Samwon Tech TEMI1000 Series Operation Manual
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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
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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℃