Shimaden SRS0 Series User manual

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ŶŶ
1
http://www.shimaden.co.jp
ʄ
For questions, please contact
YOUR LOCAL AGENT or
[email protected]
MSRS0-E53-A
Oct. 2018
Contents may be changed for improvements without notice.
Copyright© SHIMADEN CO., LTD. All rights reserved
SRS0 Series

Instruction manual
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Preface
Thank you for purchasing Shimaden product. Before using this product, make sure that you read thoroughly
the precautions on safety, installation site and wiring in order to use it safely and correctly.
This manual contains the requisite minimum information. For parameter value, initial value, and other details,
please refer to the Digital Controller SRS1/3/4/5 Series Instruction Manual (Detailed Version).
The Digital Controller SRS1/3/4/5 Series Instruction Manual (Detailed Version) may be downloaded free from
the company website http://www.shimaden.co.jp.
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Accessories check
The controller has undergone sufficient quality control inspections, but you should check the specification
code/appearance and make sure you have all the accessories to ensure nothing is missing or damaged.
࣭SRS0 digital controller: 1 unit
࣭Instruction manual (A3 size paper × 2): 1 copy
࣭Unitseals: 1set
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Safety precautions
Warning
The SRS0 Series are control instruments designed for industrial use to control temperature, humidity and
other physical values. You should either take appropriate safety measures or avoid using this product for
control purposes where failure could have a serious effect on human life. The manufacturer shall not be liable
for accidents that result from use without taking appropriate safety measures.
ƔThe digital controller should be used so the terminal elements in the control box, etc., are not touched by humans.
ƔDo not remove the controller from its case or insert your fingers or electric conductors inside the case.
Doing so could result in electric shock or accident involving death or serious injury.
ƔBe sure to turn off power before wiring. Failure to do so could result in electric shock.
ƔAfter wiring, do not touch terminal elements or other charged parts while conducting electricity.
Failure to do so could result in electric shock.
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Consent on use
The warranty period for SRS0 Series is one year after the purchase. In principle, avoid use of the product
under the following places/conditions. Should you use the controller under the following places/situations,
be sure to use it with the proper rating and level of performance and make sure to use the controller
correctly while taking appropriate safety measures in order to avoid accidents.
ƔOutside
ƔPlaces exposed to chemical contamination, electrical disturbance, and/or mechanical stress
ƔPlaces which are not specified as an appropriate installation site in the instruction manual or catalog
ƔWhen used for nuclear facilities, air facilities, space facilities, railway facilities, vehicle facilities, medical
equipment, and facilities which are controlled by separate regulations
ƔFacilities in which failure of the product would constitute a danger to human life or property
ƔWhen used in application or facilities which require a high level of safety
Caution
If there is danger of damage to any peripheral device or equipment due to failure of the controller, you should
take appropriate safety measures such as mounting a fuse or overheating prevention device. The manufacturer
shall not be liable for an accident that results from use without taking appropriate safety measures.
ƔController labels and alert mark ·
Alert marks ·are printed on the terminal label of the case.
Y
ou could receive an electrical shock if you
touch charged parts. The alert mark is provided to call your attention to this danger.
ƔProvide a switch or breaker as a means of cutting off power for external power circuit connected to the powe
r
terminal of the controller. Mount a switch or breaker near the controller where the operator can access it
easily and label it as an electrical breaker for the controller. Use a switch or breaker that conforms to
requirements of IEC60947.
ƔFuses
The controller does not have a built-in fuse. Be sure to mount a fuse on the power circuit connected to the
power terminal. Provide a fuse between the switch or breaker and the controller. Mount on the L side of the
power terminal.
Fuse rating/characteristics: 250 V AC, 0.5 A/medium time-lagged type or time-lagged type
Use a fuse that conforms to requirements of IEC60127.
ƔVoltage/current of load connected to the output terminal and EV terminal should be within the rating.
Using voltage/current that exceeds the rating could shorten the life of the controller by raising the
temperature and could result in equipment failure. For rating, see “11. Specifications.”
ƔDo not apply voltage/current other than rated input to the input terminal. Doing so could shorten product life
and lead to equipment failure. For rating, see “11. Specifications.”
ƔDo not allow the ventilation holes to become clogged with dust, etc. Doing so could shorten the life of the
product due to temperature rise or insulation deterioration and could result in equipment failure or fire.
ƔRepeating endurance tests such as dielectric strength, noise resistance and surge resistance could
negatively affect the controller.
ƔThe user should absolutely not modify or use the controller in any other way than it was intended.
ƔIt takes 30 minutes to display the correct temperature after applying power to the digital controller.
(Therefore, turn the power on more than 30 minutes prior to the operation.)
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Wiring
Take the following precautions when wiring:
ƔWire in accordance with the “Terminal layout.” After wiring, check and make sure the wiring is correct.
ƔCrimp-type terminals fit M3 screws. Use crimp-type terminals that are no wider than 6 mm.
ƔFor thermocouple input, use a compensating lead wire that matches the type of thermocouple.
ƔFor RTD input, resistance for lead wires should be a maximum of 10ȍper wire. All 3 wires should have the
same resistance.
ƔInput signal wires must not be accommodated with a strong electric circuit in the same conduit or duct.
ƔUsing shielded wiring (single point grounding) is effective for static induction noise.
ƔMaking input wiring short and twisting at regular intervals is effective for electromagnetic induction noise.
ƔFor power supply, use wiring or cable with sectional area of at least 1 mm² that offers the same or higher
performance as 600 V vinyl insulated wiring.
ƔSecurely fasten the terminal element screw. Fastening torque: 0.5 N·m (5 kgf·cm)
ƔIf the instrument appears to be easily affected by power supply noise, use a noise filter to prevent
malfunctioning. Mount the noise filter on the grounded panel and make the wire connection between the
noise filter output and power line terminals of the controller as short as possible.
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Terminal layout
SRS1
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SRS3/SRS4/SRS5
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Installation site (environmental conditions)
Caution
Do not use the controller in the following locations. Doing so could lead to equipment failure, damage or fire.
ƔPlaces exposed to flammable or corrosive gases, oil mist, or excessive dust that could cause insulation
to deteriorate.
ƔPlaces subject to strong vibration or impact
ƔPlaces near strong electrical circuit or places subject to inductive interference
ƔPlaces exposed to water dripping or direct sunlight
ƔPlaces where the controller is struck directly by air from heater or air conditioner
The controller is designed to be used under the following conditions.
Observe the following environmental conditions:
ƔIndoor use
ƔMax. elevation: 2000 m
ƔAmbient temperature: -10–50°C
ƔAmbient humidity: Max. 90%RH, no dew condensation
ƔTransient over voltage category: II
ƔPollution class: 2 (IEC 60664)
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External dimensions and panel cutout
ƔCut a hole for mounting the controller in the panel by referring to external dimensions and panel cutout.
ƔThe panel thickness should be 1.0–3.5 mm.
ƔThe controller is provided with tabs for mounting. Insert as is from the front surface of the panel.
ƔSRS0 Series controllers are designed for mounting on a panel: Be sure to mount the controller
on a suitable panel.
ƔIf mounted in series, provide ventilation so ambient temperature does not exceed 50°C due to
temperature rise caused by heat generation.
SRS1
  
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SRS3
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SRS4
  
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SRS5
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Caution
In order to maintain safety and function, do not remove the case from the controller.
If the case of the controller has to be removed for replacement/repair, contact your nearest Shimaden agent.
Min. 60
45 +0.8
-0
92 +0.8 -0
+0.8 -0
9+0.8
-0
45 +0.6
-0 (48 × N - 3) +1.0
-0
If mounted horizontally
N = Number of units
Min. 130
+0.8 -0
92 +0.8
-0
Min. 130
(48 × N - 3)+1.0
-0
45 +0.6
-0
+0.6 -0
4+0.6
-0
Min. 60
Unit: mm
Panel cutout
Min. 130
Unit: mm
Unit: mm
Unit: mm
Min. 130
4
9
9
If mounted horizontally
N = Number of units

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
ŶŶ
2
http://www.shimaden.co.jp
ʄ
For questions, please contact
YOUR LOCAL AGENT or
[email protected]
MSRS0-E53-A
Oct. 2018
Contents may be changed for improvements without notice.
Copyright© SHIMADEN CO., LTD. All rights reserved
SRS0 Series

Instruction manual
ڦ
Product specification code check
Compare the specification code on the case with the following to make sure it is the product you ordered.
ƔCode selection table
Item Code Specification
1. Series
SRS1- 48 × 48 DIN size Digital Controller
SRS3 96 × 96 DIN size Digital Controller
SRS4 96 × 48 DIN size Digital Controller
SRS5 48 × 96 DIN size Digital Controller
2. Control output
Y- Contact 240 V AC 2.5 A
P- SSR drive voltage 12 V DC 20 mA
I- Current 4–20 mA max. 600ȍ
V- Voltage 0–10 V max. 2 mA
3. Program N None
P 1 pattern 10 steps
4. Event 1 2 points 240 V AC 1.0 A Common
5. Remarks 0 Without
9 With
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Error message
Screen
display Problem Cause Remedy
 
(HHHH) Higher limit scaleover
(1) Break in thermocouple input wiring
(2) Break in RTD input A terminal wiring
(3) Measured input value exceeded higher limit
of measuring range by 10%.
(1) Check thermocouple input wiring for possible break. If there is nothing
wrong with wiring, replace thermocouple.
(2) Check RTD input A terminal wiring for possible break. If there is
nothing wrong with wiring, replace RTD.
(3) For voltage or current input, check the measurement signal
transmission unit.
Check if setting of measuring range code is correct for input signal.
 
(LLLL) Lower limit scaleover Measured input value fell below the lower limit
of the measuring range by 10%.
Check for measurement input wiring for reverse polarity or possible
break, etc.
 
(b---) Break in RTD input wiring (1) Break in B wiring
(2) Multiple break in ABB wiring
Check RTD input ABB terminal wiring for possible break. If there
is nothing wrong with wiring, replace RTD.
} 
(CJHH)
Higher limit scaleover of
cold junction (CJ) of
thermocouple input
Ambient temperature has exceeded 80°C.
(1) Reduce ambient temperature to the level provided in the environment
conditions for the product.
(2) If ambient temperature has not exceeded 80°C, inspect the controller.
} 
(CJLL)
Lower limit scaleover of
cold junction (CJ) of
thermocouple input
Ambient temperature has fallen below -20°C.
(1) Reduce ambient temperature to the level provided in the environment
conditions for the product.
(2) If ambient temperature has not fallen below -20°C, inspect the
controller.
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Measuring range codes
Input type Code Measuring range (°C) Measuring range (°F)
*1 Thermocouple B: Accuracy guarantee is not applicable to 400°C (752°F) or below.
*2 Thermocouple K (Celsius, Fahrenheit), E, J, T, U:
Accuracy of indicated values below -100°C and -148°F is ± (1.5%FS + 1 digit).
*3 Thermocouple PL ll, U: Accuracy of indicated values is ± (1.5%FS + 1 digit + 1°C).
*4 Thermocouple K (Kelvin) accuracy temperature range:
10.0–30.0K: ±(2.0%FS + 1 digit + 1K) Provided the wire resistance is 10ȍor below
31.0–70.0K: ±(1.5%FS + 1 digit + 1K) Provided the wire resistance is 10ȍor below
71.0–350.0K: ±(1.0%FS + 1 digit + 1K)
*5 Thermocouple AuFe, Cr: Accuracy of indicated values is ± (1.0%FS + 1K).
*6 Thermocouple B, T: Accuracy of indicated values below these temperatures is
subject to wire resistance below 50ȍ:
B: 500°C (930°F)
T: -240°C (-400°F)
*7 Temperatures below -273°C (-459°F) are subject to scaleover display.
*8 With or without a decimal point is selectable for TC and Pt.
Note: Unless otherwise designated, the factory default settings are as follows:
Input range Standard/rating Measuring range
Multi-input Thermocouple K 0–1370°C
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Multi-input
Thermocouple
B *6
h i *1 0–1800°C 0–3300°F
R
hj
-50–1700°C 0–3100°F
S
hk
0–1700°C 0–3100°F
K
hl *2 -199.9–400.0°C -300–750°F
hm
0–1370°C 0–2500°F
E
hn *2 0–700°C 0–1300°F
J
ho *2 -200–600°C -320–1100°F
T *6
hp *2 -270–400°C -450–750°F
N
hq
0–1300°C 0–2300°F
PLll *3
ih
0–1300°C 0–2300°F
WRe5-26
ii
0–2300°C 0–4200°F
U *3
ij *2 -199.9–400.0°C -300–750°F
L
ik
0–600°C 0–1100°F
Kelvin K
il *4 10.0–350.0K
AuFe-Cr
im *5 0.0–350.0K
RTD Pt100
kl
-199.9–300.0°C -300–600°F
mV -10–50 mV oj
Scaling range: -1999–9999 Span: 9999 digits
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Names and functions of parts on front panel
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(1) Measured value (PV) display
(2) Target set value (SV) display
(3) Action display
(4) Operating keys
Name Function
(1) Measured value (PV) display 1) Measured value display LED (red)
• Displays current measured value (PV) on basic screen (screen 0-0).
• Displays type of parameter on each respective parameter display screen.
(2) Target set value (SV) display 2) Target value display LED (green)
• Displays current target value (SV) on basic screen (screen 0-0).
• Displays set values on each respective parameter setting screen.
(3) Action display Displays status of controller.
• RUN: Action display LED (green)
Off: Control halt status (STBY or RST)
On: Running by fixed value control status (FIX)
Flashing: Running by program control status (RUN)
• OUT: Control output (green)
For output by contact or SSR drive voltage:
Off: Output is OFF.
On: Output is ON.
For voltage/current output:
Off when output is 0% and On when output is 100%.
In other cases, flashes at intervals of 0.5 seconds (multiples of 0.5 sec.).
• AT: Auto tuning LED (green)
Off: Auto tuning not executed
On: Auto tuning standby
Flashing: Auto tuning being executed
• MAN: Manual control LED (green)
Off: Automatic control operating status
Flashing: Manual control operating status
• EV1: Event output 1 (orange)
• EV2: Event output 2 (orange)
Off: Event output is OFF.
On: Event output is ON.
(4) Operating keys : Parameter key
Displays the next screen in various screen groups.
:Downkey
Decrements set values.
:Upkey
Increments set values.
: Entry key
Confirms set values.
Displays various screen groups if no SV values are being modified on
the basic screen.
(17

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
ŶŶ
3
http://www.shimaden.co.jp
ʄ
For questions, please contact
YOUR LOCAL AGENT or
[email protected]
MSRS0-E53-A
Oct. 2018
Contents may be changed for improvements without notice.
Copyright© SHIMADEN CO., LTD. All rights reserved
SRS0 Series

Instruction manual
ڦ
Parameter schematic diagram
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Setting of various parameters
Display the various parameters, select the desired value through Ģ,ġkeys and confirm through ģkey.
ƔInput type and measuring range setting
Input type and scaling are set according to the sensor connected to this equipment.
By changing these parameters, registered data are initialized.
Example 1) When input is Pt100, 0.0–200.0°C: Example 2) When input is -10–50 mV DC, and scaling is -5.00–5.00:
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ࠉࠉ jm
ࠉࠉ h
0-0
5-0
ģ
Ğ

ࠉ ~
ࠉ hm
|
5-10
Basic screen
5 push
㻌Ģ or 㻌ġ
ࠉ kl
|
5-10
5-0

ࠉ ~
ģ
ࠉࠉ jm
ࠉࠉ h
0-0 Basic screen
Multiple push
Ğ
Multiple push

Change of setting is done in control halt condition.
(Switch to RST on the “0-1 Standby setting” screen. RUN lamp lights out.)

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Select Pt100, -199.9–300.0°C ( kl ) from Measuring range codes and input.
(Select [
kl ] through Ģ , ġ keys and confirm through ģ key.)

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When starting control operation, return to control operation condition.
(Return to the “0-1 Standby setting” screen and switch to RUN. RUN lamp lights.)
ࠉࠉ jm
ࠉࠉࠉ h
0-0
5-0
ģ

ࠉ ~
Ğ
Ğ
Ğ
Ğ
ࠉ hm
|
5-10
Basic screen
5 push
ࠉ oj
|
5-10
5-0

ࠉ ~
Basic screen
ģ
ࠉ jm
ࠉࠉࠉ h
0-0
ࠉࠉ rh
¦
5-14
mrh
¦
5-14
¦
ihrh
5-15
¦
ࠉ mrh
5-15
㻌Ģ or 㻌ġ
ࠉࠉ rh
 ࠉࠉ
5-16
㻌Ģ or 㻌ġ
ࠉ rhh
 ࠉࠉ
5-16
Multiple push
Ğ
Multiple push
3 push
㻌Ģ or 㻌ġ
㻌Ģ or 㻌ġ

Change of setting is done in control halt condition.
(Switch to RST on the “0-1 Standby setting” screen. RUN lamp lights out.)
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Select -10–50 mV ( oj ) from Measuring range codes and input.
(Select [
oj ] through Ģ , ġ keys and confirm through ģ key.)

Input the lower limit value of scaling.
(Select [
mrh ] through Ģ , ġ keys and confirm through ģ key.
If thermocouple or RTD, this screen will not be displayed.)
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Input the higher limit value of scaling.
(Select [
mrh ] through Ģ,ġkeys and confirm through ģkey.
If thermocouple or RTD, this screen will not be displayed.)
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Change the position of decimal point.
(Select the position of decimal point through Ģ,ġkeys and
confirm through ģkey.)
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When starting control operation, return to control operation condition.
(Return to the “0-1 Standby setting” screen and switch to RUN.
RUN lamp lights.)
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0-0
0-1 1-1
1-0
 ࠉ
ࠉ ~
 ࠉ
ࠉࠉ 
FIX initial
screen
FIX ON/OFF
5-0
ģģ
Ğ
Ğ
Ğ
Ğ
ģ䠇Ğ
0 screen group 1 screen group 2 screen group
2-1
i ࠉࠉ
ࠉࠉ uh
Proportional
band 1
Ğ
2-0
 ࠉ
ࠉ ~
PID initial
screen
ࠉ jm
ࠉࠉࠉ h
Basic screen
ࠉ 
Standby setting
ࠉ jm
ģ䠇Ğ
ģ䠇Ğ
Ğ ģ䠇Ğ
ģ
3 screen group
3-0

ࠉ ~
PROG initial
screen
Ğ ģ䠇Ğ
4 screen group
ģ
4-0
~
ࠉ ~
EV/DI initial
screen
~i¦
ࠉࠉ 
EV1 mode
4-1
Ğ ģ䠇Ğ
Ğģ䠇Ğ
ģ
5 screen group

ࠉ ~

ࠉ 
5-1
INIT initial
screen
Keylock
Ğ ģ䠇Ğ

ࠉࠉࠉ h
Start SV
value
Ğ ģ䠇Ğ
3-1
0-10
0-11
0-12
0-13
~i
jhhh
~j
qqq
| ࠉࠉ
ࠉ 
|
i
0-0 Basic screen
FIX event 1
(EV1 setting)
FIX event 2
(EV2 setting)
AT execution
Latching release
Ğ
Ğ
Ğ
Ğ
1-5
1-0 Initial screen
Ğ
¦
ࠉ 
Slope incremental
value
1-6
Ğ
¦
ࠉ 
Slope decremental
value
1-7

ࠉ ~
Slope unit
Ğ
Ğ
ģ䠇Ğ
ģ䠇Ğ
ģ䠇Ğ
Ģ䠇Ğ
1-8
¦
ࠉࠉ i
Slope scaling
factor
2-0 Initial screen
2-16
ihrh
¦j
Higher limit
liiter 2
2-14
j ࠉ
ࠉ rlh
Target value
function 2
2-13
j ࠉ
ࠉࠉ rh
Manual
reset 2
2-15
¦j
ࠉࠉ rh
Lower limit
limiter 2
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
ĞĢ䠇Ğ
Ğ
3-36
3-37
Ğ ģ䠇Ğ
¦ih
¦ih
h²hh
¦ih
ࠉࠉࠉ h
Step 10 SV
value
Step 10 time
Step 10
PID No.
ࠉࠉࠉ h
3-35
Ģ䠇Ğ
3-0 Initial screen
Ğ
ģ䠇Ğ
3-34
¦hq
ࠉࠉࠉ h
Step 9
PID No.
Ğ ģ䠇Ğ
 ࠉࠉ
DI mode
ࠉ 
Ģ䠇Ğ
4-0 Initial screen
Ğ
Ğ ģ䠇Ğ
4-13
Ğ ģ䠇Ğ
ģ
Screen always displayed by key operation, etc. Screen displayed when concerned optional item is added Screen which can be displayed by single push
Screen which can be displayed by multiple push
¦} ࠉ
ࠉࠉ kh
ࠉࠉ h
¦
ikoh
¦
5-5
5-6
5-2
5-3
5-4
Proportional
cycle time
SV limiter lower
limit value
SV limiter higher
limit value
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
| ࠉ
ࠉࠉ |
Output
characteristics

~
Hysteresis
mode
ࠉࠉࠉ h
¦
 shhh
¦
ࠉࠉ h
¦
ࠉ hm
|
ࠉࠉ 

5-7
5-8
5-9
5-10
5-11
PV bias value
PV slope
PV filter time
Measuring
range code
Input temperature
unit
5-12
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
ࠉࠉ h
¦
Measuring range
lower limit value
ࠉࠉ h
¦
Input scaling
lower limit value
5-13
5-14
¦
ikoh
Measuring range
higher limit value
Ğģ䠇Ğ
Ğ ģ䠇Ğ
Ģ䠇ĞĞ
Ğ ģ䠇Ğ
ࠉࠉ 
¦
¦
ikoh
ࠉࠉࠉ h
 ࠉࠉ
Program time
unit
Input scaling
higher limit value
Input decimal
point
ࠉ 
~
Transition to FIX upon
PROG end setting
5-15
5-16
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
5-17
5-18
Ģ䠇ĞĞ
5-0 Initial screen
Ğ ģ䠇Ğ
Ğ ģ䠇Ğ
~j¦
ࠉ 
EV2 latching
4-12
ࠉࠉ 
~j¦|
EV2 output
characteristics
4-10
ࠉ 
~j
EV2 delay
time
4-11
Screen to be shown or hidden according to the setting



ŶŶ
4
http://www.shimaden.co.jp
ʄ
For questions, please contact
YOUR LOCAL AGENT or
[email protected]
MSRS0-E53-A
Oct. 2018
Contents may be changed for improvements without notice.
Copyright© SHIMADEN CO., LTD. All rights reserved
SRS0 Series

Instruction manual
ڦ
Operation mode setting
This shows the setting method of operation mode, the PID control and ON/OFF (2-position) control.
ƔPID control mode
When shipped from our factory, PID control mode is set.
Execute auto-tuning (automatic PID calculation) according to the following procedures.
While in AT execution, AT lamp lights and system operation is actually executed. Execute under the
condition that all systems are operable.
When AT lamp lights out, it is a sign that AT has ended. After AT ends, P/I/D/MR parameter is overwritten
with the appropriate value.

ƔON/OFF (2-position) control mode
In switching to ON/OFF control mode, please set proportional band (P) to OFF.
Ğ
Basic screen
ࠉ jm
ࠉࠉ h
0-0
ࠉ ~
1-0
 ࠉ
2-0
 ࠉ
ࠉ ~
ģ
ģ
2-1
i ࠉࠉ
ࠉࠉ uh
2-2
i ࠉ
ࠉࠉ jh
㻌Ģ 㼛㼞㻌 㻌ġ
2-1
i ࠉࠉ
ࠉ 
Ğ
㻌Ģ 㼛㼞 㻌ġ
2-2
i ࠉ
ࠉࠉ ih












Set to OFF proportional band that corresponds to SV No.
(Select OFF through ġkey and confirm through ģkey.)
Set “hysteresis” while on ON-OFF operation.
(Select “hysteresis” through Ģ㧖ġkeys and confirm through ģkey.)

ƔOutput characteristics switching
This shows the switching setting method of control output characteristics.
Example) In switching control output from heating to cooling characteristics.
ࠉ jm
ࠉࠉ h
0-0

ࠉ ~
5-0
㻌ģ 5 push
| ࠉ
ࠉࠉ |
5-3
㻌Ģ or 㻌ġ
| ࠉ
ࠉࠉ |
5-3
㻌Ğ Multiple push

䕺㻌 Characteristics Code
Heating (humidification) characteristics:
 |
Cooling (dehumidification) characteristics:
 |






Changing control output characteristics from heating to cooling.
(Select
| through Ģ㧖ġkeys and confirm through ģkey.)

ƔMeasured value (PV) correction
This shows the correction method of measured value (PV).
Example) When making a subtraction correction by +1.0°C
ࠉ jm
ࠉࠉ h
0-0

ࠉ ~
5-0
ģ 5 push
¦
ࠉࠉ h
5-7
㻌Ģ or 㻌ġ
¦
ࠉ i
5-7
Ğ Multiple push










On the PV bias value setting screen, subtraction correction is made by +1.0°C.
(Select
  i by Ģ㧖ġkeys and confirm by ģkey.)
ڦ
Event output setting
This shows event action mode setting and action position setting method.
Before setting event action position, first set event action mode.
By changing event action mode, registered data related to the event are initialized.
Example) When measured value (PV) is target value (SV) + 10.0°C, event output 1 (EV1) is engaged.
When measured value (PV) is target value (SV) - 5.0°C, event output 2 (EV2) is engaged. Both EVs are
engaged at the hysteresis of 1.0°C.
Example) When measured value (PV) exceeds 100.0°C, event output 1 (EV1) is
operated at the hysteresis of 3.0°C.
EV1 higher limit deviation alarm action configuration









Set action mode of event output 1 (EV1) to higher limit absolute
value (
| ).
(Select
| through Ģ㧖ġkeys and confirm through ģkey.)
Set hysteresis of ON position and OFF position of event output 1.
(Select
k through Ģ㧖ġkeys and confirm through ģkey.)







Set action point of event output 1 at 100.0°C.
(Select i
hh through Ģ㧖ġkeys and confirm through ģkey.)
ƔEvent type codes (use in 4-1 screen and 4-7 screen)
EV1 higher limit deviation alarm action configuration EV2 lower limit deviation alarm action configuration

یEvent action mode
Refer to “Alarm action configuration” and “Event type codes.”






Set action mode of Event Output 1 (EV1) to higher limit deviation
alarm (
 ).
(Select
 through Ģ㧖ġkeys and confirm through ģkey.)

Set hysteresis of Event Output 1 ON position and OFF position.
(Select
i through Ģ㧖ġkeys and confirm through ģkey.)


Set Event 2 (EV2) action mode to lower deviation alarm (
 ).
(Select
 through Ģ㧖ġkeys and confirm through ģkey.)


Set hysteresis of Event Output 2 ON position and OFF position.
(Select
i through Ģ㧖ġkeys and confirm through ģkey.)








Set Event Output 1 action point at target value (SV) +10.0°C.
(Select
ih through Ģ㧖ġkeys and confirm through ģkey.)


Set Event Output 2 action point at target value (SV) -5.0°C.
(Select
  m through Ģ㧖ġkeys and confirm through ģkey.)
Code Types of event Remarks
  (non) No selection
  (Hd) Higher limit deviation alarm EV1 initial value
  (Ld) Higher limit deviation alarm EV2 initial value
  (od) Outside higher/lower limit deviation alarm
  (id) Inside higher/lower limit deviation alarm
 | (HA) Higher limit absolute value alarm
 | (LA) Lower limit absolute value alarm
  (So) Scaleover
  (run) RUN signal (program being executed)
i (rot1) Control output inverted output Only for contact output
 (StPS) Step signal Only for program control
 (PtnS) Pattern signal Only for program control
~ (EndS) Program end signal Only for program control
 (HoLd) Hold signal Only for program control
 (ProG) Program signal Only for program control
¦ (u_SL) Upslope signal Only for program control
¦ (d_SL) Downslope signal Only for program control
 | (GUA) Guarantee soak Only for program control
Action
zone
EV1
Hysteresis
OFF
ON
Low
temperature
High
temperature
+100°C
3.0°C
Ğ㻌Multiple push
jm
 h
0-0
0-12
|

Ģ or ġ
0-12
|



Basic screen
SVEV
Hysteresis
O
FF
ON
Low
temperature
High
temperature
Action
zone
1.0°C
-5°C
Action
zone
SV EV
Hysteresis
OFF
ON
Low
temperature
High
temperature
+10.0°C
1.0°C
T1810***
ģ4 push
jm
 h
0-0
~
~
4-0
Ğ㻌
~i¦
jh
4-2
~
~
4-0
ģ2 push
jm
h
0-0
ĞMultiple push
0-10
~i|
jhhh
0-10
~i|
ihh
Ģor ġ
~i¦

4-1
~i¦
|
4-1
Ģor ġ~i¦
 k
4-2
Ģor ġ
Å
ÅMultiple push
m
~i
ih
jm
~
~
4-0
jm
h
0-0
Basic screen
0-11
~j
qqq
0-11
~j
Ģor ġ
0-10
~i
jhhh
0-10
Ģor ġ
ĞMultiple push
ģ2 push
~j¦
4-8
jh
Ģor ġ~j¦
4-8
i
~j¦

4-7 Ģor ġ~j¦

4-7
~i¦
jh
4-2 Ģor ġ~i¦
i
4-2
~i¦

4-1

Ğ
ģ4 push
Å
ÅMultiple push
Å
ÅMultiple push
Å
0-0
~
4-0
4-1
Ģor ġ
~
h
~i¦