T50 SERIES T30 SERIES T20 SERIES. PID Control Algorithms T26 SERIES. N50 Series.

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1 T50 SERIES T30 SERIES T20 SERIES PID Control Algorithms T26 SERIES N50 Series

2 A High-performanced PID control algorithms Super 2 degree of freedom PID Controllers products are aimed at elevating the level of the industrial PID controller one step higher with our own high-precision electronics and control technology accumulated through development of sensors, industrial robots, flight vehicles and radars, etc. Our products are already being used in many companies and have earned positive response compare to other products from Japan and Europe. Join in advancing into the global market with industrial PID controller. Excellent control characteristics incomparable to other products Super 2 degree of freedom PID algorithm allows to provide a fast response characteristic and high control stability while minimizing overshoot and undershoot during power-up or external load disturbance. unique digital filtering technology By implementing the intelligent digital filtering technology used for aircraft and robots, etc., all the products offer very stable control, especially in harsh work force. Universal input and output The universal input and output design allows the user to simplify the initial setup for a new system. High reliability and anti-noise (EMS) The series are to be delivered to market after a successful test for international standard EMC and 37 kinds of reliability in harsh conditions.

3 The fast sampling is not good enough for optimal control because most of an actual temperature changes is moving slowly. Temcoline combined Auto-sampling time control technology into the existing PID control algorithms successfully and this provides an optimal control on an actual temperature changes under no conditions. T20 Series T26 Series (High-end Freezer controller ) N50 Series Fully automated Test/Calibration system Test and calibration processing in PID controller including other instrument & control products is most important factor to determine the product quality. All of our products pass through the several inspection procedures for quality assurance. PCB inspection, Electrical test, Aging, Calibration and Final inspection are fully automated. This will provide guaranteed quality and minimize the workmanship error in the course of production. Test of Porducts Aging is processed for about 2 hours before calibration and tests. After the final test, the products go through load tests before being packed to make sure only perfect products with no quality problems are released. Fully Automated Test/Calibration contact areas like JIG PIN regarding calibration errors are maintained in the best conditions through ultrasonic wash and regular replacement. Comparison with other brands Automated Database System Product development is very fast because all data and test reports for each product are managed automatically, and regular data analysis and product/process improve -ment are made.

4 High-end Type High-quality functions, High precise control and Modbus communication T50 series T50 series is high-end PID Controller with high-quality convenient functions, supporting most protocols used in Korea. It offers excellent control stability through SG-PID controlling and advanced digital filtering technology. General Standard Type Economical Type T26/N50 Series T20 Series Main features - Universal input/output (Input 24 types / 4 types) - Super 2 degree of freedom PID algorithm - New concept Auto-sampling(50~250ms) control - S-Fuzzy, 3-Zone PID, Ramp function, Quick-AT, Easy-Menu - 20 alarm options and 2 event output option, Heater burnout alarm(hba), retransmission output, Multi SV1~3 adjustment - RS485 communication with fully independent isolation structure (PC/TL-link, Modbus-ASCII/RTU and other 2 options) - Support SYNC communication and possible to use Synchronous communication up to 250 by adjusting Sync-Master/Slave. - Providing Remote supervisory control software and Data viewer which offer more powerful temperature recording and integrated management function. General Specification Power Supply Rating 100~240V AC 50~60Hz(voltage operating range: 85~265V AC) Option: Rating 24V AC or DC(voltage operating range: 20~28V DC) Power Consumption 5VA(Max.) TC: K, J, T, E, R, B, S, L, N, U, C(W5), D(W3) Platinum RTD: KPt100(KS), JPt100(JIS), Pt100(DIN) Input Type Current input(a): 4~20mA DC Voltage input(v): 1~5V DC, -10~20mV DC, 0~100mV DC Display Accuracy ± 0.3% of FS + 1Digit Input Impedance Current input(250ω), Voltage input(tc included) 1MΩ (RTD line resistance: 10Ω, when 3-line resistances are the same) T50/ Quick Guide remote supervisory control software provides the graphical temperature recording and very useful to monitor the examination of the precision control machine and the slight variations of the temperature, and also helpful to analysis output data in laboratory. Input Sampling Period Control Relay Voltage (S.S.R) Current (S.C.R) Control Method Multi SV Input(D.I) Retransmission Alarm ALARM 1, 2 HBA common (C.T) Communication Ambient Temperature and Humidity Weight(B/K, Accessories included) 50~250ms(variable according to SG-PID algorithm) 1c 250V AC, 3A(resistance load) electric lifespan 100,000 (time proportional PID output or / output) DC15V 25mA(built-in short protection circuit) voltage pulse(time proportional PID output) 4~20mA DC, load impedance 600Ω (continuous PID output) Super 2 degree-of-freedom PID(SG-PID algorithm), S-Fuzzy, Auto-Tuning : 1KΩ, : 100KΩ (external control SV1,2,3) 4~20mA DC, load impedance 600Ω resolution 1/4,600 PV(process value), SV(set value), MV(manipulated variable [%]), SPS(sensor module power supply) 1a 250V AC 3A(resistance load) Measured current(hba): 1~50A AC(resoulation 0.5A) 2-line RS485 of fully independent isolation structure/ Max. speed: 9,600bps Max. number of connection: 99(recommended no.: 32) Available protocol: PC/TL-Link, Modbus-ASCII/RTU, Sync-Master/Slave -10~50 / relative humidity 25~85% RH (but with neither condensation nor freezing) T52, T53, T57: 230g T54: 140g T59: 320g + 30g, if options are added

5 High-end PID Controller T50 SERIES T52/T53 T52/T53 Optional Function T52/T53 Terminal Configuration T54 T54 Optional Function T54 Terminal Configuration T57 T57 Optional Function T57 Terminal Configuration T59 T59 Optional Function T59 Terminal Configuration

6 High-end Type General Standard Type Economical Type T26/N50 Series T20 Series T50/ Quick Guide Easy control, High precise control and High speed responsibility T30 series T30 series is economical and basic PID Controller with high-precision control, various convenient functions and very high-response speed. Main features - Universal input/output (Input 24 types / 4 types) - Super 2 degree of freedom PID algorithm - New concept Auto-sampling(50~250ms) control - 2-Zone PID, External input SV1 and SV2, Input digital filtering function - 20 alarm options and 2 event output option, Alarm output delay timer, Control loop break alarm(lba), retransmission output - Input/output misoperation prevention and verification function General Specification Power Supply Power Consumption Input Type Display Accuracy Input Impedance Input Sampling Period Control Relay Voltage(S.S.R) Current(S.C.R) Control Method Multi SV Input(D.I) Retransmission Alarm ALARM 1, 2 (LBA common) Ambient Temperature and Humidity Weight (B/K, Accessories included) Rating 100~240V AC 50~60Hz(voltage operating range: 85~265V AC) Option: Rating 24V AC or DC(voltage operating range: 20~28V DC) 5VA(Max.) TC: K, J, T, E, R, B, S, L, N, U, C(W5), D(W3) Platinum RTD: KPt100(KS), JPt100(JIS), Pt100(DIN) Current input(a): 4~20mA DC Voltage input(v): 1~5V DC, -10~20mV DC, 0~100mV DC ± 0.3% of FS + 1Digit Current Input(250Ω), Voltage Input(TC included) 1MΩ (RTD line resistance: 10Ω, when 3-line resistances are the same) 50~250ms(variable according to SG-PID algorithm) 1c 250V AC, 3A(resistance load) electric lifespan 100,000 (time proportional PID output or / output) DC15V 25mA(built-in short protection circuit) voltage pulse(time proportional PID output) 4~20mA DC, load impedance 600Ω (continuous PID output) Super 2 degree-of-freedom PID(SG-PID algorithm), Auto-Tuning : 1KΩ, : 100KΩ (external control SV1,2) 4~20mA DC, load impedance 600Ω resolution 1/4,600 PV(process value), SV(set value), MV(manipulated variable[%]), SPS(sensor module power supply) 1a 250V AC 3A(resistance load) 20 types of independent event output & Control loop break alarm -10~50 / relative humidity 25~85% RH (but with neither condensation nor freezing) T32, T33, T37: 230g T34: 140g T39: 320g + 30g, if options are added

7 General Standard PID Controller T30 SERIES T32/T33 T32/T33-S00 T32/T33 Optional Function T32/T33 Terminal Configuration T34 T34 Optional Function T34 Terminal Configuration T37 T37 Optional Function T37 Terminal Configuration T39 T39 Optional Function T39 Terminal Configuration

8 High-end Type Practical and high-accuracy PID controller, fast auto-tuning T20 Series is Practical PID controller and provides high-accuracy control, various convenient features and user friendly interface at low cost. It is equipped with the fastest auto-tuning speed in Korea. T20 series General Standard Type Main features Economical Type T20 Series - Universal input/output (Input 24 types / 4 types) - Super 2 degree of freedom PID algorithm - New concept Auto-sampling(50~250ms) control - Auto-Tuning algorithm with the best speed in market of PID controller - Input digital filtering function, 20 alarm options and maximum 2 event outputs General Specification Power Supply Rating 100~240V AC 50~60Hz(operating voltage range: 85~265V AC) Option: Rating 24V AC or DC(operating voltage range: 20~28V DC) T26/N50 Series T50/ Quick Guide Power Consumption Input Type Display Accuracy Input Impedance Input Sampling Period Control Relay Voltage(S.S.R) Current(S.C.R) Control Method 5VA(Max.) TC: K, J, T, E, R, B, S, L, N, U, C(W5), D(W3) Platinum RTD: KPt100(KS), JPt100(JIS), Pt100(DIN) Current input(a): 4~20mA DC Voltage input(v): 1~5V DC, -10~20mV DC, 0~100mV DC ± 0.3% of FS + 1Digit Current Input(250Ω), Voltage Input(TC included) 1MΩ (RTD line resistance: 10Ω, when 3-line resistances are the same) 50~250ms(variable according to SG-PID algorithm) 1c 250V AC, 3A(resistance load) electric lifespan 100,000 (time proportional PID output or / output) DC15V 25mA(built-in short protection circuit) voltage pulse(time proportional PID output) 4~20mA DC, load impedance 600Ω (continuous PID output) Super 2 degree-of-freedom PID(SG-PID algorithm), Quick Auto-Tuning Alarm ALARM 1, 2 1a 250V AC 3A(resistance load) 20 types of independent event output Ambient Temperature and Humidity Weight (B/K, Accessories included) -10~50 / relative humidity 25~85% RH (but with neither condensation nor freezing) T22, T23, T27: 230g T24: 140g T29: 320g + 30g, if options are added

9 Economical PID Controller T20 SERIES T22/T23 T22 48x96x77 mm T23 96x48x77 mm T22/T23 Function - 1 relay output - 1 SSR & SCR output - 1 alarm output(when use relay output) - 2 alarm outputs(when use SSR/SCR output) T22/T23 Terminal Configuration MAIN OUT / AL1 SSR/SCR OUTPUT T24 T24 48x48x99 mm T24 Function - 1 relay output - 1 SSR & SCR output - 1 alarm output(when use relay output) - 2 alarm outputs(when use SSR/SCR output) T24 Terminal Configuration MAIN OUT / AL1 AL2 T27 T27 72x72x77 mm T27 Function - 1 relay output - 1 SSR & SCR output - 1 alarm output(when use relay output) - 2 alarm outputs(when use SSR/SCR output) T27 Terminal Configuration MAIN OUT / AL1 SSR/SCR OUTPUT T29 T29 96x96x77 mm T29 Function - 1 relay output - 1 SSR & SCR output - 1 alarm output(when use relay output) - 2 alarm outputs(when use SSR/SCR output) T29 Terminal Configuration MAIN OUT / AL1 SSR/SCR OUTPUT

10 High-end Type General Standard Type Economical Type T26/N50 Series T20 Series High-end Freezer controller T26 series T26 Series is designed for Freezer and many functions of the product help the user to control the Freezer efficiently. The product is the perfect combination of the advanced design, reliability and durability. T26C-00 - Standard model for Freezer - Heating and cooling control - Compressor delay function - Quick set by shifting the digits - SG digital filter and various safety function T26C-10 - Total control function of Freezer - AC digital input switch - Manual and Auto defrost, blower delay, pump down function - Quick set by shifting the digits - SG digital filter and various safety function T26N - Universal digital temperature controller - Heating and cooling control - Alarm and timer output function - Quick set by shifting the digits - SG Digital filter and various safety function COMP. FAN. Terminal Configuration SOL. COMP. DEF. Ext. IN TEMP. SENSOR MAIN OUT AUX OUT POWER V~ Terminal Configuration POWER V~ Terminal Configuration TEMP. SENSOR TEMP. SENSOR POWER V~ T50/ Quick Guide General Specification Power Supply Rating 100~240V AC 50~60Hz(voltage operating range: 85~265V AC) Power Consumption 3VA Input Type NTC Thermistor: -40.0~100.0 Display Accuracy ±0.5% of FS + 1Digit Input Sampling Period 500ms Control (RELAY) Control Method Ambient Temperature and Humidity Weight 250V AC, 4A(resistance load) electric lifespan 100,000 / Control -10~50 / relative humidity 25~85% RH (but with neither condensation nor freezing) 104g

11 Board Type PID Controller N50 SERIES Board Type PID Controller N50 series N50 Series is an integrated board type product based on. The series has high performance to configure various systems/applications at economical cost. With its powerful communication function and excellent control characteristics, N50 is exclusively used for semiconductor test equipment of global companies. Main features - Universal input/output (Input 24 types / 4 types) - Super 2 degree of freedom PID algorithm - New concept Auto-sampling(50~250ms) control - S-Fuzzy, 3-Zone PID, Ramp function, Quick-AT, Easy-Menu - 20 alarm options and 2 event output option, Heater burnout alarm(hba), retransmission output, Multi SV1~3 adjustment - RS485 communication with fully independent isolation structure (PC/TL-link, Modbus-ASCII/RTU and other 2 options) - Support SYNC communication and possible to use Synchronous communication up to 250 by adjusting Sync-Master/Slave. - Providing Remote supervisory control software and Data viewer which offer more powerful temperature recording and integrated management function. N50 Dimension Main Board General Specification Display Board (a standard unit: mm) N50 Terminal Configuration Power Supply Power Consumption Input Type Rating 100~240V AC 50~60Hz(operating voltage range: 85~265V AC) 5VA(Max.) TC: K, J, T, E, R, B, S, L, N, U, C(W5), D(W3) Platinum RTD: KPt100(KS), JPt100(JIS), Pt100(DIN) Current input(a): 4~20mA DC Voltage input(v): 1~5V DC, -10~20mV DC, 0~100mV DC N.C POWER V AC Display Accuracy ±0.3% of FS + 1Digit Input Impedance Input Sampling Period Control Voltage (S.S.R) Current (S.C.R) Current Input(250Ω), Voltage Input(TC included) 1MΩ (RTD line resistance: 10Ω, when 3-line resistances are the same) 50~250ms(variable according to SG-PID algorithm) DC15V 25mA(built-in short protection circuit) voltage pulse(time proportional PID output) 4~20mA DC, load impedance 600Ω (continuous PID output) (+) (-) OUTPUT (SSR/SCR) A(+) B(-) RS-485 Control Method Super 2 degree-of-freedom PID(SG-PID algorithm), S-Fuzzy, Auto-Tuning Communication output 2-line RS485 of fully independent isolation structure/ Max. speed: 9,600bps Max. number of connection: 99(recommended no.: 32) Available protocol: PC/TL-Link, Modbus-ASCII/RTU, Sync-Master/Slave Ambient Temperature and Humidity Weight -10~50 / relative humidity 25~85% RH (but with neither condensation nor freezing) Main Board: 66g /Display Board: 35g /Connectable Cable: 24g Input type selection Other type SW1 1-5V DC input only A (RTD) B + Pt100 T.C & B' mv/v -

12 High-end Type 1. Check point before using warning 1) Initial Value In the case of standard model(t54-s00, T34-S00) only, Input : K-Type(sel.code 1) output : SSR mode(sel.code 1) when SSR(1) and SCR(2) are chosen as the output mode, Alarm1 output will be in the main relay. 2) 7 Segment display indications General Standard Type 3) Initial display on power supply(ex.t54 Series) Model name Firmware version Option type 0 : NE 1 : RET, ALARM1, 2 2 : HBA(CT), ALARM1, 2 3 : DI(SV1, 2), ALARM1, 2 4 : RET, RS : HBA(CT), RS : DI(SV1, 2), RS : RS-485, ALARM1, 2 0 : RELAY / CTROL 1 : SSR (VOLT-PULSE) PID CTROL 2 : SCR (4~20mA) PID CTROL 3 : RELAY PID CTROL Economical Type T26/N50 Series T20 Series T50/ Quick Guide 2. Initial installation and minimum operation procedure 1) Check the external wiring diagram and specification(power supply & terminal arrangement) 2) Check input and output type T50 and are univeral input and output. Input type selection code table It must be chosen the correct input and output. SETTING INPUT TYPE CODE Temperature Range Accuracy Remarks 1 Input type selection [Operation Menu] Press and holding more than 3 sec. PV SV Press shortly PV(Process-Value) SV(Set-Value) + Press and hold simultaneously more than 3 sec. Press shortly or, set a desired value press store value. warning At first, should be set input type setting and then will be change others. Because if you change the input type, all setting value were reset. PV SV Thermocouple (T.C) RTD Voltage (VDC/mVDC) Input type ~ 1370 K ~ ~ 1000 J ~ ~ 1000 E ~ T ~ R 6 0 ~ 1700 B ~ 1800 S 8 0 ~ ~ 900 L ~ N ~ 1300 U ~ C (W5) 12 0 ~ 2300 D (W3) 13 0 ~ 2400 JPt100 Ω ~ (JIS,KS) ~ 500 Pt100 Ω ~ (DIN,IEC) ~ 640 0~100mV DC 33 0 ~ 100mV DC -10~20 mv DC ~ 20 mv DC 1~5V DC 30 1~5V DC Current 4~20mA DC : K-Type (-200~1370 ) 02 : K-Type (-199.9~999.9 ) : 33 : mv DC (0~100mV) When using current nput, use the resistor 250Ω on input terminal. warning ±0.3% of F.S +1Digit * F.S is max. value to min.value of each range. * Digit is minimum of display. To change a jumper When 1~5V input(30), it must be relocated jumper at. To relocate a interior jumper switch when using InP(30) 1~5V (4~20mA) 1 Remove plate or take out the main cover. 2 Move and insert the jumper that pulled by pinset. MULT-IN MODE 3 Relocated jumper as below and attach plate or mounted cover. IN 1~5V LY MODE

13 T50/ Quick Guide 2 Setting and Code T50 and are universal input and output. It must be chosen the correct input and output. Set Number 1 : SSR output of PID control(voltage Pulse)[output set number: 1] This is the General Setting and Initial Value. 2 : SCR output of PID control(4~20ma current output)[output set number: 2] This setting is used mainly with thyristor power regulator(tpr) modules and is capable of precision control. 3 : Relay output of PID control[output set number: 3] This is most cost-efficient method of inplementing PID control and is used mainly with magnetic switches(electric switches). However, it may wear the contact point, and is difficult to use in places that require fast response. 0 : Relay output of / control[output set number: 0] This is simple on/off control mainly used to control cooling devices.(do not use Heating control.) based on T54 Terminal Configuration Setting Press and holding 3sec. + Press and holding 3sec. with shift key. Set No Control RELAY / CTROL SSR P.I.D CTROL SCR (4~20mA) P.I.D CTROL RELAY P.I.D CTROL Terminal (T54) 1, 2, 3 6, 7 6, 7 1, 2, 3 PV PV SV or, set a desired value press store value. SV If press Set key( ) more than 3sec. in the entering setting menu, it will be return to operating menu. Also AT(Auto-Tuning) has been completed, input/output mode will limited. It is ensure safety and protect from user miscontrol. If you need resetting, please refer to the Alarm output of T54, T34(48 48) standard model(s00) 1(SSR) or 2(SCR) 0(/) or 3(RELAY) ALARM1 output control output control output ALARM1 output It is only for T54-S00, T34-S00! With the standard model of T54, T34(48 48) are required caution when using it alarm output. When control output is being used as a relay, the alarm output will be SSR output (voltage pulse). In this case take SSR or alarm option (S10, S20, S30, S70) enabled models.

14 Mid & High-end Type General Standard Type Economical Type T26/N50 Series T20 Series 3 Alarm Type and Selection code T50/ have two independanted alarm outputs, and are able to use the event mode variously. < When set value (SV) = 100 > 118 Hysteresis (2 ) Low Example of Alarm 1 output Setting Setting Menu Alarm 1 Type Set Value: 03 Alarm 1 Dead band Set Value: 2 Alarm 1 Set Value Set Value: Setting Menu Alarm 1 Type Set Value: 03 Alarm 1 Hysteresis Set Value: 2 Alarm 1 Set Value Set Value: High Alarm (AL1, AL2) group Setting Code no. Alarm type Alarm output operation 01 Absolute value upper-limit When temperature is falling When temperature is rising 09 (Inverted output) 11 with Hold function with Hold function(inverted) Absolute value lower-limit (Inverted output) with Hold function with Hold function(inverted) 03 Upper-limit deviation (Inverted output) with Hold function with Hold function(inverted) 04 Lower-limit deviation Alarm output type and Selection code (Inverted output) with Hold function with Hold function(inverted) Upper & Lower-limit deviation Upper & Lower-limit deviation with hold Upper & Lower-limit deviation in range Upper & Lower-limit deviation in range with hold Temperature When temperature is falling When temperature is rising When temperature is falling When temperature is rising Temperature Low Low Temperature Low - Hysteresis -Alarm SV When temperature is falling When temperature is rising Temperature Low When temperature is falling When temperature is rising Temperature When temperature is falling When temperature is rising Temperature Heater burnout alarm (HBA1) Refer to HBA! (Alarm 1 only) Hysteresis Alarm setting value Hysteresis - -Alarm High Low setting value Low Low Hysteresis Negative temp. value setting Negative temp. value setting T30 SERIES is set Control Loop Break Alarm(LBA). Alarm SV setting value Alarm SV setting value Alarm setting value High Low SV Hysteresis Hysteresis Hysteresis High High Positive temp. value setting Alarm setting value Hysteresis Alarm High setting value SV High Alarm setting value Hysteresis High Positive temp. value setting Alarm High T50/ Quick Guide Press and holding 3sec. 1 short Alarm Type Setting Press and holding 3sec. with shift key Press by repeating Set Key to come out Alarm Value Setting Press and holding 3sec. Alarm Setting Menu Alarm Type Setting (No. 1 ~ 21) Alarm Type and Delay Hysteresis Setting Menu Alarm Type Setting (No. 1 ~ 21) Alarm Value Setting Menu According to a set input type and function change a order of setting menu.

15 T50/ Quick Guide 4 Auto Tuning PID Controller works normally only it that was tuned P,I,D value before to use. Auto-tuning is function for the best performance by tuned itself automatically accroding to full load operating condition and sataus. Auto Tuning Setting <1> Set to need a Set Value(SV) <2> Start Auto-Tuning(AT) <3> Hold on when turn automatically off a AT indicator lamp AT indicator lamp (blinking every 0.5sec.) AT operation start : + AT stop by perforce : second 0.5 second 주의 When auto-tuning begins, the will blinking every 0.5 second and will turn off upon completion of the tuning process. If you change a set value(sv) in auto-tuning, proceed the tuning before to work on auto-tuning. 3. Flow Chart (Parameter structure) operation menu 3 sec. 3 sec sec. + 3 sec. 3 sec. AUTO TUNING.. If the device is left idle for approximately 50 seconds after entering a setting menu other than the operation menu, it will return automatically to the operation menu. more than 3 sec. operation menu sec. AUTO TUNING.. If the device is left idle for approximately 50 seconds after entering a setting menu other than the operation menu, it will return automatically to the operation menu. ( IOSE = ) more than 3 sec. + 3 second + more than 3 sec. Press more than 3 sec. within 4 sec. shortly after power on. < General set > < Initial set > < In/Out set mode > Set value 1 (SV1) Set value 2 (SV2) Set value of alarm 1 Set value of alarm 2 Enable of In/out setting Highest limit Lowest limit Input digital filter Input highest correction Input type selection type selection Mainpulated Variable [%]z Select of Input lowest in/output setting mistake (SV1 or SV2) number correction prevention system Input unit Proportional band ( ) ( Fixed ) Decimal point positioning (On voltage input) Integral time (sec.) Set highest scale (On voltage input) Differential time (sec.) Set lowest scale (On voltage input) Manual reset [%] (Integral time only) Cycle time of output action selection (Reverse/Direct action) REV.(Heating), DIR.(Cooling) Type of alarm 1 (SSR or Relay) Type of alarm 2 Hysteresis (/ Control) Hysteresis of alarm 1 Hysteresis type (/ Control) Hysteresis of alarm 2 Control loop break alarm Highest limit of retransmission Lowest limit of retransmission more than 3 sec. more than 3 sec. Delay time of alarm 1 Delay time of alarm 2 External contact input / switch Retransmission type or SPS selection Set or menu lock The full menu diagram above shows all control and setting menus on the T50 series/, but during actual operations the menus that are the most relevant to the situation according to the options and the operation mode, providing a simpler user interface while retaining functionality. INPUT/OUTPUT SETTING method 1. method 2. + more than 3 sec. Press When the first installs(before start A.T), press + key more than 3 sec. come out to operation mamu key more than 3 second within 4 seconds shortly after power on. To enter Input/ settings by IOSE On is valid for only one time. If you want to enter Input/ settings again, you must turn on IOSE first. If there is no Key action the IOSE will be automatically in 40 seconds. + more than 3 sec. The above is a brief explanation of the operation. For more information, please refer to that is included in product.

16 TEMCOLINE Co., Ltd. Head Office: Misung Bldg, 217-1, Gurojungang-ro, Guro-gu, Seoul, Korea Tel: Fax: Philippines Office: Lot 1B, Block6, Phase II, PEZA, Rosario, Cavite 4106, Philippines Tel: Fax: A/S