User`s manual
Contents
1. RIPPLE MAXIMUM 2 2 RELAY 1 STATE CONTACT RELAY OFF A RELAY 1 DEFINITION MODE WORK RELAY OFF RELAY 1 DETEC MAX 03 00 RIPPLE DETEC MAX aO 1 5 RELAY 1 RIPPLE RELEASE MAX a00 50Qva v E RELAY 1 RETURN 01 00 x 00 50 RELEASE MAX 01 00 00 50 va x 00 00 LOOP 4 20 mA RS485 LOOP 4 20 mA gt 5485 OPTIONS RIPPLE MAXIMUM OPERATIVE oet the value Vcc for the detection and or replacement of the maximum continuous component When you set values for maximum work the replacement value should be below detection 24 SVC DELAY ON DETECTION AND OR ON RELEASE 1 3 RELE 1 STATE CONTACT 1 MODE RELAY 1 ALARM STATE MODE DETEC gt INSTANTANEOUS DELAYED RELAY ON 5 RELAY 1 RETURN DEFINITION RELAY 1 MODE WORK e RELAY 2 RELAY 3 RIPPLE NON OPERATIVE INSTANTANEOUS v 5 RELAY MODE 1 DETECTION eo 3 RELAY 1 VOLTAGE DETEC MAX INSTANTANEOUS 5 MODE RELAY 1 MODE RELEASE MODO RELEASE gt INSTANTANEOUS e DELAYED INSTANTANEOUS RETURN gt DELAYED INSTANTANEOUS LOOP 4 20 mA 5485 OPTIONS To incorporate a time delay to the detection and or to the release the options MODE DETEC and or MODE RELEASE must be set as DELAYED The relay will not operate until the signal will be kept at the detection and or los2. Emission UNE EN 61000 5 3 20077A 1 201 1 Immunity UNE EN 61000 6 272006 Low Voltage Directive LYD 2006 95 EEC from 12 12 2007 Machinery UNME EN 60204 1 200 71A1 2009 Measuring Electronic Devices UNE EN 61010 1 2011 Barcelona 2014 EMILIOPOLIS OLIVA SVC CONVENTIONS USED IN THIS MANUAL 1 It refers to the information own of the theme that is treated Indicate important warnings to take into account It refers to how the keys must be pressed to perform the actions indicated in the examples General information about the controller or about this manual too 0000000 In the pages where is explained how to access to the different screens and menus pages 18 46 itis shown the way to come to the resolution of every option This way is highlighted by a dark background of the of the screens related in that option The union of several screens by means of a dashed line means that the option is valid for all of them SVG GENERAL CONCEPTS Loop 4 20 mA optional The value sent by the 4 20mA loop can be whichever of the following ones Voltage Ripple oee the pages 28 29 to associate a value to the current loop Communication with PC optional It is possible to communicate with a computer model SVC via the RS232 serial port for remote programming or to process the data it generates For a standing alone communication the programming interface CBPZ is requ
3. RETURN SAVE PROG 4 REFRESH 4 s 8 s 1 s 2 s I OPTIONS _ FACTORY RETURN SAVE PROG USER PROG It is defined as the time of regeneration of the information showed in the LCD Only the status screens are affected for this option The value indicates the times that the screen is regenerated each second So with the value 1 s the screen is regenerated 1 time per second and with the value 8 s it is done 8 times per second 38 SVG OUT OF BOUNDS VALUES s OPTIONS RETURN gt SAVE PROG USER PROG 4 FACTORY RETURN VERSION LOOP 4 20mA RS485 OPTIONS REFRESH OUT OF BOUNDS 4 FACTORY VERSION gt SET UP RS485 OPTIONS LOCK LANGUAGE SEE SCREEN gt USER SCREEN FACTORY RETURN OUT OF BOUNDS RETURN 7 7 3 s OPTIONS FACTORY USER SCREEN REFRESH FACTORY OUT OF BOUNDS RETURN RETURN SAVE PROG VERSION OPTIONS gt LOCK OPTIONS 4 FACTORY FACTORY OUT OF BOUNDS gt RETURN gt RETURN SAVE PROG VERSION PROG USER REFRESH By means of this option is possible to read the highest values registered since the first time that the device was turned on A value higher than the stored one overwrites it The magnitudes to be controlled are Voltage Ripple The stored values do not depend of the device s operation margins and they can be higher than them If a value overtakes the
4. DETECTION RELAY 3 TIMER DETECTION RETURN lll KEDisiBEINT RECYCLER TIMER DETECTION 799 95 02 00 0 01 Same as to previous pages except MODE DETECTION DELAYED MODE RELEASE DELAYED STATE OF CONTACT RELAY OFF When the supply voltage is connected the time adjusted in TIMER DETECTION starts up Once the time has elapsed the relay operates until the time adjusted in TIME RELEASE elapses The cycle repeates non stop itself STATE OF CONTACT RELAY ON When the supply voltage is connected the relay operates instantaneously and the time circuit adjusted in TIMER DETECTION starts up Once the time has elapsed the relay releases and remains in this state until the time adjusted in TIME RELEASE elapses The cycle repeates non stop itself SVC ERROR SCREENS AND INFORMATION Under certain situations the instrument displays informative screens usually related to mistakes or inappropriate actions INFORMATION OUT OF RANGE VALUE INFORMATION FOR LOAD USER PROG IS NECESSARY SAVE PROG ERROR MEMORY FAIL 46 It has been introduced a value out of the allowed limits in the magnitude which Is being adjusted It has attempted to load into memory the user program but this was not loaded previously An error in the internal memory of the controller has been produced Introduce whichever value between the allowed limits oave an user program Contact wit
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6. 85 SAVE PROGRAM gt OPTIONS gt USER PROG LOCK LANGUAGE PROGRAM 1 PROGRAM 2 A v OPTIONS PROGRAM 1 PROG USER gt PROGRAM 1 NO PROGRAM 2 YES SEE SCREEN SET UP OPTIONS LANGUAGE OPTIONS PROGRAM 1 PROGRAM 1 PROGRAM 2 SEE SCREEN NO USER SCREEN 3 OPTIONS PROGRAM 2 SEE SCREEN SCREEN USUER FACTORY g OPTIONS SEE SCREEN SCREEN USUER FACTORY RETURN v 7 OPTIONS SCREEN USUER FACTORY RETURN SAVE PROGRAM 3 OPTIONS FACTORY RETURN SAVE PROGRAM USER PROGRAM It loads into memory the selected program becoming the working program Each time that this option is executed the values stored in the memory are overwritten You will find more information related to the user program in the pages 14 16 34 SVG SEE SCREEN OPTIONES LOCK RS485 OPTIONS LOCK LANGUAGE OPTIONS 10 SET UP OPTIONS RETURN SAVE PROG USER PROG PROGRAM 1 OPTIONS SAVE PROG USER PROG PROGRAM 1 PROGRAM 2 3 OPTIONS USER PROG PROGRAM 1 PROGRAM 2 SEE SCREEN 4 OPTIONS PROGRAM 1 PROGRAM 2 SEE SCREEN SCREEN USER 5 OPTIONS PROGRAM 2 SEE SCREEN SEE USER FACTORY OPTIONS SEE SCREEN USER SCREEN FACTORY RETURN 7 OPTIONS PANT USER FABRICA RETURN SAVE PROG OPTIONS FACTORY RETURN SAVE PROG USER PROG SEE SCREEN VOLTAGE FREQUENCY DC COMPONENT SEE SCREE
7. EC MAX 30 00 VOLTAGE gt RELAY 2 DETEC MAX 26 40 RELAY 3 4 20 26 40 25 87 i v d SET UP E RELAY 1 RELEASE MAX RELAY 2 VOLTAGE 26 40 RELAY 3 e RELEASE MAX LOOP 4 20mA 2 5 8 Nac A v 4 9 SET UP RELAY 3 LOOP 4 20mA RS485 RELAY 1 RETURN VOLTAGE MAXIMUM OPERATIVE VOLTAGE MINIMUM OPERATIVE It allows to set the value for the detection and or the release of the max and or min voltage When setting the working values for Maximum the release value must be lower than the detection value 22 SVC RIPPLE MAXIMUM 1 2 1 5 RELAY 1 7 RELAY 1 ALARM CONTACT STATE LANGUA gt RETURN RELAY 1 RELAY 2 RELAY OFF RELAY OFF SETUP RETURN gt RELAY 1 RELAY 2 RELAY 3 RELAY 1 MODE RELAY 1 RIPPLE DEFINITION MAXIMUM MODE WORK VOLTAGE NON OPERATIVE OPERATIVE NON OPERATIVE RELAY 1 3 MODE RELAY 1 RIPPLE VOLTAGE MINIMUM DETEC MAX VOLTAGE gt OPERATIVE NON OPERATIVE BORDER 7 MODE RELAY 1 RIPPLE MAXIMUM SETUP RELE 2 gt RELE 3 LAZO 4 20 mA RS485 OPERATIVE 4 9 SETUP LOOP 4 20 mA gt RS485 OPTIONS 7 MODE RELAY 1 MODE DETECTION To make the relay operates when the controller detects a determinate maximum ripple set this option as OPERATIVE 23 SVC
8. ECTION MODE DELAYED TIME RANGE DETECTION SECONDS RELEASE MODE DELAYED TIME RANGE RELEASE SECONDS NOTE Options in italics are only available according to the ones selected in DEFINITION WORKING MODE 16 SVG ADVANCED PROGRAMMING If you want to program by your own the controllers SVO or SVP it is not necessary to load any program Set the parameters showed in the screens that appear when putting the equipment on for the first time Follow the steps below before beginning to program 1 Determine what action will make each relay Ex relay 1 to control the overvoltage relay 2 to control the ripple Bear in mind the following characteristics 1 1 Different relays can control the same magnitude Ex To set up two set points for a minimum voltage active the detection by minimum voltage for the relays 1 and 2 and set a different value to each one of them 1 2 Diferent magnitudes can be associated to the same relay 2 Determine what actions will have timing Ex 3 seconds when detecting overvoltage 5 seconds when detecting maximum ripple 3 Beginto program Remember that certain options will be available according to which are settled in other previous options Enter to the menu SET UP and select RELAY 1 Look for the screen DEFINITION WORKING MODE and select it Active and deactive the options of the screens of this menu according to your previous planning If you want to add timin
9. GE a RELAY ON RELAY 1 2 CONTACT DEFINITION WORKING MODE gt RELAY OFF RELAY ON RELAY 1 RETURN RELAY 2 RELAY 3 LOOP 4 20mA RS485 SET UP RELAY 3 LOOP 4 20mA RS485 Existing information on this page and in the subsequent configuration referred RELAY 1 RELAY extend to RELAY 2 and 3 being necessary to set the parameters of each relay independently The state of the relay OFF ON indicates the position of the contacts of the relay when the controller is turned on The state of the contact of the relay must be set up according to the required operation you need to perform 19 SVC STATE OF CONTACT IN ALARM 3 RELAY 1 DEFINITION gt RETURN WORKING MODE RELAY 1 RELAY 2 8 SEI UP RELAY 1 RETURN STATE gt RELAY 1 CONTACT RELAY 2 RELAY 3 RELAY ON a SET UP RELAY 1 RELAY 1 RETURN gt RELAY 2 RELAY 3 LOOP 4 20mA v SET UP RELAY 2 RELAY 3 LOOP 4 20mA RS485 i SETUP RELAY 3 gt LOOP 4 20mA RS485 gt MODE RELAY 1 7 MODE RELAY 1 STATE a RELAY OFF lt MODE RELAY 1 VOLTAGE MAXIMUM NON OPERATIVE 3 MODE RELAY 1 VOLTAGE MINIMUM a NON OPERATIVE 7 MODE RELAY 1 FREQUENCY MAXIMUM NON OPERATIVE FREQUENCY MINIMUM ALARM gt RELAY ON RELAY OFF gt RELAY OFF RELAY ON The alarm mode is that which is produced when an internal error or memory error occurs Because the device would remain
10. GLISH FRANCAIS CATALA SET UP LOCK gt LANGUAGE e RETURN LANGUAGE RETURN 4 SELECTED ENGLISH gt FRAN AIS CATALA ESPANOL LANGUAGE RETURN RELAY 1 RELAY 2 SELECTED FRAN CAIS CATALA ESPANOL ENGLISH The SVC model incorporates four different languages with which to display the text on the screen Three of them are always present in every team English Spanish and French the fourth option on request 41 DISIBEINT Complementary Functions 1 4 AUXILIARY CONTACT The relays that are not related with any magnitude can be used to perform complementary functions 1 2 CONTACT JA A gt RELAY OFF RELAY ON gRELAY OFF RELAY 1 5 DEFINITION WORKING MODE RELAY ON RELAY SET UP RELAY 1 RELAY 1 RETURN RELAY 2 RELAY 3 LOOP 4 20 A 3 SET UP RELAY 3 gt LOOP 4 20mA RS485 OPTIO STATE OF CONTACT RELAY ON VOLTAGE MAXIMUM NON OPERATIVE VOLTAGE MINIMUM NON OPERATIVE MODE DETECTION CANCELLED MODE RELEASE CANCELLED MAXIMUM RIPPLE NON OPERATIVE When the supply voltage is connect the contact of the relay operates instantaneously and will remain in this state until 42 the supply voltage disconnected Complementary Functions 2 4 RELAY 3 LANGUAGE gt RETURN RELAY 1 WORKING MODE RELAY 3 STATE CONTACT RELAY 3 TIMER DETECTION RELAY 3 RETURN
11. Green led 240 VAC 85 C 1000 VAC 4000 VAC gt 100 MW 500 VDC 1 red led for relay Constructives ambientals dats MHNKEN610100 4 kV 2 EN61010 IP 20 280 g 30 80 20 50 lt 95 Cycoloy Light grey Lexan Transparent Technyl Dark blue Brass 0 8 Nm Designed and manufactured under EEC standards Electromagnetic compatibility directives 89 366 EEC and 92 31 EEC Electric safety directive 73 23 EEC Plastics UL91 VO SVC Ce CE CONFORMITY DECLARATION QUALITY CERTIFICATE The company DISIBEINT ELECTRONIC S L segle AX 91 EUSU 32 Barcelona Spain CIF B 60893849 Declares under its sole responsability thatthe following products Float Swittheswith generic referencesINCR INME Levelsensors andyour accessories with generic references NS NR NOP NOV NP SC CNPR CNY IBT BPCBA Level Magnetic S amp witcheswith generic reference MN Level Magnetic Transducers with generic reference Electronic relay serrbraced underthe generic denomination the series Pnnn Dans Sann being nnn any combination of letters and or numbersthat make up reference identifiedwiththe brand DISIBEINT have been rnanufactured according tothe instructions of our procedure manualand conformity with Directive of Electro magnetic Compatibility 2004 108 EEC from 15 12 2004
12. LOOP 4 20mA RS485 v SET UP RELAY 3 LOOP 4 20mA 35485 DEFINITION DISIBEINT DELAY ON CONNECTION DETECTION STATE CONTAGT RELAY OFF VOLTAGE MAXIMUM NON OPERATIVE VOLTAGE MINIMUM NON OPERATIVE MODE DETECTION DELAYED MODE RELEASE CANCELLED MAXIMUM RIPPLE NON OPERATIVE When the supply voltage is connected the relay remains released and the time circuit starts up Once the time has elapsed the relay operates It can remain in this state for an undefined time 43 DISIBEINT Complementary Functions 3 4 DELAY ON INTERVAL i RELAY 3 STATE CONTACT gRELAY ON A 3 RELAY 3 DEFINITION WORKING MODE RELAY 3 RELEASE 95 99 TIMER RELEASE 3 50 RELAY 3 RETURN 03 50 0 LOOP 4 20mA 5485 v SETUP RELAY 3 LOOP 4 20mA RS485 STATE CONTACT RELAY ON VOLTAGE MAXIMUM NON OPERATIVE VOLTAGE MINIMUM NON OPERATIVE MODE DETECTION DELAYED MODE RELEASE CANCELLED MAXIMUM DC COMPONENT NON OPERATIVE When the supply voltage is connected the relay operates instantaneously and the time circuits starts up Once the time has elapsed the relay releases It can remain in this state for an undefined time 44 Complementary Functions 4 4 LOOP 4 20mA RS485 RELAY 3 LOOP 4 20mA RS485 RELAY 1 STATE CONTACT RELAY 3 DEFINITION WORKING MODE RELAY 1 TIMER
13. N gt FREQUENCY DC COMPONEN VOLTAGE 3 SEE SCREEN gt DC COMPONEN VOLTAGE FREQUENCY This option allows to set which will be the default screen in the status screens menus normal working mode SVC EDIT USER SCREEN n OPTIONS 2 SCREEN EDIT RETURN SAVE PROG NO USER PROG YES PROGRAM 1 LOOP 4 20 mA RS485 OPTIONES LOCK E OPTIONS 2 SCREEN EDIT USER SCREEN SAVE PROG USER PROG YES PROGRAM 1 NO PROGRAM 2 16 SET UP RS485 gt OPTIONS LOCK LANGUAGE A v OPTIONS USER PROG PROGRAM 1 PROGRAM 2 SEE SCREEN SET UP OPTIONS 4 OPTIONS PROGRAM 1 PROGRAM 2 SEE SCREEN SCREEN USER 5 OPTIONS PROGRAM 2 SEE SCREEN SEE USER FACTORY 6 OPTIONS SEE SCREEN USER SCREEN e FACTORY RETURN v 7 OPTIONS PANT USER FABRICA RETURN SAVE PROG 8 OPTIONS FACTORY RETURN SAVE PROG USER PROG On this screen you can edit any text identifying the device You can use 4 lines of 13 characters each For characters that can be used and how to edit them see the section 1 2 DISPLAY USER See page 9 36 SVC INFORMATION OF MODEL AND VERSION E SET UP LOOP 4 20 mA RS485 OPTIONES LOCK SET UP RS485 gt OPTIONS LOCK LANGUAGE 10 SET UP OPTIONS LOCK LANGUAGE RETURN OPTIONS RETURN gt SAVE PROG USER PROG PROGRAM 1 OPTIONS SAVE PROG gt USER PROG PROGRAM 1 PROGRAM 2 3 OPTION
14. ONDS NOTE Options in italics are only available according to the ones selected in DEFINITION WORKING MODE 15 SVC USER PROGRAMS 3 3 PROGRAM 2 Control for overvoltage DC component undervoltage and frequency It is supose a voltage of 400 v RELAY 1 Control for overvoltage SIATE OF CONTACT ON DEFINITION WORKING MODE V DETEC MAX 26 40 V RELEASE MAX 25 87 DETECTION TIMER 0 5 RELEASE TIMER 0 5 RELAY 2 Prealarm for overvoltage ALARM STATE OFF V MAXIMUM OPERATIVE V MINIMUM NON OPERATIVE RIPPLE MAXIMUM NON OPERATIVE DETECTION MODE DELAYED TIME RANGE DETECTION SECONDS RELEASE MODE DELAYED TIME RANGE RELEASE SECONDS STATE OF CONTACT ON DEFINITION WORKING MODE DC DETEC MAX 27 60 Vdc DC RELEASE MAX 27 05 DETECTION TIMER 0 5 RELEASE TIMER 0 5 RELAY 3 Alarm for overvoltage ALARM STATE OFF _ gt V MAXIMUM NON OPERATIVE V MINIMUM NON OPERATIVE RIPPLE MAXIMUM OPERATIVE DETECTION MODE DELAYED TIME RANGE DETECTION SECONDS RELEASE MODE DELAYED TIME RANGE RELEASE SECONDS STATE OF CONTACT ON DEFINITION WORKING MODE FREQUENCY DETEC MAX 28 80 Vdc FREQUENCY RELEASE MAX 28 22 Vdc DETECTION TIMER 0 5 RELEASE TIMER 0 5 ALARM STATE OFF V MAXIMUM OPERATIVE V MINIMUM NON OPERATIVE RIPPLE MAXIMUM OPERATIVE DET
15. S USER PROG gt PROGRAM 1 PROGRAM 2 SEE SCREEN 8 OPTIONS PROGRAM 1 gt PROGRAM 2 SEE SCREEN SCREEN USER 3 OPTIONS PROGRAM 2 gt SEE SCREEN SEE USER FACTORY 3 OPTIONS SEE SCREEN gt USER SCREEN FACTORY RETURN 8 OPTIONS PANT USER gt FACTORY RETURN SAVE PROG 3 OPTIONS FACTORY gt RETURN SAVE PROG USER PROG l FACTORY INFORMATION MODEL gt VERSION e SVC93A00024V VERSION 0020001005 REFRESH RETURN 4 FACTORY REFRESH RETURN VERSION 4 FACTORY gt RETURN VERSION REFRESH Access to this option if you want to know the exact reference of the model and the version of the built in software This is an informative screen It is active for 3 seconds and returns automatically to the previous screen once the time has elapsed 37 SVC SCREEN REFRESH 3 OPTIONS RETURN gt SAVE PROG USER PROG PROGRAM 1 OPTIONES LOCK 4 FACTORY VERSION REFRESH RETURN OPTIONS _ SAVE PROG gt OPTIONS gt USER PROG LOCK PROGRAM 1 LANGUAGE PROGRAM 2 2 FACTORY REFRESH A v SCREEN 3 SETUP f OPTIONS REFRESH OPTIONS USER PROG VERSION gt LOCK gt PROGRAM 1 2 s LANGUAGE A v FACTORY 5 REFRESCO REFRESH N gt USER SCREEN FACTORY RETURN 1 s gt 2 5 RETURN RETURN VERSION 4 s 8 s 1 OPTIONS 4 REFRESH PANT USER 2 s gt FACTORY 4 5 8 5 1 s
16. TURN OPTIONS USER SCREEN gt FACTORY RETURN SAVE PROG 3 OPTIONS FACTORY gt RETURN SAVE PROG USER PROG It stores the changes done in the different parameters and options Each time that SAVE PROGRAM is executed the values stored in the user program are overwritten You will find more information related to the user program in the pages 14 16 DISIBEINT USER PROGRAMS OPTIONS 2 USER PROG RETURN gt SAVE PROG USER PROG PROGRAM 1 OPTIONS LOCK OPTIONS RS485 SAVE PROG OPTIONS USER PROG LOCK LANGUAGE PROGRAM 1 PROGRAM 2 12 SET UP OPTIONS gt LOCK LANGUAGE OPTIONS USER PROG gt PROGRAM 1 PROGRAM 2 SEE SCREEN 4 s OPTIONS PROGRAM 1 PROGRAM 2 SEE SCREEN USER SCREEN OPTIONS PROGRAM 2 gt SEE SCREEN USER SCREEN FACTORY 8 OPTIONS SEE SCREEN USER SCREEN FACTORY RETURN OPTIONS USER SCREEN gt FACTORY RETURN SAVE PROG OPTIONS FACTORY gt RETURN SAVE PROG USER PROG It loads into memory the program that was stored with the option SAVE PROGRAM becoming the working program Each time that this option is executed the values stored in the memory are overwrtten You will find more information related to the user program in the pages 14 16 33 SVC PROGRAM 1 AND 2 3 OPTIONS RETURN SAVE PROGRAM USER PROG PROGRAM 1 LOOP 4 20 mA RS485 OPTIONES LOCK RS4
17. User s manual rei AES SVC REN ccs SVG 0 INDEX Description and parts of the equipment 2 TEMA MERETUR 3 Quality certificate oo nennen 5 Conventions used in this manual pp 6 General concepts pp 7 Types of screen pp 8 Fast guide for beggining pp 13 User programS pp 14 Advanced programming pp 17 MENUS AND SCREENS Set up menu Ne 18 State of the relay s contact pp 19 State of the relay in alarm mode 20 Voltage maximum and or minimum pp 21 Maximum ripple pp 23 Detection and or release timing pp 25 OO 28 E 30 Options MENU pp 31 odye TN re 32 User NON 33 Programs 1 and 2 34 SCreen pp 35 Edition of the user screen pp 36 Information of the model and version pp 37 OCT eel FSM SSID 38 Out of bounds pp 39 Blocking parameters pp 40 190 AGS R A1 Complementary functions pp 42 Error messages 46 Outputs communication 47 SVC DESCRIPTION OF THE EQUIPMENT The SVC model is a digital control relay for DC The parameters can be controlled are Max and or minimum Ripple max Operations under the control of different parameters can be associated with three relays a 4 20 mA current loop or RS232 serial communication RS485 Each of the teas availabl
18. as SECONDS MINUTES or HOURS DELAY ON DETECTION AND OR ON RELEASE 3 3 5 RELAY 1 STATE OF CONTACT RETURN MODULES RELAY 1 aRELAY ON RELAY 1 MODULE DETECTION SET UP MODULES gt RELAY 1 RELAY 2 RELAY 3 5 RELAY 1 DETECTION TIMER DETECTION 0 50 SET UP RELAY 2 RELAY 3 UNITS END OF SCALE SET UP RELAY 3 UNITS END OF SCALE RELAY 1 RETURN DISIBEINT It allows to set the exact time for the detection and or the release The time margins depend on the previously selected range and can be adjusted between the following values 0 01 99 99 SECONDS 0 01 99 99 MINUTES 0 1 999 9 HOURS 27 SVC LOOP 4 20 mA 1 2 gt RELAY 2 RELAY 3 LOOP 4 20mA RELAY 2 gt RELAY 3 LOOP 4 20mA RS485 10 SET UP RELAY 3 gt LOOP 4 20mA e RS485 OPTIONS SET UP LOOP 4 20mA gt 5485 OPTIONS LOCK SET UP RS485 OPTIONS LOCK 4 LOOP 4 20 1 LOOP 4 20mA DEFINITION WORKING MODE SELECTED e VOLTAGE RIPPLE VOLTAGE L1 L2 A 4 LOOP 4 20mA 4mA VALUE 18 00 4 LOOP 4 20mA 20mA VALUE a 30 00 SELECTED RIPPLE VOLTAGE RETURN This option sets the magnitude that is related to the 4 20 mA current loop and can be any of the following Voltage Ripple This feature is unique to models with this method of communication Consult the connection at pa
19. d off 14 SVG USER PROGRAMS 2 3 PROGRAM 1 Control for overvoltage and undervoltage It is suposed a voltage of 400 v RELAY 1 Control for overvoltage STATE OF CONTACT ON DEFINITION WORKING MODE V DETEC MAX 440 Vac V RELEASE MAX 431 Vac DETECTION TIMER 0 5 RELEASE TIMER 0 5 RELAY 2 Control for minimum ALARM STATE OFF y V MAXIMUM OPERATIVE V MINIMUM NON OPERATIVE RIPPLE MAXIMUM NON OPERATIVE DETECTION MODE DELAYED TIME RANGE DETECTION SECONDS RELEASE MODE DELAYED TIME RANGE RELEASE SECONDS STATE OF CONTACT ON DEFINITION WORKING MODE V DETEC MIN 360 Vac V RELEASE MIN 367 Vac DETECTION TIMER 0 5 RELEASE TIMER 0 5 ALARM STATE OFF gt V MAXIMUM NON OPERATIVE V MINIMUM OPERATIVE RIPPLE MAXIMUM NON OPERATIVE DETECTION MODE DELAYED TIME RANGE DETECTION SECONDS RELEASE MODE DELAYED TIME RANGE RELEASE SECONDS RELAY 3 Control for overvoltage and minimum STATE OF CONTACT ON DEFINITION WORKING MODE V DETEC MAX 440 Vac V RELEASE MAX 431 Vac V DETEC MIN 360 Vac V RELEASE MIN 367 Vac DETECTION TIMER 0 5 RELEASE TIMER 0 5 gt ALARM STATE OFF V MAXIMUM OPERATIVE V MINIMUM OPERATIVE RIPPLE MAXIMUM NON OPERATIVE DETECTION MODE DELAYED TIME RANGE DETECTION SECONDS RELEASE MODE DELAYED TIME RANGE RELEASE SEC
20. displaying capacity of the controller it will show the text 99 99 This screen s just informative and the values can t be modified using neither the buttons nor the programing software 39 40 SVC PARAMETERS LOCK LOCK RS485 PARAMETER gt OPTIONS LOCK LOCK LANGUAGE NON OPERATIVE A v 5 LOCK RETURN LANGUAGE RETURN 8 SET UP LOCK LANGUAGE RETURN changed accidentally e gt ACTIVADO DESACTIVADO v LOCK DISIBEINT LOCK e NON OPERATIVE All device parameters can be locked so that it can not be The LCD status parameters indicated by the following n symbols Parameters locked Parameters unlocked You can change the value of a parameter that is blocked without having to access the above sequence do this once located on the screen that shows the parameter whose value has to change hold the button for 3 seconds to access the screen for changing the value Once validated the change back to the screen from becoming blocked again parameter RELAY 1 RELAY 1 TIMER 3s 9 BSE DN DETECTION 105 20 79955 05 20 0 00 DETECTION 99 99 06 00 0 00 TIMER DETECTION 4 9 a 06 005 SVG LANGUAGE LANGUAGE SELECTED SELECTED CATALA ESPANOL ENGLISH FRANCAIS OPTIONS LOCK LANGUAGE RETURN ESPANOL 4 SELECTED ESPANOL EN
21. e relays can be assigned the shot by one or more parameters PARTS OF THE EQUIPMENT Phases input CCCCCC p Upply Options selection m ed puI Screen s selection A Change of values V Text edition JISIBEINT SVC9 3A000 724 24V R LCD screen Enter e Mm a A gt R1 Signaling of the supply Ue voltage and state CCC of the relay Relays output SVC TECHNICAL DATA 1 2 Voltage relay for DC voltage lines Control of own supply voltage User configurable Each of the three relays available can be assigned its drive for one or more magnitudes making it the first situation to occur By the following status displays VOLTAGE Line voltage RIPPLE Line ripple To 1 3independent relays Analogical 4 20 mA optional Communication RS232 RS485 optional In all the figures you can designate the value of screening and or replacement value It is associated with the action of the relay Adjustable detection and or replacement Multiple functions 30 ppm 0 01 99 99s 0 01 99 99 m 0 1 999 9 h Taken on the value being measured 0 7 1 additional of the value of the equipment Standard Code 0 12 30V lE DISIBEINT TECHNICAL DATA 2 2 voltage 24 48 72 125 2500V 3A 240V 25 SAI 24 V 3 3W gt 10 oper 80ms 180 ms 18 000 oper hour 40 ms 360 oper hour 30 ms AgSnO Alloy
22. er programs which by way of example contain most of the parameters already configured for some applications type and where you only need to modify those that do not fit your application Please read the description of these programs to see if it suits your needs See pp 14 16 Verify that the relay status is desired checking the red LEDs on the front If correct disconnect the power supply and connect the output relays under the terms of their application Reapplying voltage the team will be ready to work 13 SVC USER PROGRAMS 1 3 The user program is ongoing in the SVC model In order to modify them load the program you desire for example number 1 into memory by means of the sequence SET UP OPTIONS PROGRAM 1 Modify the parameters values timers etc and do the opportune checkings until everything work correctly Bear in mind that the disconnection of the supply voltage does not provoke the loss of data For your safety save your changes by means of the sequence SET UP OPTIONS SAVE PROG see page 32 Remember than every time that Program 1 is loaded into memory the default factory parameters will be restored If the User Program is loaded SET UP OPTIONS PROG USER you will obtain the parameters that you modified see page 33 It is not required to load any user program when the equipment turns on it is kept the same configuration that was operative the last time that the equipment was turne
23. g to the detection or to the release set the screens MODE DETECTION or MODE RELEASE like DELAYED respectively In the following screen you will be able to set the time units Select the screen RETURN to return to the previous menu and program the rest of the options that you have actived for RELAY 1 4 Proceed in the same way for the rest of relays in case that you are going to use them 5 Consult the following pages to know the rest of programming possibilities offered by the models SVC 17 SVC SET UP MENU SET UP RETURN gt RELAY 1 RELAY 2 RELAY 3 SET UP RELAY 1 RS485 RELAY 2 OPTIONS RELAY 3 LOCK LOOP 4 20mA LANGUAGE 3 SET UP RELAY 2 RELAY 3 LOOP 4 20mA LANGUAGE RS485 RETURN 4 SET UP RELAY 3 LOOP 4 20mA LANGUAGE RS485 RETURN OPTIONS SET UP LOOP 4 20mA LANGUAGE gt RS485 gt RETURN OPTIONS RELAY 1 LOCK RELAY 2 Is the main menu from which is possible to set up all the parameters involved in the equipment It is accessed from the status screens when pressing the button Enter It is also possible to arrive by chosing the succesives options RETURN included in whichever of the rest of menus or screens These options depend on the selected equipment it means that they cannot be available in the one you have 18 SVC STATE OF THE RELAY CONTACTS RELAY 1 CONTACT SATE RELAY RELAY OFF A LANGUA
24. ge 47 28 SVC 4 20 mA 2 2 1 4 LOOP 4 20mA DEFINITION WORKING MODE VOLTAGE 4 LOOP 4 20mA 4mA VALUE 30 00 18 00 x 18 00 4mA VALUE 18 00 2 LOOP 4 20mA 20mA VALUE a 30 00 10 SET UP 4 LOOP 4 20mA LOOP 4 20mA RETURN gt RS485 OPTIONS LOCK LOOP 4 20mA RS485 20mA VALUE 30 00 30 00 18 00 RELAY 3 LOOP 4 20mA RS485 OPTIONS SETUP RS485 OPTIONS LOCK This option allows to define the operating margins for the 4 20 mA loop current It is required to set by separate countervalue for 4 mA and for 20 mA It is possible to invert the loop sense by setting to 4 mA a countervalue higher than to 20 mA This feature is optional Consult the order codes at page 4 29 DISIBEINT RS485 RS485 NODE ID TOP OF SCALE NODE ID LOOP 4 20mA RS485 001 OPTIONS A v SET UP LOOP 4 20mA 5 RS485 RETURN v LOCK A E SET UP RS485 OPTIONS LOCK Is possible to communicate the controller SVC with a computer via the serial port RS232 for the remote programming or to process the generated data With the option RS485 can be connected up to 31 equipments in the same net being equal or different among them Anode number exclusive identification number must be assigned to each equipment Is essential to employ the converter RS232 RS485 reference SBAZ For extended information relative t
25. h the manufacturer SVC OUTPUTS COMMUNICATION 1 2 ACCESSORIES LOOP CURRENT 4 20 mA Interface for remote programming from It allows the connection between whichever digital relay not provided with bus and a PC Not required for devices provided with bus RS232 RS485 or with 4 20mA output ees Supply voltage NE H xx 1 2 30 VDC EE LEN UN SBAZ Lo SEAT Um i hi sesets 5485 to 5232 signal converter for the remote programming or for the data capture and visualization from a PC It allows the connection of up to 31 digital control relays provided with RS485 communication bus to get an unique codified RS232 output 47 SVC OUTPUTS COMMUNICATION 2 2 REMOTE PROGRAMMING FROM PC STANDARD MODE Connector RJ12 RxD RxD 2 amp GNO pis n TxD TxD 3 GND GND 5 H lt Q O N ceo N o aa 2 RxD RxD 2 Connector 3 TxD TxD 3 RJ10 Sel eesse 5GND GND 5 4pins e u ceece T iecece zi r 2 31 gt gt m m ss RS485 COMMUNICATION Disibeint not supply cables or connectors You can find these products in stores specializing in computer equipment 48 DISIBEINT ELECTRONIC SL Segle XX 91 E08032 Barcelona 34 934 560 995 34 93
26. ired For a multiple communication up to 31 equipments an RS232 RS485 conversor must be used reference SBAZ Display s illumination The display remains illuminated while its is accessed to the different screens If a key is not pressed for longer than 30 seconds the light turns off In order to turn the light on it is enough to press any key once only Working mode After setting up the controller s parameters it can be back to the normal working mode by executing the option RETURN from the set up menu The status screens can be also visualized if any key is not pressed for longer than 3 minutes Interactive menus Only those options that can be configured are accessible in menus being the rest of the they no visible This characteristic is interactive this is that it s produced automatically in function of the active options at each moment Change of values The screens used to change a numerical value contain the margins between that value can be adjusted These margins can depend on another options so that they can visualize different values in function of another previous relations Assignation of magnitudes Each relay can be activated by the control of one or various magnitudes For exemple it can be assigned to RELAY 1 the action by maximum voltage and maximum ripple althongh when the relay is activated its not possible to know which magnitude has provoked it SVG TYPES OF SCREENS 1 5 1 1 Status screen Number
27. o programming with a computer consult the manual deCom This feature is unique to models with this method of communication Consult the connection at page 48 SVC OPTIONS MENU OPTIONS RETURN gt SAVE PROG USER PROG PROGRAM 1 LOOP 4 20 mA 5485 OPTIONS LOCK 5 OPTIONS RS485 SAVE PROG OPTIONS gt USER PROG LOCK LANGUAGE PROGRAM 1 PROGRAM 2 SET UP OPTIONS LOCK LANGUAGE 3 OPTIONS USER PROG gt PROGRAM 1 PROGRAM 2 SEE SCREEN 3 OPTIONS PROGRAM 1 PROGRAM 2 SEE SCREEN USER SCREEN 3 OPTIONS PROGRAM 2 gt SEE SCREEN USER SCREEN FACTORY 3 OPTIONS SEE SCREEN gt USER SCREEN FACTORY RETURN 7 OPTIONS USER SCREEN gt FACTORY RETURN SAVE PROG 3 OPTIONS FACTORY gt RETURN SAVE PROG USER PROG With the options menu are set those parameters which are not basic for the operative of the equipment 31 SVC SAVE PROCRAM 32 1 0 SET UP 8 OPTIONS RETURN gt SAVE PROG USER PROG PROGRAM 1 OPTIONS LOCK OPTIONS SAVE PROG gt USER PROG RS485 OPTIONS LOCK LANGUAGE PROGRAM 1 PROGRAM 2 3 OPTIONS USER PROG gt PROGRAM 1 PROGRAM 2 SEE SCREEN OPTIONS gt LOCK LANGUAGE OPTIONS PROGRAM 1 PROGRAM 2 SEE SCREEN USER SCREEN OPTIONS PROGRAM 2 SEE SCREEN USER SCREEN FACTORY 3 OPTIONS SEE SCREEN gt USER SCREEN FACTORY RE
28. reen 6 RELAY ON 11 12 SVC lll S DIsIBEINT TYPES OF SCREENS 5 5 5 1 Screens menus Are those in which is visualized a series of screens all them related under the same concept The digits placed at the top of the screen indicate from top to down the number of the selected screen and the total number of screens The screens are disposed in an endless loop in such a way than after the last screen it comes to the first one of the series In the same way moving back from the first screen it comes to the last one of the series VOLTA DETEC MAX u26 40 Vdc A v Each one of the screens usually displays the 3 RELAY 1 VOLTAGE definition of a parameter and its actual value Press LS OENE the keys AV to move to a new screen and to 25 87 modify the value visualized in it If no one value is LEES visualized on the screen pressing 6 itis accessed no 1 to a new menu In order to abandon a screens menu DETECTION and return to the preceding one the RE TURN screen a 0050 must be selected A v RELAY 1 TIMER RELEASE SVG QUICK START 1 Apply supply voltage to terminals A1 and A2 Be sure to match with the value marked on the equipment The green LED is lit Now it does not matter if the red LEDs for relays or not illuminated oet the parameters that your application needs You can now choose between two solutions set each parameter individually see Advanced Programming pg 17 or use the us
29. ssential to advance until the last position of the last row SVC DISIBEINT TYPES OF SCREEN 2 5 2 1 Screen of options menu Number to selected option Number total of options SET UP Title of the menu RETURN f Description of the options RELAY 3 2 2 Selection of options menu Are those in which a series of options is visualized line by line The selection of one option carries to a new menu The digits placed at the top of the screen indicate from top to down the number of the selected option and the total number of options The options are disposed in an endless loop in such a way than after the last option it comes to the first one of the series In the same way moving back from the first option it comes to the last one of the series RETURN RELAY 1 RELAY 2 RELAY 3 SET UP RELAY 1 RELAY 2 RELAY 3 OPTIONS Press the keys AWuntil the cursor indicate the desired value and 6 to validate it and jump to a new menu In order to abandon a menu of options and to return the preceding screen the option RETURN must selected SVC ll S DIsIBEINT TYPES OF SCREENS 3 5 3 1 Informative screen of numerical value Number of the selected option Number total of options RELAY 1 Title of the menu TIMER RELEASE 1 0 00 Current value oO 5 Units Locking state Description of the option 3 2 Screen for changing a numerical value RELEASE pEi 10 00 07 Parameter to modif
30. t at the release for a time longer than the adjusted one The time delay is related to the relay and notto the magnitude associated to the relay It means that a timed relay with two magnitudes associated for example overvoltage and frequency will start the timer for whichever of them the first who occurs It means too that in the case that both magnitudes occurs at the same time the delay will be unique 29 26 SVC DELAY ON DETECTION AND OR ON RELEASE 2 3 5 RELAY 1 MODE RELAY 1 TIME RANGE STATE STATE CONTACT SECONDS MINUTES RELAY ON RELAY OFF HOURS 9 SET UP RELAY 1 MODE RELAY 1 TIME RANGE RETURN DEFINITION V Li Lj gt RELAY 1 WORKING MODE MAXIMUM MINUTES RELAY 2 HOURS RELAY 3 OPERATIVE SECONDS j SET UP RELAY 1 4 MODE RELAY 1 3 TIME RANGE RELAY 1 TIMER MODE gt RELAY 2 DETECTION DETECTION gt HOURS RELAY 3 SECONDS LOOP 4 20mA 26 40 6 DELAYED MINUTES A v 3 SET UP 4 RELAY 1 MODE RELAY 1 RELAY 2 TIMER TIME RANGE gt RELAY 3 RELEASE DETECTION LOOP 4 20mA 25 87 A v RS485 5 SET UP 5 RELAY 1 MODE RELAY 1 RELAY 3 RETURN MODE LOOP 4 20mA RELEASE RS485 SECONDS DELAYED A v amp MODE RELAY 1 TIME RANGE RELEASE a SECONDS MODE RELAY 1 MAXIMUM COMP CONTINUA a NON OPERATIV 2 MODE RELAY 1 RETURN The time ranges for the detection and or for the release can be set
31. to current screen Number to total screens Name of the magnitude Current value Units Maximum limit Graphical bar Minimum limit The status screens show the actual values of the magnitudes that the equipment controls In the normal working mode the equipment shows the status screen that the user has chosen like preferring magnitude of visualization In order to move around among the different status screens of status pressA V By pressing 6 from anyone it is entered to the set up menu The default status screen is the one shown when the equipment is powered or when any key is pressed for longer than 3 minutes To select it execute the option SEE SCREEN see page 35 1 2 User screen The text edited in the user screen is the one that will be USER SCREEN shown next to the status screens when the equipment is the normal working mode The characters that can WRITE HERE be used are the following YOUR TEXT PERSONALIZED BCDEFGHIJKLMNOPQRSTUVWXYZ lt gt 0123456789 Pressing W and A the desired character is selected and becomes validated by pressing moving up to the follow ing position of the right hand or to the line below The repeated pulsation of amp provokes the advance of the cursor A validated character can not get modified that means that is not possible to move back In order to modify a text is necessary to enter again into the edition screen In order to abandon this screen is e
32. with a wrong information some undesired situation could happen like for example the alarm for overvoltage remains unactived although the voltage be over the adjusted value By means of this option can be set up the state of the contacts of the relay when this situation is produced 20 SVC MAX AND OR MIN VOLTAGE 1 2 3 RELAY 1 1MODE RELAY 1 2 MAX VOLTAGE STATE OF STATE OF CONTACT ALARM gt NON OPERATIVE OPERATIVE LANGUAGE gt RETURN RELAY 1 RELAY 2 RELAY ON RELAY OFF 9 SET UP RELAY 1 MODE RELAY 1 MAX VOLTAGE RETURN DEFINITION VOLTAGE RELAY 1 WORKING MODE MAXIMUM gt OPERATIVE RELAY 2 NON OPERATIVE RELAY 3 SNON OPERATIVE S SET UP RELAY 1 3 MODE RELAY 1 RELAY 1 RETURN VLTAGE RELAY 2 MINIMUM RELAY 3 LOOP 4 20mA aNON OPERATIVE SET UP RELAY 2 gt RELAY 3 LOOP 4 20mA 7 MODE RELAY 1 FREQUENCY MAXIMUM 5 MIN VOLTAGE gt NON OPERATIVE OPERATIVE 9 SET UP RELAY 3 gt LOOP 4 20mA RS485 MIN VOLTAGE OPERATIVE NON OPERATIVE To make the relay operates when the controller detects a determinate maximum and or minimum voltage set this option as OPERATIVE 21 SVC MAX AND OR MIN VOLTAGE 2 2 RELAY 1 STATE OF CONTACT gt RETURN RELAY 1 RELAY 2 BRELAY ON RETURN DEFINITION gt RELAY 1 e WORKING MODE RELAY 2 RELAY 3 v SET UP RELAY 1 3 RELAY 1 DET
33. y Current value Units Minimum value Maximum value s ORIGIN VALUE 2 RELAY 1 Once placed on the screen that shows the TIMER RELEASE parameter we want to modify its value press in order to access to the screen for 10 00 changing the value Since the modification 201 is done digit by digit and not like a complete value the first digit at left remains blinking RELEASE Press A W to modify the value and to 25 30 PER validate it and to advance to the following mwer EN m digit When the last digit becomes validated RELEASE el the preceding screen is visualizated again 25 30 10 SVC DISIBEINT TYPES OF SCREENS 4 5 4 1 Informative screen of alphanumeric value Number of the selected option Number total of options RELAY 1 Title of the menu STATE OF CONTACT Description of the option m RELAY OFF Current value Locking state 4 2 Screen for changing an alphanumerical value Parameter to modify Options RELAY ON 2 ORIGIN VALUE 7 RELAY 1 STATE OF CONTACT CONTACT Once placed on the screen that shows the UE PEAY OF gt RELAY OFF S RELAY ON parameter we want to modify its value press in order to access to the screen for changing the value CONTACT NEW VALUE RELAY ON 5 RELAY OFF Press V until the cursor indicates the tage desuired value and to validate it and CONTACT return to the preceding sc
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