Samwon Tech TEMI1000 Series Operation Manual

Specifications

Brand: Samwon Tech
Category: Controller
Model: TEMI1000 Series (Operation Manual)
File Type: PDF
File Size: —
Pages: 80

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Text of the manual

Copyrightⓒ 2014 Samwontech Co., Ltd

This operation manual is a work protected by the copyright law. A part or entire of this manual shall not be copied, air sent, distributed, translated or changed into the form to be read by electronic media or machine without prior written consent of Samwontech Co., Ltd. MSIP-REM- S31-1000SERIES

1. Operation and setting

� 1-1�Basic�operation�flow�chart� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 4 � 1-2�Setting�button�operation� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 5 � 1-3�Parameter�setting�method� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 6 2. Main screen�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 9 3. Operation state screen setting 3-1�Stationary�operation�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 13 � 3-2�Program�operation‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 20 � 3-3�Auto�tuning�and�tuning�point�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 29 4. Operation motion setting � 4-1�Operation�method�setting�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 31 � 4-2�Fuzzy�operation�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 33 � 4-3�Setting�value�change�rate�(SLOPE)�operation�‥‥‥‥‥‥‥‥‥ 34 5. Appointed operation setting�‥‥‥‥‥‥‥‥‥‥‥‥‥ 36 6. Setting graph display and save � 6-1�Pattern�graph�display� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 41 � 6-2�Presented�value�(PV)�graph�view�‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 44 � 6-3�Presented�value�(PV)�graph�save�setting�‥‥‥‥‥‥‥‥‥‥‥ 47 � 6-4�Memory�save�setting� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 48 7. Program setting � 7-1�Program�pattern�setting� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 52 � 7-2�Pattern�repetition�setting� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 57 � 7-3�File�editing�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 58 � 7-4�Time�signal�operation� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 61 � 7-5�Standby�operation�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 64 � 7-6�Experiment�name�setting�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 66 8. Screen display setting � 8-1�Screen�display�setting�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 69 � 8-2�DI�error�creation�history�view�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 71 9. Communication error‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥ 74 1st�Edition�of�TEMI1000�IM�:�Mar.�10�2014 This manual is used for TEMI1000 of operation method.

01. Cautions (Instructions) for safety

Symbol marks for safety (A)�It�means�the“Handle�with� care”�or�“Cautions”In�case�of� violation�of�this�point,�it�may�cause� the�death,�severe�injury�or�the� extreme�damage�on�the�product. ■�Product:�It�is�marked�on�the� points�to�be�acknowledged� certainly�to�protect�the�human� body�and�device.� ■�Instruction�manual:�It�describes� the�cautions�to�prevent�the�cases� of�endangered�situation�on�the�life� and�body�of�the�user�due�to�the� electric�shock�and�so�on.� (B)�It�means“Ground�terminal” ■�Make�the�earth�with�the� ground� in� case� of� product� installation�and�controlling�the� product.� (C)�It�means�the“supplementary� explanation” ■�It�describes�the�points�to� supplement�the�explanation. (D)�It�describes�the“references” ■�It�describes�the�information� and�pages�of�reference�to�be� referred.� Cautions in this instruction manual ■�Please�deliver�for�the�end�user�to�possess�always�and�keep�it�in�the�place�accessible�at�any�time.� ■�Use�the�product�after�full�understanding�of�this�operation�manual.� ■�This�operation�manual�does�not�warrant�any�other�things�because�it�is�a�description�of�the�details�for�the�function.�� ■�A�part�or�whole�of�this�manual�shall�not�be�edited�or�copied�randomly.� ■�The�descriptions�in�this�manual�may�be�changed�randomly�without�pre�notice�or�warning.� ■�Even�though�this�manual�was�made�with�elaboration,�it�will�be�appreciated�if�you�inform�to�the�purchasing�point�(Dealer�shop�and�etc)�� ����or�sales�team�in�our�company�in�case�of�deficiency,�mistake�or�omission�in�the�contents.� Cautions for the safety and modification (Change) of the product ■�Please�use�this�product�after�full�understanding�on�the�safety�cautions�in�this�manual�for�the�protection�and�safety�for�this�product�and� ����the�system�connected�to�this�system. ■�Our�company�is�not�responsible�to�the�damages�occurred�by�using�or�handling�or�unattended�using�not�relying�on�this�operation�manual.�� ■�Please�install�at�the�outside�of�this�product�when�the�additional�protection�and�safety�circuit�is�installed�separately�for�the�protection� ����and�safety�for�this�product�and�the�system�connected�to�this�system. ■�The�internal�modification�(Change)�and�addition�to�this�product�are�prohibited.� ■�Do�not�disassemble,�repair�and�modify�of�this�product�because�it�becomes�the�reasons�for�electric�shock,�fire�and�malfunction.� ■�In�case�of�changing�the�part�or�the�consumables�of�this�product,�please�contact�to�the�sales�department�of�our�company.� ■�Do�not�contact�to�the�moisture�with�this�product.��It�may�cause�the�failure�on�this�product.� ■�Do�not�apply�the�strong�impact�on�this�product.�It�may�cause�the�damage�and�failure�on�this�product.� With regard to the exemption for the responsibility of this product ■�We�are�not�responsible�for�any�warranty�on�this�product�besides�the�defined�cases�in�the�quality�assurance�condition�of�our�company.�� ■�We�are�not�responsible�for�the�direct�or�indirect�damages�on�the�user�of�any�third�party�due�to�the�not�expectable�defect ����or�the�natural�disaster�in�use�of�this�product. With regard to the quality assurance condition of this product ■�The�warranty�period�shall�be�one�year�from�the�purchasing�of�this�product.��Free�of�charge�repair�is�available�only�for�the�cases�of� ����out�of�order�occurred�from�normal�use�conditions. ■�The�repair�due�to�the�out�of�order�occurred�after�the�warranty�period�shall�be�repaired�at�the�actual�cost�according�to�the�defined� ����condition�by�our�company. ■�The�out�of�order�occurred�within�the�warranty�period�shall�be�repaired�at�the�actual�cost�for�the�following�cases�in�spite�of�within�the�warranty�period.� ����(1)��Out�of�order�due�to�the�mistake�or�fault�of�the�user�(Ex:�Initialization�by�losing�the�password�and�etc.) ����(2)�Out�of�order�due�to�the�natural�disaster�(Ex:�Fire�and�flood�and�etc)���(3)�Out�of�order�due�to�the�movement�of�product�after�installation. ����(4)�Out�of�order�due�to�the�random�disassemble,�change�or�damage�on�the�product.�(5)�Out�of�order�due�to�the�electric�power�instability�(6)�Others� ■�Please�contact�to�the�purchasing�points�or�sales�part�of�our�company�when�after�sales�service�is�necessary�because�of�the�failure�on�the�product.� Thank�you�for�your�choice�of�our�Temperature�and�Humidity�Programmable�Controller(TEMI1000).��This�manual�describes�the�method�of�operation�of�the�product.�

Operation and setting

1-1 Basic�operation�flow�chart�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥4 1-2 Setting�button�operation�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥5 1-3 Setting�button�operation�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥6 Part01

01. Operation and setting

4 This�product�is�programmable�controller�designed�with�dialogue�style�touch�screen�easy-to-use�for�the�users.� 1-1. Basic operation flow chart ●�The�logo�screen�and�the�initial�screen�are�displayed�sequentially�when�the�electric�power�is�switched�“ON” ����after�installation�of�the�product�and�it�converts�to�the�program�stationary�screen. ●�It�takes�about�20�seconds�for�screen�loading ●�When��������������button�is�touched�at�the�top�of�the�program�stationary�screen,�it�converts�to�the�main�screen. ●�Refer�to�[13.�System�initial�setting]�in�[Installation�manual]�for�change�in�the�initial�screen. Logo�screen Initial�screen Stationary�operation�still�screen(TEMI1500) Main�screen(TEMI1500) Main�screen(TEMI1300/1900�WIDE) Stationary�operation�still�screen(TEMI1300/1900�WIDE)

01. Operation and setting

1-2. Setting button operation Button type Button operation The�“Set�value”�is�touched�in�stationary�operation/still�screen�and�it�is�used�for�setting�the�set�value�wanted�by�the�user. The�“Pattern�No.”�is�touched�in�program�still�screen�and�it�is�used�for�setting�the�pattern�number�wanted�by�the�user. It�is�used�for�inputting�the�general�numbers�and�name. It�is�used�for�selection�for�one�out�of�many�types. It�is�used�for�selection�for�one�out�of�more�than�2�parameter�setting.�(ON/OFF/Inactive�state) It�is�used�for�selection�of�Y/N�for�the�corresponding�parameter.�(ON/OFF/Inactive�state) It�is�used�for�general�screen�conversion. It�is�used�for�increasing�or�decreasing�of�the�page�within�the�same�screen. It�is�used�for�the�page�conversion�by�the�decrease�and�increase�in�time�axis�on�the�same�screen.

Touch key lock release

▲�Input�key�for�time�signal�setting ▲�Display�when�it�is�out�of�the�setting�range� 1-3. Parameter setting method ●�When����������������is�selected�in�[1-2�Setting�button�operation],�the�input�key�of�the�setting�value�is�shown�as�followings�and�the�necessary�data�can�be�input. ●�When�the�data�out�of�the�setting�range�is�input,�error�message�(“LIMIT�ERROR”)�is�shown�on�the�input�data�display�window�with�the�error�sound�(“Beep”).�� ▲�Input�key�for�setting�only�the�numbers Input�key�for�setting�the�pattern�experiment�name�and�DI��▶ error�name�Refer�to�[11.�DI�function�and�operation�setting]�in� [Operation�manual]�for�DI�error�name�input�key.

01. Operation and setting

(1) Method for effectiveness of setting button and setting value ●�This�product�is�designed�as�follows�when�the�setting�data�input�button�is�touched�or�to�check�the�effectiveness�of�the�input�setting�data�by�sound.� ●�“Beep”� :�When�the�basic�setting�button�is�touched�or�the�setting�data�is�input�normally ●�“Beep�and�beep”�:�When�the�input�data�by�the�setting�data�input�key�is�out�of�the�input�range. ●�Do�not�press�with�sharp�thing�(Pencil�and�etc)�or�excessive�force�on�the�input�key�for�basic�setting�button�or�setting�value. ����It�may�cause�the�mal�operation�of�the�device�or�damage�on�the�touch�panel.� (2) Setting value input method ▶ Set the value of the input key features and descriptions It�displays�“Parameter.” It�displays�“Setting�range.” It�displays�“setting�display�window.” •�It�displays�“LIMIT�ERROR”�when�it�is�out�of�the�setting�range. •�It�displays�“INPUT�ERROR”�when�there�is�an�error�in�setting�unit. It�is�used�to�return�to�original�screen�after�stopping�the�input. It�returns�to�the�original�screen�by�saving�the�input�data. It�is�used�for�input�the�decimal�point.� It�is�used�for�input�the�symbol�(+/-). It�is�used�for�erasing�the�input�data�by�one�character. It�is�used�for�erasing�all�input�data.� It�displays�the�already�input�setting�data. Ex)�Set�data�input�method Press�the�set�data�input�button�in�the�corresponding�screen Press�the�“ENTER�ⓕ”�key�finally�after�pressing�the�corresponding�number� in�sequence�(ⓐ→ⓑ→ⓒ→ⓓ→ⓔ)

02. Main screen

02. Main screen [Fig. 2-1] Main screen(TEMI1500) 1 2 3 4 5 6 9 No. Instruction Description ① ② ③ ④ ⑤ ⑥ Moving�to�the�operation�screen Moving�to�the�setting�screen�for�additional�function� and�operation�method Moving�to�the�screen�for�setting�current�time,� programmed�operation�time. Moving�to�the�screen�to�set�Y/N�for�using�graph� display,�graph�record Moving�to�the�program�setting�menu�screen Moving�to�the�screen�for�setting�the�screen� brightness,�Y/N�for�using�buzzor�sound,�back�light� electricity�saving,�setting�for�background�color�and� humidity�display. Operation state�screen Setting operation�motion Programmed operation�setting Graph�&�Saving Program�setting Setting�screen� display

[Fig. 2-2] Main screen(TEMI1300/1900 WIDE)

1 2 3 4 10 ① ② ③ ④ It�displays�the�current�date/time. It�displays�the�present�temperature�value�(PV). It�displays�the�present�humidity�value�(PV). Button�to�move�the�operation�screen. ●�During�operation,�the�button�is�displayed�alternately�in� ���various�colors. References ▶�PV�on�the�left�side�of�the�screen�is�displayed�on�the�left�side� ����of�all�parameters�in�the�TEMI1300/1900(WIDE)�Product

Operation state screen setting

3-1 Stationary�operation�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥13 3-2 Program�operation� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥20 3-3 Auto�tuning�and�tuning�point�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥29 Part03

Operation state screen setting

Flow chart

3-1. Stationary operation

(1) Stationary operation still screen 1 ●�When�the�operation�state�screen�is�selected�in�[Fig.�2-1�Main�Screen],�it�is�converted�to�“Stationary�operation�still�screen�1.” ●�Select�the�operation�method�with�“Stationary”�in�[4.�Operation�motion�setting] ●�When�������������at�the�right�bottom�of�[Fig.�3-1]�Stationary�operation�still�screen�1�is�touched�by,�it�converts�to�[Fig.�3-5]�Stationary�operation�still�screen�1. [Fig.�3-1]�Stationary�operation�still�screen�1� [Fig.�3-2]�Stationary�operation�still�screen�1�(User�Key) 03. Operation state screen setting 03. Operation state screen setting

14 ※�T.EU�:�Range�of�input�data�for�temperature�sensor ※�H.EU�:�Range�of�input�data�for�humidity�sensor ※�Refer�to�[Engineering�units] [Fig.�3-4]�Screen�of�Input��for�humidity�setting�about�operation References ▶�The�input�for�set�value�for�temperature�is�activated�when ������������������������button�is�touched�[Fig.�3-3�creen�of��Input� ����for�temperature�setting�about�operation�temperature] ▶�The�input�for�set�value�for�humidity�is�activated�when ������������������������button�is�touched.�[Fig.�3-4�Screen�of�Input�� ����for�humidity�setting�about�operation] ▶�When�the�input�of�set�data�of�temperature�and�humidity�are� ����completed,�operate�the�stationary�operation�by�selecting������������. Parameter Initial value Temp�setting�data(SP) Humi�setting�data(SP) Setting range Unit T.EU(0.00�~�100.00%) H.EU(0.0�~�100.0%) T.EU H.EU T.EU(0.00%) H.EU(0.0%) [Fig.�3-3]�Screen�of��Input�for�temperature�setting�about� operation�temperature

(2) Stationary operation #1 operation screen

●�When�the�“Setting�data”�is�touched�even�in�operation,�the�input�key�setting�for�operation�is�activated. ●�It�is�a�screen�for�Measured�data�and�Set�data. [Fig. 3-5] Stationary operation operation screen 1 1 2 5 3 6 7 8 9 10 11 4 References ▶������,������:�Setting�data�>�Measuring�data�is�displayed�in�TEMP�and�HUMI�increase. ▶������,������:�Setting�data�=�Measuring�data�is�displayed�in�TEMP�maintaining. ▶������,������:�Setting�data�<�Measuring�data�is�displayed�in�TEMP�decrease. ① ② ③ ④ ⑤ ⑥ ⑦ ⑧ ⑨ ⑩ ⑪ It�displays�the�temperature�setting�data�(SP)�to�be�controlled. It�displays�the�present�temperature�value�(PV). It�displays�the�present�humidity�value�(PV). It�displays�the�humidity�setting�data�(SP)�to�be�controlled. It�displays�the�current�date/time�and�LCD�backlight�is�off�when�it�is�touched. ●�Red�LED�lamp�at�the�right�top�is�ON�when�the�backlight�is�OFF�in�still�state. Moving�to�[Fig.�2-1�Main�screen] ●�It�displays�the�key�pad�to�input�the�password�when�main�button�restriction�is�set. ●�Refer�to�[Fig.�4-2�Screen�in�restriction�setting�of�main�button] Moving�from�current�screen�to�next�screen Execution�or�releasing�the�auto�tuning�with�temperature�set�value�(SP). ●�Y/N�of�the�tuning�button�display�is�set�in�[8.�PID�group]�in�[Operation�manual] Execution�or�releasing�the�auto�tuning�with�humidity�set�value�(SP). ●�Y/N�of�the�tuning�button�display�is�set�in�[8.�PID�group]�in�[Operation�manual] Stationary�Operation/stop�button Click�to�this�place,�PV�display�expand�in�operation�screen ●�Refer�to�[Fig.�3-8�Stationary�operation�#1��expanded�screen] 03. Operation state screen setting

(3) Stationary operation screen 1 (TEMI1300/1900 WIDE)

[Fig. 3-9] Stationary operation #2 operation screen

17 (4) Stationary operation #2 operation screen ●�It�is�a�screen�to�display�the�display�lamps�for�measuring�data,�setting�data�and�output�volume. ① ② ③ It�displays�the�control�output�volume�(MV).�The�“ON”�state�is displayed�in�red�and�“OFF”�state�is�displayed�in�dark�grey. ●�Setting�the�state�lamp�in�[12.�System�initial�setting]�in�[Installation�manual] ●�Setting�up�to�24�for�lamp�in�[12.�System�initial�setting] It�displays�the�control�output�volume�(MV)�in�temperature. It�displays�the�control�output�volume�(MV)�in�humidity. It�displays�the�currently�applied�PID�group�number. ●�The�applied�PID�group�can�be�checked�in�[8.�PID�group]�in�[Installation�manual]� It�displays�the�total�process�time�of�stationary�operation. 1 4 5 2 3 [Fig.�3-8]�Stationary�operation�#1��expanded�screen 03. Operation state screen setting

[Fig. 3-10] Stationary operation #3 operation screen

2 3 1 (5) Stationary operation #3 operation screen ●�The�above�screen�is�to�display�the�measuring�date,�setting�data�of�Temperature�and�Humidity.�The�direction�of�graph�is�horizontal. ●�(�������������)�check�box�sets�Y/N�for�data�display. ●�Possible�to�save�recording�values�into�the�internal�memory�using�this�button ●�The�saved�data�into�the�internal�memory�are�preserved�when�the�electric�power�is�"ON/OFF" ●�Refer�to�[6-2�Present�value�(PV)�graph�view]� ① ② ③ It�displays�the�measuring�data,�setting�data�of�currently�operated� Temperature�and�Humidity. It�displays�the�capacity�of�internal�memory. ●�About�90�days�of�saving�is�available�when�the�sampling�time�is�set�in�1�second. It�is�a�button�to�save�the�measuring�data,�setting�data�of�currently� recorded�Temperature�and�Humidity�into�the�Internal�memory. [Fig.�3-11]�Stationary�operation�#3�operation�screen�(User�Key)

03. Operation state screen setting

(6) Termination screen for operation of stationary time setting ●�The�stationary�operation�is�terminated�while�it�shows�the�message,�“The�time�setting�operation�is�terminated.” ����when�the�operation�is�terminated�by�the�elapse�of�setting�time�in�[4.�Operation�motion�setting]� ●�The�message�is�not�appeared�on�the�screen�when�it�is�forcibly�terminated�by�pressing�“Stop”�button�during�operation. ●�The�message�is�disappeared�by�touching�the�corresponding�part�when�the�operation�termination�message�is�display�in�case�of�operation�termination. ����(It�is�same�with�the�program�operation�termination.) [Fig.�3-12]�Termination�screen�for�operation�of�stationary�time�setting

3-2. Program operation

(1) Program operation still screen 1 [Fig.�3-13]�Program�operation�#1�still�screen [Fig.�3-14]�Program�operation�#1�still�screen�(User�Key) ●�It�converts�to�“Program�operation�still�screen�1”�when�the�operation�state�screen�is�selected�in�[Fig.�2-1�Main�screen]. ●�Select�the�operation�method�with�“Pattern”�in�[4.�Operation�motion�setting]. ●�Refer�to�[7-1�Program�pattern�setting]�for�pattern�setting�method. ●�It�converts�to�[Fig.�3-13�Program�operation�#1�operation�screen]�when������������is�touched�by�on�the�right�bottom�in�[Fig.�3-16�Program�operation�#1�still�screen]

03. Operation state screen setting

Parameter Initial value Pattern�number Setting range Unit 1~120 ABS 1 ●�It�is�not�operated�when�the�program�is�not�input�into�the ����pattern�number�on�the�screen. ●�Refer�to�[7-1�Program�pattern�setting] Cautions in operation

[Fig. 3-16] Program operation operation screen 1

22 (2) Program operation #1 operation screen ●�The�pattern�number�cannot�be�set�during�operation. ●�It�is�a�screen�for�Measured�data�and�Set�data. References ▶�It�displays�the�direction�of�current�pattern�processing. ▶������,������:�Setting�data>Measuring�data�is�displayed�in�temperature�increase. ▶������,������:�Setting�data=Measuring�data�is�displayed�in�temperature�maintaining. ▶������,������:�Setting�data

(3) Program operation screen 1 (TEMI1300/1900 WIDE)

03. Operation state screen setting

(4) Program operation #2 operation screen

●�It�is�a�screen�to�display�the�display�lamps�for�measuring�data, ����setting�data�and�output�volume. [Fig. 3-20] Program operation #2 operation screen 1 2 3 4 5 6 7 8 9 [Fig.�3-19]�Program�operation�#1��expanded�screen ① ② ④ ⑤ ③ It�displays�the�control�output�volume�(MV).�The�“ON”�state�is displayed�in�red�and�“OFF”�state�is�displayed�in�dark�grey. ●�Setting�the�state�lamp�in�[12.�System�initial�setting]�in�[Installation�manual] ●�Setting�up�to�24�for�lamp�in�[12.�System�initial�setting] It�displays�the�control�output�volume�(MV)�in�temperature. It�displays�the�control�output�volume�(MV)�in�humidity. It�displays�the�currently�operated�program�pattern�number�and�segment�number. It�displays�the�pattern�repetition�state.� ●�The�figure�in�the�front�in�������������������������������������������shows�the�frequency����� ���of�repetition�and�the�figure�at�the�end�shows�the�set�repetition�frequency. ⑧ ⑨ ⑦ ⑥ It�displays�the�partial�repetition�state.� ●�The�figure�in�the�front�of��������������������������������������������shows�the�frequency��� ���of�repetition�and�the�figure�at�the�end�shows�the�set�repetition�frequency. It�displays�the�currently�applied�PID�ground�number. ●�The�applied�PID�group�can�be�checked�in�[8.�PID�group]�in�[Installation�manual]. It�displays�the�segment�process�time�and�setting�time�of�currently�processing�segment. ●�The�time�in�the�front�of����������������������������������������shows�the� ���segment�processing�time�and�the�time�at�the�end�shows�the�set ���time�in�[6-1�Program�pattern�setting] It�displays�the�total�process�time�of�program�operation.

(5) Program operation #3 operation screen

[Fig. 3-21] Program operation #3 operation screen ●�The�above�screen�is�to�display�the�measuring�date,�setting�data�of�Temperature�and�Humidity.�The�direction�of�graph�is�horizontal. ●�(�������������)�check�box�sets�Y/N�for�data�display. ●�Possible�to�save�recording�values�into�the�internal�memory�using�this�button ●�The�saved�data�into�the�internal�memory�are�preserved�when�the�electric�power�is�"ON/OFF" ●�Refer�to�[6-2�Present�value�(PV)�graph�view]� 2 3 1 [Fig.�3-22]�Program�operation�#3�operation�screen�(User�Key) ① ② ③ It�displays�the�measuring�data,�setting�data�of�currently�operated� Temperature�and�Humidity. It�displays�the�capacity�of�internal�memory. ●�About�90�days�of�saving�is�available�when�the�sampling�time�is�set�in�1�second. It�is�a�button�to�save�the�measuring�data,�setting�data�of�currently� recorded�Temperature�and�Humidity�into�the�Internal�memory. 03. Operation state screen setting

(6) Termination screen for operation of program

●�The�program�operation�is�terminated�while�it�shows�the�message,�“The�program�operation�is�terminated.”� ����when�the�operation�for�segment�setting�range�saved�into�the�pattern�is�terminated. ●�The�message�is�not�appeared�on�the�screen�when�it�is�forcibly�terminated�by�pressing�“Stop”�button�during�operation. ●�The�message�is�disappeared�by�touching�the�corresponding�part�when�the�operation�termination�message�is�display�in�case�of�operation�termination. ����(It�is�same�with�the�stationary�operation�termination.) [Fig.�3-23]�Termination�screen�for�operation�of�program

(7) Other operation screen

●�It�is�a�screen�to�display�warning�in�operation�screen. [Fig.�3-24]�Screen�for�sending�the�saved�PV�file [Fig.�3-25]�Screen�for�warning�of�shortage�of�memory�capacity References References ▶�It�is�a�sending�screen�for�saved�PV�file�in�internal�memory�to��PC ����It�takes�about�23�second�to�sending�0.1M�byte. ▶�It�is�a�screen�when��internal�memory�capacity�is�up�to�60.8�megabytes. 03. Operation state screen setting

28 [Fig.�3-26]�Warning�screen�for�no�extra�space�in�memory [Fig.�3-27]�Warning�screen�for�lack�of�saved�file�number [Fig.�3-28]�warning�screen�for�full�of�saved�file�number References ▶�Screen�for�no�extra�space�in�intenal�memory. References ▶�[Fig.�3-27]�is�a�screen�when�the�number�of�saved�files�is�over� ����240�in�internal�memory. ▶�[Fig.�3-28]�is�a�screen�when�the�number�of�saved�files�is�fulled� ����up�to�256.

Cautions in operation

3-3. Auto tuning and tuning point ●�The�segment�is�held�during�program�operation�and�the�segment�is�processed�when�the�auto�tuning�is�terminated. ●�Auto�tuning�is�a�function�to�set�the�optimal�PID�integer�automatically�by�measuring�and�calculating�the�object�of�control�with�controller. ●�The�controller�generates�the�ON/OFF�control�output�during�“2.5�periods”�during�auto�tuning�and�it�calculates�the�P,�I,�D�data�automatically ����based�on�the�period�and�oscillation�magnitude�using�the�limit�cycle�to�the�object�to�be�controlled. ●�The�Auto-Tuning�is�available�in�program.stationary�operation.��The�PID�data�calculated�from�the�set�value�located�PID�group�is�saved�automatically�through�Auto-Tuning�from�the�currently�set�value.�� References ▶�An�example�of�auto�tuning�depending�on�the�set�value. -�Operation�method�:�Stationary�operation/Sensor�input:�Temperature(PT_1)� -�Temperature�auto�tuning�point�:�0.10%�→�EUS�0.10%�=�0.2℃ -�Range�:�-50.00℃�~�150.00℃����-�Set�value�(SP)�:�50.0℃����-�Output�lower�limit�(OL)�:�0.0%�/�Output�upper�limit�(OH)�:�100.0%� :�Auto�tuning�point 50.2℃ 49.8℃ 49.8℃ Under�tuning PD�control Measuring�data (PV) ON ON ON OFF OFF SP�=�50.0℃ OH Control�output data�(MV) OL 50.2℃ Auto�tuning�operation ●�Any�change�in�set�value�(SP)�in�auto�tuning�does�not�change�the�tuning� ����point.�And�the�tuning�is�started�with�changed�set�value�(SP)�for�target ����set�value�(TSP)�after�auto�tuning�termination. ●�The�auto�tuning�is�stopped�in�case�of�“Sensor�short”�in�input�during� ����auto�tuning.�At�this�time,�the�PID�data�is�kept�with�the�previous�set�value. ●�When�auto�tuning�is�processed�beyond�27�hours,�the�auto�tuning ����is�stopped.� ●�The�PID�set�value�can�be�changed�during�auto�tuning,�but�the� ����obtained�PID�data�from�calculating�in�auto�tuning�termination�is�reset ����with�the�obtained�PID�data.� ●�The�PID�set�value�is�maintained�with�previous�set�value�when�the ����auto�tuning�is�forcibly�terminated.� ●�For�better�Auto-Tuning�results,��need�to�wait�until�stabilization�by� ����set�value(temperature),�then�Autotuning�the�temperature�first. ����And�after�Autotuning�the�humidity,�will�get�better�P,�I�and�D�value(data) 03. Operation state screen setting

Operation motion setting

4-1 Operation�method�setting� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥31 4-2 Fuzzy�operation� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥33 4-3 Setting�value�change�rate�(SLOPE)�operation� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥34

04. Operation motion setting

4-1. Operation method setting ●�It�converts�to�the�“Setting�screen�for�operation�related�motion”�when�the�operation�motion�setting�is�selected�in�[Fig.�2-1�Main�screen] [Fig. 4-1] Setting screen for operation related motion 2 3 4 5 1 6 7 ① ② ③ Setting�with�selection�either�of�pattern�or�stationary�operation for�operation�mode.(It�cannot�be�changed�during�operation.) ●�Pattern����:�Setting�in�program�operation ●�Stationary�:�Setting�in�stationary�operation Setting�the�recovery�motion�in�black�out ●�Stop�:�A�motion�to�return�to�the�operation�stop�state�after ���power�on�from�the�black�out. ●�Re-start�:�An�operation�from�the�beginning�after�power�on�from ���the�black�out. ●�Continue�:�A�motion�to�return�to�the�previous�operation�state ���after�power�on�from�the�black�out. In�case�that�the�external�disturbances�occure,�stabilized�the�control. ●�No�operation�:�The�indicated�value�is�stabilized�depending�on�time ���when�the�overshoot�is�made.� ●�Operation�:�The�indicated�value�is�stabilized�faster�than�No�operation� ���case,��as�the�overshoot�controlling�function�is�provided.� Automatic�increase�or�decreased�with�the�set�rate�in�case�of�set�value�change ●�It�is�adopted�in�stationary�operation�only. Total�operation�in�set�time�and�in�[3-1(4)�Stationary�operation�#2�operation�screen The�operation�stops�when�the�process�time�is�coincided�with�the�set�time. ●�It�is�adopted�in�stationary�operation�only. ④ ⑤ 04. Operation motion setting

in black out

Stop Re-start Continue Program operation Stationary operation Program�stop Operation�from�the�first�segment Operation�from�the�segment before�black�out Stop Operation Operation Parameter Initial value Setting range Unit 32

4-2. Fuzzy operation

●�The�overshoot�may�be�taken�place�in�case�of�severe�change�in�operation�or�frequent�changes�in�present�value�(SP). ����More�effective�control�can�be�made�when�the�fussy�function�is�operated�at�this�time. ●�Internal�operation�sequence�of�fuzzy�function:�It�controls�the�overshoot�by�calculating�the�control�output�value�(MV) ����with�sub�target�value�(Super�SP)�instead�of�present�value�(PV)�from�the�overshoot�control�start�time.� Set�value (SP) Now�present�value(NPV) Time Now�present�value(NPV) Time SUPER�SP :�Sub�set�value�(Super�SP) ��Starting�of�internal�calculation :�Sub�set�value�(Super�SP) ��Start�of�application [Fig.�4-2]�Main�button�restriction�setting�screen SUPER�SP� Overshoot�control�start SUPER�SP Overshoot�control�start Set�value (SP) 04. Operation motion setting

4-3. Setting value change rate (SLOPE) operation

●�The�set�value�is�changed�by�fixed�changing�rate�from�the�now�present�value�(PV)�to�set�value�when�the�set�value�is�changed.� 70.0℃ 30.0℃ TSP PV SP�change SP 2minutes. 40.0℃ Change�rate�(Slope)�operation References ▶�Operation�method:�Stationary�operation ▶�Temperature�change�rate:�20.0℃/Min ▶�Change�[Changed�SP(TSP)�-�PV�at�the�SP�changing�point]�with�slope�of�20.0℃� ����per�minute:�(70.0-30.0)℃�=�Change�40.0℃�with�the�slope�of�20℃ ▶�Increase�the�current�set�value�(SP)�from�30.0℃�to�70.0℃�with�uniform�� ����increasing�rate�for�2�minutes.

05. Appointed operation setting

[Fig. 5-1] Time setting screen ●�It�converts�to�[Fig.�5-1�Time�setting�screen]�when�the�appointed�operation�setting�button�is�touched�by�in�[Fig.�2-1�Main�screen]. ●�It�is�a�screen�to�set�the�current�time�and�appointed�operation�time.

05. Appointed operation setting

38 Parameter Initial value Year Month Day AM/PM Hour Minute Year Month Day AM/PM Hour Minute Setting range Unit 2000~2009 1~12 1~31 AM,�PM 1~12 0~59 2000~2009 1~12 1~31 AM,�PM 1~12 0~59 ABS ABS ABS ABS ABS ABS ABS ABS ABS ABS ABS ABS - - - - - - 2014 1 1 AM 12 0 Current�time Appointed�operation� time Appointment Click�for�appointment.� ※�AM12:00:�Night�00:00/PM12:00:�PM�12:00

Setting graph display and save

6-1 Pattern�graph�display�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥41 6-2 Presented�value�(PV)�graph�view�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥44 6-3 Presented�value�(PV)�graph�save�setting� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥47 6-4 Memory�save�setting� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥48

Setting graph display and save

[Fig.�6-10]�Graph&Save�setting�screen�4

06. Setting graph display and save

4 2 3 5 6 7 7 1 [Fig. 6-1] Graph & Save screen 1 (Program operation) 6-1. Pattern graph display [Fig. 6-2] Graph & Save screen 1 (graph thinkness) 06. Setting graph display and save

[Fig. 6-3] Graph & Save screen 1 (Program operation)

2 1 4 3 ③ ④ Display�the�current�temperature�during�operation Display�the�current�humidity�during�operation Display�in�green�for�the�operation�ended�part Display�the�processing�time�for�the�set�pattern�in [7-1�Program�pattern�setting] ① ②

06. Setting graph display and save

6-2. Presented value (PV) graph view

●�It�is�a�screen�to�display�the�data�recorded�in�[3-1(5)�Stationary�operation�3�operation�screen]�and�[3-2(5)�Program�operation�3�operation�screen]. ●�The�function�of��������������,�������������is�not�operated�in�case�of�1�page�for�recorded�data. ●�The�searching�scroll�bar�is�not�displayed�in�case�of�smaller�recorded�data. ●�The�date�and�time�saved�into�the�memory�are�displayed�out�the�screen.�[Reference�1] [Fig. 6-5] Graph&Save setting screen 2 (Graph display is selected) 3 2 4 9 6 5 1 7 8 Purple�at�base�line�temperature�(Set�Data,�Indicated�Data)�and�humidity� (Set�Data,�Indicated�Data)�is�displayed. ●�When�the�checked���������is�touched,�it�is�disappeared�on�the�graph� screen�and�when���������is�touched,�it�is�displayed�on�the�graph�screen.� ●�Refer�to�[Fig.�6-5�and�Fig.�6-6�Graph�&�Save�setting�screen�2] Display�to�update�the�graph�screen�immediately�which�is�being�saved. Moving�from�current�screen�to�next�screen Base�line�to�disply�the�data�checkpoint ●�Using�the�touch�screen�and�No.8�Button�to�move�to�the�point�where� ���we�want. The�time�axis�is�expanded�or�reduced. Moving�to�the�beginning�and�end�of�the�displayed�PV�graph�page Moving�of�graph�screen�by�one�page. Moving�the�purple�line�on�the�graph�screen�up/down�by�1�DOT ●�When�the�screen�is�touched,�the�indicated�values�are ���displayed�while�the�purple�line�moves. When�the�blue�part�on�the�bottom�of�the�screen�is�touched,�it�moves� to�the�corresponding�page�on�the�touched�point�of�X�coordinate. ① ② ③ ⑥ ⑤ ④ [Reference1] ⑦ ⑧ ⑨ References ▶�������:�Icon�to�display�of�no�card�insertion�or�no�recognition ▶�������:�Icon�to�display�the�SD�card�capacity�(usage�is�less�than�75%) ▶�������:�Icon�to�display�the�SD�card�capacity�(usage�is�75~90%) ▶�������:�Icon�to�display�the�SD�card�capacity�(usage�is�more�than�90%)��

06. Setting graph display and save

[Fig. 6-7] Graph&Save setting screen 2 (Saved folder is displayed)

[Fig. 6-8] Graph&Save setting screen 2 (Saved file is displayed) 3 5 4 3 4 6 ① ② ③ Copy�the�recorded�PV�files�into�the�internal�memory�to�SD�card.� ●�The�transmission�is�impossible�when�there�is�not�SD�card�option�or ���during�saving�the�PV�graph�in�operation�screen. When��������������is�touched,�the�files�saved�into�the�internal�memory�is�displayed. ●�The�currently�opened�folder�or�file�is�display�in�red. ������������Move�to�the�start�and�end�in�case�of�data�searching stored�in�the�internal�memory ������������Move�to�the�up�and�down�in�case�of�data�searching stored�in�the�internal�memory �������Close�the�PV�file ������������Move�to�the�folder 2 1

6-3. Presented value (PV) graph saving setting

●�This�screen�is�to�set�the�display�range�and�sampling�time�which�are�necessary�for�graph�recording�in ����[3-1(5)�Stationary�operation�3�operation�screen]�and�[3-2(5)�Program�operation�3�operation�screen]. [Fig. 6-9] Graph&Save setting screen 3 3 4 1 2 Setting�the�PV�graph�saving�period ●�It�is�not�changeable�during�PV�graph�saving ●�Saving�about�90�days�is�possible�when�sampling�time�is�set�in ���1�minute�in�saving�into�internal�memory. Setting�Y/N�for�saving�the�data�into�the�internal�memory. ●�Auto:�Saving�the�data�in�synchronized�with�Operation/Stop�automatically ●�Manual:�Saving�the�data�by�the�saving�key�in�the�Operation ���screen�3�manually ●�The�saved�data�into�the�internal�meemory�are�preserved�when ���the�electric�power�is�"ON/OFF" Setting�the�display�range�of�Temperature�graph� Setting�the�display�range�of�Humidity�graph ① ② ③ ④ Parameter Initial value Setting range Unit Recording�cycle Saving�operation�setting Temp�graph�display�upper�limit Temp�graph�display�lower�limit Humi�graph�display�upper�limit Humi�graph�display�lower�limit 1Sec,�2Sec,�5Sec,�10Sec,�20Sec,�30Sec,�1Min Auto,�Manual T.EU�(-2.50�~�102.50%) (Temp�graph�display�lower�limit�<�Temp�graph�display�upper�limit) H.EU�(0.0�~�100.0%) (Humi�graph�display�lower�limit�<�Humi�graph�display�upper�limit) ABS ABS T.EU T.EU H.EU H.EU 1�Sec Auto T.EU(100.00%) T.EU(0.0%) H.EU(100.0%) H.EU(0.0%) 06. Setting graph display and save

6-4. Memory save setting

●�It�is�a�screen�to�set�the�transmitting�of�pattern�and�parameter�to�SD�card. ●�It�is�a�screen�displayed�in�SD�card�option�only.� [Fig. 6-10] Graph&Save setting screen 4 Parameter Initial value Setting range Unit Transmitting�item Transmitting�direction Pattern,�PARA,�ALL Download,�Upload ABS ABS Pattern Download

7-6 Experiment�name�setting� ‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥66

50 Part 07 Program setting [Fig.�7-2]�Pattern�editing�screen [Fig.�7-7]�Time�signal�setting�#1 [Fig.�7-3]�Pattern�and�segment�repetition setting�screen [Fig.�7-10]�Standby�operation�setting�screen [Fig.�7-4]�File�editing�screen [Fig.�7-11]�Experiment�name�setting�screen

07. Program setting

[Fig. 7-1] Program setting screen 2 3 4 5 6 1 ① ② ③ Moving�to�the�pattern�editing�screen Moving�to�the�screen�for�repetitive�setting�of�pattern�and�segment Moving�to�the�screen�for�setting�pattern�copy�and�deletion� Moving�to�the�screen�for�time�signal�setting Moving�to�the�screen�for�setting�the�standby�screen Moving�to�the�screen�for�experiment�name� ④ ⑤ ⑥ ●�It�converts�to�[Fig.�7-1�Program�setting�screen]�when�the�program�setting�button�is�touched�by�in�[Fig.�2-1�Main�screen]. ●�It�is�a�screen�group�to�set�the�parameters�related�to�the�program�operation. 07. Program setting

[Fig. 7-2] Pattern editing screen

2 3 4 5 6 1 7 8 9 10 11 7-1. Program pattern setting ●�It�is�a�screen�to�set�the�segment�depending�on�the�pattern�number. ●�Refer�to�[7-4�Time�signal�operation]�for�time�signal�setting. ●�Please�refer�to�the�[7-5�Standby�operation]�to�find�things�about�the�standby�operation. ① ② ③ ④ ⑤ Input�the�pattern�number�for�segment�setting Setting�the�start�condition�for�program�operation. ●�NOW�PV�:�It�starts�from�the�present�PV�for�present�set�value�SP�in� ���starting�of�program�operation�and�progressed�to�the�set�time(TM1) ���for�currently�set�value(SP1)�in�segment(SEG1) ●�TEMP�SSP�:�In�case�of�starting�the�program�operation,�the�present� ���set�value�(SP)�is�started�from�temperature�SSP�and�progresses�to� ���the�set�time�(TM1)�for�currently�set�value�1�(SP1)�in�segment�1�(SEG1). ●�HUMI�SSP�:�It�starts�from�the�set�SSP�for�present�set�value�(SP)�in� ���starting�of�program�operation�and�progressed�to�the�set�time�(TM1)� ���for�currently�set�value�1�(SP1)�in�segment�1�(SEG1). It�sets�the�temperature�set�value�of�segment�to�be�operated.� It�sets�the�humidity�set�value�of�segment�to�be�operated.� Setting�the�time�of�segment�to�be�operated. It�sets�the�time�signal�of�the�segment�to�be�operated. ●�4�time�signals�can�be�set�for�each�segment�and�each�time�signal ���is�set�by�selection�from�18�types�of�time�signal. ●�Refer�to�[7-4�Time�signal�operation] ⑥

07. Program setting

54 ▲�The�input�key�to�set�the�pattern�number�is�displayed ����when�the�“Pattern�number”�button�is�touched�by. ▶�When�the�“Starting�condition”�button�is�touched�by, ����the�input�key�to�set�the�starting�condition�is�displayed ▲�It�is�a�screen�set�with�“TEMP�SSP”�for�starting�condition. ▲�It�is�a�screen�set�with�“HUMI�SSP”�for�starting�condition.

07. Program setting

References ▶�Input�by�pressing������������for�time�signal�and�SEG�alarm�input. ▶�Select������������to�escape�from�input�screen. ▶�The�wanted�time�signal�group�can�be�input�by�pressing� ����TS1~TS4�for�the�set�value�in�[7-4�Time�signal�operation]. ▲�The�input�key�to�set�the�time�signal�is�displayed�when��� ����������������(Time�signal)�button�is�touched�by. ※�#n�:�1�~�99 Pattern�number Starting�condition Segment�#n�TEMP�SP Segment�#n�HUMI�SP Segment�#n�Time Segment�#n�Time�signal�1�~�4 Segment�#n�Wait�use 1~120 NOW�PV,�TEMP�SSP,�HUMI�SSP T.EU(0.00~100.00%) H.EU(0.0~100.0%) -00.00.01(OFF)�~�999.59.59(Hour,�Min,�Sec) 0�~�17 No�use,�Use ABS ABS T.EU H.EU ABS ABS ABS 1 NOW�PV T.EU(0.00%) H.EU(0.0%) -00.00.01 0 No�use Parameter Initial value Setting range Unit 56

07. Program setting

[Fig. 7-3] Pattern and segment repetition Setting screen 7-2. Pattern repetition setting ●�It�is�a�screen�to�set�the�function�for�entire�or�partial�repetition�of�set�pattern. ●�The�operation�method�in�pattern�operation�termination�can�be�set.� ⑤ ⑥ ⑦ ⑧ ① ② ③ ④ It�sets�the�pattern�number�to�perform�the�repetitive�operation. It�sets�the�repetition�operation�frequency�of�the�set�pattern. It�sets�the�pattern�number�for�repetitive�operation�in�termination�of set�pattern�operation. It�sets�the�segment�to�start�the�partial�repetitive�operation�out�of the�set�patterns. It�sets�the�segment�to�terminate�the�partial�repetitive�operation�out�of the�set�patterns.�� It�sets�the�repetition�frequency�of�the�partial�repetitive�operation�out�of the�set�patterns. It�displays�the�experiment�name�of�the�set�pattern. ●�The�change�of�the�experiment�name�can�be�changed�in�[7-6�Experiment�name�setting] ●�The�change�is�impossible�as�it�is�only�for�reading. It�decides�the�next�operation�when�the�set�pattern�operation�is�finished. ●�Operation�stop�:�The�pattern�termination�signal�is�generated�and�the ���operation�state�is�in�program�stop. ●�SEG�hold�:�It�is�operated�in�last�operation�set�value�and�hold�state�is�maintained. ●�Connection�operation�:�The�pattern�set�in�the�connection�pattern�is�operated. Parameter Initial value Setting range Unit Pattern�No.� Repetition�frequency Connection�pattern� Operation�in�pattern�termination Start�segment�for�repetition�setting�1~4 Termination�segment�for�repetition�setting�1~4 Repetition�frequency�for�repetition�setting�1~4 1~120 0(Indefinite�repetition)~999 1~120 Operation�stop,�SEG�hold,�Continuation�operation 0~99 0~99 0~99 ABS ABS ABS ABS ABS ABS ABS 1 1 1 Operation�stop 0 0 0

7-3. File editing

●�It�is�a�screen�to�copy�or�delete�the�input�segment�values�in�[Fig.�6-1�Program�pattern�setting]. ●�The�pattern�number�in�operation�cannot�be�deleted. ●�The�deleted�pattern�cannot�be�recovere. [Fig. 7-4] File editing screen ⑤ ⑥ ⑦ ⑧ It�sets�the�original�pattern�number�to�be�copied.� It�sets�the�first�and�last�pattern�number�to�be�copied.� ●�The�first�pattern�is�copied�only�when�the�last�pattern�is�“0.” It�deletes�the�first�and�last�pattern�number�to�be�copied.� ●�The�first�pattern�is�deleted�only�when�the�last�pattern�is�“0.”. It�displays�the�total�patterns�set�in�[Fig.�7-1�Program�pattern�setting]. ●�The�change�is�impossible�as�it�is�only�for�reading. It�displays�the�total�segments�set�in�[Fig.�7-1�Program�pattern�setting]. ●�The�change�is�impossible�as�it�is�only�for�reading. It�copies�the�set�pattern�①�to�the�set�pattern�②. It�initializes�the�set�value�of�the�pattern�set�in�③. It�initializes�the�set�value�of�every�pattern.� ① ② ③ ④

07. Program setting

References ▶�The�message�:�“It�is�a�mistake�of�parameter�setting.”�appeares�at� ����the�bottom�of�screen�for�copying�or�deleting�by�wrong�input�of� ����pattern�number.� References ▶�The�message�:�“There�is�no�saved�contents�on�the�selected� ����pattern.”�Appears��at�the�bottom�of�screen�for�copying�or�deleting� ����without�saved�data�in�the�pattern�No. [Fig.�7-5]�File�editing�screen�#1 [Fig.�7-6]�File�editing�screen�#2

60 Start�pattern End�pattern start�pattern end�pattern Pattern�number Copy All�deletion Copy Selective�deletion 1~120 0~120 0~120 No�use,�Use 0~120 0~120 No�use,�Use ABS ABS ABS ABS ABS ABS ABS 0 0 0 No�use 0 0 No�use Message display “There�is�no�saved�information�in�the�selected�pattern.” “The�copy�is�completed�in�the�selected�pattern.” “The�deletion�is�completed�in�the�selected�pattern.” “The�copy�is�completed�in�every�pattern.”� “The�pattern�to�be�copies�is�being�used.” Explanation It�is�displayed�in�case�of�copy�when�there�is�nothing�saved�in�pattern�number.� It�is�displayed�in�completion�of�selected�pattern�copy.� It�is�displayed�in�completion�of�selected�pattern�deletion. It�is�displayed�in�completion�of�every�pattern�deletion. It�is�displayed�in�use�of�pattern.� Parameter Initial value Setting range Unit

07. Program setting

[Fig. 7-7] Time signal setting #1 7-4. Time signal operation ●�The�time�signal�operation�is�classified�into�ON/OFF�operation,�time�setting�operation�and�the�set�time�signal�is�used�for�setting�the�time�signal�No. ����in�segment�setting�in�[7-1�Program�pattern�setting] (1) Time signal ON/OFF operation The�time�signal�is�OFF�during�corresponding�segment�operation when�“0”�is�selected. ●�The�change�is�impossible�as�it�is�only�for�reading. The�time�signal�is�ON�during�corresponding�segment�operation when�“1”�is�selected. ●�The�change�is�impossible�as�it�is�only�for�reading. Moving�the�screen�up/down�by�6�time�signal�units. ① ② ③

[Fig. 7-9] Time signal setting #3

Parameter Initial value Setting range Unit Delay�time Operation�time 000.00.00(OFF)~999.59.59�(Hour,�Min,�Sec) 000.00.00(OFF)~999.59.59�(Hour,�Min,�Sec) ABS ABS 000.00.00 000.00.00 (2) Time signal time setting operation ●�The�time�signal�2~17�(TS2~17)�operate�depending�on�delay�time�and�operation�time. The�time�signal�is�“ON”�after�setting�time�is�elapsed�in�delay�time�from the�corresponding�segment�starting�point. ●�However,�the�time�signal�is�not�operated�when�the�corresponding ����segment�time�is�bigger�than�delay�time. The�time�signal�is�“ON”�by�the�delay�time�in�corresponding�segment is�“ON”�only�for�set�time�in�operation�time.�. ●�However,�the�time�signal�is�“ON”�for�the�corresponding�segment�operation ���when�the�(delay�time�+�operation�time)�is�bigger�than�corresponding ���segment�time�and�it�is�not�operated�in�the�next�segment.� ① ②

(3) Example of operation in time signal input

Setting Time signal operation Segment�N�time ≥�Delay�time�+� Operation�time ON Time�signal OFF Operation�time ON Time�signal OFF Operation�time Delay�time 3.�Delay�time�=�000.00.00 4.�Delay�time�≠�000.00.00 1.�Delay�time�=�000.00.00 2.�Delay�time�≠�000.00.00 Segment Segment Segment Segment (n-1)segment�time (n-1)segment�time (n-1)segment�time (n-1)segment�time (n+1)segment�time (n+1)segment�time (n+1)segment�time (n+1)segment�time n�segment�time n�segment�time n�segment�time n�segment�time 07. Program setting

7-5. Standby operation

[Fig. 7-10] Standby operation setting screen It�sets�Y/N�of�standby�operation. It�sets�the�temperature�range�to�be�applied�for�standby�operation. It�sets�the�humidity�range�to�be�applied�for�standby�operation. It�sets�the�standby�time�to�be�applied�when�the�indicated�data�for� temperature�or�humidity�does�not�enter�into�the�standby�operation� range�(TEMP�PV�or�HUMI�PV).� ●�It�standbys�indefinitely�for�entry�to�the�standby�operation�range�when ���the�standby�operation�time�is�set�in�“00.00.” It�decides�either�of�“Entire”�and�“Maintain�SEG”�for�standby�operation�method. ●�Entire�:�The�standby�operation�is�applied�to�the�set�entire�segment�in ���[7-1�Program�pattern�setting]� ●�Maintain�SEG�:�The�standby�operation�is�applied�only�to�the�set ���maintain�range��segment�in�[7-1�Program�pattern�setting]� ① ② ③ ⑤ ④ ●�It�is�a�screen�to�set�the�temperature&humidity�Stand-by�Range�and�Stand-by�Time�during�Program�operation.� ●�The�set�standby�operation�here�is�applied�to�[Fig.�7-1�Program�pattern�setting]. ●�Definition�of�standby�operation -�Coditions�for�Stand-by�Operation�Entry�(“OR”�condition)�:�In�case�of�no�entry�of�either�of�temperature�or�humidity�into�the�set�range�for�standby�operation� ���within�the�set�segment�time� -�Conditions�for�Stand-by�Operation�Release�(“AND”�condition)�:�In�case�of�entry�of�temperature�and�humidity�into�the�set�range�for�standby�operation� -�The�standby�time�has�indefinite�value�when�the�standby�time�is�not�set�(Initial�value).�

07. Program setting

Standby�operation�setting TEMP�standby�operation�range HUMI�standby�operation�range Standby�operation�time Standby�operation�method No�use,�Use T.EUS(0.00~100.00%) H.EUS(0.0~100.0%) 00.00~99.59�(No�use,�Use) ALL,��SEG ABS T.EUS H.EUS ABS ABS No�use T.EUS(0.00%) H.EUS(0.0%) 00.00 ALL References ▶�It�is�a�graph�for�interactive�relation�between�standby�operation ����and�standby�time. ▶�Standby�operation�range�:�It�displays�the�humidity�standby� ����operation�range�for�temperature�standby�operation�range�for� ����temperature�and�humidity�standby�operation�range�for�humidity.� Standby�set�time Segment�(n+1)�setting�time Segment�(n+1)� setting�time Standby�operation�range Standby�operation�range Standby�operation� (Time�stop) Segment�n Segment(n+1) Segment(n+2) Standby�release�timing Process�with�segment�(n+1) Measuring�data Set�value Set�value Standby�set�time Standby�operation�range Standby�operation�range Standby�operation (Time�stop) Segment�n Segment(n+1) Segment(n+2) Standby�release�timing Process�with�segment�(n+1) Measuring�data In�case�of�standby�operation�release�within standby�time�(Wait�time) In�case�of�no�entry�of�the�measuring�data�into�standby� operation�range�within�the�standby�time�(Wait�time)� Parameter Initial value Setting range Unit

7-6. Experiment name setting

●�The�experiment�name�can�be�set�for�each�pattern.�Refer�to�[3-2(2)�Program�operation�#1�operation�screen] Input�the�experiment�name�of�each�pattern. Converting�to�the�next�or�previous�experiment�name�screen. ① ② Experiment�name�1~120 0~9.�A~Z,�Special�letter�(Maximum�24�letters) ABS EXPERIMENT�OF�PATTERN�1~�120 [Fig.�7-12]�Experiment�name�setting�screen References ▶�The�input�key�to�set�the�experiment�name�is�displayed�when ������������������������������������������is�touched�by. Parameter Initial value Setting range Unit 66 [Fig. 7-11] Experiment name setting screen 2 2 1

Screen display setting

8-1 Setting�display�setting�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥69 8-2 DI�error�creation�history�view�‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥‥71

Setting display setting

08. Screen display setting

2 3 4 5 6 8 1 7 [Fig.�8-2]�Screen�to�select�the�basic�background�color 08. Setting display setting 8-1. Screen display setting [Fig. 8-1] Screen display setting screen ●�It�converts�to�[Fig.�8-1�Screen�display�setting�screen]�when�the�screen�display�setting�button�is�touched�by�in�[Fig.�2-1�Main�screen].�

⑤ ⑥ ⑦ ⑧ ② ③ ④ 70 ① It�sets�the�humidity�display�pattern�on�operation�screen.� In�case�of�the�below�cases,�the�humidity�data�(PV)�is�displayed�.� However,�except�below�cases,�“---.-“�is�displayed.� ●�Automatic� � -�In�case�that�temperature�set�data�(SP)�in�in�the�range�of�relative� ����humidity�display�condition(DRY�LIMIT)� � -�In�case�that�temperature�indicated�data�(PV).�Is�in�0.0℃�to�100.0℃�range� � -�In�case�that�humidity�set�data�(SP)�is�not�set�to�0.0% ●�Manual� � -�The�humidity�is�displayed�depending�on�the�set�value�(SP)�and� ����indicated�value(PV)�as�in�the�automatic�mode�and�the�humidity�is� ����displayed�even�when�the�humidity�set�value�(SP)�is�set�to�0.0%. every�background�color�is�possible�to�designate�refer�to�the� R(0~31),�G(0~31),�B(0~31)�of�each�figures� ●�Click�to�the�button�of�basic�color�selection,�possible�to�select ���among�48�colors. It�sets�Y/N�of�use�buzzer�sound. ●�The�buzzer�sound�generated�in�DI�error�is�operated�when�it�is�set�for�no�use. It�sets�the�backlight�electricity�saving�time.� ●�The�electricity�saving�time�sets�the�operation�timing�of�backlight ���OFF�when�there�is�not�key�operation. The�brightness�of�LCD�is�controlled�by��������,��������button. Total�capacity�of�internal�memory,�used�capacity,�total�files�to�be saved�and�display�of�saved�files ●�Warning�:�set�to�the�usage�of�warning�(shortage�of�memory�capacity� ���,�excess�of�saved�files)�using�the�button�������, Moving�from�current�screen�to�next�screen It�deletes�every�file�saved�in�the�internal�memory. References ▶�The�files�to�be�saved�into�the�internal�memory�are�limited�to�256�files.� ����Use�after�deletion�of�the�files�from�the�internal�memory�when�it�exceeds�256�files. Humidity�display Background�color Buzzer�sound Electricity�saving�operation�time LED�brightness AUTO,�MANUAL R(0~31),�G(0~31),�B(0~31) No�use,�Use 0~99�MIN 1�~�8 ABS ABS ABS ABS ABS AUTO R(21),�G(21),�B(21) Use 10 8�steps Parameter Initial value Setting range Unit

08. Setting display setting

8-2. DI error creation history view ●�It�is�a�screen�to�display�the�type,�date�and�time�of�error�created�DI.� ●�The�error�history�is�saved�up�to�30�cases�and�the�later�history�is�saved�after�deletion�of�the�saved�history.� [Fig. 8-3] DI error creation history screen It�displays�the�history�of�DI�error�creation. ●�The�name�set�in�[11-2�Error�name]�in�[Operation�manual]�is�displayed. ●�The�change�is�impossible�as�it�is�only�for�reading. It�deletes�the�entire�DI�error�creation. It�checks�the�previous�or�next�error�history.� ① ② ③ Parameter Initial value Entire�deletion Setting range Unit No�use,�Use ABS No�use

References ▶�It�is�a�screen�in�case�of�DI�error�creation. ▶�The�setting�for�letter�and�photo�screen�setting�can�be�set�in�[11.�DI�function�and�operation�setting]�in�[Installation�manual].� ▶�It�is�converted�to�the�operation�screen�after�escaping�from�the�DI�error�screen�when�������������is�touched�by. ▶�The�same�DI�error�creation�is�neglected�for�1�minute�when�the�screen�is�changed�by�pressing�������������button�after�DI�creation.�(Here,�the�neglecting�means�the�DI�error�screen.) � Ex)�It�neglects�even�DI1�is�created�by�escaping�with�“Return”�in�the�stat�of�DI1�creation�and�the�DI�error�screen�is�displayed�when�DI1�has�been�created�even�after�1�minute.� ▶��������������button�is�to�block�the�alarming�sound�when�DI�error�is�created. � EX)�Explanation�depending�on�lamp�state � -�DI�error�no�creation�(“OFF”�state) � -�DI�error�creation�(“ON”�state) � -�Release�after�DI�error�creation�(“ON”�state�after�“OFF”�) 72 [Fig.�8-4]�Screen�for�DI�error�display�method�by�letter [Fig.�8-5]�Screen�for�DI�error�display�method�by�photo

09. Communication error

EU(0 ~ 100%)

EU(-100~100%) | RH - RL | | RH - RL | EUS(0 ~ 100%) 0 RH RL | RL | | RH | (Example) ▶�INPUT�=�PT_1 ▶�RANGE�=�-90.00℃(RL)�~�200.00℃(RH) Engineering Units - EU, EUS When�the�sensor�type�(IN-T)�or�the�upper�limit.lower�limit�of�input�range�is�changed,�the�parameters�expressed�in�EU(�),�EUS(�)�are�changed�in proportion�to�current�data.�(However,�the�upper�and�lower�range�setting�data�is�initialized.) Download�the�instruction�manual�and�communication�manual�from�the�homepage. EU(��)���:�Value�of�engineering�unit�depending�on�the�range�of�instrument EUS(��)�:�Value�of�engineering�unit�depending�on�the�span�of�instrument ▶�Range�of�EU(��)�and�EUS(��) RL:�Lower�limit�of�input�range RL:�Upper�limit�of�input�range EU(0�~�100%) EU(-100�~�100%) EUS(0�~�100%) EUS(-100�~�100%) Range RL�~�RH -(�|�RH�-�RL�|�+�|�RL�|�)�~�RH 0�~�|�RH�-�RL�| -�|�RH�-�RL�|�~�|�RH�-�RL�| Center point |�RH�-�RL�|/2�+�RL RL |�RH�-�RL�|/2 0 EU(0�~�100%) EU(-100�~�100%) EUS(0�~�100%) EUS(-100�~�100%) Range -�90.00�~�200.00℃ -�380.00�~�200.00℃ 0�~�290.00℃ -�290.00�~�290.00℃ Center point 55.00℃ -�90.00℃ 145.00℃ 0.00℃

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