range;off: Error 4 Vdc +/- 10 % 50 ma at Iout=0 ma <= A 0 C +50 C/-0 C +70 C 0 50A, 4 0mA CE / ESD / curus 6 kv >= 5.5 eff / 5s Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x.5 x x.5 x 11.4 Tu=3 C, single module WAS CMA 40/50/60A uc WAZ CMA 40/50/60A uc Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..63

64 Current monitoring Monitoring modules Analogue output Max. conductor diameter 35 Can be added sidewise Mounting on mounting-rail TS35 CMA 100/5A CMA 50/5A CMA 500/5A current 100 Aac 50 Aac 500 Aac frequency Class 1: 50 60Hz / Class 1.5: Hz Class 1: 50 60Hz / Class 1.5: Hz Class 1: Hz / Class 1.5: Hz Max. current thermal current Ith >3 ka thermal current Ith >3 ka thermal current Ith >3 ka Voltage of measuring circuit 600 V eff (unfinished conductor) 600 V eff (unfinished conductor) 600 V eff (unfinished conductor) Diameter of bushing current 5 Aac 5 Aac 5 Aac /< = 600 M /< = 600 M /< = 600 M class 1 / 1.5; residual current factor < 5 class 1 / 1.5; residual current factor < 5 class 1 / 1.5; residual current factor < 5 / -5 C +40 C/-40 C +85 C -5 C +40 C/-40 C +85 C -5 C +40 C/-40 C +85 C CE / curus CE / curus CE / curus Isolation voltage, output eff / 1 min. eff / 1 min. eff / 1 min. (secondary) (secondary) (secondary) Clamping range (rating- / min. / max.) 50.0 x 78.0 x x 78.0 x x 78.0 x 90.5 Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. (secondary) CMA 100/5A CMA 50/5A CMA 500/5A Delivery times see page X.

65 Voltage monitoring Analogue output 3-way disconnection Max. measuring-voltage 450 Vaceff selectable via DIP-switch Calibration not necessary VMA Vac Monitoring modules Application ~ 30 Vac 4 Vdc SPS L1 L L WAVECONTROL VMA Vac / ma 1 3 M 3~ U voltage 0 30Vac/ 0 70Vac/ 0 130Vac/ 0 50Vac/ 0 450Vac frequency Hz sinus voltage 0 30Vac/ 0 70Vac/ 0 130Vac/ 0 50Vac/ 0 450Vac Max. voltage 45 Vac / 100 Vac / 180 Vac / 70 Vac / 475 Vac (short time) voltage/ current 0 10 V/0(4) 0 ma Offset voltage/offset current max. 0.0 V/max. 40 µa >= 1 km/< = 600 M 1.3 % (40 60 Hz) typ. 1 %/ % ( Hz) typ. 1.5 % Temperature coefficient <= 50 ppm/k Step response time 300 ms Status indicator LED green 4 Vdc +/- 5 % Current consumption ma at Iout=0 ma Current-carrying cap. of cross-connect. <= A Default settings 0 10V/0 0mA 0 C +50 C -0 C +70 C CE / ESD / curus Rated voltage EN , EN , EN 6136 supply/output: ; input/output, supply/output: 600 V Impulse withstand voltage supply/output: ; input/output, supply/output: 6kV Isolation voltage, output/ eff / 5s/ Overvoltage category Pollution severity Clearance & creepage path supply/output: 3; input/output, supply/output: 5.5 Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x.5 x x.5 x 11.4 Tu=3 C, single module WAS VMA V ac WAZ VMA V ac Voltage supply 4V and 0V with ZQV.5N/ Delivery times see page X..65

Threshold monitoring Monitoring modules Relay output 3-way disconnection Low trip / high trip FAILSAFE / NON FAILSAFE Relay outputs 50Vac/3A DC/Alarm Switch position/setting options SW 1 function 1 3

material Switching thresholds Hysteresis Switching voltage max./switching voltage min. Continuous current Function Temperature coefficient Status indicator Power consumption Current-carrying cap.

66 Threshold monitoring Monitoring modules Relay output 3-way disconnection Low trip / high trip FAILSAFE / NON FAILSAFE Relay outputs 50Vac/3A DC/Alarm Switch position/setting options SW 1 function Kanal A High Trip Kanal A Low Trip Kanal B High Trip Kanal B Low Trip FAILSAFE, Kanal 1 & NON FAILSAFE, Kanal 1 & = on = off voltage current resistance voltage/current Contact arrangement Contact material Switching thresholds Hysteresis Switching voltage max./switching voltage min. Continuous current Function Temperature coefficient Status indicator Power consumption Current-carrying cap. of cross-connect. Default settings Rated voltage Impulse withstand voltage Pollution severity Overvoltage category Clearance & creepage path Isolation voltage, output 0 10 V 0(4) 0 ma >= 100 km/< = 110 M change-over contacts AgNi 90/ % (independently for channel 1 and channel ) 1 90 % (independently for channel 1 and channel ) 53 Vac/ 3 A failsafe / non failsafe <= 500 ppm/k LED green ON: OK, LED red ON: alarm (per channel) 4 Vdc +/- 5 % typ. 1 W both relays picked up <= A 0 C +55 C (fitted) -0 C +85 C channel A/B: low trip and FAILSAFE CE / ESD / curus EN , -3, -4, -5, -6 >= 3 1. kveff / 5s NON FAILSAFE:The relay picks up when the arlarm is trigered FAILSAFE: The relay drops out when the arlarm is triggered. An alarm is also triggered in the FAILSAFE mode, if for example, the operating voltage to the moduls fail Low Trip: Alarm is triggered if the signal is undershoot the threshold. High Trip: Alarm is triggered if the signal is overshoot the threshold. Signal threshold:adjustments of the signal threshold (1...90)% are made for channel 1 with the potentiometer P1, and separately for channel via potentiometer P. Hysterese: Adjustments of the hysteresis (1...10)% are made for channel 1 with the potentiometer P3, and separately for channel via potentiometer P3. WAVEANALOG DC/Alarm Alarm indication Example 1 range 100% 50% Sc al Signal threshold ll / high 1 / trip high trip 5% Hysteresis SchalSignal chwelle threshold 1 / high trip / high trip 10% Hysteresis Relay NON FAILSAFE Relay 1 NON FAILSAFE Zeit Example Clamping range (rating- / min. / max.).50 / 0.50 / / 0.50 / x 17.5 x x 17.5 x % Signal threshold 1 / high trip 5% Hysteresis Tu=3 C, single module WAS5 DC/Alarm WAZ5 DC/Alarm range 50% % Hysteresis Signal threshold / low trip Relay FAILSAFE 1 Relay 1 FAILSAFE 0 Voltage supply 4V and 0V with ZQV.5N/ Time.66 Delivery times see page X.

Threshold monitoring Transistor output digital outputs Monitoring of upper and lower level MCZ SC 0 10V MCZ SC 0 0mA Monitoring modules 5 4 1 max.50ma max.50ma 3 Vcc +4V OV P1 Th1 P 0.

67 Threshold monitoring Transistor output digital outputs Monitoring of upper and lower level MCZ SC 0 10V MCZ SC 0 0mA Monitoring modules max.50ma max.50ma 3 Vcc +4V OV P1 Th1 P 0...0mA Th S1 S Uth 1 off x 300mV...10V on off 30mV...1V on off 10mV...100mV voltage/ current resistance voltage/current Voltage drop Contact arrangement/ Function Switching thresholds Hysteresis Switching current max. Step response time Cut-off freq. (-3dB) Temperature coefficient Current consumption 0 10 V/ 60 km/ double switch output PNP/ Uin < Uth1: 1 active / Uin > Uth: active via potentiometers (1 turns) 1% of adjusted final value 50 ma - per channel (voltage drop at output transistor: < 1. V at 50 ma) < 50 µs (switch threshold at 90% of the max. input signal; Rl<=1 km) 100 Hz 50 ppm/k (max. 500 ppm/k) 4 Vdc +/- 0 % 15 ma 0 C +50 C -5 C +60 C /0.5 0 ma /50 M 1 V double switch output PNP/ Iin < Ith 1: 1 active / Iin > Ith: active via potentiometers (1 turns) 1% of final value 50 ma - per channel (voltage drop at output transistor: < 1. V at 50 ma) < 50 µs (switch threshold at 90% of the max. input signal; Rl<=1 km) 100 Hz max. 50 ppm/k 4 Vdc +/- 0 % 15 ma 0 C +50 C -5 C +60 C Clamping range (rating- / min. / max.) 1.50 / 0.50 / x 6.0 x / 0.50 / x 6.0 x 63. Type (Qty.=1) Order No. MCZ SC 0-10V Type (Qty.=1) Order No. MCZ SC 0-0MA Voltage supply 4V and 0V with ZQV 4/x Voltage supply 4V and 0V with ZQV 4/x Delivery times see page X..67

MICROANALOG Srew connection Tension clamp connection 88 9 90 97,8 6,1 90 97,8 6,1 Cross connection, -poles, red Cross connection, 3-poles, red Cross connection, 4-poles, red Cross connection,

Qty ZQV 4N/ rt 1793950000 60 ZQV 4N/3 rt 1793980000 60 ZQV 4N/4 rt 1794010000 60 ZQV 4N/10 rt 1794040000 0 ZQV 4N/41 rt 1794070000 10 Cross connection, -poles, blue Cross connection, 3-poles, blue

68 MICROANALOG Srew connection Tension clamp connection ,8 6, ,8 6,1 Cross connection, -poles, red Cross connection, 3-poles, red Cross connection, 4-poles, red Cross connection, 10-poles, red Cross connection, 41-poles, red Type Order no. Qty ZQV 4N/ rt ZQV 4N/3 rt ZQV 4N/4 rt ZQV 4N/10 rt ZQV 4N/41 rt Cross connection, -poles, blue Cross connection, 3-poles, blue Cross connection, 4-poles, blue Cross connection, 10-poles, blue Cross connection, 41-poles, blue ZQV 4N/ bl ZQV 4N/3 bl ZQV 4N/4 bl ZQV 4N/10 bl ZQV 4N/41 bl Terminalmarker WS10/ MCZ 91 63, 56 TS-Contact Cross connection, -poles, yellow Cross connection, 3-poles, yellow Cross connection, 4-poles, yellow Cross connection, 5-poles, yellow Cross connection, 6-poles, yellow Cross connection, 7-poles, yellow Cross connection, 8-poles, yellow Cross connection, 9-poles, yellow Cross connection, 10-poles, yellow Type Order no. Qty ZQV 4N/ ge ZQV 4N/3 ge ZQV 4N/4 ge ZQV 4N/5 ge ZQV 4N/6 ge ZQV 4N/7 ge ZQV 4N/8 ge ZQV 4N/9 ge ZQV 4N/10 ge Terminalmarker WS10/ Delivery times see page X.

Qty ZQV,5N/ sw 1718080000 60 ZQV,5N/ rt 1717900000 60 ZQV,5N/ bl 1717990000 60 ZQV,5N/ ge 1693800000 60

69 WAVEBOX S,5 WAVEBOX L,5 WAVEBOX 1,5 WAVEBOX 17,5 Cross connection ZQV,5N/ black Cross connection ZQV,5N/ red Cross connection ZQV,5N/ blue Cross connection ZQV,5N/ yellow Type Order no. Qty ZQV,5N/ sw ZQV,5N/ rt ZQV,5N/ bl ZQV,5N/ ge Terminalmarkers WS 10/5 Multicard WS 10/5 Neutral WS 10/ WS 10/5 Neutral Delivery times see page X..69

Analogue signal processing

Analogue signal processing Contents Introduction.2 MCZ-SERIES.4 MCZ-SERIES C/C passive isolator.5 MCZ-SERIES PT 100/RT signal isolator.6 MCZ-SERIES Frequency signal isolator.7 MCZ-SERIES Limit value monitoring.8 MCZ-SERIES.9 MICROinterface