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No. CP-SP-1148E

Single Loop Controller

Model C15

User’s Manual

for

Installation & Configuration

Thank you for purchasing an Azbil

Corporation product.

This manual contains information for

ensuring the correct use of this product.

It also provides necessary information

for installation, maintenance, and

troubleshooting.

This manual should be read by those

who design and maintain equipment

that uses this product. Be sure to keep

this manual nearby for handy reference.

Summary of Contents for Azbil C15 Series

Alarm

Failure name

Cause

Corrective action

code

AL0 1

PV input failure

Sensor burnout, incorrect Check the wiring.

(Over-range)

wiring, incorrect PV input

Set the PV input type

type setting

again.

AL02

PV input failure

Sensor burnout, incorrect

(Under-range)

wiring, incorrect PV input
type setting

AL03

CJ failure

Terminal temperature is

Check the ambient

faulty (thermocouple).

temperature.

PV input failure

Sensor burnout, incorrect Check the wiring.

(RTD)

wiring

AL 1 1

CT input failure

A current exceeding the

• Use a CT with the

(Over-range)

upper limit of the display

correct number of turns

(CT input 1 or 2,

range was measured.

for the display range.

or both)

The number of CT turns

• Reset the number of CT

or the number of CT power

turns.

wire loops is incorrectly

• Reset the number of CT

set, or wiring is incorrect.

power wire loops.

• Check the wiring.

AL70

A/D conversion

A/D converter is faulty.

Replace the unit.

failure

AL95

Parameter failure

Power is shut-down while • Restart the unit.
the data is being set, or

• Set the data again (set

data is corrupted by noise. data for AL95/97 and

AL96

Adjustment data

Power is shut-down while

adjustment data for

failure

the data is being set, or

AL96/98.

data is corrupted by noise. • Replace the unit.

AL97

Parameter failure

Data is corrupted by

(RAM area)

noise.

AL98

Adjustment data

Data is corrupted by

failure (RAM area) noise.

AL99

ROM failure

ROM (memory) is faulty.

• Reset the unit.
• Replace the unit.

Quick Reference Guide

C01

Sensor

Range

Set value

type

-200 to +1200°C

0 to 1200°C

0 to 800°C

0 to 600°C

0 to 400°C

-200 to +400°C

0 to 800°C

0 to 600°C

-200 to +400°C

0 to 600°C

-200 to +400°C

0 to 1600°C

0 to 1800°C

0 to 1300°C

PL II

0 to 1300°C

WRe5-26

0 to 1400°C

WRe5-26

0 to 2300°C

DIN U

-200 to +400°C

DIN L

-100 to +800°C

CP-SP-1213E

This guide offers a summary of key operations, parameter flowcharts, and settings, for
convenient reference at the operation site. This guide is made for repeated use. Dirt wipes
off easily and even notes written with an oil-based felt-tip pen can be removed with an
eraser. If more detailed information on the SDC15 is needed, refer to the user’s manuals:
CP-SP-1147E for basic operation and CP-SP-1148E for installation and configuration.

The most convenient way to configure the SDC15 is with the Smart Loader Package
(model No. SLP-C35J50). Please contact Yamatake Corporation or a distributor for more

information.

[mode] key

[para] key

Lower display

Upper display

Loader connector
(bottom panel)

Mode indicators

[ ], [ ], and [ ] keys

Various indicators

Indicators during AT

PV input range table

C01

Sensor

Range

Set value

type

Pt100

-200 to +500°C

JPt100

-200 to +500°C

Pt100

-200 to +200°C

JPt100

-200 to +200°C

Pt100

-100 to +300°C

JPt100

-100 to +300°C

Pt100

-50.0 to +200.0°C

JPt100

-50.0 to +200.0°C

Pt100

-50.0 to +100.0°C

JPt100

-50.0 to +100.0°C

Pt100

0 to 200.0°C

JPt100

0 to 200.0°C

Pt100

0 to 500°C

JPt100

0 to 500°C

[Thermocouple]

[RTD]

[DC voltage/DC current]

: Initial value

*1: PL II thermocouple is a range, which has been added to the units manufactured

form July, 2003.

*2: The indicated low limit for a B thermocouple is 20°C. However, if ROM version 1

of the instrument information bank (I d02) is prior to 2.04, the value is
-180°C.

*3: Thermocouple, RTD, and DC voltage/DC current are according to PV No. type.

List of alarm code

Handling precautions

• If ROM version 1 of the instrument information bank (I d02) is prior to 2.04, CT

input failure (AL 1 1) is not displayed.

Event type

Event types other than the above:

: initial value

*: If the main setting is greater than the sub-setting, operations are performed with the main

setting and sub-setting automatically swapped.

Upper display

This display shows either the PV value or the display value and set value for
each displayed item. If an alarm is triggered, the normal display and alarm
code are displayed alternately. During auto tuning (AT), the rightmost decimal
point flashes twice repeatedly.

Lower display

This display shows either the SP/MV/CT or the display value and set value
for each displayed item. The rightmost decimal point lights up or flashes
to show RUN/READY mode or communications status, depending on the
setting.

Mode indicators

rdy:

Lights when READY (RUN mode if not lit)

man:

Lights when MANUAL (AUTO mode if not lit)

ev1, ev2, ev3: Lights when event relays are ON
ot1, ot2:

Lights when the control output is ON (always lit when the
current output is used)

[mode] key

• When this key is pressed and held for more than 1 second in the operation

display mode, any of the following operations from 0 to 7 which have been
set previously can be executed:

0 : Mode key does not operate (Initial value)
1 : AUTO/MANUAL mode selection
2 : RUN/READY mode selection
3 : AT (Auto Tuning) start/stop selection
4 : LSP (Local SP) group selection
5 : Release all DO (Digital Output) latches
6 : Mode key does not operate
7 : ON/OFF selection of communication DI

• When pressing the [mode] key in the setup display mode, the display is

changed to the operation display

[para] key

• This key is used to change the display item.
• When this key is kept pressed for 2 sec. or longer in the operation display

mode, the display is then changed to the setup display

[<], [ ], [ ] keys

Theses keys are used to increase or decrease the numeric value, or to shift
the digit.

Loader connector

The Smart Loader connector is on the bottom of the SDC15.

C01

Sensor

Range

Set value

type

0 to 1V

Scaling range is

1 to 5V

-1999 to +9999.

0 to 5V

0 to 10V

0 to 20mA

4 to 20mA

Operation type

Set value

SP high limit

SP low limit

SP high/low limit

MV high limit

MV low limit

MV high/low limit

Operation type

Set value

Loop diagnosis 1

Loop diagnosis 2

Loop diagnosis 3

READY (status)

MANUAL (status)

Operation type

Set value

During AT (status)

During SP ramp

Control action (status)

ST setting standby (status)

Timer (status)

Specifications are subject to change without notice.

Advanced Automation Company

1-12-2 Kawana, Fujisawa
Kanagawa 251-8522 Japan

URL: http://www.azbil.com

Printed on recycled paper.

(07)

Printed in Japan.

1st Edition: Issued in Mar. 2007 (W)

Operation

Set

Direct action

Reverse action

type

value

No event

Always OFF

PV high

limit

PV low

limit

PV high/

low limit

Deviation

high limit

Deviation

low limit

Deviation

high/low

limit

Deviation

high limit

(Final SP

reference)
Deviation

low limit

(Final SP

reference)
Deviation

high/low
limit
(Final SP
reference)
Heater 1

burnout/
Over-
current

Heater 1

short-
circuit

Heater 2

burnout/
Over-
current

Heater 2

short-
circuit

Alarm 23

ON if alarm occurs (alarm code AL01 to 99).

OFF if alarm occurs (alarm code AL01 to 99).

(status)

OFF in other cases.

ON in other cases.

● shows that the ON/OFF is changed at this value.
O shows that the ON/OFF is changed at a point that

«1U» is added to this value.

● shows that the ON/OFF is changed at this value.
O shows that the ON/OFF is changed at a point that

«1U» is added to this value.

Main setting

HYS

Main setting *

Sub-setting *

HYS

SP + Main setting PV

HYS

SP + Main setting PV

SP + Main setting

HYS

SP + Main setting

HYS

Main setting Sub-setting

HYS

Main setting

Sub-setting

HYS

SP + Main setting PV

HYS

SP + Main setting PV

SP + Main setting

HYS

SP + Main setting

HYS

Main setting Sub-setting

HYS

Main setting

Sub-setting

Main setting *

Sub-setting *

CT1 at output ON

HYS

OFF before measuring the CT1 current value

CT1 at output ON

HYS

Main setting *

Sub-setting *

OFF before measuring CT1 current value

HYS

Main setting

HYS

Main setting

Main setitng *

Sub-setting *

CT2 at output ON

HYS

OFF before measuring CT2 current value

CT2 at output ON

HYS

Main setting *

Sub-setting *

OFF before measuirng CT2 current value

HYS

Main setting

CT2 at output OFF

OFF before measuring CT2 current value

HYS

Main setting

CT2 at output OFF

OFF before measuring CT2 current value

HYS

Main setting

CT1 at output OFF

OFF before measuring CT1 current value

HYS

Main setting

CT1 at output OFF

OFF before measuring CT1 current value

Main setting

HYS

Input failure

Unit failure

Some items are not displayed depending on the availability of optional functions, model number, display setup (



) and display level (

C78

C79

Pressing [para] key while changing settings has the effect of canceling and moving to the next item.



PV value

CT1

AT progress

Current

value

Internal event 3

sub setting

Setting value

(2)

2-second press + hold of [para] key

[Setup]

(B)

CT2

Current

value

Internal event 3

main setting

Setting value

[Event configuration] [DI assignment] [DO assignment]

*1 The parameters and numerical values registered as user functions

*2 If no key is pressed for 3 minutes, the display automatically returns to (2) , PV display.

*3 If the [<] key is pressed while holding down the [para] key, various displys/settings can be

navigated in reverse order.

*4 Cannot be selected if ROM version 1 (

earlier.

 Explanation of arrows

[para] key :

2-second press + :

hold of [para] key

Internal event 1

main setting

Setting value

Timer remaining

time 2

Internal event 2

delay time

[User function]

) of the instrument information bank is 2.26 or

id02

 Movement through each setup menu

•

[para] key

•

[para] key + [<] key Backward movement

C73

Operation displays

Internal event 1

Timer remaining

sub setting

time 1

Internal event 1

Setting value

delay time

Internal event 2

sub setting

main setting

Setting value

Setting displays

[Lock]

[Instrument information]

[para] key

(B)

are displayed.

Forward movement

No.CP-SP-1148C

SDC15

SDC15 SDC15 ,

SDC15

D-1 D-8

(

CP-SP-1213C)

公司提出。

(SAFETY REQUIREMENT)

全注全意事项进行操作。

业。

AC T 200mA 250V(IEC127)


	100 240V( 85 264Vac)
	50/60Hz
	12VA

	0 50
	10 90%RH( )
	2m/s2(10 60Hz)
	Category (IEC60364-4-443, IEC60664-1)
	Pollution degree 2

33V r.m.s. 46.7V 70Vdc

EN61010-1 EN61326-1

源。否则有触电的危险。

否则有发生火灾、故障的危险。

火灾的危险。

否则有发生火灾、故障的危险。

iii

1 2

1 PV

RS-485

AC T0.2A 250V IEC127

否则可能产生故障。

ON/OFF PID SP

SDC15( ) 5http://www.azbil.com/cn/

“ ” “ ” “ ”SDC15 (CP-SP-1147C),

介绍本机使用上的安全注意事项、安装、接线及主要规格。详细的使用方法请参阅《基本篇》或者《详细篇》。

“ ”

读。

SDC15/25/26/35/36 SLP-C35CP-UM-5290C

SDC15/25/26/35/36SDC15/25/35/36

SDC15 ,

6 ·

7 CPL

RS-485 CPL PLC

8 MODBUS

MODBUS PLC

·······································································································D-1················································································· D-2 D-3···························································································· D-4 D-5··································································································· D-6 D-7 PV ·············································································································D-8·······································································································D-8···········································································································D-8

1-1 ···················································································································1 — 1

■·······································································································1 — 2

■· ························································································1 — 3 1-2 ·····························································································1 — 4

■························································································1 — 4

■··············································································································1 — 5

■··············································································································1 — 6

2-1 ····································································································2 — 1

2-2 ···················································································································2 — 2

■···········································································································2 — 2

■···········································································································2 — 4

■································································································2 — 6

■[mode] ·······················································································2 — 7

■·······································································································2 — 8 2-3 ···············································································································2 — 9

■·······································································································3 — 1

■·······································································································3 — 2

■·······································································································3 — 3

vii

4-1 ·······················································································································4 — 1

■·························································································4 — 2

■·····························································································4 — 2

■····························································4 — 5

■(RS-485) ·························································································4 — 5

■SSR( ) ···············································································4 — 7

■································································································4 — 9

■···········································································································4-10 4-2 ····················································································································4-11

5-1 PV ·······················································································································5 — 1

■PV ······································································································5 — 1

■···········································································································5 — 3

■········································································································5 — 3

■·························································································5 — 3

■········································································································5 — 4

■PV · ···························································································5 — 5

■PV PV ······························································································5 — 5

■PV ··············································································································5 — 6

■PV · PV · ··························································5 — 6 5-2 ···························································································································5 — 7

■AUTO/MANUAL ·······················································································5 — 7

■RUN/READY ·····························································································5 — 7

■AT( ) / ························································································5 — 8

■DO( ) ··············································································5 — 8

■DI( )1····························································································5 — 8 5-3 ·······················································································································5 — 9

■···········································································································5-11

■···········································································5-12

■····································································································5-12

■MANUAL ························································································5-13

■ON/OFF ·····································································································5-13

■PID ············································································································5-14

■····································································································5-15

■ST( ) ······································································································5-17

■AT( ) ······································································································5-18

■Just-FiTTER ····································································································5-20

■Ra-PID··············································································································5-20

■SP·····················································································································5-20 5-4 AT( ) ··········································································································5-21

■···········································································································5-21

viii

5-5 ST( ) ····································································································· 5-24

■········································································································ 5-24

■········································································································ 5-25 5-6 ST( ) ················································································· 5-26

5-7 SP··························································································································· 5-27

■SP ····················································································· 5-28

■LSP ································································································· 5-28

■LSP1 4········································································································ 5-28

■LSP ···································································································· 5-28

■LSP DI ······················································································ 5-29

■SP ··································································································· 5-30

■SP · ·········································································· 5-30

■SP · ················································································· 5-31

■SP / DI ············································································ 5-31 5-8 DI( )· ························································································· 5-32

■········································································································ 5-33

■························································································· 5-34

■···································································································· 5-34

■········································································································ 5-35

■····························································································· 5-36

■···································································································· 5-36

■SLP-C35 DI ············································· 5-37 5-9 ················································································································ 5-38

■············································································································ 5-39

■········································································································ 5-45

■· ·READY ········································································· 5-46

■OR· OFF · ······················································· 5-47

■· · ·················································································· 5-48

■ON ·OFF ························································································ 5-49

5-10 DO( ) ····································································································· 5-51

■MV1·MV2 ····························································································· 5-52

■········································································································ 5-53

■········································································································ 5-54

■····························································································· 5-56

■···································································································· 5-57

■··············································································································· 5-57

■SLP-C35 DO ············································ 5-58 5-11 ·················································································································· 5-59

■·················································································· 5-59 5-12 ·············································································································· 5-66

■········································································································ 5-66

■· ······················································································ 5-67

■MV ······································································································ 5-68 5-13 CT( ) ···································································································· 5-69

■CT ·········································································································· 5-70

■CT ··································································································· 5-70

■CT ···························································································· 5-70

■CT CT ············································································5-71 5-14 ····························································································5-73

■········································································································5-73

■[mode] ···································································································5-73

■····································································································5-74

■PV/SP ·····························································································5-75

■································································································5-76

■·························································································5-77

■·····················································································5-77

■CT ···························································································5-78

■···········································································································5-78

■LED ···········································································································5-78

■···········································································································5-79

■· · ·······································································5-83

■··················································································································5-84

6 ·

6-1 ············································································································6 — 1

■···········································································································6 — 1 6-2 ·····································································································6 — 3

■···············································································································6 — 3

■SP ·················································································································6 — 3

■···············································································································6 — 4

■PID ················································································································6 — 5

■···············································································································6 — 6

■········································································································6 — 7 6-3 ·····································································································6 — 8

■···············································································································6 — 8

■········································································································6-13

■DI ···········································································································6-16

■DO ·········································································································6-19

■········································································································6-23

■···············································································································6-23

■········································································································6-24

7 CPL

7-1 ················································································································7 — 1

■···············································································································7 — 1

■···········································································································7 — 2 7-2 ················································································································7 — 3

■········································································································7 — 3

■···········································································································7 — 3

■···············································································································7 — 5

7-3 ············································································································· 7 — 6

■(RS ) ········································································· 7 — 6

■(WS ) ········································································ 7 — 7

■(RD ) ······························································ 7 — 8

■(WD ) ····························································· 7 — 9

■(RU ) ····································································· 7-10

■(WU ) ···································································· 7-11 7-4 ···································································································· 7-12 7-5 ································································································ 7-13 7-6 ······································································································· 7-14 7-7 ··········································································································· 7-15

■··········································································· 7-15

■RS-485 ············································································· 7-15 7-8 ······································································· 7-16

■································································································· 7-16

8 MODBUS

8-1 ············································································································· 8 — 1

■············································································································ 8 — 1

■········································································································ 8 — 2 8-2 ············································································································· 8 — 3

■···································································································· 8 — 3

■········································································································ 8 — 6

■········································································································ 8 — 6 8-3 ············································································································· 8 — 7

■(03H) ····························································································· 8 — 7

■(10H) ····························································································· 8 — 9 8-4 CPL ···························································································· 8-11

■····························································································· 8-11

■········································································································ 8-11

■RS-485 ············································································· 8-11

■····························································································· 9 — 1

■··········································································································· 10-1

■····························································································· 10-1

■PV ····················································································· 10-2

■········································································································11-1

■·····························································································11-2

■···········································································································11-2

■·················································································································13-1

■· ·····························································································13-4

······················································································································· -1

xii

[para] [mode]

●LED 7 LED

0	1	2	3	4
5	6	7	8	9
7 LED
A	B	C	D	E
a	b	c	d	e
F	G	H	I	J
f	g	h	i	j
K	L	M	N	O
k	l	m	n	o
P	Q	R	S	T
p	q	r	s	t
U	V	Y	Z
u	v	y	z

2 Z 5 S 9 Q

xiii

[mode]

[para]

[ ] [ ] [ ]

AT( ) 2 1

SP MV CT RUN/READY

rdy	: READY ( RUN )
man	: MANUAL ( AUTO )
ev1 ev3	: 1 3 ON
ot1•ot2	: 1 2 ON (
	)

1s 0 7


0	:		1: AUTO/MANUAL
( )
2	:	RUN/READY	3: AT( ) /
4	: LSP( SP)	5: DO( )
6	:	7: DI( )1 ON/OFF

•[mode]

• 2s

接。

D-1

PV	3)	LSP

[para]
SP		SP	MV	MV	MV
2			1

[para]

MODE SP PID

(AUTO ) (MANUAL )

MANUAL AUTOAUTO MANUAL

D-2

○(C73 C78) (C79)

○para


PV	CT1	CT2	1	1
					1	[para]

AT					1

		3	3		2	2
	3	2

	3			2


[para]	2
2

DI DO

UF( )

3 PV

[para] [ ] •

■

[para] : 2

■

( ) +[ ] ( )

D-3

1		2	[para]
	2s
	[mode] 1
			1
			A—M

	1		ON/OFF
	PV		1 R—R
	(AL01 AL07
	)
3	[para]	4	[ ] [ ] [ ]
	2s		2

	C01(PV
	)		PV


			2s

1		2	[para]
[display] 1	2s

			1
			A—M
3	[para]	4	[para]
	2s		1
			E1.C1 2
			0
	C01(PV		2 0
	)

5	[ ] [ ] 2


	[ ] [ ] 4
	2s

	2 4

E2.C1 2 E3.C1 3

AT MV ON OFF( ) PID

1			2		[para]
			2s
		[mode] 1
					1
						A—M

3	[para] 2	4	[ ] [ ]
1	AT.OF
	AT 2
	AT.OF

						RUN
						AUTO
		ON/
					PV
		OFF
					DI
		C73(
					AT /
		)






5	[ ] 1	6		, 2s
	2			AT.ON
	AT.ON			AT
						AT 1

						2
						1 (AT
						PID)

AT READY MANUAL PV AT PIDAT 3 AT.ON

AT.OF

1		2
( [mode] 1	SP (
	,		[para]
	)		)

3	[ ] [ ]	4	2s
[ ] ,
	2

	SP
			,
			[mode] ,
			1

SP SP

D-4

•4

RUN/READY

1		2	[para]
			2s
	[display] 1
			1
			A—M
			ON/OFF ,
			1
			R—R
3	[para] 1	4	[ ] [ ]
	1		2
	R—R 2

	RDY( RUN)
	RUN RUN		DI RUN/
	RDY READY		READY ,

5	[ ] [ ]	6	2s
	2
	RUN( RDY)

PID

1		2	[para]
	2s ,
	( [mode] 1		,
	, )		1
			A—M
3	[para]	4	[ ] [ ] [ ]
, 1	2
	P—I
		,
	2

			,

	ON/		,

	OFF



			0.1 999.9%
5	2s , ,

[mode] 1

1 — 1 0 9999s D- 10 9999s

1		2	[para]
			2S
	( [mode] 1
	, )		1
			A—M
3	[para]	4	[ ] [ ] [ ]
	1		2
	E1 2
	0		,

			,
	2 0
		,
	0

5	2s

[mode] 1

E2 2 E3 3

6 [ ]

[ ] 1

E1.HY

2 5 5

D-5


: 1
: 2
PV	SP( )	SP	0
SP
LSP1( )	LSP	1 LSP ( 4)	1
LSP	( 1 = )
PV	MV( )	10.0 110.0
MV		MANUAL ( )
HEAT	MV( )
		10.0 110.0
COOL	MV( )

PV	AT
AT1( )	( 1 )
CT1	CT1

CT2	CT2

E1	1	1999 9999U 0 9999U	0

E1.SB	1

T1.—( )	1
		1 ON OFF
E2	2	1	0

E2.SB	2	1	0

T2.—( )	2	1

E3	3	1	0

E3.SB	3	1	0

T3.—( )	3	1

MODE



A—M	AUTO/MANUAL	AUTO:AUTO( ) MAN:MANUAL( )	AUTO
R—R	RUN/READY	RUN:RUN RDY:READY	RUN
AT	AT /	AT.OF:AT AT.ON:AT	AT
DO.LT	DO	LT.ON: LT.OF:
C.DI 1	DI1	DI.OF:OFF DI.ON:ON	OFF

SP-1 SP-4

LSP1 4 SP

1999 9999U 0 9999

E1.SB

E5.SB

( )

E1.HY

E5.HY

0 9999

( )

E1.ON E5.ON

●

1 5 ON

0.0 999.9 0 9999

E1.OF E5.OF

●

1 5 OFF

PI D

PID

P-1

(PID1)

0.1 999.9

5.0

I-1

(PID1)

0 9999s (0 )

120

D-1

(PID1)

0 9999s 0 )

RE-1

(PID1)

10.0 110.0

50.0

OL-1

●

(PID1)

10.0 110.0

0.0

OH-1

●

(PID1)

10.0 110.0

100.0

P-1C

(PID1)

0.1 999.9

5.0

I-1C

(PID1)

0 9999s (0 )

120

D-1C

(PID1)

0 9999s (0 )

OL.1C

●

(PID1)

10.0 110.0

0.0

OH.1C

●

(PID1)

10.0 110.0

100.0

PARA

CTRL

0: ON/OFF 1: PID

2: ST( )

AT.OL

10.0 110.0

0.0

AT.OH

10.0 110.0

100.0

DIFF

ON/OFF

0 9999U

OFFS

●

ON/OFF

1999 9999U

0.0 120.0s

0.0

●

0.001 9.999

1.000

1999 9999U

CYU

●

0 3 *1

5 120s 1 120s *2

CYU2

●

0 3 *1

CY2

5 120s 1 120s *2

TP.TY

●

1: ( ON/OFF

1 )

SPU

●

0.0 999.9U(0.0U )

0.0

SPD

●

0.0

0:1s 1:0.5s 2:0.2s 3:0.1s

U: Unit PV ( , Pa,l/min )

*2 5 120s

: PV

: :

	ET



	AT.TY				AT	0: 1: 2 : *1	1
	JF.bd		●	JF	0.00 10.00	0.30
	SP.LG		●	SP	0.0 999.9	0.0
	AT-P		●	AT	0.00 99.99	1.00
	AT-I		●	AT	0.00 99.99	1.00
	AT-D		●	AT	0.00 99.99	1.00
	CTR.A					0:PID( PID) 1:Ra-PID( PID)	0
	JF.ov				JF	0 100	0
	ST.SA		●	ST	0.0 99.99	10.0
	ST.SB		●	ST	0.0 10.00	0.50
	ST.HB		●	ST	0.0 10.00	1.00
	ST.UD		●	ST	0:PV ST	0
						1: PV ST
	*1 = = =PV

	STUP



	C01				PV
	C02					0: ( ) 1: ( )	0
	C03		●			0: ( ) 1: ( )	0
	C04					0: 1 3: 1 3	0
	C05				PV	PV	0
	C06				PV	1999 9999U	1000
	C07		●		SP	PV PV
	C08		●		SP
	C09		●			0.0 100.0%(0.0 )	0.0
	C14				( )	0: ( ) 1: ( )	0
	C15		●		PV	0: 1:PV	0
	C16		●		PV	10.0 110.0%	0.0
	C17		●		READY	10.0 110.0%	0.0
					( )
	C18		●		READY ( )	10.0 110.0%	0.0
	C19		●		MANUAL	0: 1:	0
	C20		●		MANUAL	10.0 110.0%	0.0
							50.0
	C21		●		PID	0: 1: 2 :	0
	C22		●		PID	10.0 110.0%	0.0
							50.0
	C26					0: 1:	0
	C27		●			0: 1:	0
	C28					100.0 100.0%	0.0
	C29		●			10.0 110.0%	50.0
SP	C30				LSP	1 4	1
	C32		●		SP	0:0.1U/s 1:0.1U/min 2 :0.1U/h	1
	C36				CT1	0: 1:	0
	C37				CT1	0 1: 1 2 2 4: 1 3	0
	C38				CT1	30 300ms	30
	C39				CT2	CT1	0
	C40				CT2	CT1	0
	C41				CT2	CT1	30
	C42				1	1:4 20mA 2 :0 20mA	1
	C43				1	0: MV 1: MV 2: MV 3:PV	0
						4: • • PV
						5: SP 6: 7:CT1 8:CT2
						10: SP MV 11:PV MV
	C44				1	1999 9999U	0.0
	C45				1		100.0
	C46				1MV	0 9999( 1 10 11 )	200
	C47				2	1	1
	C48				2	1	3
	C49				2	1	0
	C50				2	1	1000
	C51				2MV	1MV	200
	C64					0:CPL 1:MODBUS ASCII	0
						2:MODBUS RTU
	C65					0 127(0 )	0
	C66				(bps)	0:4800 1:9600 2 :19200 3:38400	2
	C67				( )	0:7 1:8	1
	C68				( )	0: 1: 2 :	0
	C69				( )	0:1 1:2	0
	C70		●			1 250ms	3
	C71		●			0: 1:	0
	C72				Mode	0: 1: AUTO/MANUAL	0
						2: RUN/READY 3: AT /
						4: LSP 5: DO
•						6: 7: DI1 8:
C73		●		( )	0:AUTO/MANUAL ( : 1)	255

						1:RUN/READY ( : 2)
						3:AT / ( :
						4:DO ( : 16)
						5: DI1ON/OFF ( : 32)
						0 4 64 128
	C74		●	PV/SP ( )	0:PV ( : 1)	15
						1:SP ( : 2)
						2 :LSP ( : 4)
						0 8
	C75		●		( )	0:MV ( : 1)	15
						1: MV/ MV ( : 2)
						3:AT ( :
						: 0 4
	C76		●			0:	0
					( )	1: 1
						2: 1 2
						3: 1 3
	C77		●			0:	0
					( )	1: 1
						2: 1 2
						3: 1 3
	C78		●		CT	0: 1: CT1	0
					( )	2: CT1 2
	C79					0: 1: 2:	0
	C80		●		LED	0: 1:RS-485	0
						2:RS-485
						3: DI OR( ) 4:READY
	C90		●		CT1	0:800	8
						1 40: 100
	C91		●		CT1	0:1 1 6:	1
	C92		●		CT2	CT1	8
	C93		●		CT2	CT1	1

D-6

○●

EUCF



E1.C1	E5.C1		1	5 1		0
E1.C2	E5.C2		1	5 2	1 2 3 4
				1 :	0: 1:	0
				2 :	0: 1: 2: SP	0
				3 :READY	0: 1: OFF	0
				4	0	0
E1.C3	E5.C3	●	1	5 3	1 2 3 4
				1	: OR	0: 1: (OR ) 2: (AND )	0
							3: (OR ) 4: (AND )
				2	: OFF	0:	0
							1: ( )=0 OFF
				3	:	0:0.1s 1:1s 2:1min	0
				4	:	0	0

DI DI



DI 1.1	DI 3.1		1	3		0: 1:LSP (0/ 1)	0
						2 :LSP (0/ 2) 3:LSP (0/ 4)
						4: 5:
						6: 7:RUN/READY
						8:AUTO/MANUAL 9:LSP/RSP
						10:AT / 11:ST
						12: 13:SP /
						14:PV 15:PV
						16:PV 17: /
						18: DO ( /
						19: 20:
DI 1.2 DI 3.2	●	1 3		0: ( )	0
						1: 1((A and B) or (C and D))
						2: 2((A or B) and (C or D))
						3: 3(A or B or C or D)
						4: 4(A and B and C and D)
DI 1.3 DI 3.3	●	1 3	A	0: 1: 2 :DI1 3:DI2	2 4
						4 9: 10 14: 1 5
						15 17: 18 21: DI1 4	0
DI 1.4 DI 3.4	●	1 3	B	22:MANUAL 23:READY 24:
						25:AT 26:SP 27:
DI 1.5 DI 3.5	●	1 3	C	28: 29: PV
						30: 31:mode
DI 1.6 DI 3.6	●	1 3	D	32: 1
						33: 1
DI 1.7 DI 3.7	●	1 3	A D	1 2 3 4
			1 : A		0: 1:	0
			2 : B			0
			3 : C			0
			4 : D			0
DI 1.8 DI 3.8	●	1 5		0: 1:	0
DI 1.9 DI 3.9	●	1 5		0:	0
				1 5:

DO DO



OT1.1 OT2.1	●	( 1 2	0: 1 2: MV1 2	0
Ev1.1 Ev3.1		1 3)	3 6: 1 4
OT1.2 OT2.2	●	A( 1 2	0: 1:	14 15
Ev1.2 Ev3.2		1 3)	2 6: 1 5 7 9:
			10 13: 14 15: MV1 2	2 4
OT1.3 OT2.3	●	B( 1 2	16 17: 18 21: DI1 4	0
Ev1.3 Ev3.3		1 3)	22 25: 26 30: 1 5
			31 33: 34 37: DI1 4
OT1.4 OT2.4	●	C( 1 2	38: MANUAL 39: READY 40:
Ev1.4 Ev3.4		1 3)	41: AT 42: SP
			43: 44:
OT1.5 OT2.5	●	D( 1 2	45: PV 46:
Ev1.5 Ev3.5		1 3)	47: mode
	48: 1

			49: 1

OT1.6 OT2.6	●	1 2 1	1 2 3 4
Ev1.6 Ev3.6		3 A D
		1 : A	0: 1:	0
		2 : B		0
		3 : C		0
		4 : D		0
OT1.7 OT2.7	●	( 1 2	0: 1:	0
Ev1.7 Ev3.7		1 3)
OT1.8 OT2.8	●	( 1 2	0: 1: (ON )	0
Ev1.8 Ev3.8		1 3)	2: (OFF )

UF



UF-1 UF-8	1 8	—	—
LOC



LOC				0:	0
				1: SP UF
				MV [mode]
				2: SP UF MV [mode]

				3: UF MV [mode]

C.LOC		●		0: read/write 1: read/write	0
L.LOC		●		0: read/write 1: read/write	0
PASS				0 15(5: 1A 2B)	0
PS1A			1A	0000 FFFF(16 )	0000
PS2A			2A	0000 FFFF(16 )	0000
PS1B			1B	0000 FFFF(16 )	0000
PS2B			2B	0000 FFFF(16 )	0000

ID



ID01	●		0:
ID02	●	ROM 1	XX XX( 2 )
ID03	●	ROM 2	XX XX( 2 )
ID04	●	SLP
ID05	●	EST
ID06	●		-2000 : 2003 3
ID07	●		( ÷100) :12 1 12.01
ID08	●

•AT [ ] AT.TY(AT )

Memo

C79: 3 , •

1	[mode] 1	2	[para]
	2s 1
	[para] 2		C01



	1
	A—M R—R

3	[para]	4	[ ] [ ] [ ]
C79(C79:	,
	)		2

			[ ] [ ] ,
			,
			2s ,
			,

				0: ( )
				1:
				2:

D-7

C01

1	K	200 1200
2	K	0 1200
3	K	0 800
4	K	0 600
5	K	0 400
6	K	200 400
9	J	0 800
10	J	0 600
11	J	200 400
13	E	0 600
14	T	200 400
15	R	0 1600
16	S	0 1600
17	B	0 1800
18	N	0 1300
19	PL II	0 1300
20	WRe5-26	0 1400
21	WRe5-26	0 2300

24DIN U 200 400

25DIN L 100 800

C01

41	Pt100	200 500
42	JPt100 200 500
43	Pt100	200 200
44	JPt100	200 200
45	Pt100	100 300
46	JPt100 100 300
51	Pt100 50.0 200.0
52	JPt100 50.0 200.0

53Pt100 50.0 100.0

54JPt100 50.0 100.0

63	Pt100	0 200.0
64	JPt100	0 200.0
67	Pt100	0 500
68	JPt100	0 500

•

C01

84	0 1V	-1999 9999
86	1 5V
87	0 5V
88	0 10V
89	0 20mA
90	4 20mA

1) PL 2003 7

2) B 20 ROM 1(ID02) 2.04180

3) • PV No.




	AL01	PV
		( )	PV	PV
	AL02	PV
		( )	PV
AL03	CJ	( )

PV

	( )

AL11	CT
		CT
		( )	CT
		CT
		(CT 1/2	CT	CT
		)


	AL70	A/D	A/D
	AL95			•
				•
AL96			(AL95/97
			AL96/98 )

				•
AL97
		(RAM )

	AL98
		(RAM )

	AL99	ROM	ROM( )	•
		•

•ROM 1(ID02) 2.04 CT (AL11)

●:

○: 1U

OFF

HYS

* PV

* *

HYS

SP+

HYS

SP+ PV

SP+

HYS

SP PV

HYS

( SP )

SP+

HYS

( SP )

SP+

HYS

( SP )

SP PV

HYS

ON CT1

CT1 OFF

HYS

OFF CT1

CT1 OFF

ON HYS

HYS

* *

ON CT2

CT2 OFF

HYS

OFF CT2

CT2 OFF

23 ( AL01 99)

( AL01 99)

ON OFF

* /

READY

MANUAL

D-8

1 — 1

48×48mm

•60mm

•2mm

•[mode] [pare]

•(K J E T R S B N PL WRe5-26 DIN U DIN L) (Pt100 JPt100) (4 20mAdc

0 20mAdc) (0 1Vdc 1 5Vdc 0 5Vdc 0 10Vdc)

•1 2

•2

•ON/OFF PID

•PID Ra-Pid RationaLOOP Just-FiTTER

•2 3 2 CT

2 RS-485

•(SLP-C35

• IEC CE

EN61010-1 EN61326-1

1-1

■

			PV

C15

	T
( 1)	S
							1
	( 2)	R0

		V0
							(SSR )
	( 3)	VC
							(SSR )
	( 3)	VV
							(SSR )	(SSR )
		C0

	( 3)	CC

			T
							(K,J,E,T,R,S,B,N,PL ,WRe5-26,DINU,DINL)

			R				(Pt100/JPt100)
			L				/ (0 1Vdc, 1 5Vdc,
							0 5Vdc, 0 10Vdc, 0 20mAdc, 4 20mA DC)

				A			AC (100 240Vac)
				D			DC (24Vac/24 48Vdc)

					00

					01		3

				( 3)	02		3
				( 4)			2
							2
				( 3)	03		3
				( 4)			2
							RS-485
				( 5)	04		2 ( )
				( 3)	05		2 ( )
				( 4)			2
				( 5)			2

				( 3)	06		2 ( )
				( 4)			2
						RS-485
				( 5)

						00
						D0
						Y0

( 1)

( 2) C15S 1a ( 3) C15S

( 4) ( 5) DC

1-2

■ ·



(C15T )	81446403-001( )

	81409657-001( )

( 5.8mm)	QN206A

( 12mm)	QN212A

(C15S )	81446391-001

	81446442-001

	81446443-001

	81446898-001
	SLP-C35J50
L	81441057-001

1-3

1 — 2

■

[mode]

: CPU:

●

[mode]

•AUTO/MANUAL

•RUN/READY

•AT( ) /

•LSP( SP)

•DO( )

•DI( )1 ON/OFF

[mode]

[para]

运行显示状态下持续按2s

[]·[]·[ ]

1-4

1 PV ( · )

右端位的小数点显示AT( ) ST( ) AT· 2 ST · 1

2 SP


rdy	: RUN/READY READY
man	: AUTO/MANUAL MANUAL
ev1•ev2•ev3	: 1 3 ON
ot1•ot2	: 1 2 ON

•[mode] LSP LSP 2

•2 LED

•( )

■

1-5

●(C15T)

: M3 M30.4 0.6N·m

● (C15S)

: M3.5 0.78 0.98N·m

1-6

2
2 — 1

	PV
	PV			1,2

			ON/OFF

			PID
	1, 2

					1,2


	CT 1, 2	CT


					1 3


● PV	PV (T:

	R: L: · )
●
	R: V: ON-OFF

	C: ( )
	2
●
	DO(
	)
● DI( )
	DI DI
● CT( )
	CT

2-1

2 — 2

键操作全流程分为标准型与特殊型2

•: C10

•: C10 C30

■

C71 0·



PV SP	5-75
LSP	5-28
MV	5-76
MV	5-76
MV	5-76
AT	5-76
CT 1	5-78
CT 2	5-78
1	5-48
1	5-48
1	5-77
2	5-48
2	5-48
2	5-77
3	5-48
3	5-48
3	5-77

( )	5-79
1
2	5-79
3	5-79
4	5-79
5	5-79
6	5-79
7	5-79
8	5-79



AUTO/MANUAL	5-7
			5-7
RUN/READY
AT /	5-8
DO	5-8
DI1	5-8

SP		5-28
LSP1 SP
LSP2 SP	5-28
LSP3 SP	5-28
LSP4 SP	5-28


1		5-48
1		5-48
			5-48
1

·
·
·		5-50
5 ON
5 OFF	5-50

PID
	5-14
	5-14
	5-14
	5-14
·
·
·
	5-14
	5-14



	5-11
AT	5-18
AT	5-18
ON/OFF	5-13

SP	5-30
SP	5-30


AT	5-18
JF	5-20
SP	5-20
·
·
·
ST	5-17
ST	5-17
ST	5-17



PV	5-2
	5-3
·
·
·
	5-78
LED	5-78


1	1	5-45
1	2	5-46
·
·
·
5	2	5-46
5	3	5-47

DI
1		5-33
1	5-34
·
·
·
3		5-36
3	5-34

DO
1		5-53
1	A	5-54
·
·
·
3		5-57
3		5-57


1	5-79
2	5-79
·
·
·
7	5-79
8	5-79


		5-83
	5-83
·
·
·
1B		5-84
2B		5-84


ROM ID	6-24
ROM 1	6-24
·
·
·
	6-24
	6-24

· ·


6-1	(6-1 )
6-2	(6-3 )
6-3	(6-8 )

· [para] [ ] [para]· [para] [ ]2s

2-3

■

C71 1·



PV SP	5-75

LSP	5-28
SP
										AUTO/MANUAL	5-7
MV		5-76									5-7
			5-76							RUN/READY
MV		PID							5-8
			5-76							AT /
MV							DO	5-8
AT		5-76						DI1	5-8
CT 1	5-78
CT 2	5-78						SP

1	5-48
DI					LSP1 SP	5-28
1	5-48	DO					LSP2 SP	5-28
1	5-77						LSP3 SP	5-28
2	5-48						LSP4 SP	5-28

2	5-48


2	5-77

3	5-48
				·
3	5-48					·
				·
3	5-77

												5-83
( )											5-83
			5-79						·
1
			·
							·
	5-79							1B	5-84
2
								2B	5-84
3	5-79
	5-79
4
5	5-79								6-24

6	5-79							ROM	ID
		7	5-79							ROM	1	6-24

8	5-79			·
		·
						·		6-24

											6-24

) ·

2-4

· ·

6-1 (6-1 )

6-2 (6-3 ) 6-3 (6-8 )

· [para] [ ][para] •[para] [ ] 2s

2-5

[]·[]·[ ]

2 1

2 [ ] • [ ] • [ ]

[ ] • [ ]

pv	pv
sp	sp
mode	mode
0001 1	rUn

· [ ]·[ ]·[ ]

DI RUN/READY RUN/READY

2-6

•[ ] [ ] [ ] [ ]

•[para][mode]

•MANUAL MV( ) MV

■ [mode]

[mode] 1s [mode] (C72)

RUN/READY (C72 2)[mode]

PV/SP

READY [mode]

2 rUn

[mode] 1s READYRUN rUn

[mode]

mode

•[mode] (C72 0)[mode]

•[mode][mode][mode]

2-7

2 — 3

RUN AUTO
	AT
	ST		READY AUTO

AT	ST	RUN/READY	AT

			ST
	AUTO/MANUAL		AUTO/MANUAL

RUN MANUAL		READY	MANUAL

		RUN/READY
	AT			AT
	ST				ST

RUN :

READY:

AUTO : ( )

MANUAL: ( )

AT: ( PID )

ST: ( PID )

2-9

3

(
)



■

		·

		AC :33Vr.m.s. 46.7V
		DC :70Vdc

· 15m

3-1

●(C15T)

:mm

● (C15S)

81446391-001 ( )

M3.5

2-M4

■

:mm

30 45+00 .5


	+0.5 0		(48xN-3)+00.5
	45

		0.5 0

		45+
50

·3 40

· 50mm

3-2

■

· 10 10 · 9mm

● (C15T)

②

④

盘安装型(C15T)

3-3

● (C15T)

能看见显示。

81446442-001 ( )

⑤

· 2

3-4

● (C15T)

81446443-001 ( )

③

⑤

3-5

● (C15S)

DIN

( )

3-6

4
4 —	1















	( )






	6

	1 2

	1
	PV
	RS-485



	AC 0.2A
	250V (T) (IEC127)
		4-1

■

· (C15T) M30.4 0.6N·m

· (C15S) M3.50.78 0.98N·m

· (C15T) 2

· (C15T) 1 6 13 18

A : 5.8mm B : 5.5 7.6mm ( ) V1.25-MS3

· 50cm

·(C15T)

81446898 001

4-2

· 1 2

·RS-485

· 6 30

·DC

● C15T

	CT
1	CT1	13
2	14
CT2
3	15

1 +

32+

1	1+	1	13	7
2	2	14	8
3	2+	3	15	9

1	+	4	16	10
2		5	17	11
3
	6	18	12

32+

+ 6

B 5

A 6

+ 4

V + 6

11	AC

12	AC100	240V

11	DC
AC24V /

12	DC24	48V
(	)

DI/

	2	16
	1
	17

		18

DA 16

DB 17 RS-485

SG 18

4-3

5	6	3
4	7	1
8
2
5	9

4	+				6		6	1 2
		5	7	7
					8
5			4			8
				9
			3
4	+				9
			2		10

PV				1		11
+
mA	3						10
	2
V	+						11
1	8	7		6	5
C
	3					4	10
B
	2						11
A		1

		3	9				3
		2
+		10	11		1	2
	1

AC100 240V

DC AC24V /

DC24 48V ( )

●

C15T M3 C15S M3.5

		(mm)
						( )
		A	B	C


C15T	M3	6.1	5.8	5.5 7.6	0.3 1.2mm2	V1.25–MS3( )
					AWG22 16	V1.25 B3A(Y )

C15S	M3.5	7.4	6.6	6.3	0.3 1.2mm2	V1.25 — M3( )
					AWG22 16	V1.25 YS3A(Y )

4-4

Loading…

Регулятор температуры C15MTVOTA0100 Yamatake azbil yamatake SDC15 цифровой контроллер | Инструменты

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Войти

Источник

Alarm

Failure name

Cause

Corrective action

code

AL0 1

PV input failure

Sensor burnout, incorrect Check the wiring.

(Over-range)

wiring, incorrect PV input

Set the PV input type

type setting

again.

AL02

PV input failure

Sensor burnout, incorrect

(Under-range)

wiring, incorrect PV input
type setting

AL03

CJ failure

Terminal temperature is

Check the ambient

faulty (thermocouple).

temperature.

PV input failure

Sensor burnout, incorrect Check the wiring.

(RTD)

wiring

AL 1 1

CT input failure

A current exceeding the

• Use a CT with the

(Over-range)

upper limit of the display

correct number of turns

(CT input 1 or 2,

range was measured.

for the display range.

or both)

The number of CT turns

• Reset the number of CT

or the number of CT power

turns.

wire loops is incorrectly

• Reset the number of CT

set, or wiring is incorrect.

power wire loops.

• Check the wiring.

AL70

A/D conversion

A/D converter is faulty.

Replace the unit.

failure

AL95

Parameter failure

Power is shut-down while • Restart the unit.
the data is being set, or

• Set the data again (set

data is corrupted by noise. data for AL95/97 and

AL96

Adjustment data

Power is shut-down while

adjustment data for

failure

the data is being set, or

AL96/98.

data is corrupted by noise. • Replace the unit.

AL97

Parameter failure

Data is corrupted by

(RAM area)

noise.

AL98

Adjustment data

Data is corrupted by

failure (RAM area) noise.

AL99

ROM failure

ROM (memory) is faulty.

• Reset the unit.
• Replace the unit.

Quick Reference Guide

C01

Sensor

Range

Set value

type

-200 to +1200°C

0 to 1200°C

0 to 800°C

0 to 600°C

0 to 400°C

-200 to +400°C

0 to 800°C

0 to 600°C

-200 to +400°C

0 to 600°C

-200 to +400°C

0 to 1600°C

0 to 1800°C

0 to 1300°C

PL II

0 to 1300°C

WRe5-26

0 to 1400°C

WRe5-26

0 to 2300°C

DIN U

-200 to +400°C

DIN L

-100 to +800°C

CP-SP-1213E

The most convenient way to configure the SDC15 is with the Smart Loader Package
(model No. SLP-C35J50). Please contact Yamatake Corporation or a distributor for more

information.

[mode] key

[para] key

Lower display

Upper display

Loader connector
(bottom panel)

Mode indicators

[ ], [ ], and [ ] keys

Various indicators

Indicators during AT

PV input range table

C01

Sensor

Range

Set value

type

Pt100

-200 to +500°C

JPt100

-200 to +500°C

Pt100

-200 to +200°C

JPt100

-200 to +200°C

Pt100

-100 to +300°C

JPt100

-100 to +300°C

Pt100

-50.0 to +200.0°C

JPt100

-50.0 to +200.0°C

Pt100

-50.0 to +100.0°C

JPt100

-50.0 to +100.0°C

Pt100

0 to 200.0°C

JPt100

0 to 200.0°C

Pt100

0 to 500°C

JPt100

0 to 500°C

[Thermocouple]

[RTD]

[DC voltage/DC current]

: Initial value

*1: PL II thermocouple is a range, which has been added to the units manufactured

form July, 2003.

*2: The indicated low limit for a B thermocouple is 20°C. However, if ROM version 1

of the instrument information bank (I d02) is prior to 2.04, the value is
-180°C.

*3: Thermocouple, RTD, and DC voltage/DC current are according to PV No. type.

List of alarm code

Handling precautions

• If ROM version 1 of the instrument information bank (I d02) is prior to 2.04, CT

input failure (AL 1 1) is not displayed.

Event type

Event types other than the above:

: initial value

*: If the main setting is greater than the sub-setting, operations are performed with the main

setting and sub-setting automatically swapped.

Upper display

Lower display

Mode indicators

rdy:

Lights when READY (RUN mode if not lit)

man:

Lights when MANUAL (AUTO mode if not lit)

ev1, ev2, ev3: Lights when event relays are ON
ot1, ot2:

Lights when the control output is ON (always lit when the
current output is used)

[mode] key

• When this key is pressed and held for more than 1 second in the operation

display mode, any of the following operations from 0 to 7 which have been
set previously can be executed:

• When pressing the [mode] key in the setup display mode, the display is

changed to the operation display

[para] key

• This key is used to change the display item.
• When this key is kept pressed for 2 sec. or longer in the operation display

mode, the display is then changed to the setup display

[<], [ ], [ ] keys

Theses keys are used to increase or decrease the numeric value, or to shift
the digit.

Loader connector

The Smart Loader connector is on the bottom of the SDC15.

C01

Sensor

Range

Set value

type

0 to 1V

Scaling range is

1 to 5V

-1999 to +9999.

0 to 5V

0 to 10V

0 to 20mA

4 to 20mA

Operation type

Set value

SP high limit

SP low limit

SP high/low limit

MV high limit

MV low limit

MV high/low limit

Operation type

Set value

Loop diagnosis 1

Loop diagnosis 2

Loop diagnosis 3

READY (status)

MANUAL (status)

Operation type

Set value

During AT (status)

During SP ramp

Control action (status)

ST setting standby (status)

Timer (status)

Specifications are subject to change without notice.

Advanced Automation Company

1-12-2 Kawana, Fujisawa
Kanagawa 251-8522 Japan

URL: http://www.azbil.com

Printed on recycled paper.

(07)

Printed in Japan.

1st Edition: Issued in Mar. 2007 (W)

Operation

Set

Direct action

Reverse action

type

value

No event

Always OFF

PV high

limit

PV low

limit

PV high/

low limit

Deviation

high limit

Deviation

low limit

Deviation

high/low

limit

Deviation

high limit

(Final SP

reference)
Deviation

low limit

(Final SP

reference)
Deviation

high/low
limit
(Final SP
reference)
Heater 1

burnout/
Over-
current

Heater 1

short-
circuit

Heater 2

burnout/
Over-
current

Heater 2

short-
circuit

Alarm 23

ON if alarm occurs (alarm code AL01 to 99).

OFF if alarm occurs (alarm code AL01 to 99).

(status)

OFF in other cases.

ON in other cases.

● shows that the ON/OFF is changed at this value.
O shows that the ON/OFF is changed at a point that

«1U» is added to this value.

● shows that the ON/OFF is changed at this value.
O shows that the ON/OFF is changed at a point that

«1U» is added to this value.

Main setting

HYS

Main setting *

Sub-setting *

HYS

SP + Main setting PV

HYS

SP + Main setting PV

SP + Main setting

HYS

SP + Main setting

HYS

Main setting Sub-setting

HYS

Main setting

Sub-setting

HYS

SP + Main setting PV

HYS

SP + Main setting PV

SP + Main setting

HYS

SP + Main setting

HYS

Main setting Sub-setting

HYS

Main setting

Sub-setting

Main setting *

Sub-setting *

CT1 at output ON

HYS

OFF before measuring the CT1 current value

CT1 at output ON

HYS

Main setting *

Sub-setting *

OFF before measuring CT1 current value

HYS

Main setting

HYS

Main setting

Main setitng *

Sub-setting *

CT2 at output ON

HYS

OFF before measuring CT2 current value

CT2 at output ON

HYS

Main setting *

Sub-setting *

OFF before measuirng CT2 current value

HYS

Main setting

CT2 at output OFF

OFF before measuring CT2 current value

HYS

Main setting

CT2 at output OFF

OFF before measuring CT2 current value

HYS

Main setting

CT1 at output OFF

OFF before measuring CT1 current value

HYS

Main setting

CT1 at output OFF

OFF before measuring CT1 current value

Main setting

HYS

Input failure

Unit failure

Источник

No.CP-SP-1148C

SDC15

SDC15 SDC15 ,

SDC15

D-1 D-8

(

CP-SP-1213C)

公司提出。

(SAFETY REQUIREMENT)

全注全意事项进行操作。

业。

AC T 200mA 250V(IEC127)


	100 240V( 85 264Vac)
	50/60Hz
	12VA

	0 50
	10 90%RH( )
	2m/s2(10 60Hz)
	Category (IEC60364-4-443, IEC60664-1)
	Pollution degree 2