Analogue signal processing

Transcription

1 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 Analogue.10 MICROSERIES.12 MICROSERIES C/C 3-way isolator.13 MICROSERIES Feed isolator.14 MICROSERIES PT 100/RT signal isolator.16 MICROSERIES Thermoelement signal isolator/converter.17 MICROSERIES.19 WAVESERIES.20 WAVESERIES C/C.22 WAVESERIES PT100/RT.36 WAVESERIES Thermoelement signal converter, configurable.42 WAVESERIES Thermoelement signal isolator/converter.43 WAVESERIES Frequency signal isolator/converter, configurable.44 WAVESERIES Bridge-type measuring isolating transformer.46 WAVESERIES Limit value monitoring.47 WAVESERIES Serial interface converter.48 WAVESERIES Current monitoring.50 WAVESERIES Voltage monitoring.54 WAVESERIES.57 RS-SERIES A/A converters.58 K-SERIES Preprocessing logic.66 Logic distribution.70 CMA Current monitoring.72 PLUGCONTROL.73.1

2 Introduction The working environment can be measured in many different forms, e.g. in terms of temperature, humidity or air pressure. The values of these physical variables change constantly. Elements that monitor the statuses and status changes of a given environment and supply an indication of this changing 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, e.g. in a production process. Sensor signals monitor continuous changes in the 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 has already been part of long established practice, e.g. in process engineering or the chemicals industry. Signal converters can be used with other Weidmüller products and combined with each other. They are designed to entail a minimum wiring workload and maintenance in both electrical and mechanical terms. The product range contains the following functions: C/C 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 A/A converters The products are available as pure signal conversion, 2-way isolation, 3-way isolation and passive disconnectors depending on the production functions in each case. In process engineering, standardised electrical signals are normally used. Currents of 0 20 ma, 4 20 ma or voltages of V have become established as the output variables for sensors recording various different physical parameters. Weidmüller takes account of the growing preference for automation 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 ( ma, ma, V) generate an output signal as a proportional value 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 among several sensor circuits, e.g. as in the case of earth loops in interlinked measuring circuits. The wide range of Weidmüller products completely covers the functions involved in signal conversion, signal separation and signal monitoring. The products can thus handle 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 consistent concept..2

3 Introduction 2-way isolation separates the signals from each other electrically and decouples the measuring circuits. Potential differences caused by long line lengths and coon reference points are eliminated. Furthermore, the electrical separation protects against irreparable damage caused by overvoltages as well as inductive and capacitive interference. 3-way isolation decouples the supply voltage from the input and output circuits as well and enables the function to operate with just one operating voltage. The passive separator offers an extra, decisive advantage it requires no additional voltage supply. The power supply to the module is achieved via the input or output circuit and is transmitted to the input/output. This current loop feed is characterised by a very low consumption. A number of products are available for temperature measurements. For example, PT100 signals in 2-, 3- and 4-wire systems are converted into standard 0-20 ma, 4-20 ma and 0-10 V signals. The modules for connecting conventional thermoelements are fitted with cold trap compensation as standard. Furthermore, they amplify and linearise the voltage signal provided by the thermocouple. This guarantees accurate analogue signal conditioning while eliminating sources of interference or error. Frequency converters convert frequencies into standard analogue signals. ownstream controls can therefore directly process pulse strings for measuring rpm or speed. A or A converters are required for bringing together the analogue signal forms mapping the local conditions and the digital processing in the process monitoring system. Weidmüller can supply such components for the customary 0 20 ma, 4 20 ma and 0 10 V input and output signals. 8-bit or 12-bit processors are available on the digital side. Current monitoring modules permit the control of currents up to 60 A AC or C. Currents above or below the set value cause a switched output to be triggered. Components with analogue outputs monitor the current load continuously via downstream controls. Voltage monitoring modules can be used to monitor AC and C voltages. Voltage fluctuations due to switching processes or mains overloads can be reliably detected and signalled by means of the user-defined switching threshold..3

4 MCZ Series Advantages of the MICROSERIES and MCZ SERIES Width Just 6 wide (without cover plate), the MCZ SERIES offers enough space for electronic circuits. Connecting Cross-connection The power supply and another potential can be crossconnected.4

5 current loop feed Passive isolator for electrical isolation of standard 0/4 20 ma signals. It takes its power from 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. MCZ CCC MCZ-SERIES - C/C passive isolator U E [V] R L IN OUT C C Z Z 18V 5 18V voltage/ current max. voltage/max. current Pick-up current Voltage drop t 20 ma voltage/ current Load impedance, voltage/current Accuracy f final value Temperature coefficient. value at 0 M load resistance Influence of load impedance 100 Ω load resistance Residual ripple eff Chopper frequency Approvals UR / CE Standards EN EMC standards Isolation voltage input, output /0(4) 20 ma current loop 15 V /50 ma /max. current < 100 µa ent V at 20 ma /0(4) 20 ma / current / 500 Ω voltage/current < 0.1% of final value 50ppm/K of measure. value at 0 M load resistance 0.05% of measurement value/100 Ω load resistance < 10 mv eff approx. 200 khz y -25 C +60 C ature -40 C +85 C ure CSA / UL/UR / CE EN 60529, EN EN ds 510 V eff put, output imensions 1.5 / 0.5 / x 6 x 63.2 MCZ CCC 0-20mA/0-20mA markers - see MCZ series accessories.5

6 MCZ-SERIES - PT100/RT-signal isolator PT100, 2-/3-conductor converter MCZ PT100/3 CLP For 2- or 3-conductor PT100 sensors Loop-fed output current High accuracy and linearity Sensor 2-/3-conductor Supply current/supply voltage current rent loop) Load impedance, voltage/current Accuracy/Influence of cable resistance.006 K/Ω Response time / Approvals ;CE; Standards EN 60751, IEC751 EMC standards 0-6 imensions PT100/2-/3-conductor 0.8 ma /9-30 V C y voltage 4 20 ma (current loop) / 600 Ω voltage/current typical 0.2%, max. 0.5% of FSR /max K/Ω 10 ms se time 0 C +50 C /-20 C +85 C emperature CSA;UL/UR;CE;, EN 60751, IEC751 EMVG, EN / 0.5 / x 6 x 63.2 Temperature input range C C C C C C C MCZ PT100/3 CLP 0 100C MCZ PT100/3 CLP 0 120C MCZ PT100/3 CLP 0 150C MCZ PT100/3 CLP 0 200C MCZ PT100/3 CLP 0 300C MCZ PT100/3 CLP -50C +150C MCZ PT100/3 CLP -40C 100C markers - see MCZ series accessories.6

7 C/f converter The conversion of analogue signals to frequencies means it is possible to import analogue signals from the field via the counter inputs of the controller. MCZ VFC MCZ CFC MCZ-SERIES - frequency signal isolator MCZ CFC 3 Vcc 4 +24V 5 f f f f / 2f / 4f / 16 16kHz GN V OV 2 U Vcc 5 +24V 5 f f f f/ 2 f/ 4 f/ 16 16kHz 3 GN mA OV 2 I Vcc 3 +24V 4 f f f f/ 2 f/ 4 f/ 16 16kHz 5 GN mA OV 2 I voltage/ current max. voltage/max. current resistance, voltage/current Voltage drop at 20 ma frequency khz level V current Accuracy f FSR Temperature coefficient Status indicator Supply voltage n; 10 % Current consumption Current-carrying capacity of cross-connect. Approvals Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance 0 10 V / age/ current 30 V / oltage/max. current 100 kω / ce, voltage/current V at 20 ma 0 1/ 4/ 8/ 16 khz PNP, Ub-0.7 V max. 20 ma ent 0.2% of FSR SR 250 ppm/k fficient LE, pulsing tor 24 V C ± 10 % 14 ma without load 20 A rrying capacity of cross-connect. 0 C +50 C erature CE; ovals 100 V voltage 1.5 kv withstand voltage 1 kv C n voltage input, output 1,5 & creepage distance /0 20 ma ge/ current /50 ma ltage/max. current /50 Ω ance, voltage/current 1 V at 20 ma t 20 ma 0 1/ 4/ 8/ 16 khz PNP, Ub-0.7 V max. 20 ma ent 0.2% of FSR SR 250 ppm/k fficient LE, pulsing tor 24 V C ± 10 % 14 ma without load Current-carrying capacity of cross-connect. 0 C +50 C erature CE; ovals 100 V voltage 1.5 kv withstand voltage 1 kv C n voltage input, output 1,5 & creepage distance /4 20 ma (current loop) t /50 ma ltage/max. current / nput resistance, voltage/current V at 20 ma 0 1/ 4/ 8/ 16 khz PNP, Ub-0.7 V max. 20 ma ent 0.15 % of FSR 250 ppm/k fficient LE, pulsing tor 24 V C ± 20 % 14 ma without load Current-carrying capacity of cross-connect. 0 C +50 C erature CE; ovals 150 V voltage 2.5 kv withstand voltage Isolation voltage input, output 2 ce & creepage distance imensions 1.5 / 0.5 / x 6 x / 0.5 / x 6 x / 0.5 / x 6 x 63.2 without C/C converter input current loop-fed Type (Qty.=1) Order No. MCZ VFC 0-10V Type (Qty.=1) Order No. MCZ CFC 0-20MA Type (Qty.=1) Order No. MCZ CFC 4-20MA markers - see MCZ series accessories markers - see MCZ series accessories markers - see MCZ series accessories.7

8 MCZ-SERIES - limit value monitoring Transistor output 2 digital outputs Monitoring of upper and lower limits MCZ SC 0 10 V MCZ SC 0 20 ma max.50ma 2 max.50ma 3 Vcc +24V 2 OV P1 Th1 P mA Th2 S1 S2 Uth 1 off x 300mV...10V on off 30mV...1V on off 10mV...100mV max.50ma 2 max.50ma 3 Vcc 2 +24V OV P1 P2 Th1 Th mA 1 voltage/ current resistance, voltage/current Voltage drop Contact complement ut PNP Function < U TH1 : 1 active / U IN in > U TH2 : 2 active Switching thresholds (12 turns) Hysteresis sted final value max. A - per channel (voltage drop at output transistor: < 1.2 V at 50 ma) Step response time hreshold at 90% of max. input signal; R I 1 kω) Cut-off frequency (-3dB) Temperature coefficient /K) Supply voltage n; 20 % Current consumption Approvals UR / CE Standards EMC standards V / age/ current 60 kω / nce, voltage/current Voltage drop double switch output PNP U IN < U TH1 : 1 active / U IN in > U TH2 : 2 active via 2 potentiometers (12 turns) 1% of adjusted final value 50 ma - per channel (voltage drop at output transistor: < 1.2 V at 50 ma) < 250 µs (switch threshold at 90% of max. input signal; R I 1 kω) 100 Hz frequency (-3dB) 250 ppm/k (max. 500 ppm/k) 24 V C ± 20 % 15 ma t consumption 0 C +50 C erature -25 C +60 C ure CSA / UL/UR / CE s / ma / current /50 Ω ance, voltage/current 1 V age drop double switch output PNP I IN < I TH1 : 1 active / I IN >I TH2 : 2 active ve via 2 potentiometers (12 turns) 1% of final value l value 50 ma - per channel (voltage drop at output transistor: < 1.2 V at 50 ma) < 250 µs (switch threshold at 90% of max. input signal; R I 1 kω) 100 Hz frequency (-3dB) max. 250 ppm/k 500 ppm/k) 24 V C ± 20 % 15 ma t consumption 0 C +50 C erature -25 C +60 C ure CSA / UL/UR / CE s imensions 1.5 / 0.5 / x 6 x / 0.5 / x 6 x 63.2 Type (Qty.=1) Order No. MCZ SC 0-10V Type (Qty.=1) Order No. MCZ SC 0-20MA markers - see MCZ series accessories markers - see MCZ series accessories.8

9 MCZ MCZ-SERIES Terminal rail contact End plate Type Qty Order No. AP MCZ Cross-connection, 2-pole, yellow Cross-connection, 3-pole, yellow Cross-connection, 4-pole, yellow Cross-connection, 5-pole, yellow Cross-connection, 6-pole, yellow Cross-connection, 7-pole, yellow Cross-connection, 8-pole, yellow Cross-connection, 9-pole, yellow Cross-connection, 10-pole, yellow Type Qty Order No. ZQV 4/2 ge ZQV 4/3 ge ZQV 4/4 ge ZQV 4/5 ge ZQV 4/6 ge ZQV 4/7 ge ZQV 4/8 ge ZQV 4/9 ge ZQV 4/10 ge Markers Type Qty Order No. WS10/

10 MICROINTERFACE Analogue Introduction MICROINTERFACE Analogue sets standards in analogue signal processing. It offers wide-ranging functionality within a width of just 6. The new adapter module MICROINTERFACE Analogue simplifies the wiring of your installation. The time-consuming individual wiring so vulnerable to mistakes is no longer necessary. First, set up a block of eight MAS modules and connect the two power supply modules with the plug-in ZQV cross-connectors. The features of MICROINTERFACE Analogue Electrical separation and signal conversion of analogue signals Upgrading of SPS I/O cards and fieldbus modules without electrical separation Block setup for 8 or 2 x 4 signals in a width of just 60 Adapter for all MICROINTERFACE Analogue modules, with mixed assemblies also possible Optional power supply via signal line, cross-connectable Mount the MICROINTERFACE Analogue adapter on the signal terminals (input or output) and connect it. Signal transmission is via the 15-pole SUB- plug-in connector with pre-assembled cables..10

11 MICROINTERFACE analogue Interface module 2 Microanalog power supply modules are required to provide the power supply. The voltage applied may not exceed 50 V eff. MI 8 A-I/O S-SUB15B Interface module analogue MI-A-PSM 24 V C Power supply module V nF 24 V 6 Supply voltage C Current-carrying capacity..8: max. 250 ma ;Power supply SUB Pin 9 & 14: 300 ma; 10 & 15: 1.3 A Rated voltage Clearance & creepage distance max. 30 V AC/C Signal paths SUB Pin 1 8: max. 250 ma Power supply SUB Pin 9 & 14: 300 ma; 10 & 15: 1.3 A 0 C +50 C perature -20 C +85 C ture 50 V d voltage 2 ollution severity III rvoltage category Clearance & creepage distance max. 30 V AC/C Signal paths SUB Pin 1 8: max. 250 ma ;Power supply SUB Pin 9 & 14: 300 ma; 10 & 15: 1.3 A 0 C +50 C perature -20 C +85 C ture 50 V d voltage 2 ollution severity II ervoltage category Clearance & creepage distance imensions SUB socket, 15-pole 32 x 61 x / 0.5 / x 6.1 x 97.8 SUB socket, 15-pole MI8A-I/O S SUB15B MI-A-PSM24Vdc

12 MICROSERIES Advantages of the MICROSERIES and MCZ-SERIES Connecting BLZ screw connection or BLZF tension clamp offers the the greatest possible flexibility at the wiring stage (up to ). 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 enclosed housing..12

13 configurable 3-way isolation calibrated switching via IP switch Power supply can be cross-connected Low power loss C/C select MICROSERIES - C/C 3-way isolator voltage/ current resistance, voltage/current Voltage drop t I IN =20 ma (current input) voltage/ current Load impedance, voltage/current Accuracy f final value Temperature coefficient value Cut-off frequency (-3dB) Supply voltage n; 15 % Power consumption Current-carrying capacity of cross-connect. efault setting 20mA Approvals s Standards EMC standards Rated voltage Isolation voltage input, output 0 10 V /0(4) 20 ma rent 100 kω / ce, voltage/current < 0.1 V at I IN =20 ma (current input) 0 10 V /0(4) 20 ma urrent 10 kω / 500 Ω nt < 0.5% of final value 150 ppm/k of final value > 100 Hz requency (-3dB) 24 V C ± 15 % approx. 0.6 W ion 20 A rrying capacity of cross-connect. 0 C +55 C erature 0 20mA / 0 20mA CE / curus IN EN V voltage 500 V eff put, output II rvoltage category Setting options/switch position Connection 3 - PS Switch ma 0 20 ma n n n n n n n n 0 20 ma 4 20 ma n n n n n n n n 0 20 ma 0 10 V n n n n n n n n 4 20 ma 0 20 ma n n n n n n n n 4 20 ma 4 20 ma n n n n n n n n 4 20 ma 0 10 V n n n n n n n n 0 10 V 0 20 ma n n n n n n n n 0 10 V 4 20 ma n n n n n n n n 0 10 V 0 10 V n n n n n n n n n = on n = off S1 + 4 S2-2 PS 5 - V ma IN V/I V/I OUT 1 6 ma V + + imensions 88 x 6.1 x x 6.1 x 97.8 MAS C/C select MAZ C/C select markers - see MICRO series accessories.13

14 MICROSERIES - feed isolator without HART 2-conductor system 3-port isolation Power supply can be cross-connected MAS RPS 0V 3 0V 4 cc cc 2 V + 1 I PS Out Current Loop 5 I 6 + current nsor circuit) Sensor uctor Supply voltage ant for 3 22 ma current signal limit Load impedance, voltage/current Accuracy Offset current Temperature coefficient Residual ripple eff Supply voltage n; 15 % Power consumption Current-carrying capacity of cross-connect. Approvals Standards EMC standards class B Rated voltage Isolation voltage input, output 4 20 ma (sensor circuit) 2-conductor 16.5 V / constant for 3 22 ma 4 20 ma rent ma al limit / 500 Ω voltage/current < 0.1 % < 30 µa ent 50 ppm/k efficient < 10 mv eff 24 V C ± 15 % approx. 1 W ption 20 A rrying capacity of cross-connect. 0 C +55 C perature -25 C +85 C ure CE;cURus; s IN EN class B 1.5 kv AC voltage input, output II rvoltage category 2 ollution severity imensions 2.5 / 0.5 / x 6.1 x 97.8 MAS RPS markers - see MICRO series accessories.14

15 with HART 2-conductor system 3-way isolation With Hart transmission signal switchable MAS RPSH MICROSERIES - feed isolator 0V 3 0V 4 cc cc 2 V + 1 I PS Out Current Loop 5 I 6 + current nsor circuit) Sensor uctor Supply voltage ant for 3 22 ma current voltage signal limit 12.5 V Load impedance, voltage/current Accuracy T: < 0.1% / U OUT : < 0.2% Offset current Temperature coefficient Residual ripple eff Supply voltage n; 15 % Power consumption Counication fication Current-carrying capacity of cross-connect. Approvals s Standards (protective separation) EMC standards class B Rated voltage Isolation voltage input, output 4 20 ma (sensor circuit) 2-conductor 16.5 V / constant for 3 22 ma 0(4) 20 ma t 0 10 V oltage ma resp V 10 kω / 500 Ω nt I OUT : < 0.1% / U OUT : < 0.2% < 30 µa ent 50 ppm/k efficient < 10 mv eff 24 V C ± 15 % approx. 1 W ption to HART specification 20 A rrying capacity of cross-connect. 0 C +55 C perature -25 C +85 C ure CE / curus (protective separation) IN EN class B 600 V voltage 2.5 kv AC voltage input, output II rvoltage category 2 ollution severity Setting options/switch position Connection ϑ Pt ϑ V/I PS OUT Switch ma n n n n 0 20 ma n n n n 0 10 V n n n n n = on n = off ma V imensions 1.5 / 0.5 / x 6.1 x 97.8 MAS RPSH markers - see MICRO series accessories.15

16 MICROSERIES - PT100/RT-signal isolator PT100, 2-/3-conductor converter 2-way isolation between input/output and power supply PT100 2-/3-conductor can be switched via IP switch PT100 select Sensor 2-/3-conductor Supply current Temperature input range voltage/ current A Load impedance, voltage/current, V Accuracy f measuring range Temperature coefficient value Step response time Supply voltage n; 10 % Power consumption Current-carrying capacity of cross-connect. efault setting Approvals s Standards EN 60751, IEC751 EMC standards /-2, EN Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance PT100/2-/3-conductor 0.8 ma current C input range 0 10V / 0 5V /0(4) 20 ma 10 kω / 300 Ω, V < 0.5% of measuring range 250 ppm/k of final value < 0.7 s ponse time 24 V C ± 10 % approx. 0.6 W ion 20 A rrying capacity of cross-connect. 0 C +55 C erature 0 20mA etting CE / curus, EN 60751, IEC751 /-2, EN V voltage 1.5 kv withstand voltage 500 V eff / 1 s utput 1,5 & creepage distance Setting options/switch position Connection ϑ Pt ϑ V/I PS OUT Switch V n n n n 0 20 ma n n n n 4 20 ma n n n n 0 5 V n n n n n = on n = off ma V imensions 88 x 6.1 x x 6.1 x 97.8 MAS PT C MAZ PT C markers - see MICRO series accessories.16

17 Thermal isolator/converter type K 2-way isolation between input/output and power supply Cold-junction compensation Linearisation can be switched via IP switch Thermo K Select MICROSERIES - thermo element signal isolator / converter Sensor element to IEC 584, type: K Temperature input range voltage/ current A Load impedance, voltage/current, V Accuracy f measuring range Temperature coefficient value Step response time Wire break detection 0 ma, > 10 V Residual ripple eff Supply voltage n; 10 % Power consumption Current-carrying capacity of cross-connect. efault setting Approvals s Standards EN 60584, IEC 584 EMC standards /-2, EN Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance Thermo element to IEC 584, type: K C input range 0 10V / 0 5V /0(4) 20 ma 10 kω / 300 Ω, V < 0.6% of measuring range 250 ppm/k of final value < 0.7 s ponse time output value: > 20 ma, > 10 V < 20 mv eff 24 V C ± 10 % approx. 0.6 W ion 20 A rrying capacity of cross-connect. 0 C +55 C erature 0 20mA etting CE / curus, EN 60584, IEC 584 /-2, EN V voltage 1.5 kv withstand voltage 500 V eff / 1 s utput 1,5 & creepage distance Setting options/switch position Connection ϑ PS V/I IN OUT Switch V n n n n 0 20 ma n n n n 4 20 ma n n n n 0 5 V n n n n n = on n = off ma V imensions 88 x 6.1 x x 6.1 x 97.8 MAS Thermo-K C select MAZ Thermo-K C select markers - see MICRO series accessories.17

18 MICROSERIES - thermo element signal isolator / converter Thermal isolator/converter type J 2-way isolation between input/output and power supply Cold-junction compensation Linearisation can be switched via IP switch Thermo J Select Sensor element to IEC 584, type: J Temperature input range voltage/ current A Load impedance, voltage/current, V Accuracy f measuring range Temperature coefficient value Step response time Wire break detection 0 ma, > 10 V Residual ripple eff Supply voltage n; 10 % Power consumption Current-carrying capacity of cross-connect. efault setting Approvals s Standards EN 60584, IEC 584 EMC standards /-2, EN Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance Thermo element to IEC 584, type: J C input range 0 10V / 0 5V /0(4) 20 ma 10 kω / 300 Ω, V < 0.7% of measuring range 250 ppm/k of final value < 0.7 s ponse time output value: > 20 ma, > 10 V < 20 mv eff 24 V C ± 10 % approx. 0.6 W ion 20 A rrying capacity of cross-connect. 0 C +55 C erature 0 20mA etting CE / curus, EN 60584, IEC 584 /-2, EN V voltage 1.5 kv withstand voltage 500 V eff / 1 s utput 1,5 & creepage distance Setting options/switch position Connection ϑ PS V/I IN OUT Switch V n n n n 0 20 ma n n n n 4 20 ma n n n n 0 5 V n n n n n = on n = off ma V imensions 88 x 6.1 x x 6.1 x 97.8 MAS Thermo-J C select MAZ Thermo-J C select markers - see MICRO series accessories.18

19 MICROSERIES MICROSERIES Plug-in cross-connection Type No. of poles Qty Order No. yellow ZQV 4N / 2 GE ZQV 4N / 3 GE ZQV 4N / 4 GE ZQV 4N / 10 GE ZQV 4N / 20 GE red ZQV 4N / 2 RT ZQV 4N / 3 RT ZQV 4N / 4 RT ZQV 4N / 10 RT ZQV 4N / 20 RT blue ZQV 4N / 2 BL ZQV 4N / 3 BL ZQV 4N / 4 BL ZQV 4N / 10 BL ZQV 4N / 20 BL black ZQV 4N / 2 SW ZQV 4N / 3 SW ZQV 4N / 4 SW ZQV 4N / 10 SW ZQV 4N / 20 SW Tension clamp Conductor connection Solid H07V-U Stranded H07V-K f with wire end ferrules to IN f with wire end ferrules with plastic collar Max. clamping range Plug gauge to IEC size A 2 A 3 General technical data Nominal torque Continuous current for 2-pole cross-connection A Continuous current for multi-pole cross-connection A Stripping length 10 7 Ingress protection class IP 20 IP 20 Housing material Wemid Wemid UL 94 flaability rating V-0 V-0 Nominal current A 6 6 Nominal voltage V Other accessories Type Qty Order No. Base only MRZ 24VC 1CO BASIS MRS 24VC 1CO BASIS MRZ 120VUC 1CO BASIS MRS 120VUC 1CO BASIS MRZ 230VAC 1CO BASIS MRS 230VAC 1CO BASIS imensions Markers WS 12/6 12 x Labels, Lasermark LM MT /6 ge 484 labels/sheet Screwdriver S 0.6 x 3.5 x

20 WAVESERIES Advantages WAVESERIES The modules in the WAVE SERIES are ideal when users need analogue separating transducers. Weidmüller s WAVE SERIES combines the compact, space-saving design of the WAVEBOX housing with many different functions. The product range offers a wide range of signal transducers. Features Independent connection system screw or tension clamp with plug-in socket connector Assembly without tools Fast coissioning plug-in 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 control cabinet A cost effective solution.20

21 WAVESERIES Replacement The PCB can be removed from the enclosure without any tools. Simply press in the locking hook at the top and pull out the upper part with connection plane and PCB. Cross-connection Cross-connectors are used to connect units in the same series to bridge and transmit the power supply from one module to the next. Safety Protective separation has to be guaranteed as per. WAVE SERIES complies with this requirement to the full with analogue signal transmission with potential separation. 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 (screw) or BLZF (tension clamp) connectors offer the greatest possible flexibility at the wiring stage (up to ). Housing (WAVEBOX) The WAVEBOX is an ideal combination of technology, design and functionality. The enclosure is made 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..21

22 WAVESERIES - C/C passive isolator current loop feed Electrical isolation Very low power consumption Reliable isolation CCC LP (1-channel) CCC LP (2-channel) U E [V] R L voltage/ current max. voltage/max. current Pick-up current /0(4) 20 ma current loop 18 V /50 ma /max. current < 100 µa ent /0(4) 20 ma current loop 18 V /50 ma /max. current < 100 µa ent Voltage drop t R L = 0 Ω; approx. 13V at R L = 500 Ω;(I IN =20mA) voltage/ current Load impedance, voltage/current Accuracy f final value Temperature coefficient value Influence of load impedance lue/100 Ω load resistance Residual ripple eff Chopper frequency Approvals / culus / CE Standards (protective separation) EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance approx. 3V at R L = 0 Ω; approx. 13V at R L = 500 Ω;(I IN =20mA) /0(4) 20 ma / current / 500 Ω voltage/current < 0.1% of final value 50 ppm/k of final value < 0.1% of measurement value/100 Ω load resistance < 20 mv eff approx. 170 khz y -25 C +70 C ature -40 C +80 C ure CSA / GL / culus / CE (protective separation) 6 kv se withstand voltage 4 kv eff / 1 s output 5,5 & creepage distance approx. 3V at R L = 0 Ω; approx. 13V at R L = 500 Ω;(I IN =20mA) /0(4) 20 ma / current / 500 Ω voltage/current < 0.1% of final value 50 ppm/k of final value < 0.1% of measurement value/100 Ω load resistance < 20 mv eff approx. 170 khz y -25 C +70 C ature -40 C +80 C ure CSA / GL / culus / CE (protective separation) 6 kv se withstand voltage 4 kv eff / 1 s output 5,5 & creepage distance imensions 92.4 x 17.5 x x 17.5 x x 17.5 x x 17.5 x WAS5 CCC LP 0-20/0-20mA WAZ5 CCC LP 0-20/0-20mA WAS5 CCC LP 0-20/0-20mA WAZ5 CCC LP 0-20/0-20mA Markers see "" Markers see "".22

23 WAVESERIES - C/C passive isolator current loop feed Electrical isolation Very low power consumption range selected via IP switch No calibration necessary OLP Setting options/switch position voltage max. voltage resistance, voltage/current 0 kω /51 Ω current max. current current rent loop) signal limit Load impedance, voltage/current -12 V) / 20 ma e.g. 600 V Accuracy measuring range final value 0 (5)10 V e 30 V C tage 0 5V: 210 kω; 0 10V: 430 kω /51 Ω 0(4) 20 ma 40 ma urrent 4 20 ma (current loop) approx. 24 ma limit /R L = (U B -12 V) / 20 ma e.g. 600 Ω at 24 V 0.2% of measuring range final value SW ma n n n n 4 20 ma n n n n 0 5 V n n n n 0 10 V n n n n Transmission frequency 10 Hz n n n n 100 Hz n n n n Temperature coefficient Residual ripple sub> at 500 Ω Step response time 0 Hz: 50 ms Cut-off frequency (-3dB) 150 ppm/k fficient 50 mv eff at 500 Ω < 10 Hz: 80 ms; 100 Hz: 50 ms 10 Hz/ 100 Hz switchable n = on n = off Example of application Supply voltage max. 30 V C min. 12 V C/ max. 30 V C 0 C +55 C (fitted) ~ 230Vac 24Vdc 24Vdc 230Vac ~ efault setting 0 20mA, 10 Hz Approvals s CE / culus Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output 4 kv eff / 5 s output WAVE ANALOG OLP / Clearance & creepage distance 5,5 & creepage distance mA V imensions 92.4 x 17.5 x x 17.5 x SPS RL WAS5 OLP WAZ5 OLP Markers see "".23

24 WAVESERIES - C/C passive isolator Signal distributor Electrical isolation and output current loop feed Very low power consumption No calibration necessary 2OLP current rrent loop) max. current Voltage drop current (current loop) signal limit Load impedance, voltage/current -12 V) / 20 ma e.g. 600 Ω V Accuracy 0.1%, max. 0.2% Temperature coefficient Step response time Cut-off frequency (-3dB) Supply voltage max. 30 V C Approvals s Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance 4 20 ma (current loop) 40 ma urrent 3.8 V e drop 2 x 4 20 ma (current loop) approx. 31 ma limit /R L = (U B -12 V) / 20 ma e.g. 600 Ω at 24 V typical 0.1%, max. 0.2% 150 ppm/k fficient < 20 ms ponse time 30 Hz f frequency (-3dB) min. 12 V C/ max. 30 V C 0 C +55 C (fitted) CE / culus 4 kv eff / 5 s output 5,5 & creepage distance Example of application 24V C Sensor ~ ma V AC 24 V C WAVE ANALOG 2OLP / SPS R L ma ma R L2 imensions 92.4 x 17.5 x x 17.5 x WAS5 CCC 2OLP WAZ5 CCC 2OLP Markers see "".24

25 WAVESERIES - C/C 2-way isolator on output side, power supply Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 4 20 ma/4 20 ma 4 20 ma/0 20 ma 4 20 ma/0 10 V voltage/ current /4 20 ma (current loop) t /4 20 ma (current loop) t /4 20 ma (current loop) t max. voltage 7 V voltage 7 V voltage 7 V voltage max. current 25 ma urrent 25 ma urrent 25 ma urrent voltage/ current /4 20 ma age/ current /0 20 ma age/ current 0 10 V / tage/ current Load impedance, voltage/current / 500 Ω voltage/current / 500 Ω voltage/current 1 kω /, voltage/current Accuracy 0.2% of final value ± 0.2% of final value ± 0.2% of final value ± 0.2% of final value Temperature coefficient value 250 ppm/k of final value 250 ppm/k of final value 250 ppm/k of final value Step response time lly 20 ms) 30 ms (typically 20 ms) 30 ms (typically 20 ms) 30 ms (typically 20 ms) Cut-off frequency (-3dB) Hz) 15 Hz (typically 20 Hz) 15 Hz (typically 20 Hz) 15 Hz (typically 20 Hz) Supply voltage n; 20 % 24 V C ± 20 % 24 V C ± 20 % 24 V C ± 20 % Current consumption T = 20 ma < 32 ma at I OUT = 20 ma < 32 ma at I OUT = 20 ma < 20 ma at I OUT = 10 ma Current-carrying capacity of cross-connect. 0 C +55 C (fitted) 0 C +55 C (fitted) 0 C +55 C (fitted) Approvals us / CE CSA / culus / CE CSA / culus / CE CSA / culus / CE Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput Clearance & creepage distance 3 ce & creepage distance 3 ce & creepage distance 3 ce & creepage distance imensions Tension clamp c x 12.5 x x 12.5 x Tension clamp c x 12.5 x x 12.5 x Tension clamp c x 12.5 x x 12.5 x Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS4 CCC C 4-20/4-20MA WAS4 CCC C 4-20/0-20MA WAS4 CVC C 4-20/0-10V WAZ4 CCC C 4-20/4-20MA WAZ4 CCC C 4-20/0-20MA WAZ4 CVC C 4-20/0-10V

26 WAVESERIES - C/C 2-way isolator Voltage supply both sides Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 0 20 ma/0 20 ma 0 20 ma/4 20 ma 0 20 ma/0 10 V voltage/ current /0 20 ma ge/ current /0 20 ma ge/ current /0 20 ma ge/ current max. voltage/max. current /25 ma ltage/max. current /25 ma ltage/max. current /25 ma ltage/max. current resistance, voltage/current /50 Ω ance, voltage/current /50 Ω ance, voltage/current /50 Ω ance, voltage/current voltage/ current /0 20 ma age/ current /4 20 ma age/ current 0 10 V / tage/ current Load impedance, voltage/current / 500 Ω voltage/current / 500 Ω voltage/current 1 kω /, voltage/current Accuracy 0.2% of final value ± 0.2% of final value ± 0.2% of final value ± 0.2% of final value Temperature coefficient value 250 ppm/k of final value 250 ppm/k of final value 250 ppm/k of final value Step response time lly 16 ms) 30 ms (typically 16 ms) 30 ms (typically 16 ms) 30 ms (typically 16 ms) Cut-off frequency (-3dB) Hz) 15 Hz (typically 25 Hz) 15 Hz (typically 25 Hz) 15 Hz (typically 25 Hz) Supply voltage n; 20 % 24 V C ± 20 % 24 V C ± 20 % 24 V C ± 20 % Current consumption, input = 20 ma < 11 ma at I IN = 20 ma < 11 ma at I IN = 20 ma < 11 ma at I IN = 20 ma Current consumption, output = 20 ma < 32 ma at I OUT = 20 ma < 32 ma at I OUT = 20 ma < 20 ma at I OUT = 10 ma Current-carrying capacity of cross-connect. 0 C +55 C (fitted) 0 C +55 C (fitted) 0 C +55 C (fitted) Approvals us / CE CSA / culus / CE CSA / culus / CE CSA / culus / CE Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput Clearance & creepage distance 3 ce & creepage distance 3 ce & creepage distance 3 ce & creepage distance imensions Tension clamp c x 12.5 x x 12.5 x Tension clamp c x 12.5 x x 12.5 x Tension clamp c x 12.5 x x 12.5 x Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS4 CCC C 0-20/0-20MA WAS4 CCC C 0-20/4-20MA WAS4 CVC C 0-20/0-10V WAZ4 CCC C 0-20/0-20MA WAZ4 CCC C 0-20/4-20MA WAZ4 CVC C 0-20/0-10V

27 WAVESERIES - C/C 2-way isolator Voltage supply both sides Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 0 10 V/0 20 ma 0 10 V/4 20 ma 0 10 V/0 10 V voltage/ current 0 10 V / age/ current 0 10 V / age/ current 0 10 V / age/ current max. voltage/max. current 15 V / oltage/max. current 15 V / oltage/max. current 15 V / oltage/max. current resistance, voltage/current 500 kω / ce, voltage/current 500 kω / ce, voltage/current 500 kω / ce, voltage/current voltage/ current /0 20 ma age/ current /4 20 ma age/ current 0 10 V / tage/ current Load impedance, voltage/current / 500 Ω voltage/current / 500 Ω voltage/current 1 kω /, voltage/current Accuracy 0.2% of final value ± 0.2% of final value ± 0.2% of final value ± 0.2% of final value Temperature coefficient value 250 ppm/k of final value 250 ppm/k of final value 250 ppm/k of final value Step response time lly 25 ms) 30 ms (typically 25 ms) 30 ms (typically 25 ms) 30 ms (typically 25 ms) Cut-off frequency (-3dB) Hz) 13 Hz (typically 17 Hz) 13 Hz (typically 17 Hz) 13 Hz (typically 17 Hz) Supply voltage n; 20 % 24 V C ± 20 % 24 V C ± 20 % 24 V C ± 20 % Current consumption, input = 10 V < 11 ma at U IN = 10 V < 11 ma at U IN = 10 V < 11 ma at U IN = 10 V Current consumption, output = 20 ma < 32 ma at I OUT = 20 ma < 32 ma at I OUT = 20 ma < 20 ma at I OUT = 10 ma Current-carrying capacity of cross-connect. 0 C +55 C (fitted) 0 C +55 C (fitted) 0 C +55 C (fitted) Approvals us / CE CSA / culus / CE CSA / culus / CE CSA / culus / CE Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput Clearance & creepage distance 3 ce & creepage distance 3 ce & creepage distance 3 ce & creepage distance imensions Tension clamp c x 12.5 x x 12.5 x Tension clamp c x 12.5 x x 12.5 x Tension clamp c x 12.5 x x 12.5 x Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS4 VCC C 0-10/0-20MA WAS4 VCC C 0-10/4-20MA WAS4 VVC C 0-10/0-10V WAZ4 VCC C 0-10/0-20MA WAZ4 VCC C 0-10/4-20MA WAZ4 VVC C 0-10/0-10V

28 WAVESERIES - C/C 3-way isolator 10 Hz limiting frequency Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 0 (4)20 ma/0 (4)20 ma 0 20 ma/4 20 ma 0 20 ma/0 10 V voltage/ current /0(4) 20 ma current /0 20 ma ge/ current /0 20 ma ge/ current max. voltage max. voltage max. voltage max. voltage max. current 25 ma urrent 25 ma urrent 25 ma urrent voltage/ current /0(4) 20 ma / current /4 20 ma age/ current 0 10 V / tage/ current Load impedance, voltage/current / 600 Ω voltage/current / 600 Ω voltage/current 1 kω /, voltage/current Accuracy 0.2 % cy 0.2 % cy 0.2 % cy Temperature coefficient ± 250 ppm/k ient ± 250 ppm/k ient ± 250 ppm/k ient Step response time 45 ms se time 45 ms se time 45 ms se time Cut-off frequency (-3dB) 10 Hz f frequency (-3dB) 10 Hz f frequency (-3dB) 10 Hz f frequency (-3dB) Supply voltage n; 25 % 24 V C ± 25 % 24 V C ± 25 % 24 V C ± 25 % Power consumption ub>out = 20 ma < 1.5 W at I OUT = 20 ma < 1.5 W at I OUT = 20 ma < 1.3 W at I OUT = 5 ma Current-carrying capacity of cross-connect. ounting) 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) Approvals s CE / culus CE / culus CE / culus Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output 2 kv eff / 5 s output 2 kv eff / 5 s output 2 kv eff / 5 s output Clearance & creepage distance 3 ce & creepage distance 3 ce & creepage distance 3 ce & creepage distance imensions Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 CCC 0-20/0-20mA WAS5 CCC 0-20/4-20mA WAS5 CVC 0-20mA/0-10V WAZ5 CCC 0-20/0-20mA WAZ5 CCC 0-20/4-20mA WAZ5 CVC 0-20mA/0-10V

29 WAVESERIES - C/C 3-way isolator 10 Hz limiting frequency Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 4 20 ma/0 20 ma 4 20 ma/0 10 V voltage/ current max. voltage max. current voltage/ current Load impedance, voltage/current Accuracy Temperature coefficient Step response time Cut-off frequency (-3dB) Supply voltage n; 25 % Power consumption ub>out = 20 ma Current-carrying capacity of cross-connect. ounting) Approvals s Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance /4 20 ma ge/ current max. voltage 25 ma urrent /0 20 ma age/ current / 600 Ω voltage/current 0.2 % cy ± 250 ppm/k ient 45 ms se time 10 Hz f frequency (-3dB) 24 V C ± 25 % < 1.5 W at I OUT = 20 ma 0 C +55 C (horiz. mounting) CE / culus 2 kv eff / 5 s output 3 ce & creepage distance /4 20 ma ge/ current max. voltage 25 ma urrent 0 10 V / tage/ current 1 kω /, voltage/current 0.2 % cy ± 250 ppm/k ient 45 ms se time 10 Hz f frequency (-3dB) 24 V C ± 25 % < 1.3 W at I OUT = 5 ma 0 C +55 C (horiz. mounting) CE / culus 2 kv eff / 5 s output 3 ce & creepage distance imensions Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Type (Qty.=1) Order No. WAS5 CCC 4-20/0-20MA WAZ5 CCC 4-20/0-20MA Type (Qty.=1) Order No. WAS5 CVC 4-20mA/0-10V WAZ5 CVC 4-20mA/0-10V

30 WAVESERIES - C/C 3-way isolator 10 Hz limiting frequency Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 0 10 V/0 20 ma 0 10 V/4 20 ma 0 10 V/0 10 V voltage/ current 0 10 V / age/ current 0 10 V / age/ current 0 10 V / age/ current max. voltage 15 V voltage 15 V voltage 15 V voltage max. current max. current max. current max. current voltage/ current /0 20 ma age/ current /4 20 ma age/ current 0 10 V / tage/ current Load impedance, voltage/current / 600 Ω voltage/current / 600 Ω voltage/current 1 kω /, voltage/current Accuracy 0.2 % cy 0.2 % cy 0.2 % cy Temperature coefficient ± 250 ppm/k ient ± 250 ppm/k ient ± 250 ppm/k ient Step response time 45 ms se time 45 ms se time 45 ms se time Cut-off frequency (-3dB) 10 Hz f frequency (-3dB) 10 Hz f frequency (-3dB) 10 Hz f frequency (-3dB) Supply voltage n; 25 % 24 V C ± 25 % 24 V C ± 25 % 24 V C ± 25 % Power consumption ub>out = 20 ma < 1.5 W at I OUT = 20 ma < 1.5 W at I OUT = 20 ma < 1.3 W at I OUT = 5 ma Current-carrying capacity of cross-connect. ounting) 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) 0 C +55 C (horiz. mounting) Approvals s CE / culus CE / culus CE / culus Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output 2 kv eff / 5 s output 2 kv eff / 5 s output 2 kv eff / 5 s output Clearance & creepage distance 3 ce & creepage distance 3 ce & creepage distance 3 ce & creepage distance imensions Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 VCC 0-10V/0-20MA WAS5 VCC 0-10V/4-20MA WAS5 VVC 0-10V/0-10V WAZ5 VCC 0-10V/0-20MA WAZ5 VCC 0-10V/4-20MA WAZ5 VVC 0-10V/0-10V

31 WAVESERIES - C/C 3-way isolator 20 khz limiting frequency Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 0(4) 20 ma/0(4) 20 ma 0 20 ma/4 20 ma 0 20 ma/0 10 V voltage/ current /0 20 ma ge/ current /0 20 ma ge/ current /0 20 ma ge/ current max. voltage/max. current /50 ma ltage/max. current /50 ma ltage/max. current /50 ma ltage/max. current resistance, voltage/current /50 Ω ance, voltage/current /50 Ω ance, voltage/current /50 Ω ance, voltage/current voltage/ current /0 20 ma age/ current /4 20 ma age/ current 0 10 V / tage/ current Load impedance, voltage/current / 500 Ω voltage/current / 500 Ω voltage/current 2 kω /, voltage/current Accuracy f final value < 0.2% of final value < 0.2% of final value < 0.2% of final value Temperature coefficient value 250 ppm/k of final value 250 ppm/k of final value 250 ppm/k of final value Step response time lly 30 µs) 40 µs (typically 30 µs) 40 µs (typically 30 µs) 40 µs (typically 30 µs) Cut-off frequency (-3dB) ) 15 khz (typ. 20 khz) 15 khz (typ. 20 khz) 15 khz (typ. 20 khz) Supply voltage n; 25 % 24 V C ± 25 % 24 V C ± 25 % 24 V C ± 25 % Power consumption ub>out = 20 ma < 1.5 W at I OUT = 20 ma < 1.5 W at I OUT = 20 ma < 1.3 W at I OUT = 5 ma Current-carrying capacity of cross-connect. 0 C +55 C erature 0 C +55 C erature 0 C +55 C erature Approvals us / CE CSA / culus / CE CSA / culus / CE CSA / culus / CE Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput 1.2 kv eff / 5 s tput Coupling capacitance, I/O, power supply 1 nf ing capacitance, I/O, power supply 1 nf ing capacitance, I/O, power supply 1 nf ing capacitance, I/O, power supply Clearance & creepage distance 3 ce & creepage distance 3 ce & creepage distance 3 ce & creepage distance imensions Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. WAS5 CCC HF 0-20/0-20MA WAS5 CCC HF 0-20/4-20MA WAS5 CVC HF 0-20/0-10V WAZ5 CCC HF 0-20/0-20MA WAZ5 CCC HF 0-20/4-20MA WAZ5 CVC HF 0-20/0-10V

32 WAVESERIES - C/C 3-way isolator 20 khz limiting frequency Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 4 20 ma/0 20 ma 4 20 ma/0 10 V voltage/ current max. voltage/max. current resistance, voltage/current voltage/ current Load impedance, voltage/current Accuracy 0.2% of final value Temperature coefficient value Step response time lly 30 µs) Cut-off frequency (-3dB) ) Supply voltage n; 25 % Power consumption ub>out = 20 ma Current-carrying capacity of cross-connect. Approvals us / CE Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Coupling capacitance, I/O, power supply Clearance & creepage distance /4 20 ma ge/ current /50 ma ltage/max. current /50 Ω ance, voltage/current /0 20 ma age/ current / 500 Ω voltage/current < 0.2% of final value value 250 ppm/k of final value 40 µs (typically 30 µs) 15 khz (typ. 20 khz) 24 V C ± 25 % < 1.5 W at I OUT = 20 ma 0 C +55 C erature CSA / culus / CE 1.2 kv eff / 5 s tput 1 nf ing capacitance, I/O, power supply 3 ce & creepage distance /4 20 ma ge/ current /50 ma ltage/max. current /50 Ω ance, voltage/current 0 10 V / tage/ current 2 kω / 600 Ω ent < 0.2% of final value value 250 ppm/k of final value 40 µs (typically 30 µs) 15 khz (typ. 20 khz) 24 V C ± 25 % < 1.3 W at I OUT = 5 ma 0 C +55 C erature CSA / culus / CE 1.2 kv eff / 5 s tput 1 nf ing capacitance, I/O, power supply 3 ce & creepage distance imensions Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Type (Qty.=1) Order No. WAS5 CCC HF 4-20/0-20MA WAZ5 CCC HF 4-20/0-20MA Type (Qty.=1) Order No. WAS5 CVC HF 4-20/0-10V WAZ5 CVC HF 4-20/0-10V

33 WAVESERIES - C/C 3-way isolator 20 khz limiting frequency Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 0 10 V/0 20 ma 0 10 V/4 20 ma voltage/ current max. voltage/max. current resistance, voltage/current voltage/ current Load impedance, voltage/current Accuracy 0.2% of final value Temperature coefficient value Step response time lly 30 µs) Cut-off frequency (-3dB) ) Supply voltage n; 25 % Power consumption ub>out = 20 ma Current-carrying capacity of cross-connect. Approvals us / CE Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Coupling capacitance, I/O, power supply Clearance & creepage distance 0 10 V / age/ current 15 V / oltage/max. current 500 kω / ce, voltage/current /0 20 ma age/ current / 500 Ω voltage/current ± 0.2% of final value 250 ppm/k of final value 40 µs (typically 30 µs) 15 khz (typ. 20 khz) 24 V C ± 25 % < 1.5 W at I OUT = 20 ma 0 C +55 C erature CSA / culus / CE 1.2 kv eff / 5 s tput 1 nf ing capacitance, I/O, power supply 3 ce & creepage distance 0 10 V / age/ current 15 V / oltage/max. current 500 kω / ce, voltage/current /4 20 ma age/ current / 500 Ω voltage/current ± 0.2% of final value 250 ppm/k of final value 40 µs (typically 30 µs) 15 khz (typ. 20 khz) 24 V C ± 25 % < 1.5 W at I OUT = 20 ma 0 C +55 C erature CSA / culus / CE 1.2 kv eff / 5 s tput 1 nf ing capacitance, I/O, power supply 3 ce & creepage distance imensions Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Type (Qty.=1) Order No. WAS5 VCC HF 0-10/0-20MA WAZ5 VCC HF 0-10/0-20MA Type (Qty.=1) Order No. WAS5 VCC HF 0-10/4-20MA WAZ5 VCC HF 0-10/4-20MA

34 WAVESERIES - C/C 3-way isolator 20 khz limiting frequency Signal conversion Electrical isolation between input and output signals Power supply can be crossconnected using ZQV cross connection system 0 10 V/0 10 V V/ V voltage/ current max. voltage/max. current resistance, voltage/current voltage/ current Load impedance, voltage/current Accuracy 0.2% of measuring range Temperature coefficient ring range Step response time lly 30 µs) Cut-off frequency (-3dB) ) Supply voltage n; 25 % Power consumption ub>out = 5 ma Current-carrying capacity of cross-connect. Approvals us / CE Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Coupling capacitance, I/O, power supply Clearance & creepage distance 0 10 V / age/ current 15 V / oltage/max. current 500 kω / ce, voltage/current 0 10 V / tage/ current 2 kω /, voltage/current ± 0.2% of final value nge 250 ppm/k of final value nge 40 µs (typically 30 µs) 15 khz (typ. 20 khz) 24 V C ± 25 % < 1.3 W at I OUT = 5 ma 0 C +55 C erature CSA / culus / CE 1.2 kv eff / 5 s tput 1 nf ing capacitance, I/O, power supply 3 ce & creepage distance V / / current ± 15 V / x. current 500 kω / ce, voltage/current V / e/ current 2 kω /, voltage/current ± 0.2% of measuring range 250 ppm/k of measuring range 40 µs (typically 30 µs) 15 khz (typ. 20 khz) 24 V C ± 25 % < 1.3 W at I OUT = 5 ma 0 C +55 C erature CE / culus / CE 1.2 kv eff / 5 s tput 1 nf ing capacitance, I/O, power supply 3 ce & creepage distance imensions Tension clamp c x 17.5 x x 17.5 x Tension clamp c x 17.5 x x 17.5 x Type (Qty.=1) Order No. WAS5 VVC HF 0-10/0-10V WAZ5 VVC HF 0-10/0-10V Type (Qty.=1) Order No. WAS5 VVC HF +-10V/+-10V WAZ5 VVC HF +-10V/+-10V

35 configurable Universal adjustable via IP switch Service tool WAVETOOL via Internet Voltage supply V AC/C Low power loss Adjustable transmission frequency PRO C/C WAVESERIES - C/C 3-way isolator Switch position/setting options Switch S1 S2 range ±60 mv n n n n n n n n 0 ±100 mv n n n n n n n n 0 ±150 mv n n n n n n n n 0 ±300 mv n n n n n n n n 0 ±500 mv n n n n n n n n 0 ±1 V n n n n n n n n voltage/ current 00 V /± 0.1mA ± 100 ma resistance, voltage/current. 100 Ω; >5 ma: approx. 5 Ω max. current b> < 5 ma: < 100 ma, I IN > 5 ma < 300 ma voltage/ current ;20 ma Load impedance, voltage/current Accuracy f final value Temperature coefficient lue Cut-off frequency (-3dB) Offset or 10 mv Adjustment range, zero point nge of chosen output range Adjustment range, amplification lected output range isplacement 0%, 50%, 100% of measuring range Supply voltage C +10 %/ Hz Power consumption efault setting 0V / 10Hz Approvals curus Standards EMC standards EN 61326/A1, EN /-2 Rated voltage Impulse withstand voltage 4) Isolation voltage input, output ± 20 mv ± 200 V /± 0.1mA ± 100 ma ca. 1 MΩ /< 5 ma: approx. 100 Ω; >5 ma: approx. 5 Ω I IN < 5 ma: < 100 ma, I IN > 5 ma < 300 ma 0 ±10 V /0 ±20 ma 1 kω / 600 Ω ent < 0.1% of final value 60 ppm/k of end value > 10 khz/ < 10 Hz (-3dB) 20 µa or 10 mv ± 25% of measuring range of chosen output range x final value of selected output range -100%, -50%, 0%, 50%, 100% of measuring range V AC/C +10 %/ Hz approx. 1 W ption -10 C +70 C ature -40 C +85 C ure 0 10V / 0 10V / 10Hz GL / CE / curus IN EN EN 61326/A1, EN / V voltage 5 kv, 1.2/50 µs (IEC 255-4) 4 kv eff nput, output 0 ±5 V n n n n n n n n 0 ±10 V n n n n n n n n 0 ±100 V n n n n n n n n 0 ± ~0.3 ma n n n n n n n n 0 ±1 ma n n n n n n n n 0 ±5 ma n n n n n n n n 0 ±10 ma n n n n n n n n 0 ±20 ma n n n n n n n n 0 ±50 ma n n n n n n n n 4 ±20 ma* n n n n n n n n *Offset conversion not calibrated Switch S2 4 calibratet ranges n Span-pot. activated: input x x 3.30 Switch S1 S3 range ±10 V n n n n n 2 10 V n n n n n 0 ±5 V n n n n n 1 5 V n n n n n 0 ±20 ma n n n n n 4 20 ma n n n n n Offset S1 S2 (in % of output voltage) % n n n n -100 % n n n n -50 % n n n n imensions 92.4 x 12.5 x x 12.5 x % n n n n +100 % n n n n Zero pot. activated: additional ±25 % WAS4 PRO C/C WAZ4 PRO C/C Switch S3 3 Bandwidth 10 khz n Bandwidth 10 Hz n Set range can be documented on side of housing. n = on n= off.35

36 WAVESERIES - PT100 / RT - signal converter PT100, 2-conductor converter 2-conductor system -200 C +800 C adjustable temperature range Power supply can be cross-connected using ZQV cross connection system PT100/2 0(4) 20 ma PT100/ V Sensor 2-conductor Supply current voltage/ current Load impedance, voltage/current Accuracy 0.5% of measuring range Supply voltage/current consumption I OUT = 20 ma / Approvals us / CE Standards EN 60751, IEC751 EMC standards imensions PT100/2-conductor 1.45 ma urrent /0(4) 20 ma / current / 500 Ω voltage/current ± 0.5% of measuring range 24 V C ± 20 % /< 48 ma at I OUT = 20 ma 0 C +55 C /-20 C +85 C emperature CSA / culus / CE, EN 60751, IEC x 12.5 x x 12.5 x PT100/2-conductor 1.45 ma urrent 0 10 V / tage/ current 1 kω /, voltage/current ± 0.5% of measuring range 24 V C ± 20 % /< 38 ma at I OUT = 20 ma 0 C +55 C /-20 C +85 C emperature CSA / culus / CE, EN 60751, IEC x 12.5 x x 12.5 x Temperature input range adjustable C adjustable C Special adjustment Special adjustment C C C C WTS4 PT100/2 C 0/4-20mA WTZ4 PT100/2 C 0/4-20mA WTS4 PT100/2 C 0/4-20mA variable WTZ4 PT100/2 C 0/4-20mA variable WTS4 PT100/2 C 0-20mA 0 100C WTZ4 PT100/2 C 0-20mA 0 100C WTS4 PT100/2 C 4-20mA 0 100C WTZ4 PT100/2 C 4-20mA 0 100C WTS4 PT100/2 V 0-10V WTZ4 PT100/2 V 0-10V WTS4 PT100/2 V 0-10V variable WTZ4 PT100/2 Vn 0-10V variable WTS4 PT100/2 V 0-10V 0 100C WTZ4 PT100/2 V 0-10V 0 100C Specify temperature range for special calibrations. Application.36

37 WAVESERIES - PT100 / RT - signal isolator/converter PT100, 3-conductor converter 3-conductor system -200 C +800 C adjustable temperature range Power supply can be cross-connected using ZQV cross connection system PT100/3 0(4) 20 ma PT100/ V Sensor 3-conductor Supply current voltage/ current Load impedance, voltage/current Accuracy 0.5% of measuring range Supply voltage/current consumption I OUT = 20 ma / Approvals us / CE Standards EN 60751, IEC751 EMC standards imensions PT100/3-conductor 1.45 ma urrent /0(4) 20 ma / current / 500 Ω voltage/current ± 0.5% of measuring range 24 V C ± 20 % /< 48 ma at I OUT = 20 ma 0 C +55 C /-20 C +85 C emperature CSA / culus / CE, EN 60751, IEC x 12.5 x x 12.5 x PT100/3-conductor 1.45 ma urrent 0 10 V / tage/ current 1 kω /, voltage/current ± 0.5% of measuring range 24 V C ± 20 % /< 38 ma at I OUT = 20 ma 0 C +55 C /-20 C +85 C emperature CSA / culus / CE, EN 60751, IEC x 12.5 x x 12.5 x Temperature input range adjustable C adjustable C Special adjustment Special adjustment C C C C WTS4 PT100/3 C 0/4-20mA WTZ4 PT100/3 C 0/4-20mA WTS4 PT100/3 C 0/4-20mA variable WTZ4 PT100/3 C 0/4-20mA variable WTS4 PT100/3 C 0-20mA 0 100C WTZ4 PT100/3 C 0-20mA 0 100C WTS4 PT100/3 C 4-20mA 0 100C WTZ4 PT100/3 C 4-20mA 0 100C WTS4 PT100/3 V 0-10V WTZ4 PT100/3 V 0-10V WTS4 PT100/3 V 0-10V variable WTZ4 PT100/3 V 0-10V variable WTS4 PT100/3 V 0-10V 0 100C WTZ4 PT100/3 V 0-10V 0 100C Specify temperature range for special calibrations. Application.37

38 WAVESERIES - PT100 / RT - signal isolator/converter PT100, 4-conductor converter 4-conductor system -200 C +800 C adjustable temperature range Power supply can be cross-connected using ZQV cross connection system PT100/4 0(4) 20 ma PT100/ V Sensor 4-conductor Supply current voltage/ current Load impedance, voltage/current Accuracy ; measuring range < 600K: 0.1%; measuring range 600K: 0.2%; of measuring range Supply voltage/current consumption I OUT = 20 ma / Approvals us / CE Standards EN 60751, IEC751 imensions PT100/4-conductor 1.45 ma urrent /0(4) 20 ma / current / 500 Ω voltage/current 100K measuring range < 600K: 0.1%; measuring range 600K: 0.2%; of measuring range 24 V C ± 20 % /< 48 ma at I OUT = 20 ma 0 C +55 C /-20 C +85 C emperature CSA / culus / CE, EN 60751, IEC x 12.5 x x 12.5 x PT100/4-conductor 1.45 ma urrent 0 10 V / tage/ current 1 kω /, voltage/current 100K measuring range < 600K: 0.1%; measuring range 600K: 0.2%; of measuring range 24 V C ± 20 % /< 38 ma at I OUT = 20 ma 0 C +55 C /-20 C +85 C emperature CSA / culus / CE, EN 60751, IEC x 12.5 x x 12.5 x Temperature input range adjustable C adjustable C Special adjustment Special adjustment C C C C WTS4 PT100/4 C 0/4-20mA WTZ4 PT100/4 C 0/4-20mA WTS4 PT100/4 C 0/4-20mA variable WTZ4 PT100/4 C 0/4-20mA variable WTS4 PT100/4 C 0 20mA 0 100C WTZ4 PT100/4 C 0 20mA 0 100C WTS4 PT100/4 C 4-20mA 0 100C WTZ4 PT100/4 C 4-20mA 0 100C WTS4 PT100/4 V 0-10V WTZ4 PT100/4 V 0-10V WTS4 PT100/4 V 0-10V variable WTZ4 PT100/4 V 0-10V variable WTS4 PT100/4 V 0-10V 0 100C WTZ4 PT100/4 V 0-10V 0 100C markers - see WAVE series accessories Specify temperature range for special calibrations. Application.38

39 RT, signal isolator/converter Universally adjustable via IP switch 3-way isolation Linearisation Power supply can be cross-connected using ZQV cross connection system WAVESERIES - PT100 / RT - signal disconnector/converter, configurable PRO RT PRO RT 1000 Sensor 2-/3-/4-conductor, Ni100/2-/3-/4-conductor, potentiometer: min Ω, max kω, resistor: Temperature input range current/ voltage Offset current/offset voltage Load impedance, voltage/current Step response time cond.: 1.2s/2.3s; potentiometer: 0.5s/1.2s Line resistance in measuring circuit Influence of cable resistance onductor resistance Wire break detection value > 20 ma, >10 V) Fine adjustment of FSR; Poti: ± 12.5% ± 25% Status indicator ond. broken: LE flashing/error: LE off Supply voltage n; 25 % Power consumption at I OUT = 20 ma Current-carrying capacity of cross-connect. efault setting C / 4 20 ma / man. fine calib.: off / slow step response Approvals culus Standards EN 60751, IEC 751, IN EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance PT100/2-/3-/4-conductor, Ni100/2-/3-/4-conductor, potentiometer: min Ω, max kω, resistor: Ω configurable nput range 0(4) 20 ma /0 10 V oltage max. 100 µa /max V tage 1 kω / 600 Ω ent fast: 1.2 s/ slow: 2.2 s 1.2s/2.3s; potentiometer: 0.5s/1.2s 50 Ω for 3- and 4-conductor it max C at 50 Ω conductor resistance LE flashes (output value > 20 ma, >10 V) +/- 5%, Version 1:>=12.5% / Poti:12.5% 25% active: LE on/cond. broken: LE flashing/error: LE off 24 V C ± 25 % mW at I OUT = 20 ma 0 C +55 C perature PT100/3-cond./ C / 4 20 ma / man. fine calib.: off / slow step response GL / CE / culus, EN 60751, IEC 751, IN kv eff / 5 s output 3 ce & creepage distance PT1000/2-/3-/4-cond.; Ni1000/2-/3-/4-cond.; potentiometer: min. 0-1 km, max km; resistor: km r: Ω configurable nput range 0(4) 20 ma /0 10 V oltage max. 100 µa /max V tage 1 kω / 600 Ω ent fast/slow:2-/3-/4-cond.: 1.2s/2.3s; potentiometer: 0.5s/1.2s 50 Ω for 3- and 4-conductor it max C at 50 Ω conductor resistance LE flashes (output value > 20 ma, >10 V) ± 12.5% of FSR; Poti: ± 12.5% ± 25% active: LE on/cond. broken: LE flashing/error: LE off 24 V C ± 25 % mW at I OUT = 20 ma 0 C +55 C perature PT1000/3-cond./ C / 4 20mA / man. adjustment: off / slow step response GL / CE / culus, EN 60751, IEC 751, IN kv eff / 5 s output 3 ce & creepage distance imensions 92.4 x 17.5 x x 17.5 x x 17.5 x x 17.5 x WAS5 PRO RT WAZ5 PRO RT WAS5 PRO RT WAZ5 PRO RT on demand.39

40 WAVESERIES PT100/RT signal separator/converter configurable WAVEANALOG PRO RT WAVEANALOG PRO RT 1000 Switch positions/setting options Switch positions/setting options Selection of input = on Selection of input = on Switch 1 = off Switch 1 = off PT100 2-conductor PT10002-conductor PT100 3-conductor PT10003-conductor PT100 4-conductor PT10004-conductor Selection of output Switch V mA mA Switching on the manual adjustment manual S.1 adjustment 8 off on R 2-conductor NI100 2-conductor NI100 3-conductor NI100 4-conductor Potentiometer R 2-conductor NI conductor NI conductor NI conductor Potentiometer Selection of the step response S.2 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 % 20 C 20 Ω 20 % Selection of minimum input size Switch 1 min R min Poti min C 0 Ω 0 % 10 C 100 Ω 10 % 20 C 200 Ω 20 % Accuracy, slow/fast step response PT 100, Ni100: 0.3 % of measuring range 0.8 % Measuring range: Potentiometer: 0.2 % of final value / 0.3 % Resistance: 0.2 % of final value / 0.3 % 25 C 20 Ω 25 % 25 C 200 Ω 25 % 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 200 K 200 ppm / C 100 K Measuring range < 200 K 250 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 200 C 200 Ω 200 C 2000 Ω Special range Special range Choice of measuring range Switch 2 T R Potentiometer K 20 Ω 20 % 50K 25 Ω 25 % 60K 30 Ω 30 % Choice of measuring range Switch 2 T R Potentiometer K 200 Ω 20 % 50K 250 Ω 25 % 60K 300 Ω 30 % Examples for setting zero and range Temperature setting: 4 20 ma IP switch 10 C +110 C Range C 70K 35 Ω 35 % 80K 40 Ω 40 % 90K 45 Ω 45 % 70K 350 Ω 35 % 80K 400 Ω 40 % 90K 450 Ω 45 % Range 120 C Range adjustment ± 12.5 % 100K 50 Ω 50 % 110K 55 Ω 55 % v 100K 500 Ω 50 % 110K 550 Ω 55 % v 120K 60 Ω 60 % 125K 62.5 Ω 62.5 % 120K 600 Ω 60 % 125K 625 Ω 62.5 % Zero 130K 65 Ω 65 % 130K 650 Ω 65 % 140K 70 Ω 70 % 150K 75 Ω 75 % 160K 80 Ω 80 % 170K 85 Ω 85 % 180K 90 Ω 90 % 140K 700 Ω 70 % 150K 750 Ω 75 % 160K 800 Ω 80 % 170K 850 Ω 85 % 180K 900 Ω 90 % 25 C 95 C 10 C 110 C 5 C 125 C Span 190K 95 Ω 95 % 200K 100 Ω 100 % 250K 125 Ω K 150 Ω K 950 Ω 95 % 200K 1000 Ω 100 % 250K 1250 Ω K 1500 Ω C 5 C 125 C 140 C 350K 175 Ω K 1750 Ω K 200 Ω K 2000 Ω K 225 Ω K 2250 Ω K 250 Ω K 275 Ω K 300 Ω K 325 Ω K 350 Ω K 375 Ω K 400 Ω K 2500 Ω K 2750 Ω K 3000 Ω K 3250 Ω K 3500 Ω K 3750 Ω K 4000 Ω --- WAVETOOL Setting aid The service tool is used for fast, uncomplicated configuration of WAVEANALOGUE PRO. ownload from the internet: 850K 425 Ω K 4250 Ω K 450 Ω K 4500 Ω

41 RT, signal isolator/converter Universally adjustable via IP switch 3-way isolation Linearisation Power supply can be cross-connected using ZQV cross connection system WAVESERIES - PT100 / RT - signal disconnector/converter, configurable PRO RT Cu Selection of connection Switch 1 Connection 1 3-wire 4-wire n n Selection of senor Type Switch Cu 10 n n Cu 25 n n Cu 50 n n Cu 100 n n Selection of minimun input values Switch 1 min C n n n n -10 C n n n n -20 C n n n n -25 C n n n n -30 C n n n n -40 C n n n n -50 C n n n n -60 C n n n n -70 C n n n n -80 C n n n n -90 C n n n n -100 C n n n n -150 C n n n n -200 C n n n n Sensor Cu 25, Cu 50, Cu 100; 3-/4-conductor Temperature input range C current/ voltage Offset current/offset voltage Load impedance, voltage/current Step response time 2.2 s Line resistance in measuring circuit 5 Ω Cu 50; 50 Ω Cu 100 Influence of cable resistance or resistance Wire break detection value > 20 ma, >10 V) Fine adjustment of FSR Status indicator ond. broken: LE flashing/error: LE off Supply voltage n; 25 % Power consumption W at I OUT = 20 ma Current-carrying capacity of cross-connect. efault setting C; 4 20 ma; no filter, no manual fine calib.; slow step response Approvals culus Standards EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance Cu 10, Cu 25, Cu 50, Cu 100; 3-/4-conductor adjustable C 0(4) 20 ma /0 10 V oltage max. 100 µa /max V tage 1 kω / 600 Ω ent fast: 1.2 s/ slow: 2.2 s 5 Ω Cu 10; 15 Ω Cu 25; 25 Ω Cu 50; 50 Ω Cu 100 max C at max. conductor resistance LE flashes (output value > 20 ma, >10 V) ± 12.5% of FSR active: LE on/cond. broken: LE flashing/error: LE off 24 V C ± 25 % mW at I OUT = 20 ma 0 C +55 C perature CU 10/3-cond.; C; 4 20 ma; no filter, no manual fine calib.; slow step response GL / CE / culus 2 kv eff / 5 s output 3 ce & creepage distance special range n n n n Selection of the measurement range Switch 2 Span K n n n n n 50 K n n n n n 60 K n n n n n 70 K n n n n n 80 K n n n n n 90 K n n n n n 100 K n n n n n 110 K n n n n n 120 K n n n n n 125 K n n n n n 130 K n n n n n 140 K n n n n n 150 K n n n n n 160 K n n n n n 170 K n n n n n 180 K n n n n n 190 K n n n n n 200 K n n n n n 210 K n n n n n 220 K n n n n n 230 K n n n n n 240 K n n n n n 250 K n n n n n 260 K n n n n n 270 K n n n n n 280 K n n n n n 290 K n n n n n 300 K n n n n n imensions 92.4 x 17.5 x x 17.5 x K n n n n n 400 K n n n n n 450 K n n n n n 460 K n n n n n Selection of Switching on the Switch 2 manual fine adjustment WAS5 PRO RT Cu WAZ5 PRO RT Cu 1 on request V n n ma n n ma n n Switch 1 man. adj. 8 off n on n Selection of step set time Time of Switch 2 step response 8 slow n fast n n = on n = off.41

42 WAVESERIES - thermo element signal converter, configurable Thermal converter type K, J, T, E, N, R, S, B No calibration necessary Cold-junction compensation signal selectable Power supply can be cross-connected using ZQV cross connection system Thermo Select Switch position/setting options Sensor element (IEC 584) type: K,J,T,E,N,R,S,B Temperature input range voltage/ current Load impedance, voltage/current Temperature coefficient range K)/K Step response time ; without filter: 6 s Wire break detection value > 20 ma, >10 V) Supply voltage n; 20 % Current consumption T = 20 ma Current-carrying capacity of cross-connect. Approvals us / CE Standards EN 60584, IEC 584 EMC standards Thermo element (IEC 584) type: K,J,T,E,N,R,S,B C t range 0 10 V /0(4) 20 ma urrent 1 kω / 500 Ω ent ± (200 ppm from range K)/K with filter: 1.1 s; without filter: 6 s LE flashes (output value > 20 ma, >10 V) 24 V C ± 20 % < 38 ma at I OUT = 20 ma 0 C +55 C erature CSA / culus / CE, EN 60584, IEC 584 SW 1 Type K n n n J n n n T n n n E n n n N n n n R n n n S n n n B n n n SW 1 Tmin C n n n n -10 C n n n n -20 C n n n n -30 C n n n n -40 C n n n n -50 C n n n n -100 C n n n n -150 C n n n n -200 C n n n n +50 C n n n n +100 C n n n n +150 C n n n n +200 C n n n n +250 C n n n n +500 C n n n n SW V n n 0-20 man n 4-20 man n SW 2 Span C n n n n n 150 C n n n n n 200 C n n n n n 250 C n n n n n 300 C n n n n n 350 C n n n n n 400 C n n n n n 450 C n n n n n 500 C n n n n n 550 C n n n n n 600 C n n n n n 650 C n n n n n 700 C n n n n n 750 C n n n n n 800 C n n n n n 850 C n n n n n 900 C n n n n n 950 C n n n n n 1000 C n n n n n 1050 C n n n n n 1100 C n n n n n 1150 C n n n n n 1200 C n n n n n 1250 C n n n n n 1300 C n n n n n 1350 C n n n n n 1400 C n n n n n 1450 C n n n n n 1500 C n n n n n 1600 C n n n n n 1700 C n n n n n 1800 C n n n n n Filter 8 off n on n imensions 92.4 x 12.5 x x 12.5 x TU=23 C, single module WTS4 THERMO WTZ4 THERMO n = on n = off Temperature coefficient K -200 C C ± (5K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) 1200 C C ± (4K + 0.1% of set range) J -200 C C ± (4K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) T -200 C C ± (5K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) E -200 C C ± (4K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) N -200 C C ± (6K + 0.1% of set range) -150 C C ± (3K + 0.1% of set range) R -50 C C ± (10K + 0.1% of set range) 200 C C ± (6K + 0.1% of set range) S -50 C C ± (10K + 0.1% of set range) 200 C C ± (6K + 0.1% of set range) B 50 C C ± (25K + 0.1% of set rangeh) 250 C C ± (10K + 0.1% of set range) 500 C C ± (6K + 0.1% of set range).42

43 Thermal converter type K, J, T, E, N, R, S, B 3-way isolation No calibration necessary Cold-junction compensation signal selectable Power supply can be cross-connected using ZQV cross connection system Sensor element (IEC 584) type: K,J,T,E,N,R,S,B Temperature input range voltage/ current Load impedance, voltage/current Offset current/offset voltage Step response time ilter: max. 7.5 ms Line resistance in measuring circuit Wire break detection value > 20 ma, >10 V) Fine adjustment itchable) Status indicator ond. broken: LE flashing/error: LE off Supply voltage n; 25 % Power consumption W at I OUT = 20 ma Current-carrying capacity of cross-connect. efault setting 0 C; 4 20mA; filter: off; man. calib.: off Approvals culus Standards EN 60584, IEC 584 EMC standards Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance PRO Thermo Thermo element (IEC 584) type: K,J,T,E,N,R,S,B C t range 0 10 V /0(4) 20 ma urrent 1 kω / 600 Ω ent max. 100 µa /max V tage max. 1.4 s; with filter: max. 7.5 ms 50 Ω ance in measuring circuit LE flashes (output value > 20 ma, >10 V) ± 5% (switchable) active: LE on/cond. broken: LE flashing/error: LE off 24 V C ± 25 % mw at I OUT = 20 ma 0 C +55 C erature type K; C; 4 20mA; filter: off; man. calib.: off GL / CE / culus, EN 60584, IEC kv eff / 5 s output 3 ce & creepage distance WAVESERIES - thermo element signal isolator/converter Select of thermocoupler SW1 Ty p K n n n J n n n T n n n E n n n N n n n R n n n S n n n B n n n Selection of temperatur e span SW2 Span C n n n n n 150 C n n n n n 200 C n n n n n 250 C n n n n n 300 C n n n n n 350 C n n n n n 400 C n n n n n 450 C n n n n n 500 C n n n n n 550 C n n n n n 600 C n n n n n 650 C n n n n n 700 C n n n n n 750 C n n n n n 800 C n n n n n 850 C n n n n n 900 C n n n n n 950 C n n n n n 1000 C n n n n n 1050 C n n n n n 1100 C n n n n n 1150 C n n n n n 1200 C n n n n n 1250 C n n n n n 1300 C n n n n n 1350 C n n n n n 1400 C n n n n n 1450 C n n n n n 1500 C n n n n n 1600 C n n n n n 1700 C n n n n n 1800 C n n n n n Selection of minimu m temperatur e SW1 mi n C n n n n -10 C n n n n -20 C n n n n -30 C n n n n -40 C n n n n -50 C -100 C n n n n n n n n -150 C n n n n -200 C n n n n +50 C n n n n +100 C n n n n +150 C n n n n +200 C n n n n +250 C n n n n 500 C n n n n Special range n = on n = of f Selection of output n n n n SW V n n mA n n mA n n Switching on th e manual fine adjustment SW1 man. adjust. 8 of f n on Switching on th e filter function n SW2 Filte r 8 of f on n n imensions 92.4 x 17.5 x x 17.5 x TU=23 C, single module WAS5 PRO Thermo WAZ5 PRO Thermo Te mperatur e coef ficient K -200 C C ± ( 5K + 0,1% of set r ange) -150 C C ± ( 3K + 0,1% of set r ange) 1200 C C ± (4K + 0,1% of set r ange ) J -200 C C ± ( 4K + 0,1% of set r ange) -150 C C ± ( 3K + 0,1% of set r ange) T -200 C C ± ( 5K + 0,1% of set r ange) -150 C C ± ( 3K + 0,1% of set r ange) E -200 C C ± ( 4K + 0,1% of set r ange) -150 C C ± ( 3K + 0,1% of set r ange) N -200 C C ± ( 6K + 0,1% of set r ange) -150 C C ± ( 3K + 0,1% of set r ange) R -50 C C ± ( 10K + 0,1% of set r ange) 200 C C ± ( 6K + 0,1% of set r ange) S -50 C C ± ( 10K + 0,1% of set r ange) 200 C C ± ( 6K + 0,1% of set r ange) B 50 C C ± ( 25K + 0,1% of set r ange) 250 C C ± ( 10K + 0,1% of set r ange) 500 C C ± ( 6K + 0,1% of set r ange).43

44 WAVESERIES - frequency signal isolator/converter, configurable f/c isolator/converter 3-way isolation Max. input frequency 100 khz and output ranges adjustable via IP switch No calibration necessary Special ranges can be prograed PRO Frequency Selecting the operting mode Switch 2 Operating mode fmax n n fmin fmax n n saving fmin n n Sensor/ ire PNP/NPN, namur initiator, push-pull step / Rated input level resis: Namur: approx. 1.7 ma/approx. 0.2 ma; NPN: approx. 6.5 V/approx. 0.2V; PNP: approx. 6.7V/approx. 0.5V Resolution voltage/ current Load impedance, voltage/current Offset current/offset voltage Accuracy output range Temperature coefficient t range Step response time riod time of input frequency Status indicator Supply voltage n; 25 % Power consumption ub>out = 20 ma Current-carrying capacity of cross-connect. efault setting.20ma Approvals s Standards (protective separation) EMC standards /-2, EN Rated voltage Impulse withstand voltage Isolation voltage input, output/ Clearance & creepage distance imensions 2-, 3-wire PNP/NPN, namur initiator, push-pull step / Threshold / Hysteresis: Namur: approx. 1.7 ma/approx. 0.2 ma; NPN: approx. 6.5 V/approx. 0.2V; PNP: approx. 6.7V/approx. 0.5V 0.1 mhz or 5 ppm from measured value 0 10 V /0(4) 20 ma urrent 1 kω / 600 Ω ent max. 100 µa /max V tage 0.2% of output range max. 200 ppm/k of output range 360 ms + 2-fold period time of input frequency green LE icator 24 V C ± 25 % max. 1.6 W at I OUT = 20 ma 0 C +55 C erature 0 10kHz / 4 20mA CE / culus (protective separation) /-2, EN kv se withstand voltage 4 kv eff / 5 s / utput/ 5,5 & creepage distance 92.4 x 12.5 x x 12.5 x f= (A+B) x C Selecting the frequency Switch 1 A n n n n 1 n n n n 2 n n n n 3 n n n n 4 n n n n 5 n n n n 6 n n n n 7 n n n n 8 n n n n 9 n n n n 10 n n n n 11 n n n n 12 n n n n 13 n n n n 14 n n n n 15 n n n n n = on n = off Selecting the output Selecting the frequency Selecting the frequency Switch 2 Switch 1 B n n n n 0,1 n n n n 0,2 n n n n 0,3 n n n n 0,4 n n n n 0,5 n n n n 0,6 n n n n 0,7 n n n n 0,8 n n n n 0,9 n n n n Switch 2 C 1 2 x1 n n x10 n n x100 n n x1000 n n V n n n n ma n n n n ma n n n n 0 5 V n n n n Special range (frequency generator is required) Switch 2 Funktion save min. frequency n n n n save max. frequency n n n n select special range n n n n TU=23 C, single module Application WAS4 PRO Freq WAZ4 PRO Freq ~ 230 Vac 24 Vdc WAVEANALOG PRO FREQUENCY / Registering motor revolutions using Namur sensor 0 20 ma SPS 1 2 N- 3 4 N+ Namur activated: <= 1,2mA not activated: >= 2,1mA.44

45 WAVEANALOG PRO Frequency WAVESERIES frequency signal separator/converter configurable Setting the input range using the IP switches (doesn t require a frequency generator): There are 2 different methods: 1.Lower measuring frequency = 0 Hz Choose operating mode = fmax S2.3 = 0 and S2.4 = 0 Set the upper measuring frequency using IP switches S1 and S2.1, S2.2 (see table) That s all! 2.Lower measuring frequency 0 Hz First the lower measuring frequency must be saved. Select mode save fmin. S2.3 = 1 and S2.4 = 0. Set the frequency using IP switches S1 and S2.1, S2.2 (see table) To save the frequency, briefly connect the module to the power supply. Select mode fmin fmax S2.3 = 0 and S2.4 = 1 Set the upper measuring frequency using IP switches S1 and S2.1, S2.2 (see table). That s all! Adjusting the input range using a frequency generator: Select the switch setting for saving the frequency: S2.1 = 0, S2.2 = 1, S2.3 = 1 and S2.4 = 1 Apply min. frequency to the module Connect the module to the power supply The LE lights up when the input frequency is being measured. If the LE goes off, the frequency has been saved and the module can be disconnected from the power supply again. Repeat with max. frequency: S2.1 = 1, S2.2 = 0, S2.3 = 1 and S2.4 = 1 Select special range: S2.1 = 1, S2.2 = 1, S2.3 = 1 and S2.4 = 1 Connection configuration for the sensors 3-wire initiator with PNP output 3-wire initiator with NPN output 2-wire initiator (residual current < 1 ma) Push pull output cascade U=24V (1) +15V (2) PNP (3) NPN / Namur (4) GN (1) +15V (2) PNP (3) NPN / Namur (4) GN (1) +15V (2) PNP (3) NPN / Namur (4) GN 3-wire initiator with PNP output and external supply U=24V (1) +15V (2) PNP (3) NPN / Namur (4) GN (1) +15V (2) PNP (3) NPN / Namur (4) GN 3-w 3-w Nam 3-wire initiator with NPN output and external supply (1) +15V (2) PNP (3) NPN / Namur (4) GN U=24V Namur initiator Namur initiator N+ N- (1) +15V (2) PNP (3) NPN / Namur (4) GN.45

46 WAVESERIES - bridge-type test/isolator/converter configurable 3-way isolation and output ranges adjustable viaip switch No calibration necessar Inverse output signals possible voltage/ mv / resistance, voltage voltage/ current 10 V /0 20 ma, 20 0 ma, 4 20 ma, 20 4 ma Load impedance, voltage/current Offset current/offset voltage Accuracy output range Temperature coefficient utput range Step response time ms Status indicator Wire break detection 4 ma Bridge supply voltage.2 V; offset adjustable; max. 40mA Supply voltage n; 25 % Power consumption ub>out = 20 ma Current-carrying capacity of cross-connect. efault setting mv / 0 10 V / + 10 V / standard Approvals s Standards EMC standards 2 Rated voltage Impulse withstand voltage Isolation voltage input, output/ Clearance & creepage distance PRO BRIGE -500 mv +500 mv / > 1 MΩ, voltage 0 5 V, 5 0 V, 10 0 V, 0 10 V /0 20 ma, 20 0 ma, 4 20 ma, 20 4 ma 1 kω / 600 Ω ent max. 100 µa /max V tage 0.3% of output range ± 250 ppm/k of output range typically < 200 ms green LE icator output: 0 V resp. 0/4 ma +10 V, +5 V, V; offset adjustable; max. 40mA 24 V C ± 25 % max. 1.9 W at I OUT = 20 ma 0 C +55 C erature -500 mv +500 mv / 0 10 V / + 10 V / standard CE / culus EN /-2 2 kv eff / 5 s / utput/ 3 ce & creepage distance F R1 (MS) R2 Power supply + U R3 R4 ~ Bridge Bridge Power supply - Measuring bridge Vac 24 Vdc WAVEANALOG PRO Bridge / SW 1 voltage mv n n n n 0 20 mv n n n n mv n n n n mv n n n n mv n n n n mv n n n n -10 mv...10 mv n n n n - 20 mv...20 mv n n n n - 50 mv...50 mv n n n n mv mv n n n n mv mv n n n n mv mv n n n n V n n V n n ma n n ma n n Bridge supply voltage +10V n n n +5V n n n +4, ,2V adjustable +4, ,2V adjustable man. adjustment and offset possible Transmission method standard output signal inverse output signal n = on n = off Status LE LE on LE off LE blinks slow LE blinks fast Application Switch position/setting options n n n n n n normal operating Error Example for bridge supply voltage 0...5V PLC n n measurement range undershoot Uin < Umax + 10% measurement range overshoot Uin < Umax - 10 % imensions 92.4 x 17.5 x x 17.5 x TU=23 C, single module Temperature adjustment: voltage Bridge supply voltage Bridge excitation 0 10 ma 0 10 V +4,8 10,2 V 1 mv/v (eclaration froanufacturer) WAS5 PRO Bridge WAZ5 PRO Bridge Exitation voltage +4,8V 10,2V 10V Offset range 10% 0V Offset () 0V 1V 9V 10V 11V.46

47 Relay output 3-way isolation Low trip / High trip FAILSAFE / NON-FAILSAFE 2 Relay outputs C/Alarm WAVESERIES - limit value monitoring Switch position/setting options SW 1 function Channel A High Trip Channel A Low Trip Channel B High Trip Channel B Low Trip FAILSAFE, Channel 1 & 2 n n NON FAILSAFE, Chan. 1 & 2 n n n n n n voltage current resistance, voltage/current Contact complement acts Contact material Switching thresholds ly for channel 1 and channel 2) Hysteresis ndependently for channel 1 and channel 2) Switching voltage, min./max. Continuous current Function cuit/closed-circuit principle Temperature coefficient Status indicator, LE red ON: alarm (per channel) Supply voltage n; 25 % Power consumption h relays picked up Current-carrying capacity of cross-connect. efault setting w trip and FAILSAFE Approvals s Standards EMC standards -3, -4, -5, -6 Rated voltage Impulse withstand voltage Clearance & creepage distance Isolation voltage input, output 0 10 V tage 0(4) 20 ma 100 kω / 110 Ω e/current 2 change-over contacts AgNi 90/10 erial 1 90% (independently for channel 1 and channel 2) 1 90% (independently for channel 1 and channel 2) /253 V AC voltage, min./max. 3 A inuous current Open-circuit/closed-circuit principle 500 ppm/k fficient LE green ON: OK, LE red ON: alarm (per channel) 24 V C ± 25 % typically 1 W both relays picked up 0 C +55 C (fitted) channel A/B: low trip and FAILSAFE CE / culus EN , -3, -4, -5, -6 3 ce & creepage distance 2 kv eff / 5 s output n = on n = off NON FAILSAFE:The relay picks up when the alarm 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 2 via potentiometer P2. Hysterese: Adjustments of the hysteresis (1...10)% are made for channel 1 with the potentiometer P3, and separately for channel 2 via potentiometer P3. WAVEANALOG C/Alarm Alarm indication Example 1 range 100% 50% Sc al Signal threshold ll 2 / high 1 / trip high trip 5% Hysteresis SchalSignal chwelle threshold 1 / high 2 trip / high trip 10% Hysteresis Relay 2 NON FAILSAFE Relay 1 NON FAILSAFE 0 Zeit imensions 92.4 x 17.5 x x 17.5 x Example 2 100% Signal threshold 1 / high trip 5% Hysteresis WAS5 C/Alarm WAZ5 C/Alarm range 50% 10% Hysteresis Signal threshold 2 / low trip 1 Relay 2 FAILSAFE Relay 1 FAILSAFE Time.47

48 WAVESERIES - serial interface disconnector/converter RS232/RS485/422 3-way isolation RS232 connection via SUB- 9 RS485/422, TTY shield connection via locking bar Switchable TE or CE assignment Bidirectional counication RS232/RS485/422 RS232 RS T/R (A) 2 - T/R (A) 3 - T/R (B) 3 - T/R (B) 6 - GN RS485 RS232 VCC SHL VCC WS2 RS232/RS485/422 WS2 RS232/RS485/422 RS232 Connection/ current Assignment itchable with IP switch RS485/422 Terminating resistors IP switch Connection ection Bit distortion Bit delay Control of data direction S/CTS Shield connection Status indicator y voltage, Tx, Rx max. transmission rate Transmission channels wire) full duplex (RS485, 4 wire and RS422) Transmission distance air Supply voltage n; 25 % Power consumption ounting) Approvals s Standards EMC standards EN , EN Rated voltage ent electric circuits: 300 V between electric circuits and PE: 150 V Impulse withstand voltage Clearance & creepage distance cuits: 3 between electric circuits and PE: 1.5 Isolation voltage input, output RS232 SUB-9 (plug) / t current TE/CE switchable with IP switch RS485/422 pull-down/pull-up via IP switch < 5 % istortion 3 µs automatic or via RS232 RTS/CTS KLBÜ 4-6/Z1 ection LE green: supply voltage, Tx, Rx kbit/s ssion rate half duplex (RS485, 2 wire) full duplex (RS485, 4 wire and RS422) max m twisted pair 24 V C ± 25 % approx. 1.5 W ion 0 C +55 C (horiz. mounting) CE / curus EN , EN , EN between adjacent electric circuits: 300 V between electric circuits and PE: 150 V between adjacent electric circuits: 3 between electric circuits and PE: kv C / 1 min. input, output imensions 2.5 / 0.5 / x 22.5 x WS2 RS232/RS485/

49 RS232/TTY 3-way isolation RS232 connection via SUB- 9 RS485/422, TTY shield connection via locking bar Switchable TE or CE assignment Bidirectional counication RS232/TTY WAVESERIES - serial interface disconnector/converter RS232 TTY 5 T+ R+ 2 6 T- R- 3 2 R+ T+ 5 3 R- T- 6 TTY RS232 VCC SHL VCC WS2 RS232/TTY WS2 RS232/TTY RS232 Connection/ current Assignment itchable with IP switch TTY Connection ection Bit distortion Bit delay Load 500 Ω Shield connection Status indicator y voltage, Tx, Rx max. transmission rate Transmission channels Transmission distance air Supply voltage n; 25 % Power consumption ounting) Approvals Standards EMC standards EN , EN Rated voltage ent electric circuits: 300 V between electric circuits and PE: 150 V Impulse withstand voltage Clearance & creepage distance cuits: 3 between electric circuits and PE: 1.5 Isolation voltage input, output RS232 SUB-9 (plug) / t current TE/CE switchable with IP switch TTY < 1.5% stortion 3 µs 500 Ω KLBÜ 4-6 Z/1 ction LE green: supply voltage, Tx, Rx 19.2 kbit/s ission rate full duplex n channels max m twisted pair 24 V C ± 25 % approx. 0.8 W ion 0 C +55 C (horiz. mounting) CE;cURus; EN , EN , EN between adjacent electric circuits: 300 V between electric circuits and PE: 150 V between adjacent electric circuits: 3 between electric circuits and PE: kv C / 1 min. input, output imensions 2.5 / 0.5 / x 22.5 x WS2 RS232/TTY

50 WAVESERIES - current monitoring Relay output Current ranges adjustable via IP switch Switchable hysteresis Operating or closed-circuit current principle 1/5/10 A AC 20/40/60 A AC V 2 3 NC0V 5 CC 6 IN CC K1 10% 100% 11 Setpoint ~ ~ +24V 1 2 OV 3 CC CC K1 10% 100% Setpoint current 0 40 A AC/ 0 60 A AC frequency max. current onductor cross-section max. voltage 400 V AC depends on wire insulation Sensor orming (internally) iameter of entry Switching thresholds with front potentiometer Hysteresis of threshold value Switching voltage, min./max. Switching current min./max. Continuous current Step response time Temperature coefficient Status indicator Supply voltage n; 10 % Current consumption riggered)/ 24 ma (relay triggered) Current-carrying capacity of cross-connect. / efault setting Hysteresis / operating current principle Approvals s Contact complement ct EMC standards Rated voltage Impulse withstand voltage Clearance & creepage distance Isolation voltage input, output 0 1 A AC/ 0 5 A AC/ 0 10 A AC C Hz ency 100 A for 1s nductor cross-section 250 V AC > 400 V AC depends on wire insulation Transforming (internally) iameter of entry adjustable % with front potentiometer 5% or 10% of threshold value 6 V AC/C /60 V C/ 250 V AC 100 ma /7 A rrent min./max. 0.7 A C / 3 A AC t typ. 700 ms e time 800 ppm/k fficient green LE icator 24 V C ± 10 % 8.3 ma (relay not triggered)/ 24 ma (relay triggered) 0 C +50 C /-20 C +70 C emperature 0 5 A / 10% Hysteresis / operating current principle CE / culus 1 changeover contact 3 ce & creepage distance 4 kv eff / 5 s output 0 20 A AC/ 0 40 A AC/ 0 60 A AC Hz ency depends on conductor cross-section 400 V AC, > 400 V AC depends on wire insulation Hall sensor (internal) y) 8 ter of entry adjustable % with front potentiometer 5% or 10% of threshold value 6 V AC/C /60 V C/ 250 V AC 100 ma /7 A rrent min./max. 0.7 A C / 3 A AC t typ. 700 ms e time 250 ppm/k fficient green LE icator 24 V C ± 10 % 23 ma (relay not triggered)/ 47 ma (relay triggered) 0 C +50 C /-20 C +70 C emperature 0 40 A / 10% Hysteresis / operating current principle CE / culus 1 changeover contact 3 ce & creepage distance 4 kv eff / 5 s output imensions 92.4 x 22.5 x x 22.5 x x 22.5 x x 22.5 x WAS2 CMR 1/5/10A ac WAZ2 CMR 1/5/10A ac WAS2 CMR 20/40/60A ac WAZ2 CMR 20/40/60A ac

51 WAVESERIES - current monitoring Analogue output and output ranges adjustable via IP switch No calibration necessary 1/5/10 A AC 1/5/10 A AC 4 20 ma Loop Powered 1 NC 2 IN 3 I U/I CC CC + 24V 7 8 0V 9 1 NC 2 IN 3 I I Out + 7 NC 8 Out - 9 current 5 A AC/ 0 10 A AC frequency max. current Voltage of measuring circuit Sensor orming (internally) current/ voltage Offset current signal limit 24 ma Load impedance, voltage/current Step response time Accuracy R Temperature coefficient Status indicator HING: signal out of range; LE OFF: Error Supply voltage n; 10 % Current consumption /sub> =20 ma Current-carrying capacity of cross-connect. / efault setting.20 ma Approvals Standards (protective separation) EMC standards Rated voltage Impulse withstand voltage Clearance & creepage distance Isolation voltage input, output 0 1 A AC/ 0 5 A AC/ 0 10 A AC Hz ency 100 A for 1s 250 V AC f measuring circuit Transforming (internally) 0(4) 20 ma /0 10 V oltage max. 100 µa nt approx. 13 V resp. 24 ma 1 kω / 600 Ω ent typ. 700 ms e time 0.5% FSR 200 ppm/k fficient LE ON: OK; FLASHING: signal out of range; LE OFF: Error 24 V C ± 10 % 40 ma at I OUT =20 ma 0 C +50 C /-20 C +70 C emperature 0 5 A AC, 4 20 ma CE;cULus; (protective separation) 6 kv se withstand voltage 5,5 & creepage distance 4 kv eff / 5 s output 0 1 A AC/ 0 5 A AC/ 0 10 A AC Hz ency 100 A for 1s 250 V AC f measuring circuit Transforming (internally) 4 20 ma (current loop) / age max. 100 µa nt approx. 24 ma esp. 24 ma / 600 Ω voltage/current typ. 700 ms e time 0.5 % FSR 200 ppm/k fficient LE ON: OK; FLASHING: signal out of range; LE OFF: Error V C mn; 10 % 40 ma at I OUT =20 ma Current-carrying capacity of cross-connect. 0 C +50 C /-20 C +70 C emperature 0 5 A AC, 4 20 ma CE;cULus; (protective separation) 6 kv se withstand voltage 5,5 & creepage distance 4 kv eff / 5 s output imensions 72 x 22.5 x x 22.5 x x 22.5 x x 22.5 x 92.4 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

52 WAVESERIES - current monitoring Analogue output and output ranges adjustable via IP switch No calibration necessary 5/10 A AC/C 20/25/30 A AC/C current C / 0 25 A AC/C / 0 30 A AC/C 0 5 A AC/C / 0 10 A AC/C / 0 30 A AC/C 0 20 A AC/C / 0 25 A AC/C / 0 30 A AC/C frequency RMS to C converter) 0 2 khz (true RMS to C converter) 0 2 khz (true RMS to C converter) max. current onductor cross-section depends on conductor cross-section depends on conductor cross-section Voltage of measuring circuit n conductor insulation 400 V AC, >400V AC depends on conductor insulation 400 V AC, >400V AC depends on conductor insulation Sensor ensor (internal) Hall sensor (internal) Hall sensor (internal) iameter of entry 8 ter of entry 8 ter of entry current/ voltage 0(4) 20 ma /0 10 V oltage 0(4) 20 ma /0 10 V oltage Offset current max. 150 µa nt max. 150 µa nt signal limit 24 ma approx. 13 V resp. 24 ma approx. 13 V resp. 24 ma Load impedance, voltage/current 1 kω / 600 Ω ent 1 kω / 600 Ω ent Step response time typ. 700 ms e time typ. 700 ms e time Accuracy 1 % FSR 1 % FSR Temperature coefficient 650 ppm/k fficient 650 ppm/k fficient Status indicator HING: signal out of range; LE ON: OK; FLASHING: signal out of range; LE ON: OK; FLASHING: signal out of range; LE OFF: Error LE OFF: Error LE OFF: Error Supply voltage n; 10 % 24 V C ± 10 % 24 V C ± 10 % Current consumption /sub> = 20 ma 50 ma at I OUT = 20 ma 50 ma at I OUT = 20 ma Current-carrying capacity of cross-connect. / 0 C +50 C /-20 C +70 C emperature 0 C +50 C /-20 C +70 C emperature efault setting 0 ma 0 5 A, 4 20 ma 0 25 A, 4 20 ma Approvals s CE / culus CE / culus Standards (protective separation) (protective separation) (protective separation) EMC standards Rated voltage Impulse withstand voltage 6 kv se withstand voltage 6 kv se withstand voltage Clearance & creepage distance 5,5 & creepage distance 5,5 & creepage distance Isolation voltage input, output 4 kv eff / 5 s output 4 kv eff / 5 s output imensions 92.4 x 22.5 x x 22.5 x x 22.5 x x 22.5 x WAS2 CMA 5/10A uc WAS2 CMA 20/25/30A uc WAZ2 CMA 5/10A uc WAZ2 CMA 20/25/30A uc

53 Analogue output and output ranges adjustable via IP switch No calibration necessary 40/50/60 A AC/C WAVESERIES - current monitoring current C / 0 50 A AC/C / 0 60 A AC/C frequency RMS to C converter) max. current onductor cross-section Voltage of measuring circuit n conductor insulation Sensor ensor (internal) iameter of entry current/ voltage Offset current signal limit 24 ma Load impedance, voltage/current Step response time Accuracy Temperature coefficient Status indicator HING: signal out of range; LE OFF: Error Supply voltage n; 10 % Current consumption /sub> = 20 ma Current-carrying capacity of cross-connect. / efault setting 0 ma Approvals s Standards (protective separation) EMC standards Rated voltage Impulse withstand voltage Clearance & creepage distance Isolation voltage input, output imensions 0 40 A AC/C / 0 50 A AC/C / 0 60 A AC/C 0 2 khz (true RMS to C converter) depends on conductor cross-section 400 V AC, >400V AC depends on conductor insulation Hall sensor (internal) 8 ter of entry 0(4) 20 ma /0 10 V oltage max. 150 µa nt approx. 13 V resp. 24 ma 1 kω / 600 Ω ent typ. 700 ms e time 1 % FSR 650 ppm/k fficient LE ON: OK; FLASHING: signal out of range; LE OFF: Error 24 V C ± 10 % 50 ma at I OUT = 20 ma 0 C +50 C /-20 C +70 C emperature 0 50 A, 4 20 ma CE / culus (protective separation) 6 kv se withstand voltage 5,5 & creepage distance 4 kv eff / 5 s output 92.4 x 22.5 x x 22.5 x WAS2 CMA 40/50/60A uc WAZ2 CMA 40/50/60A uc

54 WAVESERIES - voltage monitoring Relay output 3-way isolation Monitoring of single-phase systems up to 260 V AC/C 4 input ranges selected by IP switches 1 relay with change-over contact Switchable hysteresis Switch adjusted via potentiometer Reset input VMR Vac single-phase voltage..140 / / V AC / C frequency max. voltage C Switching voltage, min./max. Switching current min./max. Continuous current/ac switching capacity Hysteresis AC, small = 5 V / large = 10 V Temperature coefficient Step response time Repeat accuracy ange Status indicator LE red/yellow = alarm status Supply voltage ring circuit Reset input voltage, min.-max. Pulse length, min. efault setting N = 1,2,5,8 / OFF = 3,4,6,7 module Approvals s Standards EMC standards , EN Rated voltage input/reset input, reset input/output: 300 V Impulse withstand voltage input, reset input/output: 4 kv Isolation voltage input, output Clearance & creepage distance ut, reset input/output: V C 60 V C 2 nc 3 Setpoint 4 nc 5 24V AC/C 260V AC/C 6Reset / / / V AC / C Hz ency 260 V AC / C /250 V AC voltage, min./max. /8 A hing current min./max. 3 A /1000 VA urrent/ac switching capacity V AC, small = 5 V / large = 10 V 250 ppm/k fficient < 300 ms onse time < 0.3% of set range LE green = OK / LE red/yellow = alarm status from the measuring circuit 18 V C-30 V C tage, min.-max. 700 ms length, min. IP switches: ON = 1,2,5,8 / OFF = 3,4,6,7-10 C +55 C single module -20 C +70 C ure CE / culus, EN input/output, input/reset input, reset input/output: 300 V input/output, input/reset input, reset input/output: 4 kv 2 kv eff nput, output input/output, input/reset input, reset input/output: WAS5 VMR 1ph Table of setting options V AC/C...70 V AC/C n n n n 70 V AC/C V AC/C n n n n 140 V AC/C V AC/C n n n n 210 V AC/C V AC/C n n n n Tr ip High Trip Low Trip Memory Memory on Memory out Hysteresis Hysteresis small Hysteresis large voltage AC voltage C voltage n = on n = out range 100% 50% n n Status indicator Set value not exceeded. Alarm status. Alarm status can be r eset because set value has been exceeded. Abb.1: Overvoltage monitoring Alarm set to high trip (Set permanently to closed-ci r cuit principle.) (Set permanently to closed-ci r cuit principle.) n n Operating point Time n n Hysteresis n n Relay/High T rip/ Memory out Relay/High T rip/ Memor y on imensions 2.5 / 0.5 / x 17.5 x Reset 1 0 Reset for output mi n. 700m s Abb.2: Undervoltage monitoring Alarm set to low trip (Set permanently to closed-ci r cuit principle.) (Set permanently to closed-ci r cuit principle.) WAS5 VMR 1ph range 100% 50% Operating point Hysteresis Markers see "" Reset min. 700m s Time Relais/ Low T rip /Memory out Relais/ Low T rip/memory on Reset for output.54

55 Relay output 2-way isolation Monitoring of 1- and 3-phase systems from 80 to 400 V AC/C Adjusted by IP switches Undervoltage and overvoltage monitoring 2 relays with change-over contact VMR V AC 3-phase WAVESERIES - voltage monitoring voltage 3~ voltage 1~ C current < 10 ma C Switching voltage, min./max. Continuous current/ac switching capacity Hysteresis l value Temperature coefficient Step response time Repeat accuracy ange Status indicator Supply voltage ring circuit Reset input voltage, min.-max. Pulse length, min. efault setting N = 1,2,4 / OFF = 3 Approvals Standards EMC standards , EN Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance V AC/C V AC/C L V AC/C L2 N V AC/C L3 WAS2 VMR 3ph V AC/C V AC/C < 15 ma AC / < 10 ma C /250 V AC voltage, min./max. L1 L2 L3 3 A /750 VA current/ac switching capacity 5% of final value 300 ppm/k fficient < 300 ms onse time < 0.3% of set range green LE icator from the measuring circuit - eset input voltage, min.-max. Pulse length, min. IP switches: ON = 1,2,4 / OFF = 3 0 C +50 C erature -25 C +85 C ure CE;cULus;, EN V voltage 6 kv se withstand voltage 4 kv eff / 1 min. put Clearance & creepage distance Table of setting options phases 80 V AC/C V AC/C n 1 phase 200 V AC/C V AC/C n Limit value Setting to upper switching point Setting to lower switching point Hysteresis Hysteresis, small Hysteresis, large Fault tolerance Operating current method Closed-circuit current method n = on n = off Status indicator Voltage is in set range Fig. 1: Overvoltage and undervoltage monitoring, example of setting 3-phase monitoring Setting limit value to upper operating point: 230 V Hysteresis 5% = -12,5 V Lower operating point 10% less 230 V - 25 V = 205 V Hyster esis 5% = + 12,5 V The device operates with the operating current principle. All 3 phases monitored in parallel range U n n n n Upper operating point Time Hysteresis Hysteresis 10 % Lower operating point n n Relay 1/Operating current principle, Overvoltage Relay 2/Operating current principle, Undervoltage Fig. 2: Overvoltage and undervoltage monitoring, example of setting imensions 2.5 / 0.5 / x 22.5 x phase monitoring Setting limit value to lower operating point: 150 V Hysteresis 5% = +12,5 V Upper operating point 20% greater 150 V + 50 V = 200 V Hyster esis 5 % = 1 2, 5 V The device operates with the closed-circuit current principle. All 3 phases monitored in parallel WAS2 VMR 3ph range U Upper operating point Hysteresis 20% Hysteresis Lower operating point 0 Time Markers see "" Relay 1 /Closed-circuit current principle, Overvoltage Relay 2 /Closed-circuit current principle, Undervoltage.55

56 WAVESERIES - voltage monitoring Analogue output 3-way isolation Max. measuring voltage 450 V AC eff ranges selectable via IP switch No calibration necessary VMA V AC 0V 0 30V 0 130V 0 250V 0 450V mA 4 20mA SW1 SW2 OFF OFF ON ON 0 10V 7 0/4 20mA 8 GN V 10 GN211 voltage 70 / / / 0 450V AC frequency s max. voltage 80 / 270 / 475 V AC (short time) voltage/ current Offset voltage/offset current Load impedance, voltage/current Accuracy 60 Hz) typ. 1%/ 2% ( Hz) typically 1.5% Temperature coefficient Step response time Status indicator Supply voltage n; 25 % Current consumption I OUT =20 ma Current-carrying capacity of cross-connect. efault setting A / Approvals Standards EMC standards N , EN Rated voltage : 300 V; input/output, supply/output: 600 V Impulse withstand voltage t/output, supply/output: 6kV Isolation voltage input, output/ Clearance & creepage distance tput, supply/output: / 0 70 / / / 0 450V AC Hz sinus 45 / 100 / 180 / 270 / 475 V AC (short time) 0 10 V /0(4) 20 ma urrent max V /max. 40 µa rrent 1 kω / 600 Ω ent 1.3% (40 60 Hz) typ. 1%/ 2% ( Hz) typically 1.5% 250 ppm/k fficient < 300 ms onse time green LE icator 24 V C ± 25 % ma at I OUT =20 ma 0 10V/0 20mA 0 C +50 C /-20 C +70 C emperature CE;cULus; EN , EN , EN supply/output: 300 V; input/output, supply/output: 600 V supply/output: 4 kv; input/output, supply/output: 6kV 4 kv eff / 5 s / utput/ supply/output: 3 ; input/output, supply/output: 5.5 L1 L2 L3 Application M 3~ ~ 230 Vac 24 Vdc U WAVE CONTROL VMA Va c / ma SPS imensions 92.4 x 22.5 x x 22.5 x WAS2 VMA V ac WAZ2 VMA V ac

57 WAVEBOX S 22.5 WAVEBOX L 22.5 WAVESERIES WAVEBOX 12.5 WAVEBOX 17.5 imensions in Type Qty Order No. Cross-connection ZQV 2.5N/2, black ZQV 2.5N/2 sw Cross-connection ZQV 2.5N/2, red ZQV 2.5N/2 rt Cross-connection ZQV 2.5N/2, blue ZQV 2.5N/2 bl Cross-connection ZQV 2.5N/2, yellow ZQV 2.5N/2 ge Markers WS 10/5 MutliCard for plotter labelling WS10/ WS 10/5 blank WS10/5 Blank

58 RS-SERIES - A/A converter A converter, 8-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS I ma RS I ma Ie 0V A 24V + 0V Ie 0V A 24V + 0V 1-8 HE 1-8 HE voltage/ current max. voltage/max. current resistance, voltage/current Resolution Number of outputs ) level V = L Signs current source) Accuracy 1 LSB Cut-off frequency (-3dB) us) Conversion time Supply voltage n; 20 % Current consumption current) Approvals Standards EMC standards /0 20 ma ge/ current 3.5 V /25 ma max. current 50 kω per input / ge/current Resolution 8 Bit (1-bit sign) 17 V = H, 0 V = L Signs 25 ma (as source) ± 1 LSB 5 khz at full scale (sinus) 4 µs time 24 V C ± 20 % 35 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE rovals EN rds /4 20 ma ge/ current 3.5 V /25 ma max. current / 51 Ω tance, voltage/current Resolution 8 Bit (1-bit sign) 17 V = H, 0 V = L Signs 25 ma (as source) ± 1 LSB 5 khz at full scale (sinus) 4 µs time 24 V C ± 20 % 35 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE rovals EN rds imensions 4.0 / 0.5 / 4 70 x 35 x / 0.5 / 4 70 x 35 x 72 RS I MA RS I MA

59 RS-SERIES - A/A converter A converter, 8-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS U-8 +/-10 V RS U V Ue 0V A 24V + 0V Ue 0V A 24V + 0V 1-8 HE 1-8 HE voltage/ current max. voltage/max. current resistance, voltage/current Resolution Number of outputs ) level V = L Signs H = positive; L = negative current source) Accuracy 1 LSB Cut-off frequency (-3dB) us) Conversion time Supply voltage n; 20 % Current consumption current) Approvals Standards EMC standards V / / current / 55 µa /max. current 200 kω / nce, voltage/current Resolution 8 Bit (1-bit sign) 17 V = H, 0 V = L MSB: H = positive; L = negative 25 ma (as source) ± 1 LSB 5 khz at full scale (sinus) 4 µs time 24 V C ± 20 % 35 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE rovals EN rds 0 10 V / age/ current / 25 µa /max. current 400 kω / nce, voltage/current Resolution 8 Bit (1-bit sign) 17 V = H, 0 V = L MSB: H = positive; L = negative 25 ma (as source) ± 1 LSB 5 khz at full scale (sinus) 4 µs time 24 V C ± 20 % 35 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE rovals EN rds imensions 4.0 / 0.5 / 4 70 x 35 x / 0.5 / 4 70 x 35 x 72 RS U V RS U V

60 RS-SERIES - A/A converter A converter 8-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS 8-I 0 20 ma RS 8-I 4 20 ma 1-8 H=0 V 1-8 H=0 V + 24V - 0V A Ia 0V / ogue max. voltage max. current voltage/ current resistance, voltage/current Signs Resolution voltage/ current Offset current/offset voltage Load impedance, voltage/current Accuracy 1 LSB Conversion time Supply voltage n; 20 % Current consumption current) Approvals Standards EMC standards 8 Bit / Analogue max. 30 V ge max. current 5 24 V / age/ current 50 kω per input / ge/current Signs Resolution /0 20 ma (as source) urrent max ma / /Offset voltage 500 Ω / voltage/current ± 1 LSB 30 µs time 24 V C ± 20 % 25 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds 8 Bit / Analogue max. 30 V ge max. current 5 24 V / age/ current 50 kω per input / ge/current Signs Resolution /4 20 ma (as source) urrent 4 ma / current/offset voltage / oad impedance, voltage/current ± 1 LSB 30 µs time 24 V C ± 20 % 25 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds imensions 4.0 / 0.5 / 4 70 x 35 x / 0.5 / 4 70 x 35 x 72 RS 8-I 0 20MA RS 8-I 4 20MA

61 RS-SERIES - A/A converter A converter 8-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS 8-U +/-10 V RS 8-U 0 10 V 1-8 H=0 V 1-8 H=0 V + 24V - 0V A Ua 0V + 24V - 0V A Ua 0V / ogue max. voltage max. current voltage/ current resistance, voltage/current Signs H = positive; L = negative Resolution voltage/ current current Offset current/offset voltage Load impedance, voltage/current Accuracy 1 LSB Conversion time Supply voltage n; 20 % Current consumption current) Approvals Standards EMC standards 8 Bit / Analogue max. 30 V ge 2.5 ma rrent 5 24 V / age/ current 50 kω per input / ge/current MSB: H = positive; L = negative Resolution V / 10 ma max. current / 20 mv nt/offset voltage 1 kω /, voltage/current ± 1 LSB 30 µs time 24 V C ± 20 % 25 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds 8 Bit / Analogue max. 30 V ge 2.5 ma rrent 5 24 V / age/ current 50 kω per input / ge/current MSB: H = positive; L = negative Resolution 0 10 V / 10 ma max. current nt / 20 mv nt/offset voltage 1 kω /, voltage/current ± 1 LSB 30 µs time 24 V C ± 20 % 25 ma (plus output current) 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds imensions 4.0 / 0.5 / 4 70 x 35 x / 0.5 / 4 70 x 35 x 72 RS 8-U +-10V RS 8-U 0 10V

62 RS-SERIES - A/A converter A converter, 12-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS I ma RS I ma H=0 V 1-12 H=0 V 1-12 voltage/ current /0 20 ma ge/ current /4 20 ma ge/ current max. voltage/max. current /30 ma ltage/max. current /30 ma ltage/max. current resistance, voltage/current /500 Ω nce, voltage/current /500 Ω nce, voltage/current Resolution Resolution Resolution Number of outputs 12 Bit of outputs 12 Bit of outputs level V = L 24 V = H, 0 V = L 24 V = H, 0 V = L Signs Signs Signs current source) 25 ma (as source) 25 ma (as source) Accuracy 1 LSB ± 1 LSB ± 1 LSB Conversion time 50 µs time 50 µs time Supply voltage n; 20 % 24 V C ± 20 % 24 V C ± 20 % Current consumption Current consumption Current consumption 0 C +50 C erature 0 C +50 C erature -40 C +80 C ure -40 C +80 C ure Approvals CE; ovals CE; ovals Standards EMC standards EN rds EN rds imensions 4.0 / 0.5 / / 0.5 / 4 70 x 90 x x 90 x 47.4 RS I MA RS I MA

63 RS-SERIES - A/A converter A converter, 12-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS U-12 +/-10 V RS U V H=0 V 1-12 H=0 V 1-12 voltage/ current V / / current 0 10 V / age/ current max. voltage/max. current ± 15 V / x. current 15 V / oltage/max. current resistance, voltage/current 100 kω / ce, voltage/current 100 kω / ce, voltage/current Resolution Resolution Resolution Number of outputs 12 Bit of outputs 12 Bit of outputs level V = L 24 V = H, 0 V = L 24 V = H, 0 V = L Signs H = positive; L = negative MSB: H = positive; L = negative MSB: H = positive; L = negative current source) 25 ma (as source) 25 ma (as source) Accuracy 1 LSB ± 1 LSB ± 1 LSB Conversion time 50 µs time 50 µs time Supply voltage n; 20 % 24 V C ± 20 % 24 V C ± 20 % Current consumption Current consumption Current consumption 0 C +50 C erature 0 C +50 C erature -40 C +80 C ure -40 C +80 C ure Approvals CE; ovals CE; ovals Standards EMC standards EN rds EN rds imensions 4.0 / 0.5 / / 0.5 / 4 70 x 90 x x 90 x 47.4 RS U V RS U V

64 RS-SERIES - A/A converter A converter 12-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS 12-I 0 20 ma RS 12-I 4 20 ma H=0 V 1-12 H=0 V V Ua + 24V Ua - 0V A 0V - 0V A 0V / logue max. voltage max. current voltage/ current A resistance, voltage/current Signs Resolution voltage/ current Offset current/offset voltage Load impedance, voltage/current Accuracy 1 LSB Conversion time Supply voltage n; 20 % Current consumption Approvals Standards EMC standards 12 Bit / analogue max. voltage max. current 24 V C ±20 % /4.2 ma 5.7 kω / ce, voltage/current Signs Resolution /0 20 ma (as source) urrent / ffset current/offset voltage / 500 Ω voltage/current ± 1 LSB 4 µs time 24 V C ± 20 % 60 ma t consumption 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds 12 Bit / analogue max. voltage max. current 24 V C ±20 % /4.2 ma 5.7 kω / ce, voltage/current Signs Resolution /4 20 ma (as source) urrent / ffset current/offset voltage / 500 Ω voltage/current ± 1 LSB 4 µs time 24 V C ± 20 % 60 ma t consumption 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds imensions 4.0 / 0.5 / 4 70 x 90 x / 0.5 / 4 70 x 90 x 47.4 RS 12-I 0..20MA RS 12-I 4..20MA

65 RS-SERIES - A/A converter A converter 12-bit For more information and tables concerning input/output behaviour of A/ and /A converters, please go to select a country and go to the download section. RS 12-U +/-10 V RS 12-U 0 10 V H=0 V 1-12 H=0 V V Ua + 24V Ua - 0V A 0V - 0V A 0V / logue max. voltage max. current voltage/ current A resistance, voltage/current Signs H = positive; L = negative Resolution voltage/ current Offset current/offset voltage Load impedance, voltage/current Accuracy 1 LSB Conversion time Supply voltage n; 20 % Current consumption Approvals Standards EMC standards 12 Bit / analogue max. voltage max. current 24 V C ±20 % /4.2 ma 5.7 kω / ce, voltage/current MSB: H = positive; L = negative Resolution V / 10 ma rrent / ffset current/offset voltage 1 kω / 500 Ω ent ± 1 LSB 4 µs time 24 V C ± 20 % 40 ma t consumption 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds 12 Bit / analogue max. voltage max. current 24 V C ±20 % /4.2 ma 5.7 kω / ce, voltage/current MSB: H = positive; L = negative Resolution 0 10 V / 10 ma current / ffset current/offset voltage 1 kω / 500 Ω ent ± 1 LSB 4 µs time 24 V C ± 20 % 40 ma t consumption 0 C +50 C erature -40 C +80 C ure CE; ovals EN rds imensions 4.0 / 0.5 / 4 70 x 90 x / 0.5 / 4 70 x 90 x 47.4 RS 12-U +-10V RS 12-U 0 10V

66 K-SERIES - preprocessing logic Preprocessing logic Logic function and time function can be combined Can be prograed individually (further functions on request) KPL In Out V Out 6 8 OV Rated input level V = Low current A per input (24 V) max. voltage Pulse duration level current Switching thresholds lt; 7 V Supply voltage n; 20 % Current consumption Approvals 24 V C = High, 0 V = Low approx. 1.5 ma per input (24 V) 30 V C tage 1 ms tion PNP, Ub-1 V max. 20 ma ent high >18 V, low < 7 V 24 V C ± 20 % < 10 ma consumption 0 C +50 C perature -40 C +60 C ture CE rovals imensions 4.0 / 0.5 / 4 65 x 12 x 57 KPL 35 24VC not prograed - for functions see following page.66

67 The module is prograed specifically to customer requirements. Up to 5 inputs can be linked with various logic and time functions, e.g. AN, OR, EXOR, NAN, NOR, EXNOR, delay links, etc. The output is either low- or high-active KPL A = (E1 OR E2) AN (E3 OR E4) AN E5 Status KPL Frequency divider s 1-5 determine the division factor 1 = division factor 1: F OUT = F IN 1 2 = division factor 2: F OUT =F IN 2 5 = division factor 5: F OUT = F IN 5; F IN max. = 12 khz 6 1 f out = f in 2 f out = f in / 2 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. = 12 khz KPL 1: signal A from an incremental transducer 2: signal B90 offset 3: enable high active 4: output signal inverted high active 5: no function : the output is set for Us at every edge of signal A or B (i.e.: F OUT = 4xF IN ) F IN max. 1 khz Connection escritpion 1 A Signal A 90 leading F max = 1 khz 2 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) K-SERIES preprocessing logic KPL 1: F OUT = F IN 2: F OUT =F IN 10 1 f out = f in 2 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 KPL 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 > V C X > no influence on the output function, L or H KPL 1 2 H H H L H L KPL s 1 and 2 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 no Function KPL RS FLIP-FLOP with superimposed S-input (connection 2) connections 3, 4 and 5 must be at 0 V or remain open! Connection1 logic Connection2 logic Connection6 logic R-input S-input 0 V or open L 0 V or open L previous status is saved +24 V C H 0 V or open L 0 V L 0 V or open L +24 V C H +24 V C H +24 V C H +24 V C H +24 V C H KPL pulse length between 80 and 100 ms pulse length 100 ms, only 2 pulses Pulse/pause ratio 1:1. The positive edge of the input signal must be evaluated. Only input E1 is used KPL The component allows for division of the input frequency at connection 1 (0... max. 50 khz) with 2 fixed division factors. epending on connection 2, the output frequency is output at the output connection 6. Connections 3, 4 and 5 have no function Connection 2 logic Factor frequency frequency Connection 1 Connection 2 0 V or open L khz Hz 24 V C H khz Hz.67

68 K-SERIES - preprocessing logic Preprocessing logic Logic functions Compact design PLC relieved AN NAN In & Out V Out 6 8 0V In & Out V Out 6 8 0V Rated input level V = Low current A per input (24 V) max. voltage Pulse duration level V current Switching thresholds lt; 9 V Supply voltage Current consumption Approvals 24 V C = High, 0 V = Low approx. 1.5 ma per input (24 V) 30 V C tage 50 µs ion PNP, Ub-1.8 V max. 20 ma ent high <15 V, low < 9 V V C e < 5 ma consumption 0 C +50 C perature -40 C +60 C ture CE rovals 24 V C = High, 0 V = Low approx. 1.5 ma per input (24 V) 30 V C tage 50 µs ion PNP, Ub-1.8 V max. 20 ma ent high <15 V, low < 9 V V C e < 5 ma consumption 0 C +50 C perature -40 C +60 C ture CE rovals imensions 4.0 / 0.5 / 4 65 x 12 x / 0.5 / 4 65 x 12 x 57 K AN 35 24VC K NAN 35 24VC

69 Preprocessing logic Logic functions Compact design PLC relieved OR NOR K-SERIES - preprocessing logic In < 1 Out V Out 6 8 0V In < 1 Out V Out 6 8 0V Rated input level V = Low current A per input (24 V) max. voltage Pulse duration level V current Switching thresholds lt; 9 V Supply voltage Current consumption Approvals 24 V C = High, 0 V = Low approx. 1.5 ma per input (24 V) 30 V C tage 50 µs ion PNP, Ub-1.8 V max. 20 ma ent high <15 V, low < 9 V V C e < 5 ma consumption 0 C +50 C perature -40 C +60 C ture CE rovals 24 V C = High, 0 V = Low approx. 1.5 ma per input (24 V) 30 V C tage 50 µs ion PNP, Ub-1.8 V max. 20 ma ent high <15 V, low < 9 V V C e < 5 ma consumption 0 C +50 C perature -40 C +60 C ture CE rovals imensions 4.0 / 0.5 / 4 65 x 12 x / 0.5 / 4 65 x 12 x 57 K OR 35 24VC K NOR 35 24VC

70 Logic distribution istributors with preprocessing electronics SAI-E processes signals for logic functions AN, OR, NAN and NOR with further version are in preparation. Four inputs can be coupled logically with one output. The different versions are available in a plastic hood with an M12 plug-in connector in plug&play format, or in a metal hood with a cable gland for assembly by the user. The logic distributor in the plastic hood can be connected using a pre-assembled M12 cable but also directly to a PCB (both in the same hood or a similar one). In situ signal processing offers many advantages, with users avoiding the need for large multi core cables with a large number of poles and saving time and material costs. Savings can also be made at the input cards of the PLC by using one input instead of four. The advantages: Cost-savings Savings in materials: cables with just a few cores fewer input ports required at the PLC fewer cables to be connected fewer cabling errors Hoods easily mounted on standard base module If an input is not used, an input can be set to active with the simulation plug. Bu1 Bu2 Bu3 & Out1 Bu5 Bu6 Bu7 & Out2 Bu4 Bu8.70

71 Logic distribution Pin assignment table, hood Pin Signal escription V C Voltage supply, logic and sensors 2 +0 V Reference potential, logic and sensors 3 PE Earth V Logically connected output V Logically connected output 2 Pin assignment table, 5-pole M12 plug Pin Voltage escription V Voltage supply, +24 V C, logic and sensors 3 GN Voltage supply, 0 V C, logic and sensors 5 PE Earth V Logically connected output V Logically connected output 2 Type Qty Order No. Electronic hood SAI-EH-8E/2A logik UN SAI-EH-8E/2A logik OER SAI-EH-8E/2A logik NAN SAI-EH-8E/2A logik NOR Plastic hood SAI-EHK-8E/2A logik AN SAI-EHK-8E/2A logik NAN SAI-EHK-8E/2A logik OR SAI-EHK-8E/2A logik NOR Base module SAI-8 4P M12 UT for 8 inputs SAI-4 4P M12 UT for 4 inputs Simulation plug SAIS-T-4/1-K

72 CMA current monitoring Analogue output Max. conductor diameter 35 Can be mounted sideways For mounting on rail TS 35 CMA 100/5 A CMA 250/5 A CMA 500/5 A current 100 A AC rent 250 A AC rent 500 A AC rent frequency 0Hz / Class 1.5: Hz Class 1: 50 60Hz / Class 1.5: Hz Class 1: 50 60Hz / Class 1.5: Hz Class 1: 50 60Hz / Class 1.5: Hz max. current ent I th >3 ka Thermal current I th >3 ka Thermal current I th >3 ka Thermal current I th >3 ka Voltage of measuring circuit hed conductor) 600 V eff (unfinished conductor) 600 V eff (unfinished conductor) 600 V eff (unfinished conductor) iameter of entry 35 er of entry 35 er of entry 35 er of entry current 5 A AC current 5 A AC current 5 A AC current Load impedance, voltage/current / 600 Ω voltage/current / 600 Ω voltage/current / 600 Ω voltage/current Accuracy / 1.5; residual current factor < 5 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 erature -5 C +40 C erature -5 C +40 C erature -40 C +85 C ture -40 C +85 C ture -40 C +85 C ture Approvals CE;cURus; CE;cURus; CE;cURus; Isolation voltage input, output 4 kv eff / 1 min. put 4 kv eff / 1 min. put 4 kv eff / 1 min. put imensions (secondary) (secondary) (secondary) 50 x 78 x x 78 x x 78 x 90.5 Type (Qty.=1) Order No. Type (Qty.=1) Order No. Type (Qty.=1) Order No. (secondary) CMA 100/5A CMA 250/5A CMA 500/5A

73 PLUGCONTROL Monitoring of currents up to 10 A C For use with valves, servocontrols or C motors pull-up/pull-down resistor PAS CMR A C PAS CMR A C PLUGCONTROL PAS CMR A C 14/24 14/24 14/24 A1 4.7kΩ 11/21 A1 4.7kΩ 11/21 A1 4.7kΩ 11/ A C A2 100V 0.1A 12/ A C A2 100V 0.1A 12/ A C A2 100V 0.1A 12/22 current C max. current s Tripping current Resistance of sensor circuit Safe off ma Pulse duration Switching current min./max. Switching voltage, min./max. Switching frequency, max. Contact complement Contact material act)* Weitere Funktionen resistor 4.7 kω Climate % RH T u = 40 C, no condensation Approvals Standards (protective separation) EMC standards , 2, 3, 4 Rated voltage Impulse withstand voltage Isolation voltage input, output Clearance & creepage distance A C 7.5 A for 10 s 500 ma stromschwelle 50 mω tance of sensor circuit 50 ma A min. 1 ms tion 100 µa /100 ma nt min./max. 1 V AC/C /100 V AC/C /max. 15 Hz hing frequency, max. 1 NOC ct complement RH/Rd (Reed contact)* pull-up/pull-down resistor 4.7 kω 0 C +55 C (fitted) -40 C +85 C ture 5 95 % RH T u = 40 C, no condensation Approvals (protective separation) EN 55011; EN , 2, 3, 4 6 kv lse withstand voltage 4 kv eff / 1 min. tput III rvoltage category 2 ollution severity 5 (encapsulated) ance A C C 15 A for 10 s 2 A altstromschwelle 50 mω tance of sensor circuit 300 ma min. 1 ms tion 100 µa /100 ma nt min./max. 1 V AC/C /100 V AC/C /max. 15 Hz hing frequency, max. 1 NOC ct complement RH/Rd (Reed contact)* pull-up/pull-down resistor 4.7 kω 0 C +55 C (fitted) -40 C +85 C ture 5 95 % RH T u = 40 C, no condensation Approvals (protective separation) EN 55011; EN , 2, 3, 4 6 kv lse withstand voltage 4 kv eff / 1 min. tput III rvoltage category 2 ollution severity 5 (encapsulated) ance A C 30 A for 10 s 4.5 A tstromschwelle 50 mω tance of sensor circuit 600 ma min. 1 ms tion 100 µa /100 ma nt min./max. 1 V AC/C /100 V AC/C /max. 15 Hz hing frequency, max. 1 NOC ct complement RH/Rd (Reed contact)* pull-up/pull-down resistor 4.7 kω 0 C +55 C (fitted) -40 C +85 C ture 5 95 % RH T u = 40 C, no condensation Approvals (protective separation) EN 55011; EN , 2, 3, 4 6 kv lse withstand voltage 4 kv eff / 1 min. tput III rvoltage category 2 ollution severity 5 (encapsulated) ance imensions 1.5 / 2.5 / x 15.3 x / 2.5 / x 15.3 x / 2.5 / x 15.3 x 95 * Peak current must be limited to 100 ma for capacitive loads * Peak current must be limited to 100 ma for capacitive loads * Peak current must be limited to 100 ma for capacitive loads Type (Qty.=1) Order No. PAS CMR 0,5 2,5 A C Type (Qty.=1) Order No. PAS CMR 2,0 5,0 A C Type (Qty.=1) Order No. PAS CMR 4,5 10 A C