Toho-electronics TTM200 Manuel d'utilisateur

Digital Controller TTM-200 series User’s Manual TOHO ELECTRONICS INC.

48-7009-E 1-4 1.4 Names of parts and components Front panel ★ TTM-204 * The loader port is located in the bottom wall for TTM-204.

48-7009-E 5-30 Set corresponding parameters into each bank. Set the bank as the one to be used. From ① △/▽ key Control setting mode SET 04 screen

48-7009-E 5-31 5.4.5 Timer function What the timer function is • A function to generate an event for a predetermined time period or predetermine

48-7009-E 5-32 Where the control is desired to start/stop by pressing the FUNC key (manual start) Example of setting for a control for 20 minutes

48-7009-E 5-33 Where contact outputs are desired to be provided when a measurement value comes to a target value (SV start) Setting example for ou

48-7009-E 5-34 Where contact outputs 3 and 4 are desired to be provided in sequence (Event * start) Setting example where the output 3 is provid

48-7009-E 5-35 Where the equipment is used as a simplified programmable controller (manual start and event * start) Setting example where temperat

48-7009-E 5-36 204 205/209 207 Connect the output 3 with DI 1. ⑦－⑮ ⑨－⑯ ⑲－ － ⑬－ ⑮－ Connect the output 4 with DI 2. ⑧－⑰ ⑨－⑱ ⑳－ － ⑭－ ⑮－ Note When

48-7009-E 5-37 Complementary explanation of “RDY lamp” lighting status The table below shows an indication status of the RDY lamp when timer opera

48-7009-E 5-38 5.4.6 Loop abnormality function What the loop abnormality is  The function is to detect an abnormality in the control loop. 

48-7009-E 5-39 < How to set > Power-on About 4 seconds (automatic) Operating mode MODE key: 2 seconds Input 1 setting mode SET 01 screen △/▽

48-7009-E 1-5 ★ TTM-207 ★ TTM-209 Down key Up key Function key (1 to 5) SV display PV display Bank display Operation display Unit o

48-7009-E 5-40 5.4.7 Current transformer (CT) abnormality function What CT (current transformer) is • CT is a function to detect that outputs ar

48-7009-E 5-41 Calculation of the CT 1 abnormal current value setting Detection current to be set is calculated with the following equation as a

48-7009-E 5-42 For 3-phase Delta connection Example: Where 3 heaters of 200 V and 2 kW are used [When normal] To equipment CT input To equ

48-7009-E 5-43 Star connection Example: Where 3 heaters of 200 V and 2 kW are used [When normal] To equipment CT input To equipment CT input L

48-7009-E 5-44 V connection Example: Where 2 heaters of 200 V and 2 kW are used [When normal] To equipment CT input To equipment CT input Load

48-7009-E 5-45 5.4.8 Position proportional control What the position proportional control is • In the position proportional control, the tempera

48-7009-E 5-46 5.4.9 Concurrent temperature ascent function What the concurrent temperature ascent is • When a concurrent temperature ascent con

48-7009-E 5-47 5.5 Explanation of the program run function The digital controller TTM-200 Series can provide a simple program controller. Thi

48-7009-E 5-48 5.5.1 Operation flow of the program run Digital controller: This section explains operation process of the program run using TTM-2

48-7009-E 5-49 5.5.2 SET 21 program function setting The SET 21 program function setting is for setting operating method of a program run.

48-7009-E 1-6 What the displays indicate ★ PV display Measurement value (present value) display, each character display and timer setting time d

48-7009-E 5-50 *1: Operating type setting (C/P) Set “operating method.” Setting range Initial value: 0 in constant value run mode 0: Consta

48-7009-E 5-51 *4: Time unit setting (H/MP) Set “time unit” and “step transfer condition (time countdown condition)” of a step. Setting range

48-7009-E 5-52 5.5.3 SET 21 program function setting screen The program function setting screen is shown below. SET21 PGF PGMD 0 H/MP 0 WAI

48-7009-E 5-53 5.5.4 SET 22 program setting Set a pattern (program) of the program run in the SET 22 program setting. [Setting items] • Set

48-7009-E 5-54 *5: Bank setting (St*bK) Switchover is made for each step of a program. “Bank No.” can be designated. Setting range: St*bK =

48-7009-E 5-55 5.5.5 SET 22 program setting screen The program setting screen is shown below. SET22 PROG STEPN 8 SV1 0 TIM1 0 0 00 ST1BK 0

48-7009-E 5-56 5.5.6 Explanation of the screen display and operation of a program run Switching the run screen Switching between “constant valu

48-7009-E 5-57 Regarding operation and display of a program run The diagram below shows “screen display during a program run.” The screens are

48-7009-E 5-58 Regarding the “program run mode” operation list table “Program run” is categorized into “before run,” “run in process” and “run

48-7009-E 5-59 < Operation list table (2/3) > INDEX Screen Key operation Behavior Run status Type Operation method ⑤ Step time monitor Before r

48-7009-E 1-7 1.5 Input/output function and essential functions Input and output functions are described. See corresponding pages for setting eac

48-7009-E 5-60 < Operation list table (3/3) > INDEX Screen Key operation Behavior Run status Type Operation method ⑪ Timer 1 monitor*1 Before r

48-7009-E 5-61 5.5.7 Complementary explanation of the program run Regarding the time unit setting (H/MP) Parameters for “step time” and “countd

48-7009-E 5-62 If an increase rate of PV is larger than that of SV, the countdown begins after SV reaches SV3. SV3 PV SV ① Step time Soak t

48-7009-E 5-63 Regarding the ramp function The ramp function can be used even during a program run. To use the function, first set a RMP for

48-7009-E 5-64 Regarding the time signal output function A signal of time signal can be output for each step during a program run. Timers 1 to

48-7009-E 5-65 This section introduces the timer function. Timer behavior is determined by defining the following parameters: timer function set

48-7009-E 5-66 Set the ON delay timer, OFF delay timer and repeat count for a timer. Set the ON delay timer for Timers 1 to 3 using [oNt 1 to o

48-7009-E 5-67 Regarding repetitive run A repetitive run of a designated step can be executed during a program run. Any step (as a whole or p

48-7009-E 5-68 Regarding switchover of the input types If input 1 type [INP 1] is set in a bank, an operation of switching the input type can be

48-7009-E 5-69 The diagram below shows an example of a program run with StEPN  8. STEP1 STEP2 STEP3STEP4 STEP5 STEP6 STEP7 STEP8OperationStartOp

48-7009-E 1-8 Input section * The following types of inputs can be selected in the input section: measurement value input (1 point), CT input (2

48-7009-E 5-70 5.6 Explanation of the bank automatic switching function Regarding the bank automatic switching function The bank function can b

48-7009-E 5-71 5.6.1 Bank automatic switching setting The operation procedure of bank automatic switching is explained below. Switching con

48-7009-E 5-72 *1: Bank automatic switching function selection (bAF) Set the bank automatic switching ON/OFF. Setting range Initial value:

48-7009-E 5-73 5.6.2 SET 23 bank automatic switching function setting mode setting screen The bank automatic switching function setting screen is

48-7009-E 5-74 5.6.3 Complementary explanation of the bank automatic switching function Regarding the zone threshold* setting [PM1 to PM7]: If all s

48-7009-E 5-75 Setting example of the bank automatic switching function setting mode (2 banks used) The example shows a threshold for auto switch

48-7009-E 5-76 Setting example 3: Bank automatic switching function setting mode (when the program run function is also used) This example shows

48-7009-E 5-77 Regarding the “bank function” priority If multiple settings are set for the bank switching designation, bank switching is applie

48-7009-E 5-78 Regarding switchover of the input types If input 1 type [INP 1] is set in a bank, an operation of switching the input type can be

48-7009-E 6-1 6. Explanation on parameters Settings of various types of parameters are described in this chapter. 6.1 Input 1 type setting ..

48-7009-E 1-9 Output section * The number of outputs is 7 at most, which can be assigned individually for control output, event output, RUN/RDY o

48-7009-E 6-2 6.1 Input 1 type setting Input 1 type setting SEt01 INP1 Setting content Initial value 1 INP1 Press the MODE key for making a set

48-7009-E 6-3 Input 1 connection table Model TTM-200 Series Model No. 204 205 209 207 Connection Wiring Terminal No. Terminal No. Terminal No. TC 

48-7009-E 6-4 PV compensation gain/PV compensation zero setting ＳＥｔ０１ ＩＮＰ１ SETTING CONTENTS INITIAL VALUE 4 ＰＶＦ１ PV CORRECTION FUNCTION SETTING

48-7009-E 6-5 PV compensation zero setting: PV (measurement value) for the input 1 is added by the compensation value. Setting example: Where

48-7009-E 6-6 PV X-Y 2-POINT CORRECTION SETTING Determine any two points within the input range (upper and lower limit), then convert to corrected v

48-7009-E 6-7 PV filter setting SEt01 INP1 Setting content Initial value 11 PdF1 0.0 to 99.9 (seconds) 0.0 The PV filter setting is a function

48-7009-E 6-8 6.2 Remote SV input type setting Remote SV input type setting SEt02 INP2 Setting content Initial value 1 INP2 Press the MODE key

48-7009-E 6-9 ＰＶ Remote SV input 4mA 20mA １００．０％（ＦＳＨ２） ０．０％（ＦＳＬ２） Note (1) Display resolution is 20,000 or less. Take care it when the rang

48-7009-E 6-10 PV compensation zero setting: PV (measurement value) for the remote SV input is added by the compensation value. Setting example

48-7009-E 6-11 PV filter setting SEt02 INP2 Setting content Initial value 6 PdF2 0.0 to 99.9 (seconds) 0.0 The PV filter setting is a function

48-7009-E 1-10 ★ Assignment of outputs Each output can freely be assigned to output types. Type of output Output 1 Output 2 Output 3 Output 4 Ou

48-7009-E 6-12 6.3 Function key function setting Function settings for function keys 1 to 5 SEt03 KEY Setting content Initial value 1 to 5 FU1

48-7009-E 6-13 (6) ENT The FUNC key is used as a setting recording key. Take care that a move to the next parameter without recording result

48-7009-E 6-14 6.4 Control function setting Bank switchover/Bank Upper Limit Setting SEt04 CNt Setting content Initial value 1 bANK 0 to 7 Ban

48-7009-E 6-15 Control mode SEt04 CNt Setting content Initial value 6 Md RUN Control start RUN MAN Manual RdY Control stop tIME1 Timer 1 operatio

48-7009-E 6-16 Forward/reverse operation setting SEt04 CNt Setting content Initial value 10 dIR 0 Reverse operation 0 1 Forward operation Set th

48-7009-E 6-17 Primary control operating amount SEt04 CNt Setting content Initial value 11 MV1 MLL 1 to MLH 1 (%) 0.0 The screen is for displayi

48-7009-E 6-18 Tuning type setting SEt04 CNt Setting content Initial value 13 tUN 1 Primary auto-tuning (for primary PID/position proportional) 1

48-7009-E 6-19 AT start screen SEt04 CNt Setting content Initial value 16 At Use the  /  key for start and stop. PV/SV is displayed during A

48-7009-E 6-20 Integral time setting SEt04 CNt Setting content Initial value 18 Ｉ 0 to 3600 (seconds) 0 Set the integral time. Setting of 0

48-7009-E 6-21 Primary control proportional cycle SEt04 CNt Setting content Initial value 20 t1 0.1 to 120.0 (seconds) 20.0 (1.0)

48-7009-E 1-11 1.6 Basic flow of setting Power-on The mode changes to either “constant value run mode” or “program run mode” when four seconds ar

48-7009-E 6-22 Primary control operating amount limiter upper limit SEt04 CNt Setting content Initial value 22 MLH1 Digital output MLL 1 to 100.0

48-7009-E 6-23 Primary control operating amount change limiter ascent setting SEt04 CNt Setting content Initial value 24 oU1 0.0 to 549.9 (%) Fun

48-7009-E 6-24 Primary control soft-start output setting SEt04 CNt Setting content Initial value 26 SFM ML 1 to MH 1 (%) 100.0 Set the primary c

48-7009-E 6-25 Primary control abnormality operating amount setting SEt04 CNt Setting content Initial value 28 FAL1 Digital output 0.0 to 100.0 (

48-7009-E 6-26 Primary control loop anomaly PV threshold SEt04 CNt Setting content Initial value 29 tS1 Thermocouple/resistance temperature detec

48-7009-E 6-27 Primary control loop anomaly MV threshold SEt04 CNt Setting content Initial value 30 MS1 MV threshold MLL1 to MLH1 (%) 100.0

48-7009-E 6-28 Primary control loop anomaly PV change threshold SEt04 CNt Setting content Initial value 31 PS1 Thermocouple/resistance temperatur

48-7009-E 6-29 Primary control loop abnormality time setting SEt04 CNt Setting content Initial value 32 LoP1 0 to 9999 (seconds) 0 Set the prima

48-7009-E 6-30 Primary control off-point position selection setting SEt04 CNt Setting content Initial value 32 CMod 0 SV unit setting 0 1 Upper 2

48-7009-E 6-31 <Forward operation> Cmod = 0 (SV) Ｃ２ ＣＰ２ ＣＰ１ Ｃ１ -ｄｂ ＯＮ ＯＦＦ △ ＰＶ Low ＳＶ High Cmod = 1 (upper) Ｃ２ ｄｂ Ｃ１ ＯＮ ＯＦＦ △ ＰＶ Low ＳＶ

48-7009-E 2-1 2. Installation Precautions on installation, installation method and outside dimensions are described in this chapter. 2.1 Prec

48-7009-E 6-32 Primary control sensitivity setting SEt04 CNt Setting content Initial value 34 C1 Thermocouple/resistance temperature detector inp

48-7009-E 6-33 <Forward operation> Off-point CP1 = 0 Ｃ１ ＯＮ ＯＦＦ △ ＰＶ Low ＳＶ High Off-point CP1 = positive value ＣＰ１ Ｃ１ ＯＮ ＯＦＦ △ C poin

48-7009-E 6-34 Secondary control operating amount SEt04 CNt Setting content Initial value 38 MV2 MLL 2 to MLH 2 (%) 0.0 The screen is for displa

48-7009-E 6-35 Secondary control proportional cycle SEt04 CNt Setting content Initial value 41 t2 0.1 to 120.0 (seconds) 20.0 Set the secondary

48-7009-E 6-36 Secondary control operating amount limiter upper limit SEt04 CNt Setting content Initial value 42 MLH2 Digital output MLL 2 to 100

48-7009-E 6-37 Secondary control operating amount change limiter ascent setting SEt04 CNt Setting content Initial value 44 oU2 0.0 to 549.9 (%) F

48-7009-E 6-38 Secondary control abnormality operating amount setting SEt04 CNt Setting content Initial value 48 FAL2 Digital output 0.0 to 100.0

48-7009-E 6-39 Secondary control loop anomaly PV threshold SEt04 CNt Setting content Initial value 47 tS2 Thermocouple/resistance temperature det

48-7009-E 6-40 Secondary control loop anomaly MV threshold SEt04 CNt Setting content Initial value 48 MS2 MV threshold MLL2 to MLH2(%) 100.0

48-7009-E 6-41 Secondary control loop anomaly PV change threshold SEt04 CNt Setting content Initial value 49 PS2 Thermocouple/resistance temperat

48-7009-E 2-2 2.1 Precautions on installation Warning Ensure to turn the power supply off before beginning removal or reinstallation of the equipme

48-7009-E 6-42 Secondary control loop abnormality time setting SEt04 CNt Setting content Initial value 50 LoP2 0 to 9999 (seconds) 0 Set the sec

48-7009-E 6-43 Secondary control sensitivity setting SEt04 CNt Setting content Initial value 51 C2 Thermocouple/resistance temperature detector i

48-7009-E 6-44 <Forward operation> Off-point CP2 = 0 Ｃ２ ＯＮ ＯＦＦ △ ＰＶ Low ＳＶ High Off-point CP2 = positive value Ｃ２ ＣＰ２ ＯＮ ＯＦＦ △ A point

48-7009-E 6-45 Manual reset SEt04 CNt Setting content Initial value 55 Pbb 0.0 to 100.0 (%), when CNt is 1, 2 or 6 -100.0 to 100.0 (%), when CNt

48-7009-E 6-46 Ramp time setting SEt04 CNt Setting content Initial value 57 RMP Thermocouple/resistance temperature detector input 0.0 to 999.9 (

48-7009-E 6-47 Valve motor stroke time SEt04 CNt Setting content Initial value 58 VLt 0.1 to 999.9 (seconds) 3.0 Set the valve motor stroke time

48-7009-E 6-48 Valve motor drive dead band SEt04 CNt Setting content Initial value 59 Vdb 0.0 to 100.0 (%) 1.0 Set a range such that the positio

48-7009-E 6-49 6.5 Output (from OUT 1 to OUT 7) type setting Outputs 1 to 7 target connection setting SEt05 oUt1 to SEt11 oUt7 Setting content

48-7009-E 6-50 Event function 1/upper and lower limits/sensitivity/delay timer settings SEt05 oUt1 to SEt11 oUt7 Setting content Initial value 2

48-7009-E 6-51 Event function 1 operation The operation range (range for turn-on) of the event function 1 assigned for outputs 1 to 7 is set in t

48-7009-E i User’s manual for digital controller TTM-200 series Introduction Thank you for purchasing Toho Electronics’ TTM-200 series. Before usin

48-7009-E 2-3 2.2 How to install or remove the equipment ★ Installation on a panel (1) Make an opening on the panel. (2) Insert the equipmen

48-7009-E 6-52 1) State when no event has occurred No event occurs when RUN/READY is switched over. 2) Standby state No event occurs when RUN/REA

48-7009-E 6-53 Event function 3 setting (CT abnormality) SEt05 oUt1 to SEt11 oUt7 Setting content Initial value 8 E1F3 to E7F3 Function 000 **0 N

48-7009-E 6-54 Event function 4 (loop abnormality) SEt05 oUt1 to SEt11 oUt7 Setting content Initial value 9 E1F4 to E7F4 Function 00 *0 Nonexiste

48-7009-E 6-55 Output 1 and 2 transmission output function setting SEt05 oUt1 to SEt06 oUt2 Setting content Initial value 11 tRN1 tRN2 Transmiss

48-7009-E 6-56 Output 1 and 2 transmission scaling upper limit/lower limit setting SEt05 oUt1 to SEt06 oUt2 Setting content Initial value 12 tRH1

48-7009-E 6-57 6.6 Current transformer (CT) setting CT 1 target connection setting SEt12 CT Setting content Initial value 1 CI1 1 Connected to

48-7009-E 6-58 CT 2 target connection setting SEt12 CT Setting content Initial value 1 CI2 1 Connected to OUT 1 (settable when D0) 1 2 Connected

48-7009-E 6-59 6.7 DI setting DI function setting SEt13 dI Setting content Initial value 1 dIF Press the MODE key for making a setting effectiv

48-7009-E 6-60 6: Start and Stop of the timer operation, which is set in “function setting - DI 1 to 4 start” for timers 1 to 3 (see SET 14 to 16 on

48-7009-E 6-61 Setting example: When “AT start” is assigned to DI 1 (close active) Set dIF to 0005 and dIP to 0000. When DI is inactive ２０

48-7009-E 2-4 2.3 Outside dimensions and panel cutting dimensions TTM-204 Outside dimensions Panel cutting dimensions TTM-

48-7009-E 6-62 6.8 Timer function setting Timer function setting SEt14 tIME1 to SEt16 tIME3 Setting content Initial value 1 tMF1 to tMF3 1 Auto

48-7009-E 6-63 Start SV permissible range setting SEt14 tIME1 to SEt16 tIME3 Setting content Initial value 3 tSV1 to tSV3 Thermocouple/resistance

48-7009-E 6-64 Remaining time monitor SEt14 tIME1 to SEt16 tIME3 Setting content Initial value 7 tIA1 to tIA3 0:00 to 99:59 (hour: minute or minu

48-7009-E 6-65 6.9 Communication function setting Communication protocol setting SEt17 CoM Setting content Initial value 1 PRt Press the MODE k

48-7009-E 6-66 Communication address setting SEt17 CoM Setting content Initial value 4 AdR TOHO protocol 1 to 99 (stations) 1 MODBUS protocol 1

48-7009-E 6-67 6.10 Initial setting Password input SEt18 INIt Setting content Initial value 1 PASS (Blinking) 0000 to 9999 Change the 4-digit n

48-7009-E 6-68 Switchover range for PV display color SEt18 INIt Setting content Initial value 6 PVC Thermocouple/resistance temperature detector

48-7009-E 6-69 CT at-abnormality display color SEt18 INIt Setting content Initial value 9 E3dSP 0 1 2 Green Red Orange 1 Set the display color f

48-7009-E 6-70 Initialization of setting values SEt18 INIt Setting content Initial value 13 RESEt 0 Setting at factory shipment 0 1 Backup settin

48-7009-E 6-71 6.11 Priority screen setting Priority screens 1 to 16 setting SEt19 PRI Setting content Initial value 1 PRI01 Parameters for SEt

48-7009-E 2-5 TTM-207 Outside dimensions Panel cutting dimensions TTM-209 Outside dimensions Panel cutting dimensions

48-7009-E 6-72 6.12 Bank function setting Banks 1 to 16 setting SEt20 bNK Setting content Initial value 1 bNK01 Parameters for SEt 01 to SEt 17

48-7009-E 6-73 6.13 PROGRAM FUNCTION SETTING Operation Type Setting ＳＥｔ２１ ＰＧＦ Setting Contents Initial Value 1 Ｃ／Ｐ Operation Type Setting

48-7009-E 6-74 Program Mode Setting / Power Failure Compensation Range Setting ＳＥｔ２１ ＰＧＦ Setting Contents Initial Value 2 ＰＧＭｄ Program Mode Setti

48-7009-E 6-75 Time Setting ＳＥｔ２１ ＰＧＦ Setting Contents Initial Value 4 Ｈ／ＭＰ Time Setting 3 0 0 Step Time (H

48-7009-E 6-76 Wait Range Setting ＳＥｔ２１ ＰＧＦ Setting Contents Initial Value 5 ＷＡＩｔ Wait Range Setting 3 2 During Temper

48-7009-E 6-77 6.14 PROGRAM SETTING Setting No. of Steps to be Used / Step SV＊ Setting / Step Time＊ Setting ＳＥｔ２２ ＰＲＯＧ SETTING CONTENTS

48-7009-E 6-78 Setting No. of Steps to be Used / Step SV＊ Setting / Step Time＊ Setting Behavior Diagram STEP1 STEP2 STEP3STEP4 STEP5 STEP6 STE

48-7009-E 6-79 Repeat Start Step Setting / Repeat End Step Setting / Setting the Times of Execution / Setting the no. of Execusion / No. of Time

48-7009-E 6-80 6.15 BANK AUTOMATIC SWITCHING FUNCTION SETTING Bank Automatic Switching Function Selection ＳＥｔ２３ ＺｂＮＫ Setting Contents Initial Va

48-7009-E 6-81 Bank Automatic Switching Source Setting ＳＥｔ２３ ＺｂＮＫ Setting Contents Initial Value 2 ｂＡＳ Bank Automatic Switching Source Setting

48-7009-E 3-1 3. Wiring Precautions on wiring and arrangement of terminals are described in this chapter. 3.1 Precautions on wiring ...

48-7009-E 6-82 Zone Threshold＊ Setting ＳＥｔ２３ ＺｂＮＫ Setting Contents Initial Value 3 ＰＭ＊ Zone Threshold＊ Setting

48-7009-E 6-83 Zone Threshold Switching Sensitivity Range Setting ＳＥｔ２３ ＺｂＮＫ Setting Contents Initial Value 4 ＡＳＣ Zone Threshold Switching Sensit

48-7009-E 7-1 7. Appendix Product specifications and accessories are described in this chapter. 7.1 Product specifications ...

48-7009-E 7-2 7.1 Product specifications 7.1.1 Rating and performance (1) Input section 1) No. of input points One point for TTM-204, and up to

48-7009-E 7-3 d) 0 - 10 VDC I) Measurement accuracy In standard environment conditions (23 ± 10 °C), ± 0.3 % ± 1 digit of FS II) Input resistanc

48-7009-E 7-4 (2) Control output section 1) No. of output points 2 points 2) Output type (fixed per model designation) ① Relay contact output a

48-7009-E 7-5 (3) Auxiliary output section 1) No. of output points (see the table below) 2 points (TTM-204) Common shared 4 points (TTM-207) F

48-7009-E 7-6 (6) Communication Communication is in the use exclusively from loader communication. 1) Communication specification RS-485 (1:31

48-7009-E 7-7 TTM-204 (9 pcs) TTM-207 (12 pcs) TTM-205 and 209 (14 pcs) Output 1 monitor    Output 2 monitor    Output 3 monitor    Output

48-7009-E 7-8 (5) Power consumption 100 - 240 VAC: 10 VA or less (TTM-204) 100 - 240 VAC: 11 VA or less (other than TTM-204) 24 VAC/DC: 4 W or less

48-7009-E 3-2 3.1 Precautions on wiring Warning Do not turn on the power until all wirings are complete in order to prevent an electric shock or eq

48-7009-E 7-9 7.2 Accessories 7.2.1 Current transformer ★ Current transformer is used to measure current values of a heater through connecting it

48-7009-E 7-10 7.3 Error (abnormality) display Content of error is displayed when an abnormality is generated on this product. 7.3.1 Display

48-7009-E 7-11 7.4 Troubleshooting Check corresponding items listed below to abnormal operation of this product before requesting for a repair.

48-7009-E 7-12 Symptom Description Check item Control unstable * Overshoot * Undershoot * Hunting (1) ON/OFF control is selected. At factory

48-7009-E 7-13 7.5 Setting list 7.5.1 Run mode Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Present value

48-7009-E 7-14 7.5.2 Input 1 setting mode (SET 01) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Input type

48-7009-E 7-15 7.5.3 Input 2 setting mode (SET 02) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Input type

48-7009-E 7-16 7.5.5 Control setting mode (SET 04) (1/4) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Bank

48-7009-E 7-17 7.5.5 Control setting mode (SET 04) (2/4) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind PID c

48-7009-E 7-18 7.5.5 Control setting mode (SET 04) (3/4) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Prima

48-7009-E 3-3 3.2 Terminal arrangement Notation for terminal arrangement is as follows. C: Common NO: Normal open +, -: There is polarity for

48-7009-E 7-19 7.5.5 Control setting mode (SET 04) (4/4) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Secon

48-7009-E 7-20 7.5.6 OUT 1 and 2 setting modes (SET 05 and 06) (1/3) Setting data Character Setting (monitor) value Initial value Unit Setting value

48-7009-E 7-21 7.5.6 OUT 1 and 2 setting modes (SET 05 and 06) (2/3) Setting data Character Setting (monitor) value Initial value Unit Setting value

48-7009-E 7-22 7.5.6 OUT 1 and 2 setting modes (SET 05 and 06) (3/3) Setting data Character Setting (monitor) value Initial value Unit Setting value

48-7009-E 7-23 7.5.7 OUT 3 to 7 setting modes (SET 07, 08, 09, 10 and 11) (1/2) Setting data Character Setting (monitor) value Initial value Unit Se

48-7009-E 7-24 7.5.7 OUT 3 to 7 setting modes (SET 07, 08, 09, 10 and 11) (2/2) Setting data Character Setting (monitor) value Initial value Unit Se

48-7009-E 7-25 7.5.8 CT setting mode (SET 12) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind CT 1 target con

48-7009-E 7-26 7.5.9 DI setting mode (SET 13) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind DI function dIF

48-7009-E 7-27 7.5.10 Timer 1 to 3 setting modes (SET 14, 15 and 16) Setting data Character Setting (monitor) value Initial value Unit Setting value

48-7009-E 7-28 7.5.11 Communication setting mode (SET 17) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Comm

48-7009-E 3-4 ★ TTM-207 Input power supply Output 1 Output 2 Output 5 Other than relay output Relay (The output 5 is only for an open collector.)

48-7009-E 7-29 7.5.12 Initial setting mode (SET 18) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Password c

48-7009-E 7-30 7.5.14 Bank setting mode (SET 20) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Bank selectio

48-7009-E 7-31 7.5.15 Program function setting mode (SET 21) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind O

48-7009-E 7-32 7.5.16 Program setting mode (SET 22) Setting data Character Setting (monitor) value Initial value Unit Setting value Blind Number-of-

48-7009-E 7-33 7.5.17 Bank automatic switching function setting mode (SET 23) Setting data Character Setting (monitor) value Initial value Unit Sett

48-7009-E 3-5 Communication + 2 points of CT + Output 7 Communication + 3 points of DI CT 1 input CT 2 input Output 7 Open collector Relay NO D

48-7009-E 3-6 ★ TTM-205/209 Other than relay output Relay Input power supply Output 1 Output 2 Output 5 Output 6 Output 7 AI input (models in vol

48-7009-E 3-7 3.3 Wiring to each terminal In connection diagrams, left side of the terminal number represents inside the equipment while right side

48-7009-E ii Warnings Improper wiring to the equipment may cause a failure, such as fire. Upon completion of wiring, ensure to verify the proper

48-7009-E 3-8 ★ Input TTM-204 Terminal Nos. ⑩, ⑪ and ⑫ * Use sensors that match the types of inputs. (“K thermocouple” is set as factory

48-7009-E 3-9 ★ AI input (current and voltage only) TTM-205 Terminal Nos. ⑰ and ⑱ TTM-207 Terminal Nos. ⑨ and ⑩ TTM-209 Terminal Nos. ⑰ and

48-7009-E 3-10 ★ Event (DI) input TTM-204 Terminal Nos. ⑮, ⑯, ⑰ and ⑱ TTM-205 Terminal Nos. ○28, ○29, ○30, ○31, ○32, ○33 and ○34 TTM-2

48-7009-E 3-11 ★ Communication function TTM-204 Terminal Nos. ⑬ and ⑭ TTM-205 Terminal Nos. ○26 and ○27 TTM-207 Terminal Nos. ⑰ and ⑱ TTM-

48-7009-E 3-12 ★ Output Model Terminal No. Output 1 Output 2 Output 3 Output 4 Output 5 Output 6 Output 7 TTM-204 ③ and ④ ⑤ and ⑥ ⑦ and ⑨ ⑧

48-7009-E 3-13 TTM-207 Output 1 Output 2 Outputs 3 and 4 Output 5 Relay Output 7 SSR/current/voltage/open collector Relay SSR/current/voltage/open c

48-7009-E 3-14 TTM-205/209 Output 1 Output 2 Outputs 3 and 4 Output 5 Relay Output 6 SSR/current/voltage/open collector Relay SSR/current/voltage/o

48-7009-E 3-15 3-4 Examples of wiring 1) Input: K thermocouple, output 1: relay contact output and single phase 100 V Temperature sensor (K ther

48-7009-E 3-16 2) Input: resistance temperature detector, output 1: SSR drive voltage and single phase 100 V ★ Configuration example Temperature

48-7009-E 3-17 3) Input: resistance temperature detector, output 1: SSR drive voltage and 3-phase 200 V Temperature sensor (resistance temperature

48-7009-E iii Notation convention in this manual ★ Summary notation Abbreviations in alphabetical characters are used for the diagrams and text in

48-7009-E 3-18 4) Input: K thermocouple, output 1: SSR drive voltage, output 2: relay contact output and single phase 100 V (heating/cooling control

48-7009-E 3-19 5) Input: K thermocouple, output 1: relay contact output, output 2: transmission output and single phase 100 V ★ Configuration e

48-7009-E 4-1 4. Basic operation Basic operation is described in this chapter. 4.1 Flow of setting mode ...

48-7009-E 4-2 4.1 Flow of setting mode PROG250250INP1The equipment does not operate for about 4 seconds after power-on. At SET 21 program mode s

48-7009-E 4-3 Initial screen The input type number is displayed right after the power turns on, and in 4 seconds, the run mode screen is displaye

48-7009-E 4-4 4.2 Basic operation Flow of each setting item selection screen and each setting mode is described. 4.2.1 Switchover of paramete

48-7009-E 4-5 Flow of each setting mode Constant value run mode SET21 program mode setting A (C/P = 0) constant value run mode is established.

48-7009-E 4-6 SET 1: Input 1 setting mode 0. Setting item selection screen 1 Input 1 type setting 2. Scaling upper limit setting * Displayed with

48-7009-E 4-7 SET 2: Input 2 setting mode 1. Input 2 type setting 2. Scaling upper limit setting * Displayed with current/voltage input. 3. Scalin

48-7009-E 4-8 SET 4: Control setting mode 0. Setting item selection screen 1. Bank setting 3. Control setting 4. SV limiter upper limit setting 5. S

48-7009-E iv Contents 1. Overview Outline of TTM-200 series is described, in terms of features, model configuration (codes), names of components an

48-7009-E 4-9 21. Anti-reset windup 22. Setting of primary control operation amount limiter upper 23. Setting of primary control operation amount

48-7009-E 4-10 42. Setting of secondary control operation amount limiter upper limit To S04-52 MODE key 43. Setting of secondary control operation

48-7009-E 4-11 SET 5: OUT 1 setting mode 0. Setting item selection screen 1. Target connection setting 2. Event function 1 setting 3. Event upper l

48-7009-E 4-12 SET 6: OUT 2 setting mode 0. Setting item selection screen 1. Target connection setting 2. Event function 1 setting 3. Event upper l

48-7009-E 4-13 0. Setting item selection screen 1. Target connection setting 2. Event function 1 setting 3. Event upper limit setting 4. Event lowe

48-7009-E 4-14 0. Setting item selection screen 1. Target connection setting 2. Event function 1 setting 3. Event upper limit setting 4. Event lowe

48-7009-E 4-15 0. Setting item selection screen 1. Target connection setting 2. Event function 1 setting 3. Event upper limit setting 4. Event lowe

48-7009-E 4-16 SET 14: Timer 1 setting mode 0. Setting item selection screen 1. Function setting 2. Unit setting 3. SV permissible range setting 4.

48-7009-E 4-17 SET 16: Timer 3 setting mode 0. Setting item selection screen 1. Function setting 2. Unit setting 3. SV permissible range setting 4.

48-7009-E 4-18 SET 18: Initial setting mode 0. Setting item selection screen 1. Password cancel 2. PV normal display color 3. PV color auto-display

48-7009-E v 5.3 How to set run settings...

48-7009-E 4-19 4.2.2 Description of setting item selection screen Setting item selection screen Description SET 01 Mode regarding input 1 setting

48-7009-E 4-20 4.2.3 Setting of input types Settings for matching the input types being used is done. * The factory default is set at “0: K thermoco

48-7009-E 4-21 4.2.4 Setting of key functions How to set key functions is described. Constant value run mode screen PV value (present value)

48-7009-E 4-22 4.2.5 How to set the SV limiter setting The SV limiter is for setting a settable range with upper and lower limits. The range is

48-7009-E 4-23 4.2.6 How to set control types How to set control types is described. Constant value run mode screen PV value (present value)

48-7009-E 4-24 Continued from the previous page S04-9 Type B mode setting screen * The type of the PID Type B mode is set in this screen. * T

48-7009-E 4-25 4.2.7 How to set outputs The description in this section is on how to set the OUT (output) 2 from the event output, which is set at f

48-7009-E 4-26 4.2.8 How to set priority screens How to set priority screens is described. Constant value run mode screen PV value (present v

48-7009-E 4-27 4.2.9 Switchover to the blind setting mode How to set the blind function is described. Constant value run mode screen PV value

48-7009-E 4-28 Continued from the previous page Hold MODE key pressed for 3 seconds. Holding the MODE key pressed for 3 seconds in any screen above

48-7009-E 1-1 1. Overview Features of products, confirmation of products, and model coding and the name of each component or part are described in th

48-7009-E 4-29 4.2.10 Switchover to the ON/OFF control The ON/OFF control is set in BANK 1 for the initial setting at factory shipment. How to

48-7009-E 5-1 5. Operating the equipment How to operate the equipment is described in this chapter. 5.1 Precautions on operating the equipment

48-7009-E 5-2 5.1 Precautions on operating the equipment Before beginning operation or turning on the power, check the following. ★ Operation fo

48-7009-E 5-3 5.2 Operating monitor display 5.2.1 Operating amount monitor: SET 04 (control setting mode) ★ Output percentage at control is displa

48-7009-E 5-4 5.3 How to set run settings The target value (SV) setting, control setting and event setting are described as examples for constant va

48-7009-E 5-5 ② When setting the digit shift function by assigning it on the FUNC key Content of the function of the function key * The function

48-7009-E 5-6 Continued from the previous page Operating mode screen Measurement value (PV) Target value (SV): Set to “0” at factory shipment

48-7009-E 5-7 5.3.2 ON/OFF control setting When a measurement value (PV) being controlled reaches the target value (SV), the control output is turne

48-7009-E 5-8 Continued from the previous page 2) How to set the adjustment sensitivity In order to stabilize the equipment operation, a particul

48-7009-E 5-9 5.3.3 PID control setting ★ Setting the PID control The “PID Control” is set as factory default, and the values for P = proportional

48-7009-E 1-2 1.1 Feature ★ Improved controllability due to new PID algorithm (1) Time required to stabilize after start of control has been reduc

48-7009-E 5-10 ② Start using the function key Set the function key function to the AT start/stop function as the first step. ★ ☆ For cons

48-7009-E 5-11 2) How to start self-tuning * Self-tuning is a function to determine the PID constant when starting operation of the controller and

48-7009-E 5-12 3) How to manually set the PID constant * The PID constant is set manually and individually in SET 04 (control setting mode).

48-7009-E 5-13 5.3.4 Heating/cooling PID control setting ★ Setting the heating/cooling PID control For the heating/cooling control, the output is s

48-7009-E 5-14 Continued from the previous page S04-12 Tuning type setting screen * Tuning types are set in this screen. * Use the ▲/▼ ke

48-7009-E 5-15 5.3.5 Indicator setting ★ Setting as an indicator Blinding the target value (SV) enables to use the screen as an indicator.

48-7009-E 5-16 Control setting mode Press MODE key six times. Each set screen Each setting mode S04-6 Control type setting screen Hold MODE key p

48-7009-E 5-17 5.3.6 Excessive ascent prevention unit (alarm unit) setting ★ Setting for the excessive ascent prevention unit Setting to use the OU

48-7009-E 5-18 5.3.7 Event setting ★ Setting the event setting value (alarm value) When setting OUT 2 for the event setting value (alarm value) Set

48-7009-E 5-19 5. Event sensitivity setting screen * Event sensitivity is set in this screen. * Use the ▲/▼ key for the setting. * The

48-7009-E 1-3 1.2 Checking the product Prior to the use, check the following. ★ Checking the model The model number is printed on the box and

48-7009-E 5-20 5.3.8 How to set MD/READY ★ Start of control (RUN) or stop of control (READY) is selected. Switchover of RUN/READY can be exec

48-7009-E 5-21 ② Setting with the DI function (event input) Optional DI function (event input) is required. For constant value run mode sc

48-7009-E 5-22 5.4 How to set each function and description of function 5.4.1 Auto-tuning (AT) function What the auto-tuning is • Auto-tuning

48-7009-E 5-23 Re-execution of AT PID parameters calculated by AT are not necessarily best suited for all states. Re-execute AT because best

48-7009-E 5-24 Post-AT control characteristics per control type Note The control characteristics graph is an example and may differ depending

48-7009-E 5-25 5.4.2 Self-tuning function What the self-tuning is • Self-tuning is defined as a function that automatically executes tuning with

48-7009-E 5-26 Note Precautions on the use Self-tuning is affected by the present control results, as it is a function to correct the PID consta

48-7009-E 5-27 5.4.3 Mode/manual function Mode (MD)/manual (MAN) function Controls set in the control mode and manual controls can be switched ov

48-7009-E 5-28 5.4.4 Bank function What the bank function is • The bank function is a function that enables a desired control to be effective th

48-7009-E 5-29 < How to set > For setting the control setting mode (SET 04) ---see the page 6-12. For setting the bank setting mode (S