Samwontech TEMP2020, TEMP2520, TEMP2320, TEMP2720 Operation Manual

OPERATION MANUAL

Programmable Controller

TEMP2020 - SERIES

TEMP2320

TEMP2520

TEMP2720

SAMWONTECH

1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 1 / 2

※ This manual applies to TEMP2320, TEMP2520 and TEMP2720.

※ The model stated the manual content is TEMP2520.

Contents

1. Safety Precautions

2. Handling overview

2.1 Initial operation flow ………………………………………………………………………………·· 3

2.2 Setting Buttons ························································································ 4

2.3 Input Keypad ························································································ 5

3. OPERATION setting

3.1 MAIN MENU screen ………………………………………………………………………………·· 8

3.2 FIX Operation ……………………………………………………………………………………… 9

3.3 PROGRAM Operation ……………………………………………………………………………· 16

3.4 FIX and PROGRAM Operation …………………………………………………………………… 23

3.5 AUTO TUNING screen ……………………………………………………………………………· 27

3.6 AUTO TUNING and TUNING POINT ……………………………………………………………· 32

4. FUNCTION & FIX OPERATION setting

4.1 Operation mode & Functions …………………………………………………………………… 33

4.2 FUZZY function …………………………………………………………………………………·· 35

4.3 SP SLOPE function ………………………………………………………………………………·· 36

5. PROGRAM setting

5.1 Program PATTERN setting ……………………………………………………………………… 38

5.2 REPEAT operation ………………………………………………………………………………·· 46

5.3 Pattern FILE EDIT …………………………………………………………………………………·· 47

5.4 TIME SIGNAL ……………………………………………………………………………………… 49

5.5 WAIT function ……………………………………………………………………………………… 52

5.6 PATTERN NAME input ……………………………………………………………………………· 54

6. GRAPH & REC. setting

6.1 PATTERN GRAPH VIEW …………………………………………………………………………· 55

6.2 TREND GRAPH view & DATA processing ……………………………………………………… 58

6.3 Recording TREND GRAPH on Internal Memory ……………………………………………··60

6.4 DATA Transmission with SD memory card …………………………………………………… 61

SAMWONTECH

1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 2 / 2

7. SCREEN DISPLAY setting

7.1 Screen Display setting ……………………………………………………………………………· 62

7.2 DI ERROR HISTORY ………………………………………………………………………………·· 64

8. RESERVE OPERATION setting ……………………………………………………………………………· 66

9. USER SCREEN setting

9.1 USER SCREEN viewer ……………………………………………………………………………· 68

9.2 Creating BMP File for USER SCREEN image ………………………………………………·· 69

10. Communication Errors massage ………………………………………………………………·· 70

* Engineering Units

SAMWONTECH

1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 1 / 71

1 Safety Precautions

Thank you for purchasing TEMP2520, programmable controller.
This Operation Manual describes operating procedures of the TEMP2520 controller.

음SAFETY SYMBOL MARK음

(A) Symbolizes ‘Caution’ and ‘Warnning’. The information with this symbol is especially important

for preventing from user injury and protecting the product and system.

(1) Product : This symbol indicates an imminently hazardous situation which if not

avoided, will result in serious injury or system damage.

(2) Operating Manual : This symbol indicates potential hazard that may cause personal

injury by electrical shock.

(B) Symbolizes ‘Protective Earth (PE) Terminal.’

This symbol indicates that the terminal must be connected to the Ground prior to
operating.

(C) Symbolizes ‘Supplementary Explanation.’

The information with this symbol describes additional explanation for features.

(D) Symbolizes ‘Reference.’

☞

This symbol indicates further information and page to refer.

음 Precautionary Remarks on this Operation Manual음

(A) This manual should be passed on the End- User and kept at a suitable place for easy review

in time.
(B) Read and understand this Operation Manual carefully before using the product.
(C) This Operation Manual describes functions and features of the product in detail, and

SAMWONTECH can not guarantee against over applications would suit a customer’s

particular purpose which is not described in this manual.
(D) Unauthorized duplication and modification of this Operation Manual are strongly prohibited.
(E) The contents of this manual may be modified without prior notice.
(F) If any errors or omissions in this manual should come to the attention of the user, feel free to

contact our sales representatives or our sales office.

SAMWONTECH

1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 2 / 71

음 Precautions for Safety and Unauthorized Modification음

(A) For protecting and ensuring the safety of this product and relevant system, all of the safety

instructions and precautions should be well recognized and strictly observed by all users.
(B) SAMWONTECH does not guarantee against damage resulting from unauthorized alteration,

misuse, or abuse.
(C) When using additional safety circuit or part such as Noise Filter to protect this product and

relevant system, it is strongly required to install that to outside of this product. Additional

installation and modification inside of this product are prohibited.
(D) Do not try to disassemble, repair, or modify the product. It may become the cause of a

trouble such as malfunction, electric shock, fire.
(E) Contact our sales dept. for part replacement or consumables.
(F) Keep the product away from water inflowing. This may become a critical cause of trouble.
(G) External shock on the product may lead to damage and malfunction.

음 Limitation of Liability음

(A) SAMWONTECH does not guarantee or accept responsibility for this product other than the

clauses stated in our warranty policy.
(B) SAMWONTECH assumes no liability to any party for any loss or damage, direct or indirect,

caused by the use or any unpredictable defect of the product.

음Warranty Policy 음

(A) Warranty term of this TEMP2520 is one year after delivery to the first purchaser for being free

of defects in materials and faulty workmanship under the condition that the product has been

applied according to this manual.
(B) The repairing cost will be charged for defective product out of warranty period. This charge

will be the actual cost estimated by SAMWONTECH.
(C) Repairing cost may be charged even if within warranty period for following cases.

(1) Damage due to USER FAULT (Ex.: Product initialization by password loss)
(2) Damage due to natural disaster (Ex.: fire, flood)
(3) Damage due to additional removal and re-installation after the first one.
(4) Damage due to unauthorized disassemble, modification and alternation.
(5) Damage due to unexpected power failure caused unstable power supply.
(6) Others

(D) If any A/S is required, feel free to contact our sales office or a representative.

SAMWONTECH

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2 Handling overview

▶ This product is Programmable Controller configured with Interactive Touch Screen type, which is

designed for user convenience.

2.1 Initial operation flow

▶ Supplying the power after completing installation correctly, loading screen will appear for loading time

then Initial Logo screen will be displayed. The screen will automatically progress to the STOP screen.

☞ It takes around 22 seconds for loading.

▶ Press the

(MAIN) button at the top right hand corner on PROGRAM STOP screen, to move to the

MAIN MENU where the general parameter group located.

▶ Initial Logo screen can be changed as user want. Refer to the [13. INITIAL SETTING] on [Installation

Manual] for how to change initial logo.

Loading screen Initial Logo screen

MAIN MENU screen PROGRAM STOP screen

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2.2 Setting Buttons

▶ [Table2-1] describes Basic Setting Buttons.

Table 2-1. Basic Set Button

Button Type Description

Touch “Set Parameter” part at FIX STOP/RUN Screen, and is
used to set desired parameter.

Touch “Pattern No” part at Program Stop Screen, and is used to

set desired Pattern Number by user.

Button to set target Set Point of humidity, located at the Low left
side of OPERATRION screen.
Input Keypad will appear

Button to set general numerical and alphabetical value.
Input Keypad will appear.

Button to set target Set Point of temperature and humidity, and
process time for each segment on [5.1 Program PATTERN].
Input Keypad will appear.

Button to select on of several modes or options.
(ON / OFF / INACTIVE)

Button to set whether or not to use each parameter.
(ON / OFF / INACTIVE)

Screen move button to move to the next / previous Screen in the
same group.

Page move button to move to the next / previous Page in the
same screen.

Paragraph move button to move to the next / previous
Paragraph by time base in the same page.

Button to display first / last section of recorded trend data graph
on [6.2 TREND GRAPH view & DATA processing].

Button to move the view point up / down by 1 dot point of
recorded trend data graph on [6.2 TREND GRAPH view & DATA
processing].

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2.3 Input Keypad

▶ When you pressing the

button, the following Input Keypad appears and the required data value

can be set by using this Input Keypad.

▶ If the setting value is out of the available range, ‘LIMIT ERROR’ message will appear with a ‘BEEP’

sound and input will be rejected.

① Numeric Keypad to input numerical values

② Alpha- Numeric Keypad to input Pattern name or DI error name

☞ For DI ERROR name, refer to the [11.2 DI ERROR NAME] on [Installation Manual].

③ TIME SIGNAL setting Keypad

④ Input Key to set Seg Alarm (Segment Alarm)

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⑤ Input Key to set Aux. Output

☞ Refer to Aux. Output in [Control & Transmit Output] in [Installation Manual] for Aux. Output setup.

⑥ User tag Input key for CH1, CH2

⑦ LIMIT ERROR message when out of available rage

KEY LOCK Release

▶ Setting operation through Input Keypad can be performed after releasing KEY LOCK function

switch ON to OFF.

☞ For further information, refer to [4. FUNCTION & FIX OPERATION setting].

2.3.1 Setting input validity test

▶ TEMP2500 confirms key input process and its validity of value by sound.

☞ ‘Beep’ : indicates key input accessed normally within available range.
☞ ‘Three Beeps’ : indicates key input denied.

Precautions in Operation

▶ Do not press the setting buttons with a sharp object (ex. pencil). This may lead to damage or

malfunction of the touch panel.

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2.3.2 Set Point input

▶ All Set Points can be set by using above mentioned numeric, alpha-numeric and Time Signal setting

Keypad.

▶ Numeric Input Keypad will appear with pressing

button to input Set Point.
▶ For the TIME SIGNAL setting Keypad, refer to [5.4 TIME SIGNAL].
▶ For DI ERROR name, refer to the [11.2 DI ERROR NAME] on [Installation Manual].

▶ Description of Numeric Input Keypad

① Displays ‘Parameter Name’ of Input Keypad.
② Displays available range.
③ Displays new Set Point. If the Set Point is out of range, ‘LIMIT ERROR’ message will appear.
④ Escape button to cancel and disappear Input Keypad.
⑤ Enter button to accept new set point and disappear Input Keypad.
⑥ Button to input decimal point.
⑦ Button to input negative or positive number. (+/-).
⑧ BackSpace button to delete one numeral of Set Point at a time.
⑨ Clear button to delete the entire Set Point.
⑩ Displays original Set Point.

Ex.) How to input Set Point

▶ The following describes how to change Set Point 49.40 to -12.5.

→ Press the

button to pop up Numeric Input Keypad.

→ Press the numbers by the order (①→②→③→④→⑤). If setting is OK, press ENTER key(⑥).

①
②

③

④

⑤

⑨⑧⑦⑥

①④ ⑥

②

③

⑤

⑩

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3. OPERATION setting

3.1 MAIN MENU screen

▶

MAIN MENU screen is organized into six sections. This MAIN MENU screen is the central gate way
screen to move into Low parameter section

▶ Press the (MAIN) button to move to this MAIN MENU screen.

No. Instructions Description

① GRAPH & REC

Section for display recoding data graph and its setting for SD card
operation.

② OPER. SCREEN

Operation status section to start, display and set main operation
parameters.

③ FUNCTION & FIX

Function section to set parameters for additional operation function and
mode

④ PROGRAM SET Program setting section organized into 6 groups

⑤ RESERVE SET Time section to set current time and scheduled operation.

⑥ DISPLAY SET

Move to set Display Brightness Control, PV Font, Buzzer Sound Use/Unuse,
Backlight Power Save screen.

④

③

⑥

②

⑤

①

[Figure 3-1] Main Menu Screen

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3.2 FIX Operation

3.2.1 FIX STOP screen

▶ Under setting ‘FIX’ operation for ‘OPERATION MODE’ on [4. FUNCTION & FIX OPERATION setting], when

you press [OPER. SCREEN] button on the MAIN MENU screen, this FIX STOP screen will appear.
▶ [Figure 3-2] is displayed when “ASYNCH OPER” is selected at [4. FUNCTION & FIX OPERATION].
▶ [Figure 3-3] is displayed when “SYNCH OPER” is selected at [4. FUNCTION & FIX OPERATION].

[Figure 3-2] FIX STOP screen (ASYNCH)

[Figure 3-3] FIX STOP screen (SYNCH)

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▶ CH1. CH2 SET VALUE input method is as follows.
▶ Input Key is displayed when touch “SET POINT” in the screen to enter set value.

Table 3-1. FIX STOP Screen Parameter

Parameter Range Unit Default

CH1 Set Point(SP) CH1.EU(0.0 ~ 100.0%) CH1.EU CH1.EU(0.0%)

CH2 Set Point (SP) CH2.EU(0.0 ~ 100.0%) CH2.EU CH2.EU(0.0%)

※ CH1,CH2.EU : Sensor Input Value Range
※ Refer to [Engineering Unit]

[Figure 3-4] CH1, CH2 Set Value Input Screen

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3.2.2 The 1st FIX RUN screen

▶ This screen displays Process Value, Set Point, Control Output and Lamp Operation Status.
▶ Set Point Input Key is displayed during operation when touch “SP” part.
▶ Able to select Asynch/Synch Operation at [4. F UNCTION & FIX OPERATION].
▶ Asynch Operation has individual STOP/RUN button, and user can STOP/RUN the required Channel.
▶ Following is the RUN Screen for CH1, CH2.

① Displays CH1 operation status.

☞ The arrow rotates clockwise during operation.
② Displays CH1 Set Point.
③ Red status lamp in CH1 indicates “ON”, and dark gray for “OFF” status.

☞ Status Lamp can be set at [SYSTEM INITIAL SET Screen] in [Installation Manual].

☞ Up to 20 Status lamp per channel can be set at [SYSTEM INITIAL SET Screen], and only 16 status

lamps are displayed at [The 1

st

FIX RUN screen].
☞ Only 8 Status lamps are displayed when User Tag is set.
☞ [The 2

nd

FIX RUN screen] displays all 20 lamps that are set.

④ Displays CH1 operation status.

☞ The arrow rotates clockwise during operation.

③

⑥

⑤

⑦

②

⑧

⑨

⑩

⑪

⑫

[Figure 3-5] The 1st FIX RUN screen (Asynch)

①

④

[Figure 3-6] The 1st FIX RUN screen (Synch)

⑬

⑭

⑮

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⑤ Displays CH2 Set Point..
⑥ Red status lamp in CH2 indicates “ON”, and dark gray for “OFF” status.

☞ Status Lamp can be set at [SYSTEM INITIAL SET Screen] in [Installation Manual].
☞ Up to 20 Status lamp per channel can be set at [SYSTEM INITIAL SET Screen], and only 16 status

lamps are displayed at [The 1

st

FIX RUN screen].
☞ Only 8 Status lamps are displayed when User Tag is set.
☞ [The 2

nd

FIX RUN screen] displays all 20 lamps that are set.

⑦ Indicate current Date/Time, and LCD screen turned off when pressing this button.

☞ Red Lamp is turned on when pressing Date/Time button at RUN STOP Screen.
☞ Green Lamp is turned on when pressing Date/Time button at RUN Screen.
☞ Green Lamp is turned on when pressing Date/Time button when one only one channel is running.

⑧ Move to [Figure 3-1 MAIN MENU] screen.

☞ Display Keypad to enter Password when set Main Button Restriction.
☞ Refer to [Figure. 4-2].

⑨ Move to next screen from current screen.
⑩ STOP/RUN Screen of CH1.

☞ Able to STOP/RUN individually.

⑪ USER-KEY button.

☞ To remove this U-KEY button from this screen, refer to [13. INITIAL SETTING] on [Installation Manual].
☞ For using this U-KEY, set available relay number at ‘USER KEY SIGNAL’ on [DO CONFIG] in [SYSTEM

SETTING].

Ex.) Used for Chamber Lamp Output ON/OFF, etc.

☞ Assigned Relay operates when pressing “USER” button from FIX & PROGRAM STOP/RUN screen.

⑫ STOP/RUN Button of CH2.

☞ Able to STOP/RUN individually.

⑬ Displays CH1 control output value.
⑭ Displays CH2 control output value.
⑮ Displays CH1, CH2 User Tag.

☞ User Tag and Name Set can be made at [7.1 DISPLAY SET].

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3.2.3 The 2nd FIX RUN screen

▶ This screen displays Process Value, Set Point, Control Output and Lamp Operation Status.
▶ Set Point Input Key is displayed during operation when touch “SP” part.
▶ Pressing the STOP/RUN button during Synch Operation will move to CH1, CH2 STOP/RUN operation.
▶ Following screen is CH1 explanation, and CH2 is same as CH1 operation.

① Indicate current Process Value.
② Indicate PID Group number currently applied.

☞ Able to check applied PID Group at [PID GROUP] in [Installation Manual].

③ Move to CH1 or CH2 Screen.
④ Run or Release AUTO TUNING to current Set Value.

☞ Able to set Tuning Button Yes/No from [PID GROUP] in [Installation Manual].

⑤ Display FIX RUN PROCESS TIME.

※ ④ Button is not displayed at FIX OPERATION STOP Screen.

②

①

[Figure 3-7] The 2nd FIX RUN screen (CH1)

③

④

⑤

[Figure 3-8] The 2nd FIX RUN screen (CH2)

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3.2.4 The 3rd FIX RUN screen

▶ Following screen explains for CH1, and it is same for CH2.
▶ Left side of screen indicates Process Value, Set Point, Control Output Value.
▶ (

) Check Box set whether to display Data on the Screen.

▶ Press the

(RECORD) button on the right hand side to record trend data established at ① of current

program operation, and it starts recording with activating (RECORD) button.

▶ All data stored in internal memory will be wiped out by POWER OFF.

☞ Store all important recorded data to SD card before POWER OFF.
☞ Refer to [6.2 TREND GRAPH view & DATA processing].

※ While the data is recording into internal memory, that can not be downloaded to SD card.

① Indicate current operating Process Value, Set Point and Control Output Value of CH1, CH2.
② Displays available internal memory volume.

☞ About 25days can be saving on 1 second of sampling time.

③ Move to CH1 or CH2 screen

.

④ This is button to store current operating Process Value, Set Point and Control Output Value of CH1,

CH2 into internal memory.

⑤ Clear button to wipe out all data stored to internal memory.

[[Figure 3-9] The 3rd FIX RUN Screen

②

①

④

③

⑤

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3.2.5 FIX OPERATION STOP Screen

▶ Fix Operation stops running with following “TIME OPERATION END” message when the time set for CH1

and CH 2 at [4. FUNCTION & FIX OPERATION].

☞ “TIME SET RUN” can be set same for CH1, CH2, but its running start time may be different because

they operate individually.
▶ However, this message will not appear if the operation is stopped by force pressing ‘STOP’ button.
▶ That message will disappear with pressing any part of touch screen.

☞ This also applies to PROGRAM STOP

3.2.5.1 FIX OPERATION STOP Screen (Asynch)

▶ This is CH1, CH2 Time Set Operation completed screen.
▶ There is completion time difference between CH1 and CH2 according to the Time Set Operation.

3.2.5.1 FIX OPERATION STOP Screen (Synch)

▶ This is CH1, CH2 Time Set Operation completed screen.
▶ There is completion time difference between CH1 and CH2 according to the Time Set Operation.

[Figure 3-10] FIX OPERATION STOP Screen (Asynch)

[Figure 3-11] FIX OPERATION STOP Screen (Synch)

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3.3 PROGRAM Operation

3.3.1 PROGRAM STOP screen

▶ Under setting ‘PROG’ operation at CH1, CH2 ‘OPERATION MODE’ on [4. FUNCTION & FIX OPERATION

setting], when you press [OPER. SCREEN] section on the MAIN MENU screen, this PROGRAM STOP

screen will appear.
▶ [Figure 3-11] is displayed when “Asynch Operation” is selected at [4. FUNCTION & FIX OPERATION].
▶ [Figure 3-12] is displayed when “Synch Operation” is selected at [4. FUNCTION & FIX OPERATION].
▶ For program settings, refer to [5. Program PATTERN].
▶ Press the

(RUN) button on [Figure 3-12 PROGRAM STOP screen] to start running operation and

move to [Figure 3-15 The 1

st

PROGRAM RUN Screen].

[Figure 3-12] PROGRAM STOP Screen (Asynch)

[Figure 3-13] PROGRAM STOP Screen (Synch)

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▶ Following is the method to input CH1. CH2 pattern number.
▶ Input Key is displayed when touching “PATTERN NUMBER FOR OPER” area for pattern number input.

Table 3-2. PROGRAM STOP Screen Parameter

Parameter Range Unit Default

CH1 Pattern No. 1~40 ABS 1

CH2 Pattern No. 1~40 ABS 1

※ Caution for Program Operation

▶ The Operation does not run when the displayed Pattern Number does not includes program.

☞ Refer to [5.1 PATTERN SET].

[Figure 3-14] CH1, CH2 Pattern Number Input Screen

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3.3.2 The 1st PROGRAM RUN screen

▶ Displays Process Value, Set Point, Control Output and Lamp Operation Status.
▶ It is unable to set Pattern Number during operation.
▶ Able to set Asynch/Synch Operation at [4. FUNCTION & FIX OPERATION].
▶ Asynch operation has individual CH1, CH2 RUN/STOP button, and user can run any required channel.
▶ RUN screen for CH1, CH2.

① Displays CH1 operation status.

☞ The arrow rotates clockwise during operation.
② Displays CH1 Segment Set Point.
③ Red status lamp in CH1 indicates “ON”, and dark gray for “OFF” status.

☞ Status Lamp can be set at [SYSTEM INITIAL SET Screen] in [Installation Manual].

☞ Up to 20 Status lamp per channel can be set at [SYSTEM INITIAL SET Screen], and only 16 status

lamps are displayed at [The 1

st

PROGRAM RUN Screen].
☞ Only 8 Status lamps are displayed when User Tag is set.
☞ [The 2

nd

PROGRAM RUN Screen] displays all 20 lamps that are set.

④ Displays CH2 operation status.

☞ The arrow rotates clockwise during operation.

⑤ Displays CH2 Segment Set Point.

②

④

⑦

③

⑤

⑧

⑨

⑭

⑩

⑪

⑫

⑬

①

[Figure 3-15] The 1st PROGRAM RUN Screen (Asynch)

⑥

[Figure 3-16] The 1st PROGRAM RUN Screen (Synch)

⑮

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⑥ Red status lamp in CH2 indicates “ON”, and dark gray for “OFF” status.

☞ Status Lamp can be set at [SYSTEM INITIAL SET Screen] in [Installation Manual].
☞ Up to 20 Status lamp per channel can be set at [SYSTEM INITIAL SET Screen], and only 16 status

lamps are displayed at [The 1

st

PROGRAM RUN Screen].
☞ Only 8 Status lamps are displayed when User Tag is set.
☞ [The 2

nd

PROGRAM RUN Screen] displays all 20 lamps that are set.

⑦ Displays current Date/Time, and LCD screen disappears when touching this area.

☞ Red Lamp is turned on when pressing Date/Time button at RUN STOP Screen.
☞ Green Lamp is turned on when pressing Date/Time button at RUN Screen.
☞ Green Lamp is turned on when pressing Date/Time button when one only one channel is running.

⑧ Move to [Figure 3-1 MAIN MENU] screen.

☞ Display Keypad to enter Password when set Main Button Restriction.
☞ Refer to [Figure. 4-2].

⑨ Move to next screen from current screen.
⑩ STOP/RUN Screen of CH1.

☞ Able to STOP/RUN individually.

⑪ USER-KEY button.

☞ To remove this U-KEY button from this screen, refer to [13. INITIAL SETTING] on [Installation Manual].
☞ For using this U-KEY, set available relay number at ‘USER KEY SIGNAL’ on [DO CONFIG] in [SYSTEM

SETTING].

Ex.) Used for Chamber Lamp Output ON/OFF, etc.

☞ Assigned Relay operates when pressing “USER” button from FIX & PROGRAM STOP/RUN screen.

⑫ STOP/RUN Button of CH2.

☞ Able to STOP/RUN individually.

⑬ Displays CH1 control output value.
⑭ Displays CH2 control output value.
⑮ Displays CH1, CH2 User Tag.

☞ User Tag and Name Set can be made at [7.1 DISPLAY SET].

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3.3.3 The 2nd PROGRAM RUN screen

▶ Displays Process Value, Set Point, Control Output and Lamp Operation Status.
▶ CH1, CH2 STOP/RUN when pressing STOP/RUN button during Sync Operation

① Displays current Process Value.
② Displays current running Program Pattern number and Segment Number.
③ Displays Pattern Repeat status.

☞ [PATTERN REPEAT: 000/000] Former number indicates repeated number, and latter indicates repeat

set value.

④ Displays Segment Repeat status.

☞ [SEGMENT REPEAT: 00/00] Former number indicates repeated number, and latter indicates repeat

set value.

⑤ Displays current Aux Output.

☞ Able to select from [4.1 CONTROL OUTPUT SET] in [Installation Manual].
☞ AUX Out set can be made from [5.1 PROGRAM PATTERN SET].

⑥ Displays currently applying PID Group number.

☞ Able to check applied PID Group from [PID GROUP] in [Installation Manual].

⑦ Displays progress time and set time which is under progress.

②

①

④

③

⑥
⑦
⑧

[Figure. 3-17] The 2

nd

PROGRAM RUN Screen (CH1)

⑨

⑩

⑪

⑫

[Figure 3-18] The 2nd PROGRAM RUN Screen (CH2)

⑤

⑬

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☞ [SEG TIME: 000H00M00S/000H00M00S] Former time indicates Segment progress time, and latter

indicates Set Time in [5.1 PROGRAM PATTERN SET].
⑧ Display program run progress time.
⑨ Moves to CH1 or CH2 screen.
⑩ Executes or releases Auto Tuning with current set value.

☞ Able to set On/Off for Tuning Button Display from [PID Group] in [Installation Manual].
⑪ Hold On/Off for the current temperature set value.
⑫ Close current progressing segment and forced to move to next segment.
⑬ Display program run start time and end time.

☞ End time displays the sum of end time set from [5.1 PROGRAM PATTERN SET].

3.3.4 The 3rd PROGRAM RUN screen

▶ Left side of screen displays Process Value, set point and control output value of CH1, CH2.
▶ Following display explains for CH1, and it is same for CH2 display.
▶ (

) Check Box set whether to display Data on the Screen.

▶ Press the

(RECORD) button on the right hand side to record trend data established at ① of current

program operation, and it starts recording with activating (RECORD) button.

▶ Press the activated (RECORD) button to stop recording, and recorded data will be stored in internal

memory as a file. New file will be created by every single turning ON /OFF recording

▶ All data stored in internal memory will be wiped out by POWER OFF.

☞ Store all important recorded data to SD card before POWER OFF.
☞ Refer to [6.2 TREND GRAPH view & DATA processing].

※ The data can not be downloaded to SD Card during the Process Value, set point and control output

value of CH1, CH2 are stored to internal memory.

① Indicate current operating Process Value, Set Point and Control Output Value of CH1, CH2.
② Displays available internal memory volume.

☞ About 25days can be saving on 1 second of sampling time.
③ Move to CH1 or CH2 screen

.

④ This is button to store current operating Process Value, Set Point and Control Output Value of CH1,

CH2 into internal memory.

⑤ Clear button to wipe out all data stored to internal memory.

②

①

④

③

[Figure 3-19] The 3

rd

PROGRAM RUN Screen

⑤

SAMWONTECH

1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 22 / 71

3.3.5 PROGRAM operation STOP Screen

▶ Once the operation has completed normally as all setting on processed pattern, PROGRAM operation will

stop and ‘PATTERM OPERATION END’ message appears show as [Figure 3-20, Figure 3-21].
▶ However, this message will not appear if the operation is stopped by force pressing ‘STOP’ button.
▶ That message will disappear with pressing any part of touch screen.

☞ This also applies to FIX STOP

[Figure 3-20] PROGRAM operation STOP Screen (Asynch)

[Figure 3-21] PROGRAM operation STOP Screen (Synch)

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3.4 FIX and PROGRAM Operation

3.4.1 FIX AND PROGRAM STOP screen

▶ CH1, CH2 operation type can be selected as “FIX” and “PATTERN” each at [4. FUNCTION & FIX

OPERATION].
▶ [Figure 3-22] is “Asynch” selected screen at [4. FUNCTION & FIX OPERATION].
▶ [Figure 3-23] is “Synch” selected screen at [4. FUNCTION & FIX OPERATION].
▶ Refer to [5.1 PROGRAM PATTERN SET] for Pattern Set method.
▶ Press

(RUN) button at bottom right side from [Figure 3-22 FIX AND PROGRAM STOP screen] will

transfer the screen to [Figure 3-28 The 1

st

FIX AND PROGRAM RUN screen].

[Figure 3-22] The 1

st

FIX AND PROGRAM STOP screen (Asynch)

[Figure 3-23] The 1

st

FIX AND PROGRAM STOP screen (Synch)

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1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 24 / 71

▶ “Set Point”, “Pattern No.” input method for CH1 FIX OPERATION, CH2 PROGRAM OPERATION is as

follows.
▶ Input key is displayed when touching “Set Point” area in the screen for CH1 set point input.
▶ Input key is displayed when touching “Pattern No” area in the screen for CH2 pattern no. input.

Table 3-3. FIX AND PROGRAM STOP Screen Parameter

Parameter Range Unit Default

CH1 Set Point(SP) CH1.EU(0.0 ~ 100.0%) CH1.EU CH1.EU(0.0%)

CH2 Pattern No 1~40 ABS 1

[Figure 3-24] Pattern Number Input Screen-1

[Figure 3-25] Pattern Number Input Screen-2

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▶ “Set Point”, “Pattern No.” input method for CH1 PROGRAM OPERATION, CH2 FIX OPERATION is as

follows.
▶ Input key is displayed when touching “Pattern No” area in the screen for CH1 pattern no. input.
▶ Input key is displayed when touching “Set Point” area in the screen for CH2 set point input.

Table 3-4. FIX AND PROGRAM STOP Screen Parameter

Parameter Range Unit Default

CH1 Pattern No 1~40 ABS 1

CH2 Set Point(SP) CH2.EU(0.0 ~ 100.0%) CH2.EU CH2.EU(0.0%)

[Figure 3-27] Pattern Number Input Screen-4

[Figure 3-26] Pattern Number Input Screen-3

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3.4.2 The 1st FIX AND PROGRAM RUN screen

▶ Displays Process Value, set point, control output value and lamp operation status.
▶ Able to set each Channel operation type at [4. FUNCTION & FIX OPERATION].
▶ Able to set Asynch/Synch Operation at [4. FUNCTION & FIX OPERATION].
▶ Refer to[3.2.2 The 1

st

FIX RUN screen] and [3.3.2 The 1st PROGRAM RUN screen] for [The 1st FIX AND

PROGRAM RUN screen].
▶ Refer to[3.2.3 The 2

nd

FIX RUN screen] and [3.3.3 The 2nd PROGRAM RUN screen] for[The 2nd FIX AND

PROGRAM RUN screen].
▶ Refer to[3.2.4 The 3

rd

FIX RUN screen] and [3.3.4 The 3rd PROGRAM RUN screen] for [The 3rd FIX AND

PROGRAM RUN screen]
▶ Refer to[3.2.5

FIX OPERATION STOP Screen] and [3.3.5 PROGRAM operation STOP Screen] for[FIX AND

PROGRAM Operation STOP Screen].
▶ Asynch Operation has individual STOP/RUN button for CH1, CH2 so that user can STOP/RUN any

channel separately.
▶ Synch Operation has one STOP/RUN button for CH1, CH2 so that user can STOP/RUN CH1 and CH2

using one button.
▶ RUN screen for CH1, CH2.

[Figure 3-28] The 1

st

FIX AND PROGRAM RUN screen (Asynch)

[Figure 3-29] The 1

st

FIX AND PROGRAM RUN screen (Synch)

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3.5 AUTO TUNING Screen

▶ Auto Tuning type has two types of Seg PID type and Zone PID type.
▶ Hold and Step key can not be used during Auto Tuning at Program Run.

3.5.1 Auto Tuning (Seg)

▶ Seg PID type auto tunes based on current set point, and the tuning value is stored to “PID No” which is

set by Auto Tuning Parameter.
▶ Current set point becomes Auto Tuning Set Point during Auto Tuning execution.

☞ Segment is held during Program Run.

▶ When Auto Tuning is completed, it runs with current Set Point.

☞ Segment progresses during Program Run.

▶ Following screen explains for CH1, and it is same for CH2.

① Able to set PID No.

☞ Store the tuning value to selected number when Auto Tuning is completed.

② Moves to CH1 or CH2 screen.

Table 3-3 Auto Tuning (Seg) Parameter

Parameter Range Unit Default

Auto Tuning OFF, 1 ~ 6 ABS OFF

[Figure 3-30] The 2

nd

FIX RUN screen

②

①

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1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 28 / 71

▶ FIX and PROGRAM: AUTO TUNING(SEG)

☞ INRH, INRL : Indicates input sensor range.
☞ Threshold 1 ~4: Indicates threshold value of PID No.
☞ Auto Tuning : Indicates PID No selected for Auto Tuning.
☞ Auto Tuning Set Point: Indicates currently running Set Point.

FIX OPERATION: AUTO TUNING (SEG)

PROGRAM OPERATION: AUTO TUNING (SEG)

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3.5.2 AUTO TUNING (ZONE)

▶ Tuning is performed with the center value as target of PID group threshold value which is set at Auto

Tuning Parameter, and the tuning value is stored to selected PID No.
▶ Current set point becomes Auto Tuning Set Point during Auto Tuning execution.

☞ Segment is held during Program Run.

▶ When Auto Tuning is completed, current Set Point is changed to Set Point prior to Auto Tuning.

☞ Segment progresses during Program Run.

▶ Following screen explains for CH1, and it is same for CH 2.

① Tuning value is stored to the selected number when Auto Tuning is completed.

☞ Number in the box indicates PID number.

② Moves to CH1 or CH2 screen.

Table 3-4 Auto Tuning (Zone) Parameter

Parameter Range Unit Default

Auto Tuning OFF, 1 ~ 6, Auto ABS OFF

Caution for Auto Tuning (Zone Type)

▶ When it is forced to stop during Auto Tuning, nothing will be stored into PID No.
▶ Nothing will be stored on power outage, too.

[Fig 3-31] The 2

nd

PROGRAM RUN screen

②

①

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▶ FIX and PROGRAM: AUTO TUNING (Zone)

☞ INRH, INRL : Indicates input sensor range.
☞ Threshold 1 ~4: Indicates threshold value of PID No.
☞ Auto Tuning : Indicates PID No selected for Auto Tuning.
☞ Auto Tuning Set Point: Indicates currently running Set Point.

PID No.

Auto Tuning

Set Point

Auto

Tuning

INRL

INRH

Threshold3

Threshold1

350

900

500

1000

800

400

0

1

100

1

3

500

3

2

300

2

4

700

4

600

Threshold2

5

900

5

Threshold4

200

150

650

PID No.

Auto Tuning

Set Point

Auto

Tuning

INRL

INRH

Threshold3

Threshold1

350

900

500

1000

800

400

0

1

100

1

3

500

3

2

300

2

4

700

4

600

Threshold2

5

900

5

Threshold4

200

150

650

FIX OPERATION: AUTO TUNING (Zone)

PROGRAM OPERATION: AUTO TUNING (Zone)

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▶ Following is the Tuning Point Calculation method.

① Tuning Point : 1

☞ Execute PID1 Segment Auto Tuning.

Threshold 1 – INRL

－ PID1 Auto Tuning Set Point = INRL +

2

② Tuning Point : 2

☞ Execute PID2 Segment Auto Tuning.

Threshold 2 – Threshold 1

－ PID2 Auto Tuning Set Point = Threshold 1 +

2

③ Tuning Point : 3

☞ Execute PID3 Segment Auto Tuning.

Threshold 3 – Threshold 2

－ PID3 Auto Tuning Set Point = Threshold 2 +

2

④ Tuning Point : 4

☞ Execute PID4 Segment Auto Tuning.

Threshold 4 – Threshold 3

－ PID4 Auto Tuning Set Point = Threshold 3 +

2

⑤ Tuning Point : 5

☞ Execute PID5 Segment Auto Tuning.

INRH – Threshold 4

－ PID5 Auto Tuning Set Point = Threshold 4 +

2

⑥ Tuning Point : 6

☞ Execute PID6 Segment Auto Tuning.

INRH – INRL

 PID6 Auto Tuning Set Point = INRL +

2

⑦ Tuning Point: Auto

☞ Execute Auto Tuning for PID1 ~ 6 Segment sequentially.
☞ Store Auto Tuning value to PID1 ~ 6 Segments.

Threshold 1 – INRL

－ PID1 Auto Tuning Set Point = INRL +

2

Threshold 2 – Threshold 1

－ PID2 Auto Tuning Set Point = Threshold 1 +

2

Threshold 3 – Threshold 2

－ PID3 Auto Tuning Set Point = Threshold 2 +

2

Threshold 4 – Threshold 3

－ PID4 Auto Tuning Set Point = Threshold 3 +

2

INRH – Threshold 4

－ PID5 Auto Tuning Set Point = Threshold 4 +

2

INRH – INRL

 PID6 Auto Tuning Set Point = INRL +

2

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3.6 AUTO TUNING and TUNING POINT

▶ Auto-Tuning is a strong function to establish optimal P.I.D value automatically by calculating the

characteristics of the control system.
▶ While generating ON/OFF control output signal for 2.5 cycles, the controller measures the PV response

of the control system with a limit cycle method and calculate the optimal P.I.D value with the oscillation

data.
▶ Auto-Tuning process can be carried out on FIX / PRORGAM RUN state, and after completion of Auto-

Tuning process, calculated P.I.D value with SP will be automatically stored on P.I.D parameters of

corresponding zone.
▶ It executes sequential Auto Tuning and store to PID sequentially when select “Auto” from Auto Tuning

Parameter.

▶ Auto tuning procedure with a set point.

Parameter

Settings

▶ Operation Type: Fix Operation
▶ Input Sensor: Temperature(K2)
▶ Range: -200.00℃ ~ 1370.00℃
▶ Auto Tuning Point: 0.25% → EUS 0.25% = 0.5℃
▶ Set Point(SP) : 50.0℃
▶ OL : 0.0%
▶ OH : 100.0%

Tuning

Procedure

▶ Auto Tuning Precautions

① The tuning point does not change even if the SP is changed during auto tuning. When auto tuning

has completed, operation continues again with the changed SP.
② If ‘S.OPN’ occurs during auto tuning, the process stops. PID stays the same before auto tuning.
③ Auto tuning stops automatically, if the second cycle is operated longer for 27 hours.
④ PID may change during auto tuning, but when the process is finished, the PID will be reset to new

calculated value from auto tuning process.
⑤ If auto tuning is terminated by force, the PID is the same value as it was before auto tuning began.

OH

OL

MV

PV

ON

ON

OFF

OFF

50.5℃

Process of auto tuning

PID Control

ON

49.5℃

SP = 50.0℃

Auto Tuning

Point

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4. FUNCTION & FIX OPEARTION setting

▶ Press [FUNCTION&FIX] button on MAIN MENU screen to enter into this function section.
▶ This screen is to set parameters concerned additional function for general operation and FIX operation.

4.1 Operation mode & Functions

▶ Following screen explains for CH1, and it applies same to CH2 screen.

① Setup box to set Operation Mode. (PROGRAM / FIX Operation).
② Setup box to set Power Stop Mode.

☞ Stop : Operation will stay STOP state after power recovery, and ‘OPERATION STOP’ will display.
☞ Cold : Same operation before power failure will re-start after recovery power recovery.

For FIX run state, operation will re-start from the beginning (of TIME OPERATION)

For PROG run state, operation will re-start from the first segment of processed pattern.

☞ Hot : Operation will resume from the running state right before power failure.

③ Setup box to set whether or not using FUZZY function. Refer to [4.2 FUZZY function].

☞ OFF : Not using FUZZY function.

☞ ON : Using FUZZY function.
④ Setup box to set SP SLOPE for ramping rate on FIX operation. Refer to [4.3 SP SLOPE function]
⑤ Setup box to set whether or not using TIME OPERATION for total process time on FIX Operation.
⑥ Moves to CH1 or CH2 screen.
⑦ Button to select between “Synch Operation” or “Asynch Operation”.

☞ Synch Operation : It has one “STOP/RUN” button in “PROGRAM/FIX” operation screen, and can

operate STOP/Run at the same time.

☞ Asynch Operation : It has individual “STOP/RUN” button in “PROGRAM/FIX” operation screen, and

can operate STOP/Run individually.

⑧ Display Keypad to enter Password by pressing Main Button at Operating Screen when set Main Button

Restriction.

☞ Refer to [Figure 4-2].
⑨ KEYLOCK button to prevent from any of unauthorized parameter setting. Every setting operation will be

denied if the

(KEY LOCk) button is currently being activated.

☞ Screen transition and key unlock are still active.

Return from Power Outage Program Operation Fix Operation

Stop Program Stop Fix Stop
Cold Run from 1st Segment Fix Run

Hot Run from the Segment at the time of outage Fix Run

①

②

③

④

⑤

[Figure 4-1] Operation Settings Screen (CH1)

⑨

⑥

⑦

⑧

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1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 34 / 71

Table 4-1. PROGRAM STOP Screen Parameters

Parameters Range Units Default

Operation Type Pattern, Fix ABS Pattern

Return from Outage Stop, Cold, Hot ABS Stop

Fuzzy Feature Off, On ABS Off

CH1 SP Slope CH1.EUS(0.00 ~ 100.00%) / MIN CH1.EUS / MIN CH1.EUS(0.00%) /MIN

CH2 SP Slope CH2.EUS(0.00 ~ 100.00%) / MIN CH2.EUS / MIN CH2.EUS(0.00%) /MIN

Time Operation Unuse, Use ABS Unuse

Hour 0 ~ 9999 HOUR ABS 0

Minute 0 ~ 59 MIN ABS 0

Main Button

Restriction

Unuse, Use ABS Unuse

Run/Stop Operation Synch, Asynch Operation ABS Asynch Operation

Key Lock OFF, ON ABS OFF

▶ Following shows Main Button Restriction set screen.
▶ Password Set Keypad is displayed when pressing the Main button from operation screen.

[Figure 4-2] Main Button Restriction Set Screen

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4.2 FUZZY function

▶ FUZZY function can effectively control the overshoot that may occur when intense fluctuating load or

frequent Set Point changing.

▶ Before PV approaches to SP, automatically calculated SUPER SP can restrain overshoot.

▪ FUZZY ‘OFF’

▪ FUZZY ‘ON’

NPV

Time

SP

SP

NPV

▲

Generating MV

by assuming SUPER SP as real SP

SUPER SP

Overshoot control

Time

▲

SUPER SP

Calculating SUPER SP

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4.3 SP SLOPE function

▶ SP SLOPE function to make the Set Point ascend or descent gradually overtime.

▶ When changing the Target SP during FIX run operation, NSP (current SP) will be changed from current

PV to Target SP gradually by assigned ramping rate.

▶ SP SLOPE Operation

▶ Operation

→ Fix Operation

▶ Temperature

Change Ratio:

→ 20.0 ℃/Min.

Amount of change to TSP = [SP(TSP) - PV] and Slope = 20.0℃/min.
→ (70.0 - 30.0 )℃ = 40.0℃, it will take 2 min to ramp up to TSP
☞ For 2 minutes, NSP will be changed from 30.0℃ to 70.0℃ at a constant

rate of 20℃/min.

TSP

SP

PV

2 Min.

SP Chan

g

e

40.0℃

70.0℃

30.0℃

20.0℃

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5. PROGRAM setting

▶ Press [PROGRAM SET] on MAIN MENU screen to enter into program setting section [Figure 5-1

PROGRAM SET screen].

▶ This PROGRAM SET menu is composed with 6 groups concerned program operation setting.

No. Instructions Description

① PATTERN SET Pattern / Segment setting group.

② REPEAT SET Pattern / Segment repeat operation setting group

③ FILE EDIT Pattern editing by copy and delete.

④ TIME SIGNAL TIME SIGNAL setting group

⑤ WAIT SET Group to set WAIT function settings

⑥ PATTERN NAME Group to input the name of each pattern.

[Figure 5-1] PROGRAM SET Screen

④

③

⑥

②

⑤

①

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5.1 Program PATTERN setting

▶ This screen is to set programming segments of each pattern.
▶ Press [PATTERN SET] button on PROGRAM SET menu to enter into this screen.

▶ Following screen explains for CH1, and it operates same with CH2 screen.

① Setup box to input pattern number for setting.
② Program start condition can select one from ‘TPV’, ‘SPV’, ‘SSP’.

☞ TPV : When program operation starts, Setting Point(SP) starts from the present pointing value

regardless of slope or Starting Setting Point(SSP) and progresses till Setting Point 1 (SP1) for
set time.

☞ SPV : When program operation starts Setting Point(SP) starts from the present Process Value(PV) and

operates until Setting Point 1(SP1) under SEG1. Based on the contents of program patten,
remaining time is calculated as time is passed till operation starting point.

☞ SSP : When program operation starts, SP starts from SSP and operates until SP1 under 1SEG for set

time(TM1).
③ Set the value of Segment to run.
④ Setup box to input process time for each segment.
⑤ Setup box to input Time Signal number to use for each segment.

☞ Four TIME SIGNALs can be set for each segment among 20 different types.

☞ Refer to [5.4 TIME SIGNAL SET].
⑥ Set Seg Alarm of the segment to run.
⑦ Set Seg PID of the segment to run.
⑧ Move to CH1 or CH2 screen.
⑨ Segment insert button. When you press specific segment number

(Segment 01 ~ 99), that

segment number

(Segment 01 ~ 99) and (INSERT) button will become active. Press the

(INSERT) button, and the activated segment will be inserted into the pattern.

⑩ Segment delete button. When you press specific segment number

(Segment 01 ~ 99), that

segment number

(Segment 01 ~ 99) and (DELETE) button will become active. Press the

(DELETE) button, and activated segment will be deleted.
⑪ Button to display next / previous paragraph of four segments.
⑫ Button to move back to PRORAM SET menu screen, [Figure 5-1 PROGRAM SET screen].

④

③

⑥

②

⑤

①

⑧

⑦

⑪

⑩

⑨

[Figure 5-2] PATTERN SET Screen

⑫

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PROGRAM RUN START

▶ PROGRAM OPERARTION START is done according to the setting of STC (START CODE)

setup.

(1) Setting Point Preferred Program Operation (STC = SSP)

▶ When program operation starts, SP starts from SSP and operates until SP1 under 1SEG for set Time

1(TM1).

(2) Slope Preferred Program Operation (STC = S.PV)

▶ When program operation starts Setting Point(SP) starts from the present Process Value(PV) and

operates until Setting Point 1(SP1) under SEG1. Based on the contents of program patten, remaining
time is calculated as time is passed till operation starting point.

① When Segment 2 is the first maintaining section.

② When Segment 3 is the first maintaining section

③ When there is no maintaining section

SSP

TM1

TM2

SP1

a
b
c
d
e

Present

Pointing Value

Program

Operation Start

C
C
C
D

E(SSP)

a
b
c
d
e

Present

Pointing Value

Program

Operation Start

A
B
C
D

E(SSP)

a
b

c
d

e

Present

Pointing Value

Program

Operation Start

A
B
C
D

E(SSP)

a

d

e

E

D

C

B

A

b

c

a

d

e

E

D

C

B

A

b

c

a

d

e

E

D

C

B

A

b

c

1 2 3 4 Segment

1 2 3 4 Segment

1 2 3 4 Segment

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④ When there is only rising section without maintaining section.

⑤ When maintaining section starts from Segment 1.

(3) Time Preferred Program Operation (STC = T.PV)

▶ When program operation starts, Setting Point(SP) starts from the present pointing value regardless of

slope or Starting Setting Point(SSP) and progresses till Setting Point 1 (SP1) for set time

1

2 3 4

Segment

d

e

b

c

Present

Pointing Value

Program

Operation Start

b

d

E(SSP)

B

a

c

e

Operation

Not started

C

D

1

2

Segment

a

b

c

1

2

Segment

Present

Pointing Value

Program

Operation Start

a

c

b

B
B

A(SSP)

E

D

C

B

A

Present

Pointing Value

Program

Operation Start

D

c

e

B

b

d

a

A

C

E

a

d

e

b

c

E

D

C

B

A

A

B

a

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▶ This screen is to set Aux. Output.
▶ Select Aux. Output from [CONTROL & TRANSMISSION SET] in [Installation Manual].
▶ It is displayed in red color at PATTERN SET screen, and can set Aux Output.

▶ Press the

setup box, and Input Keypad will appear.

▶ Input key is displayed to set Start Code when pressing “START CODE”.

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▶ It displays the Start Code which is set to “SPV”.

▶ It displays the Start Code which is set to “SSP”.

▶

(Insert), (Delete) buttons are activated when button is activated.

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▶ Input key is displayed to set the setting value when pressing the Set Value button.

▶ Input key is displayed to set Segment Time when pressing the

(Time).

▶ Input key is displayed to set Time Signal when pressing

(Time Signal) button.

▶ Able to set Time Signal of TS1 ~ TS8 when pressing the

(TS) button.

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▶ Input key is displayed to set when pressing (Time Signal) button, and (AUX) button appears when

pressing the

(TS) button at top right side to set Aux. Output.

▶ Input key is displayed to set Seg. Alarm when pressing the

(Seg. Alarm) button.

▶ Input key is displayed to set Seg PID when pressing the

(Seg. PID) button.

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▶ Press (Enter) button to complete time signal setting.
▶ Press

(ESC) button to cancel input and disappear Input Keypad.

☞ Able to select and enter the required Time Signal group by pressing TS1 ~ TS8 button setting by [5.4

TIME SIGNAL SET].

Table 5-1. PATTERN SET Parameters

Parameter Range Unit Default

CH1 Pattern Number 1~40 ABS 1

CH2 Pattern Number 1~40 ABS 1

Start Code TPV, SPV, SSP ABS TPV

Start Condition(SSP) #n.EU(0.0~100.0%) #n.EU #n.EU(0.0%)

Segment #n Target SP #n.EU(0.0~100.0%) #n.EU #n.EU(0.0%)

Segment #n Time -00.00.01(OFF) ~ 999.59.59(Hr, Min, Sec) ABS -00.00.01

Segment #n Time Signal 1 ~ 8 0 ~ 20 ABS 0

Segment #n Seg. Alarm 1 ~ 4 0 ~ 8 ABS 0

Segment #n Seg. PID 0 ~ 6 ABS 0

*Time Signal 8 can not be selected when use Current Output 1 or 2 Set Value as Aux. Output.
* #n : 1 ~ 99

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5.2 REPEAT operation

▶ Press [REPEAT SET] button on PROGRAM SET menu screen to enter into this screen.
▶ This screen is to set repeat operation of entire current pattern and partial segment operation after

complete of current operation.

▶ Following screen explains for CH1, and it is same for CH2 screen.

① Setup box to input pattern number for repeat operation.
② Setup box to input count number for current entire pattern repeat.
③ Setup box to input next pattern number to run continually after complete of current operation.
④ Setup box to input start segment number for partial repeat operation.

☞ When the starting Segment is ‘1’, it starts with Start Set Point (SSP) regardless of Start Code(STC).
⑤ Setup box to input end segment number for partial repeat operation.
⑥ Set Setup box to input count number for partial repeat operation.
⑦ Displays of experiment name for current pattern.

☞ The experiment name can be set at [5.6 PATTERN NAME].

☞ This Displays is just READ ONLY and cannot be changed on this screen.
⑧ Move to CH1 or CH2 screen.
⑨ Button to set PATTERN END MODE for operation state after complete of operation.

☞ RESET: Make program operation STOP with generating PTEND signal.

☞ SEG HOLD: Stay operation run with holding SP at last segment.

☞ LINK RUN: Resume pattern operation number set as LINK PATTERN.

Table5-2. REPEAT SET PARAMETER

Parameter Range Unit Default

CH1 PATTERN NUMBER 1~40 ABS 1

CH2 PATTERN NUMBER 1~40 ABS 1

REPEAT COUNT 0(infinite)~999 ABS 1

CH1 LINK PATTERN 1~40 ABS 1

CH2 LINK PATTERN 1~40 ABS 1

PATTERN END MODE RESET, SEG HOLD, LINK RUN ABS RESET

START SEG. for Partial repeat 0~99 ABS 0

END SEG. for Partial repeat 0~99 ABS 0

REPEAT COUNT for Partial repeat 0~99 ABS 0

①

②

④

⑧

⑦

⑤

⑥

③

[Figure 5-3] REPEAT SET screen

⑨

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5.3 Pattern FILE EDIT

▶ Press [FILE EDIT] button on PROGRAM SET menu screen to enter into this screen.
▶ This screen is to edit program by copy or delete pattern set on [5.1 Program PATTERN].
▶ Currently processing pattern can not be deleted.
▶ Deleted pattern can not be restored.

① Setup box to input number of original pattern.
② Setup box to input number of the first / last target pattern to paste.

☞ If setting ‘0’ at END PATTERN, only START PATTERN will be copied.
③ Displays total number of pattern set on [5.1 Program PATTERN].

☞ This Displays is just READ ONLY and cannot be changed by itself.
④ Displays total number of segment set on [5.1 Program PATTERN].

☞ This Displays is just READ ONLY and cannot be changed by itself.
⑤ Setup box to input number of the first / last target pattern to delete.

☞ If setting ‘0’ at END PATTERN, only START PATTERN will be delete.
⑥ Button to paste the original pattern at ① to the target pattern at ②.
⑦ Button to delete patterns at ⑤.
⑧ Button to delete all patterns.

[Figure 5-4] FILE EDIT screen

①

③

④

②

⑤

⑥

⑦

⑧

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▶ ‘PARAMETER SETTING SET ERROR’ message will appear when editing with input error at original pattern

number.

Table 5-3. FILE EDIT setting Parameters

Parameter Range Units Default

CH #n PATTERN NUMBER 1~40 ABS 0

CH #n START PATTERN 0~40 ABS 0

COPY
TARGET

CH #n END PATTERN 0~40 ABS 0

COPY USE, UNUSE ABS UNUSE

CH #n START PATTERN 0~40 ABS 0

SEL.

DEL

CH #n END PATTERN 0~40 ABS 0

ALL DEL USE, UNUSE ABS UNUSE

* #n : 1 ~ 2

▶ Refer to [Table 5-4] for Message Display.

Table 5-4 Message Display

Message Description

“NO ITEM STORED IN SELECTED PATTERN”

Displayed when there is nothing stored in the Pattern
Number to copy.

“COPY COMPLETED TO SELECTED PATTERN” Displayed when selected Pattern copy is completed.

“SELECTED PATTERN DELETE COMPLETED” Displayed when selected Pattern delete is completed.

“ALL PATTERN DELETE COMPLETED” Displayed when all Pattern delete is completed.

“PATTERN TO COPY IS IN USE” Displayed when the Pattern is in use.

[Figure 5-5] FILE EDIT screen - Error

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5.4 TIME SIGNAL

▶ Press [TIME SIGNAL] button on PROTRAM SET menu screen to enter into this screen.
▶ This screen is to establish each 20 types of TIME SIGNAL setting. Refer to the [5.4.3 Description of TIME

SIGNAL operation].
▶ TIME SIGNAL will be operating among 3 subset, ON / OFF / TIMER.
▶ Established TIME SIGNAL can be designated into segment setting on [5.1 Program PATTERN].

5.4.1 ON / OFF Mode TIME SIGNAL operation

① ‘TIME SIGNAL 0’ is used for ‘OFF’, not generating TS output duration of the program segment.

☞ This is fixed READ ONLY and cannot be changed.

② ‘TIME SIGNAL 1’ is used for ‘ON’, generating TS output duration of the program segment.

☞ This is fixed READ ONLY and cannot be changed.

③ Button to display next / previous 6 TIME SIGNALs page.

5.4.2 Timer mode TIME SIGNAL operation

▶ TIME SIGNAL 2~20(TS2~20) operation is based on each time setting of DEALY and OPER. TIME.

①

②

③

[Figure 5-7] TIME SIGNAL SET screen – TS6 to TS11

[Figure 5-6] TIME SIGNAL SET screen – TS0 to TS5

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① DEALY TIME is to set the start time of TIME SIGNAL activating ‘ON’ at segment. TS event output will

become ‘ON’ right after the DELAY TIME elapses.

☞ When DEALY TIME > Segment time, TIME SIGNAL output will not become ‘ON’.

② OPER. TIME is to set the time to keep generating TIME SIGNAL ‘ON’ at segment. TS event output will

be generating ‘ON’ signal for OPER.TIME.

☞ When DEALY TIME+OPER.TIME > Segment time, TIME SIGNAL output will be generating on just

concerned segment and will not affect next segment.

Table 5-4. TIME SIGNAL setting Parameters

Parameter Range Units Default

Delay Time 000.00.00(OFF) ~999.59.59(Hr, Min, Sec) ABS 000.00.00

Operation Time 000.00.00(OFF) ~999.59.59(Hr, Min, Sec) ABS 000.00.00

[Figure 5-8] TIME SIGNAL SET screen – TS12 to TS17

①

②

[Figure 5-9] TIME SIGNAL SET screen – TS18 to TS20

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5.4.3 Description of TIME SIGNAL operation

Setting TIME SIGNAL Operation

1. DELAY TIME
= 000.00.00

TIME SIGNAL 2

N SEG TIME≥
DELAY TIME
+OPER.TIME

2. DELAY TIME

≠ 000.00.00
TIME SIGNAL 3

3. DELAY TIME
= 000.00.00

TIME SIGNAL 4

N SEG TIME<
DELAY TIME
+OPER.TIME

☞ Does not
affect the next
segment.

4. DELAY TIME

≠ 000.00.00
TIME SIGNAL 5

OPER.TIME

ON

OFF

(N-1) SEG TIME

N SEG TIME

(N+1) SEG TIME

TS1

SEGMENT

(N-1) SEG TIME

N SEG TIME

(N+1) SEG TIME

SEGMENT

OPER.TIME

ON

OFF

TS2

DELAY TIME

(N-1) SEG TIME

N SEG TIME

(N+1) SEG TIME

SEGMENT

OPER.TIME

ON

OFF

TS3

(N-1) SEG TIME N SEG TIME

(N+1) SEG TIME

SEGMENT

OPER.TIME

ON

OFF

TS4

DELAY TIME

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5.5 WAIT function

▶ Press [WAIT SET] button on PROTRAM SET menu screen to enter into this screen.
▶ This screen is to set WAIT Function parameter.
▶ WAIT Function established on this screen can be applied to program segment setting on [5.1 Program

PATTERN].

▶ Following screen is explained for CH1, and CH2 uses the same screen as CH1.

※ Description of WAIT Function

 Operating condition for WAIT Function

☞ When Process Value does not reach the Wait Operation Setting Zone within Segment Time setting.

 Release condition for WAIT Function

☞ When the Process Value reaches to Wait Operation Setting Zone.

 WAIT operation will be released and program operation will step to the next segment (N+1).

① Setup box to set whether or not using WAIT Function.
② Setup box to establish WAIT ZONE to release WAIT Operation.
③ Set Wait Time to apply when the Process Value does not reach Wait Zone.

☞ When 00.00 default value of WAIT TIME, WAIT operation will be pending infinitely until released.

④ Setup box for applicable range of WAIT Function.

☞ When “All” is selected, Wait is applied to all Segments setting in [5.1 PROGRAM PATTERN].
☞ When “Soak Seg” is selected, Wait is applied only to the soak segment setting in [5.1 PROGRAM

PATTERN].

⑤ Move to CH1 or CH2 screen.

Table 5-5. WAIT USE setting Parameters

Parameter Range Units Default

WAIT USE UNUSE, USE ABS UNUSE

CH1 WAIT ZONE CH1.EUS(0.00~100.00%) CH1.EUS CH1.EUS(0.00%)

CH2 WAIT ZONE CH2.EUS(0.00~100.00%) CH2.EUS CH2.EUS(0.00%)

WAIT TIME 00.00~99.59 (H,M) ABS 00.00

WAIT USE METHOD ALL, SEG ABS ALL

[Figure 5-10] WAIT SET screen

①

②

④

⑤

③

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▶ The interaction between WAIT Operation and WAIT TIME is shown as below.

① Release WAIT Operation within WAIT TIME

② When Measure Point does not reach Wait Zone within Wait Time.

Wait Time

Set Point

Wait Zone

Wait Zone

PV

Segment n Segment (n+1) Segment (n+2)

WAIT Operation

(Actual Delay Time)

Release WAIT Operation
Step to the next Segment
(n+1) progression

Wait

Set

Wait Zone

Wait Zone

PV

Segment n Segment (n+1) Segment (n+2)

WAIT Operation

(Actual Delay Time)

Release WAIT Operation
Step to the next Segment
(n+1) progression

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5.6 PATTERN NAME input

▶ Press [PATTERN NAME] button on PROTRAM SET menu screen to enter into this screen.
▶ This screen is to input the experiment name of each pattern.
▶ Refer to [Figure 3-11 The 1

st

PROGRAM RUN Screen].

▶ Following screen is explained for CH1, and CH2 uses the same screen as CH1.

① To input experiment name of each pattern. Alpha-numeric Input Keypad will pop-up.
② Button to move to the previous / next 9 PATTERN SET page.

▶ Press the button, and the Alpha-numeric Input Keypad will appear.

Table 5-6. PATTERN NAME setting Parameter

Parameter Range Units Default

CH1 PATTERN NAME SET

1~40

0~9, A~Z, Special Character

(Max. 24 Characters)

ABS EXPERIMENT OF PATTERN 1~ 40

CH2 PATTERN NAME SET

1~40

0~9, A~Z, Special Character

(Max. 24 Characters)

ABS EXPERIMENT OF PATTERN 1~ 40

①

②

[Figure 5-11] PATTERN NAME SET Screen

[Figure 5-12] PATTERN NAME Keypad

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6. GRAPH & REC. setting

6.1 PATTERN GRAPH VIEW

▶ This screen displays Operation Pattern and Progressing Time in Graph on Program Operation.
▶ Following screen explains for CH1, and it operates same with CH2 screen.
▶ Selecting [Graph & Store] at the top left of [Figure 3-1 Main Menu] will move the screen to [Figure 6-1

Graph & Storage Screen-1 (PATTERN GRAPH VIEW)].
▶ This screen displays input pattern from [Figure 5-2 PATTERN SET Screen] into Graph.
▶ Can change

(Pattern No), (View Time) during graph is in progressing.

① Button to activate Graph Setting Menu.

☞ Graph Setting Menu will popup at the bottom of the screen depending on ON/OFF state of GRP.SET

button.

② Setup box to input the pattern number to display by trend graph.

☞ Press the setup box

, and Input Keypad will popup on the screen.

☞ Refer to [Figure 6-4 Pattern number input keypad for graph]

③ Time interval for X-axis can be adjusted as you want. This is the Setup box for time interval.

☞ Press the setup box

, and Option Keypad will popup on the screen.

☞ This time interval can be adjusted even during processing operation.

[Figure 6-2] GRAPH & STORAGE Screen-1 (Pattern Graph View)

③

④

⑤

⑥

[Figure 6-1] GRAPH & STORAGE Screen-1(Program Operation)

②

①

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④ Button to move to the next / previous screen.
⑤ Move to CH1 or CH2 screen.
⑥ Button to move to the next / previous paragraph by time interval.

▶ This is the PATTERN GRAPH VIEW screen when displaying process time of current pattern operation.

① Indicates PV of temperature.
② Green part indicates completed process of current operating pattern.
③ Indicates process time of current operating pattern.

[Figure 6-3] Graph & Storage Screen-1(Program Operation)

①

②

③

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▶ Input Keypad for pattern number to display by trend graph.

Table 6-1. PATTERN GRAPH VIEW setting Parameters

Parameter Range Units Default

CH #n PATTERN NUMBER 1 ~ 40 ABS 1

VIEW TIME

30 Min, 1 Hour, 3 Hour, 6 Hour,

12 Hour, 24 Hour

ABS 30 Min.

* #n : 1 ~ 2

[Figure 6-4] Pattern Number Input Screen

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6.2 TREND GRAPH view & DATA processing

▶ This screen is to open specific recorded trend data file at the [3.3.4 The 3

rd

PROGRAM RUN screen] or

[3.2.4 The 3

rd

FIX RUN screen] and show that trend data by graph.

▶ The title of this screen on the top of the window shows the open file name, indicating record date and

time.

① Displays Set Point, Process Value and Control Output value.

☞ It will disappear from graph screen when pressing the checked

button, and will appear again when

pressing the

button.

☞ Refer to [Figure 6-5, Figure 6-6 GRAPH & STORAGE SET Screen-2].
② Button to move to the previous / next screen.
③ Button to display the first / last section of current trend data graph.
④ Page move button to the next / previous page of current trend data graph.
⑤ Button to move the view point (Blue line) up / down by 1 dot point of current trend data graph.

☞ The value where the view point (Blue line) is indicating of each item will be displayed at ① box, and

the view point can move alone with ⑤ button or as user touch black part of this screen.

▶ This screen is displayed when there is no selected item in Set Point, Process Value and Control Output

value.

①

②

③

④

⑤

[Figure 6-5] GRAPH & STORAGE SET Screen-2(Graph Display selected)

[Figure 6-6] GRAPH & STORAGE SET Screen-2(Graph Display not selected)

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▶ [Figure 6-7 Trend Graph screen – PV FILE list] shows how to open the trend data file in internal memory

stored at [3.3.4 The 3

rd

PROGRAM RUN screen] or [3.2.4 The 3rd FIX RUN screen].

▶ Refer to [3.3.4 The 3

rd

PROGRAM RUN screen] or [3.2.4 The 3

rd

FIX RUN screen] for stored trend data

file.

① Files list stored in internal memory will popup with pressing the

(PV FILE) button to be active.
② Displays file list by 8 units at once. You can select one specific file to open and display by graph.
③ Up/Down button

to list up and down for previous / next 8 files.

④ Button to store all PV FILES on internal memory into SD card.

☞ Not available to use without SD CARD option, or while recording data at OPERATION screen.
☞ Saved data as a file in internal memory can be transferred and stored in SD card.

①

②

③

④

[Figure 6-7] Trend Graph screen – PV FILE list

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6.3 Recording TREND GRAPH on internal Memory

▶ This screen is to establish parameters for recording data on [3.3.4 The 3

rd

PROGRAM RUN screen] or

[3.2.4 The 3

rd

FIX RUN screen].

① Setup box to establish sampling time for recording on internal memory.

☞ Cannot be adjusted when the PV graph is being saved.

☞ About 37days can be saving on 1 second of sampling time.
② Set CH1 display range in the graph.
③ Set CH2 display range in the graph.

Table 6-2. Trend Graph setting screen Parameters

Parameter Set Range Units Primary Value

Sampling Time 00.01 ~ 99.59 (Min, Sec) ABS 00.01

CH1 Display High Limit CH1.EU CH1.EU(100.0%)

CH1 Display Low Limit

CH1.EU(-2.5 ~ 102.5%)

(CH1 Display Low Limit < CH1

High Limit)

CH1.EU CH1.EU(0.0%)

CH2 Display High Limit CH2.EU CH2.EU(100.0%)

CH2 Display Low Limit

CH1.EU(-2.5 ~ 102.5%)

(CH2 Display Low Limit < CH2

High Limit)

CH2.EU CH2.EU(0.0%)

①

②

③

[Figure 6-8] Trend Graph setting screen

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6.4 Data Transmission with SD memory card

▶ This screen is to set the parameters concern data logging and up / download with SD memory card.

☞ This screen will be hidden without SD card option.

① Option box to set whether or not recording the data of current PV, SP, MV on SD card.

☞ OFF : Not recording the data onto the SD card.

☞ ON : Recording the data onto the SD card.
② Setup box to establish sampling time for recording on SD card.
③ Setup box to establish item and direction to transfer with SD card.

☞ Download : Transfer internal data of TEMP2520 to the SD card.

☞ Upload : Transfer data in SD CARD to TEMP2520.

☞ Pattern : Program pattern profile information established on [5.1 Program PATTERN].

☞ PARA : Established all parameter information.

☞ All : Patterns and parameters information.
④ Displays current memory status of SD card.

☞ Only shows when the SD card has been inserted.
⑤ Data transmission will be activated by pressing

(TRANS) button that is available under active state

when operation STOP.

Table 6-3. SD memory record setting screen Parameters

Parameters Range Units Default

RECORD OPERATION OFF, ON ABS OFF

RECORDING CYCLE 00.01 ~ 99.59 (min,sec) ABS 00.05

ITEM PTN, PARA, ALL ABS PTN

DIRECTION DOWNLOAD, UPLOAD ABS DOWNLOAD

[Figure 6-9] SD memory record setting screen

①

②

④

⑤

③

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7 SCREEN DISPLAY setting

7.1 Screen Display settings

▶ Press the DISPLAY SET on MAIN MENU screen to enter this display setting section.
▶ This screen is to set parameters concerned screen display such as character font, LED brightness,

Buzzer and Backlight off time.

① TEMP2520 provides 3 kind of PV font on Operation Screen. This is the checkbox for display PV font.
② Setup box for Backlight OFF time.

☞ Backlight OFF time starting from no Key input.
③ Adjustable LCD brightness by the

, buttons.

④ Sets rotation between CH1 and CH2 Display Screen.

☞ After set the screen rotation time and it “beep” 1 minute after without any screen touch at RUN

Screen-2, then it repeats rotation between CH1 and CH2 after setting time.

☞ All touch becomes Key Lock state when screen is rotating. Key Lock is released by touching any area

in the screen.

☞ It operates only at [The 2

nd

Fix, Program, Fix and Program Run Screen].

⑤ Checkbox to set whether or not using BUZZER SOUND.

☞ Even if the buzzer has been turned off, it will sound in cases of DI error.
⑥ Set the Use/Unuse of User Tag.
⑦ Set the Tag Name for CH1 and CH2.

☞ Can input max. 6 characters, and setting Tag is displayed on the Operation Screen.

☞ Refer to [Figure 3-6]

①

②

③

⑤

[Figure 7-1] DISPLAY SET Screen

⑥

④

⑦

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▶ Screen to set Tag Name for CH1, CH2.

Table 7-1. DISPLAY setting Parameters

Parameter Range Units Default

PV PONT SELECT HEAD, NORM, ART ABS HEAD

BACKLIGHT SAVING 0 ~ 99 MIN ABS 10

LED BRIGHTNESS 1 ~ 8 ABS 8 units

BUZZER SOUND UNUSE, USE ABS USE

Channel Rotation Time 0 ~ 99 SEC ABS 0

User Tag UNUSE, USE ABS UNUSE

CH1 Tag Name

0~9, A~Z, Special Character

(Max. 6 Characters)

ABS TOP-01

CH2 Tag Name

0~9, A~Z, Special Character

(Max. 6 Characters)

ABS BOT-01

[Figure 7-2] USER TAG NAME SET Screen

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7.2 DI ERROR HISTORY

▶ This screen shows the history of date and time on DI ERROR occur.
▶ Max. recent 30 DI ERROR history recording displayed.

☞ If more than 30 errors, recent 30 data will be displayed.

① Displays DI ERROR history.

☞ Name of settings are displayed within the [11.2 Error Name] section of the [Installation Manual].

☞ This is READ ONLY and cannot be changed.
② Button to delete entire history of DI error recorded.
③ Button to move to the next / previous page for DI error history.

Table 7-2. DI ERROR HISTORY Parameters

Parameter Range Units Default

ALL CLR OFF, ON ABS OFF

①

②

③

[Figure 7-3] DI ERROR HISTORY Screen

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▶ [Figure 7-4] and [Figure 7-5] are screens when occurring DI ERROR.
▶ DISPLAY METHOD for DI ERROR occur between TEXT and PICTURE can be set on [11. DI CONFIG] of

the [Instruction Manual].

▶ The (EXIT) button is used to return to the Operation screen.

☞ The

(EXIT) button after DI ERROR occurring makes system ignores same DI ERROR for one minute.

Ex.) Exiting by “Exit” from Error during DI1 occurrence, it will ignore for 1 minute even though DI1

occurs, and it displays DI Error screen when DI1 is still in effect.

※ ‘Ignore’ means the DI ERROR screen is not shown.

▶ The

(BUZ.OFF) button stops the BUZZER SOUND under DI ERROR.

Ex.) This will be explained according to the lamp situation.

※ While DI ERROR, the related DI lamp will be ‘ON’ with red. (

(TEXT), (PICTURE))

※ After release the DI ERROE, this lamp will become ‘OFF.’ (

(TEXT), (PICTURE))

[Figure 7-4] DI ERROR screen on TEXT mode

[Figure 7-5] DI ERROR screen on PICTURE mode

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8 RESERVE OPERATION setting

▶ Press [RESERVE SET] on MAIN MENU screen to enter into this time setting section.
▶ This screen is to adjust the current time and set the time for RESERVE Operation.
▶ Following screen explains for CH1, and it operates same with CH2 screen

① Setup box to adjust the current year, month, date and time.

☞ The time cannot be changed when the measured values are being recorded.
② Setup box for the starting time of RESERVE Operation.
③ Move to CH1 or CH2 screen.
④ Button to activate RESEVER Operation based on RESEVE TIME setting.

☞ The

(RESERVE) button will be active to (RESERVE) and notice message for RESERVE
Operation will display on the Operation screen same as [Figure 8-2 PROG Operation screen on
RESERVE].

①

②

③

[Figure 8-2] PROG Operation screen on RESERVE (Asynch)

[Figure 8-1] RESERVE SET Screen

④

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Table 8-1. RESERVE OPERATION setting Parameters

Parameter Range Units Default

Year 2000~2099 ABS -

Month 1~12 ABS -

Date 1~31 ABS -

AM/PM AM, PM ABS -

Hour 1~12 ABS -

CURRENT

TIME

Minute 0~59 ABS -

Year 2000~2099 ABS 2009

Month 1~12 ABS 4

Date 1~31 ABS 1

AM/PM AM, PM ABS AM

Hour 1~12 ABS 12

RESERVE

TIME

Minute 0~59 ABS 0

Reserve Press to activate RESERVE Operation

* AM12:00 : Midnight 00:00
* PM12:00 : Noon 12:00

[Figure 8-3] PROG Operation screen on RESERVE (Synch)

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9 User Screen setting

9.1 USER SCREEN viewer

▶ 16 individual images can be used as USER SCREEN.
▶ USER SCREEN viewer will be activated by no key input for established [START TIME] on [12. PICTURES

VIEW setting] of [Installation Manual], and USER SCREEN images will display with rotating by [INTERVAL

TIME], when using that function with more than one picture.
▶ DI ERROR screen will display if DI ERROR occurs while USER SCREEN viewing.
▶ This

button group will be popup on the screen by pressing touch screen during USER

SCREEN viewing.

①

: STOP button of USER SCREEN viewer and return to the Operation screen.

☞ After passing the START TIME with no key input, the USER SCREEN viewer will be activated again.

②

: Move button to the previous USER SCREEN image.

☞ Not available when using only one USER SCREEN image.

③

: PAUSE button of USER SCREEN viewer at current image.

④

: Move button to the next USER SCREEN image.

☞ Not available when using only one USER SCREEN image.

⑤

: Button to disappear the button group.

[Figure 9-1] Sample image of USER SCREEN

①

②

③

④

⑤

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▶ Refer to [USER SCREEN SET] from [Installation Manual] for User Screen set.

9.2 Creating BMP File for USER SCREEN image

▶ Required to use the [Photoshop] to create a BMP file.

☞ The ‘Paint’ in Accessories cannot create a 16BIT BMP image.

▶ BMP File Structure

☞ 16BIT(X1 R5 G5 B5) BMP

▶ Required Pixels

☞ USER SCREEN : 640 X 480 pixels
☞ INITIAL SCREEN : 640 X 480 pixels
☞ DI ERRIR PICTURE : 520 X 422 pixels

▶ Required File Name

☞ USER SCREEN : CS1.BMP, CS2.BMP, CS3.BMP ~ CS14.BMP, CS15.BMP, CS16.BMP(16 in total)
☞ INITIAL SCREEN : INIT.BMP
☞ DI ERROR PICTURE : DI1.BMP, DI2.BMP, DI3.BMP ~ DI14.BMP, DI15.BMP, DI16.BMP(16 in total)

－ File name for each image should be fixed as mentioned above. USER SCREEN, INITIAL SCREEN and

DI ERROR PICTURE cannot be replaced by files with names other than the specified ones above.

－ When saving your image in [Photoshop] save as BMP.

☞ Name the folder inside the SD CARD as BMP.

※ More information on making a BMP file can be downloaded of SAMWONTECH's website.

[Figure 9-2] USER SCREEN viewer button

SAMWONTECH

1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 70 / 71

10 COMMUNICATION ERROR message

▶ ‘CONTROL PART WAS DISCONNECTED!’ message will appear on Operation screen shown as [Figure

10-1 Communication Error with CONTROL UNIT] when communication error between the CONTROL UNIT

and the DISPLAY PANEL occurs.
▶ ‘I/O BOARD WAS DISCONNECTED!’ message will appear on Operation screen shown as [Figure 10-2

Communication Error with I/O BOARD] when communication error between the I/O BOARD and the

DISPLAY PANEL occurs.

※ Factors for Communication Error

① Defect Communication Cable
② Connection error with communication cable

[Figure 10-1] Communication Error with CONTROL UNIT

[Figure 10-2] Communication Error with CONTROL UNIT

SAMWONTECH

1st Edition of TEMP2020_Series IM : Dec. 15. 2008 Page 71 / 71

(ENGINEERING UNITS)

– EU, EUS

EU and EUS are used for the scaling of the parameters of the controller.

▶ If the sensor type or minimum/maximum input range (INRH, INRL) is adjusted, the EU(), EUS()

parameters also change proportionally (minimum and maximum input ranges are reset).

▪ EU( ) : The Engineering unit value based on the range of instrument
▪ EUS( ) : The Engineering unit range based on the span of instrument

▶ EU(), EUS() Range

Range Central Point

EU(0 ~ 100%) RL ~ RH | RH – RL | / 2 + RL

EU(-100 ~ 100%) - ( | RH – RL | + | RL | ) ~ RH RL

EUS(0 ~ 100%) 0 ~ | RH – RL | | RH – RL | / 2

EUS(-100 ~ 100%) - | RH – RL | ~ | RH – RL | 0

(Example)

▶ INPUT = T/C(K2)
▶ RANGE = -200.00℃(RL) ~ 1370.00℃(RH)

Range Central Point

EU(0 ~ 100%) - 200.00 ~ 1370.00℃ 585.00℃

EU(-100 ~ 100%) - 1770.00 ~ 1370.00℃ - 200.00℃

EUS(0 ~ 100%) 0 ~ 1570.00℃ 785.00℃

EUS(-100 ~ 100%) - 1570.00 ~ 1570.00℃ 0.00℃

* Installation and Communication manuals can be downloaded off our website.

EU(0 ~ 100%)

EU(-100 ~ 100%)

| RH – RL |

EUS(0 ~ 100%)

| RH – RL |

RL 0 RH

EUS(-100 ~ 100%)

| RL | | RH |

RL : Range Low of Input
RH : Range High input

Further information contact SAMWONTECH

SAMWONTECH CO,. LTD.

202-703, Buchon Techno-Park,
Yakdae-dong, Wonmi-gu, Buchon-si
Gyeonggi-do, Korea 420-773
TEL : [phone]
FAX : [phone]
Website : http://www.samwontech.com
e-mail : [e-mail]

The contents of this document are subject to change without prior notice.
All Rights Reserved. Copyright ⓒ 2008 SAMWONTECH CO.,LTD.

Printed in Korea : 2008(A)