Thank you for purchasing an Azbil Corporation product.
This manual contains information for ensuring the correct use of this
product. It also provides necessary information for installation, maintenance, and troubleshooting.
This manual should be read by those who design and maintain equipment that uses this product.
Be sure to keep this manual nearby for handy reference.
Please read “Terms and Conditions” from the following URL before ordering and use.
http://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, PV range
type and main specifications only. See the separate manuals listed below for detailed handling procedures, setting methods, etc.
These manuals also contain information on using various functions. Please read
them as necessary.
•
SDC45/46Displays and Settings(CP-SP-1265E)
•
SDC45/46Installation and Configuration(CP-SP-1218E)
•
SDC45V/46V Computational Functions(CP-SP-1275E)
•
SLP-C45Smart Loader Package(CP-UM-5458E)
Manuals can be downloaded from http://www.azbil.com./
l Equipment ratings
AC models
Supply voltage: 100 to 240VAC (operating power supply voltage: 85
Frequency: 50/60Hz
Power consumption:
DC models
Supply voltage:
Power consumption:
l Operating conditions
Do not use this product in explosive atmospheres or near flammable fluids
or steam. Under such circumstances, safety will be impaired.
Operating temperature: 0 to 50°C
Operating humidity: 10 to 90% RH (without condensation)
Vibration: 2 m/s
Overvoltage category:
Pollution degree: 2
Installation location: Indoors
Elevation: 2000 m max.
Temporary overvoltage: supply voltage + 250 V
l Installation
Be sure to mount this product in a panel so that operators do not touch
the rear terminal block. With the exception of supply power and relay
contact output, the I/O common mode voltage to ground must be
30Vrms max., 42.4V peak max., 60VDC max.
l Standards compliance
EN61010-1, EN61326-1 (For use in industrial locations)
During EMC testing, the reading or output may fluctuate by ±10%FS.
Safety precautions are for ensuring safe and correct use of this product,
and for preventing injury to the operator and other people or damage
to property. You must observe these safety precautions. Also, be sure to
read and understand the contents of this user’s manual.
l 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.
UNPACKING
Check the following items when removing the SDC45/46 from its package:
Mounting bracket81405411-0042
Gasket
User's manualCP-UM-5445JE1This manual
Displays and SettingsCP-UM-54571Japanese
If there is any problem with your order, please contact your sales representative
immediately.
ItemPart No.Qty.Remarks
(for SDC45)
(for SDC46)
81421863-0011
81421864-0011
SAFETY REQUIREMENTS
To reduce risk of electric shock which could cause personal injury, follow all safety notices in this documentation.
This symbol warns the user of a potential shock hazard where hazardous live voltages may be accessible.
•
The use of this product in a manner not specified by the manufacturer will
impair its built-in safety features.
•
Do not replace any component or part not explicitly specified as replaceable
by your supplier.
•
All wiring should follow local regulations and be carried out by certified and
experienced personnel.
•
Be sure to mount a switch for shutoff of the main power to this unit within
reach of the operator.
•
For AC models, connect a slow-action fuse (type T) having a rated current of
1.0A and rated voltage of 250V to the power wiring on the non-grounded
side. (IEC127)
•
For DC models, connect a ClassII power supply unit to the AC power source.
WARNING
Before connecting the SDC45/46 to the measurement target or to
external control circuits, make sure that the frame ground (FG) terminal is properly grounded with an earth of less than 100Ω.
Incorrect wiring of the SDC45/46 can damage the SDC45/46 and
lead to other hazards. Check that the SDC45/46 has been correctly
wired before turning the power ON.
Before removing, mounting, or wiring the SDC45/46, be sure to
turn off the power to the SDC45/46 and all connected devices.
Failure to do so might cause electric shock.
Do not touch electrically charged parts such as the power terminals. Doing so might cause electric shock.
Do not disassemble the SDC45/46. Doing so might cause electric
shock or device failure.
CAUTION
Use the SDC45/46 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 device failure.
Wire the SDC45/46 properly using the specified types of wire and
following recognized installation methods. Failure to do so might
cause electric shock, fire or device failure.
Do not allow wire clippings, metal shavings or water to enter the
controller case. They might cause fire or device failure.
Firmly tighten the terminal screws to the torque listed in the specifications. Insufficient tightening of terminal screws might cause
electric shock or fire.
Do not use unused terminals on the SDC45/46 as relay terminals.
Doing so might cause electric shock, fire or device failure.
E1
CAUTION
96
11
96
11
50 min.
92
(48×N−4)
50 min.
(96×N−4)
+0.5
We recommend attaching the terminal cover (sold separately) after
wiring the SDC45/46. Failure to do so might cause electric shock.
Use the relays within the recommended service life.
Failure to do so might cause fire or device failure.
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 block ventilation holes. Doing so might cause fire or device
failure.
Do not operate the keys with a mechanical pencil or other sharptipped object. Doing so might cause device failure.
This device does not operate for 2 to 60seconds (depending on
the settings) after the power has been turned ON. Since, in the
same way, relay output from this device does not operate, take
sufficient care if relay output is used.
Dispose of the battery appropriately, following local regulations.
Be sure that the settings are correct for the sensor type.
If the settings are incorrect, the normal PV will not be measured
correctly. In that case a dangerous situation, such as a constant
100% control output, could occur.
■ Panel cutout dimensions
l SDC45 Unit: mm
Stand-alone mountingGang-mounting (SDC45A/V only)
+0.5
44
0
+0.5
0
92
50
min.
+0.5
0
l SDC46 Unit: mm
Stand-alone mountingGang-mounting (SDC46A/V only)
+0.5
92
0
+0.5
+0.5
0
92
50
min.
0
92
+0.5
0
0
MOUNTING
■ Location
Install the controller in a location that meets the following criteria:
•
Voltage to ground of 30Vrms max., 42.4 V peak max., and 60VDC max.
•
No high/low temperature/humidity.
•
Free from sulfide gas or corrosive gas.
•
Not dusty or sooty.
•
Protected from direct sunlight, wind, and rain.
•
Little mechanical vibration or shock.
•
Not close to high voltage line, welding machine or other electrical noise
generating source.
•
At least 15meters away from the high voltage ignition device for a boiler.
•
No strong magnetic fields.
•
No flammable liquid or gas.
•
Indoors
■ Mounting procedure
•
Mount horizontally so that the top surface is not tilted front-to-back more
than 10°up or down.
•
The mounting panel should be rigid and no more than 7mm thick (5mm
max. when a gasket is used).
Handling Precautions
•
When used as a waterproof unit, be sure to install a gasket.
■ External dimensions
l SDC45 Unit: mm
48
Gasket (accessory)
l SDC46 Unit: mm
96
Gasket (accessory)
Handling Precautions
•
To fasten this controller onto the panel, tighten the mounting bracket
screws until there is no play between the bracket and panel, and then
turn one more full turn. Excessively tightening the screws may deform
the controller case.
130
2
Mounting bracket (accessory)
2
M3 terminal screw
130
Mounting bracket (accessory)
M3 terminal screw
91.4
43.8
91.4
110
91.4
110
Handling Precautions
•
For waterproof or dustproof use, be sure to mount with the stand-alone
mounting method.
•
Mount the SDC45R/46R with the stand-alone mounting method only.
•
When three or more units are gang-mounted horizontally, the maximum
allowable ambient temperature is 40°C.
•
Provide a space of at least 50mm or more above and below the controller.
WIRING
Be sure to provide a switch within operator reach for shutting off the main
power supply to the controller. Also, for AC power supply models, the main supply wiring requires a time-lagged(T) fuse rated at 1.0A, 250V.
Add a switch and fuse to the wiring on the non-grounded side (IEC127).
For compliance with UL marking, use the following fuses.
Manufacturer: Littelfuse, Inc.
Part No.: 0215001 or 0477001
Rating: 250VAC, 1A
Symbols used on the wiring label on the controller side:
SymbolMeaning
AC power supply
DC power supply
Caution, danger of electric shock
Caution
Functional ground terminal (not a protective ground terminal)
Handling Precautions
•
Before wiring the SDC45/46, verify the controller’s model No. and terminal Nos. written on the label on the side. Inspect all wiring once wiring
work has been completed.
•
Use M3 crimp-type terminal lugs for wiring to terminals.
•
To connect 2 (max.) crimp terminals to the same terminal screw, bend
the crimp terminals beforehand.
•
Leave a distance of at least 50cm between I/O lead wires or communications lead wires and power lead wires. Also, do not pass these lead wires
through the same conduit or wiring duct.
•
Be careful not to allow any crimp-type terminal lugs to touch adjacent
terminals.
•
Make sure that devices and equipment connected to this device have
reinforced insulation or double insulation suitable for the maximum operating voltage of this device’s power supply, inputs, and outputs.
•
The controller requires 2 to 60seconds, depending on the settings,
to start up once the power is turned ON. A warm-up time of at least
30minutes is recommended to allow the controller to attain the specified accuracy.
•
If using a current transformer, pass a wire carrying current for the heater
through the transformer. To prevent damage to the controller, make sure
the amount of heater current is within the specifications.
•
The current transformer input cannot be used for phase control.
•
Do not wire in the same duct for the motor drive terminals and the MFB
input terminals and also do not use 6-core cable. Failure to follow the instruction might cause controller malfunction due to noise during motor
E2
startup operation.
■ Wiring
DA
DA
①
A
⑤
A
⑤
A
⑤
+
⑨
A
A
⑨
l SDC45 rear panel
A
C F
A (both SDC45 and 46)C (SDC45)C (SDC46)
DescriptionDescriptionDescription
(1)
(2)•Power supply
(1) AC power supply 100
to 240VAC
(2) DC power supply
24VDC (non polar)
(1)
(2)
1
•Output 1, Output 2
1
(OUT1/OUT2)
(1) Relay (1a1b)
2
2
(2) Relay (1a)
(1)(2)(3)•Output 3 (OUT3)
A (SDC46 Motor drive
relay model)
(1)
(1) Relay
(2) Triac
(3) Current, voltage pulse,
continuous voltage
(1)
(2)(3)•Output 4 (OUT4)
(1) Relay
(2) Triac
(3) Current, voltage pulse
(1)
(2)•Output 5 (OUT5)
(1) Relay
(2) Current, vontinuous
voltage, transmitter
power supply
SDC45/46
Installation and
Configuration
(CP-SP-1218E)
D (SDC46)E (SDC46)F (SDC45A/46A/45V/46V)F (SDC45R/46R)
DescriptionDescriptionDescriptionDescription
—
D1
D2
D3
D4
D5
D6
D7
D8
•Digital
input
(DI)
•Unused
COM (−)
E1
E2
E3
E4
E5
E6
E7
E8
—
•Digital
output
(DO)
•Unused
(1)
(1)
(1)
(2)
F1
F2
(2)
(2)
— —
— —
* 3-input SDC45V/46V model only.
l Terminal numbers for transmitter power supply
Output 5Output 7 (SDC46)
A-columnC-columnNote. Transmitter
power supply
function 24VDC,
30mA max.
l SDC46 rear panel
•Output 3
(OUT3)
(1) Motor drive
3
relay
4
•Output 4
(OUT4)
(1) Motor drive
(1)
(2)
COM (−)
C1
C2
C3
C4
C5
C6
C7
C8
C1
C2
C3
C4
C5
C6
C7
C8
DEACF
•Digital input/
output
(DI/DO)
(1) DI
(2) DO
relay
•RS-485
DB
SG
(3)
1
CT
2
CT
—
(3)
B
C
A
B
C
V/mA
mV
(4)*
V/mA
(3)
V/mA
mV
•Other input
Y
(1) Digital input (DI)
(2) Current transformer
T
G
(3) Motor feedback
•Unused
•PV input 2 (PV2)
(1) Thermocouple
V
2 (PV22)
(2) Resistance tem-
(3) DC voltage/current
1 (PV21)
(4) DC voltage/current
•PV input 1(PV1)
(1) Thermocouple
(2) Resistance tem-
(3) DC voltage/current
input (CT)
input (MFB)
perature detector
(3-wire system)
+ DC voltage*
perature detector
(3-wire system)
AC
AC
(1)
(2)
D
⑥
B
B
⑦
C
C
⑧
(1)
⑩
B
⑪
C
⑫
—
(2)
DB
SG
•Heater power sup-
1
②
2
③
•Unused
(3)
⑥
⑦
⑧
V
−
⑥
⑦
⑧
•PV input 2 (PV2)
(1) Resistance tem-
(2) Resistance tem-
(3) DC voltage
•PV input 1(PV1)
(1) Resistance tem-
D
⑩
B
(2) Resistance tem-
⑪
C
⑫
Input rating (between input terminals): −100 to +100mVDC (PV input, DC mV range)
−1 to +10VDC (PV input, DC V range)
0 to 20mADC (PV input, DC current)
0 to 69mAAC (current transformer input)
0 to 13.2VAC (heater power supply voltage input)
•Digital
input (DI)
C1
C2
C3
C4
•Output 6
(OUT6)
Current
•Output 7
(OUT7)
Current
Transmitter
power supply
•RS-485
ply voltage input
(AC)
perature detector
(3-wire system)
perature detector
(4-wire system)
perature detector
(3-wire system)
perature detector
(4-wire system)
l Current inputl Voltage input
24 V DC
Transmitter
PV input
(4 to 20 mA)
E3
Transmitter
250 Ω precision resistor
24 V DC
PV input
(1 to 5 V DC)
l Example of wiring between the output 5 power supply and PV1 on the SDC46A1A2C0P0000
Pressure transmitter, etc.
DEACF
•24VDC (output 5)
A11: +
A12: −
•PV1 (4 to 20mADC)
F10: +
F11: −
+
−
Handling Precautions
•
The power supply for the transmitter always outputs the voltage at the
same time when the power to this unit is turned ON. Therefore, carefully check the connections before turning ON the power to this unit.
Additionally, do not connect or disconnect the transmitter with the
power to this unit turned ON. Doing so might cause the transmitter to
malfunction.
•
Always use shielded wires for wiring.
•
If a transmitter is connected to the power supply for the transmitter of
this unit using the PV input as current input, be sure to set the PV input
range to current input (4 to 20mADC) before doing an operational
check. If the PV range is not configured properly, 24 VDC will not be
supplied to the circuits, and the transmitter will not operate.
l I/O isolation
Items surrounded by solid lines are isolated from other signals. Availability of inputs and outputs varies depending on the model number. The power circuit is isolated from all inputs/outputs, communications and internal circuits.
PV1
PV2/PV21/PV22
DI-C1 to DI-C8OUT4
DI-D1 to DI-D8OUT6
DI-F1 to DI-F2DO-C1 to DO-C8
MFBRS-485
CT1/CT2/AC1/AC2Loader
Internal circuit
OUT1
OUT2
OUT3
OUT5
OUT7
DO-E1 to DO-E8
Handling Precautions
•
The loader jack is not isolated from the internal circuits. Always put the
cap on the loader jack when the loader is not used.
•
On a motor driving relay model, OUT3 and OUT4 are not isolated.
NAMES AND FUNCTION OF PARTS
l SDC45 front panel
(5)
(1)
(3)
(9)
(10)
(11)
(13)
(17)
(1) Upper display: Displays PV (present temperature etc.) or setup items.
(2) Lower display: Displays SP (set temperature, etc.) and other parameters.
(3) Auxiliary display: Displays group No., loop* No., and channel No. of setup
item.
* The series of connections from PV input to PID operation
through to control output is generically called a loop.
(4) Multi-status indicator:
Indicates MV or DI/DO status.
(5) Mode indicators:
rdy: Lights up in READY mode.
rsp: Lights up in RSP (remote setting input) mode.
man: Lights up in MANUAL mode.
(6) Output indicators:
out1 to 7: Light up when the output is ON (SDC45: out1 to 5).
(7) User function indicators:
uf1 to 4: Light under user-assigned conditions (SDC45: uf1, uf2).
(8) Loop number indicators:
pv1, pv2: Light up to indicate which loop has the displayed PV
value.
(8)
(7)
(6)
(2)
(4)
(12)
(14)
(18)
(16)
l SDC46 front panel
(5)
(1)
(3)
(10)
(11)
(13)
(17)
(16)
(9) [ ], [ ], [<], [>] keys:
Used to increment/decrement numeric values and shift
between digits or settable items.
(10) [auto/man] key: Used to change AUTO/MANUAL mode.
(11) [sp/ev] key: Used to set the SP/EV bank.
(12) [display] key: Used to change the display contents in the operation dis-
play mode.
(13) [para] key: Used to set the PARA bank.
(14) [enter] key: Used in initiating setup and to confirm changed values.
(15) [f1], [f2] keys: Used for user-assigned functions (SDC46 only).
(16) [at] key: Used to execute/cancel auto-tuning, or for user-assigned
functions.
(17) [rsp/lsp] key: Used to change between remote and local set point, or for
user-assigned functions.
(18) Loader jack: Jack for connection of PC loader cable (with cap)
E4
(8)
(2)
(7)
(6)
(4)
(12)
(14)
(18)
(9)
(15)
PV RANGE TABLE
Input indication accuracy differs depending on the sensor type. If
is set to a value that is not in the tables below, the input indication will be fixed at 0.0.
PV-01
■ Thermocouple
On the 3-input model, thermocouple input cannot be used for PV21/22. For the SDC45R/46R, thermocouple cannot be used.
PV-0 1
setting
1K−270.0 to +1372.0°C−454 to +2502°F Under −200°C: ±20.0°C, Under −100°C: ±1.0°C, Under 400°C: ±0.5°C,
2E−270.0 to +1000.0°C−454 to +1832°F Under −200°C: ±15.0°C, Under −100°C: ±1.0°C, Under 400°C: ±0.5°C,
3J−200.0 to +1200.0°C−328 to +2192°F Under −100°C: ±1.0°C, Under 400°C: +0.5°C, 400°C and above: +0.1 % rdg. ±1digit
4T−270.0 to +400.0°C−454 to +752°F Under −200°C: ±10.0°C, Under −100°C: ±1.0°C, −100°C and above: ±0.5°C
5B0.0 to 1800.0°C32 to 3272°F Under 260°C: ±70°C, Under 800°C: ±4°C, 800°C and above: ±2°C
6R−50.0 to +1768.0°C−58 to +3214°F Under 0°C: ±4.0°C, Under 1000°C: ±2.0°C, 1000°C and above: ±0.1 % rdg. ±1digit
7S−50.0 to +1768.0°C−58 to +3214°F
8WRe5-260.0 to 2300.0°C32 to 4172°F Under 1400°C: ±1.5°C, 1400°C and above: ±0.1 % rdg. ±1digit
9PR40-200.0 to 1900.0°C32 to 3452°F Under 300°C: ±40°C, Under 800°C: ±20°C, 800°C and above: ±8°C
10Ni-Ni·Mo0.0 to 1300.0°C32 to 2372°F ±1.4°C
11N−200.0 to +1300.0°C−328 to +2372°F Under 0°C: ±4.0°C, 0°C and above: ±1.4°C
12PL II0.0 to 1390.0°C32 to 2534°F ±1.4°C
13DIN U−200.0 to +600.0°C−328 to +1112°F Under 0°C: ±1.0°C, 0°C and above: ±0.7°C
14DIN L−200.0 to +900.0°C−328 to +1652°F Under 0°C: ±1.5°C, 0°C and above: ±1.0°C
15Gold-iron/Chromel −273.0 to+27.0°C−459 to+80°F ±1.5°C
Sensor typeRangeInput indication accuracy
400°C and above: ±0.1 % rdg. ±1digit
400°C and above: ±0.1 % rdg. ±1digit
■ Resistance temperature detector
On the 3-input model, RTD input cannot be used for PV21/22.
For the linear input of the SDC45R/46R, an RTD cannot be used.
For the SDC45A/46A/45V/46V, 21, 22, 31 and 32 can be used.
For the SDC45R/46R, 23, 24, 33 and 34 can be used.
Sensor
PV-0 1
setting
type
21Pt100 3-wire system−200.0 to +850.0 °C −328.0 to +1562.0 °F±0.3°C41Current 4 to 20 mA ±0.1%FS±1digit
223-wire system −200.00 to +300.00 °C −328.0 to +572.0 °F±0.15°C420 to 20 mA
233-wire system0.00 to 100.00 °C32.00 to 212.00 °F ±0.050°C43Voltage 0 to 10 mV
244-wire system0.000 to 32.000 °C44 −10 to +10 mV
31JPt100 3-wire system−200.0 to +640.0 °C −328.0 to +1184.0 °F±0.3°C450 to 100 mV
323-wire system −200.00 to +300.00 °C −328.0 to +572.0 °F±0.15°C46 −100 to +100 mV
333-wire system0.00 to 100.00 °C32.00 to 212.00 °F ±0.050°C470 to 1 V
344-wire system0.000 to 32.000 °C48 −1 to +1 V
Wiring
method
Range
Input
indication
accuracy
■ DC voltage, DC current
On the 3-input model, PV21 can be set to 41, 42, 49, 50, or 51;
and PV22 can be set to 49, 50 or 51. For the linear input of the
SDC45R/46R, 47, 49 and 50 can be used. For the RTD input of the
SDC45R/46R, DC voltage or DC current cannot be used.
Sensor
PV-0 1
setting
type
491 to 5 V
500 to 5 V
510 to 10 V
Range
ALARM CODE LIST
Alarm codes and countermeasures in case of abnormal operation of this controller.
Cleaning: If the module is dirty, wipe it with a soft, dry cloth. Do not use
Part replacement: Do not replace any parts of this unit.
Fuse replacement: When replacing the fuse connected to the electric wiring, al-
a detergent or an organic solvent like thinner or benzene.
ways use the specified standard fuse.
Standard IEC127, Shut-down speed Slow-action type(T),
Rated voltage 250V, Rated current 1.0A
EU
DISPOSAL SDC45V/46V ONLY
CAUTION
When discarding this device, shut off the power and wait 10minutes
or longer before removing the battery.
Failure to do so might cause an electric shock or burn.
When the battery is removed, some settings and internal operation status data will be lost.
Please dispose of used batteries properly, in accordance with local
bylaws and regulations.
When discarding this device, remove the battery following the procedure given
below, and then dispose of it appropriately, following local regulations.
■ Battery removal procedure
(1) Remove the case.
Insert the flat head of a screwdriver into the grooves (on the top, bottom,
right and left sides) between the front panel
and the case, and then gradually pull the case
off while gently prying with the screwdriver.
(2) Remove the battery from the battery holder.
Pull the battery upward.
Handling Precautions
•
The SDC45V/46V has a memory backup battery. The replacement battery listed below is available.
Model No.: 81446345-001
SPECIFICATIONS
■ PV Input
Thermocouple:K, E, J, T, B, R, S, N (JIS C 1602-1995),
Resistance temperature detector (RTD):
DC voltage (mV range): 0 to 10mV, −10 to +10mV, 0 to 100mV,
DC voltage (V range): 0 to 1V, −1 to +1V, 1 to 5V, 0 to 5V, 0 to 10V
DC current:4 to 20 mA, 0 to 20 mA
Sampling cycle:25, 50, 100, 300ms (determined by the sampling
Indication accuracy (under standard conditions)
Thermocouple:±0.1% rdg. ±1digit (determined by the range and
Resistance temperature detector (RTD):
DC voltage/DC current:
Input impedance:110 Ω or less for current input
Cold junction compensation accuracy:
Cold junction compensation method:
Allowable input voltage: −1.0 to +3.5VDC (Thermocouple range)
WRe5-26 (ASTM E988-96 (reapproved 2002)),
PR40-20 (ASTM E1751-00),
Ni-Ni·Mo (ASTM E1751-00),
PLII (ASTM E1751-00),
DIN U, DIN L (DIN 43710-1985),
Gold-iron/chromel (ASTM E1751-00)
0.0 to 55.0AAC (Accuracy may be out of specifica-
tions for less than 0.4AAC.)
■ Heater power supply voltage input
Input frequency:50Hz/60Hz
Input range:0 to 12VAC
Voltage measurement range:
Indication accuracy:±0.5%FS ±1 digit
Indication resolution:0.01VAC
Input impedance:126kΩ (typ)
Transformer for detecting heater power supply voltage:
0 to 13.2VAC (Accuracy may be out of specifica-
tions for less than 0.5VAC.)
81406725-003*
* Not UL-certified.
■ External switch input
● Digital input (DI)
Connectable outputs:Dry contact or transistor (sink type)
Open terminal voltage:
Terminal current (during short-circuit):
Allowable ON contact resistance:
Allowable OFF contact resistance:
Allowable ON residual voltage:
Allowable OFF-state leakage current:
*Under standard conditions.
7VDC ±15%*
3 to 7mA*
500Ω max.*
100kΩ min.*
1.5V max.*
0.1mA max.*
■ Control output (Control output (OUT)/auxiliary output (AUX)/
event output (EV))
● Relay output (outputs 1 and 2)
Contact configuration: 1a1b or 1a, selected by the model No.
Contact rating:3A 250VAC/30VDC 1a1b, resistance load
500m max.
Connectable units:32 max. (including master station)
Communication system: Half-duplex, start/stop synchronization
Terminating resistor:150Ω 1/2W, at both ends of the line
Bit length:8 bits/7 bits
Stop bit length:1 bits/2 bits
Parity bit:Even parity, odd parity, or no parity
Communication protocol:
CPL, Modbus conforming
■ Environmental conditions
● Standard conditions
Ambient temperature:
Ambient humidity:60 ±5%RH
Power supply voltage:105VAC ±1% (100 to 240VAC power model)
Power frequency:
Vibration resistance:0m/s
Shock resistance:0m/s
Mounting angle:Reference plane ±3°
23 ±2°C (SDC45A/46A/45V/46V)
23 ±0.1°C (SDC45R/46R)
24VDC ±5% (24VDC power model,
SDC45A/46A/45V/46V)
24VDC ±2% (24VDC power model, SDC45R/46R)
50 ±1Hz or 60 ±1Hz (100 to 240VAC power model)
2
2
■ Memory backup
Backup system:Serial EEPROM, battery and double layer capaci-
Number of rewrite operations:
Backup life:EEPROM 10years
tor for SRAM (SDC45V/SDC46V)
Max. 1,000,000 for EEPROM; no limitation for
SRAM
SRAM
30min by double layer capacitor (while changing
battery, at an ambient temperature of 35°C or less,
after capacitor is charged for 1h or more)
3years by battery (at 10 to 35°C ambient temperature, without connection to power)
Overvoltage category:Category II (IEC60364-4-443, IEC60664-1)
Allowable pollution degree:
30VA max. (SDC45 100 to 240VAC power model)
40VA max. (SDC46 100 to 240VAC power model)
12W max. (SDC45 24VDC power model)
15W max. (SDC46 24VDC power model)
35A max./10ms max. (100 to 240VAC power model)
20A max./10ms max. (24VDC power model)
20ms min.
Approx. 400g (SDC45, including dedicated
mounting bracket)
Approx. 700g (SDC46, including dedicated
mounting bracket)
0.4 to 0.6N·m
EN61326-1(For use in industrial locations)
During EMC testing,the reading or output may
fluctuate by ±10%FS.
Pollution degree 2
● Operating conditions
Ambient temperature:
Ambient humidity:10 to 90% RH (without condensation)
Power supply voltage:85 to 264VAC (100 to 240VAC power model)
Power frequency:50 ±2Hz or 60 ±2Hz (100 to 240VAC power model)
Vibration resistance:0 to 2m/s
Shock resistance:0 to 10m/s
Mounting angle:Reference plane ±10°
Altitude:2000m max.
0 to 50°C (SDC45A/46A/45V/46V)
20 to 25°C (SDC45R/46R)
21.6 to 26.4VDC (24VDC power model)
2
(10 to 60Hz for 2h each in X, Y, and Z
directions)
2
● Transportation conditions
Ambient temperature:−20 to +70°C
Ambient humidity:10 to 95%RH (without condensation)
Vibration resistance:0 to 5m/s
2
(10 to 60Hz for 2h each in X, Y, and
Z directions)
Shock resistance:0 to 500m/s
2
E8
Modbus™ is a trademark and the property of Schneider Electric SE, its subsidiaries
and affiliated companies.
Specifications are subject to change without notice.
(09)
1-12-2 Kawana, Fujisawa
Kanagawa 251-8522 Japan
: http://www.azbil.com
URL
1st edition: Aug. 2007 (W)
20th edition: May 2018 (M)
Flowchart of key operations and displays
Note: Bank names are enclosed in brackets, [ ]
Operation display
1-loop
2-loop
Power ON
Setting display
SP/EV bank
[SP group selection][Loop 1 multi-SP]
(Flashing)
[enter] key
[V] key or
[sp/ev] key
SPNO
L. 1.
SPNO
L.2.
(Lit)
[V] key or
[sp/ev] key
Keep [sp/ev]key
pressed for 2s
(Flashing)
(Lit)
LSP.0 1
L. 1.
PI D.0 1
PI D.0 1
L. 1.
L. 1.
LSP.02
L. 1.
PI D.02
L. 1.
LSP.03
L. 1.
PI D.03
L. 1.
LSP.04
L. 1.
PI D.04
L. 1.
LSP.05
L. 1.
PI D.05
L. 1.
LSP.06
L. 1.
PI D.06
L. 1.
LSP.07
L. 1.
PI D.07
L. 1.
LSP.08
L. 1.
PI D.08
L. 1.
LSP.09
L. 1.
PI D.09
L. 1.
LSP. 10
L. 1.
PI D. 10
L. 1.
LSP. 1 1
L. 1.
PI D. 1 1
L. 1.
LSP. 12
L. 1.
PI D. 12
L. 1.
LSP. 13
L. 1.
PI D. 13
L. 1.
LSP. 14
L. 1.
PI D. 14
L. 1.
LSP. 15
L. 1.
PI D. 15
L. 1.
LSP. 16
L. 1.
PI D. 16
L. 1.
Multi-SP is used
AUTO mode is selected
Loop 1 PV value
Loop 1 SP value
MANUAL mode is selected
AUTO mode is selected for both 2 loops
MANUAL mode is selected
Keep [sp/ev] key pressed for 2s
[Loop 2 multi-SP]
(Flashing)
(Lit)
LSP.0 1
L.2.
PI D.0 1
L.2.
LSP.02
L.2.
PI D.02
L.2.
LSP.03
L.2.
PI D.03
L.2.
LSP.04
L.2.
PI D.04
L.2.
LSP.05
L.2.
PI D.05
L.2.
LSP.06
L.2.
PI D.06
L.2.
LSP.07
L.2.
PI D.07
L.2.
LSP.08
L.2.
PI D.08
L.2.
LSP.09
L.2.
PI D.09
L.2.
LSP. 10
L.2.
PI D. 10
L.2.
LSP. 1 1
L.2.
PI D. 1 1
L.2.
LSP. 12
L.2.
PI D. 12
L.2.
LSP. 13
L.2.
PI D. 13
L.2.
LSP. 14
L.2.
PI D. 14
L.2.
LSP. 15
L.2.
PI D. 15
L.2.
LSP. 16
L.2.
PI D. 16
L.2.
(
=0)
C-0 10
Back to the screen displayed immediately before the SP/EV bank.
[Loop 1 recipe][Loop 2 recipe][RSP][Event setup]
(Flashing)
(Lit)
SP
1.0 1.
E0 1
E0 1
1.0 1.
E0 1.SB
1.0 1.
E02
1.0 1.
E02.SB
1.0 1.
E03
1.0 1.
E03.SB
1.0 1.
E04
1.0 1.
E04.SB
1.0 1.
E05
1.0 1.
E05.SB
1.0 1.
E06
1.0 1.
E06.SB
1.0 1.
E07
1.0 1.
E07.SB
1.0 1.
E08
1.0 1.
E08.SB
1.0 1.
P
1.0 1.
I
1.0 1.
D
1.0 1.
OL
1.0 1.
OH
1.0 1.
RE
1.0 1.
P-C
1.0 1.
I -C
1.0 1.
D-C
1.0 1.
OL.C
1.0 1.
OH.C
1.0 1.
OI
1.0 1.
16.
1.
E0 1.SB
16.
1.
E02
16.
1.
E02.SB
16.
1.
E03
16.
1.
E03.SB
16.
1.
E04
16.
1.
E04.SB
16.
1.
E05
16.
1.
E05.SB
16.
1.
E06
16.
1.
E06.SB
16.
1.
E07
16.
1.
E07.SB
16.
1.
E08
16.
1.
E08.SB
16.
1.
P
16.
1.
I
16.
1.
D
16.
1.
OL
16.
1.
OH
16.
1.
RE
16.
1.
P-C
16.
1.
I -C
16.
1.
D-C
16.
1.
OL.C
16.
1.
OH.C
16.
1.
OI
16.
1.
Recipe is used (
[display] key
Loop 1 PV value
Loop 2 PV value
(Flashing)
(Lit)
SP
2.0 1.
E09
2.0 1.
E09.SB
2.0 1.
E 10
2.0 1.
E 10.SB
2.0 1.
E 1 1
2.0 1.
E 1 1.SB
2.0 1.
E 12
2.0 1.
E 12.SB
2.0 1.
E 13
2.0 1.
E 13.SB
2.0 1.
E 14
2.0 1.
E 14.SB
2.0 1.
E 15
2.0 1.
E 15.SB
2.0 1.
E 16
2.0 1.
E 16.SB
2.0 1.
P
2.0 1.
I
2.0 1.
D
2.0 1.
OL
2.0 1.
OH
2.0 1.
RE
2.0 1.
P-C
2.0 1.
I -C
2.0 1.
D-C
2.0 1.
OL.C
2.0 1.
OH.C
2.0 1.
OI
2.0 1.
C-0 10
E09
2. 16.
E09.SB
2. 16.
E 10
2. 16.
E 10.SB
2. 16.
E 1 1
2. 16.
E 1 1.SB
2. 16.
E 12
2. 16.
E 12.SB
2. 16.
E 13
2. 16.
E 13.SB
2. 16.
E 14
2. 16.
E 14.SB
2. 16.
E 15
2. 16.
E 15.SB
2. 16.
E 16
2. 16.
E 16.SB
2. 16.
P
2. 16.
I
2. 16.
D
2. 16.
OL
2. 16.
OH
2. 16.
RE
2. 16.
P-C
2. 16.
I -C
2. 16.
D-C
2. 16.
OL.C
2. 16.
OH.C
2. 16.
OI
2. 16.
=1)
Loop 1 PV value
Loop 1 MV value
[display] key
(Flashing)
(Lit)
RSP
L. 1.
PI D
L. 1.
RSP is used
[display] key
Loop 1 PV value
Loop 1 SP value
[display]key
(Flashing)
E0 1
E0 1.SB
E02
E02.SB
E03
E03.SB
E04
E04.SB
E05
E05.SB
E06
E06.SB
E07
E07.SB
E08
E08.SB
Multi-SP is used
(
C-0 10
Heat/Cool control
Loop 1 PV value
Loop 1 MV value (Heat)
[display] key
[V] key or
[sp/ev] key
(Lit)
E09
E09.SB
E 10
E 10.SB
E 1 1
E 1 1.SB
E 12
E 12.SB
E 13
E 13.SB
E 14
E 14.SB
E 15
E 15.SB
E 16
E 16.SB
=0)
[display] key
Loop 1 PV value
Loop 1 MV value
(Loop 1)
PARA bank
[enter] key
[V] key or
[para] key
Heat/Cool control
Loop 1 PV value
Loop 1 MV value (Cool)
[display] key
[Mode]
(Flashing)
Keep [para] key
pressed for 2s
(Lit)
R---R
L. 1.
A---M
L. 1.
AT
L. 1.
L---R
L. 1.
CB
L. 1.
R---R
L.2.
A---M
L.2.
AT
L.2.
L---R
L.2.
CB
L.2.
[V] key or
[para] key
[display] key
Heat/Cool control
Loop 1 PV value
[display] key
Loop 1 MV value (Heat)
Keep [para] key pressed for 2s
[Loop 1 PID]
(Flashing)
(Lit)
p-0 1
L. 1.
I -0 1
L. 1.
d-0 1
L. 1.
OL-0 1
L. 1.
OH-0 1
L. 1.
RE-0 1
L. 1.
p-0 1C
L. 1.
I -0 1C
L. 1.
d-0 1C
L. 1.
OL.0 1C
L. 1.
OH.0 1C
L. 1.
p- 16
L. 1.
I - 16
L. 1.
d- 16
L. 1.
OL- 16
L. 1.
OH- 16
L. 1.
RE- 16
L. 1.
p- 16C
L. 1.
I - 16C
L. 1.
d- 16C
L. 1.
OL. 16C
L. 1.
OH. 16C
L. 1.
[Loop 2 PID]
(Flashing)
(Lit)
p-0 1
L.2.
I -0 1
L.2.
d-0 1
L.2.
OL-0 1
L.2.
OH-0 1
L.2.
RE-0 1
L.2.
p-0 1C
L.2.
I -0 1C
L.2.
d-0 1C
L.2.
OL.0 1C
L.2.
OH.0 1C
L.2.
p- 16
L.2.
I - 16
L.2.
d- 16
L.2.
OL- 16
L.2.
OH- 16
L.2.
RE- 16
L.2.
p- 16C
L.2.
I - 16C
L.2.
d- 16C
L.2.
OL. 16C
L.2.
OH. 16C
L.2.
Heat/Cool control
Loop 1 PV value
Loop 1 MV value (Cool)
Back to the screen displayed immediately before the PARA bank.
[SP configuration]
(Flashing)
(Lit)
LMT.0 1
CSP.09
L. 1.
L.2.
CSP. 10
LMT.02
L.2.
L. 1.
CSP.0 1
CSP. 1 1
L. 1.
L.2.
CSP.02
CSP. 12
L. 1.
L.2.
CSP.03
RRA.0 1
L. 1.
L.2.
CSP.04
RRA.02
L. 1.
L.2.
CSP.05
RRA.03
L. 1.
L.2.
CSP.06
RRA.04
L. 1.
L.2.
CSP.07
RRA.05
L. 1.
L.2.
CSP.08
RRA.06
L. 1.
L.2.
CSP.09
RRA.07
L. 1.
L.2.
CSP. 10
RRA.08
L. 1.
L.2.
CSP. 1 1
L. 1.
CSP. 12
L. 1.
RRA.0 1
L. 1.
RRA.02
L. 1.
RRA.03
L. 1.
RRA.04
L. 1.
RRA.05
L. 1.
RRA.06
L. 1.
RRA.07
L. 1.
RRA.08
L. 1.
LMT.0 1
L.2.
LMT.02
L.2.
CSP.0 1
L.2.
CSP.02
L.2.
CSP.03
L.2.
CSP.04
L.2.
CSP.05
L.2.
CSP.06
L.2.
CSP.07
L.2.
CSP.08
L.2.
[display] key
[Event configuration]
(Flashing)
(Lit)
EP-0 1
0 1.
EP-02
0 1.
EP-03
0 1.
EP-04
0 1.
EP-05
0 1.
EP-06
0 1.
EP-07
0 1.
EP-08
0 1.
EP-09
0 1.
EP-0 1
16.
EP-02
16.
EP-03
16.
EP-04
16.
EP-05
16.
EP-06
16.
EP-07
16.
EP-08
16.
EP-09
16.
Loop 2 PV value
Loop 2 SP value
[Control]
(Flashing)
(Lit)
I NP.0 1
L. 1.
I NP.02
L. 1.
I NP.03
L. 1.
CNT.0 1
L. 1.
CNT.03
L. 1.
CNT.04
L. 1.
CNT.05
L. 1.
CNT.06
L. 1.
CNT.07
L. 1.
CNT.08
L. 1.
CNT.09
L. 1.
CNT. 10
L. 1.
ETD.0 1
L. 1.
ETD.02
L. 1.
ETD.03
L. 1.
ETD.04
L. 1.
ETD.05
L. 1.
ETD.06
L. 1.
ETD.07
L. 1.
ETD.08
L. 1.
ETD.09
L. 1.
ETD. 12
L. 1.
ETD. 13
L. 1.
ETD. 14
L. 1.
ETD. 15
L. 1.
ETD. 16
L. 1.
ETD. 17
L. 1.
ETD. 18
L. 1.
ETD. 19
L. 1.
ETD.20
L. 1.
*1 Only SDC45V/46V
[display] key
*1
I NP.0 1
L.2.
*1
I NP.02
L.2.
*1
I NP.03
L.2.
CNT.0 1
L.2.
CNT.03
L.2.
CNT.04
L.2.
CNT.05
L.2.
CNT.06
L.2.
CNT.07
L.2.
CNT.08
L.2.
CNT.09
L.2.
CNT. 10
L.2.
ETD.0 1
L.2.
ETD.02
L.2.
ETD.03
L.2.
ETD.04
L.2.
ETD.05
L.2.
ETD.06
L.2.
ETD.07
L.2.
ETD.08
L.2.
ETD.09
L.2.
ETD. 12
L.2.
ETD. 13
L.2.
ETD. 14
L.2.
ETD. 15
L.2.
ETD. 16
L.2.
ETD. 17
L.2.
ETD. 18
L.2.
ETD. 19
L.2.
ETD.20
L.2.
*1
*1
*1
Loop 2 PV value
Loop 2 MV value
(Loop 2)
[display]key
[MV]
(Flashing)
(Lit)
MV-0 1
L. 1.
MV-02
L. 1.
MV-03
L. 1.
MV-04
L. 1.
MV-05
L. 1.
MV-06
L. 1.
MV-07
L. 1.
MV-08
L. 1.
MV-09
L. 1.
MV- 10
L. 1.
MV- 1 1
L. 1.
MV- 12
L. 1.
MV- 13
L. 1.
CAS.0 1
L. 1.
CAS.02
L. 1.
CAS.03
L. 1.
CAS.04
L. 1.
CAS.05
L. 1.
CAS.06
L. 1.
TR-0 1
L. 1.
TR-02
L. 1.
TR-03
L. 1.
MV-0 1
L.2.
MV-02
L.2.
MV-03
L.2.
MV-04
L.2.
MV-05
L.2.
MV-06
L.2.
MV-07
L.2.
MV-08
L.2.
MV-09
L.2.
MV- 10
L.2.
MV- 1 1
L.2.
MV- 12
L.2.
MV- 13
L.2.
CAS.0 1
L.2.
CAS.02
L.2.
CAS.03
L.2.
CAS.04
L.2.
CAS.05
L.2.
CAS.06
L.2.
TR-0 1
L.2.
TR-02
L.2.
TR-03
L.2.
[display] key
[Setup]
(Flashing)
(Lit)
C-00 1
C-040
Heat/Cool controlHeat/Cool control
Loop 2 PV value
Loop 2 MV value (Heat)
[display] key
Loop 2 PV value
Loop 2 MV value (Cool)
[display] key
[Priority]
(Flashing)
(Lit)
LPR.0 1
1.
LPR.02
1.
LPR.03
1.
LPR.04
1.
LPR.05
1.
LPR.06
1.
PR-0 1
1.
PR-02
1.
PR-03
1.
PR-04
1.
LPR.0 1
2.
LPR.02
2.
LPR.03
2.
LPR.04
2.
LPR.05
2.
LPR.06
2.
PR-0 1
2.
PR-02
2.
PR-03
2.
PR-04
2.
[PV]
(Flashing)
(Lit)
PV-0 1
1.
PV-02
1.
PV-03
1.
PV-04
1.
PV-05
1.
PV-06
1.
PV-07
1.
PV-09
1.
PV- 10
1.
PV- 1 1
1.
PV- 12
1.
PV- 13
1.
PV- 14
1.
PV- 16
1.
PV-20
1.
PV-0 1
3.
PV-02
3.
PV-03
3.
PV-04
3.
PV-05
3.
PV-06
3.
PV-07
3.
PV-09
3.
PV- 10
3.
PV- 1 1
3.
PV- 12
3.
PV- 13
3.
PV- 14
3.
PV- 16
3.
PV-20
3.
[Output]
(Flashing)
(Lit)
CO-0 1
1.
CO-02
1.
CO-03
1.
CO-04
1.
CO-05
1.
CO-06
1.
CO-07
1.
CO-08
1.
TPO.0 1
1.
TPO.02
1.
TPO.03
1.
TPO.04
1.
TPO.05
1.
TPO.06
1.
TPO.08
1.
CO-0 1
7.
CO-02
7.
CO-03
7.
CO-04
7.
CO-05
7.
CO-06
7.
CO-07
7.
CO-08
7.
TPO.0 1
7.
TPO.02
7.
TPO.03
7.
TPO.04
7.
TPO.05
7.
TPO.06
7.
TPO.08
7.
Continued
on the
next page
E9
PARA bank
Continued
from the
previous
page
[V] key or
[para] key
(only with CT input model)
[enter] key
[CT input]
(Flashing)
(Lit)
CT-0 1
1.
CT-02
1.
CT-03
1.
CT-04
1.
CT-05
1.
CT-06
1.
CT-07
1.
CT-08
1.
CT-09
1.
CT- 10
1.
CT-0 1
2.
CT-02
2.
CT-03
2.
CT-04
2.
CT-05
2.
CT-06
2.
CT-07
2.
CT-08
2.
CT-09
2.
CT- 10
2.
[V] key or
[para] key
Keep [para]key
pressed for 2s
[AC input]
(only with AC input model)
(Flashing)
(Lit)
AC-0 1
1.
AC-02
1.
AC-0 1
2.
AC-02
2.
[Position proportional]
(only with motor drive model)
(Flashing)
(Lit)
PP-0 1
1.
PP-02
1.
PP-03
1.
PP-04
1.
PP-05
1.
PP-06
1.
PP-07
1.
PP-08
1.
PP-09
1.
PP- 10
1.
Back to the screen displayed immediately before the PARA bank.
[display]key
[Linearization table]
(Flashing)
(Lit)
TB.BP
TB.B. 12
1.
1.
TB.A.0 1
TB.B. 13
1.
1.
TB.A.02
TB.B. 14
1.
1.
TB.A.03
TB.B. 15
1.
1.
TB.A.04
TB.B. 16
1.
1.
TB.A.05
TB.B. 17
1.
1.
TB.A.06
TB.B. 18
1.
1.
TB.A.07
TB.B. 19
1.
1.
TB.A.08
TB.B.20
1.
1.
TB.A.09
1.
TB.A. 10
1.
TB.A. 1 1
TB.BP
1.
8.
TB.A. 12
TB.A.0 1
1.
8.
TB.A. 13
TB.A.02
1.
8.
TB.A. 14
TB.A.03
1.
8.
TB.A. 15
TB.A.04
1.
8.
TB.A. 16
TB.A.05
1.
8.
TB.A. 17
TB.A.06
1.
8.
TB.A. 18
TB.A.07
1.
8.
TB.A. 19
TB.A.08
1.
8.
TB.A.20
TB.A.09
1.
8.
TB.B.0 1
TB.A. 10
1.
8
TB.B.02
TB.A. 1 1
1.
8
TB.B.03
TB.A. 12
1.
8
TB.B.04
TB.A. 13
1.
8
TB.B.05
TB.A. 14
1.
8
TB.B.06
TB.A. 15
1.
8
TB.B.07
TB.A. 16
1.
8
TB.B.08
TB.A. 17
1.
8
TB.B.09
TB.A. 18
1.
8
TB.B. 10
TB.A. 19
1.
8
TB.B. 1 1
TB.A.20
1.
8
[Internal contact input]
(Flashing)
TB.B.0 1
8.
TB.B.02
8.
TB.B.03
8.
TB.B.04
8.
TB.B.05
8.
TB.B.06
8.
TB.B.07
8.
TB.B.08
8.
TB.B.09
8.
TB.B. 10
8.
TB.B. 1 1
8.
TB.B. 12
8.
TB.B. 13
8.
TB.B. 14
8.
TB.B. 15
8.
TB.B. 16
8.
TB.B. 17
8.
TB.B. 18
8.
TB.B. 19
8.
TB.B.20
8.
I C-0 1
0 1.
I C-02
0 1.
I C-03
0 1.
I C-04
0 1.
I C-0 1
02.
I C-02
02.
I C-03
02.
I C-04
02.
I C-0 1
19.
I C-02
19.
I C-03
19.
I C-04
19.
I C-0 1
20.
I C-02
20.
I C-03
20.
I C-04
20.
(Lit)
[Digital output]
(Flashing)
(Lit)
DO.E.0 1
1.
DO.E.02
1.
DO.E.0 1
2.
DO.E.02
2.
DO.E.0 1
7.
DO.E.02
7.
DO.E.0 1
8.
DO.E.02
8.
[Logical operation]
(Flashing)
(Lit)
BF-0 1
0 1.
BF-02
0 1.
BF-03
0 1.
BF-04
0 1.
BF-05
0 1.
BF-06
0 1.
BF-07
0 1.
BF-08
0 1.
BF-09
0 1.
BF- 10
0 1.
BF- 1 1
0 1.
BF- 12
0 1.
BF- 13
0 1.
BF-0 1
16.
BF-02
16.
BF-03
16.
BF-04
16.
BF-05
16.
BF-06
16.
BF-07
16.
BF-08
16.
BF-09
16.
BF- 10
16.
BF- 1 1
16.
BF- 12
16.
BF- 13
16.
[User-defined bit]
(Flashing)
(Lit)
UDB.AL
UDB.0 1
UDB.02
UDB.03
UDB.04
UDB.05
UDB.06
UDB.07
UDB.08
[Temperature and pressure
compensation] (only SDC45V/46V)
(Flashing)
(Lit)
PV.C.0 1
PV.C.02
PV.C.03
PV.C.04
PV.C.05
PV.C.06
PV.C.07
PV.C.08
PV.C.09
PV.C. 10
PV.C. 1 1
PV.C. 12
PV.C. 13
[Input computation]
(only SDC45V/46V)
(Flashing)
(Lit)
Bp
F0 1.
I N-0 1
F0 1.
I N-02
F0 1.
TYPE
F0 1.
PA-0 1
F0 1.
PA-02
F0 1.
PA-03
F0 1.
DI .SEL
F0 1.
DI
F0 1.
DO
F0 1.
OUT
F0 1.
TYPE
F02.
PA-0 1
F02.
PA-02
F02.
PA-03
F02.
DI .SEL
F02.
DI
F02.
DO
F02.
OUT
F02.
TYPE
F 10.
PA-0 1
F 10.
PA-02
F 10.
PA-03
F 10.
DI .SEL
F 10.
DI
F 10.
DO
F 10.
OUT
F 10.
[Output computation]
(only SDC45V/46V)
(Flashing)
(Lit)
Bp
F0 1.
I N-0 1
F0 1.
I N-02
F0 1.
TYPE
F0 1.
PA-0 1
F0 1.
PA-02
F0 1.
PA-03
F0 1.
DI .SEL
F0 1.
DI
F0 1.
DO
F0 1.
OUT
F0 1.
TYPE
F02.
PA-0 1
F02.
PA-02
F02.
PA-03
F02.
DI .SEL
F02.
DI
F02.
DO
F02.
OUT
F02.
TYPE
F 10.
PA-0 1
F 10.
PA-02
F 10.
PA-03
F 10.
DI .SEL
F 10.
DI
F 10.
DO
F 10.
OUT
F 10.
[Display/Key]
(Flashing)
(Lit)
MS-0 1
1.
MS-02
1.
MS-03
1.
MS-04
1.
MS-05
1.
FK-0 1
1.
FK-02
1.
FK-03
1.
FK-04
1.
FK-05
1.
FK-06
1.
FK-07
1.
FK-08
1.
FK-09
1.
UFL.0 1
1.
UFL.02
1.
MS-0 1
4.
MS-02
4.
MS-03
4.
MS-04
4.
MS-05
4.
FK-0 1
4.
FK-02
4.
FK-03
4.
FK-04
4.
FK-05
4.
FK-06
4.
FK-07
4.
FK-08
4.
FK-09
4.
UFL.0 1
4.
UFL.02
4.
[Operation display
order setup]
(Flashing)
(Lit)
DT-0 1
DT-02
DT-03
DT-04
DT-05
DT-06
DT-07
DT-08
DT-09
DT- 10
[User operation
display assignment]
(Flashing)
(Lit)
UDD- 1
0 1.
UDD-2
0 1.
UDD-3
0 1.
UDD-4
0 1.
UDD- 1
10.
UDD-2
10.
UDD-3
10.
UDD-4
10.
[RS-485 communication]
(only SDC45V/46V)
(Flashing)
(Lit)
COM.0 1
COM.02
COM.03
COM.04
COM.05
COM.06
COM.07
[Lock]
(Flashing)
(Lit)
K.LOC 1
K.LOC2
C.LOC 1
C.LOC
L.LOC 1
L.LOC
PASS
PAS 1A
PAS2A
PAS 1B
PAS2B
Note: Bank names are enclosed in brackets, [ ]
Movement within bank
•Forward movement
[sp/ev] key or [V] key (SP/EV bank)
[para] key or [V] key (PARA bank)
•Backward movement
[ ] key
[Monitor]
(Flashing)
(Lit)
AL
CAL.4 1
1.
1.
PV.LP
CAL.49
1.
1.
SP
CAL.57
1.
1.
MV
2
2
1.
MV.HT
1.
MV.CL
1.
ATN
1.
SPNO
1.
PI DNO
1.
PV
1.
MFB
1.
MFB.C
1.
CT-ON
1.
CT-OF
1.
AC.V
1.
AC.P
1.
FRQ
1.
OUT.P
1.
OUT.B
1.
DI
1.
DO
1.
DLY.0 1
1.
DLY.09
1.
T-RUN
1.
T-EEP
1.
T-RLY
1.
T-KEY
1.
CAL.0 1
1.
CAL.09
1.
CAL. 17
1.
CAL.25
1.
CAL.33
1.
AL
8.
PV.LP
8.
SP
8.
MV
8.
MV.HT
8.
MV.CL
8.
ATN
8.
SPNO
8.
PI DNO
8.
PV
8.
MFB
8.
MFB.C
8.
CT-ON
8.
CT-OF
8.
AC.V
8.
AC.P
8.
FRQ
8.
OUT.P
8.
OUT.B
8.
DI
8.
DO
8.
DLY.08
8.
DLY. 16
8.
T-RUN
8.
T-EEP
8.
T-RLY
8.
T-KEY
8.
[Instrument information]
CAL.08
8.
CAL. 16
8.
CAL.24
8.
CAL.32
8.
CAL.40
8.
CAL.48
8.
CAL.56
8.
CAL.64
8.
(Flashing)
(Lit)
I D-0 1
I D-02
I D-03
I D-04
I D-05
I D-06
I D-07
I D-08
I D-09
I D- 10
I D- 1 1
I D- 12
I D- 13
I D- 14
I D- 15
I D- 16
I D- 17
I D- 18
I D- 19
I D-20
I D-2 1
I D-22
I D-23
I D-24
I D-25
I D-26
I D-27
I D-28
I D-29
I D-30
I D-3 1
I D-32
I D-33
[V] key or
[para] key
E10
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