KCE PID

KCE

KC-400 KC-600 KC-700 KC-800 KC-900

.......................... 1 .......................... 1 .......................... 1 1 KCE

1.1 .......................... 1 1.2 .......................... 2 1.3 .......................... 2 1.4 .......................... 2 1.5 & .......................... 3 1.6 .......................... 4 1.6.1 LED .......................... 4 1.6.2 .......................... 4 1.6.3 .......................... 5 1.7 .......................... 6 1.7.1 KC-400 .......................... 6 1.7.2 KC-700 .......................... 7 1.7.3 KC-600 .......................... 8 1.7.4 KC-800 .......................... 9 1.7.5 KC-900 .......................... 10 1.8 .......................... 11 1.9 .......................... 11 2

2.1 .......................... 12 2.1.1 .......................... 12 2.1.2 SV .......................... 12 2.1.3 AT .......................... 12 2.2 .......................... 13 2.2.1 PV .......................... 13 2.2.2 .......................... 14 2.3 .......................... 15 2.4 Level 1-(User Level) .......................... 16 2.5 PID (PID Level) .......................... 17 2.5.1 CY-1 .......................... 17 2.5.2 LOCK .......................... 17

2.6 Level 2-PID (PID Level) .......................... 18 2.7 Level 3-(INPUT Level) .......................... 19 2.8 INPT .......................... 22 2.9 .......................... 23 2.9.1 TC RTD .......................... 23 2.9.2 TC 4~20mA .......................... 23 2.9.3 TC 4~20mA .......................... 24 2.9.4 TC 0~10V .......................... 25 2.9.5 TC 0~10V .......................... 25 2.10 Level 4-(SET Level) .......................... 26 2.11 Program Level .......................... 27 2.11.1 .......................... 27 2.11.2 .......................... 28 2.11.3 .......................... 28 2.11.4 .......................... 29 2.11.5 .......................... 29 2.12 SET Level St 8~10 .......................... 30 3 3.1 .......................... 31 3.1.1 A1D1/A2D2/A3D3 .......................... 31 3.1.3 STAL .......................... 32 3.1.2 A1T1/A2T2/A3T3 .......................... 33 3.2 .......................... 33 3.2.1 S-F .......................... 33 3.2.2 ON-OFF .......................... 33 3.2.3 C / F / A .......................... 33 3.2.4 .......................... 33 3.2.5 .......................... 34 3.3 .......................... 35 3.3.1 (HEAT)(COOL) .......................... 35 3.3.2 (RATE) .......................... 36 3.3.3 () .......................... 38 3.4.4 AL .......................... 39 3.4.5 (HBA) .......................... 40 .......................... ..........................

KCE

/ 30 /

/

( SSR)

KCE PID

1

1.KCE

1.1

KC-400 KC-700 KC-600 KC-800 KC-900 48 48 mm 72 72 mm 96 48 mm 48 96 mm 96 96 mm 170g 270g 250g 250g 330g

3VA 3VA 4VA 4VA 4VA

AC 85~265V/DC24V, 50/60Hz

0~5020-85RH

PV/SV 4 7

0.5FS

TC K,J,R,S,B,E,N,T,W,PLII,U,L

RTD PT100,JPT100,JPT50

Linear0~1V ,0~5V ,0~10V ,1~5V ,2~10V ,-10~10 mV ,0~10 mV ,0~20 mV , 0-50 mV ,10~50 mV ,4~20 mA, 0~20 mA

250ms

16 bit (Each)

(P) 0~200 (On/off action at P=3.0)

(I) 0~3600 sec. (PD action at I=120)

(D) 0~900 sec. (PI action at D=30)

0~150 sec. (4~20mA0,SSR1,Relay10)

0~1000 sec. (Dead time compensation)

Contact,SPDT,8A/240VAC

Voltage Pulse,4VDC/20mA 4~20mA,0~5V,0~10V,1-5V,2-10V

3A220V

17

KCE PID

2

1.2

1.3

KC-400(4848mm) KC-700(7272mm) KC-600(9648mm)

KC-800(4896mm)

KC-900(9696mm)

1.4

KC-400 KC-600 KC-700 KC-800 KC-900

1SCR 3SCR

1SCR

Output 1

3SCR RATE / SOAK Program Output 2 Alarm2 Alarm3 HBA TRS Remote SV

DC 24V

KCE PID

3

1.5 &(mm)

KC-400(4848mm)

KC-700(7272mm)

KC-600(9648mm)

KC-800(9648mm)

KC-900(9696mm)

KCE PID

4

1.6

1

2

34

5

67

81

2

%

LED

1.6.1 LED PV (Process value) 4 (7 ) SV (Setting value) 4 (7 )

1.6.2 (400 )

( 8 ) ( 2 )

KCE PID

5

1.6.3

OUT2 PRO / A T OUT OUT1 AL1 1 - 8 8 AL2 12 2 AL3

OUT1

MAN

KCE PID

6

1.7

M3 Y O 0.74~0.90N.m

7.2mm

7.2mm

1.7.1 400

Power

Output

OUTI OUT2

Input

Alarm

AL2 AL3 TRS

Communication

KCE PID

7

1.7.2 700 Output

OUTI OUT2

Power

Input

TRS

Remote SV

Communication

Alarm

KCE PID

8

1.7.3 600 Input

Power Output

OUTI OUT2

Alarm

-

-

Communication

TRS Remote SV

KCE PID

9

1.7.4 800 Input Alarm

Output OUTI OUT2

Power TRS

Communication

Remote SV

KCE PID

10

1.7.5 900 Alarm Input

Power Communication Remove SV

Output

OUTI OUT2 TRS

Remote SV

KCE PID

11

1.8

K 0.0~200.0,400.0,600.0,800.0,1000,1200

PT100 -199.9~600.0,400.0,200.00.0~200.0,400.0,600.0

J 0.0~200.0,400.0,600.0,800.0,1000,1200

J PT100-199.9~600.0,400.0,200.00.0~200.0,400.0,600.0

R 0.0~1600,1769

RTD

JPT50 -199.9~600.0,400.0,200.00.0~200.0,400.0,600.0

S 0.0~1600,1769 AN1 -10~10mv2V 5V10V

B 0.0~1820 AN2 0-10mV

E 0.0~800,1000 AN3 0~20mV

N 0.0~1200,1300 AN4 0~50mv0~20mA0~5V0~10VT 0.0~400.0,200.0,0.0~350.0

Linear

AN5 4~20mv1~5V2~10V

W 0.0~2000,2320

PLII 0.0~1300,1390

U -199.9~600.0,200.0,0.0~400.0

TC

L 0.0~400.0,800.0

( 2.8 )

1.9

KCE PID

12

2. 2.1 2.1.1 (//)

(01)LED

7

(02)SV( )

(INPT)( K2 )

(03)

(0.0~400.0)

(04)Level 1

(USER Level)

2.1.2 SV

(01)

SV (02)

(03)

(04)MODE

2.1.3 AT ON-OFF PID LEVEL 1(USER LEVEL) AT PID

(01)MODE AT

(02) SV

(03) SVYES

(04)MODE

(AT)

KCE PID

13

2.2 2.2.1 PV

PVAT

ALA1ALA2ALA3OUTLOUTH GAP.1

GAP.2

OUTP

P-1I-1D-1

DB-1AT-LCY-1

P-2I-2D-2

CY-2

LOCK

HYS1

HYS2

A2D2A2T2

1NPT1NLO1NHIDP

PVLOPVHI2NLO2NHIA1D1A1T1

A3D3

STAL

ID. A3T3HYSALO01HI01LO02HI02LO03HI03R-YW-T

STOP

PVOSC-F

BAUDSVOS

PVHSH-C+1

FILF

P-1=0

P-2=0

LOCK=0

ST-1ST-2ST-3ST-4ST-5ST-6ST-7ST-8ST-9ST-0INP2

OUTY

LOCK=1111

(USER Level)PID(PID Level)

(SET Level)(INPUT Level)

P.19

P.20

P.21

P.16

P.18

P.22

2

KCE PID

14

2.2.2

First Level

(USER Level)

Third Level

(INPUT Level)

Second Level PID

(PID Level)

Fourth Level

(SET Level)

LOCK=0

MODE

SV 3

INPUT Level

MODE

SV

3

USER Level

MODE 5

LOCK=1111 MODE

SV 3

SET Level

LOCK=0 MODE

SV

3 INPUT Level

First Level : 160 USER Level 2 AUT/MAN 2

MODE +

KCE PID

15

2.3

PV ()

110 / 220 VAC

INER

2NER

1NHI

1NLO

1NHI 1NLO

2NHI

2NLO

2NHI 2NLO

ATER

AT-L ( AT-L 0) ( PID )

IFER

ID( )

STOP( ) BAUD()

ADER A/D

CJER

RDER

KCE PID

16

2.4 Level 1 (USER Level)

PV SV1/SV2SV 100 / 50

2 SV (SV1 )( 1)

MODE AT

YES / NO

MODE ALA1 HBA A 0.0

0 0.0~999.9 0.0

MODE (HBA ) ( 2)

ALA2 0

0.0~999.9

MODE OUTP ALA3 100.0

( 3)0.0~100.0%

0 0.0~999.9

MODE ( 5)

OUTL 0

0.0~100.0

MODE OUTH

100 0.0~100.0

PID LEVEL

( 5) MODE

PV

1: 2 SV

2: (HBA)

3:

KCE PID

17

2.5 PID (PID Level)

2.5.1 CY-1

PV

SV

PID LEVEL

PV

SV

PID LEVEL

PV

SV

PID LEVEL Relay15 (15ON-OFF)

SSR1 4-20mA0

2.5.2 LOCK

MODEPID LEVEL LOCK SV01111MODE

LOCK 1 First Level

(USER Level)

2 Second Level (PID Level)

3 Third Level

(INPUT Level)

4 Fourth Level (SET Level)

LEVEL 124

LEVEL 12

LEVEL1 LOCK

SV LOCK

LOCK

2.6 Level 2 -PID (PID Level)

KCE PID

18

MODE 5 PID

P-1 0-200% HYS1 3.0 P-1=0 0.0

MODE I-1 ON / OFF 120

0-3600 I-1=0 OFF:PVSV+HYS1

MODE ON: PVSV-HYS1D-1 30

0-900 D-1=0

MODE DB-1 100.0 0-100

MODE AT-L 5.0 0-PVHI

MODE CY-1 15

0-150 Relay 15SSR 1 SCR 0

MODE P-2 0-200% HYS2 3.0 P-2=0 0.0

MODE I-2 ON / OFF 120

0-3600 I-2=0 OFF:PVSV+HYS1

MODE ON: PVSV-HYS1D-2 30

0-900 D-2=0

MODE CY-2 15

0-150 Relay 15SSR 1 SCR 0

MODE GAP.1

0.0 SV GAP.1 = ()

MODE GAP.2

0.0 SV + GAP.2 = ()

MODE LOCK

0 Lock 1111 Mode (SET Level)

MODE P1

KCE PID

19

2.7 Level 3-(1NPUT Level) LOCK=0000 MODE + < 5 LEVEL 3

1NPT

K2 (2.6)

MODE 1NLO

0 (AN1~5)"" :-199.9~999.9 St-2-2

MODE 1NHI 5000

(AN1~5)"" 0~999.9 St-2-2

MODE DP

000.0 0000000.000.000.000 St-2-2

MODE PVLO

0.0 :-199.9~999.9 St-2-3

MODE PVHI 400.0

:-199.9~999.9 St-2-3

MODE 2NLO

0 "" :-199.9~999.9 St-2-4

MODE 2NHI 5000

"" :-199.9~999.9 St-2-4

MODE A1D1

11 St-1-3

MODE A1T1 99.59

(3.5)

St-1-3

MODE A2D2

0 St-1-4

MODE A2T2 99.59

(3.5)

St-1-4

MODE

KCE PID

20

A3D3

0 St-2-1

MODE A3T3 99.59

(3.5)

St-2-1

MODE HYSA

0.0 0~100 St-4-3

MODE LO01 200

0~9999 St-4-4

MODE HI01 3400

0~9999 St-4-4

MODE LO02 200

0~9999 St-5-1

MODE HI02 3400

0~9999 St-5-1

MODE LO03

0 0~9999 St-5-2

MODE HI03 5000

0~9999 St-5-2

MODE R-Y

5 5~200 St-5-3

MODE W-T 0.0

()

0= = St-5-3

MODE STAL 0000

( 3.4.4 )

0~1111 St-5-3

MODE

KCE PID

21

ID. 2

:0~255 St-5-4

MODE STOP 0-81

0-81E-81N-81 0-82E-82N-82 St-5-4

MODE BAUD 9600

11030012002400480096001920038900bps

St-5-4

MODE SVOS

0.0 SV :-100~100 St-6-1

MODE PVOS

0.0 PV :-100~100 St-6-1

MODE C-F C.

PVSV CFA (Analog)

St-6-3

MODE S-F

1000 (3.4 S-F) St-6-4

MODE

() :50~5000

PVHS

0.0 PV :-50~50 St-6-1

MODE H-C

HEAT / HEAT()COOL() St-7-2

MODE +- 0.0

St-7-4

MODE FILT 2000

St-7-4

MODE INPT

KCE PID

22

2.8 INPT

Type 1 2 3 4 5 6

K K1/ 0.0~200.0 K2/ 0.0~400.0

K3/ 0~600

K4/ 0~800

K5/ 0~1000

K6/ 0~1200

J J1/ 0.0~200.0 J2/ 0.0~400.0

J3/ 0~600

J4/ 0~800

J5/ 0~1000

J6/ 0~1200

R R1/ 0~1600 R2/ 0~1769

S S1/ 0~1600 S2/ 0~1769

B B1/ 0~1820

MODE Level 3

E E1/ 0~800 E2/ 0~1000

N N1/ 0~1200 N2/ 0~1300

T T1/ -199.9~400.0

T2/ -199.9~200.0

T3/ 0.0~350.0

W W1/ 0~2000 W2/ 0~2320

PL PL1/ 0~1300 PL2/ 0~1390

U U1/ -199.9~600.0

U2/ -199.9~200.0

U3,/ 0.0~400.0

L L1/ 0~400 L2/ 0~800

JP 100

JP1/ -199.9~600.0

JP2/ -199.9~400.0

JP3/ -199.9~200.0

JP4/ 0~200

JP5/ 0~400

JP6/ 0~600

DPT 100

dP1/ -199.9~600.0

dP2/ -199.9~400.0

dP3/ -199.9~200.0

dP4/ 0~200

dP5/ 0~400

dP6/ 0~600

JP. 50

JP.1/ -199.9~600.0

JP.2/ -199.9~400.0

JP.3/ -199.9~200.0

JP.4/ 0~200

JP.5/ 0~400

JP.6/ 0~600

AN1-5 An1/ -10~10mv -1999~-9999

An2/ 0~10mv 2 -1999~9999

An3/ 0-20mv 2 -1999~9999

An4/0~50mv 0~20mA 0~5V -1999-9999

An4/10~50mv 4~20mA 1~5V -1999-9999

KCE PID

23

2.9

2.9.1 TC RTD

: Level 3(SET Level) INPT

TC() TC() RTD() RTD()

2.9.2 TC 4-20 mA (Linear) : S1 ()

KCE PID

24

2.9.3 TC 4-20 mA (Linear) :1. St-2-2 (LEVEL 3 INLO/INHI/DP )

2. LEVEL 3(INPUT Level) INPT AN5

3.

4.()

2.7 St-2-2 LEVEL 4- (SET Level)

KCE PID

25

2.9.4 TC 0-10V (Linear) 1.: S1 ()

2. S2 2K 2.9.5 TC 0-10V (Linear) :1. St-2-2 (LEVEL 3 INLO/INHI/DP )

2. LEVEL 3(INPUT Level) INPT AN4

3.

4.()

2.7 St-2-2 2.8 (SET Level)

KCE PID

26

2.10 Level 4- (SET Level) LOCK= 1111 MODE + < 5 LEVEL 4

0 = PV St-1 1 = SV 0 0 0 0 St-1-1 () St-1-2 () St-1-3 ()

St-1-4 ()

MODE 4 () 3() 2 () 1 ()

0110 St-1 ALA2A2D2A2T2 ALA1A1D1A1T1 AT

OUTPOUTLOUTH

0100 St-2 2NLO2NHI PVLOPVHI 1NLO1NHIDP ALA3A3D3A3T3

0000 St-3

1100 St-4 LO01HI01 HYSA () SV1/ SV2 (2 SV )

SV (SV OFF) ( 3.1 )

0000 St-5 IDBAUDSTOP R-YU-TSTAL LO03HI03 LO02HI02

1001 St-6 S-F

C-F (CFA) ( 3.1 )

1= RS485_MODBUS 0=RS485()

PVOSPVHSSVOS

1000 St-7 FILT (+1 -1)

AT

H-C(\)

OUT2 4-20mA

2.9.5 St 8 ~ 10(SET Level)

0000 St-8

0 PV

0000 St-9 4-20mA

0=PV 1=SV

/ 1

(

) 1000 St-10 a/b

Remote SV RATE / TTL

0 INP2

0 = 2 = 0~50mV/0~20mA/0~5V/0~10V

1 = 10~50mV/4~20 mV/1~5v/2~10v 4 = CT

0 OUTY

0 = 2 = 4 =

1 = 3 = 5 =

()

KCE PID

27

2.11 Program Level 2.11.1

() 2 (RUN)PRO ()

() 2 (HOLD)PRO ()

() 2 + MODE() (JUMP)

() 2 + MODE() /

(RESET)PRO () PV END

KCE PID

28

2.11.2 ()

PROG 0 ""

PROG =1 ( 8 ) PROG =2 ( 8 ) PROG =0 ( 16 )(PROG 0)

SET 1-0 "" N N 1-1

TIMR 00.00 ""

:0~99 59 0~99 59 (St-9-2)

SV01 100.0 SV PVLO~PVHI

TM01 00.00

:0~99 59 0~99 59 St-9-2 "." 0 = "99 .59 "1 = "99 .59 "

3.1

OUT1 100 :0~100%

EV1 0000 b(3.5) 2.9.4 EVI

~

LEVEL 1

2.11.3 (A1D1/A2D2/A3D3=07)

A1D1/A2D2/A3D3 =07 3.5

ALA1/ALA2/ALA3 () (:1~16)

KCE PID

29

A1T1/A2T2/A3T3=00.00

ALA1/ALA2/ALA3 PRO

( () 2 + ())

A1T1/A2T2/A3T3=99.59

ALA1/ALA2/ALA3 ON (PV END)

A1T1/A2T2/A3T3 =

: ST-9-2=1 ( ) ALA1=5 () A1T1=00.20 ( 20 ) AL1 (ON)20(OFF)

2.11.4 (A1D1/A2D2/A3D3=17)

8 (END)OUT 0

: ST-9-2=1 ( ) A1D1 =17 ( 3.5 ) OUT1OUT2= OUT3=0 PROAL1PROAL1PVEND

2.11.5 1. EVI 2. b (A1D1/A2D2/A3D3) (3.5 )

TM01 = 00.00~99.59() TM01 = - - - -()

KCE PID

30

2.12 SET Level St-8~10

0 = PV St-1 1 = SV 0 0 0 0 St-1-1 () St-1-2 () St-1-3 ()

St-1-4 () MODE 4 3 2 1

( 3.1 )

0 PV :

()

:

St-8 (1111) 0 = 1 =

( 2.9.6 )

0 = 1 = PV

0= 1=

0 = 1 =

4-20mA :

: : ( 3.1 )

/:

St-9 (0000)

0 =4 - 20mA () 1 =20 - 4mA ()

0 = PV 1 = SV

0 = TM "." 1 = TM "."

0 = 1 =

a/b:

Remote SV :

RATE /: TTL :

St-10 (1000)

0 = "b"() 1 = "a"

0 = 1 = (Remote SV)

0 = RAMP 1 = RATE (LEVEL 1RATE) ALA3

0 = 1 = TTL SV TTL

KCE PID

31

3. 3.1 3.1.1 A1D1/A2D2/A3D3 (: SV :)

00 10 15

(ALA1)

01

()

06

(ALA1) ()

11

16

02

()

12

07

()

1. ALD1~3 = 07 2. ALA1~3 3. ALT1~3 = 0 = 99.59 = (ON)

03

()

17

()

13

08

(ON)

04 14

18

(OFF)

05

(ALA1) ()

09

RATE ST-0-2=0 RAMP ST-0-2=1 RATE

( 3.4.2 )

A (HBA)

( 3.4.4 (HBA) )

B

C~F

19

SOAK PV=SV() 00.00~99.59 (.) (3.4.2)

KCE PID

32

3.1.2 STAL (STAL LEVEL 3-LEVEL 4 St-5-3 1)

0 =

1 =

ALA1 b Relay

ALA2 b Relay

ALA3 b Relay

"b"

0 =

1 = ""

(01)MODE 5 PID Level (02)MODELOCKSV01111

(03)MODE+ 5SET LevelSt-500000100

(04)MODE+ 5USER LevelMODE+ 5INPUT

(05)STAL00000001(0000=AL / 0001=AL) (06)MODE+ 5USER

(07)AL

KCE PID

33

3.1.3 A1T1/A2T2/A3T3 A1T1=00.00 A1T1=99.59 A1T1=00.01~99.58 (Delay) 3.2 3.2.1 S-F ( SCR )

LEVEL 4 St-6-4 = 1 (100050-5000) = 0

3.2.2 ON-OFF (St-4-1)

(01)SET LevelSt-4-11

(02)MODE+ USER Level

(03)OUT1 (OFF) (ON)

3.2.3 C / F / A (St-6-3)

(01)SET LevelSt-6-31

(02)MODE+ USER Level

(03)MODE+ USER LevelC-F

(04)

3.2.4 (St-8-4)

0:

1: (01) LEVEL4 (SET LEVEL) St-8-4 1

KCE PID

34

3.2.5 ( . / . ) St-9-2

(01)A1T1. (00.00~99.59)

(02)SET LevelSt-9-21

(03)A1T1.(00.00~99.59)

KCE PID

35

3.4

3.4.1 (HEAT)(COOL) P 1-1

(01)K2(0.0~400.0) (/)

(02)MODE 5 PID Level

(03)MODELOCKSV01111 (04)MODE+ 5SET Level

(05)MODESt-710001010(H-CINPUT Level)

(06)MODE+ 5USER LevelMODE+ 5INPUT

(07)H-COUT1HEAT / COOL

(08)MODE+ 5USER

(09)HEAT / COOL

KCE PID

36

3.4.2 (RATE) P 2-1

(01)K2(0.0~400.0) /

(02) MODE 5 PID Level (03)MODELOCKSV01111

(04)MODE+ 5SET Level (05)MODESt-201000101( INPUT LevelALA3/A3D3/A3T3 )

(06)MODESt-010001010 ( 0=RAMP / 1=RATE) (07)MODE+ 5USER Level

(08) RATE 0 9999 (09) MODE + 5 INPUT

(10) A1D1 11 19 ( SOAK )

(11) A3D3 0 9(RATE )

(12) MODE + 5 USER (13) PV ALA1 00.00 SOAK 00.00~99.59(.)

KCE PID

37

3.4.2 (RATE) P 2-2

(14) SV ( 50.0)ALA1 (:00.01 / 1 ) MODE MODE

(15)3 SV (50.0)

(16) MODE ALALALA1 00.00 (17) 1 AL1

ALA100 01

50

22.3

()PV> = SV (50)

()AL1 ON

SOAK OFF

3OUT1 ON

T

RATE SV=PV

(SVPV)

00.0000.01

PVSV

PVSV

22.350.0

PV

SV

PV =22.3 SV = 50 RATE =99.99 ( / ) ALA1 = 00.01 ( / )

22.3SV22.3PV

1 Min.3 Sec.

RATE99.99

PV

SV

ALA100 01

PV

SV

22.350.0

PV

SV

ALA100 01

00.0100.01

PVSV

PVSV

SV

KCE PID

38

3.4.3 () P 1-1

(01)K2(0.0~400.0) (/)

(02)MODE 5 PID Level

(03)MODELOCKSV01111

(04)MODE+ 5SET Level

(05)MODESt-500000100

(06)MODE+ 5USER LevelMODE+ 5INPUT

(07)R-Y5125() (08)W-T30.0()

V V

(09)MODE+ 5USER (10)30%125,

100%

KCE PID

39

3.4.4 AL P 1-1

(01)K2(0.0~400.0) (/)

(02)MODE 5 PID Level

(03)MODELOCKSV01111 (04)MODE+ 5SET Level

(05)MODESt-500000100 (06)MODE+ 5USER LevelMODE+ 5INPUT

(07)STAL00000001(0000=AL / 0001=AL) (08) MODE+ 5USER

VV V

VV V

(09) AL

KCE PID

40

3.4.5 (HBA) CT P 1-1 OUT1SSRCT(HBA) AL1 HBA (AL1): 1.OUT1 2. CT5

PV

OUT1 OUT2 AT PROMANAL3AL2AL1

OUT

0 20 40 60 80 1001 2 3 4 5 6 7 8 1 2

MODE AUTMAN

V

SV

KC- 700KCE

V

%

SSR

CT

AC

AL1

AC

(01) USER LEVEL PV/SV AT

PV

SV

USER LEVEL

(02)MODEA 0.0(HBA)SV

(03) SV=100 HBA=10.0 (V)

(04) PV10.0 V AL1 OFF

(05) PV