Operating Instructions - ACS-CONTROL
Contents
1. 5mA ul 3 gt au UE C kt kikki kifa Kel fee m 9 o FS w me Tux T WN Fststotstetel Es LI O a P P If U and the universal output OU T 3 is used there may be no external galvanic connection between measuring and output circuits ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de 7 Electrical connections Q OUT 3 als Logikausgang mit Solid State Relais Reihen und Parallel Schaltung serial installation parallel installation O RS485 interface with RS232 RS485 interface converter 911 EI 449 HPS 1233 e N interface converter f max 1000m RS485 RS232 RGND optional connection twisted pair RT RT line resistance Interface description M odbus RTU in seperate manual see page 41 8 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de Electrical connections Anschlussbeispiel DAL 401 L2 MAL 401 fuse fuse TB 40 1 Digital 280 1 temperature limiter contactor supers 2 Se gt heating N1 N2 TB 40 1 temperature limiter standard version 3 relay TB40 100 0000D 000 further versions on demand CAUTION Using a temperature limiter is recommendable in systems where overtemperature implies a fire hazard or other risk2. SZ e S gt Ol E DAIAA TXD A RS485 RS422 es Safety switch mA gt V in position left aD The indicator is provided with screw terminals from 0 5 to 2 5mm 2 2 Terminal connection Power supply connection Qj See chapter 10 Technical data Connection of input INP1 Input for variable x1 process value thermocouple resistance thermometer Pt100 Pt1000 K TY potentiometer current 0 4 20mA voltage 2 5 115 25 1150 25 90 500 500mV voltage 0 2 10V 5 5V 000TyU 6 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de Electrical connections Connection of input di1 e Digital input configurable as switch or push button Connection of outputs OUT12 Relay outputs 250V 2A normally open with common contact connection Connection of outputOUT3 logic 0 20mA 0 12V voltage 0 2 10V current 0 4 20mA transmitter power supply m ss gt 0 Connection of inputs di2 3 9 option Digital inputs 24V DC external galvanically isolated configurable as switch or push button Connection of output U option Supply voltage connection for external energization Connection of bus interface option RS422 485 interface with M odbus RTU protocol Q di2 3 U 2 wire transmitter supply OUT3 transmitter supply Optio 24VDC T 1 OV
3. 0 000000 2 18 Self tuning ancellation nn nn nn nn 18 Acknowledgement procedures in case of unsuccessful self tuning 19 Examples for seif tuningattempts 9 controller inverse heating or heating cooling 19 Manual tuning nn 20 Operating structure ee r 22 Configuraton leve nn nn nn nn 23 Configuration survey ene 23 Configuration ns 24 Configuration examples 2 2 2 m mm ee 30 On Off controller Signaller inverse 30 ACS CONTROL SYSTEM GmbH Lauterbachstr 57 1D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 5 3 2 2 pointcontroller inverse oa oaa n 31 5 3 3 Continuous controller inverse 0 32 5 34 DAL 401 with measured value output 33 Parameter setting level noa ee 2 nn nn onen nn 34 6 1 Parameter survey 0 a 34 6 2 Parameter ee sn ni is a 29 6 3 Inputscaling ee xo xXx 3xx334x433X5 9 5353 36 Dl JppH TOF rias ERESESSESTSGXS3 759 3 33 36 Calibration level rn 37 Offset correction a a 37 BlueControl 2 2 2 m 0 0 00 a i r nn 40 Versos u nu ze x3 x r ai r as r rs r rn nn n an n r ror na 41 Technical data 2 2 2 ee a nn 42 Safety NINS i vn 0 0 4 5 0 wo 4 X EH s 46 Resetting to factory Setting 4 4 ACS CONTROL SYSTEM GmbH L
4. m Dd PA pal Dew u su a K E rn RUN lt C P a lt m x W 4 m a po eu K aad Lr _ Hub 1999 9999 scaling analog output 0 4mA Huk f 1999 9999 scaling analog output 20mA PArA inkr Phi 0 1 9999 s proportional band 1 heating in units of phys quantity e g C Lii 1 9999 integral time 1 heating in sec kat 1 9999 derivativetime 1 heating in sec L 0 4 9999 min cycle time 1 heating 4 1999 9999 set point limit low for W eff 1999 9999 set point limit high for W eff For direct action of the continuous controller the controller action must be changed Lanf Lnkr J Lek To prevent control outputs Hac t and Gut of the continuous controller from switching simultaneously the boi function of outputs u k t and Huk must be switched off and Huk Y and Yc H nn Dew nn Hut ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de Configuration level 5 3 4 DAL 401 with measured value output phys unit mA V Logic _ l CN E m GIN D LanF dob LYF tot 0 20mA continuous Huk 4 20mA continuous 3 Hut 3 0 10V continuous EM Hut 3 2 10V continuous uut 1999 9999 scaling Hut for 0 AmA or 0 2V Hot i 1999 9999 scaling Hut for 20mA or 10V Mare signal source for Hut is the process value ACS CONT
5. C ontroller E rror Status Selfoptimization NR ss Faulty control action Re configure controller inverse lt gt direct No response of process variable The control loop is perhaps not closed check sensor connections and process Low reversal point Increase ADA H max output limitin I or decrease ADA C min output limiting Y Danger of exceeded set point If ol increase inverse or reduce Ver parameter determined set point HIDE Step change too small Increase ADA H max output limiting Y Hi or dy gt 5 reduce ADA C min output limiting Y Lo Set point reserve too small Increase set point inverse reduce set point un or increase set point range r PArA SEtp SP LO and SP H1 4 3 3 Acknowledgement procedures in case of unsuccessful self tuning 1 Press keys and a simultaneously The controller continues controlling using the old parameters The Err LED continues blinking until the self tuning error was acknowledged in the error list 2 Press key Display of error list at extended operating level After acknowledgement of the error message the controller continues control using the old parameters 4 3 4 Examples for self tuning attempts 4 3 5 controller inverse heating or heating cooling Start heating power switched on Heating power Y is switched off W hen the change of process value X was constant during one minute Zu eee the power is switched on 0 At the reversal
6. Operating manual Interface description Modbus RTU Interface description Modbus RTU BlueControl engineering tool BlueControl engineering tool BlueControl engineering tool German English French German English Mini Basic Expert 9404 40 7 50001 9407 998 00001 9407 998 00061 9499 040 62718 9499 040 62711 9499 040 62732 9499 040 63518 9499 040 63511 Download www acs controlsystem de 9407 999 11001 9407 999 11011 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 41 Technical data BE Technical data INPUTS PROCESS VALUE INPUT INP1 Resolution gt 15 bits Decimal point 0 to 4 digits behind the decimal point Limiting frequency 2 Hz analog Dig input filter adjustable 0 1 100 s scanning cycle 100 ms Measured value 2 point or offfset correction correction Thermocouple gt Table 1 i1MW 1 uV C3 Input resistance Source resistance effect Temperature compensation Internal temperature compensation LUK External temperature compensation between 0 and 100 C or adjustable 32 und 212 F Break monitoring Maximum additional error Sensor current 1mA Resistance thermometer gt Table 2 Connection technique Lead resistance Input circuit monitoring Resistance measuring range The BlueControl software can be used for adaptation of the characteristic stored for temperature sensor KTY 11 6 3 wire m
7. alarms contro output 0UT3 logic QUT3 continuous Control output process value set point control deviation 13V 22mA transmitter power supply All logic signals can be combined in an OR function RELAY OUTPUTS OUT1 OUT2 2 NO contacts with common connection 500 VA 250 V 2A at 48 62 Hz resistive load Contact type Max contact rating Min contact rating 6V 1 mA DC Operating life electr 800 000 duty cycles with max rating Note If the relays OUT1 UUT3 operate external contactors these must be fitted with RC snubber circuits to manufacturer specifications to prevent excessive switch off voltage peaks ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden I www acs controlsystem delinfo acs controlsystem de Technical data OUT3 AS UNIVERSAL OUTPUT Galvanically isolated from the inputs Freely scalable Resolution 11 Bit Timeconstant of DA transducer 190 50 ms Limitfrequency of the whole continuous controller gt 2 Hz Current output 0 4 20 mA configurable signal range 0 ca 21 5 mA Max load lt 500 Q Load effect 0 02 9o 100 Resolution lt 22 uA 0 196 Accuracy lt 40 uA 0 296 Voltage output short circuit proof 0 2 10V configurable signal range 0 ca 11 V Min load gt 2 kQ Load effect kein Einflu Resolution lt 11 mV 0 1 Accuracy lt 20 mV 0 2 OUT3 used as transmitter supply Output power 22 mA gt 13V OUTS used as
8. keys 4 and a must be pressed simultane ously The AdA LED starts blinking The controller outputs 0 or L a waits until the process is at rest and starts self tuning AdA LED lit permanently The self tuning attempt is started when the following prerequisite is met e Thedifference between process value set point must be gt 10 of the set point range 5H SFL with inverse action process value smaller than set point with direct action process value higher than set point After successful self tuning the AdA LED is off and the controller continues Operating with the new control parameters 4 3 2 Self tuning cancdlation 18 By theoperator Self tuning can always be cancelled by the operator For this press and key simultaneously The controller continues operating with the old parameters By the controller If the Err LED starts blinking whilst self tuning is running successful self tuning iS prevented due to the control conditions In this case self tuning was cancelled by the controller D ependent of control type the output status is e 3 pnt stepping controller actuator is closed 096 output e 2 pnt 3 pnt continuous controller If self tuning was started from the automatic mode the controller output is 0 With self tuning started from manual mode the controller output is Y 2 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de
9. partial step re sponse can be used to determine the maximum rate of increase V max y 100 y correcting variable Y Yn control range TE Tu delay time s i Tg recovery time s WA Tg X max maximum process value V Xmax Ax AX max Um C Ar f max rate of increase of process value gt Tu t 20 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de C ontroller The control parameters can be determined from the values calculated for delay time Ty maximum rate of increase Vmax control range X y and characteristic K ac cording to the formulas given below Increase X p if line out to the set point os cillates Parameter adjustment effects Line out of disturbances Start up behaviour increased damping slower reduction of duty cycle lower reduced damping faster reduction of duty cycle reduced damping faster response to disturbances faster reduction of duty cycle lower increased damping slower response to disturbances slower reduction of duty cycle increased damping slower reduction of duty cycle reduced damping faster line out faster reduction of duty cycle Formulas controller behavior PID With 2 point and 3 point controllers the cycle time must be adjusted to tl t2 0 25 Tu ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de 2
10. 1 Controller 4 5 Operating structure After supply voltage switch on the controller starts with the operating levels aD rrr A level n At PArA level the right decimal point of the upper display line is Zit continuously aD Lan level At Lan level the right decimal point of the upper display line blinks W hen safety switch Loc is open only the levels enabled by means of BlueControl engineering tool are visible and accessible by entry PASS of the password adjusted by means of BlueControl engineering tool Individual parameters accessible without password must be copied to the extended operating level Factory setting Safety switch Locclosed all levels accessible without restriction password PASS SFF mately switch Password entered with Function disabled or enabled Access via the instrument 0c uePort e BluePort front panel closed enabled open disabled open enabled open Password enabled enabled after password entry 22 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de Configuration level ME Configuration level 5 1 Configuration survey L n r Configuration level c3 e 2 e c e OD S gt O i RS gt Le E dq E t6 gt e bs LL 35 8 T T p 5 T 5 PA Tf p 9 VES gt 3 39 3 p Em gt Adjustment e Theconfiguratiu
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12. 4 Maintenance manager Error list In case of one or several errors the extended operating level always starts with the error list A current entry into the error list alarm or error is displayed by the Err LED in the display For displaying the error list pressing 1x Is necessary with configuration as a controller press 2x Err LED status Proceed as follows Alarm due to Determine the error type in the error list via the error number existing error Remove the error lit Error removed Acknowledge the alarm in the error list pressing key or Alarm not The alarm entry was deleted acknowledged No error all alarm entries deleted Saved alarms Err LED is lit can be acknowledged and deleted with the digital input di 1 2 3 or the amp key Configuration see page 31 Lanf L Ub Errr aD If an alarm is still valid that means the cause of the alarm is not removed so far Err LED blinks then other saved alarms can not be acknowledged and deleted Error status Signification Existing error Change to error status after error removal S 1 Storederror Change to error status 0 after acknowledgement 1n error list B Noerror message not visible except with acknowledgement 1 6 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de Controller EE Controller In addition to the simple indicator function DAL 401 can be used also
13. Ze DEMO mode zur E le E must be cho pem n u 3 cune mode the licence eR number can ee be stated sub sequently un der Help gt Licence gt Change BN Start Posteingang Microsoft 0 4 7 Corel VENTURA 8 BA K 8i BlueControl Parame THAS 1523 40 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de ESE Versions awe N O Blur options 0 no options software settings standard configuration device version 90 250V AC without outputs 90 250V AC 2 relay NO mA V logic 90 250V AC 2 relay changeover 24V AC 18 30V DC without outputs 24V AC 18 30V DC 2 relay NO mA V logic 24V AC 18 30V DC 2 relay changeover Versions 1 RS422 485 transmitter power supply di2 di3 display with 2 limit values turnkey or changeover o o oooooo enn 0 1 2 display with 2 limit values turnkey analog output 9 configuration as specified operating instructions 0 no operating instructions D operating instructions german E operating instructions english Order code DAL 401 S Accessories delivered with the unit Operating manual if selected by the ordering code e 2 fixing clamps Accessory equipment with ordering information Description Order no Heating current transformer 50A AC PC adaptor for the front panel interface Standard rail adaptor Operating manual Operating manual
14. assigned to the individual outputs Ge nerally outputs uk t uk can be used each for alarm signalling If more than one signal is linked to one output the signals are OR linked Each of the 3 li mit values L m L ond has 2 trigger points H x M ax and x Min which can be switched off individually parameter iF F Switching difference H4 x of each limit value is adjustable Operaing principle absolut alarm Operating principle relative alarm V Lt UFFF nv Ln Tr normally closed ant But x W ilg E 5U I normally open LanF Buk x 15 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de Operation aD The variable to be monitored can be selected seperately for each alarm via configuration Thefollowing variables can be monitored e process value e control deviation xw process value set point e control deviation xw suppression after start up or set point change As there is automatically a control deviation after starting up and after set point changes however the alarm is suppressed until the signal was within the limits once e Set point e Correcting variable y controller output signal aD If measured value monitoring alarm status storage is chosen EanF L a F ne X e the alarm relay remains switched on until the alarm is resetted in the errorlist L a 1 3 f or via interface 3
15. e e 4 o tannar ome Sample amp hold can be activated during configuration Fume F nz 1 2 Dependent of configuration sample amp hold can be made effective via one of the digital inputs dil di2 di3 the rj key or via interface L lD Ht d 1 2 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de O peration 3 3 4 O measurement For measurement lambda probes 4 probes are used The electromotive force in V olt supplied by the A probes is dependent of the instantaneous oxygen content and of the temperature Therefore DAL 401 can display accurate measurement results only provided that the probe temperature is known to the indicator Enter the temperature in C in parameter En When using heated A probes the probe temperature can be entered directly W hen using non heated A probes ho wever the displayed values can be accurate only for a narrow temperature band aD Unless the probe temperature is known we recommend using our K S90 1 Oxygen temperature measurement via a second input Configuration A djust O measurement in function 1 Func gt Fnet 02 measurement Display The displayed value is always a value As itis mostly necessary to cover a wide measuring range we recommend adju sting a high number of digits behind the decimal point during configuration whe reby loss of high values is prevented due t
16. is connected with other equipment in the same signal loop check that other equipment in the output circuit is not affected before switch off If ne cessary suitable protective measures must be taken ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de Safety hints MAINTENANCE REPAIR AND MODIFICATION The units do not need particular maintenance N Warning W hen opening the units or when removing covers or components live parts and terminals may be exposed Before starting this work the unit must be disconnected completely After completing this work re shut the unit and re fit all covers and components Check if specifications on the type label must be changed and correct them if ne cessary Caution W hen opening the units components which are sensitive to electrostatic dischar ge ESD can be exposed The following work may be done only at workstations with suitable ESD protection Modification maintenance and repair work may be done only by trained and t authorized personnel For this purpose the service should be contacted N The cleaning of the front of the controller should be done with a dry or a wetted spirit water kerchief 11 1 Resetting to factory setting In case of faulty configuration DAL 401 can be reset to the default condition For this keep the following two keys pressed during power on The digital indicator reset to defau
17. logic output Load lt 500 Q 0 lt 20 mA Load gt 500 Q 0 gt 13 V FUNCTIONS Control behaviour Signaller with adjustable siwtching difference ON OFF controller PID controller 2 point and continuous Control parameters self adjusting or manually adjustable via front panel keys or BlueControl software Limit value functions Monitoring is provided for exceeded max min or max and min limit value with adjustable hysteresis The following signals can be monitored Measured value Process value Control deviation Control deviation with suppression after start up or set point changes Set point Correcting variable Y Functions Measured value monitoring Measured value monitoring with storage Reset via front panel keys or digital input Measured value change Measured value change and storage Several limit values and alarms can be combined by a logic OR function and output e g as a common alarm ALARM MAINTENANCE MANAGER Displayof error messages warnings and stored limit signallings in the error list Messages are stored and can be reset manually Possible elements of the error list Sensor break short circuit polarity error Self tuning error Stored limit values E g recalibration warning when exceeding an adjustable number of operating hours a message is displayed E g maintenance interval of switching element when exceeding an adjustable number
18. of switching cycles a message is displayed Internal errors RAM EEPROM DISPLAY Display 5 digit 19 mm LED POWER SUPPLY Dependent of order AC SUPPLY Voltage 90 250 V AC Frequency 48 62 Hz Power consumption approx 7 3 VA UNIVERSAL SUPPLY 24 V UC AC voltage 20 4 26 4 V AC Frequency 48 62 Hz DC voltage 18 31 V DC Power consumption approx 7 3 VA BEHAVIOUR WITH POWER FAILURE Configuration parameters and adjusted set points control mode Non volatile storage in EEPROM BLUEPORT FRONT INTERFACE Connection of PC via PC adapter see Accessory equipment The BlueControl software is used to configure set parameters and operate the KS4x 1 BUS INTERFACE OPTION Galvanically isolated Physical RS 422 485 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 43 Protocol Modbus RTU Transmission speed 2400 4800 9600 19 200 bits sec Address range 1 247 Number of controllers per bus 32 Repeaters must be used to connect a higher number of controllers ENVIRONMENTAL CONDITIONS Protection modes Front panel IP 65 Housing IP 20 Terminals IP 00 Permissible temperatures For specified accuracy 0 60 C Warm up time gt 15 minutes For operation 20 65 C For storage 40 70 C Humidity 15 yearly average no condensation Shock and vibration Vibration test Fc DI
19. or key e should delete the mi nimum value is possible during configuration r E Deleting the minimum and maximum values can be done also via interface Deleting the maximum value Keeping the a key pressed whilst actuating key vj deletes the maximum value A dditionally determination whether a digital input or key e should delete the ma ximum value is possible during configuration r 4 4 Deleting the minimum and maximum values can be done also via interface aD When switching off DAL 401 minimum and maximum values are deleted ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 11 Operation 3 3 2 Tare function W hen switching on the tare function the instantaneous measured value s set to zero In this case measurement is continued with this offset By switching off the tare function the actual measured value is displayed again measured value a O ro ADA FUNC ERR Tare can be activated during configuration F unc F nz i 1 Dependent of configuration tare can be made effective via one of the digital in puts dil di2 di3 the key or interface Luk k Rr R 3 3 3 Sample amp hold amplifier With the sample amp hold function activated the measured value is held on the dis play By switching off the sample amp hold function the actual measured value is displayed again measured value effective value in
20. point the self tuning at ee tempt is finished and the new parameter M F are used for controlling to set point W ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 1 Controller Start heating power switched off The controller waits 1 5 minutes Heating power Y is switched on Q Atthe reversal point the self tuning at tempt is finished and control to the set point is using the new parameters stato e lt turning point Start at set point blinks lit off Heating power Y is switched off W If the change of process value X was se constant during one minute and the con trol deviation is gt 10 of SPH i anes pe s PL D 0 the power is switched on 2 to amp At the reversal point the self tu stato 9 lt tuming point ning attempt is finished and control to E blinks lit off set point W is using the new parameters 4 4 Manual tuning The optimization aid should be used with units on which the control parameters shall be set without self tuning For this the response of process variable x after a step change of correcting va riable y can be used Frequently plotting the complete response curve 0 to 10096 is not possible because the process must be kept within defined limits Values T and Xmax step change from 0 to 100 96 or At and Ax
21. pressing key nh i The input value of the upper scaling point is displayed The operator must adjust the upper input value by means of the process value simulator and confirm the input value by pressing key uh i Thedisplay value of the upper scaling point is displayed Before calibration Hut equals n f ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 39 BlueControl ME BlueControl BlueControl is the projection environment for the BluePort controller series The following 3 versions with graded functionality are available Functionality parameter and configuration setting yes controller and control loop simulation yes yes download writes an engineering to the controller online mode visualisation SIM only creation of user defined linearizations configuration of extended operating level upload reads an engineering from the controller diagnosis function file save engineering data printer function online documentation help stem amena nisim The mini version is free of charge at your disposal as download at ACS homepage www acs controlsystem de or on the CD please ask for E File Edit cm Device Extras Window Help ACE EA Atthe end of E was 4 the installati U esse on the licence Si number hasto Si Rete ead be stated or Sum imme
22. 136 32 4199 F NiCr CuNI 100 1000 C 148 1832 F PtRh Pt696 0 100 1820 C 32 212 3308 F special 25 5 mV J Values for type B are valid from 100 C Table 2 Resistance transducer measuring ranges Measuring Resolution Er 200 850 C 320 1002 FF lt EN 05K 05 K 200 850 C 328 1562 F lt 2 mE EN 0 4500 2 0 450 Q 0 160 Q lt 0 1 9o 0 005 0 450 Q 0 1600 2 Characteristic KTY 11 6 50 150 C is factory set inclusive of lead resistance Table 3 Current and voltage measuring ranges Measuring range Input resistance Accurac Resolution 0 20 mA 49 Q voltage requirement lt 25V 0 10 Volt 110 kQ 2 5 115 mV gt 1MQ 25 1150 mV gt IMQ 25 90 mV gt IMQ 500 500 mV gt 1MQ 5 5Volt 110 kQ lt 0 high impedance voltage ranges without break monitoring ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 45 Safety hints Mil Safety hints 46 This unit was built and tested in compliance with VDE 0411 1 EN 61010 1 and was delivered in safe condition The unit complies with European guideline 89 336 EW G EM C and is provided with CE marking The unit was tested before delivery and has passed the tests required by the test schedule To maintain this condition and to ensure safe operation the user must follow the hints and warnings gi
23. 5 C W3 Re W25 Re 9 St ple type E 100 10009C NiCr CuNi 10 thermocouple type B 0 100 1820 C PtRh Pt6 NEN EE NEN EE _ _ 3 0 20mA 4 20 mA scaling necessary page 36 DAMM 40 NEN special 0 450 Ohm scaling necessar 40 0 10V 2 10 V e36 24 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de Configuration level name valuerange description defaut 41 special 2 5 115 mV scaling necessary gt page36 special 25 1150 mV scaling necessary page 36 EE 43 special 25 90 mV scaling necessary gt page36 special 500 500 mV scaling necessary page 36 special 5 5 V scaling necessary page 36 potentiometer 0 160 Ohm 2 potentiometer 0 1600 Ohm EN EN linearization only adjustable with 5 t 4 P 18 23 24 Special linearization _ diting the linearization table with BlueControl engineering tool is possible The characteristic for KTY 11 6 temperature sensors 1s facto offset correction in AL level 2 point correction ink HL level scaling in Ar A level forcing INP only visible with BlueControl no forcing forcing via interface name valuerange description default measured value monitoring storing of alarm status A stored limit value can be set back via error list or digital input or KE gt Er r a l 2 3 4 l 2 2 7
24. 5 O Offsetcorrection 37 39 Operating structure 22 Output OUT1 Configuration 26 Technical data 42 Output OUT 2 Configuration 26 Technical data 42 Output OUT 3 Configuration 26 P Parameter setting level Parameter survey 34 Parameter L evel P Hr R Parameter 35 R Resetting to factory setting 47 S Safety hints 46 47 Safety switch 5 Safety test on 44 Selbstoptimierung Sid use 2 vx REST 18 Self tuning Cancelation 18 Start 18 V Versions o 41 48 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 49 50 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 51 C9 5 E Wy fill level water level pressure temperature flow visualization signal converter sensoric Wir erwarten Ihren 4nruf ACS CONTROL SYSTEM GmbH Lauterbachstr 57 D 84307 Eggenfelden Tel 49 0 8721 9668 0 ACS CONTROL SYSTEM rg OE info acs controlsystem de knowhow with system contsys ere a Stand 08
25. N 68 2 6 Frequency 10 150 Hz Unit in operation 1g or 0 075 mm Unit not in operation 2g or 0 15 mm Shock test Ea DIN IEC 68 2 27 shock 159 Duration 11ms Electromagnetic compatibility Complies with EN 61 326 1 for continuous non attended operation ALLGEMEINES Housing Material Flammability class Makrolon 9415 flame retardant UL 94 VO self extinguishing Plug in module inserted from the front Safety test Complies with EN 61010 1 VDE 0411 1 Overvoltage category I Contamination class 2 Working voltage range 300 V Protection class Il CUL certification Type 1 indoor use File E 208286 Technical data Electrical connections Screw terminals for 0 5 to 2 5 mm Mounting Panel mounting with two fixing clamps at top bottom or right left High density mounting possible uncritical 0 27kg Mounting position Weight Accessories delivered with the unit Operating manual Fixing clamps 44 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de Technical data Tabelle I thermocouple measuring dit il Fe CuNi DIN 100 900 C 148 1652 F Fe CuNI 100 1200 C 148 2192 F NiCr Ni 100 1350 C 148 2462 F Nicrosil Nisil 100 1300 C 148 2372 F PtRh Pt 10 0 1760 C 32 3200 F PtRh Pt 13 0 1760 C 32 320 T Cu CuNi 200 400 C 328 52 F W5 Re W26 Re 0 2315 G 32 4199 F W3 Re W25 Re 0 232
26. ROL SYSTEM GmbH Lauterbachstr 57 D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 33 Parameter setting level MAS Parameter setting level 6 1 Parameter survey D epending on unit version and configuration spare parameters are not shown Par A Parameter Level unr Functions Limits ur Adjustment e The parameters can be adjusted by means of keys e Transition to the next parameter is by pressing key e After the last parameter of a group une is displayed followed by automatic change to the next group Return to the beginning of a group is by pressing the key for 3 sec If for 30 sec no keypress is excecuted the controler returns to the process va lue and setpoint display Time Out 30 sec 34 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de Parameter setting level 6 2 Parameter rare name valuerange description default kenn 1 9999 probetemperature for O measuring 650 Pot 1 99 proportional band in phys unit z B C 100 BEER 1 99999 reset time s _ til 02 off switched o Ed 1 99999 ivative ti td1 02 off 0 4 99999 min cycle duration heating B The smallest pulse duration IS 1 4 x tl 120 120 2nd control value Z becomes effective with recognized process value error Mi L dia 120 120 ower controller value limit A 0 AH v 120 120
27. and parameter setting are available see chapter 8 Accessory equipment with ordering information In addition to configuration and parameter setting the engineering tools are used for data acquisition and offer long term storage and print functions The engineering tools are connected to DAL 401 via the front panel interface BluePort by means of PC Windows 95 98 NT and a PC adaptor Description BlueControl see chapter 8 BlueControl page 40 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 29 Configuration level 5 3 Configuration examples 5 3 1 On Off controller Signaller inverse set point controller signaller with one output inverse action e g heating applications 2 9 war pam EZ X Vant Duk t rec fj action Hut 1 direct Y control output Y 1 active PAr Af nkr GH 9999 Switching difference symmetrical to the trigger point 1999 9999 set point limit low for W eff 1999 9999 set point limit high for W eff For direct signaller action the controller action must be changed Conf inter tAck LO 4 7a s EJ H Il Pater 50 000 0 000 00 00 00 00 02 00 00 04 00 Output AO 3 0 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de Configuration level 5 3 2 2 point controller inverse Dew A em l
28. as a signaller or an on off controller as a two point or a continuous controller Prerequisite DAL 401 is fitted with option with outputs and is configured for the controller function Configuration Function 2 provides selection between indicator and controller 4 1 Operation Adjusting the set point set point The set point can be changed by pressing keys v und a error list It errors pending extended operating level if configured 4 2 Control parameters The range of different processes to be controlled is very wide from very fast pressure control to very slow thermal processes such as control of a blast furnace As the controller behaviour has to be different with each of these processes the control parameters must be adjusted for the relevant process Individually A djust ment can be done either manually or by the controller itself ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 17 Controller 4 3 Self tuning After starting by the operator the controller makes a self tuning attempt The controller uses the process characteristics for quick line out to the set point wit hout overshoot Self tuning start can be locked via BlueControl engineering tool Fk ac Ea and ta are taken into account only if they were z HF F previously 43 1 Sdf tuning start 0 The operator can start self tuning at any time For this
29. auterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de M ounting MN Mounting ey o N PPT max A 60 C A a min H 0 C a gt D D gt e AA max 95 rel Oo AAA 48 1 89 96 3 78 Loc 10V gt mA Pt o Loc 10V gt mA Pt security switch Safety switch For access to the safety switches the indicator must be withdrawn from the hou sing Squeeze the top and bottom of the front bezel between thumb and forefinger and pull the controller firmly from the housing 10VimA Pt right O Current signal Pt100 thermocouple mV ati ni left Voltage signal V ati n P Access to the levels is as adjusted by means of BlueControl engineering tool closed Q all levels accessible wihout restriction Factory setting e Default setting display of all levels suppressed password PASS z rr N Safety switch 10V lt gt mA Pt always in position left or right Leaving the safety switch open may lead to faulty functions A u I _ P yo Caution The unit contains ESD sensitive components ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 5 Electrical connections MP Electrical connections 2 1 Connecting diagram A 90 250V O SEP L JU COU lbs 7 24V AC DC O Fi he 6 eons gt O O M O mi eS RA PS s N Lb d vM M RARE iN FETT
30. ax 30 Ohm break and short circuit Physical measuring range 0 450 Ohm 0 4500 Ohm Number of linearization segments 15 Current and voltage measuring ranges gt Table 3 span start span end anywhere within the measuring range Scaling selectable 19999 99999 Linearization 15 segments adaptable via BlueControl Decimal point adjustable with 4 20mA and 2 10V 12 596 below span start 2mA 1V CONTROL INPUT DI1 Configurable as switch or push button Connection of a potential free contact suitable for switching dry circuits Input circuit monitoring 42 25V 50 mA switched voltage Current CONTROL INPUTS DI2 DI3 OPTION Configurable as switch or push button Optocoupler input for active triggering Nominal voltage 24 V DC external Current sink IEC 1131 type 1 Logic 3 5 V Logic 1 15 30 V Current requirement approx 5 mA Transmitter supply Ur Option Power 22mA t 18V If the universal output OUT3 is used there may be no external galvanic connection between measuring and output circuits FILTER A first order mathematic filter which is adjustable for time constant and bandwidth is built in The bandwidth is the adjustable tolerance around the process value within which the filter is active Measured value changes exceeding the adjusted bandwidth are output directly OUTPUTS survey of outputs Output Used as 0UT1 relay OUT2 relay Limit contacts
31. ee 5 CD 6 3 Ad fill level water level pressure temperature flow visualization signal converter sensoric DAL 401 digital indicator ACS CONTROL SYSTEM Ta knowhow with system Your partner for measuring technology and automation 9 BlueControl More efficiency in engineering more overview in operating The projecting environment for the BlueP ort controllers Description of symbols in the text on the device General information N Follow the operating instructions N General warning Attention ESD sensitive devices ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de nhaltsverzeichnis ax E gt m Un 5 2 Connecting diagram 2 2 2 ea a 6 Terminal connection Behaviour after pOWer 00 ns 10 Operating level ns 11 Min max function rne 11 Tare TUNCUON x uc xo v ss w woa G amp woa bop k w E k X W k a SW 12 Sample amp hold amplifier 2 2 Hm mo mn 12 O measurement 2 2 Hm men 13 Extended operating level an aan 14 Alarm handling 3 9x3 135 2339345 3333 34 4 15 Maintenance manager Errorlit 16 CONTO carios sz s k w R 3 x x K Q X m R amp x amp x W N R N 17 Operation a x w332 9 95 335 929545J 35553 17 Control parameters s 1 Self tuning n 18 Self tuning start 4
32. lt is signalled by displaying r ESEE shortly in the display Subsequently the digital indicator returns to normal operation ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 47 Index 0 9 2 point correction 37 A Alarm handling 15 Anschlu beispiele OUT3alsLogikausgang 8 B BlueControl 40 Bus Interface Technical Data 43 C Calibration CHE 27 Calibration level LAL 37 39 Configuration examples 2 pointcontroller 3l Signaler ls 30 Configuration level Parameter survey Configuration level Lunf Configuration Parameter 24 29 Connecting diagram 1 00 6 Connecting examples di2 3 2 wire transmitter supply 7 OUT3 transmitter supply 7 RS485 interface 8 continuous controller 32 control inputs dil di2 di3 Configuration 27 D Digital inputs di1 di2 di3 Technical data 42 E Equipment 41 E Factory setting 22 Front View 10 Frontansicht lt ono UR 3 10 1 Input IN PI configuration 24 Parameter setti ng Input scaling 36 L LED Ada LED 10 Err LED 212 995 3233 10 F LlED er ER an 10 SPA LED seus 22289 10 M Maintenancemanager 16 measured value output 33 Mounting
33. o floating decimal point display 0 0001 1 ppm to 99999 is possible Specify the number of digits behind the decimal point below othr 0 Odigits behind the decimal point A djust the sensor type to one of the high impedance voltage inputs in InP specification in BlueControl Effective measuring range Special 0 100 mV 2 5 115 mV Special 0 1000 mV 25 1150 mV 13 Special 25 90mv M Special 500 500mv These high impedance inputs are not provided with break monitoring If necessa ry measurement input protection is possible via limit value processing ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 1 3 Operation 3 3 5 Extended operating level The content of the extended operating level is determined by means of BlueCon trol engineering tool Parameters which are important or which are used fre quently can be copied into the extended operating level A ctuating key switches to the first value of the extended operating level may be preceded by error list or set point The selected parameters can be changed by pressing keys v and a Press to return to the normal display after the last parameter 1 4 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de O peration 3 3 6 Alarm handling M ax three alarms can be configured and
34. ons can be adjusted by means of keys e Transition to the next configuration is by pressing key e After the last configuration of a group une is displayed and followed by automatic change to the next group aD Return to the beginning of a group by pressing the key for 3 sec ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 23 Configuration level 5 2 Configuration Dependent of instrument version and configuration spare parameters are not dis played name valuerange description default function 1 9 nofunction O 2 Jjsmpe amp hod U U U j 3 02 measure ee O function indicator l controller operating principle of the controller inverse e g heating l direct e g cooling 19999 99999 X0 lower controlrange limit 100 TES 19999 99999 X100 upper controlrange limit rit and rakh indicate the control range to which self tuning refers controller behavior algorithm on off controller e g sienaller with one output l PID controller 2 point and continuous escription thermocouple type K 100 1350 C NiCr Ni t ole type N 100 1300 C Nicrosil Nisil thermocouple type R 0 1760 C PtRh Pt13 thermocouple type T 200 400 C Cu CuNi P name p Was il EN x EEE EEE _ _ I E NN BEE 7 thermocouple type C 0 2315 C WS Re W26 Re 8 thermocouple type D 0 23 1
35. s ACS CONTROL SYSTEM GmbH lLauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de B Operation ME Operation 3 1 Frontviewv measured value display statuses of switching outputs a k t 4 or alarm statuses amp lit with self tuning activated lit with tare or sample hold function activated Q lit with entry in the error list Q function key down key Q up key enter key calls up extended operating level errorlist 9 pc connection for BlueControl engineering tool The measured value is displayed as standard At parameter setting configuration calibration level and at the extended operating level the display changes cyclically between parameter name and parameter value 3 2 Behaviour after power on 10 After supply voltage switch on the unit starts with the operating level The unit is in the condition which was active before power off ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden l www acs controlsystem delinfo acs controlsystem de O peration 3 3 Operating level 3 3 1 M in max function The minimum and maximum values are stored As long as the v key is pressed the minimum As long as the a key is pressed the maximum value is displayed value is displayed Deleting the minimum value K eeping the vJ key pressed whilst actuating key a deletes the minimum value Additionally determination whether a digital input
36. s SS 3 decimalplaces 4 decimalplaces 1 fldiplayreoltion f f f j 2 displayresolution 2 digits O o o display resolution 5 digits display resolution 10 digits oa display resolution 20 digits 6 display resolution 50 digits EEE display resolution 100 digits 28 ACS CONTROL SYSTEM GmbH Lauterbachstr 57 1D 84307 Eggenfelden I www acs controlsystem delinfo acs controlsystem de Configuration level name _ valuerange description default Tdi AA FrEq switeh over50 60 Hz only visible with BlueControl switch over 50 60 Hz only visible with BlueControl 0 netfrequency 50 Hz E netfrequency 60 Hz DEB AdA blocked selfoptimization only visible with BlueControl 0 ree O blocked amas EXO extended operation level blocked only visible with BlueControl 0 ree blocked Lat suppression error memor m free Oo blocked MA E password 19999 99999 OFF parameterleyel blocked only visible with BlueControl 1 i free oOo 1 blocked DEN ICnf TEE NN E x O free O O Oe I joke calibrationlevel blocked only visible with BlueControl EE free o0 blocked aD Resetting the controller configuration to factory setting Default gt chapter 1L1 page 47 35 BlueControl theengineeringtool for the BluePort controller series Three engineering tools with different functionality facilitating DAL 401 configu ration
37. signal change storing of alarm status A stored limit value can be set back via error list or digital input or Fl ke gt Los er rr source for limit value 1 2 3 process value absolut alarm control deviation Xw processvalue set point relative alarm control deviation Xw relative alarm with suppression at start and with set point change 0 OFF 999999 operation cycle number only visible with BlueControl ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden Iwww acs controlsystem delinfo acs controlsystem de 2 5 Configuration level 26 und Hote circuit direction of output OUT O direct open circuit principle Y inverse closed circuit priciple L o controller output Y j 9 mot active o ws G LEM EN EE 0 notae apamama tae ieee mamn fwreimgOUTL 2 only visible wich BlusCantrol 0 noir default circuit direction of out n 2 3 4 5 not active active l l l l l La o0 NE 02 Lo BE Ss As HEN NE HEN nm _ __ controller output Y1 only visible with O TYP 0 o0 _ NENNEN NENNEN 0 NE GEN s NE NN EN F L 9 _ not active active scaling of analog output for 0 0 4mA e g 0 2V only visible with O TYP 1 5 scaling of ama oe ouput for 100 20mA bzw 10V only visible with O TYP 1 5 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controls
38. spater z B nach dem A ufheizen des Ofens den zweiten W ert korrigieren ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 3 7 Calibration level Offset correction L nnf Inf Larr ink tt The input value of the scaling point is displayed The operator must wait until the process is at rest Subsequently the operator acknowledges the input value by pressing key The display value of the scaling point is displayed Before calibration Gui t is equal to nt f The operator can correct the display value by pressing keys Subsequently he confirms the display value by pressing key 3 8 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden I www acs controlsystem delinfo acs controlsystem de Calibration level 2 point correction L one nr IE arr i 3 gt PAA 3 sec UN LanF UN CAL 3o nro gt a Data E or me m L m m BUB a ng gt End gt ink tx The input value of the lower scaling point is displayed The operator must adjust the lower input value by means of a process value simulator and confirm the input value by pressing key Hot ti Thedisplay value of the lower scaling point is displayed Before calibration dur equals int f The operator can correct the lower display value by pressing the keys Subsequently he confirms the display value by
39. t Dan al set point controller I 2 point controller PI D Li inverse action eg heating applications action a E i direct I control output Y 1 active 0 1 9999 proportional band 1 heating in units of phys quantity eg C 1 9999 integral time 1 heating in sec 1 9999 derivative time 1 heating in sec 0 4 9999 mn cycletime 1 heating 1999 9999 set point limit low for Weff 1999 9999 set point limit high for Weff aD For direct action the controller action must be changed Conf LnEr Lek Z al y In r LL CER rm y lt m Mi m k E lt k me k gt E gt um Wwe NE Pew lt m HP amp gt gt PA gt me ro gt LI 2 on bar ee O D gt ay AS Gus gt ae Da al lt ew mp op Say q TI Dae We a y ben Ceo E welt 100 00 Set point P val Process value 0 000 00 42 30 00 43 00 00 43 30 00 44 00 Ouiput gt ____f UML NN ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de 3 1 Configuration level 5 3 3 Continuous controller inverse 32 set point controller continuous controller PID inverse action e g heating applications fc Huk a type 0 4 20mA p PALA a ENS E Wa a t1 gt a p y lt me EP m
40. ting level 6 3 Input scaling When using current or voltage signals as input variables for AP t or i AP d scaling of input and display values at parameter setting level is required Specifi cation of the input value for lower and higher scaling point is in the relevant elec trical unit mA V phys unit 6 3 1 Input n Parameters ni 1 Hult nH and Ga i are only visible if Lanr li nr JL arr 3 iS nat The parameters ni and n H determine the input range DEn mA ni 4 and InH 0 20 means the measurement is from 4 to 20 mA N Eni using the predetermined scaling with thermocouple and resistance thermometer Pt100 the settings for I n1 1 and Gat andfor nt i and ML A must have the same value 3 6 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfoOacs controlsystem de Calibration level Calibration level M easured value correction AL is only visible if Lanf InP1 Larr or amp is chosen The measured value can be matched in the calibration menu LAL Two me thods are available 7 1 Offset correction i ane efi ne i L ar r display standard setting Offset correction possible on line at the process h REG EG ORA KK AOR eee Suq NUS ee ROG RU AO Y ee Oe s 2 point correction E one nr t arr p e is possible off line with process value simulator e online in 2 Schritten zun chst den einen W ert korrigieren und
41. upper controller value limit A 100 MH 20 120 working point for controller value Yo 0 ee oo lower set point limit fphys unit f 0 _ eee 99999 09999 Ju upper set poi 5E name valuerange description default ni 19999 99999 inputvalueof lowerscalingpoint 0 uL 19999 99999 display value of lowerscalingpoint 0 nH 19999 99999 inputvalueof upper scaling point uH 19999 99999 display value of upperscalingpoint 20 Er 01 999 filtertime constant OS hr 0 999 Jflterbandwidth 1 1 1 1 5 Etc 0 10 external temperaturecompensation OFF Lan name valueramge description default kt 19999 99999 lower limit value 1 L f lt 19999 Soff 0 HE 19999 99999 upper limit value 1 ii E 19999 20 10 Haad 0 9999 hysteresisoflimitvalwel_______ 1 EL 0 9999 lalarmldelay O O Lie 19999 99999 He 19999 99999 0 E HMSZ 0 999 hyersisoflmivale2 i SEL 0000 miki o Li 19999 99999 B m H453 0 999 hersisoflmivale3 SiS EL 0 999 alarm3delay O aD Resetting the controller configuration to factory setting Default gt chapter 11 1 page 47 ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 3 5 Parameter set
42. ven in this operating manual The unit is intended exclusively for use as a measurement and control instrument in technical installations Warning If the unit is damaged to an extent that safe operation seems impossible the unit must not be taken into operation ELECTRICAL CONNECTIONS The electrical wiring must conform to local standards e g VDE 0100 The input measurement and control leads must be kept separate from signal and power supply leads In the installation of the controller a switch or a circuit breaker must be used and signified The switch or circuit breaker must be installed near by the controller and the user must have easy access to the controller COMMISSIONING Before instrument switch on check that the following information is taken into account e Ensure that the supply voltage corresponds to the specifications on the type label e All covers required for contact protection must be fitted e f the controller is connected with other units in the same signal loop check that the equipment in the output circuit is not affected before switch on If necessary suitable protective measures must be taken e Theunit may be operated only in installed condition e Before and during operation the temperature restrictions specified for controller operation must be met SHUT DOWN For taking the unit out of operation disconnect it from all voltage sources and protect it against accidental operation If the controller
43. ystem delinfoOacs controlsystem de Configuration level controller output yl continuous process value effective set point Weff control deviation xw process value set point no forcing forcing via interface lt m lt a a always active dil switches 3 di2 switches only visible with OPTION di3 switches only visible with OPTION 5 key switches tored no function switch over via interface is possible dil switches di2 switches only visible with OPTION di3 switches only visible with OPTION 5 key switches no function switch over via interface is possible dil switches di2 switches only visible with OPTION di3 switches only visible with OPTION 5 key switches no function switch over via interface is possible dil switches 3 di2 switches only visible with OPTION di3 switches only visible with OPTION 5 key switches no function switch over via interface is possible dil switches di2 switches only visible with OPTION 13 switches only visible with OPTION key switches ACS CONTROL SYSTEM GmbH Lauterbachstr 571D 84307 Eggenfelden www acs controlsystem delinfo acs controlsystem de 2 7 Configuration level key switches direct inverse keyfunction adjustable for 2 point operation with interface and d11 2 3 or front ke Ware O Jjnoforcing forcing via interface 9200 baud odd parit no parity with 1 stopbit 0 nodecimalplace S 3 3decimalplace
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