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AI708 Series Intelligent Temperature Controller User Manual

1. A Caution I This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock accident may happen When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the connectors may be damaged or get fire Please comply with the rated specification Otherwise it may cause electric shock or fire and damage the product Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the product This product should be avoid working under the circumstance that is flammable explosive moist under sunshine heat radiation and vibration Otherwise it may cause explosion In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover Model TP o o a oO Signal input 10 One signal input L Alarm function B 1 alarm output C 2 alarm output Output function R Relay S Logic SSR D Current 4 20mA Dimension 4 48Wx48H 6 48Wx96H 9 96Wx96H 7 72Wx72H_ 8 96Wx48H TP series temperature controller KKTPEOIB 1 2 Model Indication Model Alarm No Output Dimension mm
2. For your safe please read the below content carefully before you use the temperature controller m Safe Caution Please read the manual carefully before you use the temperature controller X Please comply with the below important points A Warning An accident may happen if the operation does not comply with the instruction A Notice An operation that does not comply with the instruction may lead to product damage The instruction of the symbol in the manual is as below Anaccident danger may happen in a special condition A Warning 1 A safty protection equipment must be installed or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation and equipment etc Otherwise it may cause serious loss fire or person injury 2 A panel must be installed otherwise it may cause creepage leakage 3 Do not touch wire connectors when the power is on otherwise you may get an electric shock 4 Do not dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire 5 Please check the connection number while you connect the power supply wire or input signal otherwise it may cause fire Caution 1 This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock acc
3. NI 3 Output Relay Output Current Output Logic Output X Note When the controller is set as heating cool ing control PT100 High Temperature PT100 Low Temperature Linear Resistance 45 85RH Input Type TC Type S TC Type B TC Type K TC Type E TC Type T TC Type J 0 54FS 3digits 0 54FS 3digits 0 54FS 3digits 0 54FS 3digits 0 5 FS 2digits 0 5 FS 3digits 0 54FS 2digits 0 54FS idigite Reservation CU50 0 20mV 0 50mV 50 150C O S FS4 idiwite 0 20mV 0digitsAD 0 5 FS 3digits 0 50mV 0digitsAD 0 5 FS 3digits Output Type relay output 1A 220VAC 24V Voltage with load 30mA relay output 1A 220VAC OUTI cannot be current output gt 100K 2 gt 100K 2 0 400 Q 10digitsAD 1 FS 3digits Pd relay output 3A 220VAC relay output 1A 220VAC current output 4mA 20mA load resistance 6000 KKTRCO1 Page 2 4 Panel OUTI Indicating Lamp gt OUT2 Indicating Lamp gt AL1 Indicating Lamp gt AL2 Indicating Lamp gt AT Indicating Lamp gt PV Display Window Measuring Value Display Window gagga lt PV Value or sy Display Window Setting Value Display Window Parameter Code AL1 Alarm Output Indication On Alarm Active Off No Alarm AL2 Alarm Output Indication On Alarm Active Off No Alarm AT Auto tuning Indication Flash Auto tuning Active OUT1 Control Output 1 Indication Lamp On Output Active Off No Output 0UT2 Control Output 2 Ind
4. 18 One input with RS485 communication Please indicate when order Alarm function C Two alarm output Control output R Relay D 4 20mA current output S SSR Dimension mm 4 48Wx48H 6 48Wx96H 7 72Wx72H 8 96Wx48H 9 96Wx96H 16 80Wx160H 80 160Wx80H AI708 Series Intelligent Temperature Controller i 2 Model Indication Model Alarm no OUTI OUT2 Dimension mm AI708 4RC10 AI708 4SC10 AI708 4DC10 AI708 6RC10 AI708 6SC10 AI708 6DC10 2 48HX48WX1 10L 48HX48WX110L 48HX48WX110L 96HX48WX110L 96HX48WX110L 72HX72WX110L 72HX72WXI110L T2HX72WX110L 48HX96WX110L 48HX96WXI110L 4 20mA current output 48HX96WX110L 96HX96WXI10L 4 20mA current output Relay output 96HX96WX110L AI708 7RC10 AI708 7SC10 AI708 7DC10 AI708 8RC10 AI708 8SC10 AI708 8DC10 AI708 9RC10 AI708 9SC10 AI708 9DC10 Note OUT1 4 20mA current output load resistance 600Qmax Relay output capacity 3A 230Vac SSR output capacity 30mA 24Vdc OUT2 Relay output capacity 3A 230Vac Alarm Relay output capacity 1A 230Vac 3 Main Technical Parameters Whole controller parameters Power supply 100 240VAC RS485 communication interface MODBUS protocol Panel protection level IP65 lt 0 01 FS C Between the connectors of power supply to relay output power supply to signal input relay output to Dielectric strength signal input gt 2000VDC Between the low voltage signal isolated with each other gt 600VDC KKAI708E01 2 4 Input signal
5. 4 20mA Relay Control Output AC 250V 3A AC DC 100V 240V Display Message Shooting Method Display HERR Input disconnect or over upper limit please check input signal RAGH value and ambient temperature Display LERR Input disconnect or under lower limit please check input signal RAGL value and ambient temperature KKAI508E01B 6 TR Series Temperature Controller Manual Features Universal input RTD TC Analog Signal selected by software Function Displaying Alarm and Adjusting QAdvanced Two Degrees of Freedom PID Arithmetic Auto tuning PID function for different systems Increasing Decreasing temperature quickly Heating system with low speed Optional control output modularization design OHigh anti interference Switching Power Supply SPS is 100 240VAC Applied to system temperature control For your safe please read the below content carefully before you use the temperature controller m Safe Caution x Please read the manual carefully before you use the temperature controller X Please comply with the below important points A Warning An accident may happen if the operation does not comply with the instruction A Notice An operation that does not comply with the instruction may lead to product damage X The instruction of the symbol in the manual is as below A An accident danger may happen in a special condition A Warning 1 A safty protection equipment must be ins
6. 40 C 99 C Output C 2 relays control output Power Supply Blank 85 265V AC DC Dimension mm 3 72W Xx 36H X 58L TX3 Comperssor Thermostat DI ORDERING CODE TX3 C1 2 relay output NTC 10K 36H X 72W X58L I TECHNICAL SPECIFICATION Relay Capacity AC 250V 3ADC sovisa JI PANEL ILLUSTRATION Process variable display Cooling indicator Defrosting indicator Setting key Shift modify key Increase key LI CONNECTION DIAGRAM N AC220V SENSOR PROBE L 58 lt 30 6810 2 t B f CD O lt gt si
7. 45 sr ii 0 5 72 89 5 91 0 TA7 ro 25 0 if 6 i _ at 91 2540 i Ar B E E 2 45 a_i IB 89 5 91 705 TAQ i i ID B ee See B y o L 25 0 if 10 Connecting drawing Power Supply 220VAC 10 Tae Se TA6 9 Voltage Output DC 5V 30mA Voltage Output DC 5V 30mA Relay Output AC 250V 3A Relay Output AC 250V 3A DOOR O OLORO OO DAHAN 8 OT IS LILIT Power RELAY Power RELAY qc 220VAC 10 T TC 220VAC 10 ji SSR i SSR TA4 Power Supply 220VAC 10 Voltage Output DC 5V 30mA Relay Output AC 250V 3A Power RELAY 220VACt10 j O SSR Note please subject to the diagram on the product if any changes 11 Simple Problem Shooting Display Message Shooting Method To check input signal connects or not To check FH FL value To check working temperature is normal or not Display ERR To check input signal selection is right or not KKTAE01B 4 TX3 COMPRESSOR THERMOSTAT FEATURES Temperature display control Measuring range 40 C 99 C Delayed Alarm special order Time defrosting Sensor break protection error display Application TX3 comperssor thermostat is special designed for refrigerating apparatus and machines TX3 is with the function of constant temperature controling defrosting and protecting frigerating compressor by press key simple setting I CODE ILLUSTRATION TX3L1 L L 1 NTC input
8. Alarm Output AC 250V 1A Alarm Output AC 250V 1A Resistance Load Resistance Load Voltage Control Output DC 24V 30mA Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Current Control Output 4 20mA Relay Control Output AC 250V 3A Relay Control Output AC 250V 3A AC DC 100V 240V AL2 ALI TP8 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Resistance Load Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Relay Control Output AC 250V 3A AC DC 100V 240V 11 Simple Problem Shooting Display Message Shooting Method Display HERR Input disconnect or over upper limit please check input signal RAGH value and ambient temperature Display LERR Input disconnect or under lower limit please check input signal RAGL value and ambient temperature KKTPE01B 6 TX3 Series Delicate Temperature Controller Manual Features 1 Temperature Display Control Function 2 Manual Automatic Heating Defrosting Function 3 Stop Defrosting as per setting time or temperature function 4 Setting Memory Function Data can be saved for 10 years 5 Password Protection Function 6 Sensor Disconnect Protection Malfunction Display ER i ONTROLL 7 Fan Control Function 7x3 TEMPERATURE C For your safe please read the below content carefully before you use the temperature controller m Safe Caution Please read the manual carefully before you use the temperature controller P
9. Displaying and controlling function Advanced Two Degrees of Freedom PID Arithmetic Auto tuning PID function for heating controlled system ORelay SSR output Applied to temperature control system requiring cost effective For your safe please read the below content carefully before you use the temperature controller m Safe Caution x Please read the manual carefully before you use the temperature controller X Please comply with the below important points A Warning An accident may happen if the operation does not comply with the instruction A Notice An operation that does not comply with the instruction may lead to product damage The instruction of the symbol in the manual is as below A An accident danger may happen in a special condition A Warning 1 Asafty protection equipment must be installed or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation and equipment etc Otherwise it may cause serious loss fire or person injury 2 Apanel must be installed otherwise it may cause creepage leakage 3 Do not touch wire connectors when the power is on otherwise you may get an electric shock 4 Do not dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire 5 Please check the connection number whil
10. lt FH A L2 L3 Alarm 3 setting value PL lt FH PS Measured value amendment 100 100 Manual auto setting 0 Manual 1 half auto Start Auto tuning manually 0 2 2 auto Start Auto tuning automatically after power on If the units digit 4th digit from left to right is 1 SV is prohibited to changed if the tens digit 3rd digit is 1 menu parameters are prohibited to changed Output function setting menu Control mode 0 ON OFF control 1 Heating control 2 Cooling control 3 Heating amp cooling control a ae Proportional coefficient P 0 ON OFF control 0 9999 D o 2 0 3 ADI AD2 HY3 AD3 0 40 2 0 100 KKAI808E01 4 Upper limit of control output Input function setting menu ED BRL Display for 4mA transmit current output FL FH Display for 20mA transmit current output FL FH Communication setting menu BAD Baud rate 4 8K 9 6K 19 2K K 4 Alarm function table Alarm output AL1 AL2 is independent with each other Direct High limit RS AL Inverse Low limit SAN a y AL SVFAL High relative to SV SV Low relative to SV wyt __ 9 Apperance amp Mounting Dimension Panel size Side face size Mounting size D A ia G 7 H 0 1 1 e AAA 2358 m Di lt gt KKAI808E01 5 10 Connection Drawing Model AI808P 6 AI808P 8 Power 100 240Vac 11 Simple Problem Sh
11. moist under sunshine heat radiation and vibration Otherwise it may cause explosion 6 In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction 7 Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover 1 Model AI808P DO DODO Signal input 10 One signal input without communication 18 One signal input with RS485 communication please indicate when order Alarm function C 2 alarm output OUT2 relay output is 3rd alarm output when the heating amp cooling control is not used Output function R Relay S Logic SSR D Current 4 20mA Dimension 4 48Wx48H 6 48Wx96H 7 72Wx72H 8 96Wx48H 9 96Wx96H 16 80Wx160H 80 160Wx80H 12 120Wx120H AI808 series intelligent temperature controller with 50 program stages control KKAI808E01 1 2 Model Indication Model Alarm no OUTI OUT2 Communication AI808P CIRC10 Relay output Relay output AI808P LISC10 a SSR output Relay output 0 AI808P L DC10 a ae 4 20mA current output Relay output AIgosp ORCI8 2 Relayoutput Relay output RS485 Modbus RTU AI808P OSC1I8 2 SSR output Relay output RS485 Modbus RTU AI808P ODC18 2 4 20mA current output Relay output RS485 Modbus RTU 3 Main Technical Parameters 1 Whole controller parameters Power supply 100 240VAC Between the con
12. 4 48Wx48H 6 48Wx96H 7 72Wx72H 9 96Wx96H TA series temperature controller 2 Model indication Model Outputode Dimension mm _ TA9 SA10 96Hx96WX100L 3 Technical Parameters Input Type TC type K Resolution 1 C Accuracy 0 5 FS 3digits Relay output Capacity 3A 220VAC Output Type Logic output 5V Voltage Load 30mA Voltage 220VACt10 Current lt 30mA 220VAC Ambient Temperature Ambient Humidity 45 85RH 4 Panel PV Display Window Measuring Value Display Window PV Value or Parameter Code SV Display Window Setting Value Display Window AT Auto tuning Indication On means Auto turning Active SV Value or Parameter Code OUT Control output Indication Lamp On Output Active AT Indicating Lamp Off No Output SET Setting Mode Shift Key OUT Indicating Lamp SET Function Key Decrease Key AT Key Increase Key 5 Panel Key Operation 1 SET Key In normal display status press AT Key to show SV modifying menu SV value flashes press SET key for a few seconds to show setting menu 2 A W Key Press them to set the value in SV value menu or setting menu 3 A Key In modifying SV status press it for a few seconds to increase SV value quickly 4 Y Key In modifying SV status press it for a few seconds to decrease SV value quickly 5 After parameters are changed press SET key to confirm and save 6 AT Key In normal display status press it for a few seco
13. 6 7 9 optional eg 4 48Hx48Wx100L mm TE4 power supply 85 265V AC DC TECHNICAL SPECIFICATION 110V 220V 10 AC DC TE4 85 265VAC SW lt 80 R 48Hx48Wx100L 96Hx48Wx100L 72Hx72Wx100L 96Hx96Wx100L _ PANEL ILLUSTRATION TE TEMPERATURE CONTROLLER Measuring value or variable code display range 199 999 Preset control value or variable setting value display Auto tuning indication Active output indication Alarm Indication Select confirm key or modify key for SV display y Decrease iS A Increase key Press AT key more than 3 S to enter escape auto tuning or as shift key for modify estate J CONNECTION DIAGRAM 85 265V AC DC TE6 TE9 Note please refer to the diagram sticking on the enclosure if any changes TX3 COMPACT SIZE TEMPERATURE CONTROLLER FEATURE Compact size Various RTD input widely application ON OFF normal PID auto tuning PID control O Optional control output Relay SSR Applications Widely applicated in chemical petrochemical thermal power metallurgy oharmacy light industry machinery heat treatment and lab equipments for temperature indicate and control I CODE ILLUSTRATION TXLILI LILILI 10 Single input Pt100 Cu100 I Alarm B 1 arlam Output R Relay output S SSR Power Blank 85 265V AC 50 60Hz Dimension mm 3 36Hx72Wx58L TX compact size temperature controller SCR output or Cu 50 input should be
14. D Power 100 240V AC KKTRCO1 Page 5 TRO Power Supply AC 100V 240V TR4 Power Supply AC 100V 240V Alarm Ouput AV 250V 1A Alarm Output AV 250V 1A Resistance Load Resistance Load Relay Output AC 250V 3A Relay Output AC 250V 3A INPUT INPUT mV mV TC OUT2 TC Q O ama AL2 ao Z SSR SSR Q RELAY ALI Power RELAY De de 100 240V AC oe G O T T O O 11 0 9 8 HI 6 HS H4H3 HAH 100 240V AC Power 11 Simple Trouble Shooting Method Displaying Message Trouble Shooting Method i No sensor connected or input signal is higher than the highest limit Displaying HERR To check the input signal amp RAGH value amp ambient temperature i No sensor connected or input signal is lower than the lowest limit Displaying LERR To check the input signal amp RAGL value amp ambient temperature Toky Electrical Co Ltd Add Civil Science amp Technology Park No 8 Minke West Road Shigi North District Zhongshan Guangdong China Tel 86 760 3371808 Fax 86 760 8722611 Contact Mr River Wong E mail wm toky com cn KKTRC01 Page 6 TP Series Temperature Controller Manual Features TC RTD Analog signal universal input selected by software menu With display alarm and adjusting function Advanced Two Degrees of Freedom PID Arithmetic Auto tuning function suitable to different system Quick heating cooling and Slow heating system Optional control output modular
15. SV value press A key or W key for 3 seconds until AT indicating lamp turns on AT lamp on means Auto tuning is running At this moment please don t change the SV value or any parameters on the machines equipments in order to make sure the Auto tuning accuracy After AT lamp turns off the controller will refresh the P I D value automaticaly At this moment the controller can control temperature automatically and accurately 9 Mounting Dimension 1 Mounting 2 Dimension 3 The dimension list of TP models Size Model moar a B c o gt e F o u tea amos amos 30 25 as 4s s w oos 25 30 a o n 100 Teo ter erssos estos 30 25 m m 10 10 to sitos 9105 25 25 96 9 18 10 TP8 91 0 5 44405 25 30 48 12 100 _ KKTPEO1B 5 10 Connection drawing TP9 Power Supply AC DC 100V 240V TP4 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Alarm Output AC 250V 1A Resistance Load Resistance Load Voltage Control Output DC 24V 30mA Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Current Control Output 4 20mA Relay Control Output AC 250V 3A Relay Control Output AC 250V 3A AC DC 20 100V 240V 21 AC DC 10 Ca AL2 02 100V 240V 9 ay ALI ALI ON e 8 3 7 mV 2 Ole 2 de 25 RTD SSR mA a Nc 6 1 mV 28 i TP6 Power Supply AC DC 100V 240V TP7 Power Supply AC DC 100V 240V
16. Slee one o denote the dimension 4 6 7 optional eg 7 72Hx72Wx100L TM4 power supply 85 265V AC DC LI TECHNICAL SPECIFICATION 110V 220V 10 AC DC TM4 85 265Vac lt 80 R 0 250S select by customers 1 000 000 times 48H x48Wx100L 96Hx48Wx100L 72Hx72Wx100L L PANEL ILLUSTRATION Process variable display Auto tuning indication Active output indication Alarm Indication Select confirm ke i Press AT key more than 3 S to enter escape auto tuning Setting thumb switch CI CONNECTION DIAGRAM ae eee Li dre bd cO TM7 X Note please refer to the diagram sticking on the enclosure if any changes I DIMENTIONS AND CUT OUT 100 48 7 i ABO a 30 ia DD TM4 48 ill 45 ca o gd 48 1 1 o S 25 ne 45395 y P Is 0 5 TM6 96 90 91 5 P ID DD ID a Tes y jo __ __ _ a2 67 5 108 TD Series Temperature Controller Manual Features TC RTD universal input selected by software menu Displaying and controlling function 4 digit LED display Advanced Two Degrees of Freedom PID Arithmetic O Auto tuning PID function for heating controlled system Optional Relay SSR control output One alarm output optional alarm mode
17. TP4 RB10 TP4 SB10 1 48Hx48WX 105L 1 48Hx48WX105L 48Hx48WX105L 96Hx48WX112L 96Hx48WX1 12L 96Hx48WX112L 96Hx96WX118L Logic SSR 96Hx96WX118L TP4 DB10 TP7 DC10 TP8 RC10 TP8 SC10 TP8 DC10 96Hx96WX118L 3 Technical Parameters 1 Meter Parameters 2 Input Signal 0 swr owe oessa oo rese T_T ll f T 2 Gear Ressam oo todigisad nso 3 Output control Output Type Capacity Current output 4 20mA load resistance Max 6000 DC 24V voltage drive load 30mA KKTPE01B 2 4 Panel TEMPERATURE CONTROLLER PV OUT Indicating Lamp KULI PV Value or Parameter Code Ci ALI Indicating Lamp AL2 Indicating Lamp SV Val alue or Parameter Code AT Indicating Lamp J va SET Function Key Decrease Key Increase Key 5 Panel Key Operation PV Display Window Measuring Value Display Window SV Display Window Setting Value Display Window ALI Alarm 1 Output Indication On Alarm Active Off No Alarm AL2 Alarm 2 Output Indication On Alarm Active Off No Alarm AT Auto tuning Indication Flashing Auto tuning Active OUT Control output Indication Lamp On Output Active Off No Output SET Setting Mode Shift Key 1 SET Key In normal display status press SET Key to show SV modifying menu press SET key for a few seconds to show setting menu 2 A W Key Press A or W to set the value in SV value menu or setting me
18. special ordered I ORDERING CODE Up or Down 40 5 FS 2digit 85 265V AC DC Pt100 Cu100 05 Fst2dgit 85 265V ACIDO The default input is Pt100 LI TECHNICAL SPECIFICATION 85 265V AC or 24V DC 5W 0 C 50 C lt 80 RH 0 5 FS 3dight PT100 CU100 OTC 0 5 S Relay SSR 36Hx72Wx58L LI CONNECTION DIAGRAM N AC220V SENSOR PROBE L 58 lt 30 6810 2 t B f CD O lt gt si TM THUMB SWITCH TEMPERATURE CONTROLLER PATENT PRODUCT FEATURE 3 digits LED display OThumb switch setting minus temperature control available TC RTD universal input optional OPID auto tuning get the PID value automaticlly PF TOKY PIGIA WA Various control output modified by modules ies om e 48Hx48Wx100L OSingle alarm 72Hx72Wx100L 96Hx48Wx100L OSimple operating used for temperature measure control and alarm LI CODE ILLUSTRATION TMEIEIJ EJE 10A Single universal input Advanced thumb switch 10B Single universal input domestic thumb switch Alarm output B single alarm Output R Relay S SSR K SCR Power Supply Blank 110V 220VAC TM4 85 265V AC DC not included in below table Dimension mm 4 48Hx48Wx100L 6 96Hx48Wx100L 7 72Hx72Wx100L TM Thumb Switch Temperature Controller J ORDERING CODE Blank 110V 220V Blank 110V 220V SOR Output Relay Output Blank 110V 220v K J E T ees
19. table Types sow gt E pe temocmpie ao e gt Ttype thermocouple 530 400 C 1 C r AT e emo SOSTE E TOT e ua 1 P PE ni 5 Panel indication PV Value or Parameter Code SV Value or Parameter Code AL2 Indicating Lamp ALI Indicating Lamp OUT Indicating Lamp OUTI Indicating Lamp AT Auto tuning Indicating Lamp PV Display Window COMM Communication Indicating Lamp Measuring Value Display Window AUTO Manual Automatic Control SV Display Window Indicating Lamp Setting Value Display Window SET Function Key AL3 Indicating Lamp BS 4 20mA current Indicating Lamp 6 Panel Key Operation 1 SET key In normal display status press SET key to show setting menu press SET key for a few seconds to show advanced setting menu 2 key press key to make the parameters to flicker the parameters can be changed 3 A W key to change parameters in setting status 4 In advanced setting menu press SET key for a few seconds to quit the menu and back to normal display status 5 In normal display status press key for 3 second to start Auto tuning function at this moment AT indicating lamp turns on KKAI708E01 3 7 Operation Sequence Power on amp Reset Press SET key for a few seconds 30 an Measuring status a SET j Press SET key for a few seconds Press SET Output function second ser SET SET Control mode Press SET key Input function for a few seco
20. the moment when the controller starts defrosting and it is locked after the defrosting finishes and the systems runs for the time of Rt the controller returns to display the actual room temperature 4 Room temperature statistical function a Automatically record the highest lowest average room temperature press UP key for 5 second to display HT and the statistical value ASS lt SET lt SET lt SET SET Measuring Status gt HT gt HT Value gt LT gt LT value gt AT gt AT value gt CLR gt measuring status HT The higest room temperature LT The lowest room temperature AT The average room temperature CLR To clean historical record menu b HT LT and AT do not reponse to the temperature value that changes instantly the detecting cycle is 1 minute i e it takes an average temperature value within 1 min as a measured value c When it displays CLR press A key to show OK and clean the historical record and do the statistic for new data 5 Sensor Amendment Function a Subject To amend the temperature difference caused by different environment or the function change of the sensor itself during actual measuring b To enter the menu and adjust PSI and PS2 to amend the sensor 9 Connection INPUT NTC 10K Range 40 C 99 9 C 30 8 A 250V 10 5 A 250V POWER SUPPLY 85 265V AC 50 60Hz e on W POWER Evap Room NO defrosting a Pra m AORE gie rat 10 Dimension I2 58 30 68 gt gt ATOKY TOKY ELE
21. tuning gets an accurate result After the AT lamp turns off the controller will refresh the P I D value automatically At this time the controller can control temperature automatically and precisely 9 Outlook and installation dimension Panel size Side face size Mounting size G 157 H0 1 O 7 0 5 F 0 RARA RARA m 0 1 gt KKTDE01 3 10 Connection drawing Power Supply 220VAC 10 Power Supply 220VAC 10 TD9 Voltage Output DC 5V 30mA TD7 Voltage Output DC 5V 30mA Relay Output AC 250V 3A Relay Output AC 250V 3A TC 0 SSR od i RELAY AL Power RELAY AL TC 220VAC 10 6 lt Power 220V AC 10 SSR Power Supply 220VAC 10 Power Supply 220VAC 10 TD6 8 Voltage Output DC 5V 30mA TD4 Voltage Output DC 5V 30mA Relay Output AC 250V 3A Relay Output AC 250V 3A Power RELAY AL 220VAC 10 T SSR Note Please subject to the drawing on the product as final if it is different from the above one 11 Simple Problem Shooting Display Message Shooting Method To check input signal connection well or not To check FH FL value To check working temperature is OK or not Display Err To check input signal selection is right or not KKTDE01 4 TA Series Temperature Controller Manual TEMPERATURE CONTROLLER Features OK type TC input other type input should be ordered
22. 0 Display lowest limit See input signal table 0 Display highest limit See input signal table 1200 Menu lock password SV value is prohibited to change if rightmost digit is 1 All other value is prohibited to change if tens digit is 1 Input signal table 0 KepeTC 20 1300 C ic 05 Fstadigis gt 100KQ o 6 CU so 1500 OIC 0 5 FSs3digis 0 2mA 8 Advanced Function P I D parameters setting amp Auto tuning operation 1 To set P I D parameters manually The default PID value has been pre set when the product is ex factory This P I D value is applicable to normal heating system for temperature control If the temperature control performance is not very good with the default PID value the value can be changed according to the experience for those users who have the automation control theory amp experience 2 To set P I D parameters automatically If users do not know how to set the PID value they can use the Auto tuning function of the product The Auto tuning function will calculate the P I D value it needs automatically as per different heating system to control temperature Auto tuning method At first set the SV value then press AT for more than 3S Wait until the AT indicating lamp turning on then release pressing AT indicating lamp ON means Auto tuning is running Please do not change SV value or other parameters on the controller or the controlled equipments to make sure the Auto
23. 999 I D HY Manual auto setting 0 Manual 1 half auto Start Auto tuning manually 2 auto Start Auto tuning automatically after power on If the units digit 4th digit from left to right is 1 SV is prohibited to changed if the tens digit 3rd digit is 1 menu parameters are prohibited to changed Heating control j 0 ON OFF control hysteresis 0 1000 2 1 250 20 OUTI control cycle 0 230 20 OUT2 control cycle Dead area for heating amp cooling control Alarm hysteresis 3 Alarm mode 3 KKAI708E01 4 Upper limit of control output 1 100 Input function setting menu Input signal type Please refer to input signal table Lower display limit of input signal Please refer to input signal table Upper display limit of input signal Please refer to input signal table Decimal point setting Only effective for analog signal input BRL Communication setting menu BAD Baud rate 4 8K 9 6K 19 2K K 4 Alarm function table Alarm output AL1 AL2 is independent with each other Inverse Low limit AL Low relative to SV wn SV AL SV SVAL High relative to SV SV 9 Apperance amp Mounting Dimension H 0 1 Panel size Side face size Mounting size A e i marea G IK n D B B E Pag m y Ib 0 1 KKAI708E01 5 10 Connection Drawing Model AI708 9 Ac
24. AI708 Series Intelligent Temperature Controller User Manual Features TC RTD Analog signal universal input selected by software menu With display alarm and adjusting function Advanced Fuzzy algorithm amp Two Degrees of Freedom PID Arithmetic Optional control output modularization design Good anti jamming Switching power supply 100 240VAC Applied to system temperature control application OOO DO For your safe please read the below content carefully before you use the temperature controller m Safe Caution Xx Please read the manual carefully before you use the temperature controller X Please comply with the below important points A Warning An accident may happen if the operation does not comply with the instruction A Notice An operation that does not comply with the instruction may lead to product damage The instruction of the symbol in the manual is as below A Anaccident danger may happen in a special condition 1 A safty protection equipment must be installed or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation and equipment etc Otherwise it may cause serious loss fire or person injury 2 A panel must be installed otherwise it may cause creepage leakage Do not touch wire connectors when the power is on otherwise you may get an electric shock 4 Do not
25. CRTICAL CO LTD Add Civil Science amp Technology Park No 3 Minke West Road Shiqi North District Zhongshan Guangdong China Tel 86 760 3371808 Fax 86 760 8722611 Web www toky com cn E mail wm toky com cn KKTX3RE01A 04 TE ECONOMICAL TEMPERATURE CONTROLLER PATENT PRODUCT E FEATURE O Simple operation economical type TE SERIES CONTROLLER OTC RTD universal input Auto tuning PID control Optional control output Relay SSR SCR Various dimentions for selection 72Hx72Wx100L 96Hx48Wx100L TE is widely applied in various industries for temperature measuring alarm and control with ON OFF PID control and relay SSR SCR control output optional CODE ILLUSTRATION TELILI LILILILILI Blank normal program H improved progarm the displaying value without decimal point 10 Single universal input J T K E Pt100 Cu100 Alarm B Single alarm Control Output R Relay S SSR K SCR Blank Auto tuning PID Power Supply Blank 110 220VAC TE4 85 265V AC not included in below table Dimension mm 4 48Hx48Wx100L 6 96Hx48W x100L 7 72Hx72Wx100L 9 96Hx96Wx100L TE Economical Temperature Controller Special ordered for Cu50 input I ORDERING CODE Single Alarm Relay Output 110V 220V KJET Single Alarm SSR Output 110V 220V Pt100 Cu100 Single Alarm SCR Output 110V 220V Filled by the customers require special specification O denote the dimension 4
26. D parameters amp Auto tuning operation 1 To set P I D parameters manually A default PID value has been set before the controller is ex factory This P I D value is applied to normal heating cooling system for temperature control If the performance is not so good with the default P I D the value can be changed manually for the users who have some automation control theory and experience 2 To set P I D parameters automatically If users do not know how to set P I D parameters they can use the Auto tuning function of the controller Auto tuning function is that the controller calculates the P I D value according to the specific heating system and then controls temperature automatically as per the P I D value it gets Auto tuning method At first set the SV value press A key or W key for 3 seconds until AT indicating lamp turns on AT lamp on means Auto tuning is running At this moment please don t change the SV value or any parameters on the machines equipments in order to make sure the Auto tuning accuracy After AT lamp turns off the controller will refresh the P I D value automatically At this moment the controller can control temperature automatically and accurately 9 Mounting Dimension 1 Mounting 2 Dimension 3 The dimension list of A1508 models pp E Pare ans sos o ale ls ls oo _ An086 asos oros 25 30 4 o 12 100 ser ess osos oe n n a isos or
27. T Defrosting Display The delay time Maintenance Time selection of compressor working after first power on The delay time of compressor working after power on i SET Temperature I SET l Running Time Unit Setting High Temperature Alarm Selection Room temperature amendment value SET Defrosting Display Maintenance Defrosting Time Selection Low Temperature Alarm Selection Defrosting temperature amendment value Defrosting SET Mode Selection Heat Pump Defrosting Temperature Selection High temperature Alarm value setting SET SET Defrosting Compressor turn on delay Function Selection Low temperature Alarm value setting SET Temperature Control Hysteresis 1 Level 1 menu Parameter selection DN NT O o wm lw 2 i Daeron powan oms TT 3 ast Amen orRoom emerse SPESE _ as Ameno ersig emea avemave TT te ver mi rca enee aoc senenn SSC 7 ee veste se cor psi stema step iS mimo mimo gt set peer vessse mw 2 Level 2 menu Function selection use AR pm Pet steal sme cen ene Parameter PAR Display Definition to be affected Setting range Ex factory setting 1 Por Delayiieofcompresoraierpoveron 2 ra verno Ye 2 ti tener atm inci sam veo gt n tovrempene stem incon et eo ve a a e Ss oe pstig ion von vene re _ o 6 om DefostingMod 9
28. alue Password lock Measuring range lower limit Derivative time 1 Alarm mode Press SET key again to display each menu circularly press SET key for a few seconds to quit the setting menu and return to normal display status Press A key or W key to set or change the value in each menu Press SET key to confirm and show next menu Measuring range upper limit 2 Alarm value Control mode Proportional amendment value Decimal point 2 Alarm mode OUT control cycle When the menu is dP press SET key to quit the menu and return to PV bias value normal displaying status Note Only when PAS is set as 11 the next menu can be saw So PAS can be used to shield the following menus KKAI508E01B 3 7 PID Control Menu Ex Factory Parameter Indication Setting Range setting Proportional Band The smaller the proportional band is the faster the system heats Instead the slower the system heats Increase proportional band will decrease the oscillation but increase control bias Decrease proportional band will decrease control bias but cause oscillation 0 Upper Limit 20 0 3600 240 Derivative Time To decrease the derivative time to a proper value can prevent the system from oscillating The bigger the D is the stronger the derivative action is 0 On Off control 1 Heating control 2 Cooling control 0 2 Proportional amendment value for amending static error 0 1 PV bias value f
29. ature will raise 17 C per minute in average If MO 2 there is no time limit for temperature raise in this stage when temperature reaches 200 C the stage will jump to next one automatically 5 In normal display status press SET key and Akey at the same time to show the parameter setting menu of program stage control SV02 2nd stage value 6 In normal display status press SET key and W key at the same time to run stop program stage control function HOLD lamp is on when program stage control is running HOLD lamp is off when this control stops running MO01 Ist stage control mode STO1 Ist stage control time JT a CI ni Mu cl Data lt gt e gt 2nd 50th stage Example Here is a control process with below requirement the relevant setting is on the right side lt ab lt gt 1 Temperature raises to 300 C SV01 300 MO01 2 No time limit s0 ST50 50th stage control time 2 Temperature is keep at 300 C for 20 minute SV02 300 MO02 1 ST02 20 3 Temperature falls to 150 C SV03 150 MO03 2 4 Temperature is keep at 150 C for 60 minute and then SV04 150 MO04 1 ST04 60 5 Program jumps to No 10 stage MO05 10 6 Temperature falls to 25 C at No 10 stage SV10 25 MO10 2 7 Program control stops running at No 11 stage MO11 0 8 Menu Parameter name Indication Setting range Ex factory setting Setting menu ALI Alarm setting value FL FH 200 A Alarm 2 setting value PES
30. ct 5 This product should be avoid working under the circumstance that is flammable explosive moist under sunshine heat radiation and vibration Otherwise it may cause explosion 6 In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction 7 Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover 1 Model AIS08 0 0 O Cl Signal input 10 One signal input eli Alarm function B 1 alarm output C 2 alarm output Output function R Relay S Logic SSR D Current 4 20mA Dimension 4 48Wx48H 6 48Wx96H 9 96Wx96H 7 72Wx72H 8 96Wx48H 16 80Wx160H 80 160Wx80H AIS08 series temperature controller KKAI508E01B 1 2 Model Indication 48Hx48WX 105L 96Hx48WX112L 96Hx48WX112L 96Hx48WX112L 96Hx96WX118L AI508 9 SC10 96Hx96WX118L AI508 9 DC10 96Hx96WX118L AIS08 7 RC10 72Hx72WX112L AIS08 7 SC10 72Hx72WX112L AI508 7 DC10 72Hx72WX112L Logic SSR 80Hx160WX112L AI508 16 SC10 Logic SSR 160Hx80WX112L 3 Technical Parameters AI508 80 SC10 AI508 80 DC10 1 Meter Parameters 2 Input Signal Input type o swere O ET e o a e o o oasa O Om T E 3 Output control Output Type Capacity Current output 4 20mA load resistance Max 6000 DC 24V voltage drive load 30mA KKAI508E01B 2 4 Panel PV Display Window Meas
31. curacy 0 3 FS 3digits 25 C Temperature excursion lt 0 01 FS C Model AI708 6 AI708 8 Accuracy 0 3 FS 3digits 25 C Temperature excursion lt 0 01 FS C Power 100 240Vac Power 100 240Vac 11 Simple Problem Shooting Display Message Shooting Method Display HHHH Input disconnect or over upper limit please check input signal FH value and ambient working temperature Display LLLL Input disconnect or under lower limit please check input signal FL value and ambient working temperature KKAI708E01 6 A1I808 Series Intelligent Temperature Controller User Manual Features O TC RTD Analog signal universal input selected by software menu With display alarm and adjusting function Advanced Fuzzy algorithm amp Two Degrees of Freedom PID Arithmetic Optional control output modularization design Good anti jamming Up to 50 program stages control DOO For your safe please read the below content carefully before you use the temperature controller m Safe Caution X Please read the manual carefully before you use the temperature controller X Please comply with the below important points A Warning An accident may happen if the operation does not comply with the instruction A Notice An operation that does not comply with the instruction may lead to product damage X The instruction of the symbol in the manual is as below A Anaccident danger may happen in a special condition 1 A safty protection
32. dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire 5 Please check the connection number while you connect the power supply wire or input signal otherwise it may cause fire 1 This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock accident may happen 2 When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the connectors may be damaged or get fire 3 Please comply with the rated specification Otherwise it may cause electric shock or fire and damage the product 4 Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the product 5 This product should be avoid working under the circumstance that is flammable explosive moist under sunshine heat radiation and vibration Otherwise it may cause explosion 6 In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction 7 Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover eS KKAI708E01 1 1 Model AI708 LJ LJ O LI Input amp Communication 10 One input without communication
33. e you connect the power supply wire or input signal otherwise it may cause fire 1 This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock accident may happen 2 When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the connectors may be damaged or get fire 3 Please comply with the rated specification Otherwise it may cause electric shock or fire and damage the product 4 Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the product 5 This product should be avoid working under the circumstance that is flammable explosive moist under sunshine heat radiation and vibration Otherwise it may cause explosion 6 In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction 7 Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover KKTAE01B 1 1 Model TA OO LI Ti Input signal type K K type TC JiJtype TC E EtypeTC TT type TC PT100 PT100 RTD CU50 CU50 RTD CU100 CU100 RTD Blank Other types should be ordered Input 10 Single input Alarm A No alarm output Output R Relay output S Logic output Dimension
34. equipment must be installed or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation and equipment etc Otherwise it may cause serious loss fire or person injury 2 A panel must be installed otherwise it may cause creepage leakage 3 Do not touch wire connectors when the power is on otherwise you may get an electric shock 4 Do not dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire 5 Please check the connection number while you connect the power supply wire or input signal otherwise it may cause fire Caution 1 This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock accident may happen 2 When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the connectors may be damaged or get fire 3 Please comply with the rated specification Otherwise it may cause electric shock or fire and damage the product 4 Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the product 5 This product should be avoid working under the circumstance that is flammable explosive
35. er Indication Setting Range l setting Proportional Band The smaller the proportional band is the faster the system heats Instead the slower the system heats Increase proportional band will decrease the N ii i i 0 Upper Limit oscillation but increase control bias Decrease proportional band will decrease control bias but cause oscillation Integral Time The smaller the integral time is the stronger the integral action is and better for eliminating the bias between it and the setting value If the integral time 0 3600 is too short it may not eliminate the bias Derivative Time To decrease the derivative time to a proper value can prevent the 5 system from oscillating The bigger the D is the stronger the derivative action 1s 0 3600 PPS PS H55 0 On Off control 1 Heating control 2 Cooling control Proportional amendment value for amending static bias ee e PV amendment value for amending the bias caused by the measuring process 90 50 po On Off control hysteresis It is effective when o is set as 0 0 25 po OUT control cycle For relay output it is bigger than 4 for logic or pulse output it is 2 for current output it is 1 RAGI RAGH Upper limit of measuring range 0 No decimal point 1 1 digit decimal point 2 2 digit decimal point Not effective for TC RTD input Alarm parameters table Alarm output AL1 AL2 has no relation with each other Upper limit absolute alarm Lower limit abso
36. eresis value is fixed at 0 6 TR4 does not have AL2 Lowest Limit 200 Highest Limit SAZ Alarm 2 mode Please refer to Alarm Parameter Table TR4 does not have SA2 0 6 0 rp OUT1 Control Cycle Relay Output gt 4 logic level output or pulse output must be set 1 120S 20 as 2 current output is set as 1 5 Out2 output proportional band Only effective in heating cooling control 1 600 20 HYS Dead area When in heating cooling control the area that heating proportional band 10 10 0 does not superpose cooling proportional band LLP OUT2 Control Cycle Only effictive in heating cooling control 1 605 20 FE Filter constant The smaller Ft is the faster response is but may cause fluctuation 0 255 60 LEE 0 Can change any parameters 1 0nly can change SV value 2 Any change is prohibited 0 2 0 Measuring parameters setting menu Indication Setting Range INPT Input signal select please refer to input parameter table 0 No decimal point 1l one digital decimal 2 two digital decimal It is not effective for TC RTD input Alarm Parameter Table Alarm Mode Alarm Output AL1 AL2 is independent with each other SAl and SA2 are the number between 1 to 6 Alarm Code 1 Highest Limit Absolute Value Alarm ee AL ne a Lowest Limit Absolute Value Alarm r e AL SPAL SP Highest Limit Tolerance Value Alarm Lowest Limit Tolerance Value Alarm SP AL SP Highest Lowest Limit Tolerance Value A
37. g Program stage control setting method 1 There are total 50 program stages For each stage there are 3 settable parameters SV MO ST Power on amp Reset 2 SV value is the object control value of a stage for example if SV is 200 the object control value of i this stage is 200 C a 3 MO value is the control mode of a stage Measuring status MO value is 50 1 it means the current stage will jump to the appointed stage for example Il siate sa if it is 45 it means the current stage will jump to stage no 45 directly after the control of this stage control stage 1S finished prin stage MO value is 0 it means the program stage control function will be stopped automatically when the aaa program turns to this stage MO value is 1 it means when a stage control is running the condition for jumping to next stage STEP Program stage number is setting time when time is up this stage will jump to the next appointed stage automatically MO value is 2 it means when a stage control is running the condition for jumping to next stage is setting temperature when the current temperature changes to the setting value this stage will jump SVOl Ist stage value to the next appointed stage automatically 4 ST value is running time of a stage the unit is minute When MO is set to 1 the stage will run until ST is changed to 0 For example SV 200 MO 1 ST 10 the current temperature is 30 C this stage will run for 10 minutes So the temper
38. ication Lamp On Output Active Off No Output Only Effective under the Heating Cooling Control On Not cool ing SET Setting Mode Shift Key lt SV Value or Parameter Code SET Function Key gt Decrease Key Increase Key 1 Panel Key Operation 1 SET Key In normal display status press SET Key to enter SV setting menu press SET key for a few seconds to enter setting menu 2 AV Key Press them to set the value in the SV value menu or setting menu 3 A Key In normal display status press it for a few seconds to enter Auto tuning which is applied to quick heating amp cooling system For increasing temperature quickly 4 W Key In normal display status press it for a few seconds to enter Auto tuning which is applied to slow heating amp cooling system For small overshoot 2 P I D parameters setting amp Auto tuning operation 1 To set P I D parameters manual ly The default PID value has been pre set when the product is ex factory This PID value is applicable to normal heating cooling system for temperature control If the temperature control performance is not very good when using the default PID value the value can be changed according to the experience for those users who have the automation control theory amp experience 2 To set P I D parameters automatically If users do not know how to set the PID value they can use the Auto tuning function of the product The Auto tuning function will ca
39. ident may happen 2 When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the connectors may be damaged or get fire 3 Please comply with the rated specification Otherwise it may cause electric shock or fire and damage the product 4 Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the product 5 This product should be avoid working under the circumstance that is flammable explosive moist under sunshine heat radiation and vibration Otherwise it may cause explosion 6 In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction 7 Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover 1 Model TDOO O Input 10 Single input Multi input type TC RTD Alarm B One alarm output Output R Relay output S Logic output SSR Dimension 4 48Wx48H 6 48Wx96H 7 72Wx72H 8 96Wx48H 9 96Wx96H TD series temperature controller KKTDE01 1 2 Model indication Control Output Mode Alarm Output TDO RB10 Relay output One relay output One relay output TDO SB10 Logic output 3 Main Technical Parameters For TC Resolution 1 C Input Signal Accuracy 0 5 FS 3digits be
40. ization design Good anti interference Switching power supply 100 240VAC Applied to system temperature control application OOOO OOO Oo For your safe please read the below content carefully before you use the temperature controller im Safe Caution X Please read the manual carefully before you use the temperature controller Please comply with the below important points A Warning An accident may happen if the operation does not comply with the instruction A Notice An operation that does not comply with the instruction may lead to product damage The instruction of the symbol in the manual is as below A Anaccident danger may happen in a special condition A Warning l Uo A safty protection equipment must be installed or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation and equipment etc Otherwise it may cause serious loss fire or person injury Apanel must be installed otherwise it may cause creepage leakage Do not touch wire connectors when the power is on otherwise you may get an electric shock Do not dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire Please check the connection number while you connect the power supply wire or input signal otherwise it may cause fire
41. larm SP AL 7 SP AL SP AL SP AL Highest Lowest Limit Interzone Value Alarm KKTRC01 Page 4 Alarm Parameter Table The below two sets of alarm parameters AL1 AL2 are used together Alarm Code Alarm Mode AL1 alarm outputs SAI is the number between 7 to 12 SA2 must be set as 0 7 Highest Lowest Limit Absolute _ _ xSXNNNNXNNSSKNXNXNS Val ALI SP AL2 alue Interzone Alarm os SP AL1 SP AL2 8 Highest Lowest Limit Tolerance Value Interzone Alarm SP Highest Limit Absolute Value amp SP AL1 9 owest Limit lolerance Value Interzone Alarm sp ALD 10 Highest Limit Tolerance Value amp Lowest Limit Absolute Value Interzone Alarm ALI SP SP AL2 11 Highest Lowest Limit Absolute Value Alarm ALI SP AL 12 Highest Lowest Limit Tolerance Value Alarm SP AL1 SP SP AL2 9 Outlook and Installation dimension AS ar 30 40 1 48 n 7 g TR4 48 450205 2540 1 e re 4455 25401 P 45 TRG 96 J 89 5 919 Eee Ub E BY 30 0 1 11 5 78 a SP a 9175 250 1 ee m E E R 45 96 _ 89 5 910 TR9 b Pp Y Hey 2540 1 10 Connection drawing INPUT TRO Power Supply AC 100V 240V mV Alarm Output AV 250V 1A TC Resistance Load Relay Output AC 250V 3A T mA OUT2 SSR
42. lculate the P I D value it needs automatically as per different heating systems of users and then adjust and control temperature automatically as per the calculated PID value Auto tuning method At first set the SV value then press A key or W key for more than 3 seconds Wait untill the AT indicating lamp turning on then release pressing AT indicating lamp ON means Auto tuing is running Please do not change SV value or other parameters on the controller to make sure the Auto tuning gets an accuracy result After the AT lamp turns off the controller will refresh the P I D value automatically At this time the controller can control temperature automatically and precisely 5 Operation Sequence Power On Reset Measurement Status Press A W key at the same time to enter PAS menu set SV value To shield password Hysteresis SET PAS is 11 Dead Area Input Signal Select Integral Time Alarm 1 OUT2 Control Cycle Measure Range Lowest Limit Derivative Time 1 Alarm Mode Filter Constant Measure Range Highest Limit Control Mode Alarm 2 Password Lock SV Decimal Point Proportional 2 Alarm Mode SET Adjust Value Display menu circularly Press SET key for a few seconds to return to the measurement status OUTI Control Cycle Note Only when PAS is set as ll the next menu can be saw Otherwise the next menu can t be saw if the PAS is other numbers PV Adjust Value OUT2 Propo
43. lease comply with the below important points Warning An accident may happen if the operation does not comply with the instruction Notice An operation that does not comply with the instruction may lead to product damage x The instruction of the symbol in the manual is as below A An accident danger may happen in a special condition 1 A safty protection equipment must be installed or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation entertainment or safty equipment etc Otherwise it may cause serious loss fire or person injury 2 A panel must be installed otherwise it may cause creepage leakage 3 Do not touch wire connectors when the power is on otherwise you may get an electric shock 4 Do not dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire 5 Please check the connection number while you connect the power supply wire or input signal otherwise it may cause fire A Caution 1 This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock accident may happen 2 When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the co
44. low 600 C 1 FS 3 digits above 600 C For RTD Resolution 0 1 C Relay output Capacity 3A 220VAC Output Type Power Supply 220VAC 10 lt 30mA 220VAC Working Condition 0 50 C 45 85 RH 4 Panel Indication PV Value or Parameter Code PV Display Window Measuring Value Display Window SV Display Window Setting Value Display Window SV Value or Parameter Code AT Auto tuning Indication On means Auto tuning Active AL Output Indicating Lamp OUT Control output Indication Lamp On Output Active OUT Indicating Lamp AT Indicating Lamp Off No Output SET Function Key SET Setting Mode Shift Key AT Key Decrease Key Increase Key 5 Panel Key Operation 1 SET Key In normal display status press AT Key to show SV modifying menu SV value flashes press SET key for a few seconds to show setting menu 2 A Y Key Press A or V to set the value in SV value menu or setting menu 3 A Key In modifying SV status press it for a few seconds to increase SV value quickly 4 Y Key In modifying SV status press it for a few seconds to decrease SV value quickly 5 After parameters are changed press SET key to confirm and save 6 AT Key In normal display status press it for above 3 seconds to start Auto tuning function 6 Operation Sequence Power on Control Cycle Unit shift selection Alarm Value Input signal selection Alarm Hysteresis Display Lowest Limit Integral Ti
45. lute alarm ERSAN sg AL SR AL gt Upper limit relative alarm Sp Upper Lower limit pan NOAN ov relative alarm SP AL SP SP AL Upper Lower limit tind zone alarm SP AL SP SP AL KKTPEO1B 4 IS Alarm parameters table Alarm code Alarm mode ALI AL2 are used together AL1 alarm output AD2 must be set as 0 Upper and Lower limit absolute zone alarm AL1 SP A Upper and Lower limit a relative zone alarm SP Upper limit absolute and Lower limit relative zone alarm Upper Lower limit absolute alarm SP AL2 Upper Lower limit relative alarm SP AL2 8 Advanced Function 10 Upper limit relative and Lower limit absolute zone alarm SP SP AL2 The setting of P I D parameters amp Auto tuning operation 1 To set P I D parameters manually A default PID value has been set before the controller is ex factory This P I D value is applied to normal heating cooling system for temperature control If the performance is not so good with the default P I D the value can be changed manually for the users who have some automation control theory and experience 2 To set P I D parameters automatically If users do not know how to set P I D parameters they can use the Auto tuning function of the controller Auto tuning function is that the controller calculates the P I D value according to the specific heating system and then controls temperature automatically as per the P I D value it gets Auto tuning method At first set the
46. me Alarm Mode Display highest Limit Derivative Time PV Bias Menu lock password On Off control hysteresis Filter Constant KKTDE01 2 7 Setting Menu Parameter Indication Setting Range AN setting Proportional Band The smaller the proportional band is the faster the system heats Instead the slower the system heats Increase proportional band will decrease the vHichet bin 60 oscillation but increase control bias Decrease proportional band will decrease control bias but cause oscillation If P 0 it is On Off control Integral Time The smaller the integral time is the stronger the integral action is and better for eliminating the bias between it and the setting value If the integral time 0 999 200 is too short it may not eliminate the bias 200 Derivative Time To decrease the derivative time to a proper value can as J99 prevent the system from oscillating The bigger the D is the strongger derivative action is OnO cona isa soave ron forte s 5 DLP umts assoni isien mio vas Dei ami Tee Ad Alarm Mode HL Absolute low HH Absolute high DL Relative low DH Relative high HL HH DL DH 2 PV bias applied to amend the bias caused by the measuring process 50 50 uo Filter constant The smaller Ft is the faster response is but it may cause fluctuation 60 Display value unit selection 0 C ot 0 Input signal selection 0 K type 1 Jtype 2 Etype 3 Ttype 4 PT100 5 CU50 6 CU10
47. mmable explosive moist under sunshine heat radiation and vibration Otherwise it may cause explosion 6 In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction 7 Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover KKTRC01 Page 1 1 2 3 Mode TR LI 2 Two control output and One alarm output 3 Two control output and two alarm output Output R Relay Output Q Logic Output C Current Output Dimension 4 48WX 48H 6 48WX96H 9 96WX lt 96H TR series temperature control ler Model Indication Model Alarm Number Control Output Alarm Output TR4 R2 1 Relay output Relay Output TR4 Q2 TR4 special order b 2 Relay or Logic Output NO Bo TRe R3 2 Relay Output Relay Output N _rre 2 logic Output Relay Output recs 2 current Output Relay Output TI 2 Relay Output Relay Output meas 2 togio Output Relay Output _reoos 2 r Relay Output Primary Techn NIN N N ical Parameters 1 Parameters for whole controller 100 240VAC lt 30mA 220VAC Total Voltage Total Current Ambient Temperature 0 50 C 48Hx48WX 78L 48Hx48WX 78L 48Hx48WX 78L 96Hx48WX78L 96Hx48WX78L 96Hx48WX78L 96Hx96WX78L 96Hx96WX78L 96Hx96WX78L Ambient Humidity 2 Input
48. nds Communication setting menu gt setting menu SET SET aP Input signal Baud rate H mode 5r SET SET Alarm 1 mode EI L lina Proportional coefficient ower limi Meter D of input signal SET communication SET dd SET address Hye Lu Alarm 2 hysteresis ry Upper limit Alarm 3 aun Integral time 1300 of input signal a SET Ade Alarm 2 mode j PV bias c M Denese tine i Decimal point Not effective value 5D for TC RTD input SET On Off control HS Manual auto Alarm 3 hysteresis i t shift menu hysteresis effective when OT 0 Fliter constant x LC bii A 4 nN ies Password lock OUTI control cu cycle SET m Ir Al a aia made Lower limit of transmit current output Lower limit of control output Cooling prportional coefficient effective when OT 3 Upper limit of transmit current output SET Upper limit of control output OUT2 control cycle 2o effective when OT 3 Heating cooling control dead area effective when OT 3 SET Alarm 1 hysteresis SET 8 Menu Parameter name Indication Setting range Ex factory setting Setting menu Alarm 1 setting value FL FH 200 Alarm 3 setting value FL FH 100 Measured value amendment 100 100 0 9999 Output function setting menu Control mode 0 ON OFF control 1 2 Cooling control 3 Heating amp cooling control PB Proportional coefficient 0 9
49. nds to start Auto turning function KKTAE01B 2 Operation Sequence Power on Measuring Status Control Cycle Press SET 3S Proportional Band PV Bias Integral Time Filter Constant Derivative Time Display Lowest Limit Proportional control hysteresis Display highest Limit 7 PID Control Menu Ex Factory setting Proportional Band The smaller the proportional band is the faster the system heats Instead the slower the system heats Increase proportional band will decrease the oscillation but increase control bias Decrease proportional band will decrease control bias but cause oscillation Integral Time The smaller the integral time is the stronger the integral action is and better for eliminating the bias between it and the setting value If the integral time is too short it may not eliminate the bias Derivative Time To decrease the derivative time to a proper value can bigger the D is the derivative action is Proportional control hysteresis only for On Off control Control cycle 1 is SSR control output 4 255 is relay control output rs e e fit Display highest limit 8 Advanced Function 1 P I D parameters setting amp Auto tuning operation To set P I D parameters manually The default PID value has been pre set when the product is ex factory This P 1 D value is applicable to normal heating system for temperature control If the temperature control performance is not very go
50. nectors of power supply to relay output power supply to signal input relay output to Dielectric strength signal input gt 2000VDC Between the low voltage signal isolated with each other gt 600VDC 4 20mA current output load resistance 6000 max OUTI Relay output capacity 3A 230Vac Relay output capacity 3A 230Vac Alarm Relay output capacity 1A 230Vac 2 Input signal table SEF tenes Td cu 0 n KKAI808E01 2 4 Panel indication PV Value or Parameter Code SV Value or Parameter Code AL2 Indicating Lamp ALI Indicating Lamp OUT Indicating Lamp OUTI Indicating Lamp SET Function Key 5 Panel Key Operation AL3 Indicating Lamp Control output indicating light bar HOLD Program stage running status Indicating Lamp AT Auto tuning Indicating Lamp COMM Communication Indicating Lamp AUTO Manual Automatic Control Indicating Lamp BS 4 20mA current Indicating Lamp PV Display Window Measuring Value Display Window SV Display Window Setting Value Display Window 1 SET key In normal display status press SET key to show setting menu press SET key for a few seconds to show advanced setting menu 2 key press lt key to make the parameters to flicker the parameters can be changed 3 A W key to change parameters in setting status 4 In advanced setting menu press SET key for a few seconds to quit the menu and back to normal display status 5 In normal display status
51. nnectors may be damaged or get fire 3 Please comply with the rated specification Otherwise it may cause fire after the working life of the product becomes shorter 4 Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the product 5 This product should be avoid working under the circumstance that is flammable explosive moist under sunshine heat radiation and vibration Otherwise it may cause explosion 6 In this unit it must not have dust or deposit otherwise it may cause fire or mechanical malfunction 7 Do not use gasoline chemical solvent to clean the cover of the product because such solvent can damage it Please use some soft cloth with water or alcohol to clean the plastic cover KKTX3REOIA 01 1 Model Indication TX38LJ LILILIA iu Signal 1 1 loop signal input 2 2 loop signal input C 2 output Control output B 1 output D 3 output Output R Relay output S SSR output P PWM output Power Supply Blank 85 265V AC F 24V DC TX3 Series Intelligent Temperature Controller 2 Model amp Function Function Room temperature refers to the inside temperature of a refrigerator or cooler etc TX3 RCIA Room temperature input Compressor output amp Floodlight output TX3 RC2A Room temperature amp Defrosting temperature input Compressor amp Defrosting output TX3 RDIA Room temperature input Compressor amp Floodlight amp Defrosting output TX3 RD2A R
52. nu 3 A Key In normal display status press it for a few seconds to start Auto tuning applied to quick heating cooling system For raising temperature quickly 4 Y Key In normal display status press it for a few seconds to start Auto tuning applied to slow heating cooling system For small overshoot 6 Operation Sequence Power on Press A V keyat the same time to enter PAS menu Measuring Status normal display status Shielding password Proportional band PAS is 11 Input signal Integral time selection Measuring range lower limit Derivative time Measuring range La Control mode upper limit Decimal point Proportional amendment value When the menu is dP press SET key to quit the menu and return to normal displaying status Note Only when PAS is set as 11 the next menu can be saw So PAS can be used to shield the following menus PV amendment value To set the SV value On Off control hysteresis Filter constant 1 Alarm value Password lock 1 Alarm mode Press SET key again to display each menu circularly press SET key for a few seconds to quit the setting menu and return to normal display status 2 Alarm value Press A key or W key to set or change the value in each menu Press SET key to confirm and show next menu 2 Alarm mode OUT control KKTPEO1B 3 7 PID Control Menu Ex Factory Paramet
53. o level 1 menu LCK value returns to 000 automatically 6 In all menus press SET key for more than 5S to save the parameters and return to common measuring status 7 In all menus if no key press within 1 minute the parameter setting is ineffective and the program returns to common measuring status 8 In the measuring status press SET A key for 5S to start defrosting During the defrosting process press SET A key for 5S to stop the defrosting manually 9 In the measuring status press A key to display defrosting sensor temperature release key to return to room temperature measuring status 10 Press A key for 5S to display HT Highest temperature LT Lowest temperature and AT average temperature 8 Control Function 1 Compressor Delay Protection a Power on delay After the machine is power on it will enter cooling status after the delay time of POD if the room tempearture value is bigger than the setting SV b During the temperature controlling process the compressor cannot be restarted until it stops running for the time of CDT 2 Temperature Control a When the room temperature is higher than the controlled temperature temperature difference if the shut down time of compressor does not reach CDT value the cooling indicating lamp flickers till the delay time is reached the cooling indicating lamp turns on the compressor starts running After the room temperature is lower than the controlled tempearture the compresso
54. od with the default PID value the value can be changed according to the experience for those users who have the automation control theory amp experience To set P D parameters automatically If users do not know how to set the PID value they can use the Auto tuning function of the product The Auto tuning function will calculate the P D value it needs automatically as per different heating system to control temperature Auto tuning method At first set the SV value then press AT for more than 3S Wait until the AT indicating lamp turning on then release pressing AT indicating lamp ON means Auto tuning is running Please do not change SV value or other parameters on the controller or the controlled equipments to make sure the Auto tuning gets an accurate result After the AT lamp turns off the controller will refresh the P I D value automatically At this time the controller can control temperature automatically and precisely 9 Outlook and installation dimension 6 100 45 73 30 0 1 lt lt _ _ lt _ lt gt 48 SS a 45 E gt Id vy si 25 0 1 Lo KKTAE01B 3 A O O O lt ma gt 1 e 25 0 1 Z Bee 0 5 TAG 96 N i 89 5 9175 OS SS a ID yY ib 30 0 1 6 100 se E _ ____j rai 1 gi 5 0
55. oom temperature amp Defrosting temperature input Compressor amp Floodlight amp Defrosting output 3 Technical Parameters Power Supply 85 265V AC 50 60Hz Ambient Temperature OCrH50C Ambient Humidity lt 80 RH Control Temperature Range 40 C 45 C 4 Panel Indication Lighting Indicating Lamp Cooling Indicating Lamp l o Display Measuring Value Setting Value Defrosting Indicating Lamp Parameter Setting Code amp Value Fahrenheit Indicating Lamp URE CONTROLER TX3 TEMPERA Function Key Shift K ift Key 5 Panel Operation Increasing Key 1 The setting method of temperature Pressing lt key to display the setting temperature The cooling amp defrosting indicating lamps flash quickly at the same time Pressing lt key again to change the flickering digit pressing A key to change the flickering value pressing key to shift the flickering digit from right to left Pressing SET key to stop flickering Pressing SET key again to quit temperature setting the data modified is saved and the display screen returns to temperature measuring status Ifno key pressing for a long time when the controller is in the temperature setting status it will return to temperature measuring status automatically moawe KKTX3REO1A 02 7 Menu Indication 6 Operation Measuring Status When LCK is 222 it When LCK is 000 it enters into Level 2 menu w enters into Level 1 menu SET SE
56. ooting Accuracy 0 3 FS 3digits 25 C Temperature excursion lt 0 01 FS C Model AI808P 9 Accuracy 0 3 FS 3digits 25 C Temperature excursion lt 0 01 FS C Power 100 240Vac Display Message Shooting Method Display HHHH Input disconnect or over upper limit please check input signal FH value and ambient working temperature Display LLLL Input disconnect or under lower limit please check input signal FL value and ambient working temperature KKAI808E01 6 AI508 Series Temperature Controller Manual Features TC RTD Analog signal universal input selected by software menu With display alarm and adjusting function Advanced Two Degrees of Freedom PID Arithmetic Auto tuning function suitable to different system Quick heating cooling and Slow heating system Optional control output modularization design Good anti interference Switching power supply 100 240VAC Applied to system temperature control application OOO CO For your safe please read the below content carefully before you use the temperature controller m Safe Caution X Please read the manual carefully before you use the temperature controller X Please comply with the below important points A Warning An accident may happen if the operation does not comply with the instruction A Notice An operation that does not comply with the instruction may lead to product damage X The instruction of the symbol in the manual is as belo
57. or amending the bias caused by the measuring process On Off control hysteresis It is effective when o is set as 0 0 25 Integral Time The smaller the integral time is the stronger the integral action is and better for eliminating the bias between it and the setting value If the integral time is too short it may not eliminate the bias o DE PPS PS 95 200 200 OUT control cycle For relay output it is bigger than 4 for logic or pulse output it is 2 for current output it is 1 N RAGL RAGH Upper limit of measuring range 0 No decimal point 1 1 digit decimal point 2 2 digit decimal point Not effective for TC RTD input Alarm parameters table Alana output ALI AL2 has no relation with each other Absolute value upper limit asi AL Absolute value lower limit A _ AL o n SP AL _ Deviation upper limit 5P SP Deviation upper lower limit wyw hws SP AL SP SP AL Deviation upper lower range _ Ati SP AL SP SP AL Deviation lower limit mat _ ES KKAI508E01B 4 Alarm re table Alarm code code Alarm mode ALI AL2 are used rr ALI alarm output AD2 must be set as 0 SP AL2 Deviation upper lower range SP Absolute value upper deviation SP ALI lower range ee y Deviation upper absolute value lower range i sssy AL2 Absolute value upper lower limit E Deviation upper lower limit tesina SP AL1 SP AL2 8 Advanced Function The setting of P I
58. os oros 25 25 E ores as ST a oe E 08 AIS08 80 154 0 5 76 05 30 25 160 80 i0 25 30 80 w w0 AI508 16 76 0 5 154 0 5 KKAI508E01B 5 10 Connection drawing AI508 9 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Resistance Load Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Relay Control Output AC 250V 3A AC DC 100V 240V 099 5908088 AI508 6 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Resistance Load Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Relay Control Output AC 250V 3A AC DC 100V 240V AI508 80 16 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Resistance Load Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Relay Control Output AC 250V 3A AC DC 100V 240V 11 Simple Problem Shooting AI508 4 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Resistance Load Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Relay Control Output AC 250V 3A AC DC 10 5 100V 240V 9 CA ALI SSR ai 2 2 di L TAT D TC NC 6 ae AI508 7 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Resistance Load Voltage Control Output DC 24V 30mA Current Control Output 4 20mA Relay Control Output AC 250V 3A AI508 8 Power Supply AC DC 100V 240V Alarm Output AC 250V 1A Resistance Load Voltage Control Output DC 24V 30mA Current Control Output
59. p Ye na e um e Defrosting display maintenance 12 rt Yes iNo No All tempearture value C F Supplement for the above table How the first level menu is affected by the setting of second level menu A No POD menu is displayed if PDF is set as NO B No High Temperature Function or TH menu if THF is set as NO Note The controller just displays UUU if the alarm menu is effective at this time the measuring range is the limit range of TH TL C No Low Temperature Function or TL menu if TLF is set as NO Note The controller just displays NNN if the alarm menu is effective at this time the measuring range is the limit range of TH TL D No Heat Pump Function if HPF is set as NO i e No compressor No CDT Dof Tde Tr rt menu E No Defrosting Function or Dof Tde Tr menu if DEF is set as NO F DEM is for Defrosting Mode selection NO means Timing Defrosting no Dof menu It will change to Timing Defrosting automatically when it detects that the defrosting temperature sensor is not connected or has short circuit G DR is for temperature maintenance function when defrosting If DR is set as NO room temperature is displayed truly no rt menu KKTX3REOITA 03 3 Press SET key for more than 5S then enter to level 1 menu 4 When the controller display LCK value set the value as 222 and then press SET key to enter level 2 menu 5 In the level 2 menu after all the menus are finished setting press SET key to return t
60. press key for 3 second to start Auto tuning function at this moment AT indicating lamp turns on 6 Operation Sequence Power on amp Reset 300 SET Measuring status SET Alarm 3 PV bias value Manual auto shift menu Password lock SET Press SET Output function Setting menu fora few setting menu seconds SET i Control mode _ TU na Proportional coefficient SET aun Integral time SET d ET 60 Derivative time SET Ho On Off control effective when OT 0 Ci OUTI control 23 cycle Cooling prportional coefficient effective when OT 3 OUT2 control cycle effective when OT 3 Heating cooling control dead area effective when OT 3 SET Alarm 1 hysteresis SET Press SET key for a few seconds Press SET key for a few seconds Alarm 1 mode Alarm 2 hysteresis Alarm 2 mode Alarm 3 hysteresis Alarm 3 mode Lower limit of control mi output Upper limit of control output Input function setting menu SET Press SET key for a few seconds Communication gt setting menu SET Input signal Bandai mode Lower limit of input signal Meter communication address Upper limit of input signal Decimal point Not effective for TC RTD input Fliter constant Lower limit of transmit current output Upper limit of transmit current output KKAI808E01 3 7 Program stage control settin
61. r stops running b When it finds the room temperature sensor short circuit or disconnecting it dispalys ED and starts the timing cooling process automatically the compressor runs 45 min and pauses 15 min 3 Electrothermal defrosting control a Starting defrosting i When it finds the defrosting temperature is lower than Dof and the lasting time reaches Tr it starts defrosting automatically 11 If the defrosting temperature sensor has malfunction the controller starts timing defrosting mode and the defrosting will be started after the controller runs for Tr time iii During normal running press SET key Press SET key and then press key quickly the meter starts defrosting automatically after 5 seconds iv When starting defrosting the compressor stops running the heating thread is power on and heating b Stopping Defrosting i When it detects the defrosting temperature and finds it is bigger than Dof it stops defrosting automatically ii When the defrosting time reaches TDE the controllers stops defrosting automatically iii During defrosting press SET l key press SET key and then press lt key quickly for 5 seconds to stop defrosting iv When the defrosting stops the heating thread is power off c Stopping Defrosting After the defrosting stops the system will return to normal working status after the delay of 2 minutes water drip d Defrosting temperature Lock Ifthe parameter DR displays the room temperature at
62. rtional Band KKTRC01 Page 3 7 PID Control Menu Ex Factor Parameter Indication Setting Range i y Setting Proportional Band The smaller the proportional band is the faster the system heats p Instead the slower the system heats Increase the proportional band will decrease O Highest Limit 20 the oscillation but increase control tolerance Decrease the proportional band will decrease the control tolerance but cause oscillation Integral Time The smaller the integral time is the stronger the integral action is and better for eliminating the tolerance between it and the setting value 0 3600S 240 If the integral time is too short it may not eliminate the tolerance Derivative Time To decrease the derivative time to a proper value can prevent the 0 36008 system from oscillating The bigger the D is the stronger the derivative action is 60 i 0 Propotional Control 1 Heating Control 2 Cooling 0UTI Cool ing Control s 3 Heating Cooling Control OUT1 Heating 0UT2 Cool ing 0 3 1 PPS Proportional Amend Value applied to adjust static tolerance 0 10 0 PG PV value amending applied to amend the tolerance caused by measuring process 50 50 0 H45 Proportional Control Hysteresis OT is effective when it is set as 0 0 25 0 ALI Alarm 1 Alarm hysteresis value is fixed at 0 6 THe 200 SAI Alarm 1 mode Please refer to Alarm Parameter Table 0 12 0 ALZ Alarm 2 Alarm hyst
63. talled or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation entertainment or safty equipment etc Otherwise it may cause serious loss fire or person injury 2 A panel must be installed otherwise it may cause creepage leakage 3 Do not touch wire connectors when the power is on otherwise you may get an electric shock 4 Do not dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire 5 Please check the connection number while you connect the power supply wire or input signal otherwise it may cause fire A Caution 1 This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock accident may happen 2 When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the connectors may be damaged or get fire 3 Please comply with the rated specification Otherwise it may cause fire after the working life of the product becomes shorter 4 Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the product 5 This product should be avoid working under the circumstance that is fla
64. uring Value Display Window PV Value or SV Display Window Setting Value Display Window ALI Alarm 1 Output Indication On Alarm Active Off No Alarm AL2 Alarm 2 Output Indication On Alarm Active Off No Alarm SV Value or AT Auto tuning Indication Flashing Auto tuning Active Parameter Code OUT Control output Indication Lamp On Output Active Off No Output SET Setting Mode Shift Key OUT Indicating Lamp ALI Indicating Lamp Parameter Code AL2 Indicating Lamp AT Indicating Lamp SET Function Key Decrease Key Increase Key 5 Panel Key Operation 1 SET Key In normal display status press SET Key to show SV modifying menu press SET key for a few seconds to show setting menu 2 A Y Key Press A or W to set the value in SV value menu or setting menu 3 A Key In normal display status press it for a few seconds to start Auto tuning applied to Quick heating cooling system For raising temperature quickly 4 Y Key In normal display status press it for a few seconds to start Auto tuning applied to Slow heating cooling system For small overshoot 6 Operation Sequence Power on Press A key at the same time to show PAS menu Measuring Status normal display status To set the SV value PV On Off control hysteresis Shielding password PAS is 11 Proportional band Filter constant Input signal selection Integral time 1 Alarm v
65. w An accident danger may happen in a special condition A Warning 1 Asafty protection equipment must be installed or please contact with us for the relative information if the product is used under the circumstance such as nuclear control medical treatment equipment automobile train airplane aviation and equipment etc Otherwise it may cause serious loss fire or person injury 2 A panel must be installed otherwise it may cause creepage leakage 3 Do not touch wire connectors when the power is on otherwise you may get an electric shock 4 Do not dismantle or modify the product If you have to do so please contact with us first Otherwise it may cause electric shock and fire 5 Please check the connection number while you connect the power supply wire or input signal otherwise it may cause fire Caution 1 This product cannot be used outdoors Otherwise the working life of the product will become shorter or an electric shock accident may happen 2 When you connect wire to the power input connectors or signal input connectors the moment of the No 20 AWG 0 50 mm2 screw tweaked to the connector is 0 74n m 0 9n m Otherwise the connectors may be damaged or get fire 3 Please comply with the rated specification Otherwise it may cause electric shock or fire and damage the product 4 Do not use water or oil base cleaner to clean the product Otherwise it may cause electric shock or fire and damage the produ

AI708 Series Intelligent Temperature Controller User Manual

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