User Manual INDU iMAX500_F_VH_KW_2.1.3
Contents
1. 13 5 2 Service functions 1 5 2 1 Controller parameter settindg 5 22 Step parameter setting eter G 5 2 4 Parameter setting for PAUSE mode and STOP 5 2 5 parameter Setting 5 2 6 Interface description 500 KW F H 5 2 7 Interface description 500 KW F H 28 5 2 8 Connect the sensor CLIP to the controller INDU iMAX 500 1 Structure applications potential The INDU iMAX 500 Controller is an All in One type compact unit combining the controller function with the operator s touch pad function extended by communication options and built in signal management Owing to its capabilities the said controllers are designed to control those industrial processes in which temperature is the most important element such as smoke chambers brewing boilers defrosting chambers etc Smoke chamber control is the main purpose for which this controller has been built and this is reflected in the type of data being shown controller operation procedure etc The main component is the Control Panel indispensable in any2. OK ATTENTION Alterations introduced during controller operation are valid only until the end of technological process After closing the program the controller remembers program withdata set during the programming process During the program data edition the time count as well as the control of condition of the cycle end are stopped The controller automatically returns to the normal mode of operation if no key was pressed for one minute 5 Controller configuration The controller possesses very highly developed configuration functions which allow to adjust its parameters and way of working to user s individual needs Suitable settings entered through the configuration menu are stored in the controller memory and used during its work Controller configuration has been divided into the following functions user s functions Programmin service functions 1 9 9 service functions 2 a User Function Service fun 1 i Service fun 2 12 5BOO 5 1 User functions Those functions enable to set up em Prog password programming password word user password 4 User passwor time and data Clock menu language tg Language 5 1 1 Programming password To change the programming password fist enter the old one 1111 and then enter the new password 5 1 2 User password To change the user password firs enter the old one 1111 and then enter the new password 5
3. 0 20 F77 TYPEOF ANALOG OUTPUTS 1 4 20 17 CELL CELL NAME FACTORY ae RANGE DESCRIPTION F78 TIMEINFOVISIBLE o 0 9999 1 999 time after which follows automatic hiding F79 11 MAX 0 9999 9999 Scaling of the current input values 1 F80 MAX 100 9999 9999 Scaling of the current input values 1 Maximum F81 12 MIN 0 9999 9999 Scaling of the current input values 2 F82 12 MAX 100 9999 9999 Scaling of the current input values 2 Maximum F83 13 MIN 0 9999 9999 Scaling of the current input values 3 284 13 100 9999 9999 Scaling of the current input values 3 Maximum F85 14 MIN 0 9999 9999 Scaling of the current input values 4 F86 MAX 100 9999 9999 Scaling of the current input values 4 Maximum F87 EMPTY F88 EMPTY F89 ADDITION 1 ENABLE 1 0 1 0 addittion 1 inactive 1 addition 1 active F90 ADDITION 2 ENABLE 1 0 1 0 addition 2 inactive 1 addition 2 active F91 CORE ENABLE 1 0 1 0 core temperature disabled 1 core temperature active F92 F1 MODE 0 0 1 0 button F1 bistable 1 button F1 monostable F93 F2 MODE 0 0 1 0 button F2 bistable 1 button F2 monostable F94 F3 MODE 0 0 1 0 button bistable 1 button monostable F95 F4 MODE 0 0 1 0 button F4 bistable 1 button F4 monostable F96 F5 MODE 0 0 1 0 button F5 bistable 1 button F5 monostable F97 F6 MODE 0 0 1 0 button F6 b
4. 1 3 Time and date setting To set the time and data select the CLOCK function and enter proper date and time via a keyboard and confirm selection with OK button 5 1 4 Setting menu language To set menu language it is necessary to select LANGUAGE function 5 2 Service functions 1 Those functions enable to select settings step parameters alarms Settings STOP and PAUSE mode parameters parameters Steps overview Alarms To access the Service functions 1 Special states the user password must be entered 13 5 2 1 Controller parameter setting Select SETTING function to set the controller parameters Then we can start to edit the controller parameters parameters are saved under cells numbered from F01 to F77 In order to edit the selected parameter one shall select it from the list and click on OK Repeat the procedure shown before until required values are set in each cell The table below shows the meaning of individual cells FACTORY SER RANGE VALUE CELL NO CELL NAME F01 RS NO FOR PC 1 F02 VTRANS FOR PC 4 0 4 DESCRIPTION Number in the RS 485 network by which the PC computer recognizes the controller Baud rate RS 485 connection with PC 0 9600 1 19200 2 38400 3 62500 4 115200 F03 LCD BACKLIGHT LEVEL 0 0 2 0 1 min 2 optimal F04 END COND TIME 1 0 99 205 PAUSE STATUS 0 0 2 Additional time to process end 0
5. 2 lt m gt 38 DO3 9 N Sis OR EY 2 Pi njo O P B COM1 INPUT1 24V DC ANALOG INPUTS 1 4 DO9 DO10 DO11 DO12 DO13 DO14 MAX 400mA CHANNEL FUSE 4A 2019 18 17 16 15 14 13 1211 _ 10 9 8 7 6 5 4 2 DIGITAL OUTPUTS 9 16 DO15 DO16 COM2 INPUT2 24V DC miu INDUSTRIAL TECHNOLOGY 2020 O 52 M POWER SUPPLY INPUT 24V DC MAX 1A DO24 DO17 2018 2019 DIGITAL OUTPUTS 17 24 MAX 400mA CHANNEL COM3 INPUT3 24V DC 30 29 28 27 26 25 24 23 22 21 ANALOG OUTPUT TOO DIGITAL INPUTS 24V AC DC DI8 017 DI6 DI5 DI4 DI2 DIT SERVICE DATA 1WIRE GND 1WIRE TX RS232 RX RS232 DTR 15232 GND RS232 RS232 1WIRE sa 6s 62 61 60 59 INPUT4 24V DC 01 0 20 4 20 DIGITAL OUTPUTS 25 28 MAX 100mA CHANNEL 5 2 8 Connect the digital temperature and humidity sensor CLIP to the controller INDU iMAX 500 LGTH 01 CLIP SERVICE DATA 1WIRE GND 1WIRE TX RS232 RX RS232 DTR RS232 GND RS232 RS232 1WIRE OUTPUT DIGITAL OUTPUTS 25 28 100 FUSE 2 29 MIC IOI neri d IDUSTRIAL TECHNOLOG GUARANTEE mice CERTIFICATE The hereby guarante
6. controller which allows to configure the whole controller set parameters controlling the process observe current measurements 2 INDU iMAX 500 Controller Assembling depth Imensions dimensions One partial Front Outside Controller 8 of assemblin i Panel type dimensions RETS I orge iMAX 500 KW H w 269x177mm 235x142mm 80mm iu 2 2 str nr 5 doktadny rys techniczny iMAX 500 KW V 177x269mm 142x235mm 80mm str nr 5 dok adny tp rys techniczny Assembling depth Outside Dimensions dimensions Controller One partial Front dimensions ofassembling toegether with Panel type hole connections 269x177mm 235x142mm 80mm 28TO IMAX S00 RIEN 177x269mm 142x235mm 80mm 28 TO iMAX 500F KW V 190x139mm 156x127mm 100mm iMAX 500F KW H 139x190mm 127x156mm 100mm iMAX 2 190x139mm 156x127mm 100mm bling depth Dimensions Outside dimensions Controller One partial Front of assembling toegether with Panel type hole connections iMAX 500F KW H 28TO 139x190mm 127x156mm 100mm u u 2 1 Input Output iMAX 500 KW H iMAX 500 KW V iMAX 500 KW H 28TO iMAX 500 KW V 28TO iMAX 500F KW H iMAX 500F KW V iMAX 500F KW H 28TO iMAX 500F KW V 28 24V DC 24V DC 24V DC 24V DC 24
7. controller memory press Start key using arrows one can scroll the list of programs 10 BOO select the proper program and click 1 SAUSAGE 01 Heat treatment 4 500 d 500 If the SETUP cell no 69 is set to 2 200 value the program will be executed the specified number of times if it is set to 1 than the program will be executed in an infinite loop 4 3 Program execution interruption It is possible to interrupt program execution at any time in order to do that press STOP key It is also possible to interrupt currently executed program temporarily to do that press PAUSE key 1 SAUSAGE 01 Heat treatmen 4 500 J d 4 800 gt If the program is not completed natural way but due to power supply failure then at the next activation the controller will continue the interrupted process automatically if the power supply interruption does not exceed the time preset under SETUP cell no 12 11 4 4 Editing of parameters set during controller operation It is possible to correct previously set parameters while the controller executes a program In order to do that during program execution press CONFIGURATION the set values start flashing in green To edit a given parameter it is necessary to click on proper beam and after entering the changes click on
8. pause from key 1 pause released cyclically according to program cycle time stopped 2 pause released cyclically according to program cycle time not stopped F06 ALARM BEEP 1 0 1 0 turned off 1 turned on F07 TEMP UNIT 0 0 1 Temperature measurement unit 0 0 C OF PLATE TEMP 380 99 999 Smoke generator plate temp F09 SMOKE TEMP 250 99 999 F10 DELTA STATUS 0 0 2 Smoke temperature 0 delta OFF 1 delta bar chamber 2 delta temperature rise in time 1 1 0 99 Recording frequency F12 TIME FOR RESTART 40 0 999 Time in minutes min 14 CELL CELL NAME FACTORY SET RANGE DESCRIPTION NO VALUE F13 MAX SET T 200 99 999 Maximum preset chamber temperature F14 MAX CORE SET T 200 99 999 Maximum preset bar temperature Moisture measurement type 0 psychometric method 1 with current detector in channel 1 F15 HUMIDITY TYPE 0 0 4 2 with current detector in channel 2 3 with current detector in channel 3 4 with current detector in channel 4 5 with digital detector 1 wire 0 function deactivated Fie MANUAL REL NUM 0 0 14 1 14 number of manually controlled relay F17 DELTA ENABLE 1 0 1 0 active function 1 inactive function F18 HUMIDITY ENABLE 1 0 1 0 hidden parameter 1 parameter shown on display 0 editing of process parameters du
9. 99 Minimum temperature set for chamber F36 MIN CORE SET T 0 99 999 Minimum temperature set for bar F37 MIN HUMIDITY SET 0 0 99 Minimum humidity set 8 MAX HUMIDITY SET 0 0 99 Maximum humidity set F39 MIN ADDITION1SET 0 199 999 Minimum addition set 1 F40 ADDITIONTSET 0 199 999 Maximum addition set 1 F41 MIN ADDITION2SET 0 199 999 Minimum addition set 2 F42 MAX ADDITION2SET 0 199 999 Maximum addition set 2 F43 STAT AL MAX TCH 0 0 1 Alarm mode 0 ruthless 1 relative F44 STAT AL MAX TCO 0 0 1 Alarm mode 0 ruthless 1 relative F45 STAT AL MAX HUM 0 0 1 Alarm mode 0 ruthless 1 relative F46 STAT AL MAX TPL 0 0 1 Alarm mode 0 ruthless 1 relative F47 STAT AL MAX TS 0 0 1 Alarm mode 0 ruthless 1 relative F48 EMPTY F49 EMPTY F50 EMPTY F51 EMPTY F52 EMPTY F53 EMPTY F54 EMPTY F55 EMPTY F56 EMPTY F57 ID 0 0 1 0 identification off 1 identification on F58 TECHNICALINSPECTION 0 ga 1 function on NUM OFSMOK REL 1 14 thetime between the next chamber cleaning processes F60 TIME TO WASHING 0 0 999 Time between washing processes in hours 0 function off access to Programming menu does F61 PROGRAMMING 1 T not need password PASS EN 1 function on access to Programming menu needs password 16 CELL CELL NAME FACTORY r SET RANGE DESCRIPT
10. ION NO VALUE 0 function off access to Service Functions 1 menu does not need password F62 USER PASS EN 1 0 1 1 function on access to Service Functions 1 menu needs password 0 positive logics F63 DIGITAL INPUTS LOGIC 1 0 1 1 negative logics 0 tare off 1 tare on F4 pressed F64 WEIGHTTAR 1 0 3 2 automatic tare on start every step 3 automatic tare on start every step or F4 pressed Chamber temperature and humidity sensor F65 CLIPS SENSOR 0 0 1 with a digital CLIPS page 30 0 function off 1 function on F66 EMPTY F67 EMPTY F68 EMPTY F69 COUNTER CONST 0 0 9999 Counter constant regulator divider for impulses counte 1 program repeated in the endless loop F70 LOOP PROG STEPS 1 99 0 1 program performered once 2 99 program repeated multiple K multiple 2 99 F71 RH 1 FILTER 0 0 999 Main humidity filter F72 RH 2 FILTER 2 0 5 Humidity filter displayed 0 function off F73 REL MOTOR G1 0 1 14 1 14 determines which of relays controls 1gear of motor 0 function off F74 REL MOTOR G2 0 1 14 1 14 determines which of relays controls 2 gear of motor Time specified in seconds Determines the minimum F75 MOTOR ACCELERATION TIME 10 0 99 time necessary to speed up the motor on the 1st gear to throw it to the 2nd gear safely Time specified in seconds Determines the minimum F76 MOTOR BREAKING TIME 10 0 99 time necessary to brake the motor on the 2nd gear to throw it to the 1st gear safely 0
11. User s Manual iMAX 500 KW V ILM tka CJ iMAX 500F KW V 7 mean iMAX 500F KW H iMAX 500 KW V 28TO iMAX 500 KW H 28TO iMAX 500F KW V 28TO iMAX 500F KW H 28TO INDUSTRIAL TECHNOLOGY 1500 INDUSTRIAL TECHNOLOGY MiCSTERsp Z 0 0 ul Wojkowicka 21 41 250 Czeladz POLAND Tel 48 32 763 77 77 Fax 48 32 763 75 94 www mikster com e mail info mikster com Table of contents 1 Structure applications potential 00000000000000000000000000000000000000000000000000000000000000006 2 INDU iMAX 500 Controller sss 3 INDU iMAX 500 START OF OPERATION 3 1 INFO key functions 4 Process PRO GIAMS 4 1 Manufacturing process programming a 4 2 Execution of program stored in memory 4 3 Program execution interruptiOn 4 4 Editing of parameters set during controller operation seen 12 5 Controller configuration S 5 1 SOU TUM CEOS iine suma an A 5 1 1 Time and date l n e e 5 1 2 Programming password is 5 1 2 5 PASSWONC u bandane M 5 1 2 Setting MENU uu
12. V DC 24V DC 24V DC 24V DC POWER SUPPLY 1A 1A 1A 1A 1A 1A 1A 1A Relay outputs 14 14 14 14 Transistor outputs 28 28 28 28 Analog Outputs 1 1 1 1 1 1 1 1 Analog Inputs 4 4 4 4 4 4 4 4 Digital Inputs 8 8 8 8 8 8 8 Digital Measuring Inputs 1 1 1 1 1 1 1 1 Communications 85485 RS485 RS485 RS485 RS485 RS485 RS485 RS485 2 1 1 INDU iMAX 500 3j E 140 D 9 8 i p NS 90mm 154mm 177mm 2 1 2 INDU iMAX 500F screen V Z 2 LU T 1 T 5 5 3 2 E 8 6 pod i N Mounting hole _ 1 1 J 2 A n b 80mm 2 0 126 5mm CUT A A 127 Mounting hole 139mm E Mom T e 8 D 12500 3 INDU iMAX 500 START OF OPERATION INFO MENU START T As soon as power is turned on the g
13. ctive status on the digital input Di3 4 No T phase Alarm if the active status on the digital input Di4 5 In5 Alarm if the active status on the digital input Di5 6 In6 Alarm if the active status on the digital input Di6 7 In7 Alarm if the active status on the digital input Di7 8 In8 Alarm if the active status on the digital input Di8 9 em 10 11 12 Sensor chamber Alarm if lack of sensor or sensor default on analogue input Ch1 13 Sensor core Alarm if lack of sensor or sensor default on analogue input Ch2 14 Wet sensor Alarm if lack of sensor or sensor default on analogue input Ch3 21 No Alarm name ALARM DESCRIPTION 15 Smoke sensor Alarm if lack of sensor or sensor default on analogue input Ch4 16 17 Chamber temperature Alarm if chamber exceeded maximum temperature Ch1 18 Core temperature Alarm if core exceeded maximum temperature Ch3 19 Humidity Alarm if maximum of humidity exceeded 20 Smoke temperature Alarm if smoke exceeded maximum temperature Ch4 Attention Active status on the Digital input means low status if F63 logic of digital inputs 0 high status if F63 logic of digital inputs 1 Select the alarm which parameters are to be set and press OK then enter the name by the alphanumeric keypad and press OK set the relay status similarly as the setting of steps parameters Alarm delay enter the time after which the controller reacts in the ca
14. e confirms the high quality and proper operation of the product Guarantee is valid for 12 month from the date of sale Guarantee obliges the producer to remove free of charge all defects of the sold product in 14 days from the delivery of a faulty product to the service GUARANTEE CONDITIONS gt Exploitation of the device should be performed in accordance with its destination and the User s Manual gt The guarantee expires in the following cases Breaking of the leaden seal Mechanical damages Damages caused by improper exploitation Corrections in the Guarantee Certificate unless changes were introduced by the producer gt The guarantee does not include damages occurred during the transportation gt Guarantee Certificate is valid together with the Sale Receipt gt Servicing of the Mikster Ltd products is realized by the MIKSTER SERVICE S C Company Address ul Wojkowicka 21 41 250 Czelad POLAND tel 48 32 763 77 77 fax 48 32 763 75 94 Mikster Ltd Electronics for Food Industry ul Wojkowicka 21 41 250 Czelad POLAND tel 48 32 763 77 77 fax 48 32 763 75 94 www mikster com info mikster com
15. f temperature inside chamber below preset value 18 TIR gt TIS AND TCR lt TCS cycle end after reaching preset time value and after drop of temperature in bar below preset value 19 TIR TIS AND HUR lt HUS Cycle end after reaching preset time value and after drop of humidity below preset value 20 INn 1 cycle end when end release is 21 TIR gt TIS AND INN 1 cycle end after reaching preset time value and end release must be on 22 TIR gt TIS OR INN 1 cycle end after reaching preset time value or after switching B on end release 23 0 cycle end when end release is off 24 TIR gt TIS AND INN O cycle end after reaching preset time value and end release must be off 20 Symbol Step termination condition 25 gt 5 OR 0 cycle end after reaching preset time value or after switchin off end release 5 2 3 Alarm setting 16 alarms can be activated in the controller Each alarm can be defined by the following name relay status alarm delay time time from alarm detection to its activation outputs logic alarm status To set the alarm parameters one should select ALARM function The list of alarms will be displayed No Alarm name ALARM DESCRIPTION 1 Burner failure Alarm if the active status on the digital input 2 No R phase Alarm if the active status on the digital input Di2 3 No S phase Alarm if the a
16. istable 1 button F6 monostable F98 F7 MODE 0 0 1 0 button F7 bistable 1 button F7 monostable F99 F8 MODE 0 0 1 0 button F8 bistable 1 button F8 monostable F100 EDIT STEP IN CYCLE 0 0 1 Choice possibility of technological step for current cycle 18 Attention Setting identical values of MIN and MAX will prevent parameters from edition 5 2 2 Step parameter setting Each process controlled by INDU iMAX 500 consists of technological steps executed in a sequence The controller may store settings for 16 steps Define the following elements for each step name relay status step termination condition Select the Step parameters function in order to set these parameters and then select the proper step from the list and click on OK button enter the step name s the symbols denoting particular relays will be displayed symbol means that a given relay will be active in a given step whereas the symbol means that it will be deactivated if you want to alter the relay status you only need to select it Then it is necessary to select the condition of the technological step termination No Symbol Step termination condition 1 TIR gt TIS cycle end after reaching preset time value cycle end after exceeding preset value of temperature 2 TCHR gt TCHS inside chamber TCR gt TCS cycle end after exceeding preset value of bar temperature HUR gt HUS cycle end after exceeding preset hu
17. midity value cycle end after reaching preset time value or after exceeding 2 HOS OR TERRE TCHS preset value of temperature inside chamber 19 No Symbol Step termination condition cycle end after reaching preset time value and after exceeding 6 TIR gt TIS OR TCR gt TCS preset value of bar temperature cycle end after reaching preset time value and after exceeding 7 TIR gt TIS HUR gt HUS preset humidity value cycle end after drop of temperature inside chamber below 8 TIR gt TIS AND TCHR gt TCH preset value 9 AND TCR TCS cycle end after drop of temperature in bar below preset value gt gt 10 TIR gt TIS AND HUR gt HUS cycle end after drop of humidity below preset value TCHR lt TCHS cycle end after drop of temperature inside chamber 11 below preset value 12 TCR lt TCHS cycle end after drop of temperature in bar below preset value 13 HUR lt HUS cycle end after drop of humidity below preset value cycle end after reaching preset time value or after drop 14 TIR gt TIS ORTEHR lt TCHS of temperature inside chamber below preset value 15 TIR gt TIS OR TCR lt TCS cycle end after reaching preset time value or after drop of temperature in bar below preset value 16 TIR gt TIS OR HUR lt HUS cycle end after reaching preset time value or after drop of humidity below preset value 17 TIR TIS AND TCHR lt TCH cycle end after reaching preset time value and after drop o
18. ng 3 entering the name for the step is done by means of STEP PARAMETERS function described in chapter 5 2 2 Then enter how long the cycle must go on Cycle 01 Heat Treatment preset chamber temperature preset bar temperature preset humidity INDU iMAX 500 in capable of regulating the temperature increment in function of time fish smoking technology or in function of bar temperature parboiling in temperature differential If necessary during entering the process program one shall enter under DELTA field the value of temperature increment in oC min if 2 was selected in setup F10 or temperature difference between the chamber temperature and the baton temperature if 1 was selected in setup F10 In case of entering the DELTA increment value equal to 0 0 no temperature increase regulation is realized The value of delta 3 function in SETUP F10 cell is reserved for INDU iMAX500 tumbler the way of realization of temperature increment algorithm is determined under SETUP menu as F10 function value If additional SF 60 has been selected under set up then it is necessary to set up also the weig addition 1 D1 91 pen addition 02 51 4 2 Execution of program stored memory If previous process was completed or it is the first start up then the process proceeds as follows Do the following in order to execute any program previously saved in the
19. r setting Each of the 8 relays possesses individually set working parameters Operation of each relay is described by name time type and time values Ta Tb regulator type and regulator measurement channel regulator set value shift in relation to the value set in program shift of operation level for algorithm with dynamic set value lower hysteresis upper hysteresis Follow the procedure below to set these parametersy select function Parameters of outputs 0 1 the list of all relays will be displayed ATTENTION At first activation the list of relays contains the default names it is necessary to enter proper names of relays via an alphanumeric keyboard select the relay to set its parameters enter name like in programming and depress OK the controller will pass to the next settings after depressing OK 23 125 4 ON time delay deactivated Time Ta Time Tb time delay deactivated 24 Time mode of pulse generator starting from 0 then set times Ta and Tb time value is given in seconds select regulator controlling particular relay available regulator options regulator off heating progress cooling progress heating hysteresis ON OFF ON cooling hysteresis 25 Pulse counter counts the pulses from selected control inp
20. raphic display will show the screen with three icons namely INFO MENU and START 3 1 INFO key functions Selection of INFO key results in displaying the current measurements of temperature bar temperature humidity and eight function keys F F1 F8 additionally on the screen Setting of function keys is performed the same as PAUSE and STOP mode setting described in chapter 5 2 4 Parameter setting for PAUSE mode and STOP mode and F1 F8 mie INFO J Gd adus ud TRUS 4 Process programs 4 1 Manufacturing process programming Do the following in order to create a new program or edit an already existing one press the button F and then click on Programming enter the programming password default password 1111 list of programs will be displayed Programming password K Program name s x ABC DEF ca ecu ica PQRS E NOTE At first start up the list of programs is empty enter the names of programs via an alphanumeric keyboard BOO TROVO Program name Program name select the program you whish to enter or modify by clicking on proper items and confirming with OK enter the program name letter on the position is entered by depressing the key with the selected letter the proper number of times Now we can start the process edition Using keys select the number of the cycle you wish to edit 1 Heat Treatment 5 Smoking 2 6 Smoki
21. ring its duration 19 EDIT DISABLE 0 0 1 1 no editing of process parameters during its duration 0 sound signal off F20 KEYBOARD CLICK 1 0 1 1 sound signal on F21 MAX CHAMBER TEMP 100 99 999 Max permitted chamber temp F22 MAX CORE TEMP 90 99 999 Max permitted bar temperature F23 MAX PLATE TEMP 800 99 999 Max permitted smoke generator temperature F24 MAX SMOKE TEMP 800 99 999 Max permitted smoke temperature F25 MAX HUMIDITY 99 0 99 Max permitted smoke temperature F26 TCH OFFSET D 0 200 200 Chamber temperature correction value dry sensor F27 TCH OFFSET W 0 200 200 Chamber temperature correction value wet sensor F28 TCO OFFSET 0 200 200 Bar temperature correction value F29 TPL OFFSET 0 200 200 Smoke generator plate temperature correction value F30 TSM OFFSET 0 200 200 Smoke temperature correction value F31 HUM OFFSET 0 0 99 Humidity correction value Type of voltage delivered to control inputs 2 OF DIG INP 0 0 1 0 constant voltage 1 variable voltage Type of input signal for cycle termination condition F33 STAT REL FOR END 0 0 1 0 input signal from control input 1 input signal from relay output F34 REL NO FOR END 0 1 14 Number of control input or relay for cycle termination condition 15 CELL FACTORY CELL RANGE DESCRIPTION F35 MIN CHAMB SET T 0 99 9
22. se of alarm detection time in seconds Logic the function defines how to relate the set status the function Outputs when alarm with relays the following options are possibile Status setting these relays will be turned on which have been set in the Outputs when alarm function Status addition these relays will be turned on that results from the normal operations as well as the relays set in the Outputs when alarm function Status removal these relays will be exluded from the working ones normal operation which are set in the Outputs when alarm function Alarm status this function defines the controller reaction in the case of the particular alarm The following options are possibile 22 Alarm OFF the controller will ignore the particular alarm Process interruption if the controller is in the process execution and the alarm occurs the process will be interrupted Process continuation if the controller is in the process execution and the alarm occurs the controller will adequately set relays and the process will be continued 5 2 4 Parameter setting for PAUSE mode and STOP mode and key functions F1 F8 The controller has two special modes stop and pause you may set the following for each of them which outputs are to be active how long should particular mode last logics of output setting in relation to relays being set by any process in progress 5 2 5 1 0 paramete
23. ut selection of input number for counter takes place by setting the measurement channel chamber temperature input 1 Preset value preset number of pulses for counting is specified at program editing it is the preset additions only one such a regulator can be defined select measurement channel select preset channel enter offset enter window enter lower hysteresis enter upper hysteresis select next relay for parameter setting and repeat operations listed before ATTENTION It is possible to set any measurement channel and independent preset channel for the regulator Select the OUTPUT function to set the parameters of 0 1 outputs Select one of available bistable outputs confirming with proper key 26 5 2 6 Description of the connectors iMAX500 F KW V H DATA 1WIRE GND 1WIRE 5232 RS232 DTR RS232 GND RS232 TX RX 3UIMLI CECSH 3 m i INDUSTRIAL TECHNOLOGY DO1 2 DO5 gt ANALOG INPUTS Ch1 4 7 10 TINNVH2 OG Arz 2V 1052 VZ XVW ANALOG OUTPUT m lt lt a a FER N N a N tL LOG SAVT3U SLNdLNO TVLIDIG 27 5 2 7 Description of the connectors iMAX500 F KW V H 28TO 28 a B eg
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