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| 156 analogue signal processing
157 analogue signal processing the problem the real world can be measured in many ways, for example, via temperature, humidity, air pressure and so forth. the parameters of these different physical qualities change continuously. elements that monitor statuses and changes in sta- tuses of a given environment, must reflect these continual changes. w ithin the framework of industrial moni- toring tasks, the statuses of an environ- ment are monitored by using sensors. these sensors should provide signals that enable connected evaluating and monitor- ing installations to draw detailed conclu- sions concerning the status of, for exam- ple, a production process. the sensor sig- nals trace the continuous changes in the monitored range. the signals can be in analogue or digital form; which means in normal cases, an electrical voltage or cur- r ent value is produced that corresponds proportionally to the monitored physical quantities. increasing automation with the intention of achieving or maintaining cer- tain predetermined statuses makes the processing of analogue values increasingly important. this is also true of fields beyond those where this has been neces- sary and standard for a long time, for example, processing technology in the chemical industry. standard electrical signal values are the norm within the framework of this processing technology. current values from 0...20 ma, 4...20 ma or voltage values from 0...10 v have been introduced as sensor output values for differing physical quantities. weidm?ller has taken account the need for increasing automation with the processing of these analogue signals, and offers a wide range of products that are designed for handling sensor signals. this means, units are made available for standard signals (0...20 ma, 4...20 ma, 0...10 v) that generate output signal values proportional to the variable input signals, and at the same time enable the safe separation of, for example, sensor circuits of an evaluation circuit. this safe separation is particularly important to avoid mutual interference of multiple sensor circuits, for example, ground loops in interlinked measurement circuits. the wide range of products includes all functions for converting separation and monitoring signals. the different designs in connection with the respective functions cover practically all applications in industrial measurement technology. w ith these new products, weidm?ller offers the possibility of taking into account the demands of modern automation technology with the inclusion of analogue signals. these products guarantee an elementary function between signals from the field and the further processing systems. the mechanical characteristics of these products correspond to those of the well-known weidm?ller products and are part of a continuous, ongoing concept. the signal conditioners can be combined together with other weidm?ller products. they have been electrically and mechanically designed to ensure that only a minimum of wiring and maintenance costs are necessary. the product program contains the following functions: current transformer v oltage transformer thermocouple conditioners for re sistance thermometers frequency signal conditioner potentiometer conditioner ac signal conditioner bridge measurement conditioner limit value monitoring modules ad/da converter these products are categorised according to functionality as pure signal conversion, 2-way-isolation, 3-way-isolation and as passive separation. analogue signal processing 158 2-way-isolation separates the signals galvanically and decouples the measurement circuits. in so doing it eliminates potential differences caused by long cable lengths and common reference points. furthermore, the galvanic isolation offers protection against destruction by overvoltage, and against inductive and capacitive interferences. 3-way-isolation also decouples the supply voltage from the input and output circuits, and enables the function with only one operating voltage. the passive isolator offers a further elementary advantage; it needs no additional volt- age supply. the supply to the modules ensues via the input circuit and is the trans- ferred to the output. this current loop supply is distinguished by very low power con- sumption. there are a large number of products available for measuring temperatures. rtd pt100 signals, in 2-, 3- and 4-wire technology, are converted to standardised 0 ?20 ma, 4 ?20 ma and 0 ?10 v signals. the modules which can be connected to commercially available thermocouples have cold junction compensation as standard. furthermore, the modules amplify and linea- rize the voltage signals from the thermocouple. this guarantees an exact conditioning of analogue signals by eliminating sources of interference and errors. frequency converters convert frequencies to standard analogue signals. this enables controllers connected in series to directly process impulse trains when making speed or rotational speed measurements. it is inconceivable to think about automation without analogue-digital-analogue con verters . to bring together the aforementioned analogue form of describing the envi- r onment and the customary digital processing, within the framework of process moni- toring, it is necessary to convert analogue signals into digital signals. weidm?ller offers modules for the following standard input and output signals: 0...20 ma, 4...20 ma and 0...10 v. 8-bit and 12-bit digital modules are available. all modules have an added input for making instantaneous measurements. current monitoring modules enable the monitoring of current values up to 60 a in alternating or direct voltages. over range or under range values trip the switching out- put. modules with analogue outputs enable the continuous monitoring of currents via connected controls. v oltage monitoring modules can be used to monitor direct and alternating voltages. vo ltage fluctuations, resulting from switching operations or network overloads, can be r eliably recognised and reported via the adjustable threshold function. modules for monitoring of revolutions and torque enable the control of cyclic move- ments on conveyor belts, ventilators and pumps. the output responds after a set amount of time, should the expected impulse not be received. the reliable potential- free relay contact, signalises the interference to the responsible component group. analogue signal processing 159 analogue signal processing design overview mini coupler / mini conditioner wa veseries dk mini coupler / mcz mini conditioner extensive range of electronic functions in terminal format pluggable cross-connections with mini conditioners mini couplers with screw-in cross-connection combs mini couplers with screw connections mini conditioners with tension clamp connections wave analog / wave analog pro / wave control pluggable pcb for fast service when the configuration is changed pluggable cross-connection in base socket housing to distribute the power supply, marking (cc) in the block diagram on the head plate pluggable connections with optional screw or tension clamp connection rs profiles analog-/digital-converters mounts onto ts 32 and ts 35 mounting rails open, cost-saving design v ariable housing width function areas of application description versions page dc signal conditioners pt100 signal conditioners thermocouple conditioners frequency signal conditioners ad/da converters current monitoring v oltage monitoring motion and rotational speed monitoring namur switching amplifier setpoint device 160 signal conditioning, signal isolation, dc input/fixed functions mcz 164 suppression of mass loops and configurable inputs and wave analog 174-184 outputs wave analog pro 185 motor current limitation, pressure dc input/limit value dk 172 alarm, direct disconnection of monitoring mcz 173 connected modules, safety function t emperature monitoring, noise rejec- rtd input/fixed functions mcz 165 tion, electrical decoupling of visualiza- and configurable inputs and wave analog 186-188 tion devices, suppression of mass outputs wave analog pro 189 loops, heating and cooling monitoring, overheating protection of motors t emperature monitoring, noise rejec- thermo input/fixed functions wave analog 190 tion, electrical decoupling of visualiza- and configurable inputs and wave analog pro 191 tion devices, suppression of mass outputs loops, heating and cooling monitoring, overheating protection of motors flow rate measurements, frequency input/fixed functions and dk 167-168 converter monitoring, speed measure- configurable inputs and mcz 166 ments, pulse processing outputs conditioning of voltage and current 8-bit ad/da converter rs 210-213 signals in 8-bit/12-bit digital form 12-bit ad/da converter motor current monitoring, ac input/measuring of dki 172 emergency lighting monitoring sinusoidal and non sinusoidal wave control 196-199 signals up to 60a smsi 200-203 under and overvoltage monitoring, one and three-phase smsu 204-205 operating status indication overvoltage downtime monitoring, conveyor-drive pnp/npn or namur dklw 169 monitoring, monitoring of fans, pumps input/switching output sms 206 or pistons switching amplifier namur input/switching output egv 207 t esting measuring distances, defined 1 control input/+/-set value/ ema/sw24 208 input of analogue values analogue output selection table of functions dc/dc 0?0ma 0?0ma yes w ithout auxiliary pwr. fixed 6 tens. clamp 8411190000 164 current loop supply from input 0?0ma 0?0ma yes w ithout auxiliary pwr. fixed 17.5 screw/ 8444950000/ 174 current loop supply tens. clamp 8444960000 from input (1-channel) 0?0ma 0?0ma yes w ithout auxiliary pwr. fixed 17.5 screw/ 8463580000/ 174 current loop supply tens. clamp 8463590000 from input (2-channel) 0?0ma 0?0ma 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8445070000/ 176 v oltage supply of tens. clamp 8445080000 both sides 0?0ma 0?0ma yes 18?0vdc fixed/10 hz 17.5 screw/ 8540180000/ 178 tens. clamp 8540190000 0?0ma 0?0ma 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447160000/ 181 tens. clamp 8447170000 0?0ma 4?0ma 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8446970000/ 176 v oltage supply of tens. clamp 8446990000 both sides 0?0ma 4?0ma yes 18?0vdc fixed/10 hz 17.5 screw/ 8540250000/ 181 tens. clamp 8540260000 0?0ma 4?0ma 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447190000/ 181 tens. clamp 8447200000 0?0ma 0?0v 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8447020000/ 176 v oltage supply of tens. clamp 8447030000 both sides 0?0ma 0?0v yes 18?0vdc fixed/10 hz 17.5 screw/ 8540270000/ 178 tens. clamp 8540280000 0?0ma 0?0v 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447220000/ 181 tens. clamp 8447230000 4?0ma 0?0ma 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8444980000/ 175 v oltage supply of tens. clamp 8444990000 output side 4?0ma 0?0ma yes 18?0vdc fixed/10 khz 17.5 screw/ 8540200000/ 179 tens. clamp 8540210000 4?0ma 0?0ma 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447250000/ 182 tens. clamp 8447260000 4?0ma 4?0ma 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8445010000/ 175 v oltage supply of tens. clamp 8445020000 output side 4?0ma 4?0ma yes 18?0vdc fixed/10 hz 17.5 screw/ 8540180000/ 178 tens. clamp 8540190000 4?0ma 4?0ma 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447160000/ 182 tens. clamp 8447170000 4?0ma 0?0v 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8445040000/ 175 v oltage supply of tens. clamp 8445050000 output side 4?0ma 0?0v yes 18?0vdc fixed/10 hz 17.5 screw/ 8540230000/ 179 tens. clamp 8540240000 4?0ma 0?0v 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447280000/ 182 tens. clamp 8447290000 0?0v 0?0ma 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8447050000/ 177 v oltage supply of tens. clamp 8447080000 both sides 0?0v 0?0ma yes 18?0vdc fixed/10 hz 17.5 screw/ 8540310000/ 180 tens. clamp 8540320000 0?0v 0?0ma 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447310000/ 183 tens. clamp 8447320000 0?0v 4?0ma 2-way 19.2?8.8v/ fixed 12.5 screw/ 8447100000/ 177 v oltage supply of tens. clamp 8447110000 both sides 0?0v 4?0ma yes 18?0vdc fixed/10 hz 17.5 screw/ 8540290000/ 180 tens. clamp 8540300000 0?0v 4?0ma 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447340000/ 183 tens. clamp 8447350000 0?0v 0?0v 2-way 19.2?8.8vdc/ fixed 12.5 screw/ 8447130000/ 177 v oltage supply of tens. clamp 8447140000 both sides function input output galvanic v oltage supply setting module connection cat. no. page isolation width/mm type selection table analogue signal processing 161 analogue signal processing 0?0v 0?0v yes 18?0vdc fixed/10 hz 17.5 screw/ 8540330000/ 180 tens. clamp 8540340000 0?0v 0?0v 3-way 18?0vdc fixed/20 khz 17.5 screw/ 8447370000/ 184 tens. clamp 8447380000 v ariable voltage variable voltage yes 20?53vdc dip switch 12.5 screw/ 8560740000/ 185 and current and current potentiometer tens. clamp 8560750000 (+/-20mv?/-200v, (-10v?10v, +/-0.1ma?/-100ma) -20ma?20ma) pt100/ (4)?0ma no 19.2?8.8vdc dip switch 12.5 screw/ 8432210000/ 186 tens. clamp 8432220000 r td/dc pt100/ 0?0v no 19.2?8.8vdc dip switch 12.5 screw/ 8432180000/ 186 2-wire potentiometer tens. clamp 8432190000 pt100/ 4?0ma no current loop supply fixed 6 tens. clamp 8425720000 165 2-wire in output pt100/ 0(4)?0ma no 19.2?8.8vdc dip switch 12.5 screw/ 8432150000/ 187 3-wire potentiometer tens. clamp 8432160000 pt100/ 0?0v no 19.2?8.8vdc dip switch 12.5 screw/ 8432090000/ 187 3-wire potentiometer tens. clamp 8432130000 pt100/0 (4)?0ma no 19.2?8.8vdc dip switch 12.5 screw/ 8432270000/ 188 4-wire potentiometer tens. clamp 8432280000 pt100/ 0?0v no 19.2?8.8vdc dip switch 12.5 screw/ 8432240000/ 188 4-wire potentiometer tens. clamp 8432250000 pt100/ 0?0v yes 18?0vdc dip switch 17.5 screw/ 8560700000/ 189 2-/3-/4-conduct. 0?0ma potentiometer tens. clamp 8560710000 ni100 4?0ma potentiometer: min. 0?00 ? max. 0?00k ? r: 0?50 ? thermo/dc k, j, t, e, n, r, s, b thermo 0?0v no 19.2?8.8vdc dip switch 12.5 screw/ 8432300000/ 190 k, j, t, e, n, 0?0ma tens. clamp 8432310000 r, s, b 4?0ma thermocouples 0?0v yes 18?0vdc dip switch 17.5 screw/ 8560720000/ 191 k, j, t, e, n, 0?0ma potentiometer tens. clamp 8560730000 r, s, b 4?0ma frequency/dc 0...50/100/500hz 0(4)?0ma no 21.6?6.4vdc dip switch 6 screw 8311870001 168 0?/5/10/16khz 0...50/100/500hz 0(4)?0ma no 21.6?6.4vdc dip switch 6 screw 8311870001 168 0?/5/10/16khz 0...50/100/500hz 0?0v no 21.6?6.4vdc dip switch 6 screw 8283810000 168 0...1/5/10/16khz 0?0ma 0...1/5/10/16khz no 21.6?6.4vdc dip switch 6 screw 8258870000 167 0?0ma 0...1/5/10/16khz no 21.6?6.4vdc dip switch 6t ens. clamp 8461480000 166 4?0ma 0...1/5/10/16khz no current loop supply dip switch 6 screw 8081330000 167 in input 4?0ma 0...1/5/10/16khz no current loop supply dip switch 6t ens. clamp 8461490000 166 in input 0?0v 0...1/5/10/16khz no 21.6?6.4vdc dip switch 6 screw 8242040000 167 0?0v 0...1/5/10/16khz no 21.6?6.4vdc dip switch 6t ens. clamp 8461470000 166 v ariable, switching output no 19.2?8.8vdc fixed 12 screw 8248340000 170- programmable pnp 171 limit value 0?0ma switching output no 19.2?8.8vdc potentiometer 6 screw 8031320000 172 monitoring pnp 2-channel 0?0ma switching output no 19.2?8.8vdc potentiometer 6t ens. clamp 8227350000 173 pnp 2-channel 0?0v switching output no 19.2?8.8vdc dip switch 6 screw 8019640000 172 pnp 2-channel potentiometer 0?0v switching output no 19.2?8.8vdc dip switch 6t ens. clamp 8260280000 173 pnp 2-channel potentiometer ad convert. 0?0ma 8-bit no 19.2?8.8vdc fixed 70 screw 1160561001 210 4?0ma 8-bit no 19.2?8.8vdc fixed 70 screw 1168561001 210 0?0v 8-bit no 19.2?8.8vdc fixed 70 screw 1160361001 210 8-bit no 19.2?8.8vdc fixed 70 screw 1122361001 210 0?0ma 12-bit no 19.2?8.8vdc fixed 70 screw 1168461001 212 4?0ma 12-bit no 19.2?8.8vdc fixed 70 screw 1169161001 212 0?0v 12-bit no 19.2?8.8vdc fixed 70 screw 1168361001 212 12-bit no 19.2?8.8vdc fixed 70 screw 1168261001 212 function input output galvanic v oltage supply setting module connection cat. no. page isolation width/mm type 162 selection table function input output galvanic v oltage supply setting module connection cat. no. page isolation width/mm type analogue signal processing 163 analogue signal processing 1) switch output / 1 changeover contact 2) 0?0 v, 0 (4)?0 ma switchable 3) 4?0 ma / current loop supply 4) switch output / 1 changeover contact 5) 0?0 v, 0 (4)?0 ma switchable dip switch./p* = dip switch / potentiometer selection table da convert. 8-bit 0?0ma no 19.2?8.8vdc fixed 70 screw 1165860000 211 8-bit 4?0ma no 19.2?8.8vdc fixed 70 screw 1169260000 211 8-bit 0?0v no 19.2?8.8vdc fixed 70 screw 1160760000 211 8-bit no 19.2?8.8vdc fixed 70 screw 1123360000 211 12-bit 0?0ma no 19.2?8.8vdc fixed 70 screw 1166060000 213 12-bit 4?0ma no 19.2?8.8vdc fixed 70 screw 1165960000 213 12-bit 0?0v no 19.2?8.8vdc fixed 70 screw 1166160000 213 12-bit no 19.2?8.8vdc fixed 70 screw 1160860000 213 current 0?/5/10 aac 1) 2-way 21.6?6.4vdc dip sw./p* 22.5 screw 8516560000 196 monitoring 0?/5/10 aac 1) 2-way 21.6?6.4vdc dip sw./p* 22.5 tens. clamp 8516570000 196 0?0/40/60 aac 1) 2-way 21.6?6.4vdc dip sw./p* 22.5 screw 8513340000 196 0?0/40/60 aac 1) 2-way 21.6?6.4vdc dip sw./p* 22.5 tens. clamp 8526600000 196 0?/5/10 aac 2) 2-way 21.6?6.4vdc dip switch 22.5 screw 8523400000 197 0?/5/10 aac 2) 2-way 21.6?6.4vdc dip sw./p* 22.5 tens. clamp 8523410000 197 0?/5/10 aac 3) 2-way 12?0vdc dip sw./p* 22.5 screw 8528650000 197 0?/5/10 aac 3) 2-way 12?0vdc dip sw./p* 22.5 tens. clamp 8528660000 197 0?/10 aac 4) 2-way 21.6?6.4vdc dip sw./p* 22.5 screw 8526610000 198 0?/10 aac 4) 2-way 21.6?6.4vdc dip sw./p* 22.5 tens. clamp 8526620000 198 0?0/25/30 aac 4) 2-way 21.6?6.4vdc dip sw./p* 22.5 screw 8545830000 198 0?0/25/30 aac 4) 2-way 21.6?6.4vdc dip sw./p* 22.5 tens. clamp 8545840000 198 0?0/40/60 aac 4) 2-way 21.6?6.4vdc dip sw./p* 22.5 screw 8513330000 199 0?0/40/60 aac 4) 2-way 21.6?6.4vdc dip sw./p* 22.5 tens. clamp 8526590000 199 0.1?a switching output no 18?0vdc fixed 6 screw pnp 1?0madc opto-coupler yes 10?50vdc op. point 22.5 screw 1157160000 200 40?50madc opto-coupler yes 10?50vdc op. point 22.5 screw 1156360000 200 40?50madc opto-coupler yes 10?50vdc op. point 22.5 screw 1156460000 201 0.2?.2aac opto-coupler yes 10?50vdc op. point 22.5 screw 1157360000 201 1?aac 21.6?6.4vuc yes 10?50vdc fixed 22.5 screw 1112160000 201 1?aac 5?8vdc yes 10?50vdc fixed 22.5 screw 8026930000 201 1?aac led yes 10?50vdc fixed 22.5 screw 1112060000 201 40...250madc no 1-channel yes 10?50vdc op. point 22.5 screw 1156660000 202 40...250madc no 1-channel yes 10?50vdc op. point 22.5 screw 1159960000 202 0.2...2.2aac no 1-channel yes 10?50vdc op. point 22.5 screw 1156960000 203 1?aac no 1-channel yes 10?50vdc fixed 22.5 screw 1112260000 203 volt age 1-24vdc co 1-channel yes 21.6?6.4vuc op. point 22.5 screw 0555060000 205 monitoring 1-230vuc co 1-channel yes 207?53vac op. point 22.5 screw 0555160000 205 18?4vac co 1-channel yes 18?7vac op. point 22.5 screw 1156760000 204 36?8vac co 1-channel yes 36?3vac op. point 22.5 screw 1157660000 204 83?10vac co 1-channel yes 83?21vac op. point 22.5 screw 1157760000 205 165?20vac co 1-channel yes 165?53vac op. point 22.5 screw 1157860000 205 200?60vac no 1-channel yes 200?99vac op. point 22.5 screw 1160160000 205 3 phase 165...230vac no 2-channel yes 165?30vac op. point 22.5 screw 1156560000 205 3 phase 165...230vac no/nc yes 165?30vac op. point 22.5 screw 1178760000 205 rotational- p. / n. switching co 1-channel no 195.5?41.5vac potentiometer 22.5 screw 1110560000 206 motion and 24vdc r .p.m. monitoring namur switch namur no 1-channel no 21.6?6.4vdc no 22.5 screw 1120360000 207 amplifier namur pnp/npn no 21.6?6.4vdc no 22.5 screw 1122460000 207 setpoint device 0?4v 10.5?10.5v yes 21.6?6.4vdc potentiometer 22.5 screw 1172660000 208 164 passive isolator block diagram mcz ccc 0?0 ma/0?0 ma t ype cat. no. mcz ccc 0?0 ma/0?0 ma 8411190000 without power supply 0?0 ma (max. 15 v) < 100 ? 2.5? v (at 20 ma) 50 ma, 15 v 0?0 ma (max. 10 v) approx. 5 ms at 500 ? working resistance impedance < 10 mv eff approx. 200 khz < 0.1 % from end value, + 0.05 % from mean/100 ? working resistance < 50 ppm/k from measurement value for working resistance 0 ? 510 v eff emvg en 50081-1 en 50082-2 ce, ul, csa -25 ??40 ? -25 ??50 ? -40 ? ?85 ? awg 22?2 1.5 mm 2 6 mm page 305 ordering data for ts 35 t echnical data input response current v oltage drop max. overload capacity at input output set time (t99) residual ripple chopper frequency t ransmission error t emperature effect v oltage strength input/output emc approvals ambient temperature - assembled without spacing - assembled with 20 mm spacing storage temperature conductor conductor cross-section overall width dimensions and accessories see w orking resistance diagram 100 500 rb ( ? ) ie = ia = 20 ma ue (v) this module is a reasonably priced passive separator for galvanically separating standard 0.4...20 ma signals. it draws its power from the measurement signal and requires no further auxiliary power. the measurement signal is transmitted 1:1. the module is distinguished by its low power con- sumption as well as a response current <100 ?. 15 3 165 rt d thermocouple conditioners analogue signal processing block diagram mcz pt100/3 clp 0?00 ? / 0?20 ? / 0?50 ? / 0?00 ? / 0?00 ? -50?150 ? / -40?00 ? t ype cat. no. mcz pt100/3 clp 0?00 ? 8425720000 mcz pt100/3 clp 0?20 ? 8483680000 mcz pt100/3 clp 0?50 ? 8604420000 mcz pt100/3 clp 0?00 ? 8473010000 mcz pt100/3 clp 0?00 ? 8473020000 mcz pt100/3 clp -50?150 ? 8473000000 mcz pt100/3 clp -40?00 ? 8604430000 pt 100 (according to iec 751) 3-wire / 2-wire* each 50 ? max. 0.006 ?/ ? 0.8 ma 4?0 ma** 750 ? at 24 v max: 30v / min: 9 v+20ma x r l max: 1.5 v at 100 hz 10 ms t ype. 0.2 % max. 0.5 % v. fsr <0.1 % v. fsr max. ?50 ppm/? yes emvg en 50081-1 en 50082-2 ce, ul, csa 0 ??50 ? -20 ??85 ? awg 22?2 1.5 mm 2 6 mm ** current loop supplied page 305 ordering data for ts 35 t echnical data input connection max. wire resistance leadwire resistance effect supply current output load supply voltage residual ripple of supply voltage set time accuracy linearity t emperature coefficient open circuit recognition emc approvals ambient temperature storage temperature conductor conductor cross-section overall width * putting a bridge between pins 4 and 5 dimensions and accessories see the temperature module converts measurement values from a pt 100 into analogue measure- ment signals. the module supplies the sensor with power. the module is distinguished by its accuracy and linearity. ?for 2 and 3 wire sensors *w ithout dc/dc converter input supply vie current loop 166 frequency signal conditioners ordering data for ts 35 w t echnical data input ranges overload limits, input input resistance v oltage drop, input output output frequency, end value frequency adjustment readjustment range output level output current display supply voltage power consumption making current limit polarisation protection accuracy t emperature coefficient coordination of insulation according to en 50178 v oltage strength input/output rated voltage rated surge voltage overvoltage category v oltage strength i/o to mounting rail operating temperature storage temperature overall width conductor cross-section dimensions and accessories see t ype cat. no. mcz vfc 8461470000 0?0 v 30 v 100 k ? 1 khz, 4 khz, 8 khz, 16 khz dil switch ?0 %, internal pnp, ub- 0.7 v max. 20 ma led, pulsing 24 vdc ?0 % 14 ma, w/o load 200 ma yes 0.2 % v. fsr < 250 ppm/? 1 kvdc 100 v 1.5 kv iii 4 kv eff / 1 min 0 ??50 ? -25 ??85 ? 6 mm 1.5 mm 2 page 305 t ype cat. no. mcz cfc 8461480000 0?0 ma 50 ma 50 ? 1 v at 20 ma 1 khz, 4 khz, 8 khz, 16 khz dil switch ?0 %, internal pnp, ub- 0.7 v max. 20 ma led, pulsing 24 vdc ?0 % 14 ma w/o load 200 ma yes 0.2 % v. fsr < 250 ppm/? 1 kvdc 100 v 1.5 kv iii 4 kv eff / 1 min 0 ??50 ? -25 ??85 ? 6 mm 1.5 mm 2 page 305 t ype cat. no. mcz cfc 8461490000 4?0 ma lp* 50 ma 5.8?.4 at 20 ma 1 khz, 4 khz, 8 khz, 16 khz dil switch ?0 %, internal pnp, ub- 0.7 v max. 20 ma led, pulsing 24 vdc ?0 % 14 ma w/o load yes 0.15 % v. fsr < 250 ppm/? 150 v 2.5 kv iii 4 kv eff / 1 min 0 ??50 ? -25 ??85 ? 6 mm 1.5 mm 2 page 305 the option of reading-in the analogue signals from the field via counter inputs of the control is made possible by converting the analogue sig- nals in to frequencies. it is recommended that twisted and shielded 2-wire cables are used. ?tension clamp connection ?led-display ?adjustable frequency output mcz cfc 0?0 ma mcz cfc 4?0 ma clp mcz vfc 0?0 v mcz vfz 0?0 v and mcz cfc 0?0 ma 12 34 dip switch 10 00 0?6 khz 01 00 0? khz 00 10 0? khz 00 01 0? khz mcz cfc 4?0 ma clp 12 34 dip switch 10 00 3.2?6 khz 01 00 1.6? khz 00 10 0.8? khz 00 01 0.2? khz block diagram/settings ?screw connection ?led-display ? adjustable frequency output 167 frequency signal conditioners analogue signal processing dka u/f and dka i/f 12 34 dip switch 10 00 0?6 khz 01 00 0? khz 00 10 0? khz 00 01 0? khz block diagram/settings ordering data for ts 32 y for ts 35 w with combi foot ts 32/ts 35 t echnical data input ranges overload limits, input input resistance v oltage drop, input output output frequency, end value frequency adjustment readjustment range output level output current display decoupling diode supply voltage power consumption making current limit polarisation protection accuracy coordination of insulation to din vde 0160, draft 11/94 v oltage strength input/output rated voltage rated surge voltage overvoltage category v oltage strength to mounting rail operating temperature storage temperature overall width conductor cross-section accessories end plate dimensions and accessories see t ype cat. no. dka u/f 8242040000 0?0 v 100 v 100 k ? 1 khz, 4 khz, 8 khz, 16 khz dil switch ?0 %, internal pnp, ub- 0.7 v max. 20 ma led, pulsing present 24 vdc ?0 % 14 ma, w/o load 200 ma yes 0.2 % v. fsr <250 ppm/? 1 kvdc 4 kv eff 0 ??50 ? -25 ??60 ? 6 mm 0.5? mm 2 t ype cat. no. ap dk5 8268870000 page 305 t ype cat. no. dka i/f 8258870000 0?0 ma 50 ma 50 ? 1 v at 20 ma 1 khz, 4 khz, 8 khz, 16 khz dil switch ?0 %, internal pnp, ub- 0.8 v max. 20 ma led, pulsing present 24 vdc ?0 % 14 ma w/o load 200 ma yes 0.2 % v. fsr <250 ppm/? 1 kvdc 4 kv eff 0 ??50 ? -25 ??60 ? 6 mm 0.5? mm 2 t ype cat. no. ap dk5 8268870000 page 305 t ype cat. no. dka i/f * 8081330000 4?0 ma 50 ma max. 320 ? at 20 ma max. 6.4 v at 20 ma 5 khz (1? khz) ub- 3 v max. 20 ma present 19.2?8.8 vdc <13 ma w/o load yes 0.15 % v. fsr <250 ppm/? 2 4 kv eff 150 v 2.5 kv iii 4 kv eff 0 ??50 ? -25 ??60 ? 6 mm 0.5? mm 2 t ype cat. no. ap dk5 8268870000 page 305 dka i/f dka i/f* dka u/f for emc reasons, frequency processing mod- ules must be used in conjunction with shielded cables. this measure prevents interference of analogue and frequency signals by other signal cables and vice versa. * without dc/dc converter input current loop supplied 168 frequency signal conditioners ordering data for ts 32 y for ts 35 w with combi foot ts 32/ts 35 t echnical data input ranges overload limits, input input resistance v oltage drop, input output output frequency, end value frequency adjustment readjustment range output level output current display decoupling diode supply voltage power consumption making current limit polarisation protection accuracy coordination of insulation to din vde 0160, draft 11/94 v oltage strength input/output rated voltage rated surge voltage overvoltage category v oltage strength to mounting rail operating temperature storage temperature overall width conductor cross-section dimensions and accessories see dka f/u t ype cat. no. dka f/u 8283810001 0?0/100/500 hz 0?/5/10/16 khz 10 k ? 0/2?0 v dil switch 24 vdc ?0 % 32 ma + i load yes 0.5 % (8-bit resolution) 2.5 kv 4 kv eff 0 ??50 ? -25 ??60 ? 6 mm 0.5? mm 2 page 305 dka f/i t ype cat. no. dka f/i 8311870001 0?0/100/500 hz 0?/5/10/16 khz 10 k ? 0/4?0 ma dil switch 24 vdc ?0 % 32 ma + i load yes 0.5 % (8-bit resolution) 2.5 kv 4 kv eff 0 ??50 ? -25 ??60 ? 6 mm 0.5? mm 2 page 305 12 34 dip switch 00 0x 0?0 hz 10 0x 0?00 hz 01 0x 0?00 hz 11 0x 0? khz 01 1x 0? khz 10 1x 0?0 khz 11 1x 0?6 khz 00 1x customer specific xx x0 0?0 ma / 0?0 v xx x1 4?0 ma / 2?0 v for emc reasons, frequency processing mod- ules must be used in conjunction with shielded cables. this measure prevents interference of analogue and frequency signals by other signal cables and vice versa. block diagram/settings ?screw connection ?led-display ?adjustable frequency output ?multiplex capable 169 analogue signal processing ordering data for ts 32 y for ts 35 w t echnical data input number of inputs input frequency range selection fine adjustment input nominal level overload limits switching threshold pulse duration input current reverse polarity protection output function output level output current decoupling diode status led short-circuit proof operating voltage power consumption reverse polarity protection galvanic isolation v oltage strength to mounting rail operating temperature storage temperature overall width conductor cross-section insulation stripping length others accessories end plate dimensions and accessories see t ype cat. no. dk lw 8258680000 initiators, npn or pnp 1 10 - 6250 u/min. 3 switchable revolutions ranges: 10-130, 100-1300, 1000-7800 r.p.m. 2 potentiometers for upper/lower revs limit 24 vdc = high, o v = low 30 vdc high >18 v, low <7 v >0.5 ms approx. 3.5 ma (24 v) yes optional pnp or npn output active, if f within set revs limit ub- 1.8 v 20 ma max. yes green led no 24 v ?0 % + 20 % <10 ma, w/o load, without initiator yes no 4 kv eff 0?50 ? -40?60 ? 12 mm 0.5? mm 2 7 mm initiator power supply via module possible t ype cat. no. ap dkt4 0687560000 page 278 monitoring revolutions dk lw if only one revolution limit is to be evaluated, the potentiometer for f max must be set to end stop or the potentiometer for f min to left stop. then only the other is in each case active for setting the limit value. block diagram/settings 170 preprocessing logic ordering data for ts 32 y for ts 35 w t echnical data logical function number of inputs input nominal level overload limits switching threshold pulse duration input current output output level output current decoupling diode status led short-circuit proof operating voltage power consumption reverse polarity protection galvanic isolation v oltage strength to mounting rail operating temperature storage temperature overall width conductor cross-section insulation stripping length accessories end plate ordering example: rs flip-flop dimensions see t ype cat. no. on request dk pl 8248340000* programmable, see note 5 24 vdc = high, 0 v = low 30 vdc high >18 v, low <7 v >1 ms approx. 1.5 ma per input (24 v) pnp ub- 1 v 20 ma max. no green led no 24 v ?0 % <10 ma yes no 4 kv eff 0 ??50 ? -40 ??60 ? 12 mm 0.5? mm 2 7 mm t ype cat. no. ad dkt4 0687560000 8248340002 page 278 dk pl screw connection logic function and time function combined individually programmable (further functions on request) block diagram * (not programmed - function next page) 171 analogue signal processing remark: the module is programmed according to customers specifications. up to 5 inputs can be linked with various logic and timer functions, e.g.: and, or, exor, nand, nor, exnor, delay elements, etc. the output is either low or high active. 824834 0002 dkpl inputs 1 and 2 have the function of a rs flip-flop inputs 3, 4 and 5 have no function input output 21 6 00 0 (is stored) 01 no change of stored state 10 no change of stored state 11 1 (is stored) inputs 3, no change of stored state 4 and 5 no function 824834 0001 dkpl a = (e1 or e2) and (e3 or e4) and e5 state input output 54 32 1 6 1000 00 0 2000 01 0 3000 10 0 4000 11 0 5001 00 0 6001 01 0 7001 10 0 8001 11 0 9010 00 0 10 0 1 00 1 0 11 0 1 01 0 0 12 0 1 01 1 0 13 0 1 10 0 0 14 0 1 10 1 0 15 0 1 11 0 0 16 0 1 11 1 0 17 1 0 00 0 0 18 1 0 00 1 0 19 1 0 01 0 0 20 1 0 01 1 0 21 1 0 10 0 0 22 1 0 10 1 1 23 1 0 11 0 1 24 1 0 11 1 1 25 1 1 00 0 0 26 1 1 00 1 1 27 1 1 01 0 1 28 1 1 01 1 1 29 1 1 10 0 0 30 1 1 10 1 1 31 1 1 11 0 1 32 1 1 11 1 1 824834 0003 dkpl - frequency divider inputs 1 - 5 determine the divider factor input 1 = divider factor 1: f out = f in 1 input 2 = divider factor 2: f out =f in 2 input 5 = divider factor 5: f out = f in 5; f in max. = 12 khz input output 6 1f out = f in 2f out = f in / 2 3f out = f in / 3 4f out = f in / 4 5f out = f in / 5 note: an new divider factor can only be used if operating voltage is switched off. f in max. = 12 khz 824834 0004 dkpl input 1: signal a of an incremental generator input 2: signal b 90 is shifted input 3: enable high active input 4: output signal inverts high active input 5: no function output: for each slope of signal a or b, the output is set to 20 - 30 us. (i.e.: f out = 4xf in ) f in max. 1 khz connection description 1a signal a 90 leading f max = 1 khz 2b signal b 90 following f max = 1 khz 3 enable output is released 4 invert output signal invert 5 no function 6f out = 4 x f a/b (max. 4 khz) 824834 0006 dkpl input 1: f out = f in input 2: f out =f in 10 input output 6 1f out = f in 2f out = f in / 10 3f out = f in / 50 4f out = f in / 100 5f out = f in / 1000 note: a new divider factor can only be used if the operating voltage is switched off. f in max. = 3 khz 824834 007 dkpl input output 12 345 out ll xxx no function hl xxx f = 1 hz lh xxx f = 10 hz hh xxx f = 1 hz l -> 0 v or connection open h -> +24 ?0 vdc x -> no effect on output function, l or h 824834 0005 dkpl length of input signal between 80 and 100 ms. length of output signal 100 ms, only 2 pulses, relation pulse-interruption 1:1. the positive slope of the input signal has to be analysed. only input e1 is used. 824834 0501 dkpl the module allows the input frequency at connection 1 (0...max. 50 khz) to be divided with 2 fixed divider factors. depending on connection 2, the output frequency is transmit- ted from output connection 6. connections 3, 4 and 5 have no function. connect. 2 logic factor inp. frequency outp. frequency connection 1 connection 2 0 v or open l 75 0?0 khz 0?00 hz 24 vdc h 27 0?0.8 khz 0?00 hz 824834 0010 dkpl rs flip-flop with superior s - input (connection 2) input connections 3, 4 and 5 must have 0 v or remain open! connection 1 logic connection 2 logic connection 6 logic r-input s-input output 0 v or open l 0 v or open l previous state is stored +24 vdc h 0 v or open l 0 v l 0 v or open l +24 vdc h +24 vdc h +24 vdc h +24 vdc h +24 vdc h 824834 0008 dkpl input output 12 hh h lh l input input input output input input input output input input input output input input input output input input input output input no function outp. 172 ordering data for ts 32 y for ts 35 w with combi foot ts 32/ts 35 t echnical data input signal input resistance v oltage drop, input cut-off frequeny switchable input range switching point settings hysteresis output output level output current function status led operating voltage power consumption galvanic isolation v oltage strength to mounting rail operating temperature storage temperature overall width conductor cross-section emc resistance burst acc. to en 61000-4-4 input/outputs power supply esd acc. to en 61000-4-2 contact discharge air discharge accessories end plate dimensions see t ype cat. no. dksc 0-10 v 8019640000 0?0 v 60 k ? 100 hz dil switch for 3 ranges 2 threshold uth 1 and uth 2 with 2 front potentiometers each 1 % double switch output per pnp, ub- 1.2 v 50 ma uin 173 threshold monitoring analogue signal processing block diagram mcz sc 0?0 vdc t ype cat. no. mcz sc 24 v/0?0v 8260280000 24 vdc 20 % 15 ma 0?0 v 60 k ? 100 hz s1 s2 t emperature coefficient t k 10?00 mv on on 500 ppm max. 0.03? v on off 250 ppm max. 0.3?0 v off x 250 ppm max. via 2 potentiometers (12 turns) 1 % of the end value active high for u input < u th1 (set via p1) active high for u input > u th2 (set via p2) < 250 ? (switch threshold at 90% of the max. input signal; r l 1 k ? ) 2 channel switching pnp max. 50 ma < 1.2 v at 50 ma none 4 kveff / 1 min 0 ??50 ? -25 ??60 ? awg 22?2 1.5 mm 2 ce, ul, csa 6 mm page 305 t ype cat. no. mcz sc 24 v/0?0 ma 8227350000 24 vdc 20 % 15 ma 0.5?0 ma 50 ? 1 v 40 ma 100 hz t emperature coefficient t k 250 ppm max. via 2 potentiometers (12 turns) 1 % of the end value active high for i input < i th1 (set via p1) active high for i input > i th2 (set via p2) < 250 ? (switch threshold at 90% of the max. input signal; r l 1 k ? ) 2 channel switching pnp max. 50 ma < 1.2 v at 50 ma none 4 kveff / 1 min 0 ??50 ? -25 ??60 ? awg 22?2 1.5 mm 2 ce, ul, csa 6 mm page 305 ordering data for ts 35 t echnical data v oltage supply supply voltage supply current input input voltage input resistance v oltage drop at full scale max. input current cut-off frequeny t ransmission behaviour threshold voltage ranges of u th setting of switching threshold hysteresis of switching threshold function of output 1 function of output 2 response time output output current per output v oltage drop at output transistor insulation coordination/safe separation to en 50178 separation input / output dielectric strength i/o to mounting rail ambient temperature storage temperature conductor conductor cross-section approvals overall width dimensions and accessories see mcz sc 0?0 ma the setpoint controller allows cost effective units to be built for monitoring analogue signals. an upper and lower limit value, which covers the en- tire signal range, can be set by the user via 2 potentiometers. the respective statuses of the upper and lower limit value are indicated at the 2 digital outputs (upper limit value under/over flow; lower limit value under/over flow). 174 passive isolator dc/dc block diagram t ype cat. no. w as5 ccc lp 8463580000 w az5 ccc lp 8463590000 0(4) ... 20 ma / 0(4) ... 20 ma 0 ... 20 ma (4 ... 20 ma) 18 v 50 ma < 100 ? approx. 3 v at r l = 0 ? i in = 20 ma approx. 13 v at r l = 500 ? at i in = 20 ma 0 ... 20 ma (4 ... 20 ma) 500 ? < 0.1% of fs < 0.1% from measurement value per 100 ? load resistance 50 ppm / k of fs 4.5 ms at 500 ? working resistance < 20 mv eff approx. 170 khz -25 ? ... +70 ? -40 ? ... +80 ? 92.4 / 112.5 / 17.5 ce, ul, csa, gl 300 v 6 kv iii 2 5.5 mm 4 kv eff / 1 s 4 kv eff / 1 min en 50178 (safe separation) en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. was5 ccc lp 8444950000 w az5 ccc lp 8444960000 0(4) ... 20 ma / 0(4) ... 20 ma 0 ... 20 ma (4 ... 20 ma) 18 v 50 ma < 100 ? approx. 3 v at r l = 0 ? i in = 20 ma approx. 13 v at r l = 500 ? at i in = 20 ma 0 ... 20 ma (4 ... 20 ma) 500 ? < 0.1% of fs < 0.1% from measurement value per 100 ? load resistance 50 ppm / k of fs 4.5 ms at 500 ? working resistance < 20 mv eff approx. 170 khz -25 ? ... +70 ? -40 ? ... +80 ? 92.4 / 112.5 / 17.5 ce, ul, csa, gl 300 v 6 kv iii 2 5.5 mm 4 kv eff / 1 s 4 kv eff / 1 min en 50178 (safe separation) en 50081, en 50082, en 55011 page 298 + 308 ccc lp (1 channel) 0(4) ... 20 ma / 0(4) ... 20 ma ccc lp (2 channel) 0(4) ... 20 ma / 0(4) ... 20 ma wave analog dc/dc input loop powered galvanic isolation 1-, 2-channel versions low power consumption safe separation ordering data screw connection 1 channel t ension clamp connection 1 channel screw connection 2 channel t ension clamp connection 2 channel input/output t echnical data* (per channel) input signal input voltage max. input current max operating current v oltage drop output signal load resistance accuracy at tu=23 ? influence of load resistance t emperature coefficient set time residual ripple chopper frequency general operating temperature storage temperature dimensions l / h / w mm approvals rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance isolation voltage, voltage strength input/output, channel / channel input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module coordination of insulation according to en 50178, 04/98 (safe separation) approvals: analogue signal processing 175 block diagram ccc dc 4 ... 20 ma / 4 ... 20 ma ccc dc 4 ... 20 ma / 0 ... 20 ma cvc dc 4 ... 20 ma / 0 ... 10 v wave analog dc/dc voltage supply on output side 2-way-isolation analogue signal conditioning galvanic isolation between input/output signal input loop powered cross-connectable voltage supply via cross-connectors ordering data screw connection t ension clamp connection input/output t echnical data* input signal input voltage max. input current max output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module t ype cat. no. w as4 cvc dc 8445040000 w az4 cvc dc 8445050000 4 ... 20 ma / 0 ... 10v 4 ... 20 ma 7 v 25 ma 0 ... 10 v 1 k ? ?. 2% of fs 250 ppm / k of fs 30 ms (typ. 20 ms) 15 hz (typ. 20 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 20 ma at i out = 10 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as4 ccc dc 8445010000 w az4 ccc dc 8445020000 4 ... 20 ma / 0 ... 20 ma 4 ... 20 ma 7 v 25 ma 0 ... 20 ma 500 ? ? .2% of fs 250 ppm / k of fs 30 ms (typ. 20 ms) 15 hz (typ. 20 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 32 ma at i out = 20 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as4 ccc dc 8444980000 w az4 ccc dc 8444990000 4 ... 20 ma / 4...20 ma 4 ... 20 ma 7 v 25 ma 4 ... 20 ma 500 ? 0.2% of fs 250 ppm / k of fs 30 ms (typ. 20 ms) 15 hz (typ. 20 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 32 ma at i out = 20 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc-signal conditioners approvals: 176 block diagram ordering data screw connection t ension clamp connection input/output t echnical data* input signal input current max input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption input power consumption output current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module ccc dc ccc dc cvc dc 0 ... 20 ma / 0 ... 20 ma 0 ... 20 ma / 4 ... 20 ma 0 ... 20 ma / 0 ... 10 v wave analog dc/dc voltage supply on both sides 2-way-isolation analogue signal conditioning galvanic isolation between input/output signal cross-connectable voltage supply via cross-connectorss t ype cat. no. w as4 cvc dc 8447020000 w az4 cvc dc 8447030000 0 ... 20 ma / 0 ... 10 v 0 ... 20 ma 25 ma 50 ? 0 ... 10 v 1 k ? 0.2% of fs 250 ppm / k of fs 30 ms (typ. 16 ms) 15 hz (typ. 25 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 11 ma at i in = 20 ma < 20 ma at i out = 10 v 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as4 ccc dc 8446970000 w az4 ccc dc 8446990000 0 ... 20 ma / 4 ... 20 ma 0 ... 20 ma 25 ma 50 ? 4 ... 20 ma 500 ? 0.2% of fs 250 ppm / k of fs 30 ms (typ. 16 ms) 15 hz (typ. 25 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 11 ma at i in = 20 ma < 32 ma at i out = 20 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as4 ccc dc 8445070000 w az4 ccc dc 8445080000 0 ... 20 ma / 0 ... 20 ma 0 ... 20 ma 25 ma 50 ? 0 ... 20 ma 500 ? 0.2% of fs 250 ppm / k of fs 30 ms (typ. 16 ms) 15 hz (typ. 25 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 11 ma at i in = 20 ma < 32 ma at i out = 20 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc-signal conditioners approvals: analogue signal processing 177 ordering data screw connection t ension clamp connection input/output t echnical data* input signal input voltage max. input resistance output signal load resistance accuracy at tu=23? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption input power consumption output current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module block diagram wave analog dc/dc voltage supply on both sides 2-way-isolation analogue signal conditioning galvanic isolation between input/output signal cross-connectable voltage supply via cross-connectors vcc dc 0 ... 10 v / 0 ... 20 ma vcc dc 0 ... 10 v / 4 ... 20 ma vvc dc 0 ... 10 v / 0 ... 10 v t ype cat. no. w as4 vvc dc 8447130000 w az4 vvc dc 8447140000 0 ... 10 v / 0 ... 10 v 0 ... 10 v 15 v 500 k ? 0 ... 10 v 1 k ? ? .2% of fs 250 ppm / k of fs 30 ms (typ. 25 ms) 13 hz (typ. 17 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 11 ma at u in = 10 v < 20 ma at i out = 10 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as4 vcc dc 8447100000 w az4 vcc dc 8447110000 0 ... 10 v / 4 ... 20 ma 0 ... 10 v 15 v 500 k ? 4 ... 20 ma 500 ? 0.2% of fs 250 ppm / k of fs 30 ms (typ. 25 ms) 13 hz (typ. 17 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 11 ma at u in = 10 v < 32 ma at i out = 20 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as4 vcc dc 8447050000 w az4 vcc dc 8447080000 0 ... 10 v / 0 ... 20 ma 0 ... 10 v 15 v 500 k ? 0 ... 20 ma 500 ? 0.2% of fs 250 ppm / k of fs 30 ms (typ. 25 ms) 13 hz (typ. 17 hz) 24 vdc ?0% (19.2 ... 28.8 vdc) < 11 ma at u in = 10 v < 32 ma at i out = 20 ma 2 a 0 ? ... +55 ? (mounted) -20 ? ... +85 ? 92.4 / 112.5 / 12.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc signal conditioners approvals: 178 ordering data screw connection t ension clamp connection input/output t echnical data** input signal input current max input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance coupling capacity input / output to supply isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see ** t u = 23 ? single module * input/output 4 ... 20 ma/4 ... 20 ma possible block diagram wave analog dc/dc 3-way-isolation analogue signal conditioning indication led cross-connectable voltage supply via cross-connectors ccc 0 ... 20 ma / 0 ... 20 ma ccc 0 ... 20 ma / 4 ... 20 ma cvc 0 ... 20 ma / 0 ... 10 v t ype cat. no. w as5 cvc 8540270000 wa z5 cvc 8540280000 0 ... 20 ma / 0 ... 10 v 0 ... 20 ma 25 ma 110 ? 0 ... 10 v 1 k ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5% (18 vdc ... 24 vdc ... 30 vdc) < 1.3 w at i out = 5 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as5 ccc 8540250000 w az5 ccc 8540260000 0 ... 20 ma / 4 ... 20 ma 0 ... 20 ma 25 ma 110 ? 4 ... 20 ma 600 ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5% (18 vdc ... 24 vdc ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as5 ccc 8540180000* w az5 ccc 8540190000* 0 ... 20 ma / 0 ... 20 ma 0 ... 20 ma 25 ma 110 ? 0 ... 20 ma 600 ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5% (18 vdc ... 24 vdc ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc signal conditioners ne w approvals: analogue signal processing 179 block diagram ordering data screw connection t ension clamp connection input/output t echnical data input signal input current max input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general* v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance coupling capacity input / output to supply isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module ccc 4 ... 20 ma / 0 ... 20 ma cvc 4 ... 20 ma / 0 ... 10 v wave analog dc/dc 3-way-isolation analogue signal conditioning indication led cross-connectable voltage supply via cross-connectors t ype cat. no. w as5 cvc 8540230000 waz5 cvc 8540240000 4 ... 20 ma / 0 ... 10 v 4 ... 20 ma 25 ma 110 ? 0 ... 10 v 1 k ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5% (18 vdc ... 24 vdc ... 30 vdc) < 1.3 w at i out = 5 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. wa s5 ccc 8540200000 w az5 ccc 8540210000 4 ... 20 ma / 0 ... 20 ma 4 ... 20 ma 25 ma 110 ? 0 ... 20 ma 600 ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5% (18 vdc ... 24 vdc ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc signal conditioners new approvals: 180 ordering data screw connection t ension clamp connection input/output t echnical data* input signal input voltage max. input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance coupling capacity input / output to supply isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module block diagram wave analog dc/dc 3-way-isolation analogue signal conditioning indication led cross-connectable voltage supply via cross-connectors vcc 0 ... 10 v / 0 ... 20 ma vcc 0 ... 10 v / 4 ... 20 ma vvc 0 ... 10 v / 0 ... 10 v t ype cat. no. w as5 vvc 8540330000 w az5 vvc 8540340000 0 ... 10 v / 0 ... 10 v 0 ... 10 v 15 v typ. 100 k ? 0 ... 10 v 1 k ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5%) (18 vdc ... 24 vdc ... 30 vdc) < 1.3 w at i out = 5 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as5 vcc 8540290000 w az5 vcc 8540300000 0 ... 10 v / 4 ... 20 ma 0 ... 10 v 15 v typ. 100 k ? 4 ... 20 ma 600 ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5% (18 vdc ... 24 vdc ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as5 vcc 8540310000 w az5 vcc 8540320000 0 ... 10 v / 0 ... 20 ma 0 ... 10 v 15 v typ. 100 k ? 0 ... 20 ma 600 ? 0.2% 250 ppm / k 45 ms 10 hz 24 vdc ?5% (18 vdc ... 24 vdc ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? when mounted horizontally -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc signal conditioners ne w approvals: analogue signal processing 181 ordering data screw connection t ension clamp connection input/output t echnical data** input signal input current max input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance coupling capacity input / output to supply isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see **t u = 23 ? single module * input/output 4 ... 20 ma/4 ... 20 ma possible ccc hf ccc hf cvc hf 0 ... 20 ma / 0 ... 20 ma 0 ... 20 ma / 4 ... 20 ma 0 ... 20 ma / 0 ... 10 v wave analog dc/dc 20 khz 3-way-isolation transmission frequency 20 khz analogue signal conditioning cross-connectable voltage supply via cross-connectors block diagram t ype cat. no. w as5 cvc hf 8447220000 wa z5 cvc hf 8447230000 0 ... 20 ma / 0 ... 10 v 0 ... 20 ma 50 ma 50 ? 0 ... 10 v 2 k ? < 0.2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.3 w at i out = 5 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. wa s5 ccc hf 8447190000 w az5 ccc hf 8447200000 0 ... 20 ma / 4 ... 20 ma 0 ... 20 ma 50 ma 50 ? 4 ... 20 ma 500 ? < 0.2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. was5 ccc hf 8447160000* w az5 ccc hf 8447170000* 0 ... 20 ma / 0 ... 20 ma 0 ... 20 ma 50 ma 50 ? 0 ... 20 ma 500 ? < 0.2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc signal conditioners approvals: 182 wave analog dc/dc 20 khz 3-way-isolation transmission frequency 20 khz analogue signal conditioning cross-connectable voltage supply via cross-connectors ordering data screw connection t ension clamp connection input/output t echnical data* input signal input current max input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance coupling capacity input / output to supply isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module ccc hf 4 ... 20 ma / 0 ... 20 ma cvc hf 4 ... 20 ma / 0 ... 10 v block diagram t ype cat. no. w as5 cvc hf 8447280000 wa z5 cvc hf 8447290000 4 ... 20 ma / 0 ... 10 v 4 ... 20 ma 50 ma 50 ? 0 ... 10 v 2 k ? < 0.2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.3 w at i out = 5 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082 en 55011 page 298 + 308 t ype cat. no. w as5 ccc hf 8447250000 w az5 ccc hf 8447260000 4 ... 20 ma / 0 ... 20 ma 4 ... 20 ma 50 ma 50 ? 0 ... 20 ma 500 ? < 0.2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 dc/dc signal conditioners approvals: analogue signal processing 183 ordering data screw connection t ension clamp connection input/output t echnical data* input signal input voltage max. input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance coupling capacity input / output to supply isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module vcc hf 0 ... 10 v / 0 ... 20 ma vcc hf 0 ... 10 v / 4 ... 20 ma wave analog dc/dc 20 khz 3-way-isolation transmission frequency 20 khz analogue signal conditioning cross-connectable voltage supply via cross-connectors t ype cat. no. w as5 vcc hf 8447340000 wa z5 vcc hf 8447350000 0 ... 10 v / 4 ... 20 ma 0 ... 10 v 15 v 500 k ? 4 ... 20 ma 500 ? ? .2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082 en 55011 page 298 + 308 t ype cat. no. w as5 vcc hf 8447310000 w az5 vcc hf 8447320000 0 ... 10 v / 0 ... 20 ma 0 ... 10 v 15 v 500 k ? 0 ... 20 ma 500 ? 0.2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.5 w at i out = 20 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 block diagram dc/dc signal conditioners approvals: dc/dc signal conditioners 184 ordering data screw connection t ension clamp connection input/output t echnical data* input signal input voltage max. input resistance output signal load resistance accuracy at tu=23 ? t emperature coefficient response time cut-off frequeny (-3 db) general v oltage supply power consumption current carrying capacity of cross-connection operating temperature storage temperature dimensions l / h / w mm approvals coordination of insulation according to en 50178, 04/98 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance coupling capacity input / output to supply isolation voltage, voltage strength input/output to mounting rail standards/specifications emc standards dimensions and accessories see *t u = 23 ? single module block diagram vvc hf 0 ... 10 v / 0 ... 10 v vvc hf -10 ... +10 v / -10 ... +10 v wave analog dc/dc 20 khz 3-way-isolation transmission frequency 20 khz analogue signal conditioning cross-connectable voltage supply via cross-connectors ne w t ype cat. no. w as5 vvc hf 8561610000 w az5 vvc hf 8587000000 ?0 v / ?0v -10 ?+ 10 v 15 v 500 k ? -10 ?+ 10 v 2 k ? ? .2% of measurement range 250 ppm / k of measurement range 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.3 w at i out = 5 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, cul 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 t ype cat. no. w as5 vvc hf 8447370000 w az5 vvc hf 8447380000 0 ... 10 v / 0 ... 10 v 0 ... 10 v 15 v 500 k ? 0 ... 10 v 2 k ? 0.2% of fs 250 ppm / k of fs 40 ? (typ. 30 ?) 15 khz (typ. 20 khz) 24 vdc ?5% (18 ... 30 vdc) < 1.3 w at i out = 5 ma 2 a 0 ? ... +55 ? -20 ? ... +85 ? 92.4 / 112.5 / 17.5 ce, ul, csa 300 v 4 kv iii 2 3 mm 1 nf 4 kv eff / 1 min en 50178 en 50081, en 50082, en 55011 page 298 + 308 approvals: approvals: analogue signal processing 185 ordering data t ype cat. no. screw connection was4 pro dc/dc 8560740000 t ension clamp connection waz4 pro dc/dc 8560750000 input/output configurable t echnical data* input (adjustable) v oltage uni-/bipolar adjustable 20 mv ... 200 v v oltage calibrated ranges 0 ??0 mv, 0 ??00 mv, 0 ??50 mv, 0 ??00 mv, 0 ??00 mv, 0 ??v, 0 ??v, 0 ??0 v, 0 ??00 v current uni-/bipolar adjustable 0.1 ma ... 100 ma current calibrated ranges 0 ??.3 ma, 0 ?? ma, 0 ?? ma, 0 ??6 ma, 0 ?20 ma, 0 ?50 ma input resistance at current input range < 5 ma / > 5 ma approx. 100 ? / approx. 5 ? at voltage input approx. 1 m ? input capacity at current input approx. 1 nf vo ltage input range < 500 mv / > 500 mv approx. 1 nf / approx. 500 pf overload capacity at current input range < 5 ma / > 5 ma < 75 ma / < 300 ma vo ltage input range < 500 mv / > 500 mv max. < 20 ma / < 3 ma continuous current output (adjustable) v oltage uni-/bipolar adjustable 0 ?10 v v oltage calibrated ranges 0 ??0 v, 2 ?10 v, 0 ?? v, 1 ?5 v current uni-/bipolar adjustable 0 ?20 mv current calibrated ranges 0 ??0 ma, 4 ?20 ma offset -100%, -50%, 0%, 50%, 100% of measuring span of the chosen output range load at output current < 12 v (600 ? at 20 ma) at output voltage < 10 ma (1 k ? at 10 v) offset 20 ? and. 10 mv residual ripple < 10 mveff adjustment zero pot. +25% measuring span of the chosen output range adjustment span pot. 0.33 ... 3.30 x end value of chosen input range gain error < 0.1% of fs t emperature coefficient < 60 ppm/k of fs cut-off frequeny > 10 khz, < 10 hz switch general v oltage supply 20 ... 230 v ac/dc +10% power consumption approx. 1 w frequency range 48 ... 62 hz operating temperature -10 ? ... +70 ? storage temperature -40 ? ... +85 ? factory setting 0 ... 10 v / 0 ... 10 v 10 hz dimensions l/h/b mm 92.4 / 112.5 / 12.5 w eight approx. 100 g approvals ce, cul, gl coordination of insulation according to en 50178, 04/98 rated voltage 600 v rated surge voltage 5 kv, 1.2/50 us, acc. to iec 255-4 overvoltage category iii contamination class 2 t est voltage 4 kv eff input against output against auxiliary power standards/specifications en 50178 emc standards din en 61326, en 61326/a1, en 50081-2, en 61000-6-2 block diagram pro dc/dc wave analog pro dc/dc universally adjustable via dip switch adjustment help via internet 3-way-isolation voltage supply from 20 - 230 v ac/dc low power loss adjustable transmission frequency indication led adjustment help wave tool the service tool enables quick and uncompli- cated configuration of wave analog pro. download from internet: http://www.weidmueller.de products downloads (see page 192) switch position/setting options switch input s1 s2 input range 1234 1234 0 ??0 mv 0 ??00 mv 0 ??50 mv 0 ??00 mv 0 ??00 mv 0 ?? v 0 ?? v 0 ??0 v 0 ??00 v 0 ? ~0.3 ma 0 ?? ma 0 ?? ma 0 ??0 ma 0 ??0 ma 0 ??0 ma 0 ??0 ma* *offset conversion not calibrated switch output s1 s3 output range 5 6 7 1 2 0 ??0 v 2 ?10 v 0 ?? v 1 ?5 v 0 ??0 ma 4 ?20 ma offset s1 s2 (in % of output voltage) 8910 5 0 % -100 % -50 % +50 % +100 % zero pot. activated: additional ?5 % switch s3 3 bandwidth 10 khz bandwidth 10 hz set range can be documented on side of housing. = on = off switch s2 4 calibrated ranges span pot. activated: input range x 0.33 ... x 3.30 dc/dc signal conditioners (configurable) dimensions and accessories see page 298 + 308 *t u = 23 ? single module ne w approvals: 186 preconfigured modules output input 0 ?20 ma 4 ?20 ma 0 ?10 v screw connection 0 ?100 ? 8432210001 8432210011 8432180001 special balancing 8432219999** 8432219999** 8432189999** t ension clamp connection 0 ?100 ? 8432220001 8432220011 8432190001 special balancing 8432229999** 8432229999** 8432199999** **you must indicate the temperature range when ordering please indicate additional output signal of current output ordering data t ype cat. no. type cat. no. screw connection wts4 pt100/2 c 8432210000 * wts4 pt100/2 v 8432180000* t ension clamp connection wtz4 pt100/2 c 8432220000 * wtz4 pt100/2 v 8432190000* input/output pt100/2 / 0(4) ... 20 ma pt100/2 / 0 ... 10 v t echnical data*** input signal pt100/2-wire pt100/2-wire t emperature range -200 ... +800 ? -200 ... +800 ? supply current 1.45 ma 1.45 ma conductor resistance output signal 0(4) ... 20 ma 0 ... 10 v load resistance 500 ? 1 k ? accuracy at tu=23 ? 0.5% of measurement range 0.5% of measurement range t emperature coefficient measurement range 200 k 200 ppm / ? 200 ppm / ? (typ. 80 ppm / ?) (typ. 80 ppm / ?) 100 k measurement range < 200 k 250 ppm / ? 250 ppm / ? (typ. 100 ppm / ?) (typ. 100 ppm / ?) 40 k measurement range < 100 k 500 ppm / ? 500 ppm / ? general v oltage supply 24 vdc ?0% 24 vdc ?0% (19.2 ... 28.8 vdc) (19.2 ... 28.8 vdc) power consumption < 48 ma at i out = 20 ma < 38 ma at i out = 10 ma current carrying capacity of cross-connection 2 a 2 a operating temperature 0 ? ... +55 ? 0 ? ... +55 ? storage temperature -20 ? ... +85 ? -20 ? ... +85 ? standards/specifications en 50178, iec 751 en 50178, iec 751 emc standards en 50081, en 50082, en 50081, en 50082, en 55011 en 55011 dimensions l / h / w mm 92.4 / 112.5 / 12.5 92.4 / 112.5 / 12.5 approvals ce, ul, csa ce, ul, csa dimensions and accessories see page 298 + 308 page 298 + 308 * without balancing *** t u = 23 ? single module block diagram pt100/2 pt100/2 0(4) ... 20 ma 0 ... 10 v aids v oltage supply 24 vdc, 50 ma simulator for pt 100 or precision-resistance-decade ampere-/voltmeter which can be calibrated to an accuracy of >0.1 % of the end value. wave analog rtd 2-wire technology configurable temperature range -200 ? ... +800 ? configurable output current range 0 ... 20 ma / 4 ... 20 ma cross-connectable voltage supply via cross-connectors switch position/setting options span 4 5 6 40 ?50 ? 50 ?75 ? 75 ?110 ? 110 ?165 ? 165 ?245 ? 245 ?360 ? 360 ?540 ? 540 ?800 ? 1 ) only modules with current output tmin 1 2 3 0 c -10 c -20 c -40 c -60 c -80 c -100 c -200 c output 1 ) range 7 0 ?20 ma 4 ?20 ma = on = off r td signal conditioners approvals: analogue signal processing 187 ordering data t ype cat. no. type cat. no. screw connection wts4 pt100/3 c 8432150000 * wts4 pt100/3 v 8432090000 * t ension clamp connection wtz4 pt100/3 c 8432160000 * wtz4 pt100/3 v 8432130000* input/output pt100/3 / 0(4) ... 20 ma pt100/3 / 0 ... 10 v t echnical data*** input signal pt100/3-wire pt100/3-wire t emperature range -200 ... +800 ? -200 ... +800 ? supply current 1.45 ma 1.45 ma conductor resistance 50 ? 50 ? output signal 0(4) ... 20 ma 0 ... 10 v load resistance 500 ? 1 k ? accuracy at tu=23 ? 0.5% of measurement range 0.5% of measurement range t emperature coefficient measurement range 200 k 200 ppm / ? 200 ppm / ? (typ. 80 ppm / ?) (typ. 80 ppm / ?) 100 k measurement range < 200 k 250 ppm / ? 250 ppm / ? (typ. 100 ppm / ?) (typ. 100 ppm / ?) 40 k measurement range < 100 k 500 ppm / ? 500 ppm / ? (typ. 200 ppm / ?) (typ. 200 ppm / ?) general v oltage supply 24 vdc ?0% 24 vdc ?0% (19.2 ... 28.8 vdc) (19.2 ... 28.8 vdc) power consumption < 48 ma at i out = 20 ma < 38 ma at i out = 10 ma current carrying capacity of cross-connection 2 a 2 a operating temperature 0 ? ... +55 ? 0 ? ... +55 ? storage temperature -20 ? ... +85 ? -20 ? ... +85 ? standards/specifications en 50178, iec 751 en 50178, iec 751 emc standards en 50081, en 50082, en 50081, en 50082, en 55011 en 55011 dimensions l / h / w mm 92.4 / 112.5 / 12.5 92.4 / 112.5 / 12.5 approvals ce, ul, csa ce, ul, csa dimensions and accessories see page 298 + 308 page 298 + 308 * without balancing *** t u = 23 ? single module block diagram pt100/3 pt100/3 0(4) ... 20 ma 0 ... 10 v aids v oltage supply 24 vdc, 50 ma simulator for pt 100 or precision-resistance-decade ampere-/voltmeter which can be calibrated to an accuracy of >0.1 % of the end value. preconfigured modules output input 0 ?20 ma 4 ?20 ma 0 ?10 v screw connection 0 ?100 ? 8432150001 8432150011 8432090001 special balancing 8432159999** 8432159999** 8432099999** t ension clamp connection 0 ?100 ? 8432160001 8432160011 8432130001 special balancing 8432169999** 8432169999** 8432139999** ** you must indicate the temperature range when ordering please indicate additional output signal of current output wave analog rtd 3-wire technology configurable temperature range -200 ? ... +800 ? configurable output current range 0 ... 20 ma / 4 ... 20 ma cross-connectable voltage supply via cross-connectors switch position/setting options span 4 5 6 40 ?50 ? 50 ?75 ? 75 ?110 ? 110 ?165 ? 165 ?245 ? 245 ?360 ? 360 ?540 ? 540 ?800 ? 1 ) only modules with current output tmin 1 2 3 0 c -10 c -20 c -40 c -60 c -80 c -100 c -200 c output 1 ) range 7 0 ?20 ma 4 ?20 ma = on = off r td signal conditioners approvals: 188 block diagram ordering data t ype cat. no. type cat. no. screw connection wts4 pt100/4 c 8432270000 * wts4 pt100/4 v 432240000* t ension clamp connection wtz4 pt100/4 c 8432280000 * wtz4 pt100/4 v 432250000* input/output pt100/4 / 0(4) ... 20 ma pt100/4 / 0 ... 10 v t echnical data*** input signal pt100/4-wire pt100/4-wire t emperature range -200 ... +800 ? -200 ... +800 ? supply current 1.45 ma 1.45 ma conductor resistance 50 ? (3- & 4-wire) 50 ? (3- & 4-wire) output signal 0(4) ... 20 ma 0 ... 10 v load resistance 500 ? 1 k ? accuracy at tu=23 ? 100 k measurement range < 600 k 0.1% of measurement range 0.1% of measurement range measurement range 100 k 0.1 k 0.1 k measurement range 600 k 0.2% of measurement range 0.2% of measurement range t emperature coefficient measurement range 200 k 200 ppm / ? 200 ppm / ? (typ. 80 ppm / ?) (typ. 80 ppm / ?) 100 k measurement range < 200 k 225 ppm / ? 225 ppm / ? (typ. 90 ppm / ?) (typ. 90 ppm / ?) 40 k measurement range < 100 k 450 ppm / ? 450 ppm / ? (typ. 180 ppm / ?) (typ. 180 ppm / ?) general v oltage supply 24 vdc ?0% 24 vdc ?0% (19.2 ... 28.8 vdc) (19.2 ... 28.8 vdc) power consumption < 48 ma at i out = 20 ma < 38 ma at i out = 10 ma current carrying capacity of cross-connection 2 a 2 a operating temperature 0 ? ... +55 ? 0 ? ... +55 ? storage temperature -20 ? ... +85 ? -20 ? ... +85 ? standards/specifications en 50178, iec 751 en 50178, iec 751 emc standards en 50081, en 50082, en 50081, en 50082, en 55011 en 55011 dimensions l / h / w mm 92.4 / 112.5 / 12.5 92.4 / 112.5 / 12.5 approvals ce, ul, csa ce, ul, csa dimensions and accessories see page 298 + 308 page 298 + 308 * without balancing *** t u = 23 ? single module pt100/4 pt100/4 0(4) ... 20 ma 0 ... 10 v aids v oltage supply 24 vdc, 50 ma simulator for pt 100 or precision-resistance-decade ampere-/voltmeter which can be calibrated to an accuracy of >0.1 % of the end value. preconfigured modules output input 0 ?20 ma 4 ?20 ma 0 ?10 v screw connection 0 ?100 ? 8432270001 8432270011 8432240001 special balancing 8432279999** 8432249999** t ension clamp connection 0 ?100 ? 8432280001 8432280011 8432250001 special balancing 8432289999** 8432259999** ** please indicate the temperature range and the sensor type (2-, 3- or 4-wire). please indicate additional output signal of current output wave analog rtd 2-, 3- and 4-wire technology configurable temperature range -200 ? ... +800 ? configurable output current range 0 ... 20 ma / 4 ... 20 ma cross-connectable voltage supply via cross-connectors switch position/setting options span 4 5 6 40 ?50 ? 50 ?75 ? 75 ?110 ? 110 ?165 ? 165 ?245 ? 245 ?360 ? 360 ?540 ? 540 ?800 ? 1) only modules with current output tmin 1 2 3 0 c -10 c -20 c -40 c -60 c -80 c -100 c -200 c output 1) range 7 0 ?20 ma 4 ?20 ma pt 100 8910 2 - wire 3 - wire 4 - wire = on = off r td signal conditioners approvals: analogue signal processing 189 block diagram ordering data t ype cat. no. screw connection w as5 pro rtd 8560700000 t ension clamp connection w az5 pro rtd 8560710000 input/output configurable t echnical data* input (adjustable) pt100/2-/3-/4-wire: -200? to 850? ni100 : -60? to +250? potentiometer: min: 0?00 ? / max:0?00k ? resistance: 0 ... 450 ? / output (adjustable) output voltage 0...10 v offset voltage max. 0.05 v load resistance 1 k ? output current 0/4 ... 20 ma offset current max. 100 ? load resistance 600 ? accuracy, slow/fast step response pt 100,ni 100: 0.3% of measurement range 0.8%, measurement range < 100 k / 0.3 k / 0.8 k potentiometer: 0.2% of fs / 0.3% resistance: 0.2% of fs / 0.3% step response (switchable via dip switch) typ. fast slow r td, r < 1.2 s < 2.2 s potentiometer < 500 ms < 1.1 s t emperature coefficient measurement range 200 k 200 ppm / ? 100 k measurement range < 200 k 250 ppm / ? 40 k measurement range < 100 k 400 ppm / ? max. wire resistance: 50 ? for 3- and 4-wire influence of wire resistances: max. + 0.25? at 50 ? wire resistance open circuit recognition: output signal > 10 v or > 20 ma, led blinks range of man. fine adjustment 5%, from ver. 1: 12.5%, potentiometer 12.5 %?5 % status led: module active: led lit / open circuit: led blinks error: led off general supply voltage 18 vdc ... 24 vdc ... 30 vdc power consumption 830 mw ... 880 mw ... 980mw @ i out = 20 ma current carrying capacity of cross-connection 2 a operating temperature 0...55? storage temperature -20...85? factory setting pt 100/3 0 ... 100 ? / 4 ... 20 ma no manual fine adjustment; slow step response dimensions l/h/b mm 92.4 / 112.5 / 17.5 w eight approx. 100 g approvals ce, cul, gl coordination of insulation according to din en 50178, 04/98 rated voltage 300 v surge voltage 4 kv overvoltage category iii contamination class 2 clearance and creepage distance 3 mm te st voltage 2 kv eff standards/specifications en 50178, iec751 emc standards en 50081, en50082, en55011 dimensions and accessories see page 298 + 308 * t u = 23 ? single module pro rtd wave analog pro rtd measurement from pt 100, ni 100, r, potentiometer univerally adjustable via dip switch 3-way-isolation status led linearization cross-connectable voltage supply via cross-connectors selection of input switch 1 input 123 pt100 2-wire pt100 3-wire pt100 4-wire. r 2-wire ni100 2-wire ni100 3-wire ni100 4-wire potentiometer selection of minimum input values switch 1 min r min pot.min 4567 0? 0 ? 0% -10? 10 ? 10% -20? 20 ? 20% -25? 20 ? 25% -30? 30 ? 30% -40? 40 ? 40% -50? 50 ? 50% -60? 60 ? 60% -70? 70 ? 70% -80? 80 ? 80% -90? 90 ? -100? 100 ? -150? 150 ? -200? 200 ? special range = on = off selection of the measurement range switch 2 tr pot. 12345 40k 20 ? 20% 50k 25 ? 25% 60k 30 ? 30% 70k 35 ? 35% 80k 40 ? 40% 90k 45 ? 45% 100k 50 ? 50% 110k 55 ? 55% 120k 60 ? 60% 125k 62.5 ? 62.5% 130k 65 ? 65% 140k 70 ? 70% 150k 75 ? 75% 160k 80 ? 80% 170k 85 ? 85% 180k 90 ? 90% 190k 95 ? 95% 200k 100 ? 100% 250k 125 ? --- 300k 150 ? --- 350k 175 ? --- 400k 200 ? --- 450k 225 ? --- 500k 250 ? --- 550k 275 ? --- 600k 300 ? --- 650k 325 ? --- 700k 350 ? --- 750k 375 ? --- 800k 400 ? --- 850k 425 ? --- 900k 450 ? --- selection of output switch 2 output 6 7 0...10v 0...20ma 4...20ma switching on the manual fine adjustment s.1 man. adj.. 8 off on selection of step set time time of s.2 step response 8 slow fast rt d-signal isolating transformer (configurable) ne w adjustment help wave tool this service tool enables quick and uncomplicated config- uration of wave analog pro. download from internet: http: //www.weidmueller.de products downloads (see page 192) approvals: 190 ordering data t ype cat. no. screw connection wts4 thermo select 8432300000 t ension clamp connection wtz4 thermo select 8432310000 input/output ? / 0 ... 20 ma ? / 4 ... 20 ma ? / 0 ... 10 v t echnical data* input signal thermocoupler acc. to iec584 (fully insulated) t ypes k -200 ... +1372 ? j -200 ... +1200 ? t -200 ... +400 ? e -200 ... +1000 ? n -200 ... +1300 ? r -50 ... +1760 ? s -50 ... +1760 ? b +50 ... +1820 ? output signal 0 ... 20 ma load resistance 500 ? output signal 4 ... 20 ma load resistance 500 ? output signal 0 ... 10 v load resistance 1 k ? accuracy at tu = 23 ? t ype k -200? ...-150? (5k + 0.1% of set range) -150? ...1200? (3k + 0.1% of set range) 1200? ...1372? (4k + 0.1% of set range) t ype j -200? ...-150? (4k + 0.1% of set range) -150? ...1200? (3k + 0.1% of set range) t ype t -200? ...-150? (5k + 0.1% of set range) -150? ...400? (3k + 0.1% of set range) t ype e -200? ...-150? (4k + 0.1% of set range) -150? ...1000? (3k + 0.1% of set range) t ype n -200? ...-150? (6k + 0.1% of set range) -150? ...1300? (3k + 0.1% of set range) t ype r -50? ...200? (10k + 0.1% of set range) 200? ...1760? (6k + 0.1% of set range) t ype s -50? ...200? (10k + 0.1% of set range) 200? ...1760? (6k + 0.1% of set range) t ype b 50? ...250? (25k + 0.1% of set range) 250? ...500? (10k + 0.1% of set range) 500? ...1820? (6k + 0.1% of set range) t emperature coefficient (200 ppm v. span + 0.075 k) /k response time without filter 1.1 s response time with filter 6 s general v oltage supply 24 vdc ?0% (19.2 ... 28.8 vdc) power consumption < 38 ma at i out = 20 ma current carrying capacity of cross-connection 2 a open circuit recognition led blinks (output value: > 20 ma and. > 10 v) operating temperature 0 ? ... +55 ? storage temperature -20 ? ... +85 ? standards/specifications en 50178, iec584 emc standards en 50081, en 50082, en 55011 dimensions l / h / w mm 92.4 / 112.5 / 12.5 approvals ce, ul, csa dimensions and accessories see page 298 + 308 * t u = 23 ? single module thermo select ? / 0 ... 20 ma, 4 ... 20 ma, 0 ... 10 v block diagram wave analog thermo thermocouples k, j, t, e, n, r, s, b configurable temperature range -200 ? ... +1820 ? no adjustment necessary cold junction compensation configurable output signal cross-connectable voltage supply via cross-connectors switch position/setting options sw 2 sw 1 t ype 1 2 3 k j t e n r s b span 12345 100 c 150 c 200 c 250 c 300 c 350 c 400 c 450 c 500 c 550 c 600 c 650 c 700 c 750 c 800 c 850 c 900 c 950 c 1000 c 1050 c 1100 c 1150 c 1200 c 1250 c 1300 c 1350 c 1400 c 1450 c 1500 c 1600 c 1700 c 1800 c = on = off output 6 7 0 - 10 v 0 - 20 ma 4 - 20 ma filter 8 off on sw 1 tmin 4567 0 c -10 c -20 c -30 c -40 c -50 c -100 c -150 c -200 c +50 c +100 c +150 c +200 c +250 c +500 c sw 2 thermo-signal conditioners approvals: analogue signal processing 191 ordering data t ype cat. no. screw connection was5 pro thermo 8560720000 t ension clamp connection waz5 pro thermo 8560730000 input/output configurable t echnical data* input (adjustable) thermocouples acc. to en 60584-1 t ype k, j, e, n, r, s, b via dip switch selectable accuracy at tu = 23 ? t ype k -200? ...-150? (5k + 0.1% of set range) -150? ...1200? (3k + 0.1% of set range) 1200? ...1372? (4k + 0.1% of set range) t ype j -200? ...-150? (4k + 0.1% of set range) -150? ...1200? (3k + 0.1% of set range) t ype t -200? ...-150? (5k + 0.1% of set range) -150? ...400? (3k + 0.1% of set range) t ype e -200? ...-150? (4k + 0.1% of set range) -150? ...1000? (3k + 0.1% of set range) t ype n -200? ...-150? (6k + 0.1% of set range) -150? ...1300? (3k + 0.1% of set range) t ype r -50? ...200? (10k + 0.1% of set range) 200? ...1760? (6k + 0.1% of set range) t ype s -50? ...200? (10k + 0.1% of set range) 200? ...1760? (6k + 0.1% of set range) t ype b 50? ...250? (25k + 0.1% of set range) 250? ...500? (10k + 0.1% of set range) 500? ...1820? (6k + 0.1% of set range) output (adjustable) output voltage 0...10 v offset voltage max. 0.05 v load resistance 1 k ? output current 0/4 ... 20 ma offset current max. 100 ? load resistance 600 ? step response max. 1.4 s at connected filter function max. 7.5 s max. wire resistance 50 ? for 3- and 4-wire open circuit recognition output signal > 10 v or > 20 ma, led blinks range of man. fine adjustment ?% status led: module active: led lights up / open circuit: led blinks error: led off general supply voltage: 18 vdc ... 24 vdc ... 30 vdc power consumption: 800 mv ... 850 mw ... 950 mw @ i output = 20 ma current carrying capacity of cross-connection 2 a operating temperature 0 ? ... +55 ? storage temperature -20 ... +85 ? standards/specifications en 50178, iec751 emc standards en 50081, en50082, en55011 factory setting type k 0 ... 1000 ? / 4 ... 20 ma; no filter; no manual fine adjustment dimensions l/h/w mm 92.4 / 112.5 / 17.5 w eight 100 g approvals ce, cul, gl dimensions and accessories see page 298 + 308 * t u = 23 ? single module pro thermo block diagram wave analog pro thermo 3-way-isolation thermocouples k, j, t, e, n, r, s, b configurable temperature range -200 ? ... +1820 ? no adjustment necessary cold junction compensation configurable output signal cross-connectable voltage supply via cross-connectors selection the thermocoupler sw1 t ype 1 2 3 k j t e n r s b selection of minimum temperature sw1 min 4567 0? -10? -20? -30? -40? -50? -100? -150? -200? +50? +100? +150? +200? +250? 500? special range selection of temperature span sw2 span 12345 100? 150? 200? 250? 300? 350? 400? 450? 500? 550? 600? 650? 700? 750? 800? 850? 900? 950? 1000? 1050? 1100? 1150? 1200? 1250? 1300? 1350? 1400? 1450? 1500? 1600? 1700? 1800? selection of output sw2 output 6 7 0...10v 0...20ma 4...20ma switching on the manual fine adjustment sw1 man. adjust. 8 off on switching on the filter function sw2 filter 8 off on = on = off coordination of insulation acc. to din en 50178, 04/98 rated voltage 300 v surge voltage 4 kv overvoltage category iii contamination class 2 clearance & creep. distance 3 mm te s t voltage 2 kv eff adjustment help wave tool this service tool enables quick and uncomplicated config- uration of wave analog pro. download from the internet: http: //www.weidmueller.de products downloads (see page 192) thermo signal isolating transformers (configurable) ne w approvals: 192 adjustment help wave tool ne w once the required input and output parameters have been entered, the program determines the correct switch setting and gives instructions for the electrical connection of the module. where necessary, it also determines and displays the required calibration values. the entire process can be printed out or saved as a pdf file for installation documentation purposes. download from the internet: http://www.weidmueller.de products download wave tool menu for selecting the functions for configuring the current/voltage isolating transformer printout of protocol for the documentation for configuring the temperature signal isolating transformer for configuring the thermo signal isolating transformer the adjustment help ? wave tool ? enables quick and uncomplicated configuration of wave analog pro dc, wave analog prt rtd, wave analog pro thermo. analogue signal processing 193 194 wave control current monitoring monitoring flows of currents enables a constant control of individual devices and installation components. discrepancies or disruptions arising in the electrical circuit can easily be eval- uated as breakdowns. targeted recti- fying procedures can be taken. the wa vecontrol range of prod- ucts convert sinusoidal/non-sinusoidal ac/dc currents up to 60 a to stan- dard analogue signals. the measure- ment processes are based on 2 basic principles. one principle is alternating currents up to 10 a ac and 50/60 hz are mea- sured using the transformer process . the module is looped directly into the measurement circuit. a hall-effect element comes in to operation at 10 a ac/dc. the potential-free wire is inserted through the module, allowing currents up to 60 a ac/dc to be measured. quite often, there are high-frequency parts of signals on the wire to be measured. in order to be able to take these parts of the signals into consid- eration, so-called trms converters ( t rue r oot m ean s quare) are con- nected to the hall sensors. this enables measurements up to 2 khz, independent of the shape of the curve. standard signals (0...20, 4...20 ma, 4...20 a current loop supply, 0...10 v) or a switch output are on offer. fig.: monitoring motor currents monitoring a motor in a cooling system monitoring a pump in a sewage treatment plant analogue signal processing 195 wave control less wiring costs thanks to cross- connections v ery good marking options fast commissioning ? pluggable replacement pcbs connection technology ?screw or tension clamp via socket block t ool-free mounting coding elements in the connections false plugging not possible galvanically isolated measurement circuit measurements of direct and alternat- ing currents possible trms versions for measuring non sinusoidal signals measurement range switch without calibration relay version with selectable hysteresis selectable working and closed-circuit current process for defined statuses (optional as normally open or normally closed contact) error indication via led indication wave control current ranges adjustable via dip switch cross-connectable voltage supply via cross-connectors selectable hysteresis selectable working and closed-circuit current principle approvals: 196 current monitoring w as2 cmr w az2 cmr w as2 cmr w az2 cmr 1/5/10 a ac selectable with r elay output 20/40/60a ac selectable with r elay output ordering data screw connection t ension clamp connection t echnical data* input input current input frequency pass through diameter measuring principle connection type measurement circuit voltage max. measuring circuit output contact set min. switching voltage max. switching voltage continuous current ac continuous current dc max. switching current min. switching current status led threshold hysteresis t emperature coefficient response time (10 ... 90%) w orking/closed-circuit current principle coordination of insulation acc. to din en 50178, 04/98 rated voltage surge voltage overvoltage category contamination class clearance and creepage distance te st voltage general supply supply voltage power consumption at rated voltage reverse polarity protection current carrying capacity of the cross-connection operating temperature range storage/transport factory setting dimensions l/h/b (mm) w eight approvals dimensions and accessories see * t u = 23 ? single module t ype cat. no. qty. w as2 cmr 1/5/10a ac 8516560000 1 w az2 cmr 1/5/10a ac 8516570000 1 1a ac/5a ac/10a ac selectable (without additional adjustment) 50hz/60hz transformer coupled screw or tension clamp connection 250vac 100a for 1s 1 changeover contact 6vdc/6vac 60vdc/250vac 3a 0.7a 7a 100ma green led 10% ... 100% adjustable via front potentiometer approx. 5% or approx. 10% selectable from set threshold 800 ppm/k typ. 700 ms selectable 300v 4kv lll 2 3 mm 4kv eff 21.6vdc...24vdc...26.4vdc 8.3 ma (relay not switched) 24 ma (relay switched) yes 2 a 0 ... 50? -20 ... +70? input range: 5a ac; hysteresis 10%, working current principle 92.4/112.4/22.5 150g ce, cul page 298 + 308 t ype cat. no. qty. w as2 cmr 20/40/60a ac 8513340000 1 w az2 cmr 20/40/60a ac 8526600000 1 20a ac/40a ac/60a ac selectable (without additional adjustment) 50hz/60hz 8mm contact-free current monitoring using hall sensor push-through connection 400vac, higher voltages dependent on wire insulation dependent on wire cross-section 1 changeover contact 6vdc/6vac 60vdc/250vac 3a 0.7a 7a 100ma green led 10% ... 100% adjustable via front potentiometer approx. 5% or approx. 10% selectable from set threshold 250 ppm/k typ. 700 ms selectable 300v 4kv lll 2 3 mm 4kv eff 21.6vdc...24vdc...26.4vdc 23 ma (relay not switched) 47 ma (relay switched) yes 2 a 0 ... 50? -20 ... +70? input range :40a ac; hysteresis 10% working current principle 92.4/112.4/22.5 150g ce, cul page 298 + 308 block diagram wave control input and output range adjustable via dip switch no calibration required cross-connectable voltage supply via cross-connectors approvals: analogue signal processing 197 current monitoring ordering data screw connection t ension clamp connection t echnical data* input input current input frequency accuracy measuring principle connection type measurement circuit voltage max. measuring circuit output current/voltage selectable output voltage offset voltage load resistance output signal limit output current offset current load resistance status led t emperature coefficient response time (10 ... 90%) coordination of insulation acc. to din en 50178, 04/98 (safe separation) rated voltage surge voltage overvoltage category contamination class clearance and creepage distance te st voltage general supply supply voltage power consumption at rated voltage reverse polarity protection operating temperature range storage/transport factory setting dimensions l/h/w (mm) w eight approvals dimensions and accessories see * t u = 23 ? single module t ype cat. no. qty. w as1 cma 1/5/10a ac 8523400000 1 w az1 cma 1/5/10a ac 8523410000 1 1 a ac/5 a ac/10 a ac selectable (without additional adjustment) 50 hz/60 hz 0.5% fsr transformer coupled screw or tension clamp connection 250 vac 100 a for 1s 0 ... 10 v 0 ... 20 ma 4 ... 20 ma 0 ... 10 v max. 0.05 v 1 k ? approx. 13 v and 24 ma 0/4 ... 20 ma max.100 ? 600 ? green led on? ok; blinks ? signal out of range; off ? error 200 ppm/k typ. 700 ms 300v 6kv lll 2 5.5 mm 4kv eff 21.6 vdc...24 vdc...26.4 vdc 40 ma at i out = 20 ma yes 0 ... 50? - 20 ... + 70? 0 ... 5a ac; 4 ... 20ma 72/92.4/22.5 150g ce, cul page 298 + 308 t ype cat. no. qty. w as1 lp cma 1/5/10a ac 8528650000 1 w az1 lp cma 1/5/10a ac 8528660000 1 1a ac/5a ac/10a ac selectable (without additional adjustment) 50 hz/60 hz 0.5% fsr transformer coupled screw or tension clamp connection 250 vac 100 a for 1s 4 ... 20ma current loop supply approx. 24 ma 4 ... 20 ma max. 100 ? 550 ? (at 24 v) rl = (vcc - 13v) / 20 ma dependent on voltage vcc green led on? ok; blinks ? signal out of range; off ? error 200 ppm/k typ. 700 ms 300v 6kv lll 2 5.5 mm 4kv eff 13 vdc ... 30 vdc yes 0 ... 50? -20 ... +70? 0 ... 5a ac; 4 ... 20ma 72/92.4/22.5 150g ce, cul page 298 + 308 block diagram w as1 cma w az1 cma w as1 lp cma w az1 lp cma 1/5/10a ac selec- table with analogue output 0?0 ma / 4?0 ma 0?0 v 1/5/10 a ac selectable with analogue output 4?0 ma loop powered wave control input and output range adjustable via dip switch no calibration required true trms value measurements hall sensor measurement method 198 current monitoring ordering data screw connection t ension clamp connection t echnical data* input input current input frequency accuracy measuring principle connection type pass through diameter measurement circuit voltage max. measuring circuit output current/voltage selectable output voltage offset voltage load resistance output signal limit output current offset current load resistance status led t emperature coefficient response time (10 ... 90%) coordination of insulation acc. to din en 50178, 04/98 (safe separation) rated voltage surge voltage overvoltage category contamination class clearance and creepage distance te st voltage general supply supply voltage power consumption at rated voltage reverse polarity protection operating temperature range storage/transport factory setting dimensions l/h/b (mm) w eight approvals dimensions and accessories see * t u = 23 ? single module t ype cat. no. qty. w as2 cma 5/10a uc 8526610000 1 w az2 cma 5/10a uc 8526620000 1 5 a uc/10 a uc selectable (without additional adjustment) 0 hz - 2 khz (true rms to dc converter) 1% (0 hz - 1 khz) crest factor 3 fsr 2% (0 hz - 2 khz) crest factor 5 fsr contact-free current monitoring using hall sensor push-through connection 8 mm 400 vac, higher voltages dependent on wire insulation dependent on wire cross-section 0 ... 10 v 0 ... 20 ma 4 ... 20 ma 0 ... 10 v max. 0.08 v 1 k ? approx. 13 v and. 24 ma 0/4 ... 20 ma max.150 ? 600 ? green led on? ok; blinks ? signal out of range; off ? error 650 ppm/k typ. 700 ms 300 v 6 kv lll 2 5.5 mm 4 kv eff 21.6 vdc...24 vdc...26.4 vdc 50 ma at i out = 20 ma yes 0 ... 50 ? -20 ... +70 ? 0 ... 5a uc; 4 ... 20 ma 92.4/112.4/22.5 150 g ce, cul page 298 + 308 block diagram t ype cat. no. qty. w as2 cma 20/25/30a uc 8545830000 1 w az2 cma 20/25/30a uc 8545840000 1 20/25/30 a uc selectable (without additional adjustment) 0 hz - 2 khz (true rms to dc converter) 1% (0hz - 1khz) crest factor 3 fsr 2% (0hz - 2khz) crest factor 5 fsr contact-free current monitoring using hall sensor push-through connection 8 mm 400 vac, higher voltages dependent on wire insulation dependent on wire cross-section 0 ... 10 v 0 ... 20 ma 4 ... 20 ma 0 ... 10 v max. 0.08 v 1 k ? approx. 13 v and. 24 ma 0/4 ... 20 ma max.150 ? 600 ? green led on? ok; blinks ? signal out of range; off ? error 650 ppm/k typ.700 ms 300 v 6 kv lll 2 5.5 mm 4 kv eff 21.6 vdc...24 vdc...26.4 vdc 50 ma at i out = 20 ma yes 0 ... 50 ? -20 ... +70 ? 0 ... 25 a uc; 4 ... 20ma 92.4/112.4/22.5 150g ce, cul page 298 + 308 w as2 cma w az2 cma w as2 cma w az2 cma 5/10a ac/dc selectable with analogue output 0 ... 20 ma/ 4 ... 20 ma/ 0 ... 10 v 20/25/30a ac/dc selectable with analogue output 0 ... 20 ma/ 4 ... 20 ma/ 0 ... 10 v approvals: input / output configurable analogue signal processing 199 current monitoring ordering data screw connection t ension clamp connection t echnical data* input input current input frequency accuracy measuring principle connection type pass through diameter measurement circuit voltage max. measuring circuit output current/voltage selectable output voltage offset voltage load resistance output signal limit output current offset current load resistance status led t emperature coefficient response time (10 ... 90%) coordination of insulation acc. to din en 50178, 04/98 (safe separation) rated voltage surge voltage overvoltage category contamination class clearance and creepage distance te st voltage general supply supply voltage power consumption at rated voltage reverse polarity protection operating temperature range storage/transport factory setting dimensions l/h/w (mm) w eight approvals dimensions and accessories see * t u = 23 ? single module t ype cat. no. qty. w as2 cma 40/50/60a uc 8513330000 1 w az2 cma 40/50/60a uc 8526590000 1 40/50/60a uc selectable (without additional adjustment) 0 hz - 2 khz (true rms to dc converter) 1% (0hz - 1khz) crest factor 3 fsr 2% (0hz - 2khz) crest factor 5 fsr contact-free current monitoring using hall sensor push-through connection 8 mm 400 vac, higher voltages dependent on wire insulation dependent on wire cross-section 0 ... 10 v 0 ... 20 ma 4 ... 20 ma 0 ... 10v max. 0.08 v 1 k ? approx. 13 v and. 24 ma 0/4 ... 20 ma max.150 ? 600 ? green led on? ok; blinks ? signal out of range; off ? error 650 ppm/k type 700 ms 300 v 6 kv lll 2 5.5 mm 4 kv eff 21.6 vdc...24 vdc...26.4 vdc 50 ma at i out = 20 ma yes 0 ... 50? -20 ... +70? 0 ... 50 a uc; 4 ... 20 ma 92.4/112.4/22.5 150 g ce, cul page 298 + 308 block diagram w as2 cma w az2 cma 40/50/60a ac/dc selectable with analogue output 0 ... 20 ma/ 4 ... 20 ma/ 0 ... 10 v wave control input and output range adjustable via dip switch no calibration required cross-connectable voltage supply via cross-connectors true trms value measurements hall sensor measurement method approvals: 200 ordering data t echnical data measurement circuit voltage max. permissible current in measurement circuit rated consumption ?(w) rated consumption ~ (va) adjustable switching threshold hysteresis between turn-on and turn-off point activation time t a reaction time t r v oltage drop at input output voltage max. continuous output current saturation voltage auxiliary voltage auxiliary voltage rated consumption auxiliary voltage rated data storage temperature ambient temperature ? assembled without spacing on ts ? assembled with 20 mm spacing on ts coordination of insulation according to vde, draft 11/94 overvoltage category, input overvoltage category, output overvoltage category, input 1-input 2, output 1-output 2, input-output contamination class dimensions and connection data see page 306 + 307 t ype cat. no. smsi 0.05 dc o 1157160000 10 v?250 vdc 70 ma 200 mw 1 ma?0 ma 0.5 % (50 ma)? % (1 ma) < 10 ms < 10 ms < 4 v 5 v?0 vdc 100 ma 1.3 v ?5 ??60 ? ?5 ??40 ? ?5 ??50 ? ii i iii 2 fig. v t ype cat. no. smsi 0.25 dc o 1156360000 10 v?250 vdc 350 ma 750 mw 40 ma?50 ma 2% (250 ma)?0% (40 ma) < 3 ms < 3 ms < 3 v 5 v?0 v 100 ma 1.3 v ?5 ??60 ? ?5 ??40 ? ?5 ??50 ? ii i iii 2 fig. v smsi dc o with adjustable switching threshold up to 50 ma up to 250 ma block diagram/ timing diagram current monitoring this series is particularly suitable for monitoring small currents from 50 ma to 5 a. the adjustable switching threshold activates optionally one relay-or opto-cou- pler output each. adjustable threshold switching on switching off hysteresis relay for ac/dc ? ith and without adjustable switching threshold opto-coupler output analogue signal processing 201 t ype cat. no. smsi 0.25 ac o 1156460000 10 v?50 vac 300 ma 1075 mva 40 ma?50 ma 5% 40 ms 15 ms < 4.3 v~ eff (i = 250 ma) 5 v?0 v 100 ma 1.3 v ?5 ??60 ? ?5 ??40 ? ?5 ??50 ? ii i iii 2 fig. v t ype cat. no. smsi 2.5 ac o 1157360000 10 v?50 vac 2.8 a 250 mva 0.2 a?.2 a approx. 35% 55 ms 20 ms < 100 mv~ eff (i = 10 a) 5 v?0 v 100 ma 1.3 v 24 vuc ?0% 550 mw?1150 mva~ 23 ma?47 ma~ ?5 ??60 ? ?5 ??40 ? ?5 ??50 ? ii i iii 2 fig. v smsi ac o with adjustable switching threshold up to 250 ma up to 2.5 a t ype cat. no. smsi 5 ac o 1112160000 5?50 vav 1 a? a - - - - 10 ms 20 ms < 200 mv 24 vuc 10% 100 ma < 3.2 v ?0 ??60 ? ?5 ??40 ? ?5 ??50 ? ii i iii 2 fig. ii t ype cat. no. smsi 5 ac o 8026930000 5?50 vac 1 a? a - - - - 10 ms 20 ms < 200 mv 5?8 vdc 100 ma < 1.6 v ?0 ??60 ? ?5 ??40 ? ?5 ??50 ? ii i iii 2 fig. ii smsi ac current monitoring with indicator up to 5 a without switching threshold smsi ac o current monitoring units with transistor output up to 5 a without switching threshold t ype cat. no. smsi 5 ac 1112060000 5?50 vac 1 a? a - - - - - - < 200 mv ?0 ??60 ? ?5 ??40 ? ?5 ??50 ? ii i iii 2 fig. ii 202 current monitoring ordering data t echnical data measurement circuit voltage max. permissible current in measurement circuit rated consumption ~ (va) v oltage drop at input adjustable switching threshold hysteresis between turn-on and turn-off point activation time ta reaction time tr recovery output voltage max. continuous output current auxiliary voltage rated consumption auxiliary voltage max. switching current contact contact material storage temperature ambient temperature ? assembled without spacing on ts ? assembled with 20 mm spacing on ts coordination of insulation to din vde 0160,draft 11/94 overvoltage category, input, output overvoltage category, input1-input2, output1-output 2, input-output contamination class dimensions and connection data see page 307 t ype cat. no. smsi 0.25 dc r 1156660000 10 v?50 vdc 350 ma 750 mva (l = 250 ma) 3 v (i = 250 ma) 40 ma?50 ma 2% (250 ma) 204 v oltage monitoring ordering data t echnical data v oltage monitoring range (also supply voltage) rated consumption ?(w) rated consumption ~ (va) adjustable switch-off threshold hysteresis/factory setting switching points activation time t a reaction time t r derating curve a = assembled without spacing on mounting rail b = assembled with 20 mm spacing on mounting rail max. output voltage max. switching current max. continuous output current contact contact material switching capacity (resistive load) fuse storage temperature ambient temperature ? assembled without spacing on ts ? assembled with 20 mm spacing on ts coordination of insulation to din vde 0160,draft 11/94 overvoltage category, input, input 1-input 2, output overvoltage category, input-output, output 1-output 2 contamination class dimensions and connection data see page 306 t ype cat. no. smsu 24 r 1156760000 18 vdc?7 vdc or 18 vac?7 vac/50 hz < 0.8 w < 0.9 va 18 vuc?4 vuc 1%?0%/5% < 4 s < 300 ms 250 v~ 8 a 3 a 1 changeover contact agni 0.15 gold-flashed 2000 va ?0 ??60 ? ?5 ??50 ? ?5 ??60 ? t ype cat. no. smsu 48 r 1157660000 36 vdc?3 vdc or 36 vac?3 vac/50 hz < 1 w < 1.5 va 36 vuc?8 vuc 1%?0%/5% < 2.5 s < 300 ms 250 v~ 8 a 3 a 1 changeover contact agni 0.15 gold-flashed 2000 va ?0 ??60 ? ?5 ??50 ? ?5 ??60 ? smsu 24 r smsu 48 r block diagram/ timing diagram continuous current ambient temperature adjustable threshold switching on switching off hysteresis relay ? oltage monitoring from 18 to 299 v one and three phase version adjustable switching threshold analogue signal processing 205 t ype cat. no. smsu 110 r 1157760000 83 vdc?21 vdc or 83 vac?21 vac/50 hz < 1.6 w < 1.5 w 83 vuc?10 vuc 1%?0%/5% < 4 s < 300 ms 250 v~ 8 a 3 a 1 changeover contact agni 0.15 gold-flashed 2000 va ?0 ??60 ? ?5 ??30 ? ?5 ??55 ? t ype cat. no. smsu 220 r 1157860000 165 vac?53 vac/50 hz < 10 va 165 vac?20 v ac 1%?5%/5% < 3 s < 2 s 250 v~ 8 a 3 a 1 changeover contact agni 0.15 gold-flashed 2000 va ?0 ??60 ? ?5 ??45 ? ?5 ??60 ? t ype cat. no. smsu 260 r 1160160000 200 v?99 vac/50 hz < 10 va 200 v?60 v 1%?5%/5% < 3 s < 2 s 250 v~ 8 a 3 a 1 changeover contact agni 0.15 gold-flashed 2000 va ?0 ??60 ? ?5 ??45 ? ?5 ??60 ? t ype cat. no. smsu 3x 220 r, 2 no 1156560000 3x 220 r, 1 nc./1 no 1178760000 165 v~?30 vac 50 hz 9 va (l3); 60 mva (l 1/l 2) 150 v~?05 v~ ?7% < 4 s < 80 ms 250 v~ 8 a 3 a 2 no (115656) 1 no/1 nc (117876) agcdo, gold-flashed 5x10 7 switching operations 2x10 5 switching operations 10 5 switching operations ?0 ??60 ? ? ??40 ? ? ??55 ? ii iii 2 t ype cat. no. smsu 24 dc 0555060000 24 vdc 10% 0.5 w on: 18.5 v, off: 5 v 15 ms 10 ms 24 v? 10% 1 a 1 changeover contact agni, gold-flashed 10 6 switching operations 100 ma ?0 ??60 ? ?5 ??40 ? ?5 ??50 ? t ype cat. no. smsu 230 ac/dc 0555160000 230 vdc ?0% 0.9 w 1.1 w on: 140 v?130 v~, off : 70 v?80 v~ 24 v? 10% 1 a 1 changeover contact agni, gold-flashed 10 6 switching operations 100 ma ?0 ??60 ? ?5 ??40 ? ?5 ??50 ? smsu 110 r smsu 220 r smsu 260 r smsu 1?30 ac/dc single-phase without adjustable switching threshold smsu 3x220 r three-phase with adjustable switching threshold smsu 1?4 dc single-phase without switching threshold 206 movement and rotational speed monitoring sms siza rotational speed monitoring ordering data description t echnical data operating voltage initiator type/initiator voltage output voltage continuous current max. switching capacity (resistive load) contact contact material mechanical service life t ime range coordination of insulation to vde din 0160, draft11/94 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance emc accessories and dimensions see page 307 t ype cat. no. sms/siza 1110560000 230 vdc +5 ?5% p or n switched/24 vdc 250 v 4 a 2000 va 1 changeover contact agni 0.15 gold-flashed > 10 7 switching operations 0.5? s 300 v 4 kv iii 2 3 mm en 50 081-1/50 082-2 fig. vi block diagram power supply with delayed turn-off relay output for three-condu- cutor dc initiators (npn or pnp). the transformer supplies the initiator with 24 v dc. the initiator signal activates the relay, at which time the adjustable turn-off delay becomes effective. this module is particularly suitable for monitoring cyclic movements, e.g, down-times monitoring of conveyor drives, ventilators and pumps or stroke monitoring of valves, die cutters and drilling heads. a contact element actuates the initiator at regular intervals. if these pulses cease, i.e. the proximity switch is continuously actuated (t 4 -t 6 ) or deactivated (t 1 -t 3 ), the relay transmits a signal after the set time has elapsed. during normal operation, the time function bridges the gaps between regular pulses (t 0 -t 2 ) analogue signal processing 207 namur switch amplifiers egv-namur egv-inverter t ype cat. no. egv namur 1120360000 24 vdc ?0% approx. 8 vdc 250 vac/dc 3 a 2000 va 1 no agni 0.15 gold-flashed > 10 7 switching operations 40 ? mounted 300 v 4 kv iii 2 3 mm en 50 081, en 50 082, en50 011 fig. vi t ype cat. no. egv inverter 1122460000 24 vdc 10% (closed circuit current < 10 ma) 24 vdc 10% (switching threshold approx. 15 v) 200 ma en 50 081, en 50 082, en50 011 fig. v switching amplifier for 2-wire namur initiators with relay output. enables the use of economic namur initiators with short design lengths. this is particularly valid for areas where initiators are subjected to heavy mechanical stresses, and often need to be r eplaced. a potential-free no contact is available on the output side for switching larger ratings (2000 va). the namur initiator can be directly connected to the module. led function indicators indicate switching statuses. this module inverts the switching function of electronic outputs. a pnp output is changed into an npn output with the load con- nected unilaterally against the positive potential (the negative potential is switched through). an npn output is changed into a pnp output with the load connected unilaterally to the frame potential (the positive potential is switched through). the module reduces the inventory of sensors and electronic switches with pnp/npn outputs to a single type. ordering data description t echnical data input voltage initiator type/initiator voltage output voltage, -current continuous current max. switching capacity (resistive load) contact contact material mechanical service life ambient temperature coordination of insulation to vde din 0160, draft11/94 rated voltage rated surge voltage overvoltage category contamination class clearance and creepage distance emc accessories and dimensions see page 307 block diagram 208 set point generator set point 1 or set point 2 can be switched to the module s output as required. the changeover is performed safely separated via the control input e1. the output voltage val- ues (0?0.5 v) can be set using the spindle operated potentiometers sw1 and sw2. the control input e?determines the polarity safely separated (?0.5 v ?0 v ?+10 v). control input e1: 0 v = set point 1, 24 v = set point 2, control input e2: 0 v = positive set point, 24 v = negative set point ordering data t echnical data input signal/measurement range control voltage max. input current display setting output signal output output current load resistance slew-rate supply voltage ub residual ripple reaction time isolation voltage, voltage strength input/output/supply input-output/ts storage temperature operating temperature insulation coordination according to en 50 178 overvoltage category contamination class accessories, dimensions and connection data see page 307 electronic changeover switch t ype cat. no. ema/sw 1172660000 0=0 v, 1=+24 v 24 v?0 % 7 ma at 24 v each control input: red led via trimming potentiometer 25 rotations nom. adjustable from ?0.5 v?10.5 v v oltage output selection by e1/e2 max. ?5 ma at urated=24 v min. 400 ? at urated=24 v 0.168 v/? 24 v? 20 %, 30 ma (r l = ) 30 mv/106 khz (at u max ) rising 50 ? decreasing 80 ? 1 kv- 4 kv eff ?0 ??70 ? 0 ??50 ? iii 2 fig. v em a/sw 24 set point generator switchable ?0.5 v/+10.5 v analogue signal processing 209 210 t ype cat. no. rs/i-d 8 1160561001 0?0 ma 3.5 v 25 ma 51 ? 5 khz at full-scale (sinus) 1) 78 ? c 1 lsb 8 bit 25 ma (as source) approx. 17 v c h, 0 v c l ? lsb 4 ? 24 v? ?0 %, 35 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 enable 2) t erminal 10 hold hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? t ype cat. no. rs/i-d 8 1168561001 4?0 ma 3.5 v 25 ma 51 ? 5 khz at full-scale (sinus) 1) 62.5 ? c 1 lsb 8 bit 25 ma (as source) approx. 17 v c h, 0 v c l ? lsb 4 ? 24 v? ?0 %, 35 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 enable 2) t erminal 10 hold hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? rs/i-d 8 8-bit analogue/digital converters block diagram block diagram functions table (example) ordering data t echnical data input signal max. input voltage max. input current input resistance max. limit frequency resolution output signal output current output level prefix t ransmission error conversion time supply connection arrangement storage temperature operating temperature emc en 50 081-1/50 082-2 t ype cat. no. rs/u-d 8 1122361001 ?0 v?10 v 55 ? 200 k ? 5 khz at full-scale (sinus) 1) 78 mv c 1 lsb 8 bit (1 bit prefix) 25 ma (as source) approx. 17 v c h, 0 v c l msb: h c positive, l c negative ? lsb 4 ? 24 v? ?0 %, 35 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 enable 2) t erminal 10 hold hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? t ype cat. no. rs/u-d 8 1160361001 0?0 v 25 ? 400 k ? 5 khz at full-scale (sinus)1) 39 mv c 1 lsb 8 bit 25 ma (as source) approx. 17 v c h, 0 v c l ? lsb 4 ? 24 v? ?0 %, 35 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 enable 2) t erminal 10 hold hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? 1) 1 lsb-accuracy 2) enable: 24 v = tristate 0 v = free conversion rs/u-d8 hold function (h): the converter can, for example, by means of the hold function (h) be matched to the cycle time of a plc. holding and r elease of the conversion. the hold input (h) is internally connected to 0v via a resistor. in order to store the last signal, the hold input (h) must be supplied with 24 v. enable function (e): the enable circuit (e) allows several converters, e.g. on an input card of a plc, to be switched on. the enable input (e) is connected internally to 0 v via a resistor. in order to make the connection to the plc, one converter must be disconnected. the other converters are supplied with 24 v (at least 12 v). this causes the convert- ers at the output to be highly resistive. t erminal pin msb lsb e8 e7 e6 e5 e4 e3 e2 e1 0000000 0 0000000 1 0000001 0 0000001 1 -- - - -- - - 1111110 1 1111111 0 1111111 1 digital volue/ digital value analog voltage analogue voltage 0 v +10 v analogue signal processing 211 t ype cat. no. rs/d 8-i 1165861001 8 bit 5?4 v (typ., max. 30 v) c h 50 k ? per input 78 ? c 1 lsb 0?0 ma 0?0 ma (as source) max. 0.08 ma 500 ? ? lsb 30 ? 24 v? ?0 %, 25 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 hold t erminal 10 0 v hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? t ype cat. no. rs/d 8-i 1169261001 8 bit 5?4 v (type., max. 30 v) c h 50 k ? per input 62.5 ? c 1 lsb 4?0 ma 4?0 ma (as source) 4 ma 500 ? ? lsb 30 ? 24 v? ?0 %, 25 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 hold t erminal 10 0 v hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? rs/d 8-i 8-bit digital/analogue converters block diagram pin assignment ordering data t echnical data input signal max. input voltage max. input current input resistance prefix resolution output signal output current offset load resistance t ransmission error conversion time supply connection arrangement storage temperature operating temperature emc en 50 081-1/50 082-2 t ype cat. no. rs/d 8-u 1123361001 8 bit (1 bit prefix) 5?4 v (typ. 24 v) 2.5 ma 50 k ? per input msb: h c positive, l c negative 78 mv c 1 lsb ?0 v?10 v 10 ma max. current 20 mv 1 k ? ? lsb 30 ? 24 v? ?0 %, 25 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 hold t erminal 10 0 v hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? t ype cat. no. rs/d 8-u 1160761001 8 bit 5?4 v (typ. 24 v) 2.5 ma 50 k ? per input 39 mv c 1 lsb 0?0 v 10 ma 20 mv 1 k ? ? lsb 30 ? 24 v? ?0 %, 25 ma (plus output current) t erminal 1 lsb t erminal 8 msb t erminal 9 hold t erminal 10 0 v hold function: high c +24 v c storage of last converted value low c 0 v c free conversion ?0 ??85 ? 0 ??50 ? rs/d 8-u block diagram pin assignment 212 12-bit analogue/digital converters block diagram block diagram ordering data t echnical data input signal/measurement range max. input voltage max. input current input resistance prefix resolution output signal output current output level load resistance t ransmission error conversion time t emperature coefficient supply max. power loss connection arrangement storage temperature operating temperature emc en 50 081-1/50 082-2 t ype cat. no. rs/u-d 12 1168261001 ?0?10 v ?5 v 100 k ? msb: h c positive, l c negative 4.88 mv c 1 lsb 12 bit (1 bit prefix) 25 ma (as source) 24 v c h, 0 v c l ? lsb 50 ? 1 lsb * 24 v? ?0 % 4 w t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of digital signal low c 0 v c enabling the conversion cycle ?0 ??80 ? 0 ??50 ? t ype cat. no. rs/u-d 12 1168361001 0?0 v 15 v 100 k ? 2.44 mv c 1 lsb 12 bit 25 ma (as source) 24 v c h, 0 v c l ? lsb 50 ? 1 lsb * 24 v? ?0 % 4 w t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of digital signal low c 0 v c enabling the con- version cycle ?0 ??80 ? 0 ??50 ? t ype cat. no. rs/i-d 12 1168461001 0?0 ma 30 ma 500 ? 4.9 ? c 1 lsb 12 bit 25 ma (as source) 24 v c h, 0 v c l ? lsb 50 ? 1 lsb * 24 v? ?0 % 4 w t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of digital signal low c 0 v c enabling the con- version cycle ?0 ??80 ? 0 ??50 ? t ype cat. no. rs/i-d 12 1169161001 4?0 ma 30 ma 500 ? 4 ? c 1 lsb 12 bit 25 ma (as source) 24 v c h, 0 v c l ? lsb 50 ? 1 lsb * 24 v? ?0 % 4 w t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of digital signal low c 0 v c enabling the con- version cycle ?0 ??80 ? 0 ??50 ? hold function (h): the converter can, for example, by means of the hold function (h) be matched to the cycle time of a plc. holding and r elease of the conversion. the hold input (h) is internally connected to 0v via a resistor. in order to store the last signal, the hold input (h) must be supplied with 24 v. t erminal pin msb lsb 12 11 10 9 8 7 6 5 4 3 2 1 000000000000 000000000001 000000000010 000000000011 -- -- -- -- 111111111101 111111111110 111111111111 digital volue/ digital analog value current analog current 4 ma 20 ma functions table (example) analogue signal processing 213 12-bit digital/analogue converters t ype cat. no. rs/d 12-u 1160861001 12 bit (1 bit as prefix) 24 v? ?0 % 4.2 ma 5.7 k ? msb: h c positive, l c negative 4.88 mv c 1 lsb ?0 v?10 v 10 ma 1 k ? ? lsb 4 ? ?00 ppm from fsr/? 24 v? ?0 %, 40 ma t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of analogue signal low c 0 v c enabling the conversion cycle ?0 ??85 ? 0 ??50 ? t ype cat. no. rs/d 12-u 1166161001 12 bit 24 v? ?0 % 4.2 ma 5.7 k ? 2.44 mv c 1 lsb 0 v?0 v 10 ma 1 k ? ? lsb 4 ? ?00 ppm from fsr/? 24 v? ?0 %, 40 ma t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of analogue signal low c 0 v c enabling the conversion cycle ?0 ??85 ? 0 ??50 ? t ype cat. no. rs/d 12-i 1166061001 12 bit 24 v? ?0 % 4.2 ma 5.7 k ? 4.9 ? c 1 lsb 0?0 ma 0?0 ma (as source) 500 ? ? lsb 4 ? ?00 ppm from fsr/? 24 v? ?0 %, 60 ma t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of analogue signal low c 0 v c enabling the conversion cycle ?0 ??85 ? 0 ??50 ? t ype cat. no. rs/d 12-i 1165961001 12 bit 24 v? ?0 % 4.2 ma 5.7 k ? 4 ? c 1 lsb 4?0 ma 4?0 ma (as source) 500 ? ? lsb 4 ? ?00 ppm from fsr/? 24 v? ?0 %, 60 ma t erminal 1 lsb t erminal 12 msb hold function: high c +24 v c storage of analogue signal low c 0 v c enabling the conversion cycle ?0 ??85 ? 0 ??50 ? ordering data t echnical data input signal/measurement range max. input voltage input current, i nom input resistance prefix resolution output signal output current output level load resistance t ransmission error conversion time t emperature coefficient supply max. power loss connection arrangement storage temperature operating temperature emc en 50 081-1/50 082-2 block diagram block diagram |
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