Samwon Tech 3ch series Instruction Manual Download Page 105

Page: 105 / 181

SAMWONTECH

2nd Edition of TEMP2000M_Series IM : April. 8. 2014 Page 101 / 176

12.1.2.3 Over-Integral Prevention

▶

It is one of efficient method to control when disturbance occurs.

☞

This function suppresses overshoot due to over-integral when control output reaches to max value.

▶

It does not work when I=0 at PID set value.

☞

When there is no Over-Integral Prevention(ARW) function.

▶

It takes time to dissolve the accumulated integral term even Disturbance is released, and
cause big Overshoot, and take time for NPV to be stable.

☞

When there is Over-Integral Prevention(ARW) function

▶

Reverse calculate the integral term until NPV enters ±P BAND, and reduce the integral term
dissolve time after disturbance released. It reduces Overshoot, and NPV is stabilized quickly.

Target SP

▲

NPV starts decreasing by external shcok
Then, it makes MV increase and reach to
the peak point 100% output generating

In spite of clearing disturbance,
MV should be lasting 100% by
acumulative integral term

MV starts decreasing from
dissolving acumulatied
integral term.

Starting

Disturbance

Clearing

Disturbance

Breaking up

acumulated integral term

▲

Control Output (MV)

▲

Target SP

Current PV (NPV)

▲

NPV starts decreasing by external shcok
Then, it makes MV increase and reach to
the peak point 100% output generating

In spite of clearing disturbance,
MV should be lasting 100% by
acumulative integral term

Starting

Disturbance

Clearing

Disturbance

Breaking up

acumulated integral term

P BAND

MV starts decreasing from
dissolving acumulatied
integral term.

Inverse calculation by ARW

Current PV (NPV)

Summary of Contents for 3ch series

Page 1: ...Instruction Manual ...

Page 2: ...on 27 2 3 How to set the parameters 28 3 Setting operation state 3 1 Main screen 31 3 2 Stationary FIX operation 32 3 3 Program operation 37 3 4 Auto tuning screen 42 3 5 Sub channel auto tuning 47 3 6 Auto tuning and tuning point 48 4 Operation related motion setting 4 1 Operation method setting 49 4 2 FUZZY operation 51 4 3 Setting data change ratio SLOPE operation 52 5 Program setting 5 1 Progr...

Page 3: ...reen 85 10 2 System parameter setting procedure 87 11 Sensor input 11 1 Sensor input setting 88 11 2 Sectional input calibration setting 94 12 Control Transmitting output 12 1 Control output setting 96 12 2 Transmission output setting 103 13 DO relay output 13 1 Relay No and parameter setting 105 13 2 Other signal relay setting 111 13 3 UP SOAK DOWN signal operation 115 14 Communication 14 1 Commu...

Page 4: ...ting 146 20 2 User screen operation 149 20 3 BMP file making method 150 21 System initial setting 21 1 Basic screen display setting 151 21 2 State display lamp setting 153 21 3 Initial screen operation 154 22 Sub channel setting 22 1 Sub channel system parameter setting screen 155 22 2 System parameter setting procedure 156 22 3 Sub channel sensor input setting 157 22 4 Sub channel control output ...

Page 5: ...allation and manipulation C Supplement explanation shall be displayed The information to supplement the explanation is described D References shall be displayed It describes the points to be referred and the reference page 음 Cautions in this instruction manual 음 A AUTO TUNING shall be delivered for the final user to keep always and it shall be kept in the place within the reach anytime B Use this ...

Page 6: ...oduct음 A Our company is not responsible for any warrant or liabilities on the product except the contents defined in quality assurance condition of our company B Our company is not responsible for any direct or indirect damage to the user or third party due to the unexpected defect and natural disaster in use of this product FFor the quality insurance condition of this product A The warrant period...

Page 7: ...k the model name specification code on the right of packing box and label on the left of product case TEMP2 00M 0 No Name Symbol Description 5 Screen display part 5 7 inch Model 7 Screen display part 7 5 inch 0 I O1 Relay 12point Basic I O Board 1 I O1 2 Relay 32point N None SD card option SD SD Card RS RS232C RS485 Basic Communication option CE Ethernet N None A 50A B 100A HBA option C 12A CH2 2 ...

Page 8: ...ined TEMP2000M_SERIES Main body display part TEMP2000M_SERIES CONTROL PART Main TEMP2000M_SERIES CONTROL PART Sub I O1 BOARD SD CARD In case of option selection I O2 BOARD In case of option selection Fixing mount End bar Cable 2m PC control part Cable 1m CONTROL PART I O1 Cable 3m DISPLAY PART control part SMPS Product for independent selling Manual ...

Page 9: ...as in the above or omission of the parts Exchange period for the parts with life span Check the corresponding exchange period for the following life span parts and exchange before passing the exchange period when it is necessary RELAY JQ1P DC18V ALD18V equivalent Under 300 000 times of ON OFF BATTERY CR2030 3V equivalent Under 200 000 hours A Contact to the point of product purchase or sales depar...

Page 10: ... become the cause of the noise near to this product B Use the product within 10 50 20 90 RH The dew shall not be made Especially do not place the excessive heating device at near C Do not install the product in declining D Keep the product within 5 70 5 95 RH The dew shall not be made E Especially use after full warming up when it is used in under 10 F Make wiring after switching off of every devi...

Page 11: ...mm 1 2 2 1 External dimension of display part for each model Unit mm Model Name A B C D E F G H TEMP2500M 144 144 6 5 33 5 136 5 136 5 156 75 TEMP2700M 203 180 6 8 38 2 172 5 195 5 192 75 1 2 2 2 External dimension of control part Main unit Sub unit H H E D C F B G A 51 96 4 2 100 8 96 4 2 25 5 100 8 ...

Page 12: ...3 I O1 BOARD external dimension 1 2 2 4 I O2 BOARD external dimension 1 2 3 Panel cutting dimension In case of general attaching Panel cutting dimension for each model Unit mm MODEL A B C TEMP2500M 137 5 137 5 250 TEMP2700M 196 173 308 5 29 132 124 94 74 34 7 104 6 115 180 170 ...

Page 13: ...as shown in the above diagram Fix the main body using the fixing mount on the upper and lower power of the main body It is same with the picture User the screwdriver In case of installing with VESA mount VESA dimension 75 75 is same in every product 75 75 VESA dimension 75 75 Cautions Apply M4 4L 6L bolt in fixing on vesa hole DISPL Insert Panel Refer to the panel cutting dimension Fixing Phillips...

Page 14: ...aration 2 Insert the ⓐ part on the main unit and sub unit into the rail first as shown in the picture and push ⓑ part and the installation shall be made the latch to lock into the rail as shown in the picture 3 Assemble the installed main unit and sub unit to the direction of arrow as shown in the following picture 35 1 7 3 27 ⓑ Push BACK COVER ⓐ Latch ...

Page 15: ...014 Page 11 176 4 Both ends of unit is fixed with end bar when the main and sub units are installed not be moved How to assemble the end bar Firstly insert the end bar on the upper side of rail Push up the end bar to arrow direction Fasten the screw End bar ...

Page 16: ...lling part after pressing part of main unit Check the space to install in consideration of external dimension of screw hole and back cover 2 Check the space to install in consideration of external dimension of screw hole and back cover Main unit Sub unit Main unit Back cover pushing Pulling Pushing Pulling Sub unit Back cover Main unit back cover Sub unit back cover 25 5 51 100 2 76 6 76 6 100 2 2...

Page 17: ...ed or damaged 4 Insert the upper part of the main and sub body on the main sub back cover and assemble for hook to be locked fully by pushing the lower part Check whether the hook is fully assembly after assembling the product main body to the back cover assembly There is a big possibility of communication function disorder when it is incompletely assembled Main unit BACK COVER Sub unit BACK COVER...

Page 18: ...SAMWONTECH 2nd Edition of TEMP2000M_Series IM April 8 2014 Page 14 176 5 Fix by inserting the fixing unit for each unit not to be separated as shown in the figure Fixing unit ...

Page 19: ...asure for the noise Noise source A Relay and contact point B Solenoid coil and solenoid valve C Electric power line D Induction load E Inventor F Commutator in motor G Phase angle control SCR H Wireless communication device I Welding machine J High pressure ignition device and etc K Measure for the noise Make the wiring in cautious about the following points for the noise creation source A Make wi...

Page 20: ...t control part and connection part COM2 Display part and PCconnection part RS485 Electric power 24V DC COM1 Display part control part and control COM2 I O board control part and connection Main unit INPUT b A B OUT1 SSR SCR RET HBA b A B Sub unit INPUT1 b A B Sub unit INPUT2 Ethernet COM1 Connect display part and connection part to PC Ethernet HBA1 2 OUT2 SSR SCR RET OUT1 SSR SCR RET OUT2 SSR SCR ...

Page 21: ...M NO NO RLY8 RLY7 RLY6 RLY5 RLY4 RLY3 RLY2 RLY1 RLY12 RLY11 RLY10 RLY9 COM NC NC COM NC NC COM COM COM COM COM COM COM COM 1 3 2 5 I O2 BOARD terminal COM COM COM COM COM COM RLY27 RLY28 RLY29 RLY30 RLY31 RLY32 RLY26 RLY25 RLY24 RLY23 RLY22 RLY21 RLY20 RLY19 RLY18 RLY17 RLY16 RLY15 RLY14 RLY13 COM COM COM COM COM COM COM COM COM COM COM COM COM COM Electric power 24V DC I O1 LINK I O2 LINK Communi...

Page 22: ...iring For electric power cable make wiring using the cable with equivalent performance of vinyl insulation cable KSC 3304 Wiring method for electric power of each unit 24V DC 24V DC I O BOARD 24V DC 24V DC Communicati on cable MP0310AS 220V AC Electric power 24V DC Communicati on cable MP0310AS ...

Page 23: ... because there is a risk of electric shock Use the shield attached input wire Make one point ground for shield Make the wiring for the measurement input signal line with leaving the gap from the electric power circuit or ground circuit Use the electric cable with less cable resistance and cable with no resistance difference among 3 lines A Temperature measuring resistor input RTD INPUT B DC VOLTAG...

Page 24: ...shield attached cable for output wiring In addition make one point connection for the shield A Electric voltage pulse output SSR B Current output SCR C Transmitting output RET SCR 4 20mA DC 600Ω max SHIELD Receiver Recorder and etc 4 20mA DC 600Ω max SSR 24V DC 12V DC min 600Ω min The 3rd class Control panel OUT1 OUT1 OUT2 OUT2 OUT1 OUT1 OUT2 OUT2 OUT1 OUT1 OUT2 OUT2 SHIELD SHIELD Control panel Th...

Page 25: ...C 1A NC NORMAL CLOSE Under 30V DC 1A Under 250V AC 1A 1 3 3 4 Input wiring for contact point DI Use the dry contact point for the external connection point Relay contact point Use the dry contact with sufficient opening and closing capacity for the terminal voltage About 5V in case of OFF and electric current About 1mA in case of ON Use the both terminal voltage under 2V and under 100μA of leak cu...

Page 26: ...rtainly because it becomes a reason for mal operation and relay failure Recommended CR filter Sungho Electronics BSE104R120 25V 0 1μ 120Ω HANA PARTS CO HN2EAC Songmi Electric Co CR UNIT 953 955 etc Jiwoel Electric Manufacturing Co SKV SKVB etc Shinyoung Communication Co CR CFS CR U etc In case of DC relay In case of AC relay External DC current Gauge DIODE Direct connect to the relay coil terminal...

Page 27: ...SAMWONTECH 2nd Edition of TEMP2000M_Series IM April 8 2014 Page 23 176 1 3 3 7 Display part communication wiring method 15 20 mm Minimum marginal dimension in case of cable connection ...

Page 28: ...When the cover is opened the electric power switch inserting part of SD card and mini USB connection part are displayed TEMP2000M display part electric power switch SD CARD insertion part Use for SD CARD option LED The yellow lamp is ON when the first electric power is ON Screen display part MINI USB Use by the user is impossible ...

Page 29: ...nd I O1 board is connected MV LED blinks depending on the control output for temperature A Main unit B Sub unit LED for display the OUT2 output LED for displaying the electric power LED for is playing the communication between main unit and sub unit LED for displaying the OUT1 output LED displaying the communication between display part and main unit Main and I O1 BOARD communication display Main ...

Page 30: ...w chart When the electric power is ON after the installation of the product the initial screen is displayed sequentially and it converts to the program stop screen automatically It takes about 22 seconds for screen loading When the main button is pressed on the right upper most at the program stop screen it converts to the main screen Refer to the 21 System initial setting 을 for initial screen cha...

Page 31: ...d for selecting one of the many types It is used for setting the segment operation time and etc It is used for selecting one of 2 3 parameter settings ON state OFF state Inactive state It is used for selecting the use or non use of the corresponding parameter ON state OFF state Inactive state It is used for general screen conversion It is used for the increase and reduction of the page on the same...

Page 32: ...ting button in the above Table 2 1 The error message LIMIT ERROR is appeared on the input data display window with error sound Beep when the data out of the setting range is input Input key for setting the number Input key for setting the pattern experiment name and DI error name Refer to the 19 DI function and operation setting for DI error name input key Input key for time signal setting Input k...

Page 33: ...button and setting data This product is designed as follows when the setting data input button is pressed or to check the effectiveness of the input setting data by sound Beep When the basic setting button is pressed or the setting data is input normally Beep and beep When the input data by the setting data input key is out of the input range Cautions in manipulation Do not press with the sharp th...

Page 34: ...setting range is out of the Setting data display window the error message LIMIT ERROR is displayed It is used when it returns to the original screen after stopping the input It returns to the original screen after saving the input data It is used to input the decimal point It is used to input the sign It is used to change the input data the input data is erased by a single character It is used to ...

Page 35: ...and SD recording use OPER SCREEN It moves to the stop operation screen FUNCTION FIX It moves to the function and operation method setting screen PROGRAM SET It moves to the program setting menu screen RESERVE SET It moves to the current time appointed operation time setting screen DISPLAY SET It moves to the screen for setting the screen brightness adjustment PV font buzzer sound use non use and b...

Page 36: ...ary operation the 1st still screen The following is the screen for 6 channel of sub channel When the Setting data is touched for setting data input the input key is displayed When the Setting is touched in the sub channel the input key is displayed Table 3 1 Stationary still screen parameter Parameter Setting range Unit Initial data Setting data SP EU 0 0 100 0 EU EU 0 0 EU Sensor input data range...

Page 37: ... is OFF when it is pressed The red lamp is ON when the date time button is pressed in the operation still screen The green lamp is ON when the date time button is pressed on the operation screen It moves to the Fig 3 1 Main screen The key pad to input the password is displayed in case of main button restriction setting It moves to the next screen from current screen It performs or releases the aut...

Page 38: ...user tag The setting for the user tag and name can be set in 7 1 Screen display setting It is the operation screen in case of 2 4 sub channels Fig 3 5 Stationary operation the 1st operation screen 2 Fig 3 6 Screen for 2 channels of sub channel Fig 3 7 Screen for 4channels of sub channel ...

Page 39: ... SD card is not available during the saving the measurement data setting data and control output quantity which is being recorded into the internal memory It displays the channel which is being saved The capacity of internal memory is displayed About 25 days of storage is possible when the sampling time is made in 1 second The recording is started depending on the saving media setting of 6 Graph d...

Page 40: ... stopped by passing the setting time in 4 Operation related motion setting The message is not appeared on the screen when it is forced to terminate by pressing the Stop button during operation The message is disappeared when the corresponding part is touched in case of display of the message showing the operation termination It is same with the program operation termination Fig 3 9 Stationary oper...

Page 41: ... setting It converts to Fig 3 13 Program operation the 1st operation screen when Operation button at the bottom is pressed in the Fig 3 11 Program the 1st still screen When the Pattern No is touched in the screen the input key is displayed for pattern number input Table 3 2 Program still screen parameter Parameter Setting range Unit Initial data Pattern number 1 40 ABS 1 It is not operated when th...

Page 42: ...ocessing time and setting time of the segments which are being progressed SEG time 000H00M00S 000H00M00S The time in the front means the segment processing time and the time in the back means the setting time in the 5 1 Program pattern setting It means current date time and the LCD screen blinks when it is pressed The red lamp is ON when the date time button is pressed on the operation still scree...

Page 43: ...g button can be set in 18 PID Group The main and sub channel to perform the auto tuning are selected It is the user button The use non use can be set at the 21 System initial setting When the user button is used the wanted relay the user can be set and used in 13 DO relay setting Ex It is used for the chamber lamp output ON OFF The set relay is operated when the User button is pressed in the stati...

Page 44: ... SD card Refer to the 6 2 Measurement data PV graph view The down load with the SD card is not available during the saving the measurement data setting data and control output quantity which is being recorded into the internal memory It displays the measurement data setting data and control output quantity which are being operated The capacity of internal memory is displayed About 25 days of stora...

Page 45: ... following screen when the setting range operation is stopped in every segment saved into the pattern The message is not appeared on the screen when it is forced to terminate by pressing the Stop button during operation The message is disappeared when the corresponding part is touched in case of display of the message showing the operation It is same with the stationary operation termination 그림 3 ...

Page 46: ... the tuning data is saved into PID No set in the parameter The currently setting data becomes the auto tuning setting data during auto tuning operation The SEG is held during program operation The operation is made in currently setting data during auto tuning termination The SEG is processed during the program operation It sets the PID No The tuning data is saved in selected No at the completion o...

Page 47: ...ld value of PID No Auto Tuning Indicates PID No selected for Auto Tuning Auto Tuning Set Point Indicates currently running Set Point PID No Auto Tuning Set Point Auto Tuning INRL INRH Threshold3 Threshold1 350 900 500 1000 800 400 0 1 150 1 3 350 3 5 900 5 4 500 4 600 Threshold2 2 650 2 Threshold4 200 150 650 FIX OPERATION AUTO TUNING SEG PROGRAM OPERATION AUTO TUNING SEG ...

Page 48: ...ring program operation The auto tuning data is not saved into PID No when it is forcibly released during automatic auto tuning The tuning data is not saved into the PID No during automatic auto tuning when in case of blackout The tuning data is saved with selected PID No at the completion of auto tuning The figures inside the box display the PID No When the auto is selected the tuning data is save...

Page 49: ...M AUTO TUNING Zone INRH INRL Indicates input sensor range Threshold 1 4 Indicates threshold value of PID No Auto Tuning Indicates PID No selected for Auto Tuning Auto Tuning Set Point Indicates currently running Set Point FIX OPERATION AUTO TUNING Zone PROGRAM OPERATION AUTO TUNING Zone ...

Page 50: ... point 5 PID5 range auto tuning is performed Upper limit range Boundary data4 PID5 auto tuning setting data Boundary data4 2 Tuning point 6 PID6 range auto tuning is performed Upper limit range Lower limit range PID6 auto tuning setting data Lower limit range 2 Tuning point Auto The a1 in PID1 6 range is processed sequentially The auto tunned PID data is saved into PID1 6 range Boundary data1 Lowe...

Page 51: ... sub channel processes the tuning with set SP The auto tuning is performed or released with current setting data It selects the main or sub sub channel which will perform the auto tuning The corresponding sub channel is set and the auto tuning is processed Fig 3 19 Screen set with sub 2 tuning Fig 3 20 Screen of processing of auto tuning in sub channel ...

Page 52: ...Auto from Auto Tuning Parameter Auto tuning procedure with a set point Parameter Settings Operation Type Fix Operation Input Sensor Temperature K2 Range 200 0 1370 0 Auto Tuning Point 0 25 EUS 0 25 3 9 Set Point SP 50 0 OL 0 0 OH 100 0 Tuning Procedure Auto Tuning Precautions The tuning point does not change even if the SP is changed during auto tuning When auto tuning has completed operation cont...

Page 53: ...ackout in operation state The control is stabilized in case of external problem is created Non operation The fuzzy function is not used Operation It uses the fuzzy function and the overshoot is inhibited It automatically increases or decreases with the set ratio in case of setting data change It is applied only in stationary operation The operation is terminated when the set time is coincided with...

Page 54: ...No motion Motion ABS No motion SETTING DATA change ratio EUS 0 00 100 00 MIN EUS MIN EUS 0 00 MIN Time setting operation Non use Use ABS Non use Time 0 9999 HOUR ABS 0 Minute 0 59 MIN ABS 0 Main button restriction Non use Use ABS Non use Key lock OFF ON ABS OFF The following screen is for the main button restriction setting of the main button The password setting key pad is displayed when the main...

Page 55: ...ntrol the overshoot that may occur when intense fluctuating load or frequent Set Point changing Before PV approaches to SP automatically calculated SUPER SP can restrain overshoot FUZZY OFF FUZZY ON NPV Time SP SP NPV Generating MV by assuming SUPER SP as real SP SUPER SP Overshoot control Time SUPER SP Calculating SUPER SP ...

Page 56: ... operation NSP current SP will be changed from current PV to Target SP gradually by assigned ramping rate SP SLOPE Operation Operation Fix Operation Temperature Change Ratio 20 0 Min Amount of change to TSP SP TSP PV and Slope 20 0 min 70 0 30 0 40 0 it will take 2 min to ramp up to TSP For 2 minutes NSP will be changed from 30 0 to 70 0 at a constant rate of 20 min TSP SP PV 2 Min SP Change 40 0 ...

Page 57: ...on No Instruction Description Pattern Set It moves to the pattern editing screen Repeat Set It moves to the screen for setting the pattern and segment repetition setting File Edit It moves to the screen for setting the copy and deletion of the pattern Time signal It moves to the screen to set the time signal Wait Set It moves to the screen for setting the wait motion Pattern Name It moves to the s...

Page 58: ...a SP in program operation starting process during the set time TM1 from the start setting data SSP till the setting data SP1 set in the segment SEG1 The setting data of the segment to be operated is set The time for the segment to be operated is set The time signal for the segment to be operated is set 8 time signals can be set in each segment and each time signal can be set by selecting out of 20...

Page 59: ...ss Value PV and operates until Setting Point 1 SP1 under SEG1 Based on the contents of program patten remaining time is calculated as time is passed till operation starting point When Segment 2 is the first maintaining section When Segment 3 is the first maintaining section When there is no maintaining section SSP TM1 TM2 SP1 a b c d e Present Pointing Value Program Operation Start C C C D E SSP a...

Page 60: ... Point SP starts from the present pointing value regardless of slope or Starting Setting Point SSP and progresses till Setting Point 1 SP1 for set time 1 2 3 4 Segment d e b c Present Pointing Value Program Operation Start b d E SSP B a c e Operation Not started C D 1 2 Segment a b c 1 2 Segment Present Pointing Value Program Operation Start a c b B B A SSP E D C B A Present Pointing Value Program...

Page 61: ...ct sub output in 12 1 Control Transmitting output It is expressed in red in pattern editing screen and the sub output can be set When the Pattern No is touched in the screen the input key is displayed for pattern number input When the Start condition button is pressed the input key is displayed for start condition setting ...

Page 62: ...ition of TEMP2000M_Series IM April 8 2014 Page 58 176 It is the screen for the start condition with SPV It is the screen for the start condition with SSP When this is inactivated Insertion Deletion button are activated ...

Page 63: ... is pressed the input key is displayed to set the setting data When time button is pressed the input to set the segment operation time is displayed When time signal button is pressed the input to set the time signal is displayed When TS button is pressed the time signal between TS1 TS8 can be set ...

Page 64: ...e signal motion can be input to the wanted time signal group by pressing TS1 TS8 button Table 5 1 Pattern editing parameter Parameter Setting range Unit Initial data Pattern No 1 80 ABS 1 Starting condition TPV SPV SSP ABS TPV Starting condition SSP EU 0 0 100 0 EU EU 0 0 Segment n Target SP n EU 0 0 100 0 n EU n EU 0 0 Segment n time 00 00 01 OFF 999 59 59 Hour Min Sec ABS 00 00 01 Segment n time...

Page 65: ...the set patterns It displays the experiment name of the set pattern The change of experiment name is available only in 5 6 Experiment name setting The change is impossible as it is only for reading It sets to decide the next motion when the set pattern operation is terminated Operation stop The pattern termination signal is created and the program stops SEG hold It is operated with the last operat...

Page 66: ... The first pattern is copied when the end pattern is 0 Total set pattern number is displayed in 5 1 Program pattern setting The change is impossible as it is only for reading It displays the total segment number set in 5 1 Program pattern setting The change is impossible as it is only for reading It set the first and last digit of the pattern No to be deleted When the end pattern is 0 only the sta...

Page 67: ... use Use ABS Non use ALL DEL Non use Use ABS Non use Refer to Table 5 4 for message expression Table 5 4 Message expression Contents of message Explanation No stored at the selected pattern It is displayed to copy when nothing is stored into the pattern No The copy is completed on the selected pattern It is displayed when the selected pattern copy is completed The deletion of the selected pattern ...

Page 68: ...otion The time signal is OFF during the segment operation time corresponding to 0 The change is impossible as it is only for reading The time signal is ON during the segment operation time corresponding to 1 The change is impossible as it is only for reading The screen moves up down with 6 time signal unit 5 4 2 Time signal time setting motion Time signal 2 20 TS2 20 is operated depending on the d...

Page 69: ...ponding segment is ON only for the setting time in the operation time However when Delay time Motion time is bigger than corresponding segment time the time signal is ON during corresponding segment operation and it does not make influence on the next segment Table 5 4 Time signal parameter Parameter Setting range Unit Initial data Delay time 000 00 00 OFF 999 59 59 Hr Min Sec ABS 000 00 00 Operat...

Page 70: ...ta 3 Delay time 000 00 00 Time signal 4 setting data N SEG TIME Delay time Operation time It does not make influence on the next segment 4 Delay time 000 00 00 Time signal 5 setting data N 1 SEG TIME N SEG TIME N 1 SEG TIME SEGMENT Operation time ON OFF TS3 N 1 SEG TIME N SEG TIME N 1 SEG TIME SEGMENT Operation time ON OFF TS4 Operation time ON OFF N 1 SEG TIME N SEG TIME N 1 SEG TIME TS1 SEGMENT ...

Page 71: ... adapt the standby operation When the measured data do not enter the standby operation range the standby time to be applied is set When the standby operation time is set as 00 00 it standby infinitely until entering to the standby operation range It sets the standby operation method in Total or SEG Maintain When the entire is set the standby operation is applied to the entire segment set in 5 1 Pr...

Page 72: ...WAIT TIME When Measure Point does not reach Wait Zone within Wait Time Wait Time Set Point Wait Zone Wait Zone PV Segment n Segment n 1 Segment n 2 WAIT Operation Actual Delay Time Release WAIT Operation Step to the next Segment n 1 progression Wait Set Wait Zone Wait Zone PV Segment n Segment n 1 Segment n 2 WAIT Operation Actual Delay Time Release WAIT Operation Step to the next Segment n 1 prog...

Page 73: ...ach pattern can be input It converts to the next or previous experiment name screen When Name button is pressed the input key to set the experiment name is displayed Table 5 6 Experiment name setting parameter Parameter Setting range Unit Initial data Experiment name 1 80 0 9 A Z Special character Maximum 24 characters ABS EXPERIMENT OF PATTERN 1 80 Fig 5 11 Experiment name setting screen Fig 5 12...

Page 74: ... graph process It displays the graph setting menu The parameter related with the pattern graph operation is displayed at the bottom depending on the ON OFF operation of graph menu button The pattern No to be expressed is set When Pattern No button is pressed the key to set the pattern No is displayed Refer to Fig 6 4 Pattern No Input Screen The time of X axis on the graph X is set When Display tim...

Page 75: ... light green on the part where the operation is processed It displays the set pattern process time in 5 1 Program pattern setting It is a screen to input the pattern No to be displayed on the graph The pattern No can be input even during operation Table 6 1 Graph Save the 1st screen parameter Parameter Setting range Unit Initial data Pattern No 1 80 ABS 1 Display time 30 min 1 hour 3 hours 6 hours...

Page 76: ...ecked button is pressed and when is pressed again it displays on the graph screen Refer to Fig 6 5 Fig 6 6 Graph Save setting the 2nd screen It moves from current screen to the next screen It moves to the start and end of the displayed PV graph page It moves on the graph screen by one page The blue line on the graph screen is moved up down by 1 dot When the screen is touched it displays the data o...

Page 77: ...t shows the saved file in the internal memory It displays the saved file into the internal memory in 8 units When up down button is pressed it moves to the 8 units of stored files The recorded PV file in the internal memory is copied to the SD card When there is no SD card option it is inactivated during the PV graph saving in operation screen When the graph is not saved it cannot be transmitted i...

Page 78: ...nd in saving into the internal memory It sets the Y N of the data saving into SD CARD Auto It saves the data automatically in link with Operation Stop Manual It saves the data manually by the save key on the operation the 2nd screen It sets the saving media where the data to be saved The saved data stored into the internal memory is erased when the power is OFF Table 6 2 Graph Save the 3rd screen ...

Page 79: ...is selected It sets the scale of the pen It selects the parameter to be displayed by pen 2 The SP in the main is displayed when CH1 SP is selected PV can be displayed by selecting the sub channel to be displayed when the sub channel is selected It moves the page up down at the curent screen It selects the parameter to be displayed by pen 3 MV on the main is display when CH1 MV is selected PV can b...

Page 80: ... to TEMP2000M Ptn The pattern set in 5 1 Program pattern setting can be downloaded or uploaded Para The set parameter can be downloaded or uploaded All The pattern and parameter can be downloaded or uploaded It displays current SD CARD capacity It is displayed when SD CARD is inserted The Transmitting button is activated when the program and stationary operation are stopped and download or upload ...

Page 81: ...t OFF when there is no button control LCD brightness is controlled with button The buzzer sound which is created in DI error is not OFF even though it is set in non use The user tag name can be set Maximum 6 digits can be set and the set tag shall be displayed on the operation screen Refer to Fig 7 2 User tag name setting screen The pen name of graph pen related parameter setting is changed In cas...

Page 82: ...lay set the 1st parameter Parameter Setting range Unit Initial data Buzzer sound Non use Use ABS Use Power saving operation time 0 99 MIN ABS 10 LED brightness 1 8 ABS 8 column User tag Non use Use ABS Non use Tag name 0 9 A Z special character Maximum 6 characters ABS SUB CH n n 1 6 그림 7 2 Setting of user tag name screen ...

Page 83: ...hen more than 30 errors are created and the created errors are added at the end The history is display in case of DI error creation The name set in 19 2 DI error name is displayed The change is impossible as it is only for reading It deletes entire DI error creation history It checks the next or previous error history Table 7 2 Display set the 2nd screen parameter Parameter Setting range Unit Init...

Page 84: ...ecovery button after DI creation Ex When it is escaped with Recovery during DI1 creation the DI1 creation is neglected for 1 minute and DI error screen is displayed when DI1 creation state after 1 minute The neglect ion here means the DI error screen Buzzer blocking button is button to block the warning sound during DI error creation Ex Explanation on the lamp state DI related lamp is ON in DI rel...

Page 85: ...is connected to the main and sub channel it is changed into It is the name of main and sub channel It displays the current data on the heater It moves to the next or previous screen 표 7 3 Display set the 2nd screen parameter Parameter Setting range Unit Initial data Heater disconnection warning A Z 1 9 ABS Heater disconnection electric current display ABS Fig 7 4 Heater disconnection state creatio...

Page 86: ...anged during the recording of the measured data and operation It sets the year month day and time for appointed operation When Appointment button is pressed the operation is started at the appointed time When Appointment button is pressed the appointed time is displayed on the operation screen as in the Fig 8 2 Operation appointment setting screen Fig 8 2 Operation appointment setting screen Fig 8...

Page 87: ...ing range Unit Initial data Year 2000 2099 ABS Month 1 12 ABS Day 1 31 ABS AM PM AM PM ABS Hour 1 12 ABS Present time Minute 0 59 ABS Year 2000 2099 ABS 2011 Month 1 12 ABS 8 Day 1 31 ABS 1 AM PM AM PM ABS AM Hour 1 12 ABS 12 Appointed operation time Minute 0 59 ABS 0 Appointment Click for appointment AM12 00 AM 00 00 PM12 00 PM 12 00 ...

Page 88: ...ed in Fig 9 1 Control Unit Communication error screen When communication between display and I O board communication is wrong the message like I O board was disconnected is displayed in in Fig 9 2 I O board Communication error screen No communication situation Communication cable defect No connection of communication cable Fig 9 1 Control unit communication error screen Fig 9 2 I O Board communica...

Page 89: ...he screen Fig 10 2 Password input screen is displayed When the password is input in Fig 10 2 Password input screen it is converted to Fig 10 3 System parameter setting screen The password is set in 0 when it is outgoing from factory Set the password in 21 System initial setting when there is a necessity to block the access of the general user Fig 10 1 Main screen Fig 10 2 Password input screen ...

Page 90: ...ommunication Parameter setting related with communication DO config Parameter setting related with I O board relay output signal DI config Parameter setting related with outside contact input signal Pictures view Parameter setting related with user BMP setting screen Initial set Parameter setting related with basic setting related with screen configuration Channel change Refer to Fig 22 1 Sub chan...

Page 91: ...lly treated in product installation are as follows Setting sequence SYMBOL Item Function Remarks 1 Input set Temperature sensor type setting Sensor use scope setting Other parameter setting PAGE 88 2 Output set Output type setting Output direction setting Other parameter setting PAGE 96 3 DO config DO CONFIG Parameter setting PAGE 105 4 Communication Parameter setting PAGE 115 ...

Page 92: ...ing screen In case of T C setting Refer to Table 11 1 Sensor input setting the 1st screen parameter It sets the use non use of thermocouple It selects the use non use of RJC when the sensory type is T C It moves to Fig 10 1 Main screen It sets the scope of use for the set sensor The parameter related with EU and EUS such as auto tuning and alarm can be changed in its operation point and setting da...

Page 93: ...76 When the temperature sensor is set in RTD the following screen is displayed Fig 11 2 Sensor type setting screen In case of T C setting Fig 11 3 Display unit setting screen In case of T C RTD setting Fig 11 4 Sensor input setting the 1st screen In case of RTD setting ...

Page 94: ...g screen is displayed It sets the digit under the decimal point Refer to Fig 11 9 Decimal point setting screen It sets the scope of use for the voltage input sensor SCALE upper limit lower limit It sets the display scale for the input voltage Fig 11 6 Sensor input setting the 1st screen In case of DVC setting Fig 11 5 Sensor type setting screen In case of RTD setting ...

Page 95: ..._Series IM April 8 2014 Page 91 176 One of five sensor types can be selected One of 12 units can be selected and used Fig 11 7 Sensor type setting screen In case of DCV setting Fig 11 8 Display unit setting screen In case of DCV setting ...

Page 96: ... Pa kPa RH mV V Ω Torr Kgf ABS When sensor group is DCV Decimal point 0 3 ABS 1 When sensor group is DCV Thermocouple display T C TC RJC RJC ABS TC RJC When sensor group is T C Upper limit range EU EU 100 0 Lower limit range EU 0 0 100 0 Lower limit range Upper limit range EU EU 0 0 Input calibration EUS 100 0 100 0 EUS EUS 0 0 Sensor filter 0 120 SEC 초 0 SCALE upper limit 100 0 When sensor group ...

Page 97: ...t calibration 1 data Input calibration 2 data Input calibration 3 data Input calibration 4 data Input calibration 5 data Input calibration 6 data Input calibration 7 data Input calibration 8 data EUS 10 0 10 0 EUS EUS 0 0 EU 0 0 EU 100 0 EU 100 0 EU 100 0 EU 100 0 EU 100 0 EU 100 0 Input calibration 1 point Input calibration 2 point Input calibration 3 point Input calibration 4 point Input calibra...

Page 98: ...omp 2 Input Comp 3 Section Actual Sensor Temperature Actual Sensor Temperature Input Comp Point 2 X Input Comp 2 Value Compensated Temperature between Input Comp 3 Input Comp 4 Section Actual Sensor Temperature Actual Sensor Temperature Input Comp Point 3 X Input Comp 3 Value Input Comp Point 1 Input Comp Point 2 Input Comp Point 3 Input Comp Point 4 Input Comp Point 5 Input Comp Point 6 Input Com...

Page 99: ...Sensor Temperature Actual Sensor Temperature Input Comp Point 6 X Input Comp 6 Value Compensated Temperature between Input Comp 7 Input Comp 8 Section Actual Sensor Temperature Actual Sensor Temperature Input Comp Point 7 X Input Comp 7 Value Compensated Temperature between Input Comp Point 8 High Limit Section Actual Sensor Temperature Input Comp 8 Value Input Comp Point 5 Input Comp Point 4 Inpu...

Page 100: ...s the output type of the OUT1 output terminal In case of SSR it is displayed like Fig 12 3 SSR Output terminal setting screen It sets the output type of OUT2 output terminal In case of SCR it is displayed like Fig 12 4 SCR Output terminal and transmitting output terminal setting screen It moves the screen to the next or before The page moves up down from the present screen Fig 12 1 Control output ...

Page 101: ...1 is set in SSR at Fig 12 1 Output setting the 1st screen The setting screen is displayed like Fig 12 3 SSR Output terminal setting screen When OUT2 is set in SCR at Fig 12 1 Output setting the 1st screen it is displayed like Fig 12 4 SCR Output terminal and transmitting output terminal setting screen It moves the screen to the next or before Fig 12 2 Output terminal displays screen Fig 12 3 SSR o...

Page 102: ...sub output is set it can be set in Fig 5 2 Pattern editing screen Table 12 1 Output setting the 1st screen parameter Parameter Setting range Unit Initial data SSR Output Heater output Non use ABS Heater output SCR output Heater output Transmission output Non use ABS Transmission output Fig 12 4 SCR output terminal and transmitting output terminal setting screen ...

Page 103: ...ation prevention It is used for overall controlling the PID data manually depending on the system characteristics after auto tuning Control output PID X Control time constant GAIN Refer to 12 1 2 4 Control time constant It sets the increasing change rate of the output when the control output is increased 16 It sets the decreasing change rate of the output when the control output is decreased 17 Th...

Page 104: ...s one cycle of ON OFF at setup time SSR with output cycle is 10 second 0 Deviation PV SP Control Output MV 100 Control Output increase when PV is smaller than SP Heating Humidify Control Output increase when PV is bigger than SP Cooling Dehumidify Reverse Forward Control output MV 50 10sec 5 sec 5sec OFF ON Control output MV 70 10sec 7sec 3sec OFF ON Control output MV 30 10sec 3sec 7sec OFF ON ...

Page 105: ...urbance released It reduces Overshoot and NPV is stabilized quickly Target SP NPV starts decreasing by external shcok Then it makes MV increase and reach to the peak point 100 output generating In spite of clearing disturbance MV should be lasting 100 by acumulative integral term MV starts decreasing from dissolving acumulatied integral term Starting Disturbance Clearing Disturbance Breaking up ac...

Page 106: ...200 0 X 10 0 20 0 P BAND x ARW 20 0 x 200 40 0 12 1 2 4 Control Constant It is used to change control characteristic based on preset PID value after Auto Tuning Control Constant is adjustable according to the control object and its characteristic Control Constant 1 0 It has quick response time but has higher haunting Control Constant 1 0 It has less overshoot but has slower response time Control C...

Page 107: ... or SP can be set for transmission output It sets the type of transmitting output It sets the upper limit lower limit of the transmission output range Table 12 3 Output setting the 3rd screen parameter Parameter Range Unit Default RET Type PV SP MV ABS PV RET Range High EU EU 100 0 RET Range Low EU 0 0 100 0 RET Range High RET Range Low EU EU 0 0 Fig 12 6 Output setting the 3rd screen In case of P...

Page 108: ...ype Retransmission Output is 4 20mA Attach 250Ω Precision Resistor between both Retransmission terminal when use 1 5V retransmission output When Retransmission Type is PV or SP When Retransmission Type is MV 4 0mA 12 0mA 20 0mA 0 0 100 0 50 0 4 0mA 12 0mA 20 0mA Range Low Range High Range High Range Low 2 ...

Page 109: ...elay setting screen When the set relay No is overlapped the relay is operated OR condition if any signal out of the set signals is output It sets the relay of the inner signal IS1 IS8 It sets the relay of the time signal TS1 TS8 It moves from present screen to the next screen Table 13 1 Inner signal time signal relay setting screen parameter Parameter Setting range Unit Initial data Inner signal 1...

Page 110: ...larm signal relay AL1 AL4 It sets SEG Alarm signal relay SEG AL1 SEG AL4 Table 13 2 Alarm signal SEG alarm signal relay setting screen parameter Parameter Setting range Unit Initial data Alarm signal Alarm signal 4 relay 0 32 ABS 0 SEG Alarm signal1 SEG Alarm signal4 relay 0 32 ABS 0 Fig 13 2 Alarm signal SEG alarm signal relay setting screen ...

Page 111: ...al contact point output after elapsing the set time for delay when the signal creation condition is made It sets the ON OFF signal relay and delay time T1 T7 Table 13 3 ON OFF signal relay setting screen parameter Parameter Setting range Unit Initial data ON OFF signal 1 ON OFF signal 7 relay 0 32 ABS 0 ON OFF signal 1 delay time ON OFF signal 7 delay time 00 00 99 59 MIN SEC ABS 00 00 Fig 13 3 ON...

Page 112: ...tput to the set relay in case of DI error creation of corresponding No Fig 13 4 DI signal relay setting screen It sets the DI signal relay DI1 DI16 DI signal is operated when the operation type is set with Error in 19 1 2 DI function and operation setting Table 13 4 DI signal relay setting screen parameter Parameter Setting range Unit Initial data DI signal 1 16 relay 0 32 ABS 0 ...

Page 113: ...utput with manual key or communication It sets the relay No It sets the relay of the corresponding No in ON manually Key operation The output of relay No 5 is ON when Manual 1 button is pressed after inputting 5 in manual 1 relay column It moves the page up down Table 13 5 Manual signal setting screen parameter Parameter Setting range Unit Initial data Manual signal 0 32 ABS 0 Fig 13 5 Manual sign...

Page 114: ... Unit Initial data Arithmetic output relay 0 32 ABS 0 Arithmetic relay1 0 32 ABS 0 Arithmetic relay2 0 32 ABS 0 Arithmetic자 AND OR NAND NOR XOR ABS AND Table 13 7 Arithmetic operator operation AND OR NAND Arithmetic relay 1 Arithmetic relay2 Arithmetic output relay Arithmetic relay 1 Arithmetic relay2 Arithmetic output relay Arithmetic relay 1 Arithmetic relay2 Arithmetic output relay OFF OFF OFF ...

Page 115: ...l and holding time Setting the stationary timer signal relay deviation delay time and operation time Deviation Present value PV Set value SP the relay is ON during operation time M S from deviation till delay time H M Namely the relay is ON during operation time M S when the data of Present value PV Set value SP is within the deviation Delay time The set relay is ON after the set delay time is ela...

Page 116: ...te Stationary timer signal relay operation Table 13 8 Other signal relay setting the 1st screen Parameter Parameter Setting range Unit Initial data Operation signal relay 0 32 ABS 0 Operation signal delay time 00 00 99 59 MIN SEC ABS 00 00 Sensor disconnection signal relay 0 32 ABS 0 Sensor disconnection signal holding time 00 00 99 59 MIN SEC ABS 00 00 Standby signal relay 0 32 ABS 0 Standby sign...

Page 117: ...he error signal relay and holding time The error is occurred during stop and operation the set relay is ON The relay holds the ON state during setting time and it is OFF after holding time The relay keeps ON state when the error is not recovered during holding time and relay is OFF at the error recovery time Table 13 9 Other signal relay setting the 2nd screen Parameter Parameter Setting range Uni...

Page 118: ... screen Setting the HBA signal relay Table 13 10 Other signal relay setting the 3rd screen parameter Parameter Setting range Unit Initial data FIX relay 0 32 ABS 0 FIX relay delay time 00 00 99 59 MIN SEC ABS 00 00 FIX relay operation time 00 00 99 59 MIN SEC ABS 00 00 PROG relay 0 32 ABS 0 PROG relay delay time 00 00 99 59 MIN SEC ABS 00 00 PROG relay operation time 00 00 99 59 MIN SEC ABS 00 00 ...

Page 119: ...tion Operation Type Fix Operation Up Temperature 0 2 Soak Temperature 2 Minute Down Temperature 0 2 Fix Operation Do not use Change Rate Operation Soak Signal Relay does not become ON for Fix Operation Only Status Lamp is ON at operation screen 30 2 Up Temperature Set ON Down Temperature Set Soak Set Time 2 Minute 30 0 50 0 49 8 Temp Soak Relay Output Temp Down Relay Output ON ON ON Up Soak Down S...

Page 120: ...er to Fig 14 2 Communication setting screen RS232C RS485 2 Stop bit is set Communication address is set In case of RS485 communication addresses can be set differently up to 99 units and Reponses time is set Parity is set NONE No parity EVEN Even parity ODD Odd parity Data length is set Data length is fixed for 7 when communication protocol is set to MODBUS ASC Data length is fixed for 8 when comm...

Page 121: ...ing range Unit Initial data Communication protocol PC LINK PC LINK SUM MODBUS ASC MODBUS RTU ABS PC LINK SUM Communication speed 9600 19200 38400 57600 115200 ABS 115200 Stop bit 1 2 ABS 1 Parity NONE EVEN ODD ABS NONE Data length 7 8 ABS 8 Communication address 1 99 ABS 1 Response time 0 10 ABS 0 Fig 14 2 Communication setting screen RS232C RS485 2 ...

Page 122: ...screen Network setting is made automatically when DHCP is used in Ethernet setting Setting Y N for IP auto setting use in network Manual setting of net work IP Use to apply the changed conditions of Ethernet related parameters Message box Ethernet apply In case of operation Ethernet ready Ethernet normal operation Connection error No connection of Ethernet cable or in failure Ethernet apply RESP E...

Page 123: ...en selected to PV it has hysteresis of EUS 0 5 Not Changeable TSP Target Setting Point for Program Control Set Inner Signal Operation Band Within Range Inner Signal becomes ON when current value of Inner Signal Type is within the High Low Operation Range Out of Range Inner Signal becomes ON when current value of Inner Signal Type is out of the High Low Operation Range Fig 15 1 Inner signal setting...

Page 124: ...able 15 1 Inner signal setting parameter Parameter Setting range Unit Initial data Inner signal n application type of SP PV TSP ABS SP Inner signal n operation band within range out of range ABS within range Upper limit range EU EU 0 0 Inner signal n operation range Lower limit range EU 0 0 100 0 inner signal n Lower limit range inner signal n Upper limit range EU EU 0 0 n can be set among 1 8 ...

Page 125: ...Band INB Delay Time 00 00 Input 0 0 100 0 EUS 0 5 0 5 Operation Type Pattern TYPE Target Value PV Range Low 30 0 Range High 50 0 Oper Band Outside Band OUTB Delay Time 00 00 Input 0 0 100 0 Operation Type Pattern TYPE Set Point SP Range Low 30 0 Range High 50 0 Oper Band In Band INB Delay Time 00 10 Input 0 0 100 0 Operation Type Pattern TYPE Target Set Point TSP Range Low 30 0 Range High 50 0 Ope...

Page 126: ...signal operation is set Middle SP in the ON OFF signal operation is set Upper limit SP in the ON OFF signal operation is set Operation point in upper limit zone is set Operation point in lower limit zone is set Table 16 1 ON OFF signal setting Parameter Parameter Setting range Unit Initial data T n LOW SP EU EU 0 0 T n MIDDLE SP EU EU 0 0 T n HIGH SP EU 0 0 100 0 Lower limit range CH1 T n LOW SP T...

Page 127: ...V Present set value SP HIGH deviation Operation will be ON Present indication value PV Present set value SP HIGH deviation Operation will be OFF LOW deviation Operation Upper limit SP Present indication value PV Middle SP Present indication value PV Present set value SP LOW deviation Operation will be ON Present indication value PV Present set value SP LOW deviation Operation will be OFF Refer to ...

Page 128: ...MIDDLE SP HSP HIGH SP NPV NOW PV NSP NOW SP LD LOW deviation HD HIGH deviation T ON OFF signal ON OFF signal operation according to PV Setting ON OFF signal operation NPV LSP always OFF LSP NPV MSP NPV NSP LD ON NPV NSP LD OFF MSP NPV HSP NPV NSP HD ON NPV NSP HD OFF NPV LSP always OFF MSP LSP T OFF NPV MSP LSP T NPV DELAY TIME NSP ON OFF ON OFF ON LD HSP MSP T NPV DELAY TIME NSP ON OFF ON OFF ON ...

Page 129: ...arming signal Alarming operation is set Run Alarming operation is only carried out during run Always Alarming operation is always carried out irrespective of Run Stop It leads to the next or previous screen Table 17 1 Alarming signal set setting the 1st screen parameter Parameter Setting range Unit Initial data Alarming operation Run Always ABS Always Fig 17 1 Alarming signal set the 1st screen ...

Page 130: ...ng signal operation is carried out according to the setting in the alarming type the types of alarming amounts to 20 Alarming signal object is set Screen is moved up down with 2 alarming signal units Type of alarming signal which was set is selected Refer to the Table 17 4 Alarming type Fig 17 2 Alarming signal setting the 2nd screen 1 Fig 17 3 Alarming signal setting the 2nd screen 2 ...

Page 131: ...arming Lower limit deviation value is set in case of deviation alarming Table 17 2 Alarming signal setting the 2nd screen Parameter Setting range Unit Initial data Alarming n type Non use AH F AL F DH F DL F DH R DL R DO F DI F AH R AL R AH FS AL FS DH FS DL FS DH RS DL RS DO FS DI FS AH RS AL RS ABS Non use Alarming n POINT EU 5 0 105 0 EU EU 100 0 Alarming n type not Deviation Alarm Alarming n u...

Page 132: ... setting screen Parameter Setting range Unit Initial data SEG alarming n type Non use AH F AL F DH F DL F DH R DL R DO F DI F AH R AL R ABS Non use SEG alarming n POINT EU 5 0 105 0 EU EU 100 0 alarming n type not DO F DI F DO FS and DI FS SEG alarming n upper limit POINT EUS SEG alarming n lower limit POINT EUS 100 0 100 0 EUS EUS 0 0 alarming n type not DO F DI F DO FS and DI FS SEG alarming n h...

Page 133: ... DL F Deviation Low Limit DH R Deviation High Limit DL R Deviation Low Limit DO F Outside High Low Deviation Range DI F Within High Low Deviation Range AH R High Limit Point AL R Low Limit Point AH FS High Limit Point AL FS Low Limit Point DH FS Deviation High Limit DL FS Deviation Low Limit DH FS Deviation High Limit DL RS Deviation Low Limit DO FS Outside High Low Deviation Range DI FS Within Hi...

Page 134: ...SAMWONTECH 2nd Edition of TEMP2000M_Series IM April 8 2014 Page 130 176 17 2 Alarming signal operation ...

Page 135: ...disconnection Heater short alarming sets blind band during operation Power frequency is set Table 17 5 Heater short alarming signal setting screen Parameter Setting range Unit Initial data Heater current ABS when alarming is set 0 50A if HBA option A 50A 0 100A if HBA option B 100A 0 12A if HBA option C 12A ABS 0 Dead band 0 10A if HBA option A 50A 0 20A if HBA option B 100A 0 2A if HBA option C 1...

Page 136: ...one for all span It is only for reading so it is impossible to change Limit HYS sets hysteresis width when selects PID group in zone PID deviation PID sets deviation when selects deviation PID Boundary data1 4 sets boundary data dividing zone PID for all span Tuning reference value sets auto tuning point applied in auto tuning Pushing the number leads to corresponding PID group setting screen Push...

Page 137: ...imit range Upper limit range 5 Limit hysteresis value EUS 0 0 10 0 EUS EUS 0 3 Deviation value EUS 0 0 100 0 EUS EUS 0 0 Control type D PV D DV ABS D PV Tuning reference value 0 01 1 00 0 10 Example according to PID control type D DV Control Description Output MV Change Rate is small in D DV control It has small overshoot and time to reach TSP is delayed a little bit It is proper to apply for equi...

Page 138: ...e PID is used PID group number to copy from is set PID group number to copy to is set When PID to copy from is 1 6 and PID to copy to is 1 6 or 0 ALL all the PID values are copied Table 18 2 PID group setting the 2nd screen parameter Parameter Setting range Unit Initial data Yes or no of tuning key display hidden display ABS display PID selection type SEG zone ABS SEG zone PID selection criteria P...

Page 139: ...ation can eliminate residual deviation which may result from P operation If integral time is too short it may result in out of control Differential time D calculates control output MV corresponding to deviation PV SP change ratio so keeps deviation PV SP from changing Speed to approach set value SP is faster so it prevents rapid change in indication value PV or disturbance Output upper limit lower...

Page 140: ...FF control 0 1 1000 0 5 0 Integral time n 0 6000 SEC ABS 120 Differential time n 0 6000 SEC ABS 30 Output upper limit n 100 0 Output lower limit n 0 0 100 0 output lower limit n output upper limit n 0 0 Correction value n 5 0 105 0 100 0 Upper limit hysteresis n during ON OFF control EUS 0 0 10 0 EUS EUS 0 5 Lower limit hysteresis n during ON OFF control EUS 0 0 10 0 EUS EUS 0 5 n 1 6 ...

Page 141: ...r alarm in case of DI occurrence Even if it is set for 0 buzzer is alarmed in case of DI error occurrence If DI 1 2 3 Operation type is set for Run Stop Hold and Step buzzer is not alarmed However it is set for error buzzer is alarmed Delay time of DI sensing is set When the physical DI contact is occurred it operates with DI input when the contact point is ON during the contact point setting time...

Page 142: ... is on it operates on condition that DI is input B contact point Once DI contact point input is off it operates on condition that DI is input Move the page up down in current screen Table 19 2 DI function and operation setting the 2nd screen parameter Parameter Setting range Unit Initial data DI n A contact point B contact point ABS A contact point n 1 16 Fig 19 2 DI function and action setting th...

Page 143: ...or Picture is displayed according to display type Step When DI3 error occurs it is compulsorily moved from current segment in progress to next segment It can be only done in case of programmed run DI4 8 Operation type is set Error When DI4 8 error occurs Character or Picture is displayed according to display type Pattern When DI4 8 error occurs it is compulsorily moved to corresponding pattern acc...

Page 144: ...FF OFF ON ON ON 8 OFF ON OFF OFF OFF 9 OFF ON OFF OFF ON 10 OFF ON OFF ON OFF 11 OFF ON OFF ON ON 12 OFF ON ON OFF OFF 13 OFF ON ON OFF ON 14 OFF ON ON ON OFF 15 OFF ON ON ON ON 16 ON OFF OFF OFF OFF 17 ON OFF OFF OFF ON 18 ON OFF OFF ON OFF 19 ON OFF OFF ON ON 20 ON OFF ON OFF OFF 21 ON OFF ON OFF ON 22 ON OFF ON ON OFF 23 ON OFF ON ON ON 24 ON ON OFF OFF OFF 25 ON ON OFF OFF ON 26 ON ON OFF ON O...

Page 145: ...t Error Run When DI error occurs DI error screen is displayed and current Run status is maintained Run When DI error occurs DI error screen is not displayed and current Run status is maintained Status indicating lamp and error signal is generated in the Run the 2nd screen Table 19 5 DI function and operation setting the 4th screen parameter Parameter Setting range Unit Initial data DI n signal Err...

Page 146: ...Di error name can be input up to 24 characters Table 19 6 DI error name setting screen parameter Parameter Setting range Unit Initial data DI n name 0 9 A Z Special character up to 24 characters ABS THE DI n ERROR OCCURRED DI m name 0 9 A Z Special character up to 42 characters ABS THE DI m ERROR OCCURRED n 1 8 m 9 16 Fig 19 6 DI error name setting screen Fig 19 7 Display name setting screen in ca...

Page 147: ...o files BMP saved in SD CARD is displayed Only selected files can be uploaded into internal memory This is the button used to upload files in SD CARD into internal memory It displays current SD CARD capacity It displays only when SD CARD is inserted When upload button is pushed in Fig 19 10 Display photo setting screen when DI error occurs 3 only photo files selected in SD CARD are uploaded into i...

Page 148: ...creen Once upload is completed photo files in internal memory are activated for selection Selected file can be used for screen which is displayed when error occurs If error occurs in non selected DI default photo in internal memory is displayed Fig 19 10 Display photo setting screen when DI error occurs 3 Fig 19 11 Display photo setting screen when DI error occurs 4 ...

Page 149: ... Ex When it is escaped with Recovery during DI1 creation the DI1 creation is neglected for 1 minute and DI error screen is displayed when DI1 creation state after 1 minute The neglect ion here means the DI error screen Buzzer blocking button is button to block the warning sound during DI error creation Ex Explanation on the lamp state DI related lamp is ON in DI related error creation Character Ph...

Page 150: ...t sets the user screen operation time The operation is started when there is no key input during the setting time It converts the user screen conversion time The stored photos are converted in set time period It moves to the next or previous screen Table 20 1 User screen setting the 1st screen parameter Parameter Setting range Unit Initial data User screen display Non use Use ABS Non use Start tim...

Page 151: ... files BMP stored in SD card The only selected file can be uploaded into the internal memory It uploads the photo files BM stored into the SD CARD into the internal memory It displays the current SD CARD capacity It is displayed only when SD CARD is inserted When Upload button is pressed in Fig 20 2 User screen setting the 2nd screen 1 the selected photo files selected from SD CARD memory is uploa...

Page 152: ...splayed at the completion of upload at the bottom of screen When the upload is completed the photo files inside the internal memory is activated for selection It can be used for user screen when the wanted file is selected Fig 20 4 User screen setting the 2nd screen 3 Fig 20 5 User screen setting the 2nd screen 4 ...

Page 153: ...I error screen is displayed DI error display pattern is displayed regardless of Letter and Photo When anywhere of the screen is touched during user screen operation button is appeared User screen is terminated and recovers to the operation screen When the time is passed user screen is operated again It moves from the present user screen to the previous user screen It is not operated when user scre...

Page 154: ...error screen 520 X 422 Pixel File name User screen CS1 BMP CS2 BMP CS3 BMP CS14 BMP CS15 BMP CS16 BMP Total 16 units Initial screen INIT BMP DI error screen DI1 BMP DI2 BMP DI3 BMP DI14 BMP DI15 BMP DI16 BMP Total 16 units It cannot be used when the user screen initial screen and DI error screen are saved with another file name which is not designated Use the extension with BMP when the file is sa...

Page 155: ... is ON It sets the phrase displayed on the initial screen when power is ON The information display 1 2 3 phrases can be set maximum 24 letters can be input The display pattern shall be set in letter It sets the password used in system screen entry The password was set with 0 It sets the use non use of the user button in stationary FIX and program operation screen It changes every parameter into th...

Page 156: ...IT BMP file It initializes the internal memory Table 21 1 System initial setting the first screen parameter Parameter Setting range Unit Initial data Language for screen display English Korean Chinese ABS English Display pattern Letter photo ABS Letter System password setting 0 9999 ABS 0 User button Non use Use ABS Non use Informatio n display 1 0 9 A Z Special letter Max 24 ABS SAMWONTECH CO LTD...

Page 157: ...ril 8 2014 Page 153 176 21 2 State display lamp setting It is a screen to set the types of lamp to be displayed in the stationary FIX and program operation the 1st screen Maximum 24 lamps can be selected Fig 21 3 System initial setting the 2nd screen ...

Page 158: ...creen operation Initial screen when the power is ON Display pattern Letter Refer to 2 1 Basic operation flow diagram Initial screen when the power is ON Display pattern Photo Fig 21 4 Initial screen 1 Fig 21 5 Initial screen 2 SAMWONTECH CO LTD TEL 82 32 326 9120 HTTP WWW SAMWONTECH COM ...

Page 159: ...2 Sub channel setting 22 1 Sub channel system parameter setting screen The system parameter setting screen is as follows The sub channel system parameter changed with is as follows Fig 22 2 Sub channel system parameter setting screen Fig 22 1 System parameter setting screen ...

Page 160: ...setting related with I O board relay output signal of sub channel INITIALSETTING Sub channel initial setting Channel change Refer to Fig 22 1 Sub channel parameter setting screen with setting the system parameter in main or sub channel 22 2 System parameter setting procedure The system parameter setting procedures which shall be preferentially treated in product installation are as follows Setting...

Page 161: ...e RH Refer to Table 22 1 Sensor input setting the 1st screen parameter of sub channel It sets the use non use of thermocouple It selects the use non use of RJC when the sensory type is T C It selects the group of channel to be applied in case of parameter change It changes only the parameter of channel selected currently It changes the parameter of every channel as same Sensor filter The sensor fi...

Page 162: ...6 It changes every channel parameter simultaneously When the temperature sensor is set in RTD the following screen is displayed Fig 22 4 Sensor input setting the 1st screen of sub channel 2 Fig 22 5 Sensor input setting the 1st screen of sub channel In case of RTD setting ...

Page 163: ...nt 0 3 ABS 1 When sensor group is DCV Thermocouple display T C TC RJC RJC ABS TC RJC When sensor group is T C Upper limit range EU EU 100 0 Lower limit range EU 0 0 100 0 Lower limit range Upper limit range EU EU 0 0 Input calibration EUS 100 0 100 0 EUS EUS 0 0 Sensor filter 0 120 sec ABS 0 SCALE upper limit 100 0 When sensor group is DCV SCALE lower limit 199 9 3000 0 SCALE lower limit SCALE upp...

Page 164: ...00 0 300 0 L 75 0 0 1600 0 22 0 0 400 0 76 200 1300 23 0 0 800 0 77 0 1300 24 0 0 1200 0 78 200 0 1300 0 25 300 2300 79 0 0 1300 0 26 0 1600 80 300 2400 27 0 2100 81 0 2300 28 300 0 2300 0 82 300 0 2400 0 29 0 0 700 0 N 83 0 0 2300 0 J 30 0 0 1600 0 84 200 400 31 200 1000 85 200 200 32 0 400 86 0 400 33 0 1000 87 200 0 400 0 34 200 0 1000 0 88 200 0 200 0 35 0 0 400 0 89 0 0 400 0 36 0 0 700 0 90 ...

Page 165: ... 200 0 200 0 127 200 0 200 0 114 0 0 400 0 128 0 0 400 0 115 300 1200 129 300 1200 116 0 800 130 0 800 117 300 0 1200 0 131 300 0 1200 0 PT B 118 0 0 800 0 JPT B 132 0 0 800 0 119 50 00 150 00 133 50 00 150 00 PT C 120 148 0 300 0 JPT C 134 148 0 300 0 DCV TYPE NO 입력범위 TYPE NO 입력범위 135 0 10 mV DC 142 0 5 V DC 136 10 10 mV DC 143 1 5 V DC 137 10 20 mV DC 144 5 5 V DC 138 0 100 mV DC 145 0 4 2 V DC ...

Page 166: ...rameters in currently selected channel It changes every channel parameter simultaneously It sets the increasing change rate of the output when the control output is increased It sets the decreasing change rate of the output when the control output is decreased It moves to the corresponding channel in case of parameter setting It disconnects the output by PID and sends the output in emergency in ca...

Page 167: ...data Control output type SSR SCR ABS SSR Operation direction Reverse operation normal operation ABS Reverse operation Output period 1 300 SEC ABS 2 Increasing change rate 0 0 OFF 100 0 SEC 초 0 0 OFF Decreasing change rate 0 0 OFF 100 0 SEC 초 0 0 OFF Output in case of emergency 5 0 105 0 0 0 Excessive integration prevention 0 0 AUTO 0 0 200 0 100 0 Control time constant 0 1 10 0 ABS 1 0 Fig 22 8 Su...

Page 168: ...s the sub channel DO relay setting in Fig 22 2 Sub channel control output setting screen It sets the alarm signal relay in sub channel It moves the screen to the next and previous screen Table 22 4 Sub channel control output setting screen parameter Parameter Setting range Unit Initial data SCH n AL1 relay 0 32 ABS 0 SCH n AL1 relay 0 32 ABS 0 n It can be set in 1 6 Fig 22 9 Sub channel control ou...

Page 169: ... screen to set the sub channel heater disconnection signal It sets the Sub channel heater disconnection signal Table 22 5 Sub channel heater disconnection signal setting screen parameter Parameter Setting range Unit Initial data SCH n HBA relay 0 32 ABS 0 n It can be set in 1 6 Fig 22 10 Sub channel heater disconnection signal setting screen ...

Page 170: ...e calibration data to be applied to such channel setting data SP in the main channel of SYNC operation It selects the group of channel to be applied in case of parameter change It changes only the parameters in currently selected channel It changes every channel parameter simultaneously It changes every channel parameter simultaneously 표 22 6 보조채널 통신설정 제 1 화면 파라메터 Parameter Setting range Unit Init...

Page 171: ...e operation in same setting temperature SP or operation with constant deviation is available for sub channel depending on the program operation of the main channel The present value PV of the channel which is controlled and dispersion can be recorded by connecting the additional sensor Temperature Time Temperature No application of operation calibration data Sub channel 1 Sub channel 2 Application...

Page 172: ...tion regardless of operation stop It selects the group of channel to be applied in case of parameter change It changes only the parameters in currently selected channel It changes every channel parameter simultaneously It moves the screen to the next and previous screen It moves to the corresponding channel in case of parameter setting It changes every channel parameter simultaneously Table 22 7 S...

Page 173: ...ently selected channel It selects the group of channel to be applied in case of parameter change It changes only the parameters in currently selected channel It changes every channel parameter simultaneously It moves the screen to the next and previous screen It moves to the corresponding channel in case of parameter setting It selects the type of the set alarm signal Fig 22 15 Sub channel alarm s...

Page 174: ... Table 22 8 Sub channel alarm signal setting screen parameter Parameter Setting range Unit Initial data CH n alarm m type Non use AH F AL F DH F DL F DH R DL R DO F DI F AH R AL R AH FS AL FS DH FS DL FS DH RS DL RS DO FS DI FS AH RS AL RS ABS Non use n 1 6 m 1 2 Fig 22 17 Sub channel alarm signal setting the 2nd screen 3 ...

Page 175: ... data to generate the alarm by recognizing the heater disconnection It sets the blind zone when the heat disconnection alarm is operated It selects the group of channel to be applied in case of parameter change It changes only the parameters in currently selected channel It changes every channel parameter simultaneously It sets the electric power frequency It moves to the corresponding channel in ...

Page 176: ...r Setting range Unit Initial data Heater electric current ABS Alarm setting 0 50A When HBA option is A 50A 0 100A When HBA option is B 100A 0 12A When HBA option is C 12A ABS 0 Blind zone 0 10A When HBA option is A 50A 0 20A When HBA option is B 100A 0 2A When HBA option is C 12A ABS 1 Electric power frequency 50Hz 60Hz ABS 60Hz Fig 22 19 Heater disconnection alarm signal screen 2 ...

Page 177: ...gration operation can delete the residual deviation which can be taken place in PO operation When the integration time is too short there is a possibility to stay in incapability Differential D time It inhibits the changes of deviation PV SP by calculating the control output MV corresponding to deviation PV SP change rate It has an effect of speedier approach to the setting data SP and inhibiting ...

Page 178: ...Parameter Setting range Unit Initial data CH n proportional range 0 0 ON OFF control 0 1 1000 0 5 0 CH n integration time 0 6000 SEC ABS 120 CH n differentiation time 0 6000 SEC ABS 30 CH n output upper limit 100 0 CH n output lower limit 0 0 100 0 output lower limit output upper limit 0 0 CH n calibration data 5 0 105 0 100 0 n 1 6 Fig 22 21 Sub channel PID group setting screen 2 ...

Page 179: ...een display setting When it is initialized the parameters in every sub channel is initialized It selects the sub channel system initial setting in Fig 22 2 Sub channel system parameter setting screen It changes every channel parameter simultaneously Fig 22 22 Sub channel basic screen display setting ...

Page 180: ...s case EU Engineering Unit Value according to Range of Instrument EUS Engineering Unit Range according to the Span of Instrument Range of EU EUS Range Center Line EU 0 100 RL RH RH RL 2 RL EU 100 100 RH RL RL RH RL EUS 0 100 0 RH RL RH RL 2 EUS 100 100 RH RL RH RL 0 Example INPUT T C K2 RANGE 200 00 RL 1370 00 RH Range Center Line EU 0 100 200 00 1370 00 585 00 EU 100 100 1770 00 1370 00 200 00 EU...

Page 181: ...Bucheon City Gyeonggi do TEL 82 0 32 326 9120 FAX 82 0 32 326 9119 http www samwontech com E mail webmaster samwontech com This instruction manual may be changed without prior notice The first edition was issued in Dec 2011 This instruction manual shall not be copied re edited and transferred in any type partially or entirely without permission from Samwon Tech ...

Search results

Summary of Contents for 3ch series

Reviews:

Related manuals for 3ch series

Brands by name

Popular brands

Samwon Tech 3ch series, Instruction Manual

Search results

Summary of Contents for 3ch series

Reviews:

Related manuals for 3ch series

Brands by name

Popular brands