Shimaden SRS0 Series, Instruction Manual

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3
http://www.shimaden.co.jp
ʄ
For questions, please contact
YOUR LOCAL AGENT or
exp-dept@shimaden.co.jp
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
ڦ
Setting of various parameters
Display the various parameters, select the desired value through
Ģ
,
ġ
keys and confirm through
ģ
key.
Ɣ Input 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:
ࠉࠉ jm
ࠉࠉ h
0-0
5-0
ģ
Ğ
“–“š
ࠉ ‰~š
ࠉ hm
™|–€
5-10
Basic screen
5 push
㻌 Ģ
or
㻌 ġ
ࠉ kl
™|–€
5-10
5-0
“–“š
ࠉ ‰~š
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.)
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.)
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
“–“š
ࠉ ‰~š
Ğ
Ğ
Ğ
Ğ
ࠉ hm
™|–€
5-10
Basic screen
5 push
ࠉ oj
™|–€
5-10
5-0
“–“š
ࠉ ‰~š
Basic screen
ģ
ࠉ jm
ࠉࠉࠉ h
0-0
ࠉࠉ rh
‰¦
5-14
žmrh
‰¦
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.)
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 [
žmrh
] through
Ģ
,
ġ
keys and confirm through
ģ
key.
If thermocouple or RTD, this screen will not be displayed.)
Input the higher 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.)
Change the position of decimal point.
(Select the position of decimal point through
Ģ
,
ġ
keys and
confirm through ģ key.)
When starting control operation, return to control operation condition.
(Return to the “0-1 Standby setting” screen and switch to RUN.
RUN lamp lights.)
0-0
0-1 1-1
1-0
“ ࠉ
ࠉ ‰~š
“ ࠉ
ࠉࠉ —–
FIX initial
screen
FIX ON/OFF
5-0
ģ ģ
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 ‰~š
PID initial
screen
ࠉ jm
ࠉࠉࠉ h
Basic screen
ࠉ ™‰š
Standby setting
ࠉ jm
ģ 䠇 Ğ
ģ 䠇 Ğ
Ğ ģ 䠇 Ğ
ģ
3 screen group
3-0
‡™—€
ࠉ ‰~š
PROG initial
screen
Ğ ģ 䠇 Ğ
4 screen group
ģ
4-0
~Œ‘“
ࠉ ‰~š
EV/DI initial
screen
~i¦•
ࠉࠉ ‘
EV1 mode
4-1
Ğ ģ 䠇 Ğ
Ğ ģ 䠇 Ğ
ģ
5 screen group
“–“š
ࠉ ‰~š
—„
ࠉ —
5-1
INIT initial
screen
Keylock
Ğ ģ 䠇 Ğ
‰š‰Œ
ࠉࠉࠉ h
Start SV
value
Ğ ģ 䠇 Ğ
3-1
0-10
0-11
0-12
0-13
~i‘
jhhh
~j ‘
qqq
|š ࠉࠉ
ࠉ —
|’
™‰ši
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
Ğ Ģ 䠇 Ğ
Ğ
3-36
3-37
Ğ ģ 䠇 Ğ
‰¦ih
š¦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
‰Œ¦
ikoh
‰Œ¦
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
|š ࠉ
ࠉࠉ ™|
Output
characteristics
‘•‘
~–š Hysteresis
mode
ࠉࠉࠉ h
‡Œ¦
shhh
‡Œ¦‰
ࠉࠉ h
‡Œ¦
ࠉ hm
™|–€
ࠉࠉ 
‹–“š
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
Ğ ģ 䠇 Ğ
Ğ ģ 䠇 Ğ
Ģ 䠇 Ğ Ğ
Ğ ģ 䠇 Ğ
ࠉࠉ •
š¦›–
‰¦
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 Ğ Ğ
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