0216, 0316 User Manual
Contents
1. 2 260 V AC gt 150 mA 0 1 22 2 260 V AC O5 A 0 33 47 2 260 V AC In every case the cable connected to the relay outs must be routed as far away as possible from inputorcommunication cables VOLTAGE OUTS FOR SSR DRIVE 2 OUT 1 1 Q SOLID STATE RELAY Fig 8 SSR DRIVE OUT WIRING Itis atime proportioning out Logic level 0 Vout lt 0 5 V DC Logic level 1 Maximum current 20 mA 14 V 20 20 mA 24V 20 9 1 mA NOTE This out is NOT isolated Adoubleorreinforced Isolation between instrument output and power supply must be assured by the external solid state relay POWER LINE WIRING N 5 PowerLine 100 V to 240 V AC 50 60Hz or 24 V AC DC 3 R S T R S T N Fig 9 POWER LINE WIRING NOTES 1 Before connecting the instrument to the supply make sure that the line voltage corresponds to that indicated onthe rating plate 2 Toavoid electric shock connectthe powerline at the end ofthe wiring procedure 3 Forsupply connections use No 16 AWG orlarger wires rated for at least 75 C 4 Usecopperconductors only 5 Do not run input wires together with power line cables 6 For 24 V AC DC the polarity does not matter 7 The power supply input has NO fuse protection Please provide aT type 1A 250V fuse externally 8 The safety regulations for equipment permanently connected to the mains requi2. SP2 SP Stop Run Contact Closed Open Open Closed output 34 OFF OFF ON OFF Time Dry Dry Dry Contact Closed Open Opn Closed Output 2 OFF ON OFF 17 Timer mode 4 P27 5 The instrument operates using SP set point and the timer is normally reset When the instrument detects the transfer from contact open to close it selects SP2 as operative set point and starts the time count down When the time count is equal to 0 the instrument comes back to the SP set point 0316 display management when the instrument starts the time count down the upper display shows the measured value while the lower display shows time count down 0216 display management when the instrument starts the time count down the display shows the time count down Pushing A pushbutton it is possible to display the measured value NOTE for both instruments when the time is finished the instrument comes back to the normal display mode SP2 SP Logic input Open Closed Open Open Timer mode 5 P27 6 The instrument start in Power OFF mode and it remains in Power OFF mode until the contact is closed When the contact has been opened the instrument starts the control using SP set point and starts the time count down When the time count is equal to 0 the instrument comes back to the Power OFF mode and the output 2 will be energized The Out
3. for both instruments when the time is finished the instrument comes back to the usual display of the Power OFF mode SP Output i Output Power i Power OFF OFF Time Stop Run Contact Closed Open Open Closed Output 2 OFF ON OFF Timer mode 7 P27 8 The instrument starts in Power OFF mode and it remains in Power OFF mode until a transfer from open to close of the logic input is detected When the instrument detects this transfer it starts the control using SP set point and starts the time countdown When the time count is equal to 0 the instrument comes back to the Power OFF mode 0316 display management when the instrument starts the time count down the upper display shows the measured value while the lower display shows time count down 0216 display management when the instrument starts the time count down the display shows the time countdown Pushing A pushbutton it is possible to display the measured value NOTE for both instruments when the time is finished the instrument comes back to the usual display of the Power OFF mode Output Power OFF Contact Open Closed Open Open 5 8MANUAL RESET OF THE ALARM If the alarm has been configured as a latched alarm the alarm status persists even after the alarm condition disappears To reset the alarm press the G pushbutton to select the parameter n rS the display will show n rS
4. value v Decreases the value of the selected parameter e gt 5 12 INDICATORS SMT Flashes when the first part of the SMART algorithm is active Lit when the second part of the SMART algorithmis active OUT1 Lit up when out 1 is ON OUT2 A When used as event or cooling output it lit up when out 2 is ON B When used as alarm indication B 1 Lit if only Alarm1 is in alarm condition B 2 Flashing at slow rate 0 5 Hz if only Alarm 2 is in alarm condition B 3 Flashing at fast rate 2 Hz if both alarms are in alarm condition e Lit up if the temperature is displayed in C F Lit up if the temperature is displayed in F SP 0216 only Lit when the display shows the operative set point In addition a The decimal point on the right hand of the LSD of the upper display for 0316 or of the display for 0216 flashes when the instrument is working with 5 2 b The decimal point on the left hand of the LSD of the lower display for 0316 or of the display for 0216 flashes when the display shows the time count down 5 13 OPERATIVE PARAMETERS The following is a list of all the available control parameters Note that some parameters may not be displayed depending on the specific instrument configuration To modify the setting of a parameter proceed as follows 1 By means of the G pushbutton select the parameter to be modified 2 Using the A and keys set the value required 3 Press the
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6. 3 wire connection Current 135 uA Line resistance automatic compensation up to 20 Q wire with error 4196 of the input span when P1 5 not measurable error for the other spans Engineering units C or F programmable Bum out up range NOTE A special test is provided to signal OVERRANGE when input resistance is less than 1290 27 Calibration according to DIN 43760 TABLE OF STANDARD RANGES RTD Measuring span type In brackets the data of model 0216 RTD Pt 100 199 800 C 199 999 F 200 800 C 328 1472 F RTD Pt 100 19 9 499 9 C 199 9 400 0 C C Logic input Type extemal dry contact Sampling time 300 ms Contact rating 8 mA 8 V DC NOTES 1 The OUT 3 and the logic input options are mutually exclusive 2 The logic input is NOT isolated by the measuring input 7 3CONTROL ACTIONS Control actions PID ON OFF or SMART Proportional band from 1 0 96 if just one control out is used or 1 5 96 if two control outs are used to 99 996 0316 10096 0216 of the input span On setting Pb 0 an ON OFF control is performed Hysteresis for ON OFF control from 0 196 to 10 0 of the input span Integral time from 0 1 to 20 0316 from 1 to 20 0216 If a value of more than 20 minutes is set the integral action is excluded Derivative time from O to 9 59 0316 from O to 10 00 0216 Integral preload from 0 to 100
7. 6 pushbutton to save the new value and go to the next parameter 4 Press to return to the previous parameter withoutsaving NOTES 1 If during parameter modification no pushbutton is pressed for more than 10 seconds the instrument automatically reverts to the normal display mode and the new setting of the last parameter will be lost 2 The instrument does not display all the possible parameters but only those which are in agreement with a The instrument configuration see section 4 b The setting of parameter P 14 see section 4 C The setting of the proportional band see section 5 5 Param SP 5 SP2 nnn AL1 Description Set point in eng units Span from rl to rH Manual reset of the alarms This parameter is displayed if one alarm has been programmed with manual reset Set ON and press the C pusbutton to reset the alarms SP SP20rTIMER CONTROL Set point 2 in eng units This parameter is present if P27 1 2 3 40r 5 Span from rL to rH time of the timer function in minutes and seconds This parameter is present if P27 greater than 2 Span from 10 seconds 00 1 to 90 minutes 90 0 Software key for parameter protection This parameter is skipped if P11 O or 1 ON the instrument is in LOCK condition OFF the instrument is in UNLOCK condition To switch from LOCK to UNLOCK seta value equal to the value of parameter Pil To switch from UNLOCK to
8. BS Span from 1 to 200s Relative Cooling gain This is skipped if Pb 0 ON OFF action orP5is not5 Span from 0 20 to 1 00 Dead band Overlap between H C outs in ofthe proportional band OLP is skipped if Pb 0 ON OFF action or P5 is not 5 A negative value shows a dead band while a positive value shows an overlap Span from 20 to 50 Set point low limit in eng units Span from min range value P2 to rH NOTE when rL value has been chenged if the SP and SP2 value are lower than the new rL value thay will be alligned to the new rL value Set point high limit in eng units Range from rL to full scale value P3 NOTE when rH value has been chenged if the SP and SP2 value are higher than the new rH value thay will be alligned to the new rH value OLH tOL Out maximum limit in of the out Span From 0 to 100 when the instrument is configured with one control out From 100 to 100 when the instrument is configured fortwo control outs Duration of the out power limiter in minutes Available only if Pb is not O Span from 1 to 540 min Above this limit the display shows Inf and the limitation is always entered NOTE Parameter tOL can be modified but the new value will only become operative at the next instrument start up unless the new value is Inf 6 ERROR MESSAGES 6 1 MEASUREMENT ANOMALY SIGNAL The instrument display the upper display for mod
9. CNF C Press to confirm ON CNF d Press the W pushbutton display will show the firmware version CNF AG AO e Mantaining the pressure on the W pushbutton push the A pushbutton too The instrument will show DLF f Press A pushbutton to select between table 1 european or table 2 american default parameter set The display will show g Press pushbutton the disp lay will show L IT This means that the loading procedure starts After about 3 seconds the loading procedure is terminated CNF CNF h Press and pushbutton for more than 3 secs The following is a list of the default parameters loaded during the above procedure PRODUCT 16 0316 TABLE 1 TABLE 2 TABLE 1 TABLE 2 P1 1 9 1 9 P2 0 C 0 F 0 0 F P3 400 C 1000 F 400 C 999 F P4 r r r r P5 0 0 5 5 P6 H A H A Air Air P7 rEV rEV r r P8 OFF OFF OFF OFF P9 0 0 0 0 P10 0 0 0 0 P11 0 0 0 0 P12 25 25 25 25 P13 ON ON ON ON P14 ON ON ON ON P15 2 2 2 2 P16 30 0 30 0 30 0 30 0 P17 1 0 1 0 1 0 1 0 P18 1 5 1 5 P19 OFF OFF P20 00 30 00 30 00 3 00 3 P21 10 10 10 10 P22 0 0 0 0 3 H A H A H A H A P24 rEV rEV rEV rEV P25 OFF OFF OFF OFF P27 0 0 0 0 P28 OFF OFF OFF OFF SECURITY CODES In this page it is possible to fill out the configuration and
10. LOCK set a value different from the value of parameter P11 Span 2 999 Alarm 1 threshold in eng units Pb This parameter is available only if P5 1 2 0r3 Spans From P2 to P3 for process alarm P5 1 HS1 OFF HS 2 22 From 0 to 500 units for band alarm P5 2 From 199 to 500 units for deviation alarm P5 3 Alarm 1 hysteresis in 96 of P3 P2 span This parameter is available only if P5z1 20r3 Span From 0 196 to 10 096 ofthe input span or 1LSD NOTE If the hysteresis of a band alarm is larger than the alarm band the instrument will use an hysteresis value equal to the alarm band minus 1 digit Alarm 2 threshold in eng units This parameter is available only if P22 Spans From P2 to P3 for process alarm P5 1 FromOto 500 units for band alarm P5 2 From 199 to 500 units for deviation alarm P5 3 Alarm 1 hysteresis in of P3 P2 span This parameter is available only if P22 1 2 0r3 Span From0 1 to 10 0 of the input span or 1 LSD NOTE If the hysteresis of a band alarm is larger than the alarm band the instrument will use an hysteresis value equal to the alarm band minus 1 digit Proportional band in of P3 P2 span Span For one control output from 1 0 to 99 9 from 1 0 to 100 0 for model 0216 of the input span P3 P 2 td Fortwo control outputs from 1 5 to 99 9 from1 5 to 100 0 for model 0216 of the
11. W for more than 2 seconds the set point value will be displayed and it will start to change 2 Using the A and W pushbuttons set the desired value QD 6 3 When the desired value is reached DO NOT press any pushbutton the new set point will become operative after 2 seconds after the pushbuttons were last pressed and the instrument will return to the normal display If during this procedure the modification is not to be saved press the G pushbutton immediately within 2 seconds the instrument automatically returns to the normal display without saving the new set point 5 7 Timer modes description Timer mode 1 P27 2 If the logic input remains in open condition for more than a programmed time the instrument goes automatically to a stand by temperature SP2 The time count is reset when the logic input is closed 0316 display management the upper display shows the measured value while the lower display shows the operative set point 0216 display management the display shows the measured value Pushing A pushbutton it is possible to display the operative set point Logic input Closed Open Open Closed Timer mode 2 P27 3 When the contact is closed the instrument controls using SP as operative set point When the contact has been opened the instrument selects SP2 as operative set point and starts the time count down When the time count is equal to 0 t
12. and OFF Use the A and W pushbuttons to select ON and press the pushbutton The alarm reset action will only be successful if the alarm condition has disappeared only SP SP2 or TIMER CONTROL This parameter is skipped if P27 is 0 Lower display SES Upper display OFF Status OFF n Status ON 5 9 Soft Start FUNCTION At power up the instrument will measure the process variable and compare the measured value with a programmed threshold see P10 parameter in chapter 4 If the measured value is lower than the pro grammed value the instrument will limit the maximum output power see OLH operative parameter for a programmed time see tOL operative parameter If tOL is equal to InF the limiter is ever active 5 10LAMP TEST To check the display efficiency press pushbuttons V eS The instrument will tum ON with a 50 duty cycle all the LEDs of the display this state is called LAMP TEST No time out is applied to the LAMP TEST To retum to the normal display mode press pushbuttons W again No other keyboard functions are available during the LAMP TEST 5 11 FUNCTION OF THE PUSHBUTTONS Saves the new value of the selected parameter and goes to the next parameter increasing order Enables or disables the SMART function and scrolls back all the parameters without saving them Increases the value of the selected parameter or 0216 only displays the set point value or the measured
13. input span P3 P2 When the the SMART is ON see section 5 2 the value of Pb is limited to that set in P16 P17 one control action and to that set on P 16 P 18 two control actions When Pb parameter is set to O the instrument performs an ON OFF control the ti td IP C C2 rC OLP OLH and tOL parameters are skipped and the output max rate of rise and SMART functions are not available Hysteresis for ON OFF control action in 96 of P3 P2 span This parameter is only available when Pb 0 Span from 0 1 to 10 0 ofthe input span Integral time Is skipped when Pb 0 ON OFF action Span model 0316 from 0 1 to 20 0 mm s minutes and tens of seconds Span model 0216 from 00 01 to 20 00 mm ss minutes and seconds Above this value the display becomes dark and the integral action is excluded Derivative time This parameter is skipped if Pb O ON OFF action Span model 0316 from 0 00 to 9 59 mm ss minutes and seconds Span model 0216 from 0 00 to 10 00 mm ss minutes and seconds If O is set the derivative action is excluded IP rC rL rH Integral pre load This parameter is only available when Pb is not O Span from 0 to 10096 for one control output from 100 to 100 for two control outputs Out 1 cycle time in seconds This parameter is only available when Pb is not O Span from 1 to 200 s Out 2 cycle time in seconds C2 is only available if Pb is not O and P5
14. the Ifitis desired to keep the codes secret cut this page along the run time security codes of the instrument dotted line Tag name Run time security code 0216 6 Tag number Configuration security code Master key Passe partout code INTERNATIONAL SALES AND SERVICE AUSTRALIA EurothermPty Ltd Telephone Sydney 461 2 96348444 Fax 461 2 96348555 AUSTRIA Eurotherm GmbH Telephone Vienna 443 1 7987601 Fax 443 1 7987605 BELGIUM EurothermB V Telephone Antwerp 432 3 0 Fax 432 3 3217363 DENMARK EurothermA S Telephone Copenhagen 445 31 871622 Fax 445 31 872124 FRANCE EurothermAutomation SA TelephoneLyon 433 478 664500 Fax 33 478 352490 GERMANY Eurotherm Regler GmbH Telephone Limburg 49 6431 2980 Fax 49 6431 298119 Also regional offices HONG KONG Eurotherm Limited Telephone Hong Kong 852 28733826 Fax 852 28700148 Telex 0802 69257 EIFEL HX INDIA Eurotherm India Limited Telephone Chennai 49144 4961129 Fax 49144 4961831 IRELAND Eurotherm Ireland Limited Telephone Naas 4353 45 879937 Fax 4353 45 875123 ITALY EurothermSpA Telephone Como 439 31 975111 Fax 439 31 977512 Telex 380893 EUROTH I J APAN NEMIC LAMBDA K K Eurotherm Div Telephone Tokyo 481 3 34476441 Fax 481 3 34476442 KOREA Eurotherm Korea Limited Telephone Seoul 482 2 5438507 Fax 482 2 545 8 Telex EIKOR K23105 NETHERLANDS EurothermB V Telephone Alphen a d Ryn 31
15. the power off press the key followed by the SCROLL 7 key Keep both buttons pressed for 3 seconds until the display shows OFF On To tune the power on press the key followed by the scRoLL C key Keep both buttons pressed for 3 seconds until the display returns to normal numeric display DIRECT SETPOINT ENTRY See page 16 section 5 6 While viewing the normal display hold either the A or V button for more than 2 seconds The value will change After reaching the new set point do not press any keys for a further 2 seconds and the new value will be entered PARAMETER ENTRY See page 21 section 5 11 Whenever a parameter is changed using either the A or V buttons there are 2 options Accept new value Press the SCROLL key Cancel the change Press the PAGE key LAMP TEST See page 21 section 5 10 The instrument display LED s can be tested as follows Activate Test Press W and together Cancel Test Press W and together DEFAULT CONFIGURATION See section B The instrument can be pre loaded with factory default values Using the factory default values is ideal for completely resetting the instrument before commencing a new configuration PARAMETER SECURITY See page 6 section 4 2 and page 10 section P11 amp P14 The instrument is supplied with access to the main parameters which are required for the set up procedure After commissioning it is necessary to select the correct level of Param
16. time when the timer is running Model 0216 displays the measured value below this condition is defined as Normal display or the operating set point in this case the SP led lights up or the remaining time when the timer is running in this case the decimal point on the left hand the LSD will flash To change from the display of the set point to that of the measured value or vice versa press pushbutton A All the parameters can be displayed sequentially by pressing the C pushbutton Model 0316 displays the abbreviated name of the selected parameter on the lower display on the upper it will display the selected value Model 0216 displays alternately the name of the parameter and its value during the modification it displays only the value 5 2SMART ALGORITHM This function gives best process control To enable the SMART function press the pushbutton for more than 1 5 s when the instrument is in normal display mode The SMT LED will be lit continuously or flash according to the algorithm automatically selected When the SMART function is enabled the control parameters PB TI TD and rC can be displayed butnot modified When it is dasired to disable the SMART function press the pushbutton again for more than 1 5 s to turn the SMART OFF The instrument maintains the actual control parameters setting and allows parameter modification NOTES 1 During operation of th
17. 2 LED B LED Model 0216 displays the measured value or the operating set point When the timer is running time remaining is displayed LED A flashing indicates the timer is running LED B flashing indicates SP2 is selected as the operating set point To select between the set point display and the measured value press pushbutton A Model 0316 displays the measured value on the upper display The lower display indicates the operating set point or the time remaining when the timer is running LED A flashing indicates the timer is running LED B flashing indicates SP2 is selected as the operating set point CONFIGURATION ENTRY amp EXIT Entry See operator manual page 7 section 4 3 To gain access to configuration you need to be in the HOME screen While i in the HOME screen press the PAGE key followed by the SCROLL key Keep both keys pressed for 3 seconds until the display shows OFF and ConF Now press either s or t to gain access by changing OFF to ON Exit See operator manual page 14 after P28 To exit configuration you need to be at the Conf screen While in the Conf screen press the PAGE key followed by the SCROLL key Keep both keys pressed for 3 seconds until the display returns to normal numeric display POWER OUTPUT On Off These products allow you manually turn off the output power See page 16 section 5 3 Off To turn
18. 2 reset will be made when the logic input will be closed 0316 display management when the instrument starts the time count down the upper display shows the measured value while the lower display shows time count down 0216 display management when the instrument starts the time count down the display shows the time countdown Pushing A pushbutton it is possible to display the measured value NOTE for both instruments when the time is finished the instrument comes back to the usual display of the Power OFF mode Output Output Power i Power OFF i OFF j Time Stop Run cota 8 Closed Open Opn Closed ouput2 OFF OFF ON OFF Timer mode 6 P27 7 The instrument starts in Power OFF mode and it remains in Power OFF mode until the contact is closed When the contact has been opened the instrument operates as follows it starts the control using SP set point it starts the time count down itenergizes the Output 2 When the time count is equal to 0 the instrument comes back to the Power OFF mode and the output 2 will be reset 0316 display management when the instrument starts the time count down the upper display shows the measured value while the lower display shows time count down 0216 display management when the instrument starts the time count down the display shows the time countdown Pushing A pushbutton itis possible to display the measured value NOTE
19. 216 5 RTDtypePt100 19 9 499 9 C 0316 199 9 4400 0 C 0216 6 TCtype T 0 4400 C 8 TCtype L 0 999 F 0316 0 1652 F 0216 9 TCtype J 0 999 F 0316 0 1832 F 0216 10 TCtype K 0 999 F 0316 0 2498 F 0216 11 TCtype N 0 999 F 0316 0 2552 F 0216 12 RTDtypePt100 199 999 F 0316 328 1472 F 0216 13 TCtype T 0 752 F NOTE When P1 has been changed the P2 and P10 parametrer will be forced to the minimum value of the selected range while the P3 parameter will be forced to the maximum value of the selected range P2 Initial scale value Initial scale value for input from thermocouple Resistance Temperature Detector NOTES 1 When P2 has been modified the rL parameter will be aligned to it and rH parameter will be forced to P3 value is rH rL 2 When P2 has been modified if the alarms are programmed as process alarms P5 1 and or P22 1 and the alarm thresholds are out of range AL 1 and or AL 2 will be aligned to P2 P3 Full scale value Full scale value for input from thermocouple Resistance Temperature Detector NOTES 1 The minimum input span P3 P2 is 300 C or 600 F for TC input and 100 C or 200 F for RTD input 3 When P3 has been modified the rH parameter will be aligned to it and rl parameter will be forced to P2 value is rl 7 rH 4 When P3 has been modified if the alarms are programmed as process alarms P5 1 and or P22 1 and the alarm thresholds
20. 25 Stand by of the alarm 2 P25 is available when P22 is 1 2 or 3 OFF stand bydisabled stand by enabled NOTE The alarm stand by function disables the alarm indication at instrument start up and after a set point modification until the process variable reaches the alarm threshold P26 Not used P27 FEATURE FUNCTION 0 None 1 SP SP2 selection 2upto5 Timer function for SP SP2 selection 6upto8 Timer function for enable disable control output see Timer Function description When P27 1 2 5 the parameter 5PE will be checked and set to rL if out of range When P27 3 4 the parameter 5P will be checked and set to rL if out of range and parameter P5 is forced to 0 When P27 6 7 the parameter P5 is forced to 0 When P27 is lt 6 and it was gt 6 the control output is forced enable at the next start up Timer functions Notes about all timer modes 1 At power off thetime value and status will be reset 2 The time parameter t can always be modified but the new value become operative at the next start time only Timer mode 1 P27 2 If the logic input remains in open condition for more than a programmed time the instrument goes automatically at a stand by temperature SP2 The time count is reset when the logic input is closed For other details see paragraph 5 7 Timer modes description Timer mode 2 P27 3 When the contact is closed the instrument contr
21. 4 P11 OAIll the operative parameters can be displayed and modified Access to the configuration is free P11 1 and P14 On All the operative parameters can be displayed but not modified apart from SP Set Point SP2 second set point and t time of the timer function Access to the configuration is only possible by entering the master key code when requested P11 1 and P14 OFF No operative parameter can be displayed and modified apart from SP SP2 and t Access to the configuration is only possible by entering master key when requested P11 2 499 In this case the value programmed in P11represents a numerical key which can be used to protect access to the configuration and in operative mode the modification of the parameters SP SP2 and t can always be modified If the modification of the parameters has been enabled the passage in configuration is free If not it will be allowed by entering when requested the numerical value programmed in P11 or master key code P11 500 999 As for the previous point with the difference that alarm thresholds AL and AL2 can be modified as well as SP SP2 and t In the two previous cases with P14 On the parameters set as not modifiable can however be displayed With P14 OFF they are not To set P11 and P14 see section 4 4 4 3 ACCESS TO THE CONFIGURATION PROCEDURE To access the configuration press and Co simultaneously press first and immediately afterwa
22. E EUROTHERM 0216 0316 PID CONTROLLERS e INDEX A MOUNTING eren ELECTRICAL CONNECTIONS PRELIMINARY HARDWARE SETTINGS CONFIGURATION OPERATIVE MODE ERROR MESSAGES TECHNICAL CHARACTERISTICS MAINTENANCE DEFAULT PARAMETERS eene 41 WHAT YOU NEED KNOW BEFORE YOU A 1 OUTLINEANDCUT OUT DIMENSIONS 4 1 Pushbutton function 4 2 Possible protection of the parameters 4 3 Access to the configuration procedure 4 4 Configuration parameters 5 1 Preliminary comments 14 5 2 SMART algorithm 5 3 Inhibition of the out signal 5 4 Displaying the set point set model DE erect reir remite 5 5 SP SP selection 5 6 Direct modification of the set point 5 7 Timermode description 5 8 Manual reset of the alarm 5 9 SoftStart Ffunction 5 10 Lamp test 5 11 Function of the pushbuttons 5 12 Indicators 7 5 13 Operative parameters 6 1 Measurement anomaly signal 6 2 Error messages e 6 3 List of possible errors 7 1 Technical specifications 7 2 Inputs 7 3 Controlactions Tih SOURS PA T E E TE NT 7 5 CPI Configuration Port Interface A EUROTHERM CONTROLLER MODELS 0216 0316 What you need to know before you start Home Screen Definition EUROTHERM 50 ogi 85 QD Q9 Ce EUROTHERM 0316 C c
23. J Fi N Fhe mud 0 4 RESISTANCE TEMPERATURE DETECTOR CONNECTION OTES 1 Do not run input wires together with power line cables 2 Pay attention to the line resistance a resistance higher than 20 Q wire may cause measurement errors 3 When shielded cable is used it should be grounded at one side only to avoid ground loop currents 4 The impedence of the 3 wires must be the same LOGIC INPUT Safety note 1 Do not run logic input wiring together with powercables 2 Usean extemal dry contact capable of switching 8 mA 8 V DC 3 The instrument needs 300 ms to recognize a contactstatus variation 4 The logic input is NOT isolated by the measuring input Log input 2 11 e e 12 Fig 5 LOGIC INPUT WIRING The logic input can be programmed as A Set point selector A 1 In this case it will operate as follows logic input operat set point open SP close SP2 B Start timer In this case it will operate as described at paragraph 5 7 Timer modes description RELAY OUTS NC 3 oui SY 2 6 e NO 1 OUT2 g 6 r e OUT 3 Cc e l15 No 14 Fig 6 RELAY OUTS The OUT 1 NO contact and the OUT 2 and OUT 3 contacts are protected by varistors againstinductive load with inductive compone
24. are out of range AL 1 and or AL 2 will be aligned to P3 P4 Out 1 action This parameter is not modifiable when P5 5 rEU reverse action Heating dir directaction Cooling Reverse Direct Out Out t t P5 Function of Out 2 0 Not used or used as event P27 3 4 6 7 1 Alarm 1 output Process alarm 2 Alarm 1 output Band alarm 3 Alarm 1 output Deviation alarm 4 Alarm 1 output Instrument failure alarm 5 Cooling out NOTES 1 Setting P5 1 2 3 if parameter OLH is less than O it is set to 100 if parameter IP is less than O it is set to 30 if parameters AL1 is out of range it will be aligned to the lowest value 2 Setting P5 0 or 4 if parameter OLH is less than 0 itis set to 100 if parameter IP is less than O it is set to 30 3 Setting P5 5 parameter P4 autornatically assumes the value rEU if parameter P16 is out of range it will be aligned to the lowest value if parameter Pb is not 0 and is lower than 1 5 itis set to 1 5 4 Setting P5 different 0 if P27 parameter is equal to 3 4 6 or 7 it will be forced to 0 P6 Out 2 configuration P6 is skipped when P5 0 If P5 21 3or 4 H A High alarm with automatic reset LA Low alarm with automatic reset HL High alarm with manual reset LL Low alarm with manual reset When P5 4 the high or low selection has no effect If P5 HA out
25. at the input signal is in accordance withthe instrument configuration Otherwise modify the input configuration see section 4 3 If no erroris detected send the instrument to your supplier to be checked 6 2 ERROR MESSAGES Diagnostics are made on switching on and during normal operation If the instrument detects an error condition the display will show 0316 Err in the lower display and the code which identifies the type of error in the upperdisplay 0216 E and theerrorcode The complete list of all the possible errors follows in numerical order Some errors automatically reset the instrument if the error persists send the instrument to your supplier to be checked 25 6 3LIST OF POSSIBLE ERRORS 100 EEPROM writing error Consult your supplier Error in the configuration parameters The two less significant figures indicate the number of the incorrect parameter e g 209 Err indicates error of parameter P9 Press I and then set the parameter correctly See section 4 RTD input calibration error Contact your supplier TC input calibration error Contact your supplier RJ input calibration error Contact your supplier Error in the operative parameters To deal with the problem enter the predefined parameters Default Parameters see section B pressing pushbuttons W and A at the same time Then set the operative parameters Auto zero error Contact your supplier RJ error Contact your supp
26. e SMART function the relative cooling gain if controlled by SMART is limited within the following ranges Cooling medium Span Air 0 85 to 1 00 OIL 0 80 to 0 90 H O 0 30 to 0 60 2 The SMART function uses a derivative time equal to 1 4 of the integral time 3 The limits of the proportional band settable by the SMART function are programmed by parameters P16 P17 and P18 4 The lower limit of the integral time settable by the SMART function is programmed by parameter P20 5 When ON OFF control is programmed Pb 0 the SMART function is disabled 6 SMART enabling disabling can be protected by the safety lock see parameter P15 5 3 INHIBITION OF THE OUT SIGNAL Power OFF mode Keeping depress for more than 3 s the A 2 pushbuttons with device in normal display mode it is possible to enable disable the control output this function is not subject to lock unlock rule When control output is disabled The device will function as an indicator and the OFF indication appears on the display with device in Normal display mode The Out 1 goes OFF e The Out 2 goes OFF if it is configured as cooling output P5 5 while it is forced in no alarm condition if it is configured as process band or deviation alarm P5 1 or 2 or 3 It works normally if configured as measure malfunctioning annunciator P5 4 or event annunciator P27 3 4 6 7 e The Out 3 it is forced in no alarm condition if it is confi
27. el 0316 shows the OVERRANGE and UNDERRANGE conditions with the following indications Overrange Underrange LILILI 00 The example shows the display of model 0316 Model 0216 displays 4 digits The sensor break can be signalled as for TC mV input OVERRANGE or UNDERRANGE selected by a solder jumper forRTD input OVERRANGE On RTD input a special test is provided to signal OVERRANGE when input resistance is less than 12 ohm Short circuit sensor detection NOTE When The instrument is set for one control out only and an OVERRANGE is detected the OUT 1 turns OFF if reverse action or ON if direct action The instrument is set to use two control outs and an OVERRANGE is detected OUT 1 turns OFF and OUT 2 tums ON The instrument is set for one control out only and an UNDERRANGE is detected the OUT 1 turns ON if reverse action or OFF if direct action The instrument is set to use two control outs and an UNDERRANGE is detected OUT 1 tums ON and OUT 2 tums OFF For inputs fromthermocouple the underrange indication can be selected as shown in section 7 2 of this manual NOTE When an overrange or an underrange is detected the alarms operate as if the instrument had detected the maximum or the minimum measurable value respectively To eliminate the out of span condition proceed as follows 1 Check the input signal source and the connecting line 2 Make sure th
28. eset For other details see paragraph 5 7 Timer modes description Timer mode 7 P27 8 The instrument starts in Power OFF mode and it remains in Power OFF mode until a transfer from open to close of the logic input is detected When the instrument detects the transfer from contact open to close it starts the control using SP set point and starts the time count down NOTES 1 The guarantee soak function can be applied to this timer mode See P28 parameter 2 The transfer from Power OFF mode to AUTOMATIC mode starts the Soft start and the alarm masking functions if programmed When the time count is equal to 0 the instrument comes back to the Power OFF mode For other details see paragraph 5 7 Timer modes description P28 BAND FOR TRACK Present if P27 is greater than 2 0 1 50 0 for input range 5 1 500 for all other input ranges Above max value the display shows DIFF meaning that the tracking is disabled 5 OPERATIVE MODE The display and modification of the operative parameters can be protected by a secret code For more information see section 4 2 5 1 PRELIMINARY COMMENTS It is assumed at this point that the instrument has been correctly configured as indicated in Section 4 Model 0316 displays the measured value on the upper display the lower display is normally used to display the operating set point below this condition is defined as Normal display or the remaining
29. eter Security simplifing the instrument user interface for normal operation The most common security setting would be P11 1 P14 Off RECOVERY FROM A LOST PASSWORD See page 6 section 4 2 and page 10 section P11 amp P14 If you lose your password Enter Configuration using the Master Code of 408 Go to parameter P11 and enter the Master Code of 408 You can now reset the password TIMER CONTROL FROM FRONT PANEL KEYS See page 17 section 5 7 When a timer funtion is configured the parameter StS is enabled This parameter functions the same as that described for a digital input StS OFF means that the time is off StS On means that the timer is on A 1 OUTLINE AND CUT OUT DIMENSIONS E 1 MOUNTING Select a mounting location where there is minimum vibration and the ambient temperature ranges between 0 and 50 C 32 and 122 F The instrument can be mounted on a panel up to 15 mm thick with a square cutout of 45 x 45 mm For outline and cutout dimensions refer to page A 4 The surface texture of the panel must be better than 6 3 um The instrument is fitted with a rubber panel gasket To assure IP65 and NEMA 4 protection insert the panel gasket between the in
30. eter during operative mode OFF the protected parameters are not displayed ON the protected parameters are displayed 10 P15 SMART function enabling disabling 0 The SMART function is disabled 1 SMART function enabling disabling is NOT protected by the safety code 2 SMART function enabling disabling is protected by the safety code P16 Maximum value of the proportional band automatically settable by the SMART function This parameter is available if P15 is not 0 It can assume the following values model 0316 between P17 or P18 and 99 9 model 0216 between P17 or P18 and 100 0 P17 Proportional minimum band value automatically settable by the SMART function one control out only This parameter is only displayed if P5 is not 5 and P15 is not 0 It may be programmed from 1 0 to the value of P16 P18 Proportional minimum band value automatically settable by the SMART function two control outs heating cooling This parameter is only present if P5 is 5 and P15 is not O This parameter may be programmed from 1 596 to the value of P16 P19 Automatic calculation of relative cooling gain This parameter is only present if P5 is 5 and P15 is not O OFF the SMART function does NOT calculates the relative cooling gain ON the SMART function calculates the relative cooling gain P20 Minimum integral time value calculated by the SMART function This parameter is only presen
31. for one control out from 100 to 100 for two control outs Main out out 1 cycle time from 1 to 200 s Cooling out out 2 cycle time from 1 to 200 s Cooling action gain from 0 20 to 1 00 NOTE Parameters PB TI TD and RCG may be limited when the SMART function is enabled Overlap dead band from 20 to 5096 7 4 OUTS OUT 1 Heating Relay out with SPDT contact a Out contact 3A 250 V AC on resistive load b Logic voltage for solid state relay command Logic state 1 24 Vdc 42096 1mA 14Vdc 42096 320 mA Logic state 0 0 5V OUT 2 Cooling or alarm 1 Relay out with SPST contact Form A Out contact 2A 250V AC on resistive load OUT 3 alarm 2 Relay out with SPST contact Out contact 2A 250V AC on resistive load NOTE the OUT 3 and the logic input options are mutually exclusive 7 5 CPI CONFIGURATION PORT INTERFACE The instrument has a lateral socket into which a special five pin connector can be inserted This connector supplied as an option together with its interface can connect to the RS232 port of a normal PC on which the management software must be installed pa m m rol x CPI connection socket By means of the software the configuration can be managed directly from the PC In this case the instrument display and keypad are not operative Sy 8 MAINTENANCE 1 SWITCH THE EQUIPMENT OFF po
32. gured as process band or deviation alarm P22 1 or 2 or 3 The self tuning algorithm cannot be turn on turn off If Adaptive is in act the algorithm is frozen and restarts automatically when control output is restored When control is restored the functions alarms standby soft start and control output rate of rise will be activated as per power up The enable disable control status is stored in EEprom If P27 6 7 8 the enabling disabling of control output is not controlled by keyboard but through logic input and timer In this case the control status is not stored in EEprom The control output is always disabled OFF at power up 5 4DISPLAYING THE SET POINT SET model 0216 To display the set point set press the W pushbutton The SP led lights up The set point value will appear on the display To retum to the display of the value measured press pushbutton W again 5 5 SP SP2 SELECTION When P27 0 the set point 2 is not avaiable When P27 1 itis possible to select the operating set point SP or SP2 by the logic input only termi nals 11 and 12 When P27 lt 1 the set point selection is managed by timer function and no manual selection is available 5 6 DIRECT MODIFICATION OF THE SET POINT The instrument allows to modify the selectedc set point value without to use the G pushbutton When direct access to the selected set point modification is required proceed as follow 1 Press pushbutton A or
33. he instrument comes back to the SP set point and the output 2 will be energized The Out 2 reset will be made when the logic input will be closed again 0316 display management when the instrument starts the time count down the upper display shows the measured value while the lower display shows time count down 0216 display management when the instrument starts the time count down the display shows the time count down Pushing pushbutton itis possible to display the measured value NOTE for both instruments when the time is finished the instrument comes back to the normal display mode Timer mode 3 P27 4 When the contact is closed the instrument controls using SP as operative set point When the contact has been opened the instrument operates as follows itselects SP2 as operative set point itstarts the time count down it energizes the Output 2 When the time count is equal to 0 the instrument comes back to the SP set point and the output 2 will be reset 0316 display management when the instrument starts the time count down the upper display shows the measured value while the lower display shows time count down 0216 display management when the instrument starts the time count down the display shows the time count down Pushing A pushbutton it is possible to display the measured value NOTE for both instruments when the time is finished the instrument comes back to the normal display mode
34. lier 2xx 301 305 307 400 500 502 7 TECHNICAL CHARACTERISTICS 7 1 TECHNICAL SPECIFICATIONS Case ABS grey RAL 7043 self extinguishing degree V 0 according to UL 94 Front protection designed and tested for IP 6569 and NEMA 4X for indoor locations when panel gasket is installed 9 Tests were performed in accordance with CEI 70 1 and NEMA 250 1991 Installation panel mounting Rear terminal block 15 screw terminals screw M3 for cables from 0 0 25 to 0 2 5 mn or from AWG 22 to AWG 14 with connection diagrams and safety terminal block cover Dimensions according to DIN43700 48 x 48 mm depth 105 mm Weight 200 g max Power supply 100V to 240V AC 50 60Hz 15 to 10 of the nominal value 24V AC DC 10 of the nominal value Power consumption 9 VA max 4 W Insulation voltage 2300 V rms according to EN 61010 1 Display updating time 500 ms Sampling time 500 ms Resolution 30000 counts Precision 0 3 v f s 1 digit 25 C of room temperature Common mode rejection 120 dB at 50 60 Hz Normal mode rejection 60 dB at 50 60 Hz Electromagnetic compatibility and safety requirements This instrument con forms the directives EEC 89 336 reference har monized standard CEI EN 61326 QD 26 Emission requirements Calss A for 24 V AC DC power supply residential environment Class B for 100 240V AC power supply indus trial environ
35. ment This instrument also conforms to directives 73 23 EEC and 93 68 EEC reference harmonized standard EN 61010 1 Installation category I Pollution category 2 Temperature drift lt 200 ppny C RJ excluded for TC type L J K and N 400 ppny C for RTD input and input from thermocoupleT 800 ppny C for RTD input with 1 10 C resolution model 0316 500 ppny C for RTD input with 1 10 C resolution model 0216 Operating temperature from 0 to 50 C from 32 to 122 F Storage temperature 30 to 70 C 22 to 158 F Humidity from 20 to 85 RH non condensing Protections 1 WATCH DOG hardware software for the automatic restart 7 21NPUTS A THERMOCOUPLES Type L J K N T programmable from the keypad Line resistance max 100 Q with error 0 196 of the input span Engineering units C or F programmable Reference junction automatic compensation from 0 to 50 C from 32 to122 F Reference junction drift 0 1 C C Bum out Up or down range selectable Calibration according to IEC 584 1 and DIN 43710 1977 TC L TABLE OF STANDARD RANGES Type of 6 Measuring spans In brackets the data of model 0216 L 0 4999 1652 F 0 900 C J 0 999 1832 F 0 999 1000 C K 0 999 2498 F 0 999 1370 C N 0 999 2552 F 0 999 1400 C T 0 752 F 0 400 C B RTD Resistance Temperature Detector Type Pt 100
36. nt up to 0 5 A The OUT 1 contact rating is 3A 250V AC on resistive load The OUT 2 and OUT 3 contact rating is 2A 250V AC on resistive load The number of operations is 1 x 10 at specified rating NOTES 1 Toavoid electric shock connect the power line at the end of the wiring procedure 2 Forpower connections use No 16 AWG or larger wires rated for at least 75 C 69 4 3 Use copper conductors only 4 Donotrun input wires together with power line cables The following recommendations avoid serious problems which may occur it when using relay output to drive inductive loads INDUCTIVE LOADS High voltage transients may occur when switching inductive loads These transients may introduce disturbances through the intemal contacts which can affect the performance of the instrument The internal protection varistors assures correct protection up to 0 5 A of inductive component but the OUT 1 NC contact is not protected The same problem may occur when a switch is used in series with the internal contacts LL LOAD POWER LINE Fig 7 EXTERNAL SWITCH IN SERIES WITH THE INTERNAL CONTACT In these cases an additional RC network should be installed across the external contact as shown in Fig 7 The value of the capacitor C and resistor R are shown in the following table LOAD C R P OPERATING mA mF W w VOLTAGE lt 40 mA 0 047 100
37. of band with automatic reset LA in band with automatic reset HL out of band with manual reset LL in band with manual reset When P5 5 this parameter selects the cooling medium Alr air OIL oil H20 water NOTE Modifying parameter P6 automatically updates the values of the cooling cycle time and the cooling gain P6 C2 RC Air 10 6 1 OIL 4 s 0 8 20 2 s 0 4 P7 Alarm 1 action Only available when P5 is different from O or 5 rEU reverse relay de energized in alarm condition dir direct relay energized in alarm condition P8 Stand by of the alarm 1 Only available when P5 is 1 2 or 3 OFF stand by disabled ON stand by enabled NOTE For band or deviation alarm the alarm stand by function disables the alarm indication at instrument start up and after a set point modification until the process variable reaches the alarmthreshold For process alarm the stand by function is activated at start up only P9 OFFSET applied to the measured value This OFFSET is applied along the whole span When P1 5 P9 is programmable from 19 9 to 19 9 C WhenP1z5 P9 is programmable from 199 to 199 C or F Readout Real curve P9 Adjusted curve Input P10 Threshold of the Soft Start function The Soft start function limits the maximum out power see OLH operative parameter for a programmable time see tOL operative parameter atthe instrument s
38. ols using SP as operative set point When the contact has been opened the instrument selects SP2 as operative set point and starts the time count down NOTE that the guarantee soak function can be applied to this timer mode see P28 parameter When the time count is equal to 0 the instrument comes back to the SP set point and the output 2 will be energized The Out 2 reset will be made when the logic input will be closed again For other details see paragraph 5 7 Timer modes description Timer mode 3 P27 4 When the contact is closed the instrument controls using SP as operative set point When the contact has been opened the instrument operate as follows it selects SP2 as operative set point it starts the time count down it energizes the Output 2 NOTE that the guarantee soak function can be applied to this timer mode see P28 parameter When the time count is equal to 0 the instrument comes back to the SP set point and the output 2 will be reset For other details see paragraph 5 7 Timer modes description Timer mode 4 P27 5 The instrument operates using SP set point and the timer is normally reset When the instrument detects the transfer from contact open to close it selects SP2 as operative set point and starts the time count down NOTE that the guarantee soak function can be applied to this timer mode see P28 parameter When the time count is equal to 0 the instrument comes back to the SP set
39. point For other details see paragraph 5 7 Timer modes description Timer mode 5 P27 6 The instrument start in Power OFF mode and it remains in Power OFF mode until the contact is closed When the contact has been opened the instrument starts the control using SP set point and starts the time count down NOTES 1 The guarantee soak function can be applied to this timer mode See P28 parameter 2 The transfer from Power OFF mode to AUTOMATIC mode starts the Soft start and the alarm masking functions if programmed When the time count is equal to 0 the instrument comes back to the Power OFF mode and the output 2 will be energized The Out 2 reset will be made when the logic input will be closed For other details see paragraph 5 7 Timer modes description Timer mode 6 P27 7 The instrument starts in Power OFF mode and it remains in Power OFF mode until the contact is closed When the contact has been opened the instrument operate as follows it starts the control using SP set point it starts the time count down it energizes the Output 2 NOTES 1 The guarantee soak function can be applied to this timer mode see P28 parameter 2 The transfer from Power OFF mode to AUTOMATIC mode starts the Soft start and the alarm masking functions if programmed When the time count is equal to 0 the instrument comes back to the Power OFF mode and the output 2 will be r
40. rds keeping both the pushbuttons pressed for three seconds In the model 0316 the lower display will show Cnf the upper OFF In model 0216 OFF and CnF will appear alternatively Press A or V within 10 seconds to set ON then confirm with If the device is in the protected condition see previous section the lower display 0316 shows Cnf the upper a dashed line instead of OFF In model 0216 the two wordings appear alternately By means A or enter the value entered in P11 or master key value Press 6 to confirm The instrument is now in configuration mode and the display shows Cnf steadily for both models Via we advance to the first parameters In configuration the lower display shows the code of the parameter P 1 P 28 the upper the qe numerical value or the selection code In the model 0216 the display shows the parameter code and the numerical value alternatively To alter the value set or the option selected press A or V and confirm with 6 The parameter for loading the default parameters is shown in section B at the end of the manual 4 4 CONFIGURATION PARAMETERS P1 Type of input and standard range Type of input Range 0 TCtype L 0 900 6 1 TCtype J 0 999 C 0316 0 1000 C 0216 2 TCtype K 0 999 C 0316 0 1370 0216 3 TCtype N 0 999 C 0316 0 1400 C 0216 4 RTDtypePt100 199 800 C 0316 200 4800 C 0
41. re that there is a switch or circuit breaker in the building electrical system and that this isnearthe device and can easily be reached by the operator is marked as the device ON OFF device NOTE A single switch or circuit breaker can drive more than one instrument 3 PRELIMINARY HARDWARE SETTINGS These instruments can detect the opening of the input circuit TC or RTD This failure is displayed as an overrange condition Forthe thermocouples only one can select by means of jumpers SH1 and CH1 indicated in Fig 9 the type of indication to be obtained when the thermocouple is open see table at the bottom of the page To gain access to the jumpers the instrument must be taken out of its case SH1 CH1 Me Fig 10 SH1 and CH1 J UMPERS SHI CH1 Indication open close overrange standard close open underrange 6 4 CONFIGURATION 4 1 PUSHBUTTON FUNCTION C This saves the new value of the selected parameter and goes to the next parameter increasing order This scrolls back the parameters without saving the new value This increases the value of the selected parameter This decreases the value of the selected parameter 4 4 2 POSSIBLE PROTECTION OF THE PARAMETERS Access to the configuration and the display and modification of the operative parameters can be protected by a secret code The code is entered in configuration by means of parameters P 11 and P1
42. strument and the panel as shown in Fig 1 While holding the instrument against the panel proceed as follows 1 insertthe gasket in the instrument case 2 insertthe instrument in the panel cutout 3 pushing the instrument against the panel insert themounting bracket 4 with a screwdriver turn the screws with a torque between 0 3 and 0 4 Nm Fig 1 PANEL MOUTING 2 ELECTRICAL CONNECTIONS Connections are to be made with the instrument housing installed in its proper location MEASURING INPUTS NOTE Any external components like zener barriers etc connected between sensor and input terminals may cause errors in measurement due to excessive and or not balanced line resistance or possible leakage currents TC INPUT 10 6 o T ac 1 N 8 S5 79 12 5o0 2 J Q9 8 13 i 3 A 4 9 4 149 ug4 oO 2 lt 5 oa o 5 10 ijo 6 5 N Fig 2 REAR TERMINAL BLOCK Shield Fig 3 THERMOCOUPLE CONNECTION NOTES 1 Do notrun input wires together with power line cables 2 ForTC wiring use proper compensating cable preferably shielded 3 When a shielded cable is used it should be connected at one point only RTD INPUT o a RTD 4 7 7 Ul E E
43. t if P 15 is not O It can assume the following values model 0316 between 0 1 10 seconds and 2 0 2 minutes model 0216 between 00 01 1 second and 2 00 2 minutes P21 Extension of the anti reset wind up Span from 30 to 30 of the proportional band NOTE a positive value increases the high limit of the anti reset wind up over set point while a negative value decreases the low limit of the anti reset wind up under set point P22 OPTION FEATURE Out3 or digital input 0 Output not provided 1 Out3 used as Alarm 2 output Process alarm 2 Out3 used as Alarm 2 output Band alarm 3 Out3 used as Alarm 2 output Deviation alarm 4 Digital input enabled NOTE Select option feature in according to mounted HW circuitry None automatic recognize is provided qeu When P22 21 2 3 the parameter HL e will be checked and set to its low limit if out of range P23 Alarm 2 configuration P23 is skipped when P22 is equal to O If P22 lor3 H A High alarm with automatic reset LA Low alarm with automatic reset H L High alarm with manual reset L L Low alarm with manual reset If P22 H A out of band with automatic reset L A in band with automatic reset H L outof band with manual reset L L in band with manual reset P24 Alarm 2 action P24 is available when P22 is 1 2 or 3 rEU reverse relay de energized in alarm condition dir direct relay energized in alarm condition P
44. tart up when the measured value is lower then the programmed threshold P10is the threshold value in engineering units Changing P1 parameter value P 10 parameter will be forced to the minimum range value of the new selected range P11 Safety lock 0 No parameter protection The device is always in unlock condition and all the parameters can be always modified 1 None parameter with the exception of parameters from SF to E can be modified 2 499 This combination numberis a secret value to be used in operative mode to place the device from the lock to the unlock condition the parameters from SP to E are not subjected to the lock unlock rule 500 999 This combination number is a secret value to be used in operative mode to place the device from the lock to the unlock condition the parameters from SP to E and RL 1 ALZ are not subjected to the lock unlock rule P12 Out maximum rate of rise This limit will be used if Pb is different from 0 only Programmable from 1 to 2596 of the out signal per second Over 25 s the instrument displays InF to indicate the exclusion of the limitation This limit have no effect if the selected contol algorithm is ON OFF type PB 0 P13 FILTER ON INPUT MEASURE OFF Filter disabled Un Filter enabled P14 Protected parameters display This parameter is available if P11 is not 0 This parameter enables disables the display of the protected param
45. ted After about 3 seconds the loading procedure is terminated and the instrument reverts to NORMAL DISPLAY mode The following is a list of the default operative parameters loaded during the above procedure PARAM DEFAULT VALUE SP minimumrange value N R5 OFF SES SP SP2 or TIMER CONTROL OFF Spe minimumrange value T 8 0 mm s ALI minimumrange value for process alarms 0 for deviation or band alarms HS 1 0 1 ALE minimumrange value for process alams 0 for deviation or band alarms H5g Pa 4 0 96 HS 5 minutes 4 04 00 0216 04 0 0316 TI 0316 1 00 0216 01 00 1 minute IP 30 for one control output O 96 for two control outputs E 20 seconds Ce 10 seconds for P6 Alr 4 seconds for P6 OIL 2 seconds for P6 20 RE 1 00 for P6 Alr 0 80 for P6 OIL 0 40 for P6 20 DLP 0 RL initial scale value P2 RH full scale value P3 OLH 100 TOL infinite DEFAULT CONFIGURATION PARAMETERS The configuration parameters can be loaded with predetermined default values These data are the typical values loaded in the instrument prior to shipment from factory To load the default values proceed as follows a In normal display mode press pushbutton for more than 3 secs 0316 and 6 0216 alternatively DFF CNF CNF OFF b Push the W or A pushbutton display will show ON
46. wersupply relay out etc 2 Take the instrument out of it case 3 Using a vacuum cleaner or a compressed air jet max 3 kg cm remove all deposits of dust and dirt which may be present on the louvers and on the internal circuits being careful not to damage the electronic components 4 To clean external plastic or rubber parts use only a cloth moistened with Ethyl Alcohol pure or denatured C H OH or Isopropyl Alcohol pure or denatured KCHj CHOH or Water H O 5 Make sure that there are no loose terminals 6 Before putting the instrument back in its case make sure that it is perfectly dry 7 Put the instrument back and tum it ON B DEFAULT PARAMETERS DEFAULT OPERATIVE PARAMETERS The control parameters can be loaded with predetermined default values These data are the typical values loaded in the instrument prior to shipment from factory To load the default values proceed as follows a The SMART function should be disabled b The safety lock must be OFF c The upper display will show the processe variable while the lower display will show the set point value or the current measure 0316 type d In normal display mode held down W pushbutton and press A pushbutton the display will show DLF e Within 10 seconds press pushbutton The display will show OLN f Press FUNC pushbutton the display will show LT This means that the loading procedure has been initia
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