Fuji Electric PYX Operating Manual

Instruction Manual

FUZZY
CONTROLLER X

Type: PYX

PV

SV

SEL

OUT1

OUT2

ALM1

ALM2

INP-TN1PYXf-E

Contents

I. PREPARING THE OPERATION ............................... 4

1. THE BASIC INSTALLATION PROCEDURE .................... 5

2. CHECK OF SPECIFICATIONS ........................................ 6

2.1 PYX4 MODEL CONFIGURATION ........................... 6

2.2 PYX5/9 MODEL CONFIGURATION ........................ 7

3. ACCESSORIES................................................................ 8

4. INSTALLATION ................................................................ 8

4.1 INSTALLATION PLACE ........................................... 8

4.2 INSTALLATION PROCEDURE ................................ 9

4.3 CAUTION ON SAFETY ............................................ 10

4.4 PANEL CUT DIMENSIONS ..................................... 18

5. WIRING ............................................................................ 19

5.1 PYX4 WIRING DIAGRAM
[When the output 1 is relay (SPST) output,

SSR drive output or current output].......................... 19

5.2 PYX4 WIRING DIAGRAM

[When the output 1 is relay (SPDT) output].............. 21

5.3 PYX5/9 WIRING DIAGRAM

(NOT UNIVERSAL OUTPUT) .................................. 23

5.4 PYX5/9 WIRING DIAGRAM

(UNIVERSAL OUTPUT) ........................................... 26

5.5 NOTES ..................................................................... 28

II. FRONT PANEL LAYOUT .......................................... 30

1

III. OPERATION PROCEDURE ...................................... 33

1. OPERATION MODE/PARAMETER SETTING MODE ..... 33

2. VIEWING PARAMETERS ................................................ 33

3. CHANGING PARAMETERS............................................. 35

IV.SETTING INPUT AND OUTPUT TYPES .................. 37

Changing input ............................................................................. 37

Changing scale (voltage/current input) ......................................... 41

Changing output (universal output) .............................................. 42

V. FUNCTIONS .............................................................. 44

Lock .............................................................................................. 44

Auto-tuning ................................................................................... 47

Control function ............................................................................ 51

Alarm ............................................................................................ 55

Ramp soak ................................................................................... 60

Two set-points .............................................................................. 64

Analog output (AO) ....................................................................... 65

Digital output................................................................................. 67

Manual operation .......................................................................... 69

Remote SV ................................................................................... 71

Output monitoring ......................................................................... 72

VI.SET-UP PARAMETER .............................................. 73

Input filter ...................................................................................... 73

PV shift ......................................................................................... 74

Control type .................................................................................. 75

Output setting in input abnormal................................................... 76

Output limits.................................................................................. 77

Set point value limits..................................................................... 78

Output cycle time .......................................................................... 79

Direct/reverse control action......................................................... 81

2

Control processing cycle time....................................................... 82

APPENDIX...................................................................... 83

1. ERROR MESSAGES........................................................ 83

2. POWER FAILURE ............................................................ 83

3. SPECIFICATIONS............................................................ 84

4. TROUBLESHOOTING...................................................... 89

5. PARAMETER LIST........................................................... 91

3

I. PREPARING THE OPERATION

We thank you for the purchase of this PYX (Fuzzy Temperature
Controller).
Employing FUZZY LOGIC the PYX virtually eliminates system overshoot
and effectively suppresses fluctuation of the process variable due to
external disturbances.
Please read this manual, when programed and operated within the
guidelines setforth in this manual, your PYX controller will give you years of
precise, reliable control.

PYX

The product conforms to the requirements of the Electromag­netic compatibility Directive 89/336/EEC as detailed within the
technical construction file number TN510401. The applicable
standards used to demonstrate compliance are :

EN50081-1 : 1992 Conducted and Radiated emissions
EN50082-1 : 1992 Radiated immunity, ESD and FBT
(The unit meets Class A limits for Conducted Emissions.)

The unit also complies with the part of Immunity standards.

IEC1000-4-2 : 1995 level 3, IEC1000-4-3 : 1995 level 3
IEC1000-4-4 : 1995 level 3, IEC1000-4-8 : 1993 level 4

* E.U. indicates Engineering Units.

4

1. THE BASIC INSTALLATION PROCEDURE

Is given here as to the basic flow from the installation to operate the PYX.
For detailed description of each step, see the pages correspondent. See
the section “Operation Procedure” on the pages 33 to 36 for calls and
changes the specific parameter.

Installation of

Main Unit

Connection

Selecting Input

and Output Types

Selecting PID

or Fuzzy

Install the main unit on the panel, using the attached panel
mounting bracket. (See page 8 to 18 for details.)

Connect the unit to power supply and input and output
devices. (See page 19 to 29 for details)

Power up, then select and check input types (such as types
of sensors), input temperature range, decimal point used or
not used and so on. In case of the universal output type,
set and check the output switch pins inside the main unit.
(See page 37 to 43 for details.)

Either the conventional PID control mode or the fuzzy
control mode, which is effective in minimizing overshoot
rate and outer condition effects, can be selected. Select by
setting the parameter , where the default set is PID.
(See page 75 for details.)

Tuning

Ready

Normal

Operation

System power up then, execute auto-tuning to define the
control parameters. (See page 47 to 50 for details.)

Basic preparations are completed. Carry on settings for the
optional functions (alarm, two set points, transmission,
ramp soak, analog output etc.), following this instruction.

See page 44, as setting values (SV) can be set in the same
manner as the Lock parameter on page 44.

5

2. CHECK OF SPECIFICATIONS

Please make sure that specifications of this product is according with
your request. The product specifications are provided on the main unit
as model configuration following.

2.1 PYX4 MODEL CONFIGURATION

12345678 910111213
PYX

4 1-

T
A

M

Y
A
B
C
D
E
F
G
H

Y
A
B
C
D

0
1
2
3
4

*

Note 1: Fuji Electric CC data line protocol
Note 2: Modbus RTU protocol

R

Contents

Input type
TC/PT input
Voltage/Current input
TC/PT/Voltage/Current multi input

Control output1
Without
Relay (SPST) rev. act.
Relay (SPST) dir. act.
SSR drive rev. act.
SSR drive dir. act.
Current (DC 4~20mA) rev. act.
Current (DC 4~20mA) dir. act.
Relay (SPDT) rev. act.
Relay (SPDT) dir. act.

Control output2
Without
Relay (SPST) rev. act.
Relay (SPST) dir. act.
SSR drive rev. act.
SSR dirve dir. act.

Alarm function
Without
1pt.
2pts.
HB alarm
HB alarm + 1pt.

Input type code
See Page 21.

Input range code

*

Y
P
Q
R
S
M
N
A
B
C

J
E
F
K

See Page 21.
Additional function

Without
2 set points
4 ramp soak with start/reset
RS-485 transmission
RS-485 transmission
RS-485 transmission
RS-485 transmission + 4 ramp soak
Auxiliary analog output
Auxiliary analog output + 4 ramp soak
Remote SV
Front panel
Japanese
English (

°

C)

English (

°

F)

English (%)

+ 4 ramp soak

Note 1
Note 2

6

2.2 PYX5/9 MODEL CONFIGURATION

12345678 910111213
PYX

5
9

M

1-

Front panel dimensions:
48×96 mm
96×96 mm

Input type

T
A

Y
C
D
E
F
G
H
J
K

Y
C
D
E
F
G
H

0
1
2
3
4

TC/Pt input
Voltage/Current input
TC/Pt/Voltage/Current multi-input

Control output 1
Without
SSR/SSC drive rev. act.
SSR/SSC drive dir. act.
Current (DC4-20mA) rev. act.
Current (DC4-20mA) dir. act.
Relay rev. act. (SPDT)
Relay dir. act. (SPDT)
Universal output rev. act.
Universal output dir. act.

Control output 2
Without
SSR drive rev. act.
SSR drive dir. act.
Current (DC4-20mA) rev. act.
Current (DC4-20mA) dir. act.
Relay rev. act. (SPDT)
Relay rev. dir. (SPDT)

Alarm function
Without
1pt.
2pts.
HB alarm
HB alarm + 1pt.

Contents

*

*

Y
P
Q
R
S

Note 1: Fuji Electric CC data line protocol
Note 2: Modbus RTU protocol

R

M
N
A
B
C

7

Input type code
See Page 21.

Input range code
See Page 21.

Additional functions
Without
2 set points
4 ramp soak with start/reset
RS-485 transmission
RS-485 transmission + 4 ramp soak
RS-485 transmission
RS-485 transmission + 4 ramp soak
Auxiliary analog output
Auxiliary analog output + 4 ramp soak
Remote SV

Front panel

J
E
F
K

Japanese
English (
English (°F)
English (%)

°

C)

Note 1
Note 2

3. ACCESSORIES

In addition to the main unit, the following accessories are shipping in
the same package.

Accessories Quat.

Instruction manual (this manual) (INP-TN1PYX-E)

Panel mounting bracket set

Current input resistance (250Ω)

* Not delivered for TC/PT input type

* Suffix means revision control

4. INSTALLATION

4.1 INSTALLATION PLACE

Please verify if where the controller is mounted there is no:
(1) splash of water,
(2) mechanical vibration,

1

1

1

(3) extreme temperature
(4) no corrosive gases,
(5) dust or oil smoke,
(6) electric noise.

8

4.2 INSTALLATION PROCEDURE

;

Panel mounting bracket (accessorie)

Panel

Panel

Clamping screw Main unit

Panel mounting bracket (accessorie)

Clamping screw

For PYX4

For PYX5/9

• For PYX4
Slide the enclosed plastic panel mounting bracket (shipped with
every PYX4) up the back of the controller until it makes contact
with the back of the panel. Push the mounting bracket until the
tabs seat themselves in the molded tab ridges, located on the
front of the controller’s outer case. Tighten the two screw on the
mounting bracket for added pressure; do not use excessive
force.

• For PYX5/9
The mounting bracket’s tabs fit into the two holes on both the top
and bottom of the controller’s outer case. With an instrument
screwdriver, turn the screw in the mounting bracket until the end
of it touches the back of the panel. Do this to both brackets.
Making sure that the face of the controller is flush and straight,
tighten both mounting bracket screws. Your controller should
now be firmly set. If the controller is still loose, tighten the
mounting bracket screw a little more. Do not use excessive
force.

9

4.3 CAUTION ON SAFETY

First of all, read this "Caution on Safety" carefully,

and then use the instrument in the correct way.

The cautionary descriptions listed here contain important information about
safety, so they should always be observed. Those safety precautions are
classified in 2 ranks, WARNING and CAUTION.

The following shows the meaning of WARNING and CAUTION.

Wrong handling may cause a dangerous situation,

WARNING

CAUTION

1. WARNING

1.1 Caution on wiring

1) For the safe operation of the controller, where the temperature probe is to
be installed into an environment where voltage exceed 50VDC, it is essen­tial that reinforced isolation or basic isolation and earth the maintained be­tween all connections to the rear of the temperature controller, and that
supplementary isolation is required for the alarm outputs.

in which there is a possibility of death or heavy
injury.

Wrong handling may cause a dangerous situation,
in which there is a possibility of injury or physical
damage.

The outputs from the controller are all less than 50VDC.
When wiring the power supply terminal, use vinyl insulated 600 volt cable

or equivalent. A switch breaking both poles of the mains supply should be
installed together with a fuse with a rating of 250 volt 1 Amp. The fuse
should be installed between the mains switch and the controller.

The level of insulation provided by the temperature controller is:-

MAIN = BASIC
HEATER = BASIC
INPUTS = BASIC

10

Prior to operation of the installed system the wiring should be checked to
ensure that the required levels of insulation have been provided.

2) When a fault in the instrument is likely to lead to a serious trouble, use a
suitable protective circuit on the outside for protection against trouble.

3) This unit is not provided with power switch, fuse, etc. These parts can be
installed separately, if required (fuse rating; 250V, 1A).

4) Use of Fuji's Z-Trap is recommended to protect the relay output from switch­ing surge and to ensure a long life.

Type: ENC241D - 05A (power voltage; 100V)

ENC471D - 05A (power voltage; 200V)

Mounting position: Connected to relay control output terminals

ex) PYZ4
Socket (ATX2PSB)

65 43

1.2 Operating condition

Operating temperature : -10 to 50°C
Operating humidity : 90%RH or less (non condensing)
Installation category :
Pollution degree : 2

PYZ9

5

6

7

8

9

Ⅱ

1.3 Power source

1) Use a power source of rated voltage to prevent damage or trouble.

2) Do not turn ON the power until the wiring is completed to prevent shock
hazard or trouble.

11

1.4 Prohibition of use in gas

The instrument is not an intrinsic safety explosion - proof type. Do not use
it in a place exposed to combustible or explosive gas.

1.5 Contact to unit

1) This unit must not be disassembled, modified or repaired to prevent mal­function, shock hazard or fire accident.

2) When the power is ON, do not touch the terminals to prevent shock hazard
or malfunction.

1.6 Caution on maintenance

1) Before mounting or removing the module or unit, turn OFF the power in
advance to prevent shock hazard, malfunction or trouble.

2) Periodical maintenance is recommended to ensure continuous and safe
operation of the instrument. Some parts of the instrument are limited in life
or are subject to secular change.

WARNING

It is essential that, when the controller is introduced into a system
which uses or generates a hazardous voltage, the minimum creepage
and clearances specified in the table below are maintained on the
temperature probe. A hazardous voltage is one that exceeds 42.4V
peak AC or 60V DC. If you have any doubt, seek advice from a

competent engineer before installing the controller into the host
equipment.

The equipment must be installed such that with the exception of the
connection to the mains, creepage and clearance distances shown in
the table below are maintained between the temperature probe and
any other assemblies which use or generate a voltage shown in the

12

table below. Failure to maintain these minimum distances would

Clearance (mm) Creepage (mm) Voltage used or generated

by the other assemblies

0.2 1.2 Up to 50V

rms or V DC

0.2 1.4 Up to 100Vrms or V DC

0.5 1.6 Up to 150Vrms or V DC

1.5 3.0 Up to 300Vrms or V DC
Above 300Vrms or V DC

For a host or other assemblies fitted in the system, using or

generating voltages greater than 300V(rms or DC),advice from

a competent engineer must be obtained before installation of

the relevant equipment.

invalidate the EN61010 safety approval.

It is essential that following the installation of the system, and prior to
powering the system up that it is tested to determine that the correct
level of isolation is present to protect the user and other equipment
against the hazards of electric shock and fire.

An explanation of creepage and clearance is given in the following
diagram.

13

EXAMPLE INSTALLATION DIAGRAM

TO MAINTAIN SAFETY OF CONTROLLER

Example of how to install Controller into an environment where
hazardous voltages may exist is shown below.

Make sure installed system
has basic insulation around

Thermocouple, RTD,
Voltage or Current

Make sure
installed
system has
basic
insulation

Heater Break
Circuit

this connection

24V mains
supply

Controller

Example Diagram To Explain The Meaning Of Creepage and
Clearance Distances Is Shown Below

Communication card

X

X

Y

Y

Expansion card

Except for the edge connector which
plugs into the host's expansion slot,
clearance distance (X mm) and
creepage distance (Y mm) as given in
the table above, must be maintained
between the controller and any other
assemblies which use or generate a
hazardous voltage.

14

2.

CAUTION

2.1 Caution on handling

1) Do not install the unit in any of the following places.

• A place where the ambient temperature exceeds the range of -10
50°C

• A place where the ambient humidity exceeds 90%RH

• A place where temperature changes suddenly or dew condensation

occurs

• A place exposed to corrosive gases (sulfuric gas, ammonia, etc.) or
combustible gases

• A place where vibration or shock is likely to be directly transmitted to
the body.

• A place exposed to water, oil, chemicals, vapor, steam, etc.

• A place with much dust, salt or iron component

• A place with much inductive disturbance, static electricity, magnetism

or noise

〜

• A place exposed to direct sunlight

• A place where heat such as radiant heat stays

2) Mounting

• PYX5/9
For mounting, attach the supplied mounting brackets (2 units) on top

and bottom and tighten with a screwdriver. Tightening torque is about
147N.cm (1.5kg.cm). (The case is made of plastic. Care should be
taken not to tighten forcedly)

15

• PYX4
Insert the supplied mounting frame from the rear side and push it in

until the main unit is secured firmly to the panel. If it has a slight play,
tighten the 2 screws until the play is eliminated. (If the screws are tight­ened forcedly, the mounting frame may be slipped off the stopper)

3) When the unit is exposed to water, it may lead to a short-circuit or fire
hazard. Contact your dealer for inspection.

2.2 Caution on cable connection

1) For thermocouple input, use a suitable compensating cable.

2) For resistance bulb input, use a cable with a small lead wire resistance and
without resistance difference between 3 wires.

3) When external wiring has much noise, use the following step. When a
conducted as load of digital output such as relay contact output or alarm
output, connect a surge absorber to the conductor coil. (Example:
ENC471D-05A for 200V AC)

4) When the power source has much noise, use an insulating transformer
together with a noise filter. Noise filter should be mounted on a panel which
has been earthed. The wiring between the noise filter output and the instru­ment power terminals should be as short as possible. Do not connect a
fuse or switch to the noise filter output wiring, as it affects the performance
of the filter.

5) Use of a twisted cable for the instrument power source provides better ef­fects (short twist pitch is effective for noise).

6) When a heater burnout alarm is provided, the heater power and controller
power should be connected using the same power line.

7) Time for preparation of contact output is required at power ON. When the
output signal is used for an external interlock circuit, etc., connect a delay
relay to the circuit.

16

2.3 Other

When cleaning the instrument, do not use organic solvents such as alcohol,
benzine, etc. Use neutral detergent.

3. Caution on key operation / trouble

(1) Alarm function should be set correctly. Otherwise, alarm output

cannot be obtained at the time of occurrence of trouble. Be sure to
check the function prior to operation.

(2) Do not stop the device forcedly during auto - tuning, as it affects the

control action. When it needs to stop forcedly, be sure to turn OFF
the power in advance.

(3) If the input cable is disconnected, the display shows UUUU or LLLL.

When replacing the sensor, be sure to turn OFF the power.

17

4.4 PANEL CUT DIMENSIONS

65 or more

100 or more

65
or more

45

+0.5

-0

+0.5

45

-0

For PYX4

92

+0.8

-0

+0.8

92

-0

For PYX9

When mounting one unit When mounting multiple n units (2

45

+0.8

-0

+0.8

a

-0

≤

n ≤ 6)

115

or more

92

+0.8

-0

+0.8

92

-0

For PYX5

18

Unitsa2

933141418952376285

Units (mm)

5. WIRING

5.1 PYX4 WIRING DIAGRAM

[When the output 1 is relay (SPST) output, SSR drive output or
current output]

Option

11 12

6

7

8

9

10

Control output 1

+

–

+

AC100-240V
50/60H

z

Alarm

1

2

3

4

5

Input

TC input Pt input Voltage input

N.C. N.C. N.C.

8

9

10

8

+

–

9

10

Pt

8

9

10

+

Pt

Input

Current input

8

9

250Ω

10

+

NOTE: • For current input (4-20mA), use the accessorie

Ω

resistance (250

).

• Make sure that the setting pin is in the appropriate
position according to page 40.

19

Control output 1

For relay output For SSR drive output For current output

Alarm

ALM2

ALM1

ALM-COM

Option

6

++

7

1

2

6

DC-V DC 4-20mA

7

6

7

NOTE: Only ALM 1 is available in the case of

3

the digital output type.

For control output 2

(relay output)

11

For current transformer input For RS485 transmission

11 12

12 11 12

For control output 2

(SSR drive output)

+

TRX– TRX+

11 12

For digital input

11 12

For remote SV input

+

11 12

For AO output

11 12

+

20

5.2 PYX4 WIRING DIAGRAM

[When the output 1 is relay (SPDT) output]

Option

11 12

Control output 1

AC100-240V
50/60H

z

1

2

Alarm

3

4

5

6

7

8

9

10

Control output 1

+

+

–

–

Input

TC input Pt input Voltage input

N.C. N.C. N.C.

8

9

10

8

+

–

9

10

Pt

10

8

9

+

Pt

Current input

8

9

250Ω

10

Input

+

NOTE: • For current input (4-20mA), use the accessorie

Ω

resistance (250

).

• Make sure that the setting pin is in the appropriate
position according to page 40.

21

Control output 1 Alarm

N.C. N.O.

1

2

Option

11 12

For control output 2

6

7

(relay output)

11

For digital input

12 11 12

1

ALM

ALM-COM

For control output 2

(SSR drive output)

For AO output

2

3

+

11 12

For current transformer input For RS485 transmission

TRX– TRX+

11 12

11 12

11 12

+

For remote SV input

+

11 12

22

5.3 PYX5/9 WIRING DIAGRAM

(Not universal output)

Control output 1

AC100~240V
50/60H

z

Output

Alarm

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

18

Option

Control output 2

Pt

+

+

Input

–

For TC input For Pt input For voltage input For current input

15

N.C. N.C. N.C.

+

16

–

18

15

16

18

Pt

15

16

18

15

16

+

250Ω

18

NOTE: • For current input (4-20mA), use the accessorie

Ω

resistance (250

).

• In the case of multi-input, make sure that the setting
pin is in the appropriate position according to page

40.

+

23

Control output 1

For relay output For SSR drive output For current output

N.O.

1

N.C.

2

1

++

DC-V DC 4-20mA

2

1

2

3

3

Control output 2

For relay output For SSR drive output For current output

N.O.

N.C.

12

+

13

14

12

+

13

DC-V DC 4-20mA

14

Alarm

3

12

13

14

ALM1

ALM2

ALM-COM

5

6

7

24

Option

For digital input

10

11

For AO output

+

For current transformer input For RS485 transmission

10 10

TRX+

10

11

For remote SV input

+

10

11

11

TRX–

11

25

5.4 PYX5/9 WIRING DIAGRAM

(universal output)

Control output 1

AC100~240V
50/60H

z

Input

Alarm

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

18

Option

Control output 1

Pt

+

+

Input

–

For TC input For Pt input For voltage input For current input

15

N.C. N.C. N.C.

+

16

–

18

15

16

18

Pt

15

16

18

15

16

+

250Ω

18

NOTE: • For current input (4-20mA), use the accessorie

Ω

resistance (250

).

• In the case of multi-input, make sure that the setting

pin is in the appropriate position according to page

40.

+

26

Control output 1

For relay output For SSR drive output For current output

1

2

3

Alarm

Option

N.O.

N.C.

ALM1

ALM2

ALM-COM

12

+

13

DC-V DC 4-20mA

14

5

6

7

12

13

+

14

For digital input

10

11

For AO output

+

For current transformer input For RS485 transmission

10 10

11

11

TRX+

TRX–

10

11

For remote SV input

+

10

11

27

5.5 NOTES

Connection:

• No power switch and fuse are provided on this product. Install
them separately if necessary.

• Use designated compensating wire in the case of thermo­couple input.

• Use wire with line resistance lower that 10
thermoresistance input.

• To avoid noise induction to input wires separate from the
power and output wires also connected to your controller.

• In case of model equipped with heater break alarms, the
power supply used should be the same for the PYX and
Heater.

Ω

for

• Use shielded wires for input wires. Keep them away from
output wires.

Noise:
Take the following measures when there is serious noise
induction in the external wiring:

• When using a contactor as a load on digital output such as
relay contact output and alarm output, supplement a serge
absorber to the coil side of the contactor.

Z-Trap (ENB461D-14A for AC220V) manufactured by Fuji
Electric

• In the case of noise induction from the power supply, the use
of an insulated transformer and a noise filter is recommended.

Noise Filter (ZMB22R5-11) manufactured by TDK

• It is efficacious against noise induction to twist the power
wires.

28

Connection of Load Circuit:

• When the frequency of operation is rather high, in the case of
proportional operation for instance, maximum load with
respect to the capacity of the output relay will result in shorter
life. Use an auxiliary relay in such a case. Type SSR is
recommended.

electromagnetic switch: proportion cycle 20 sec. and above
SSR: proportion cycle 2 sec. and above

(approximately)

contact output life: mechanical: 10 million times (no load)

electrical: 100 thousand times (nominal

load)

• Relay contacts will be worn out with time. After certain period
has passed, locking (a phenomenon in which a contact cannot
be released once switched on) may happen. It is advisable to
provide an external safety device to protect the system just in
case locking happens.

29

II. FRONT PANEL LAYOUT

➀

PV value display

➁

Set point value display

➀

➁

PV

SV

SEL

OUT1

➂

OUT2

➃

ALM 1

➄

ALM 2

➅

➂

Control output 1 monitor lamp

➃

Control output 2 or remote operation monitor lamp

➄

Alarm 1 lamp

➅

Alarm 2 lamp

➆

SELECT/Registration

➇

DOWN key

➈

UP key

➀

➁
➆

➉

➆➇➈➉

➉

CARRIAGE/Registration

PYX4

➂

➃ ➄ ➅

OUT1

OUT2 ALM 1 ALM 2 OUT1 OUT2 ALM 1 ALM 2

PV

➀

SV

➁

SEL

➈
➇

PYX-5

➂➃➄➅

PV

SV

SEL

➆➇➈➉

PYX-9

PYX5

PYX9

30

➀

PV value display
PV Displays the measured value, as well as

the failure information. When more than
one failure occurs simultaneously, the
failure information of the highest priority
alone will be displayed.

➁

Set point value display

Display Priority

Main unit failure

Heater disconnected

Control loop failure

Meaning

High

Low

SV Displays the set point value.

(During auto-tuning or manual operation,
the display of

or

and set point value alternate.)

➂

Control output-1 monitor lamp
Output 1(OUT1) Lights when Output 1 is ON. (it does not

●

➃

Control output 2 or remote operation monitor lamp

●

light for the current output type.)

This lamp lights when Output 2 is ON or
during remote operation. (it does not

light for the single output type.)
Dual Control type
Output 2(OUT2) Acts as the control output 2 monitor lamp.

●

Remote SV type
REM Acts as the remote operation monitor lamp.

●

31

➄

Alarm-1 monitor lamp
ALM 1 Lights when the alarm-1 relay operates

●

➅

Alarm 2 monitor lamp
ALM 2 Lights when the alarm-2 relay operates

●

➆

SELECT/Registration

Used to switch from the operation mode

SEL

to parameter setting mode, to select
parameters, and to Registration set
values.

Keeping pressing this key for about 3

➇

DOWN key

➈

UP key

sec switches between the operation
mode and parameter setting mode.

Used to select parameters and to

decrease set values.

Continuing to press this key results in

auto-repeat.

Used to select parameters and to

increase set values.

Continuing to press this key results in

auto-repeat.

➉

CARRIAGE/Registration

Used for preset value digit carrying or for

preset value Registration.

32

III. OPERATION PROCEDURE

1. OPERATION MODE/PARAMETER SETTING MODE

The operation of this device includes the Operation Mode where
measured and set values are displayed and the Parameter Setting
Mode where various parameters are set.

To switch between the operation and parameter setting modes,

SEL

continue to press the

key for about 3 sec.

Continue to press

Operation Mode Parameter Setting Mode

Displays measured and set
point.
Displays information on loop*
break, heater break
error, auto-tuning, and manual
operation.
Changes set point.

*

, main-unit

SEL

key for about 3 sec

Make no operation
for 1 min

Displays and changes
various parameters.

*

indicates an option.

2. VIEWING PARAMETERS

1. Enter the parameter setting mode. (continue to press

SEL

key for

about 3 sec)

SEL

2. Display the target parameter with the

, , or key.

NOTES: No parameter is displayed if its parameter lock setting is

illegal or if its corresponding option has been mounted in the
system.

33

PV

SV

PV

* The numeric value shown in the

left-hand figure is only an example.

Continue to

press

SEL

key for about

3 sec

SEL

Parameter Setting Mode Operation Mode

SEL

SV

parameter

or

PV

SV

parameter

or

•

•

•

•

SEL

or

PV

SV

parameter

*Not displayed unless the transmission option is provided.

34

3. CHANGING PARAMETERS

1. Display the parameter to be set (to be changed) on the screen, as
described in the Section 2. “Viewing Parameter” (page 33).

2. Select the digit to be set (to be changed ), with the

key (the

selected digit flickers).

3. Set (to be changed ) the data with the

SEL

4. Press the

key, or repeat pressing the key until it stops

and keys.

flickering (the set (changed) data is registered).

NOTES: If no operation is made for about one minute during data

setting (changing), control automatically returns to the
operation mode. The data being changed (set) at this time is
invalidated.

35

Example

<<Changing “Lock” from 1 to 2>>

PV

SV

Display the target

➀➁➂

Press

parameter.

PV

SV

The leftmost digit
flickers, and data of that
digit is changeable.

PV

SV

The center right digit

➃➄

flickers, and data of that
digit is changeable.

PV

SV

The center left digit
flickers, and data of that
digit is changeable.

PV

SV

The rightmost digit
flickers, and data of that
digit is changeable.

PV

SV

Increment data by 1 to 2. Flickering stops, and is the

➅➆

SEL

or

PV

SV

registered.

36

IV. SETTING INPUT AND OUTPUT TYPES

After completing wiring, make sure that the measured value is of the right
type before operating the device.

Parameter to be used

Changing input

Setting the Input type ( )
It refers to setting the input type (range), presence or absence of decimal-

°C/°

point, and units of display (
Setting procedure

F).

PV

SV

PV

SV

1. Turn the power of PYX
(LEDs go on after a few sec).

SEL

2. Continue to press the key for about 3 sec (parameter
is displayed).

At that time, if is displayed steps 3 and 4 need not
be executed.

3. Press the key 4 times (the right most digit flickers).

37

PV

SV

PV

SV

PV

4. Change the lower display to with the

and keys, and stop flickering and

register the value with the and keys.

SEL

5. Repeat pressing the key until parameter
is displayed.

SV

6. Set parameter to the desired specifications
following.

Example: Setting of K thermocouple for 0.0-400.0 °C range

Display unit

0

°

C display

1

°

F display

Decimal-point display

0

No decimal point

0.1

1

°C/°

F display

Input type code

38

Input signal and measurement range

Input signal

Thermo­resistance
JIS

Thermo­resistance
old JIS

Thermo­couple

Pt100
Pt100
Pt100
Pt100
Pt100
Pt100
Pt100
Pt100

JPt100
JPt100
JPt100
JPt100
JPt100
JPt100
JPt100

J
J
K
K
K
R
B
T
T
E
E
S
N
U
WRe5-26
PL-II

Input type

code

00
01
02
03
04
05
06
07

10
11
12
13
14
15
16

20
21
22
23
24
25
26
27
28

29
2A
2B

2C
2D

2E
2F

Measurement

range (°C)

0~150°C
0~300°C
0~500°C
0~600°C

–

50~100°C

–

100~200°C
–150~600°C
–150~850°C

0~150°C
0~300°C
0~500°C
0~600°C

–

50~100°C

–

100~200°C
–150~600°C

0~400°C
0~800°C
0~400°C

0~800°C
0~1200°C
0~1600°C
0~1800°C

–199.9~200°C

–

150~400°C

0~800°C

–199.9~800°C

0~1600°C
0~1300°C

–199.9~400°C

0~2300°C
0~1300°C

Measurement

°

range (

–

–

238~1112°F

–

238~1562°F

–

–

238~1112°F

–
–

–

328~1472°F

–

F)

32~302°F
32~572°F
32~932°F

32~1112°F

–

58~212°F

148~392°F

32~302°F
32~572°F
32~932°F

32~1112°F

–

58~212°F

148~392°F

32~752°F

32~1472°F

32~752°F
32~1472°F
32~2192°F
32~2912°F
32~3272°F
328~392°F
238~752°F
32~1472°F

32~2912°F
32~2372°F
328~752°F
32~4172°F
32~2372°F

0.1°C

display

Ο
Ο
Ο
Ο
Ο
Ο
Ο
Ο

Ο
Ο
Ο
Ο
Ο
Ο
Ο

Ο
Ο
Ο
Ο

×
×

×
Ο
Ο
Ο
Ο

×

×
Ο

×

×

0.1°F

display

Ο
Ο
Ο

×
Ο
Ο

×

×
Ο

Ο
Ο

×
Ο
Ο

×
Ο

×
Ο

×

×

×

×

×

×

×

×

×

×

×

×

×

Power
supply
voltage

Power
supply
current

NOTES:

DC1-5V
DC0-5V

40
41

–1999

(Possible scaling range)

to

9999

Ο: Enabled
×: Disabled

DC4-20mA

40*

* For current input, mount the

250Ω resistance on input

terminals, and apply the 1-5V

voltage input.

•The 0.1°C/F display is impossible for all over the 1000°C/F span.

39

NOTES: Make sure to switch the input selection SW referencing the

following table when changing the type of input by changing
the parameter “

Switching from Pt or TC input

to voltage/current input
Switching from voltage/current

input to Pt/TC input
Other types of switching

Input selection SW

Lower

”.

Re-position the input switch pin
on "V" side.

Re-position the input switch pin
on Pt/TC side.

Input pin re-positioning is not
necessary.

V

J4

Input select SW

TC. Pt

ALM2
ALM1
OUT2
OUT1

Upper

Input selection SW

Lower

PYX-5

SEL

SV

PV

OUT1

OUT2 ALM1 ALM2

SEL

SV

PV

PYX4

Input selection SW

Lower

PYX-9

SEL

SV

PV

OUT1 OUT2 ALM1 ALM2

PYX5 PYX9

Upper

Upper

40

Parameter to be used

Changing scale (voltage/current input)

If it is used for voltage or current input, input scaling is possible.
Input scaling

Engineering dimensions can be set to voltage or current input.
Setting procedure

maximum value on scale

(

): Engineering value

equivalent to the 100% input is set
(-1999 ~ 9999).

minimum value on scale

(

): Engineering value

equivalent to the 0% input is set (­1999 ~ 9999).

(decimal-point location):Decimal point location is set (see

below). (0 ~ 2)

(No decimal point)

0

1

2

NOTES: When setting the scale, set it so that the difference between

and (span) does not exceed 9999. The
following condition must always be satisfied when setting is
made:

is larger than .

41

Parameter to be used

Changing output (universal output) none

In case of the universal output type, the type of the control output 1 can
be selected from the relay (SPDT) output, the SSR drive output and
the current (4-20mA) output. Follow the table below when switching.

Desire type of control output 1 Switching

Relay (SPDT) output

SSR drive output

Current (4-20mA) output

Output selection SW

Upper

OUT1

OUT2 ALM1 ALM2

PV

SV

SEL

PYX-5

PYX5

Switch the pin “J2” in the figure below to the
“RY” position.

Switch the pin “J2” in the figure below to the
“SSR” position.

No swtching required.

Output
selection SW

SSR

J2

RY

Lower

Output selection SW

Upper

OUT1 OUT2 ALM1 ALM2

PV

SV

SEL

PYX-9

Lower

PYX9

42

NOTES:

1. The output terminal for each output type is independent in the case
of the universal output. Make sure that connections are properly
made according to the page 27.

2. The current (4-20mA) output is made regardless of the position of
the switching pin “J2” in the case of the universal output. However,
only one type of output can be concurrently used among the relay
output, the SSR drive output and the current output.

43

V. FUNCTIONS

Parameter to be used

Lock

The lock function is to suppress display of those parameters which are not
used frequently in normal operations, and thereby to prevent parameter
miss-settings.

There are four lock levels: 0 to 3. Parameters corresponding to each lock
level are displayed. Setting the lock level to 0 disables changing of all

parameters other than

.

<Parameters for each lock level>

PV

SV

Lock level

0

Lock level

1

Operation screen

Lock level

2

Lock level

3

44

45

NOTE: Some parameters may not be displayed, depending

upon the option composition.

Lock level Use

0

1

2

3

(Setting of no parameter allowed)
Use this level to lock all parameters.

(Setting of only set point allowed)
Use this level when no parameter other than the set point is changed.

(Setting of normally set parameters allowed)
Use this when normal parameters are set or changed.

(Setting of all parameters allowed)
Use this when the set-up parameters are set or changed.

46

Parameter to be used

Auto-tuning

Autotuning function

This is the function implemented by the controller itself to automatically
perform ON/OFF control, identify the process, and determine control
constants (P, I, D, Cool, Ar).

Operating procedure

(Autotuning Command)

Setting Operation

Provides normal control.

Perform auto-tuning while

(Standard

type)

targeting the present [set
point value (SV)].

(Autotuning command) Setting

or in the autotuning
command starts autotuning (during
autotuning,
value alternate in display on the run

Performs auto-tuning while

(Low PV

type)

targeting the present [set
point value (SV) - 10%FS].

screen). Autotuning terminates
automatically.

Supplementary descriptions

1. There are two types of auto-tuning (AT):

➁

over-shoot) and

➀

Type

is the system in which the measured value (PV) exceeds

Low PV type (suppressing overshoot).

➀

and the set

Standard type (including

the set point value (SV) (overshoot) during autotuning. Use this type
where overshoot is permitted.

➁

Type

is the system in which ON-OFF control is provided by
centering upon the value 10% (/full-scale) lower than the set point
value (SV). Use this type where overshoot is to be suppressed.

47

For single output

➀

Standard type (including overshoot)

AT started AT terminated

AT arithmetic being made

Set point value (SV)

PV (Measured value)

(PID determined)

ON 100%

ON ON

OFF 0%

(Control output)

➁

Low PV type (suppressing overshoot)

AT started AT terminated

Set point value (SV)

OFF OFF

ON-OFF operation

(PID determined)

AT arithmetic being made

During AT, the ON-OFF
operation (2-point operation) is
provided where the measured
value (PV) vibrates.

PID control

SV-10%FS

ON 100%

OFF 0%

(Control output)

PV (Measured value)

ON ON

OFF OFF

ON-OFF operation

48

During AT, the ON-OFF
operation (2-point operation) is
provided where the measured
value (PV) vibrates.

PID control

For dual output

➀

Standard type (including overshoot)

AT started AT terminated

AT arithmetic being made

Set point value

(SV)

PV (Measured value)

(Control output 1)

(Control output 2)

ON 100%

OFF 0%

ON 100%

ON ON

OFF OFF

OFF OFF

ON ON

(PID determined)

During AT, the ON-OFF
operation (2-point operation) is
provided where the measured
value (PV) vibrates.

PID control

➁

Low PV type (suppressing overshoot)

AT started AT terminated

AT arithmetic being made

Set point value

(SV)

PV (Measured value)

(Control output 1)

(Control output 2)

ON 100%

OFF 0%

ON 100%

ON ON

OFF OFF

OFF OFF

ON ON

(PID determined)

SV-10%FS

During AT, the ON-OFF
operation (2-point operation) is
provided where the measured
value (PV) vibrates.

PID control

49

NOTES

1. Avoid applying the auto-tuning to the following processes.
(a) The process must not be disturbed due to temporary ON-OFF

control output from PYX.

(b) Process featuring very quick response such as pressure/flow

rate process.

(c) Process where overshoot must not be generated

2. Auto-tuning cannot be executed under the following conditions. If
the auto-tuning is already being executed, stop it.

(a) Manual operation
(b) Measured value (PV) error occurring
(c) When the set value (SV) has changed by more than 0.5%FS

per 0.5 second during auto-turning

(d) Auto-tuning not terminated within 12 hours

3. Do not execute auto-tuning when the ramp soak function is being
used (i.e. when the parameter “

” is not ), since it

may result in incorrect tuning.

4. When the operation condition is changed, restart the auto-tuning

5. When the auto-tuning terminates abnormally, the PID value takes
the value prior to auto-tuning, in such cases as abnormal
termination of auto-tuning. The same applies when the auto-tuning
command is switched to

50

during auto-tuning.

Control function

Normal PID control

1.
(Proportional band) Set the proportional band using the

Parameter to be used

ratio (%) with respect to the input
full scale (0.0-999.9%).

Setting

to 0.0 provides the 2­point (ON-OFF) control. The 2-point
control is not available in the fuzzy
control mode. This parameter is
automatically set with auto-tuning.

(Integral time) Set the integral time in sec units (0-

3200 sec).

Setting

to 0 provides no integral
operation.This parameter is
automatically set with auto-tuning.

(Derivative time) Set the derivative time in 0.1-sec

units (0.0-999.9 sec).

Setting

to 0.0 provides no
derivative operation. This
parameter is automatically set with
auto-tuning.

51

(Anti-reset wind up) When control operation involves

integral operation, the initial over­integral causes overshoot to occur.
Overshoot is prevented by limiting
the integral range. Set setting value
(SV) high and low limits with
engineering units. (0~100%FS
E.U.)

This parameter is automatically set

by executing auto-tuning.

PV

AR

SV

AR

Integral value truncated

Integral value truncated

(Manual resetting value) When control includes only the P

operation, it generates offset. To
eliminate this, add the manual
resetting value to the manipulated
value (MV). (-100.0~100.0%)

SV

PV

PID arithmetic

52

MV

+

+

Manual resetting

Manipulated value (MV)

2. 2-POINT (ON-OFF) CONTROL
When PID control is specified as the control type, setting P to 0.0

provides the 2-point (ON-OFF) control operation.

(2-point operation hysteresis)

Set the 2-point operation hysteresis

with engineering values. (0~100%
FS D.E.U.)

HYS

Output ON

Output OFF

Set point

PV

3. FUZZY CONTROL
Employing Fuzzy Logic control eliminates system overshoot and

effectively suppresses fluction of the process variable due to external
disturbances. See the section describing control type setting (page75).

NOTES

1. The dual output type does not allow use of fuzzy control.

2. Though the fuzzy control also requires setting of parameters P, I,

and D, these values can be set to those being used in PID control.
Auto tuning is also available.

4. DUAL CONTROL
* This function is an option.
If the process heats itself, cooling control is needed in addition to

heating control. The dual control is used for control of that process.

53

(Cooling-side proportional band coefficient )

Set the cooling-side proportion

band coefficient (0.1~10.0). This
parameter is automatically set with
auto-tuning.

= 50%

Heating side

Output

Cooling side

COOL=0.5

COOL=1.0

COOL=2.0

Offset (–) Offset (+)

Set point value (SV)

Heating-side

proportion band

Proportion band (P)

Cooling-side

proportion band

(Dead/overlap band) Used to separate (dead) and

overlap the heating and cooling
side output as shown in the figure
below (-50 ~ +50%)

Output

Heating side

Cooling side

Offset (–) Offset (+)

Overlap

band

Set point value

Dead

band

(SV)

54

Parameter to be used

Alarm

* This function is an

option.

This device provides the multi-alarm function (option) that allows
simultaneous detection of a maximum of 4 types of alarming.

Multi-alarming

It allows a maximum of 4 types of alarm settings (among which, one is
dedicated to loop/heater disconnection), detects those types of alarm
individually, and makes logical OR before outputing it to the alarm
relay.

(Multi-alarm)

Alarm setting 1
Alarm setting 2
Alarm setting 3

Alarm setting 4
(dedicated to loop/
heater break Alarms)

Operation procedure

(Alarm-1 type)

(Alarm-2 type)

Decision of Alarm 1
Decision of Alarm 2
Decision of Alarm 3

Decision of loop/
heater break Alarms

OR

Alarm relay

Setting 1Setting 2Setting 3Setting 4

Selection from
B-group

* For the setting in the above figure, the result of ORing of the heater break alarm,

“holding”-featured low-limit deviation alarm, and high-limit absolute alarm is output.

Each one selected
from A-group

55

Set one type code in each digit (settings 1 to 4). When a code that is
not in the table is specified, it will be regarded as “no alarm (code: 0)”.

(A-group alarm)

Code Type

0
1

2
9

3

4

A

5

6

B

7

C

8

D

No alarm

High limit absolute value

Low limit absolute value

Low limit absolute value
with holding feature

High limit deviation

Low limit deviation

Low limit deviation with
holding feature

High limit deviation
(inverted)

Low limit deviation (inverted)

Low limit deviation (inverted)
with holding feature

High/low limit deviation

High/low limit deviation with
holding feature

High/low limit deviation (inverted)

High/low limit deviation
(inverted) with holding

feature

No alarm used

PV

Alarm Set point

PV

Alarm Set point

Alarm Set point

PV

Set point

Alarm Set point

PV

Set point

Alarm Set point

PV

Set point

Alarm Set point

PV

Set point

Alarm Set point

PV

Set point

Alarm Set point

PV

E

SV high limit absolute value

SV low limit absolute value

F

Alarm Set point

SV

SV

Alarm Set point

NOTE: SV high limit absolute and SV low limit absolute alarms can be

set only in the remote SV type.

56

(B-group alarm)

Code Type

0

1

2

3

No alarm

Heater break detection

Loop break detection

Heater break detection
+
Loop break detection

NOTES: Any code setting does not result in heater break detection

unless the heater break option is provided.

(alarm 1 - set point 1) Sets the value for alarm.
(alarm 1 - set point 2)
(alarm 1 - set point 3)
(alarm 2 - set point 1)
(alarm 2 - set point 2)
(alarm 2 - set point 3)
(alarm 1-hysteresis 1) Sets the hysteresis for alarm.
(alarm 1-hysteresis 2)
(alarm 1-hysteresis 3)
(alarm 2-hysteresis 1)
(alarm 2-hysteresis 2)
(alarm 2-hysteresis 3)

57

(loop break detection time)

The loop break detection time is set in

minutes and seconds. By setting 00.00,
the alarm will turned ON only at an
abnormal input (overrange/
underrange, burn-out etc.). (00.00
~99.59)

(heater break detection current value)

The heater break detection current

value is set in the unit of ampere.
(1~50A)

(heater current value)

Displays the current in the heater.

This parameter cannot be changed.
(0~50A)

Supplementary descriptions

1. If during normal operation, the output (MV value) to switch to less 0% or

±

more 100%, and the input (PV value) not moved more than
elapsed the time defined in

parameter, then the

3%FS

message will appear and loop break alarm turns ON.

2. This device provides the heater current monitor function (for only the
heater break option-fitted type). The current value is displayed in parameter

. This can be used as reference when determining the heater break

detection current value.

3. The heater current measured value is read only when the control output-1
relay is on. When that relay is off, the value at the point immediately before
the relay is set off is retained.

58

4. Detection of the heater current requires the following current
transformer (to be purchased separately).

Heater current value

For 1~30A

For 20~50A

Types

CTL-6-SF

CTL-12-S36-8F

5. Heater break alarm is not available in the following cases.

1) Control output 1 is SSR drive output or current output.

2) Control output 1 is relay (1c contact) output and the heater is ON
on the contact N.C. (normally close) side.

3) The output proportion cycle time of control output 1 is lower than
20 seconds.

59

Parameter to be used

Ramp soak

* This function is an option.

Ramp soak function

Function to automatically change the set point value (SV) with elapsing
of time, in accordance with the preset pattern, as shown below. This
device allows a maximum of 4 ramp soak programs.
The first ramp starts at the value measured immediately before the
program is executed (PV).

After the program ends, the manipulate value is output according to
(“

”) setting. If you want to continue the control with the
setting value (SV) immediately prior to the end of the program, set the
parameter “

” to 0 (control continue). Note that, with this
setting, the control will be continued even if abnormal input takes
place.

Set point

Set point 3

Set point 2

Set point 1

Set point 4

PV

First ramp First soak

0

TM1R TM1S

Second
ramp

TM2R

Second
soak

TM2S

Third
ramp

TM3R

Third soak

TM3S

Fourth
ramp

TM4R

Fourth soak

Time

TM4S

Ramp···· Region in which the SP changes toward the target value.
Soak····· Region in which the SP keeps unchanged at the target value.

Powering on can automatically trigger the program run (power-on start
function). External contact signals (option) also run the program (start/
reset).

60

Operating procedure

(ramp soak command) Switches the program

(power-on start command) Set this to determine whether

(first-ramp target value) Sets the target value (SV)

operation modes.

Local operation

Program run

Program temporary halt

the power-on start should be
made. (Yes/No)

during each ramp. (0~100%FS
E.U.)

(second-ramp target value)
(third-ramp target value)
(fourth-ramp target value)
(first ramp segment time) Sets the duration (in hours and

minutes) of each time segment

(first soak segment time)
(second ramp segment time)
(second soak segment time)
(third ramp segment time)

61

(third soak segment time)
(fourth ramp segment time)
(fourth soak segment time)
(time for rest of the program) The time for rest of the

program is displayed as
follows. This parameter cannot
be set.

When the time for rest is 100 hours or more:
(example: for 100 hours)

When the time for rest is less than 100 hours:
(example: for 99 hours and 59 min)

(present point of program) It displays the program run

status as shown in the
following table. This parameter
cannot be set.

Stop

First ramp running

First soak running

Second ramp running

Second soak running

Third ramp running

Third soak running

Fourth ramp running

Fourth soak running

Program end

62

When using the start/reset function, connect an external terminal with
reference to the section “5. Wiring” starting on the page 19. The
operations will be as follows. External contact input takes place at the
time when the contact status (ON/OFF) changes (edge detection).

External contact

(digital input DI)

ON → OFF
OFF → ON

Program stops.

Program runs.

Operation

NOTE:

1. Do not use the auto-tuning function while the ramp soak function is
ON (“

2. The ramp soak command “
supply is switched

” is not ).

” will be set off, once the power

.

63

Parameter to be used

Two set-points

* This function is an option.
Two set-points

Changes setpoint with external contact input (Digital Input). See “5.
Wiring” starting on the page 19 for connection of an external contact.

Main Set point

(SV)

Target point

Sub-Set point

( )

Operating procedure

(sub-set point) Set the sub-Set point in parameter

Target value

DI input

sub-Set point value while DI input is
on and, while it is off, the main Set
point value is the target value.

Main

Set point

OFF OFFON

Sub-Set point

DI input

. The target value is the

Main

Set point

64

Parameter to be used

Analog output (AO)

* This function is an option.
AO output function

Function to externally output the PV, SV, or MV value with DC1~5V
signals. AO output can be scaled.

Operating procedure

(AO output type) Set the parameter

the desired output signal type.

Measured Value

Setting Value

Manipulated Value

(scale high limit)
(scale low limit) Set the parameters

and to the signal type
values (%) corresponding to the 5V
and 1V output respectively of AO.
(Percentage against the input
range is set when the signal type is

to

PV or SV, the % value with respect
to the input range is set.)

65

Example: Input....K thermocouple, 0 ~ 800

°

C range

1~5V signals are to be output when PV values are at 200 -

°

600

Measured

value

800

(°C)

600

(°C)

C.

AO output

5(V)

AO signal type . . . PV value

600°C → 75% of input range
200°C → 25% of input range

(Setting)

200

(°C)

1(V)

0

• • •

• • •

• • •

75.0%

25.0%

NOTE:

1. must be greater than .

66

Parameter to be used

Digital output

* This function is an option.
Digital transmission function

Using the RS-485 communication, this function allows remote control
for parameter settings and process monitoring. This employs the multi­drop system, and allows connection of a maximum of 31 units. The
communication protocol conforms to the Fuji Electric CC data line

R

protocol or Modbus

RTU (Radio Terminal Unit) protocol. Select
model configuration when you order (See page 6 or 7). For details,
refer to the Fuji Electric PYX Transmission Protocol Specifications
(TN508165-E).

Operating procedure

(station No.) Set the station number (1~31).

Perform transmission in accordance with the PYX Transmission
Protocol Specifications. In case of Fuji Electric CC data line protocol,
the available commands are for polling (parameter read), selecting
(parameter write) and control (parameter save). In case of Modbus

R

RTU (Radio Terminal Unit) protocol, they are for polling (parameter
read) and selecting (parameter write, including parameter save <fix>).
Communication settings are fixed as described below. Make sure that
the host side has the same settings.

Transmission signal ..... RS-485

Transmission rate ........ 9600 bps

Parity ........................... Odd

Stop bit ........................ 1 bit

67

NOTES:

1. For the control (parameter save) operation, a maximum of 5 sec is
required for the interval from receiving a command to completing the
operation.

Before ending of that interval, never turn the power

for this device off (otherwise, the memory contents are destroyed

and disabled).

2. This unit requires a time length of 100 to 120mS as the interval from
completing reception of a command from the host before returning
the response. It also requires 20mS before it is able to receive the
next command after completing a reply.

This device

100~120mS

Host Command

Response

20mS

Host Command

Time

Modbus R is a registered trademark of Gould Modicon.

68

Manual operation /Set Point value (MV)

Manual mode

Direct manipulation

Operating procedure

(control mode) Switches the control mode

Parameter to be used

Automatic control

Manual control

(During manual mode, the Set point

value and

alternate in

display on the Run screen.)

Set point value Set the manipulated variable to be

output in “%” units into the SP field
of the operation screen. (-3.0-

103.0%)

Supplementary descriptions

1. The normal PID or fuzzy control status is called the auto mode
(
manual mode (

), and manual operation status is referred to as the

).

69

NOTE:

1. For the dual control type, the manual control mode is not available.

2. Though the display of manual output can be set in 0.1% unit, the
actual output resolution is 1%.

3. Autotuning cannot be executed in the manual mode.

4. Power supply is off during manual operation, the value of
becomes 0.0%.

5. When the manipulated variable is changed during manual operation,
the proportion cycle being output at that changing point is followed
by the next proportion cycle which starts the actual output of
changed MV.

Present cycle Next cycle

Output changed from
50%~20%

20% output started

70

Parameter to be used

Remote SV Set value

* This function is an option.

Remote SV function

This function is used to input a signal of 1 to 5 VDC externally, and
changes and controls the set value (SV) according to the input voltage.
This is useful for cascade control etc.

Operating procedure

Set value

(Select the control mode)

Sets the control mode

The set value (SV) by remote input is displayed
during remote control. (The keys on the front panel
are disabled during remote control.)

(Remote control set value)

The set value (SV) by remote input, regardless of
the current mode. This parameter cannot be
changed.

(Scale high limit)

The remote set values (SV) corresponding
remote input 5V and 1V as the parameter

(Scale low limit)

(0 to 100% FS E.U.)

Enables automatic control.
(See Page 69 for details.)

Enables manual control.
(See Page 69 for details.)

Enables remote control.

to the

and respectively.

Supplementary descriptions

1. See Page 69 for and (automatic and manual modes).

2. When the mode is switched to

(the automatic mode) during
(remote operation), the set value (SV) of the automati c mode will be the same as
the set value of the remote control. (The set value will be switched by bumpless).

3. The set value will be the low limit when the remote input is disrupted.

4. Fuzzy control can be used for set value (SV) changes in steps.

NOTES:

1. must be greater than .

2. Caution is required when executing auto-tuning during remote operation,
since auto-tuning will be disrupted if the set value (SV) changes by more
than 0.5%FS per 0.5 second before the completion of auto-tuning.

71

Parameter to be used

Output monitoring

Output monitor function

Numerically displays the MV being output.

Operating procedure

(MV for output1) The currently output value of single-

output or dual-output heating-side
MV is displayed in percent.
(-3.0 to 103.0%)

(MV for output2) The currently output value of dual-

NOTES:

1. Neither

2.

output cooling-side MV is displayed
in percent. (-3.0 to 103.0%)

nor can be set.

is not displayed with the single-output type.

72

VI. SET-UP PARAMETER

Parameter to be used

Input filter

Input filter

When a PV value becomes unstable due to effects of noise, the filter
helps suppress the unstable status.

Setting procedure

(input filter constant) Set the filter time constant in sec

units (0.0 ~ 900.0 (sec)).

=0, input filter function is not active.

The filter effects increase as this setting becomes larger, and decrease
as it becomes smaller.

Time constant LargerSmaller

Response SlowerFaster

Effect GreatLittle

73

Parameter to be used

PV shift

PV shift

Shifts the PV. Use this function when the PV is to be adjusted
according to a recorder or an indication instrument, or when the sensor
is not in the right position and therefore the PV must be adjusted.

Setting procedure

(PV shift value) Set the shift value to be added to

PV. (-50 ~ 50%FS E.U.)

+

PV Processor

+

74

Parameter to be used

Control type

Control type

In addition to PID control, this device is fitted with the fuzzy control
suitable for suppressing overshoot. One of the two can be selected as
the control type.

Setting procedure

(control type) Select the control type.

PID control

Fuzzy control

NOTES:

1. When control is made with the fuzzy, the PID parameter must be set
as with PID control. However, it need not be tuned particularly for
the fuzzy. (The values are allowed to be the same as those for PID
control.)

2. The fuzzy control mode also allows use of the autotuning function.

3. Fuzzy control cannot be used in the dual output type.

4. The two-set-point function is not available in the fuzzy control mode.

5. Fuzzy control can only be used when the set values change in
steps. Attention is required when the ramp soak function or remote
SV function is used.

75

Parameter to be used

Output setting in input abnormal

Input abnormal-time output

In the event of an input PV error (e.g. thermocouple burn-out, sensor
disconnection or short-circuit, over-input, under-input etc.), or after the
ramp soak function (option) program ends, the value specified in
advance as the parameter “
value.

Setting procedure

(input abnormal-time output selection code)

Code No. Control output 1

” is out put as the manipulated

Set the code number (0 ~ 4) by

referencing the following table.

Control output 2

0

1

2

3

4

Going on control

-3%

103%

-3%

103%

Going on control

-3%

103%

103%

-3%

Supplement:

1. Set the parameter

to “0” when the control is desired to
be continued after the ramp soak function (option) program
terminates, with the set value prior to the program termination.

NOTES:

1. The parameter “

” specifies only one type of output for
both cases of abnormal input and program end. In other words, the
same operation will be made after an input error and after the
program ends.

76

Parameter to be used

Output limits

Output limit

Function to limit the manipulated variable. Used to limit the output
range to favor conditions of the process or operation terminal.

Setting procedure

(MV high limit)
(MV low limit) Set the manipulated-variable high

and low limits (-3.0 ~ 103.0%).

Set point

Set point 3

Set point 2

Set point 1

Set point 4

PV

First ramp First soak

0

TM1R TM1S

Ramp···· Region in which the SP changes toward the target value.
Soak····· Region in which the SP keeps unchanged at the target value.

Second
ramp

TM2R

Second
soak

TM2S

Third
ramp

TM3R

Third soak

TM3S

Fourth
ramp

TM4R

Fourth soak

Time

TM4S

NOTES 1: Setting must always be made to satisfy the condition of

> .
2: Limiting is not valid during manual operation.
3: Auto-tuning provides the 0-100% range output regardless

of limiting.
4: The limiter is not valid for the 2 point (ON/OFF) control.
5: The loop break detection cannot be performed when

“

” exceeds 100.0% or does not reach 0.0%.

77

Parameter to be used

Set point vlaue limits

Set point limit

Function to limit the range in which Set point can be set.

Setting allowable range

Range

low limit

Range

high limit

Set point

Setting procedure

(Set point high limit)
(Set point low limit) Set the Set point high and low limits

within the input scale 0 ~ 100%
range. (0 ~ 100%FS E.U.)

NOTES: Setting must be made to satisfy the condition of >

.

78

Parameter to be used

Output cycle time

Output proportion cycle time

The relay/SSR drive output delivers the manipulated variable (0 ~
100%) as the proportion of output-off time and output-on time. The
sum of output-on time and output-off time lengths, that is the on/off
cycle time is called the output proportion cycle time.

Output proportion cycle

OFF time ON time

Setting procedure

(Output 1 side proportion cycle time)

(Output 2 side proportion cycle time)

The output proportion cycle time is

set in sec units (1 ~ 120 sec).

Normally the following output

proportion cycle time values must
be specified.

Relay output

SSR drive output

20 seconds

2 seconds

79

Supplement:

1. “
current output.

2. “

” and “ ” are not displayed in the case of

” is not displayed in the case of single output type.

80

Parameter to be used

Direct/reverse control action

Selecting direct/reverse operation

Selects the direct operation mode (cooling control) or the reverse
operation mode (heating control).

Setting

(operation on the control output 1 side)

Set the operation modes for control
1 and 2 as indicated below.

(operation on the control output 2 side)

NOTE:

1.

Reverse operation (heating control)

Direct operation (cooling control)

is not displayed in the case of single output type.

81

Parameter to be used

Control processing cycle time

Control processing cycle time

This function is not supported now.
Please set 0.5 sec. to “dT” parameter.

Cf. Dellivery value of “dT” parameter is 0.5 sec..

82

APPENDIX

1. ERROR MESSAGES

Display Cause Control output

1. Thermocouple sensor burn out

2. Thermoresistance sensor disconnection

3. Input exceeding 105% of the input range

1. Thermoresistance sensor disconnection

2. Thermoresistance sensor short-circuit

3. Input under -5% of the input range

1. Heater disconnection

1. Control loop error (cause not specifically
determined)

1. Memory data destroyed Going on control

The value preset in
parameter “ ”
is output. For details,
see "Output setting in
input abnormal" on
page76.

Going on control

If display indicates an error, remove its cause as soon as possible.

2. POWER FAILURE

a) Operation of this device is not affected in case of instantaneous

power failure with a duration of 20ms or less.

b) In case of power failure with a duration of 20ms or more, operation

is made in the same manner as when re-powering on is made.

83

3. SPECIFICATIONS

• Input block

Indication accuracy • Thermocouple input

±

0.5%FS±1digit±1 (at 23°C)

°

* B thermocouple 0 ~ 400

C ±5%

R thermocouple 0 ~ 500

• Thermoresistance input

±

0.5%FS±1digit (at 23°C)

• Voltage input, current input (externally
mounted resistance use)

±

0.5%FS±1digit (at 23°C)
Temperature drift •
Reference contact temperature compensation adjustment

Input sampling cycle time • 500msec
Input impedance • Thermocouple: 1M

Allowable signal source resistance

±

0.3%FS/10°C

•

±

1.0°C

• Current input: externally mounted

• Voltage input: 1MΩ or above

• Thermocouple: 250Ω or below

°

C ±1%

Ω

or above

resistance of 250

Ω

• Voltage input: 1k

Allowable wiring resistance • Thermoresistance: 10

(for one wire)

Ω

or below

Ω

or below

84

• Output block
Control output • Relay contact output

Proportion cycle time: 20 ~ 120sec
Contact structure: SPST, SPDT
Contact capacity: AC220V/DC30V 3A

(Standard load)

(resistance load)
AC220V/DC30V 1A

(inductive load)
Minimum switching current
Mechanical life: 20 million cycles or more
Electrical life: 100 thousand cycles or

• Voltage pulse output (SSR/SSC drive output)
Proportion cycle time: 1 ~ 120sec
ON voltage: DC9V ~ 24V
OFF voltage: DC0.5V or below
Maximum current: DC20mA
Load resistance: 600

• Current output (DC4 ~ 20mA)
Ensured output range: DC3.52mA ~ 20.48mA

Accuracy:
Linearity:

: 100mA (DC24V)

more (Standard load)

Ω

or above

(-3 ~ 103%)

±

5%FS

±

2%FS
Resolution: 1.0%FS
Follow-up speed: 2 sec or below
Load resistance: 600

• Display block
Display system • 7-segment, 4-digit

• Power supply block

Power supply voltage AC100 ~ 240V, Free power supply
Power supply voltage variation
Power supply frequency 50/60Hz (
Power consumption AC100V: 10VA or below

within -15% ~ +10%

AC240V: 18VA or below

×

2-stage, red, green

±

5%)

Ω

or below

85

• External dimensions: (W × H × D) mm:
48

×

48×120.5 (PYX4)

48

×

96×112 (PYX5)

96

×

96×112 (PYX9)

• Weight: Approx. 200g (PYX4)
Approx. 300g (PYX5)
Approx. 400g (PYX9)

• Mounting method: Panel-installed type

• External terminals: screw terminals M3.5

• Ambient temperature -10 ~ 50

• Ambient humidity 90%RH or below (no condensation)

• Warm up 2 hours or above

• Insulation resistance DC500V, 20M

• Control function (PID or fuzzy control selectable)

Basic PID type (Position type)

• Proportional band (P): 0.0 ~ 999.9%, P=0 ON/OFF control

• Integration time (I): 0 ~ 3200 sec, I=0 integration off

• Derivative time (D): 0 ~ 999.9 sec, D=0 derivative off

Fuzzy control

• Digital filter • First-order time-lag filter

• 0.0 ~ 900.0 sec, Set resolution 0.1 sec (0:

OFF)

• PV input compensation • PV shift (

• Over-range, under-range • Outside the range of -5 ~ 105%

°

C

±

Ω

or above

50%FS)

86

• Alarm output (ALM1, ALM2 option)

• Output update cycle time: 500msec

• Relay contact output

Contact capacity: AC220V/DC30V 1A
(Standard load) (resistance load)

Minimum switching current: 100mA (DC24V)
Mechanical life: 12 million cycles (200

Electrical life: 100 thousand cycles

• Loop break alarm output (Option)

• Output update cycle time: 500msec

• Alarm setting range: 0.0 ~ 99 min 59 sec

• Relay contact output: Alarm relay also used for

×

2-pts SPST contact

AC220V/DC30V 0.3A
(inductive load)

times/min.)
(Standard load, 20 times/

min.)

• Heater break alarm input signal (option)
1 ~ 30A: CT (CTL-6-SF)
20 ~ 50A: CT (CTL-12-S36-8F) used
*However, the output proportion cycle time must be 20

sec or above.

• Heater break alarm output (option)

• Output update cycle time: 500msec

• Alarm setting range: 1 ~ 50A

• The alarm output relay is also used for this output.

• Ramp/soak function (option)

Program pattern count: 1 pattern
Number of ramps/soaks
per pattern: Maximum of 4
Time indication range: 0 hour 0 min - 799 hours

this

Memory backup: EEP-ROM
OFF/run by digital input possible (only when start/reset
option is provided)

87

• Auxiliary analog output (option)

• Number of channels: 1

• Output type: DC1 ~ 5V

Ensured output range: DC0.88V ~ 5.12V (-3 ~

103%)
Accuracy:
Ripple voltage: P-P 1.0%FS or below

Temperature drift:
Load resistance: 500k

• Attached function: scaling function

• Output update cycle time: 500msec

• Digital input (Input by contact)

DC15V~21V 5mA

• Transmission function (option)
RS-485 (2-wire system)

• Transmission system: Half-duplex, bit serial

• Synchronous system: start-stop synchronization

• Coding: data length 8-bit

±

0.5%FS

(50Hz or below)

±

0.3%FS/10°C

Ω

or above

Parity odd

• Transmission rate: 9600BPS

•

Number of units connectible

• Transmission distance: 500m

• Remote SV function (option)

•

Instruction setting accuracy

• Input filter: Digital filter (First-order

• Sampling cycle time: 500msec

• Temperature drift:

• Input impedance: 1M

• Allowable signal: 1K

source resistance

• Attached function: Scaling function

: 31 units

:±0.5%FS±1digit (at 23°C)

time-lag filter) time
constant 1 second

±

0.3%FS/10°C

Ω

or above

Ω

or below

88

4. TROUBLESHOOTING

Phenomenon Possible cause User response

Required parameter
not displayed

Set point not changed

Setting of alarm not
displayed

“ ” display
flickering

• Wrong lock level is specified.

• Set point limits not correct

• Ramp/soak command set to other

than (for the type with the
ramp/soak function)

• Alarm type set to "No alarm"
(Code: 0)

• Input error

• Heater break

• Control loop illegally connected

• Set the right lock level. (See Page

44~46.)

• Set the correct Set point limits. (See
Page78.)

• Set the ramp/soak command to

. (See Page 60~63.)

• Set the alarm type to be set. (See
Page 55~59.)

• Check the input or sensor
connection and input switch pin
setting (for multi-input type). (See
Page 19~29, 40.)

• Replace the heater.

• Set the correct control loop.

“ ” display

flickering

“ ” or “ ”
display output

“----” displayed • Input value incapable of being

EEP-ROM data destroyed

• Input error

• Input switch pin illegally set (for

multi-input type)

displayed in four digits

• Replace the main unit.

• Check the input or sensor

connection. (See Page 19~29.)

• Set the input switch pin correctly.
(See Page 40.)

• Make sure the input is appropriate.

89

Phenomenon Possible cause User response

Autotuning not
available

" " Set point not
raised (for the type
fitted with heater
break alarming)

• Input error

• Ramp/soak command set to other

than " "

• Manual run being performed

• Set point changed during

autotuning

• Because of the too slow process,
autotuning is not terminated within
12 hours.

• The control output relay has been
switched on not long enough.

• Output proportion cycle time too
short

• Check the input or sensor connec­tion. (See page 19~29.)

• Check the input switch pin correctly.
(See page 40.)

• Set the ramp/soak command to

" " during autotuning. (See

page 60~63.)

• Switch the manual run mode to the
automatic run mode. (See page 69.)

• Do not change the Set point value
during autotuning.

• Autotuning is not available. Perform

manual tuning. (See page 51~54.)

• If the control output relay does not
get triggered at least 1 sec after
powering on, the correct heater
current value cannot be detected.
(See page 58.)

• Set the output proportion cycle time
of " " to 20 sec or more.
(See page 79.)

Loop break detection
not available

Digital transmission
not properly performed

• Output limit setting is illegal • Loop break detection is not

• Host-side setting is wrong.

• Station number is wrong.

• Polarity of transmission

connection is wrong.

available when " " is smaller
than 100.0 or " " is larger
than 0.0. (See page 77.)

• Give the right transmission setting
to the host. (See page 67~68.)

• Set the right station number. (See
page 67~68.)

• Check if the transmission
connection are all right. (See pages
19~29.)

90

5. PARAMETER LIST

Lock

Display Name

level

Description

Initial
value

during

shipment

Remarks

LOCK

CAS

OUT1

OUT2

MOD

AT

Lock level

Remote set

0

3

value

Control output 1
output value

3

Control output 2
output value

3

Control
mode

Autotuning

2

1

command

Parameter locking

2

(setting range: 0 ~ 3)
Displays the set value (SV) by

–

remote input.
(Displayed range: 0 to 100% FS E.U.)

Displays the output value of Copntrol

–

Output 1.
(display range: –3.0 ~ 103.0%)

Displays the output value of Copntrol

–

Output 2.
(display range: –3.0 ~ 103.0%)

Setting

Setting

Mode

Auto

Manual

Remote

Autotuning

Stop

Not displayed when
the remote SV
function is disabled.

No setting

No setting
Not displayed
unless control
output 2 is provided.

not
displayed when the
remote SV function
is disabled.

Low-PV type autotuning

D-SV

Sub-Set point

2-setting function sub-set point

2

(setting range: 0 ~ 100%FS E.U.)

STAT

Ramp/soak
present point

Ramp/soak proceeding status is

1

displayed with a symbol. No setting
(display: OFF/1-RP/1-SK/2-RP/2­SK/3-RP/3-SK/4-RP/4-SK/END)

TIME

Ramp/soak
remaining­operation
time

The ramp/soak proceeding status is

1

displayed with the time for remaining
operation. When the time for
remaining operation exceeds 100
hours, the hours display of "xxxh" is
made. When the time is under 100
hours, the hour/min display of
"xx.xx" is made. No setting.

* See page 44~46 for lock level.

Normal autotuning

0%FS

E.U.

–

–

Not displayed
unless the 2-setting
function is provided.

Not displayed
unless the
ramp/soak function
is provided.

* E.U.: Engineering Units
* D.E.U. : Deviation engineering Units

91

Display Name

PROG

Ramp/soak
command

Lock

level

1

Description

Setting Operation

Function OFF

Run

Temporary stop

Initial
value

during

shipment

Remarks

SV-1

TM1R

TM1S

SV-2

TM2R

TM2S

SV-3

TM3R

First target
value

First ramp
time

First soak
time

Second
target value

Second
ramp time

Second soak
time

Third target
value

Third ramp
time

1

First-ramp target value (setting
range:0~100%FS E.U.)

1

First-ramp segment time (hour/min)
(setting range:00.00~99.59)

1

First-soak segment time (hour/min)
(setting range:00.00~99.59)

1

Second-ramp target value (setting
range:0~100%FS E.U.)

1

Second-ramp segment time
(hour/min) (setting range:00.00~99.59)

1

Second-soak segment time (hour/min)
(setting range:00.00~99.59)

1

Third-ramp target value (setting
range:0~100%FS E.U.)

1

Third-ramp segment time (hour/min)
(setting range:00.00~99.59)

0%FS

E.U.

00.00

00.00

0%FS

E.U.

00.00

00.00

0%FS

E.U.

00.00

Not displayed
unless the
ramp/soak function
is provided.

TM3S

SV-4

TM4R

TM4S

P-ON

P

Third soak
time

Fourth target
value

Fourth ramp
time

Fourth soak
time

Power-on
start

Proportional
band

1

Third soak segment time (hour/min)
(setting range:00.00~99.59)

1

Fourth-ramp target value (setting
range:0~100%FS E.U.)

1

Fourth-ramp segment time (hour/min)
(setting range:00.00~99.59)

1

Fourth-soak segment time (hour/min)
(setting range:00.00~99.59)

2

Ramp/soak power-on start
command (setting range:NO/YES)

2

setting range:0.0~999.9%

92

00.00

0%FS

E.U.

00.00

00.00

NO

5.0

'0' for ON-OFF
control

Display Name

Lock
level

Description

Initial

value

during

shipment

Remarks

HYS

I

D

COOL

DB

AR

MAN

2-point
operation
hysteresis

Integration
time

Derivative
time

Control output 2
proportional
band
coefficient

Dead band

Anti­resetting
wind up

Manual
resetting
value

2

(setting range:0~100%FS D.E.U.)

2

(setting range:0~3200sec)

2

(setting range:0.0~999.9sec)

2

Control output 2 proportional band
coefficiency. ‘0’ for 2-point operation
(setting range: 0.0~10.0)

3

Control output 2 shift value
(setting range:–50~50%)

3

The integration range is set
(setting range: 0.0~100.0% D.E.U.)

3

MV shift
(setting range:–100.0~100.0%)

0.5%FS
D.E.U.

240

60.0

1.0

0.0

100

%

FS

(D.E.U.)

0.0

Not displayed
except when P = 0.

At '0', integration
operation turns off.

At 0, derivative
operation turns off.

Not displayed
unless control
output 2 is
provided.

AL1T

AL11

A11H

Types of
alarm-1

Alarm 1-1
Set point

Alarm 1-1
hysteresis

2

Dedicated to loop/heater
disconnection

2

Set point of Alarm 1-1
(setting range: 0~100%FS E.U.)

3

Hysteresis for alarm 1-1
(setting range: 0~100%FS D.E.U.)

1-3

type

1-2

type

1-1

type

Not displayed

0003

1000 for

the HB

10 °C/°F.

(0%FS

E.U. for the

HB-fitted)

0.5%FS
(D.E.U.)

unless alarm 1
is provided.

fitted

Not displayed
when alarm 1 is
not provided,
and when
setting is not
made for alarm
1-1.

93

Display Name

Lock
level

Description

Initial
value

during

shipment

Remarks

AL12

A12H

AL13

AL13H

AL2T

Alarm 1-2
Set point

Alarm 1-2
hysteresis

Alarm 1-3
Set point

Alarm 1-3
hysteresis

Type of alarm
2

Alarm 1-2 Set point

2

(setting range: 0~100%FS E.U.)

Alarm 1-2 hysteresis

3

(setting range: 0~100%FS D.E.U.)

Alarm 1-3 Set point

2

(setting range: 0~100%FS E.U.)

Alarm 1-3 hysteresis

3

(setting range: 0~100% FS D.E.U.)

2

Dedicated to loop/heater
disconnection

2-3

type

2-2

type

2-1

type

0%FS

0.5%FS
(D.E.U.)

0%FS

0.5%FS
(D.E.U.)

0004

1000 for the

HB-fitted

E.U.

E.U.

Not displayed
when alarm 1
is not
provided, or
when setting
is not made
for alarm 1-2.

Not displayed
when alarm 1
is not
provided, or
when setting
is not made
for alarm 1-3.

Not displayed
unless alarm 2
is provided.

AL21

A21H

AL22

A22H

Alarm 2-1
Set point

Alarm 2-1
hysteresis

Alarm 2-2
Set point

Alarm 2-2
hysteresis

Set point of alarm 2-1

2

(setting range: 0~100%FS E.U.)

Hysteresis for alarm 2-1

3

(setting range: 0~100%FS D.E.U.)

Alarm 2-2 Set point

2

(setting range: 0~100%FS E.U.)

Alarm 2-2 hysteresis

3

(setting range: 0~100%FS D.E.U.)

10 °C/°F.

(0%FS

E.U. for the

HB-fitted)

0.5%FS
(D.E.U.)

0%FS

0.5%FS
(D.E.U.)

E.U.

Not displayed
when alarm 2
is not
provided, and
when setting
is not made
for alarm 2-1
and alarm 2.

Not displayed
when alarm 2
is not
provided, or
when setting
is not made
for alarm 2-2.

94

Display Name

Lock

level

Description

Initial
value

during

shipment

Remarks

AL23

AL23H

Loop

HB-A

CT

PVT

Alarm 2-3
Set point

Alarm 2-3
hysteresis

Loop break
alarm

Set

point

Heater break
alarm

Set point

Heater current

PV type

Alarm 2-3 Set point

2

(setting range: 0~100FS E.U.)

Alarm 2-3 hysteresis

3

(setting range: 0~100FS D.E.U.)

Loop break alarm detection time

2

(min/sec) (setting range: 00.00~99.59)

Heater break alarm detection current

2

(setting range: 1~50A)

Heater current monitor

2

No setting (display range: 0~50A)

Input type, presence or absence of

3

decimal point, and°C/°F specified

Input

type

Presence or absence
of decimal point

°C/°F

0%FS

E.U.

Not displayed
when alarm 2
is not provided,

0.5%FS
(D.E.U.)

00.00

50A

–

or when setting
is not made for
alarm 2-3.

Not displayed
unless
alarming is
provided.

Not displayed
unless heater
break alarming
is provided.

2200

unless

otherwise

specified

(K

thermo-

couple, 0

- 400 °C)

PVF

PVB

PVD

TF

Full scale

Base scale

Scaling
decimal-point
location

Input filter

Scaling full scale

3

(setting range:–1999~9999)

Scaling base scale

3

(setting range:–1999~9999)

Scaling decimal-point location

3

"2" "1" "0":none

Input filter time constant

3

Setting 0.0 turns the filter off.
(setting range: 0.0~900.0sec)

95

1000

0

1

5.0

Displayed only in the
voltage or current
input mode.

Display Name

SFT

PV shift

Lock
level

PV shift value

3

(setting range:–50~50%FS D.E.U.)

Description

Initial
value

during

shipment

0%FS

(D.

E.U.)

Remarks

SV-H

SV-L

REMF

REMB

CTRL

DT

REV1

Set point high
limit

Set point low
limit

Remote
scaling full
scale

Remote
scaling base
scale

Control operation

system

Control operation

cycle time

Control output 1

direct/reverse

operation selection

Set point high limit

3

(setting range:0~100%FS E.U.)

Set point low limit

3

(setting range:0~100%FS E.U.)

The full scale for remote input scaling

3

(Set range: 0 to 100% FS E.U.)

The base scale for remote input scaling

3

(Set range: 0 to 100% FS E.U.)

Control operation algorithm selected

2

(setting range: PID/FUZY)

3

(Setting range: REV/NORM)

3

100%FS

0%FS

E.U.

100% FS
industrial

value

0% FS

industrial

value

PID

0.5 sec

Not displayed
when the
remote SV
function is
disabled

REV2

TC-1

TC-2

Control output 2

direct/reverse

operation selection

Control output 1

output proportion

cycle time

Control output 2

output proportion

cycle time

(Setting range: REV/NORM)

3

(Setting range: 1~120 sec)

3

(Setting range: 1~120 sec)

3

Relay

output: 20

sec, SSR

drive: 2 sec

Relay

output: 20

sec, SSR

drive: 2 sec

Not displayed
when control
output 2 is not
provided.

Not displayed
when output 1
is 4 - 20mA.

Not displayed
when 4 - 20mA
output or
without control
output 2.

96

Display Name

Lock
level

Description

Initial
value

during

shipment

Remarks

MV-H

MV-L

BURN

A0T

A0-H

MV high limit

MV low limit

Output setting in

input abnormal

AO output type

AO scaling full

scale

(setting range: –3.0~103.0%)

3

(setting range: –3.0~103.0%)

3

3

3

3

Setting Output 1

Going on control

–3.0%

103.0%

–3.0%

103.0%

Setting AO source

AO output scaling full scale
(setting range: 0.0~100.0%)

Output 2

Going on control

–3.0%

103.0%

103.0%

–3.0%

PV

SV

MV

100.0

0.0

1

Not displayed
unless AO is
provided

100.0

A0-L

STNO

AO scaling base

scale

Station No.

AO output scaling base scale

3

(setting range: 0.0~100.0%)

Transmission originating station number

2

(setting range: 1~31)

0.0

1

Not displayed
unless
transmission
is provided.

97