Thank you for purchasing an Azbil Corporation product.
Before operating this product described in this User’s Manual,
please take note of the following points regarding safety.
Be sure to keep this manual nearby for handy reference.
Please read “Terms and Conditions” from the following URL before ordering and use.
https://www.azbil.com/products/factory/order.html
NOTICE
Be sure that the user receives this manual before the product is used.
Copying or duplicating this user’s manual in part or in whole is forbidden. The information and specifications in this manual are subject to change without notice.
Considerable effort has been made to ensure that this manual is free
from inaccuracies and omissions. If you should find an error or omission, please contact the azbil Group.
In no event is Azbil Corporation liable to anyone for any indirect,
special or consequential damages as a result of using this product.
This manual explains the handling precautions, mounting, wiring,
PVrange type, list of parameters and main specifications only. See the
separate Installation & Configurations manual listed below for the detail
handling procedures and the setting methods, etc. These manuals also
contain information on using various functions. Please read if necessary.
SDC35/36 Single Loop Controller User’s Manual for Installation &
Configuration CP-SP-1150E
SLP-C35 Smart Loader Package for SDC15/25/26/35/36 Single Loop
Controller User’s Manual CP-UM-5290E
SDC35/36 Quick Reference Guide CP-SP-1203E
UNPACKING
Check the following items when removing the SDC35/36 from its package:
The use of this product in a manner not specified by the manufacturer
will impair its built-in safety features.
z Key to symbols
WARNING
Warnings are indicated when mishandling this product
might result in death or serious injury to the user.
CAUTION
Cautions are indicated when mishandling this product
might result in minor injury to the user, or only physical
damage to this product.
WARNING
Do not use this device in an environment with conductive pollution, or with dry non-conductive pollution which can become
conductive due to condensation, etc. Otherwise, problems such
as tracking phenomena may damage parts, resulting in fire.
Be sure to use the fuse described in the specifications for the
power wiring of this device. Otherwise, tracking phenomena or
parts failure due to other factors may cause fire.
Note that incorrect wiring of the SDC35/36 can damage the
SDC35/36 and lead to other hazards. Check that the SDC35/36 has
been correctly wired before turning the power ON.
Before wiring, or removing/mounting the SDC35/36, be sure to
turn the power OFF.
Failure to do so might cause electric shock or faulty operation.
Do not touch electrically charged parts such as the power terminals. Doing so might cause electric shock.
E1
Do not disassemble the SDC35/36.
Doing so might cause electric shock or faulty operation.
CAUTION
Use the SDC35/36 within the operating ranges recommended
in the specifications (temperature, humidity, voltage, vibration,
shock, mounting direction, atmosphere, etc.).
Failure to do so might cause fire or faulty operation.
Do not block ventilation holes.
Doing so might cause fire or faulty operation.
Wire the SDC35/36 properly according to predetermined standards. Also wire the SDC35/36 using specified power leads according to recognized installation methods. Failure to do so might
cause electric shock, fire or faulty operation.
Do not allow lead clippings, chips or water to enter the controller
case. Doing so might cause fire or faulty operation.
Firmly tighten the terminal screws at the torque listed in the specifications. Insufficient tightening of terminal screws might cause
electric shock or fire.
Do not use unused terminals on the SDC35/36 as relay terminals.
Doing so might cause electric shock, fire or faulty operation.
We recommend attaching the terminal cover (sold separately) after
wiring the SDC35/36. Failure to do so might cause electric shock.
Use the relays within the recommended service life.
Failure to do so might cause fire or faulty operation.
If there is a risk of a power surge caused by lightning, use a surge
absorber (surge protector) to prevent fire or device failure.
Do not operate the keys with a mechanical pencil or other sharptipped object. Doing so might cause faulty operation.
QUICK START GUIDE
From installation to PV and SP setup
Step 1. Mount ....................................... PageE2
Step 3. Set the PV range ............................. PageE3
Step 4. Set the SP ....................................PageE3
PART NAMES AND FUNCTIONS
SDC35
pv
sp
out
man rsp ev1 ev2 ev3 ot1 ot2
display
mode
enter
para
(2)
(3)
(4)
(6)
(9)
(10)
man
pv
rsp
ev1
ev2
ev3
sp
ot1
out
ot2
(5)
mode
para
(1) Upper display: Displays PV values (present temperature etc.) or setting
items.
(2) Lower display: Displays SP values (set temperature, etc.) and other pa
rameter values. When the lower display shows the SP
va
lue, the “sp” lamp lights up. When the display shows the
manipulated variable (MV), the “out” lamp lights up.
(3) Mode indicator man: Lights when MANUAL (manual mode)
rsp:
ev1 to ev3
ot1 to ot2
(4) MS (Multi-status) indicator:
In the combination of the lighting condition and the light-
Lights when RSP mode (remote setup input).
: Lights when event relays are ON.
: Lights when the control output is ON.
ing status as a group, the priority 3 groups can be set.
(5) [mode] key: The operation which has been set beforehand can be done
by pushing the key for 1s or more.
(6) [display] key: Used to change the display contents in the operation dis
play mode. Display is returned from bank setup display to
o
(7)
[<], [ ], [ ] keys:
peration display.
Used for incrementing numeric values and performing
arithmetic shift operations.
(8) [para] key: Switches the display.
(9) [enter] key: Used to set the setup values at the start of change and dur
ing the change.
(10) Loader connector:
Connects to a personal computer by using a dedicated
cable supplied with the Smart Loader Package.
SDC36
display
enter
(10)
-
-
-
Page 10
Location
96
5
65
screw M3
96
65
5
Terminal screw M3
Individual mounting
Gang-mounting
Gang-mounting
Individual mounting
transformer
Current or
Voltage pulse/Current/Voltage
Current/Voltage/Voltage pulse
Control outputs
Install the controller in a location that meets the following criteria:
•
Common mode voltages for I/O except power supply and relay contact
output: The voltage to ground is 30Vr.m.s. max., 42.4V peak max., and
60VDC max.
•
Neither high nor low temperature/humidity.
•
Free from silicone gas and other corrosive gases such as sulfide gas.
•
Little dust or soot.
•
Protected from direct sunlight, wind or rain.
•
Little mechanical vibration and shock.
•
Not close to a high voltage line, welding machine or other source of
electrical noise.
•
At least 15 meters away from a high voltage ignition device for a boiler.
•
No strong magnetic field.
•
No flammable liquid or gas.
•
Indoors
Mounting Procedure
•
The mounting must be horizontal within 10 degrees tilted in back side
lowering or within 10 degrees tilted in back side rising.
•
The mounting panel should be used with a thickness of less than 9mm
of firm board.
External Dimensions
z C35 (unit: mm)
z C36 (unit: mm)
Panel Cutout Dimensions
z C35 (unit: mm)
z C36 (unit: mm)
STEP 1. MOUNTING
+0.5
0
92
min.
Mounting
bracket
(Accessory)
Mounting bracket
(Accessory)
+0.5
0
92
30
min.
108
108
(48×N−4)
+0.5
0
92
(96×N−4)
+0.5
0
92
Terminal
+0.5
0
+0.5
0
48
SDC35
pv
sp
out
ot2ot1ev3ev2ev1rspman
display
mode
enter
para
96
man
pv
rsp
ev1
ev2
ev3
sp
ot1
out
ot2
mode
para
SDC36
display
enter
Handling Precautions
•
To fasten this controller onto the panel, tighten a mounting
bracket screws, and turn one more half turn when there is no
play between the bracket and panel. Excessively tightening the
screws may deform the controller case.
•
Be sure to mount the unit in a panel so that operators do not
touch the rear terminal block.
30
+0.5
44
min.
0
30
30
+0.5
92
0
min.
Handling Precautions
•
When three or more units are gang-mounted horizontally, the
maximum allowable ambient temperature is 40°C.
STEP 2. WIRING
All wiring should follow local regulations and be carried out by certified and
experienced personnel. Be sure to provide a switch within operator reach for
shutting OFF the main power supply to the controller in the main supply wir
ing. Also, in case of AC power supply models, the main supply wiring also
r
equires a time-lagged type (T) fuse (rated current: 0.5A, rated voltage: 250V).
(IEC127) The following table shows the meaning of the symbols in the termi
nal wiring label on the controller side:
Handling Precautions
•
Before wiring the SDC35/36, verify the controller’s model No. and terminal Nos. written on the label on the side of the body. Inspect all
wiring once wiring work for the SCD35/36 has been completed.
•
Use M3 crimp-type terminal lugs for wiring to terminal.
•
Leave at least 50 cm between I/O signal wires and power wires.
Do not put them in the same electrical conduit or duct.
•
Be careful not to allow any crimp-type terminal lugs to touch adjacent terminals.
•
To connect 2 (max.) crimp terminals to the same terminal screw, bend
the crimp terminals beforehand.
•
Prepare a heater current conductor to send a heater current through
the current transformer. Do not use a heater current that exceeds the
specified permissible current as this may damage the controller.
•
The current transformer input cannot be used for phase control.
•
If multiple current-input type SDCs are connected in series and you
want to turn them on/off individually, convert them to voltage input
by adding resistors (No. 81401325, sold separately) to the circuit.
•
There is no isolation provided between control output 1 and control
output 2. Install an isolator as required.
•
Do not connect a terminating resistor to either end of the RS-485
communications line. Doing so may interfere with communication.
•
If the motor connected to the motor drive relay output is used with
a 100/200VAC power supply, the use of an external auxiliary relay is
recommended. If an auxiliary relay is not used, thoroughly check the
operating conditions (operating voltage of the motor, inrush current,
frequency of switching, etc.) before use.
•
Do not wire in the same duct for the motor drive terminals (13), (14),
(15) and the MFB input terminals (7), (8), (9) and also do not use 6-core
cable. Failure to follow the instruction might cause controller malfunction due to noise during motor startup operation.
•
Make sure that devices and equipment connected to this device have
reinforced insulation suitable for the maximum operating voltage of
this device’s power supply and input/output ports.
•
The controller requires maximum 5 seconds to start up once the
power is turned ON. The controller can be used once it has started up.
However, it is recommended to allow a warm-up time of at least 30
minutes to attain the specified accuracy.
AC power supply
100 to 240 V AC
DC power supply
24 V AC/24 V DC
(independent contact)
CT1
Current
CT2
inputs
MFB
Thermocouple
E2
SymbolsMeaning
Power supply
1
2
(non polar)
Relay
Relay
Inputs
7
8
9
Y
7
T
8
G
9
RTD
DC current
DC voltage
1
2
Event outputs
3
3
2
4
1
5
COM
6
3
2
4
5
1
6
PV inputs
10
−
11
+
12
C
10
B
11
A
12
+
10
mA
−
11
V
+
12
AC power supply
DC power supply
Caution, there is danger of electric shock
Caution
NO
13
Relay
14
NC
15
OPEN
13
Relay for
14
motor drive
CLOSE
1
13
2
14
3
15
4
16
5
17
6
18
7
19
8
20
9
21
10
22
11
23
12
24
15
13
+
Voltage pulse /
−
14
Current / Voltage
13
+
1
−
14
2
+
15
DI
4
18
3
19
2
20
1
21
COM
RSP
18
+
mA/V
−
19
2DI
20
1
21
COM
Communication
DA
22
DB
23
24
SG
Auxiliary output
16
17
Digital input
RSP/DI
RSP input
Digital input
RS-485
-
-
+
Voltage
−
Page 11
z I/O isolation
The display and setup status shown above are examples for explanation.
Therefore, some displays or settings are not shown actually according to
the model and/or setup contents.
Items surrounded by solid lines are insulated from other signals.
Availability of input or output is based on a model number.
Power supply
PV input
Current transformer input 1
Current transformer input 2
Motor feedback input
Loader communication
Digital input 1
Digital input 2
Digital input 3
Digital input 4
RS-485 communication
RSP input
* In case of independent contact, the part between the event
output 1 and the event output 2 is isolated.
SETTING THE PV RANGE TYPE
z Flowchart of key operations
There are the standard type and special type in the data setup
method. Here, the method is explained in the standard type.
In the mode bank MOdE, press the [
Stup, and then press the [enter] key.
>> C01 will be displayed on the upper display. Press the [enter] key again.
>> The lower display will be flashing.
Referring to the PV range table, press the [<][
sired sensor type for C01.
Press the [enter] key.
>> The flashing will stop and the settings will go into effect.
Step 4. Setting the SP
In the mode bank MOdE, press the [enter] key.
>> The lower display will be flashing.
Press the [
][ ] keys to display the desired SP setting.
Press the [enter] key.
>> The flashing will stop and the settings will go into effect.
SDC35/36 Single Loop Controller User’s Manual for Basic
Operations CP-SP-1150E and SDC35/36 Quick Reference Guide
CP-SP-1203E.
The mode indicators are lit sequentially form
the left during a period of 5 to 6 sec after the
power has been turned ON while both the
upper display and lower display are OFF.
When all mode indicators have been lit, the
display is changed to the operation display.
No key operation for 3 minutes
or more.
display
Press the or key.
Mode bank selection
para
key.Press the
key.Press the
SP bank selection
para
key.Press the
key.Press the
Other banks
(Operate the [para], [ ]
and [ ] keys repeatedly.)
para
key.Press the
key.Press the
] [ ] keys to display the setup bank
Control output 1
Control output 2
Auxiliary output
Internal
Circuit
Event output 1*
Event output 2*
Event output 3
No key operation for
3 minutes or more.
mode
Press the
enter
or
key.
Keep the
para
key
pressed
for 2 sec.
or longer.
Press the or key.
(example. mode bank)
AUTO/MANUAL
change
RUN/READY change
Other setup
(Operate the [para], [ ]
and [ ] keys repeatedly.)
] [ ] keys to display the de-
PV RANGE TABLE
Input
C0 1
type
set
value
41 Pt100 −200.0 to +500.0°C −300 to +900°F
42 JPt100 −200.0 to +500.0°C −300 to +900°F
43 Pt100 −200.0 to +200.0°C −300 to +400°F
44 JPt100 −200.0 to +200.0°C −300 to +400°F
45 Pt100 −100.0 to +300.0°C −150 to +500°F
46 JPt100 −100.0 to +300.0°C −150 to +500°F
47 Pt100 −100.0 to +200.0°C −150 to +400°F
48 JPt100 −100.0 to +200.0°C −150 to +400°F
49 Pt100 −100.0 to +150.0°C −150 to +300°F
50 JPt100 −100.0 to +150.0°C −150 to +300°F
51 Pt100 −50.0 to +200.0°C −50 to +400°F
52 JPt100 −50.0 to +200.0°C −50 to +400°F
53 Pt100 −50.0 to +100.0°C −50 to +200°F
54 JPt100 −50.0 to +100.0°C −50 to +200°F
55 Pt100−60.0 to +40.0°C −60 to +100°F
56 JPt100 −60.0 to +40.0°C −60 to +100°F
57 Pt100−40.0 to +60.0°C −40 to +140°F
58 JPt100 −40.0 to +60.0°C −40 to +140°F
59 Pt100 −10.00 to +60.00°C −10 to +140°F
60 JPt100 −10.00 to +60.00°C −10 to +140°F
61 Pt1000.0 to 100.0°C0 to 200°F
62 JPt1000.0 to 100.0°C0 to 200°F
63 Pt1000.0 to 200.0°C0 to 400°F
64 JPt1000.0 to 200.0°C0 to 400°F
65 Pt1000.0 to 300.0°C0 to 500°F
66 JPt1000.0 to 300.0°C0 to 500°F
67 Pt1000.0 to 500.0°C0 to 900°F
68 JPt1000.0 to 500.0°C0 to 900°F
C0 1
Input typeRange
set value
810 to 10mV The scaling and
82−10 to +10mV
830 to 100mV
840 to 1V
861 to 5V
870 to 5V
880 to 10V
890 to 20mA
904 to 20mA
display
mode
Input
C0 1
type
set
value
1K−200 to +1200°C −300 to +2200°F
2K0 to 1200°C0 to 2200°F
3K0.0 to 800.0°C0 to 1500°F
4K0.0 to 600.0°C0 to 1100°F
5K0.0 to 400.0°C0 to 700°F
6K−200.0 to +400.0°C −300 to +700°F
7K−200.0 to +200.0°C −300 to +400°F
8J0 to 1200°C0 to 2200°F
9J0.0 to 800.0°C0 to 1500°F
10J0.0 to 600.0°C0 to 1100°F
11J−200.0 to +400.0°C −300 to +700°F
12E0.0 to 800.0°C0 to 1500°F
13E0.0 to 600.0°C0 to 1100°F
14T−200.0 to +400.0°C −300 to +700°F
15R0 to 1600°C0 to 3000°F
16S0 to 1600°C0 to 3000°F
17B0 to 1800°C0 to 3300°F
18N0 to 1300°C0 to 2300°F
19PLII0 to 1300°C0 to 2300°F
20 Wre5-260 to 1400°C0 to 2400°F
21 Wre5-260 to 2300°C0 to 4200°F
22 Ni-Ni·Mo0 to 1300°C0 to 2300°F
23 PR40-200 to 1900°C0 to 3400°F
24 DIN U −200.0 to +400.0°C −300 to +700°F
25 DIN L −100.0 to +800.0°C −150 to +1500°F
26 Gold iron
0.0K to 360.0K0 to 360K
chromel
Range
Handling Precautions
•
The accuracy varies according to
the range. The accuracy of the B
thermocouple is ±4.0%FS for a
range of 260°C or less, ±0.4%FS
for 260 to 800°C and ±0.2%FS for
800 to 1800°C.
The PV values under 20°C are not
shown. The accuracy of the No.15
(sensor type R) or No.16 (sensor type
S) is ±0.2%FS for a range of 100°C or less, and ±0.15%FS for 100 to 1600°C.
The accuracy of the No.23 (sensor type PR40-20) is ±2.5%FS for 0 to of
300°C, and ±1.5%FS for 300 to 800°C, ±0.5%FS for 800 to of 1900°C.
The accuracy of the No.26 (sensor type gold iron chromel) is ±1.5K.
The accuracy of the No. 55 to 62 and 81 are ±0.15%FS ±1digit for each
para
key.Press the
key.Press the
ranges. The accuracy of the No.19 (sensor type PLII) in the range of 0 to
32°F does not meet the indication accuracy.
•
The ranges with a decimal point show figures under decimal point.
•
Make sure to set the correct number in setup display C01, according to
the type and range of the sensor used. If the setting is wrong, problems
such as large temperature errors in the output may occur.
para
key.Press the
key.Press the
ALARM CODE TABLE
This table shows the alarm display and measures for the abnormal operation of this controller.
(under range)
MFB input failureMotor line break, incorrect wiringChecking wiring or conrm
Motor adjustment failure M otor line break, incorrect wiring,
CT input failure
(over-range)
(CT input 1 or 2, or both)
A/D conversion failure Defective A/D converterReplace unit.
Parameter failurePower turned OFF during xing data
Adjustment data
Parameter failure *
Adjustment data failure *
ROM failureROM (memory) errorRe -start the system.
Sensor line break, incorrect wiring,
incorrect PV range type setting
(thermocouple).
1
Sensor line break, incorrect wiring,
incorrect RSP range setting
1
motor power supply failure.
2
rent exceeding the upper limit of
A cur
the display range was measured. The
number of CT turns or the number of
CT power wire loops is incorrectly set,
or wiring is incorrect.
Data corrupted due to noise, etc.
Data corrupted due to noise, etc.
2
Range
the decimal point
position can be
changed variably in
a range of −1999 to
+9999.
Checking wiring or reset PV
range type.
Checking the ambient
temperature.
Checking wiring or reset RSP
range code.
the MFB input.
Checking wiring, conrm the
motor power supply, reset.
Use a CT with the correct
number of turns for the dis
play range, reset the number
of CT turns, reset the number
of CT power wire loops,
and/or check the wiring.
Re-start the system.
Reset data or replace unit.
(AL95/97: setting data,
AL96/98: tuning data)
Replace unit.
-
MAINTENANCE
Cleaning:
Parts replacement: Do not replace the parts.
Fuse replacement: On AC models, when replacing the fuse for the power, make sure
E3
When wiping out the SDC35/36, use the soft and dried cloth. Do not
use a detergent or an organic solvent like thinner or benzene.
that the replacement fuse complies with applicable standards. Use a
time lag fuse (T) compliant with IEC127 and rated at 250V, 0.5A.
Page 12
MODEL SELECTION TABLE
Basic
Mounting Control
model
No.
C3548 × 96 size model
C3696 × 96 size model
*1 Can not be selected for DC model.
*2 For SSR drive
*3 A current transformer is sold separately.
*4 When the control output is R1, the current
transformer input is not applied. MFB input
is applied.
Digital input: 4 points
Current transformer input: 2 points
Digital input: 4 points, RS-485 communication
Digital input: 2 points, RSP input
Digital input: 2 points, RSP input, RS-485
communication
0No additional treatment
DInspection certificate provided
Y
Complying with the traceability certification
0
None
A UL-marked product
SPECIFICATIONS
z PV input
Thermocouple:
Resistance temperature detector (RTD):
DC voltage:
DC current:
Sampling cycle:
Indication accuracy:
Cold junction compensation accuracy:
Cold junction compensation method:
Allowable input:
z Digital input
Number of inputs:2 or 4 points
Input type:
Allowable ON contact resistance:
Allowable OFF contact resistance:
Allowable ON residual voltage:
Terminal current (ON):
Minimum hold time:
z Current transformer input
Number of inputs:
Input object:
Current measurement lower limit:
Current measurement upper limit:
Allowable measured current:
Display range lower limit:
Display range upper limit:
Display accuracy:
K, J, E, T, R, S, B, N (JIS C1602-1995)
PL II (Engelhard Industries Data (ITS90))
WRe5-26 (ASTM E988-96(Reapproved 2002))
Ni-Ni·Mo (ASTM E1751-00)
PR40-20 (Johnson Matthey Data)
DIN U, DIN L (DIN 43710-1985)
Gold iron chromel (Hayashidenko Data)
Pt100 (JIS C1604-1997), JPt100 (JIS C1604-1989)
0 to 10mV, −10 to +10mV, 0 to 100mV,
0 to 1V, 1 to 5V, 0 to 5V, 0 to 10V
0 to 20mA, 4 to 20mA
100ms
±0.1%FS±1digit, ±0.2%FS±1digit for a negative
area of the thermocouple (at ambient temperature
23±2°C)
±0.5°C (at ambient temperature 23±2°C)
±1.0°C (at ambient temperature 15 to 35°C)
±1.5°C (
at ambient temperature 0 to 15°C or 35 to 50°C)
The compensation in the controller or the compensation at the outside of the controller (0°C only)
can be selected.
−0.5 to +12V (thermocouple, RTD, DC voltage)
30mA max or 4V max (DC current)
More than the allowable input voltage or current
may damage this device.
Dry contact or open collector
Max. 250Ω
Min. 100kΩ
Max. 1.0V
Approx. 7.5mA (in case of short circuit).
Approx. 5.0mA
200ms or more
2 points
Current transformer with 100 to 4,000 turns
(availability is by 100-turn units)
0.4A AC (800 turns, 1 time)
Formula; Number of turns ÷ (2000 × number of
power wire loops)
50.0A AC (800 turns, 1 time)
Formula; Number of turns ÷ (16 × number of
power wire loops)
70.0A AC (800 turns, 1 time)
Formula; Number of turns ÷ (16 × number of
power wire loops) × 1.4
0.0A AC
70.0A AC (800 turns, 1 time)
Formula; Number of turns ÷ (16 × number of
power wire loops) × 1.4
±5%FS
(in case of contact resistance 250Ω)
Specifications
None (relay output for
control output 1: N.C.)
Relay contact output for
motor drive CLOSE side
2
2
2
2
Voltage pulse output*
—
Current output
Voltage output
Display resolution:
0.1A AC
z Motor feedback potentiometer input (R1 model)
Allowable resistance:
Detection of line break:
100 to 2500Ω
Displays AL07.
z RSP input
Input type:
Sampling cycle:
Indication accuracy:
Operation at input break:
linear 0 to 20mA/4 to 20mA or linear 0 to 5V/1 to
5V/0 to 10V
100ms
±0.1%FS±1digit (at ambient temperature 23±2°C)
Downscale + AL06
z Control Output
• Relay output
Contact rating:
2
Life:
Min. switching specifications:
Min. open time/close times:
• Motor relay output (model R1)
Contact type:
Contact rating:
Life:
Minimum requirements for switching:
• Voltage pulse output (for SSR drive)
Open circuit voltage:
Internal resistance:
Allowable current:
Min OFF time/ON time:
• Current output
Output type:
Allowable load resistance:
Output accuracy:
• Voltage output
Output type:
Allowable load resistance:
Output accuracy:
Control output 1: N.O. contacts,
250VAC/30VDC, 3A (resistive load)
Control output 2: N.C. contacts,
250VAC/30VDC, 1A (resistive load)
N.O. contacts, 50,000 cycles min.
N.C. contacts, 100,000 cycles min.
5V, 100mA
250ms
1c (2 circuits: a contacts only)
250VAC, 8A (resistive load)
250VAC, 2A (cos φ = 0.4)
24VDC, 2.5A (L/R = 0.7ms)
At least 120,000 cycles (at the rated resistive load)
At least 100,000 cycles (at the rated inductive load)
24VDC, 40mA
19VDC±15%
82Ω±0.5%
Max. 24mA DC (a higher current might cause output circuit failure)
1ms when the time proportional cycle time is less
than 10s.
250ms when the time proportional cycle time is
more than 10s.
0 to 20mA DC or 4 to 20mA DC
Max. 600Ω
±0.1%FS (at ambient temperature 23±2°C)
±1%FS at 0 to 1mA
0 to 5VDC/1 to 5VDC or 0 to 10VDC
Min. 1000Ω
±0.1%FS (at ambient temperature 23±2°C)
±1%FS at 0 to 0.05V
z Auxiliary output
• Current output
Output type:
Allowable load resistance:
Output accuracy:
• Voltage output
Output type:
Allowable load resistance:
Output accuracy:
0 to 20mA DC or 4 to 20mA DC
Max. 600Ω
±0.1%FS (at ambient temperature 23±2°C)
±1%FS at 0 to 1mA
0 to 5VDC/1 to 5VDC or 0 to 10VDC
Min. 1000Ω
±0.1%FS (at ambient temperature 23±2°C)
±1%FS at 0 to 0.05V
z Event relay outputs (ev1 to ev3)
Output rating:
Life:
Min. switching specification:
• Transport conditions
Ambient temperature:
Ambient humidity:
0 to 50°C (Gang-mounting: 0 to 40°C)
10 to 90%RH (non-condensing)
AC model 100 to 240VAC, 50/60Hz
DC model 24VAC 50/60Hz, 24VDC
AC model 85 to 264VAC, 50/60±2Hz
DC model 21.6 to 26.4VAC 50/60±2Hz, 21.6 to 26.4VDC
Max. 12VA for AC model
Max. 12VA for DC model at 24VAC
Max. 8W for DC model at 24VDC
Max. 20ms (AC model)
No power failure allowed (DC model)
2000m or less
0.4 to 0.6N·m
EN61010-1,
EN61326-1 (For use in industrial locations)
During EMC testing, the reading or output may
fluctuate by ±10%FS.
Category II (IEC60364-4-443, IEC60664-1)
Pollution degree 2
AT progress display
(1st digit = Numeric value
at right end digit)
CT (Current transformer)
current value 1
CT (Current transformer)
current value 2
Internal event 1 main
setting
Internal event 1 subsetting
Timer remaining time 1 Setting is disabled.
Internal event 2 main
setting
Internal event 2 subsetting
Timer remaining time 2 Setting is disabled.
Internal event 3 main
setting
Internal event 3 subsetting
Timer remaining time 3 Setting is disabled.
DisplayItemContentsInitial
AUTO/MANUAL mode
selection
RUN/READY mode
selection
LSP/RSP mode selection
AT Stop/Start selection
Release all DO latches
Communication DI 1
DisplayItemContentsInitial
RSPSetting is disabled.—0
PID group No.1 to 811
SP of LSP1 group to SP of
LSP8 group
PID group No. (for LSP1
to 8)
Ramp (for LSP1 to 8)0 to 9999 ( The decimal point position is
to
Time (for LSP1 to 8)0.0 to 999.9 (when step operation time unit is
SP low limit (C07) to SP high limit (C08)
1 to LSP system group (C30 Max. 8)
Setting is disabled.
Upper display: The distinction by step No., rampup, ramp-down or soak is displayed at the side
location of “St.”.
Lower display: Displayed by the unit (either
one of 0.1s, min.s, or h.min) based on the step
operation time unit (C33).
–10.0 to +110.0%
Setting is disabled in AUTO mode.
(Numeric value does not flash.)
Setting is enabled in MANUAL mode.
(Numeric value flashes.)
Setting is disabled
–10.0 to +110.0%
Setting is disabled.
–10.0 to +110.0%
For estimation, displayed by flashing in 0.1 to
100.0%.
Setting is disabled.
Except for 0: During execution of AT
(Value is decreased.)
0: Completion of AT
Setting is disabled.—0
Setting is disabled.—0
Setting range is different depending on the
internal event operation type.
–1999 to +9999U: Except below.
0 to 9999U: Setting value is an absolute value.
–199.9 to +999.9%: For MV.
Upper display: The distinction by ON delay or OFF
delay is displayed at the side location of “t1.”.
Lower display: Displayed by the unit (either one
of 0.1s, s, or min) based on the internal event 1
delay time unit (E1. the 3rd digit of C3).
Setting range is different depending on the
internal event operation type.
–1999 to +9999U: Except below.
0 to 9999U: Setting value is an absolute value.
–199.9 to +999.9%: For MV.
Upper display: The distinction by ON delay or OFF
delay is displayed at the side location of “t2.”.
Lower display: Displayed by the unit (either one
of 0.1s, s, or min) based on the internal event 2
delay time unit (E2. the 3rd digit of C3).
Setting range is different depending on the
internal event operation type.
–1999 to +9999U: Except below.
0 to 9999U: Setting value is an absolute value.
–199.9 to +999.9%: For MV.
Upper display: The distinction by ON delay or OFF
delay is displayed at the side location of “t3.”.
Lower display: Displayed by the unit (either one
of 0.1s, s, or min) based on the internal event 3
delay time unit (E3. the 3rd digit of C3).
AUTO: AUTO mode
MAN: MANUAL mode
RUN: RUN mode
RDY: READY mode
LSP: LSP mode
RSP: RSP mode
At.OF: AT Stop
At.ON: AT Start
Lt.ON: Latch continue
Lt.OF: Latch release
dI .OF: OFF
dI .On: ON
SP low limit (C07) to SP high limit (C08)
1 to 811
determined by the PV decimal point position and
the SP ramp unit.)
0.1s.)
0 to 9999 (when step operation time unit is 1s
or 1min.)
value
00
10
—0
—0
—0
—0
—0
—0
00
00
—0
00
00
—0
00
00
—0
value
AUTO 0
RUN0
LSP0
AT Stop 0
Latch
continue
OFF0
value
00
01
01
User
level
User
level
User
level
The “User level” column in the tables below is the minimum level (set in C79)
required to view the item.
0: Item is visible at user levels 0, 1, and 2
1: Item is visible at user levels 1 and 2
2: Item is visible at user level 2 only
The default user level settings vary depending on the model number.
Event bank: Ev
DisplayItemContentsInitial
E 1 to E8
E 1.Sb to
E8.Sb
E 1.Hy to
E8.Hy
E 1.On to
E8.On
E 1.OF to
E8.OF
Internal event 1 to 8,
main setting
Internal event 1 to 8,
sub-setting
Internal event 1 to 8,
hysteresis
Internal event 1 to 8,
ON delay
Internal event 1 to 8,
OFF delay
–1999 to +9999
The decimal point position varies by meeting the
internal event operation type.
0 to 9999 for some operation type.
0 to 9999
The decimal point position varies by meeting the
internal event operation type.
0.0 to 999.9 (For the delay time unit 0.1s)
0 to 9999 (Except for the delay time unit 0.1s)
0 to 9999s or 0.0 to 999.9s (0: No integral control
action)
0 to 9999s or 0.0 to 999.9s (0: No derivative
control action)
–10.0 to +110.0%50.00
–10.0 to +110.0%0.01
–10.0 to +110.0%100.0 1
0.1 to 999.9%5.00
0 to 9999s or 0.0 to 999.9s (0: No integral control
action)
0 to 9999s or 0.0 to 999.9s (0: No derivative
control action)
–10.0 to +110.0%0.01
–10.0 to +110.0%100.0 1
value
1200
300
1200
300
User
level
Parameter bank: PAra
DisplayItemContentsInitial
CtrL
At.OL
At.OH
dI FF
OFFS
FL
rA
bI
FL2
rA2
bI 2
CyU
Cy
CyU2
Cy2
tP.ty
OUtL
SPU
SPd
0
*1. When the output includes the relay output. *2. When the output does not include the relay output.
At.ty
JF.bd
SP.LG
At-P
At-I
At-d
Ctr.A
JF.Ov
* Position proportional control (R1) model: 0.00, Non position proportional control model: 1.00
E5
Control method0: ON/OFF control
MV low limit at AT–10.0 to +110.0%0.00
MV high limit at AT–10.0 to +110.0%100.0 0
ON/OFF control
differential
ON/OFF control operating
point offset
PV filter0.0 to 120.0s0.00
PV ratio0.001 to 9.9991.000 1
PV bias–1999 to +9999U00
RSP filter0.0 to 120.0s0.01
RSP ratio0.001 to 9.9991.0001
RSP bias–1999 to +9999U01
Time proportional cycle
unit 1
Time proportional cycle1 5 to 120s*
Time proportional cycle
unit 2
Time proportional cycle 2 5 to 120s*
Time proportional
operation type
MV variation limit0.0 to 999.9%/s (0.0: No limit)0.02
SP ramp-up0.0 to 999.9U (0.0: No ramp)0.02
SP ramp-down0.02
1: PID fixed
0 to 9999U50
–1999 to 9999U02
0: 1s unit
1: 0.5s fixed (Cycle time is disabled.)
2: 0.25s fixed (Cycle time is disabled.)
3: 0.1s fixed (Cycle time is disabled.)
1
2
1 to 120s*
0: 1s unit
1: 0.5s fixed (Cycle time is disabled.)
2: 0.25s fixed (Cycle time is disabled.)
3: 0.1s fixed (Cycle time is disabled.)
1
2
1 to 120s*
0: Controllability aiming type
1: Actuator life aiming type (Only one ON/OFF
operation within time proportional cycle time)
Extension tuning bank: Et
DisplayItemContentsInitial
AT type0: Normal (Standard control characteristics)
Just-FiTTER setting band 0.00 to 10.000.302
SP lag constant0.0 to 999.90.02
AT proportional band
tuning factor
AT integration time
tuning factor
AT derivative time tuning
factor
Control algorithm0: PID (conventional PID)
Just-FiTTER overshoot
suppression factor
1: Immediate response (Control characteristics
immediately responding to the external
disturbance.)
2: Stable (Control characteristics with less up/
down function of PV)
0.00 to 99.991.002
0.00 to 99.991.002
0.00 to 99.991.00 or
1: RationaLOOP (high performance type)
0 to 10001
value
0 or 1 0
02
10 or 2 0
02
10 or 2 0
0 or 1 2
value
00
0.00 *
01
User
level
User
level
2
Page 14
Zone bank: ZOne
DisplayItemContentsInitial
ZN- 1
ZN-2
ZN-3
ZN-4
ZN-5
ZN-6
ZN-7
ZN.df
Zone 1–1999 to +9999U9999U 2 Displayed when the
Zone 29999U 2
Zone 39999U 2
Zone 49999U 2
Zone 59999U 2
Zone 69999U 2
Zone 79999U 2
Zone hysteresis0 to 99995U2
value
User
level
zone PID operation is
used (C24≠0).
Remarks
[List of Setup Setting Displays]
Setup bank: StUP
DisplayItemContentsInitial
PV input range typeThermocouple: 1 to 26
C0 1
Temperature unit0: Centigrade (°C)
C02
Cold junction compensation0: Cold junction compensation is performed.
C03
Decimal point position0: No decimal point
C04
PV range low limitWhen the PV input range type is thermocouple
C05
PV range high limitWhen the PV input range type is thermocouple
C06
SP low limitPV input range low limit to PV input range
C07
SP high limit1000 1
C08
Square root extraction dropout0.0 to 100.0% (0.0: No square root extraction)0.02
C09
RSP range type0: 4 to 20mA
C10
RSP range low limit–1999 to +9999U00
C1 1
RSP range high limit1000 0
C12
PID calculation adjustment
C13
function
Control action (direct/reverse)0: Heat control (reverse action)
C14
Selection of MV at PV alarm
C15
occurrence
MV at PV alarm occurrence–10.0 to +110.0%0.02
C16
MV at READY (at heat-side for heat/
C17
cool control)
MV at READY (at cool-side)–10.0 to +110.0%0.01
C18
Operation at MANUAL change0: Bump-less
C19
Preset MANUAL value–10.0 to +110.0% (Used even at MANUAL mode
C20
PID operation initialization
C2 1
function selection
PID operation initial MV–10.0 to +110.0%0.0 or
C22
Control parameter decimal point 0: No decimal point
C23
Zone PID action selection0: Disabled
C24
Heat/cool control selection0: Disabled
C26
Heal/cool selection0: Normal
C27
Dead zone–100.0 to +100.0%0.0 0
C28
Heal/cool control selection point –10.0 to +110.0%50.0 2
C29
LSP setting system1 to 810
C30
SP ramp type0: Standard
C3 1
SP ramp unit0: 0.1U/s
C32
Step operation time unit0: 0.1s
C33
Step operation PV start0: None
C34
Step operation loop0: Stop (Not looped.)
C35
CT1 operation type0: Heater burnout detection
C36
CT1 output0: Control output 1
C37
CT1 measurement wait time30 to 300ms300
C38
RTD: 41 to 68
DC current/voltage: 81 to 84, 86 to 90
1: Fahrenheit (°F)
(Internal)
1: Cold junction compensation is not performed.
(External)
1: One digit after decimal point
2: Two digits after decimal point
3: Three digits after decimal point
(Select “0” or“1” for the thermocouple/RTD
range with decimal point)
or RTD, the setting is disabled although range
low limit is displayed.
–1999 to +9999U when the PV input range type
is DC voltage/current.
or RTD, the setting is disabled although range
high limit is displayed.
–1999 to +9999U when the PV input range type
is DC voltage/current.
high limit
1: 0 to 20mA
2: 0 to 5V
3: 1 to 5V
4: 0 to 10V
0: Enabled
1: Disabled
1: Cool control (direct action)
0: Control operation is continued.
1: MV at PV alarm occurrence is outputted.
–10.0 to +110.0%0.01
1: Preset
when power is ON.)
0: Automatic
1: Not initialized
2: Initialized (when SP value different from
current value is inputted.)
2: One digit after decimal point (Decimal point
of integration time or derivative time)
1: Selection by SP
2: Selection by PV
1: Enabled
1: Energy saving
1: Multi-ramp
2: Step operation. Step is stopped when power
is re-supplied. (READY)
3: Step operation. Step is recovered when power
is re-supplied.
1: 0.1U/min
2: 0.1U/h
1: 1s (Displayed in min.s in console.)
2: 1min (Displayed in h.min in console.)
Control output 1 scaling low limit –1999 to +9999 (The decimal point position
C44
Control output 1 scaling high limit100.0 0
C45
Control output 1 MV scalable
C46
bandwidth
Control output 2 rangeSame as control output 1.10
C47
Control output 2 type30
C48
Control output 2 scaling low limit –1999 to +9999 (The decimal point position
C49
Control output 2 scaling high limit1000 0
C50
Control output 2 MV scalable
C5 1
bandwidth
Auxiliary output rangeSame as control output 110
C52
Auxiliary output type30
C53
Auxiliary output scaling low limit –1999 to +9999 (The decimal point position
C54
Auxiliary output scaling high limit1000 0
C55
Auxiliary output MV scalable
C56
bandwidth
Position proportional control
C57
method selection
Position proportional control
C58
dead zone
Position proportional control
C59
long life
Position proportional control
C60
tuning
Position proportional fullclose
C6 1
tuning value
Position proportional fullopen
C62
tuning value
Position proportional fullopen time 5.0 to 240.0s30.0 0
C63
Communication type0: CPL
C64
Station address0 to 127 (Communication is disabled when
C65
Transmission speed0: 4800bps
C66
1
Data format (data length)0: 7bit
C67
Data format (parity)0: Even parity
C68
2
E6
Data format (stop bits)0: 1bit
C69
Communication minimum
C70
response time
Key operation type0: Standard type
C7 1
mode key function0: Invalid
C72
Mode display setupWhether the mode bank setup display is
C73
PV/SP value display setupWhether the basic display is enabled or disabled
C74
* When C57 is set to “0” or “1”, set C60 to “1” and be sure to execute the position proportional control tuning.
1: 4 to 20mA
2: 0 to 20mA
Continuous voltage output:
1: 1 to 5V
2: 0 to 5V
3: 0 to 10V
1: Heat MV (for heat/cool control)
2: Cool MV (for heat/cool control)
3: PV
4: PV before ratio bias filter
5: SP
6: Deviation (PV-SP)
7: CT1 current value
8: CT2 current value
9: MFB (Including estimation MFB)
10: SP+MV
11: PV+MV
and unit may vary depending on the control
output 1 type.)
0 to 9999 (Available when control output 1 type
is 10 or 11.)
and unit may vary depending on the control
output 2 type.)
0 to 9999 (Available when control output 2 type
is 10 or 11.)
and unit may vary depending on the auxiliary
output type.)
0 to 9999 (Available when auxiliary output type
is 10 or 11.)
0: MFB control + estimated position control*
1: MFB control*
2: Estimated position control (MFB disabled)
3: Estimated position control (MFB disabled) +
position adjustment at power supply ON
0.5 to 25.0%10.0 0
0: Controllability aiming type
1: Potentiometer life aiming type
0: Stop
1: Start
0 to 99991000 0
0 to 99993000 0
1: Modbus/ASCII format
2: Modbus/RTU format
“0” is set.)
1: 9600bps
2: 19200bps
3: 38400bps
1: 8bit
1: Odd parity
2: No parity
1: 2bits
1 to 250ms32
1: Special type
1: AUTO/MANUAL selection
2: RUN/READY selection
3: AT Stop/Start
4: LSP group selection
5: Release of all DO latches
6: LSP/RSP selection
7: Communication DI1 selection
8: Invalid
enabled or disabled is determined by the sum of
the following weighting:
Bit 0: AUTO/MANUAL display
0: Disabled, +1: Enabled
Bit 1: RUN/READY display
0: Disabled, +2: Enabled
Bit 2: LSP/RSP display
0: Disabled, +4: Enabled
Bit 3: AT stop/start display
0: Disabled, +8: Enabled
Bit 4: DO latch release
0: Disabled, +16: Enabled
Bit 5: Communication DI1 ON/OFF display
0: Disabled, +32: Enabled
Other invalid setup: 0, +64, +128
is determined by the sum of the following
weighting:
Bit 0: PV display
0: Disabled, +1: Enabled
Bit 1: SP display
0: Disabled, +2: Enabled
Bit 2: LSP group No. display
0: Disabled, +4: Enabled
Other invalid setup: 0, +8
value
10
00
0.00
200.0 0
00
200.0 0
00
200 0
00
10
00
00
00
20
10
00
00
02
10
255 1
151
User
level
Page 15
DisplayItemContentsInitial
MV display setupWhether the basic display is enabled or disabled
C75
Event setting value display setup 0: In the operation display mode, the internal
C76
Event remaining time display setup 0: In the operation display mode, the ON/OFF
C77
CT input current value display
C78
setup
User level0: Basic configuration
C79
LED monitor0: Disabled
C80
MS indicating lamp
C8 1
ON condition
(1st priority)
MS indicating lamp
C82
ON status (1st priority)
MS indicating lamp ON condition
C83
(2nd priority)
MS indicating lamp ON status (2nd
C84
priority)
MS indicating lamp ON condition
C85
(3rd priority)
MS indicating lamp ON status (3rd
C86
priority)
MS indicating lamp deviation
C87
range
Special function0 to 15 (0 at power supply ON.)02
C88
Zener barrier adjustmentRewriting by adjustment is enabled.
C89
Number of CT1 turns0: 800 turns
C90
Number of CT1 power wire loops 0: 1 time
C9 1
Number of CT2 turns0: 800 turns
C92
Number of CT2 power wire loops 0: 1 time
C93
PV input failure (under range) type 0: –10%FS
C97
is determined by the sum of the following
weighting:
Bit 0: MV display
0: Disabled, +1: Enabled
Bit 1: Heat MV/cool MV display
0: Disabled, +2: Enabled
Bit 2: MFB display
0: Disabled, +4: Enabled
Bit 3: AT progress display
0: Disabled, +8: Enabled
event setting value is not displayed.
1: In the operation display mode, the internal
event 1 setting value is displayed.
2: In the operation display mode, the internal
event 1 to 2 setting value is displayed.
3: In the operation display mode, the internal
event 1 to 3 setting value is displayed.
delay remaining time of the internal event is
not displayed.
1: In the operation display mode, the ON/OFF
delay remaining time of the internal event 1
is displayed.
2: In the operation display mode, the ON/OFF
delay remaining time of the internal event 1
to 2 is displayed.
3: In the operation display mode, the ON/OFF
delay remaining time of the internal event 1
to 3 is displayed.
0: In the operation display mode, the CT current
value is not displayed.
1: In the operation display mode, the CT1
current value is displayed.
2: In the operation display mode, CT1, CT2
current value are displayed.
1: Standard configuration
2: High function configuration
1: Flashing at RS-485 communication signal
transmission
2: Flashing at RS-485 communication signal
receiving
3: OR (logical sum) of all DI status
4: Flashing at READY
0: Normally open (Normally OFF=0)
1: Normally close (Normally ON=1)
2 to 9: Internal event 1 to 8
10 to 13: Undefined
14: MV1 (ON/OFF, time proportional 1, heat-side,
OPEN-side output)
15: MV2 (time proportional 2, cool-side, CLOSE-
side output)
16, 17: Undefined
18 to 21: DI1 to DI4
22 to 25: Undefined
26 to 30: Internal contact 1 to 5
31 to 33: Undefined
34 to 37: Communication DI1 to DI4
38: MANUAL
39: READY
40: RSP
41: AT
42: During ramp
43: Undefined
44: Alarm
45: PV alarm
46: Undefined
47: Mode key function selection status
48: Event output 1 status
49: Control output 1 status
0: Lit
1: Slow flashing
2: 2 times flashing
3: Fast flashing
4: Left → Right
5: Right → Lef t
6: Right to left going and returning
7: Deviation OK
8: Deviation graph
9: MV graph
10: Heat-side MV graph
11: Cool-side MV graph
12: MFB graph
13: DI monitor
14: Internal contact monitor
15: Internal event monitor
Same as MS indicating lamp ON condition (1st
priority)
Same as MS indicating lamp ON status (1st
priority)
Same as MS indicating lamp ON condition (1st
priority)
Same as MS indicating lamp ON status (1st
priority)
0 to 9999U52
Numerical value inputting manually is disabled
1 to 40: Setting value multiplied by one hundred
becomes number of winding.
1 to 6: Number of times
1 to 40: Setting value multiplied by one hundred
becomes number of winding.
1 to 6: Number of times
1: –5mV(This setting is applicable if C0 1 (PV
input range type) is set for sensor type B (No.
17) or PR40-20 (No. 23))
value
151
01
01
01
10
02
392
12
442
62
12
92
0.00 2
82
12
82
12
00
User
level
Event configuration bank: EvCF
DisplayItemContentsInitial
E 1.C 1 to
E8.C 1
E 1.C2 t o
E8.C2
E 1.C3 t o
E8.C3
Operation type of internal
event 1 to 8
Configuration 1
Operation type
Internal event 1 to 8
Configuration 2
1st digit: Direct/Reverse 0: Direct
2nd digit: Stand-by0: None
3rd digit: EVENT state at
READY
4th digit: Undefined00
Internal event 1 to 8
Configuration 3
1st digit: Alarm OR0: No event
Digits are called as 1st digit, 2nd digit, 3rd digit
and 4th digit from the right end digit.
1: Reverse
1: Standby
2: Standby + Standby at SP change
0: Continue
1: Forced OFF
Digits are called as 1st digit, 2nd digit, 3rd digit
and 4th digit from the right end digit.
1: Alarm direct + OR operation
2: Alarm direct + AND operation
3: Alarm reverse + OR operation
4: Alarm reverse + AND operation
1: Event OFF at the event setting value (main)=0
1: 1s
2: 1min
DI assignment bank: dI
DisplayItemContentsInitial
E7
dI 1. 1 t o
dI 5. 1
dI 1.2 to
dI 5.2
dI 1.3 to
dI 5.3
dI 1.4 to
dI 5.4
dI 1.5 to
dI 5.5
dI 1.6 to
dI 5.6
Internal contact 1 to 5
Operation type
Internal contact 1 to 5
Input bit operation
Internal contact 1 to 5
Input assignment A
Internal contact 1 to 5
Input assignment B
Internal contact 1 to 5
Input assignment C
Internal contact 1 to 5
Input assignment D
0: No function
1: LSP group selection (0/+1)
2: LSP group selection (0/+2)
3: LSP group selection (0/+4)
4: PID group selection (0/+1)
5: PID group selection (0/+2)
6: PID group selection (0/+4)
7: RUN/READY selection
8: AUTO/MANUAL selection
9: LSP/RSP selection
10: AT Stop/Start
11: Invalid
12: Control action direct/reverse selection
(As per setting/opposite operation of setting)
13: SP ramp Enabled/Disabled
14: PV Hold (No-hold/Hold)
15: PV maximum value hold (No-hold/Hold)
16: PV minimum value hold (No-hold/Hold)
17: Timer Stop/Start
18: Release of all DO latches (Continue/Release)
19: Advance (No advance/Advance)
20: Step hold (No hold/Hold)
0: Disabled. (Input of default)
1: Function 1 ((A and B) or (C and D))
2: Function 2 ((A or B) and (C or D))
3: Function 3 (A or B or C or D)
4: Function 4 (A and B and C and D)
0: Normally open (OFF, 0)
1: Normally close (ON, 1)
2: DI1
3: DI2
4: DI3
5: DI4
6 to 9: Undefined
10: Internal event 1
11: Internal event 2
12: Internal event 3
13: Internal event 4
14: Internal event 5
15: Internal event 6
16: Internal event 7
17: Internal event 8
18: Communication DI1
19: Communication DI2
20: Communication DI3
21: Communication DI4
22: MANUAL mode
23: READY mode
24: RSP mode
25: During AT execution
26: During SP ramp
27: Undefined
28: Alarm is enabled.
29: PV alarm is enabled.
30: Undefined
31: Mode key function selection status
32: Event output 1 status
33: Control output 1 status
value
00
00000
0
0
0
00002
0
0
0
value
00
02
2 to 5
or 0
02
02
02
User
level
User
level
2
Page 16
DisplayItemContentsInitial
dI 1.7 to
dI 5.7
dI 1.8 to
dI 5.8
dI 1.9 to
dI 5.9
*1. Polarity of input assignment A *2. Polarity of input assignment B *3. Polarity of input assignment C
*4. Polarity of input assignment D
Internal contact 1 to 5
Polarity A to D
1st digit: Polarity A*
2nd digit: Polarity B*
3rd digit: Polarity C*
4th digit: Polarity D*
Internal contact 1 to 5
Polarity
Internal contact 1 to 5
Internal event
No. assignment
Digits are called as 1st digit, 2nd digit, 3rd digit
and 4th digit from the right end digit.
1
0: Direct
2
1: Reverse
3
4
0: Direct
1: Reverse
0: Every internal event
1 to 8: Internal event numbers
value
00002
0
0
0
0
02
02
Do assignment bank: dO
DisplayItemContentsInitial
Ot 1. 1 to
Ot2. 1
Ev 1. 1
Ev3. 1
Ot 1.2 to
Ot2.2
Ev 1.2
Ev3.2
Ot 1.3 to
Ot2.3
Ev 1.3
Ev3.3
Ot 1.4 to
Ot2.4
Ev 1.4
Ev3.4
Ot 1.5 to
Ot2.5
Ev 1.5
Ev3.5
Ot 1.6 to
Ot2.6
Ev 1.6
Ev3.6
Ot 1.7 to
Ot2.7
Ev 1.7
Ev3.7
Ot 1.8 to
Ot2.8
Ev 1.8
Ev3.8
Control output 1 to 2,
event output 1 to 3
Operation type
to
Control output 1 to 2,
event output 1 to 3
Output assignment A
to
Control output 1 to 2,
event output 1 to 3
Output assignment B
to
Control output 1 to 2,
event output 1 to 3
Output assignment C
to
Control output 1 to 2,
event output 1 to 3
Output assignment D
to
Control output 1 to 2,
event output 1 to 3
Polarity A to D
to
1st digit: Polarity A0: Direct
2nd digit: Polarity B0
3rd digit: Polarity C0
4th digit: Polarity D0
Control output 1 to 2,
event output 1 to 3
Polarity
to
Control output 1 to 2,
event output 1 to 3 Latch
to
0: Input of default
1: MV1 (ON/OFF control output, time
proportional output, heat-side proportional
output of heat/cool control)
2: MV2 (cool-side proportional output of heat/
cool control)
3: Function 1 ((A and B) or (C and D))
4: Function 2 ((A or B) and (C or D))
5: Function 3 (A or B or C or D)
6: Function 4 (A and B and C and D)
0: Normally open (OFF, 0)
1: Normally close (ON, 1)
2: Internal event 1
3: Internal event 2
4: Internal event 3
5: Internal event 4
6: Internal event 5
7: Internal event 6
8: Internal event 7
9: Internal event 8
10 to 13: Undefined
14: MV1
15: MV2
16, 17: Undefined
18: DI1
19: DI2
20: DI3
21: DI4
22 to 25: Undefined
26: Internal contact 1
27: Internal contact 2
28: Internal contact 3
29: Internal contact 4
30: Internal contact 5
31 to 33: Undefined
34: Communication DI1
35: Communication DI2
36: Communication DI3
37: Communication DI4
38: MANUAL mode
39: READY mode
40: RSP mode
41: During AT execution
42: During SP ramp
43: Undefined
44: Alarm is enabled.
45: PV alarm is enabled.
46: Undefined
47: Mode key function selection status
48: Event output 1 status
49: Control output 1 status
Digits are called as 1st digit, 2nd digit, 3rd digit
and 4th digit from the right end digit.
1: Reverse
0: Direct
1: Reverse
0: Disabled
1: Enabled (Latch at ON)
2: Enabled (Latch at OFF, except at the time of
initialization after power ON)
value
02
14, 15 or
2 to 4
02
02
02
00002
0
02
02
User function bank: UF
DisplayItemContentsInitial
UF- 1
UF-2
UF-3
UF-4
UF-5
UF-6
UF-7
UF-8
User function definition 1
User function definition 2
User function definition 3
User function definition 4
User function definition 5
User function definition 6
User function definition 7
User function definition 8
This is the display in upper display. The setup
exception is as follows:
----: Yet to be registered.
P-_ : Proportional band of the PID group in use
I -_ : Integration time of the PID group in use
d-_ : Derivative time of the PID group in use
rE-_ : Manual reset of the PID group in use
OL-_ : MV low limit of the PID group in use
OH-_ : MV high limit of the PID group in use
P-_ C: Cool-side propor tional band of the PID
group in use
I -_ C : Cool-side integration time of the PID
group in use
d-_ C: Cool-side derivative time of the PID
group in use
Ol._ C: Cool-side MV low limit of the PID group
in use
Oh._ C: Cool-side of MV high limit of the PID
group in use
value
- - - -1
- - - -1
- - - -1
- - - -1
- - - -1
- - - -1
- - - -1
- - - -1
User
level
User
level
User
level
Lock bank: LOC
DisplayItemContentsInitial
LOC
C.LOC
L.LOC
PASS
PS 1A
PS2A
PS 1b
PS2b
Key lock0: All settings are enabled.
Communication lock0: RS-485 communication read/write is enabled.
Loader lock0: Loader communication read/write is enabled.
Password display0 to 15
Password 1A0000 to FFFF (hexadecimal value)00000
Password 2A0000 to FFFF (hexadecimal value)00000
Password 1B0000 to FFFF (hexadecimal value)00000
Password 2B0000 to FFFF (hexadecimal value)00000
1: Mode, event, operation display, SP, UF, lock,
manual MV, and mode key can be set.
2: Operation display, SP, UF, lock, manual MV, and
mode key can be set.
3: UF, lock, manual MV, and mode key can be set.
1: RS-485 communication read/write is disabled.
1: Loader communication read/write is disabled.
5: Password 1A to 2B display
value
00
02
02
00
User
level
Instrument information bank: Id
DisplayItemContentsInitial
I d0 1
I d02
2
I d03
I d04
I d05
I d06
I d07
I d08
ROM ID2 fixed—2
ROM version 1XX. XX (2 digits after decimal point)—2
ROM version 2XX. XX (2 digits after decimal point)—2
SLP support information—2
EST support version—2
Manufacturing date code
(year)
Manufacturing date code
(month, day)
Serial No.—2
Year −2000
Ex.: “3” means the year 2003.
Month + Day ÷ 100
Ex.: “12.01” means the 1st day of December
This product is conducted the type approval tests in accordance with
Guideline for Type Approval Test of Electric and Electronic Products
2006 with CCS witness and passed.
However, not all SDC35/36 models are approved. For details, please
contact the azbil Group.
Specications are subject to change without notice.
1-12-2 Kawana, Fujisawa
Kanagawa 251-8522 Japan
1st edition: Sep. 2003
28th edition: Oct. 2018 (V )
E8
: https://www.azbil.com
URL
value
—2
—2
User
level
(10)
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