Fuji Electric PUM - Multi-loop back of panel temperature and

Fuji Electric PUM - Multi-loop back of panel temperature and
&UJI)NSTRUMENTATION#ONTROL
PUM Series
-ULTILOOPMODULETYPE4EMPERATURECONTROLLER
Smart!
Optimum multiple-zone control
PLC function (by plug-in module)
Program-less host communication
User friendly!
Detachable terminal
Simple loader operation
Fast!
High-speed data communication
(230.4kbps )
High-speed data sampling
ECNO:1162
PUM Series
Multi-loop module type Temperature controller
FEATURES
Smart!
Heater break alarm CT
(8 points)
Optimum multi-zone control
2
3
4
PHASE
HEATERBREAK
ALARM
!BREAKINATHREEPHASE
HEATER CAN BE DETECTED
WITH USING POINTS #4
PERCHANNEL
/URORIGINALALGORITHMMAINTAINSSTABLEANDHIGHLYPRECISE
TEMPERATURECONTROLINMULTIPLEZONESWHEREINTERFERENCE
ISUNAVOIDABLE
/PTIMUMMULTIZONECONTROL
0)$CONTROL
A
HEATER
Integration of PLC function
%XPANSIONDIGITAL
)/CAPSULE
UNITSMAX
<Now developing>
$IGITAL)/SIGNALPROCESSING
UPTOKSTEPSAND
POINTSISALLOWED
High-speed
communication
with upper device
(IGHSPEED
COMMUNICATIONIS
POSSIBLEBECAUSE
ITISONLYASSIGNED
IMPORTANTDATA
-%,3%#1SERIES
06
36
∼
0
)
0,#OPERATION
CONTROL-ODULE
User friendly!
#OMMUNICATIONDATAS-!0
0,#MEMORY
2EAD
7RITE
06
36
∼
0
)
Fast!
Detachable terminal
structure
High-speed communication with
upper device
4HETERMINALISATTACHABLE
AND DETACHABLE WITHOUT
USINGASCREWDRIVER
7IRING TIME FOR MAINTE
NANCEISREDUCEDSUBSTAN
TIALLY
9OUCANRESTEASYWITHTHEMULTILOOPCONTROL
LERBECAUSEHISPEEDCOMMUNICATIONWITH
KBPSANDNOTIMELAG
230.4
PUM
series
Simple loader on the
Personal Computer
3IMPLELOADERISAVAILABLETO
CHANGEALLMODULEPARAMETER
SETTINGWITHOUTCHANGINGEACH
LOADERCONNECTION
KBPS
#OMMUNICATIONSPEED
082
08'
SV1…SV
125…130 16
High-speed sampling time
MSECSAMPLINGTIMEENABLEITTOAPPLYTO
NOTONLYTEMPERATUREMEASUREMENTBUTALSO
PROCESSMEASUREMENTSUCHASPRESSURECON
TROLANDFLOWCONTROLETC
4RANSMITTER
Easy to attach to the DIN rail
)NVERTER
)TISEASYTOATTACHEDTHE$).
RAILBYBACKSIDELOCKTAB
4HEBACKSIDELOCKTABCAN
CONNECTEACHMULTILOOPCON
TROLLER
0IPE
2
P
PUM Series
Multi-loop module type Temperature controller
APPLICATIONS
Case 1
Input/output device of I/O units in programmable logic controller
<Integrated PLC type> Now developing
<Separated PLC type>
4EMPERATURECONTROLLER
NETWORKBY5'SERIES
0ROGRAMMABLE
/PERATION$ISPLAY
Case 2
#ONTROL-ODULE
0,#TYPEOPERATION-ODULE
∼
∼
-EASURED
VALUES06
$ISPLAYED
VALUES!,
0ROGRAMMABLE
/PERATION$ISPLAY
#ONTROL-ODULE
%VENTINPUTOUTPUT-ODULE
&UJIS0,#
OR
!NOTHERMAKERS0,#
∼
∼
-EASURED
VALUES06
$ISPLAYED
VALUES!,
Temperature controller 㻃
<Multi Temperature controllers type>
4EMPERATURECONTROLLER
0ROGRAMMABLE NETWORKBY5'SERIES
/PERATION$ISPLAY
<Reflow soldering device>
#ONTROL-ODULE
%VENTINPUTOUTPUT-ODULE
0ROGRAMMABLE/PERATION$ISPLAY
-ITSUBISHIS0,#
#OMMUNICATION-ODULE
#ONTROL-ODULE
0ROGRAMLESSHOST
COMMUNICATION
∼
-EASURED
VALUES
2EFLOW
SOLDERING
DEVICE
∼
$ISPLAYEDSETTING
VALUES!,
4EMPERATURECONTROL
!IRFANCONTROL
<Oven or dryer for Flat panel display of LCD>
/PTIMUMMULTIPLE
nZONECONTROLSIMULATOR
0ROGRAMMABLE/PERATION$ISPLAY
4EMPERATURECONTROLLER
NETWORKBY5'SERIES
Oven
4EMPERATURE
CONTROL
/PTIMUMMULTIPLE
nZONECONTROLLER
#OMMUNICATION-ODULE
#ONTROL-ODULE
&LATTEMPERATUREOFPLATE
CONTROLFOR&0$
0ROGRAMMABLE
/PERATION$ISPLAY
0ROGRAMMABLE
/PERATION$ISPLAY
-ITSUBISHIS0,#
&UJIS0,#
ORANOTHER0,#
0LASTICEXTRUSIONMACHINE
#OMMUNICATION-ODULE
#ONTROL-ODULE
0LASTICINJECTIONMACHINE
##,).+
4EMPERATURECONTROL
3YNCHRONOUS2ISING4EMPERATURE
(ISPEEDCOMMUNICATION
KBPS
(EAT#OOLCONTROL
#OMMUNICATION-ODULE
#ONTROL-ODULE
)NVERTER
0RESSURECONTROLFORPLASTIC
<Plastic injection machine>
<Plastic extrusion machine>
3
PUM Series
Multi-loop module type Temperature controller
VARIATIONS
Kind
Temperature control
Control Module
Digital input/output
Event input/output
Module
Type
See
page
PLC operation
control Module
PUMA/B
Type
15
PUMV
PUMN
Features
˜«ÕÌÃʅ>ÛiÊ{Ê«œˆ˜ÌÃ
Analog output
Module
18
/RIGINAL#ONTROLLER .OWDEVELOPING
Analog input
Module
16
Support Tools
Analog input/output <Now developing>
Features
˜«ÕÌÃʅ>ÛiÊ{Ê«œˆ˜ÌÃÊ>˜`Ê
"ÕÌ«ÕÌÃʅ>ÛiÊ{Ê«œˆ˜ÌÃ
PUMT
Features
"ÕÌ«ÕÌÃʅ>ÛiÊ{Ê«œˆ˜ÌÃ
Peripheral instrument
21
Communication
PUMCL
##,).+
#OMMUNICATION-ODULE
ˆÀiVÌÊ>``ÀiÃÃʓ>«Êœ˜ÞÊvœÀÊ
ˆÌÃÕLˆÃ…ˆ½ÃÊ*
°,i`ÕV̈œ˜ÊœvÊޜÕÀÊ
«Àœ}À>““ˆ˜}ÊܜÀŽÊvœÀʈÌÃÕLˆÃ…ˆ½ÃÊ
*
°
Programming
Loader on Personal
computer
Features
>ÃÞÊÃiÌ̈˜}Ê>˜`ÊÕÃiÀÊvÀˆi˜`Þ
10
Optimum multiplezone controller
Features
"«Ìˆ“ՓʓՏ̈‡âœ˜iÊVœ˜ÌÀœÊ
LÞÊՍˆ½ÃʜÀˆ}ˆ˜>Ê>}œÀˆÌ…“
33
34
Thyristor Units
Features
ˆ}…Ê«iÀvœÀ“>˜ViÊ«œÜiÀÊ
Vœ˜ÌÀœÊ՘ˆÌÃ
Features
-
ÊÜvÌÜ>Ài]ÊiÝ>“«i
22
23
Accessory
Features
SPB Series
11
Automation
Software
-ITSUBISHI0,#S-ODULE PUMCM
WITHPROGRAMLESS
COMMUNICATIONS
<Now developing>
Features
1«Ê̜ÊÎääÊ«œˆ˜ÌÃÊ"ÊV>˜ÊLiÊ
iÝ«>˜`i`°Ê
Features
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Vœ˜ÌÀœÊ˜iÌܜÀŽ
20
<Now developing>
Features
œ““Õ˜ˆV>̈œ˜Êëii`Ê`>Ì>Ê
܈̅ʣäL«Ã
Expansion digital
I/O capsule
Programmable
Operation Display
PUMCR
(ISPEED23
#OMMUNICATION-ODULE
Features
œ““Õ˜ˆV>̈œ˜Êëii`Ê`>Ì>Ê
܈̅ÊÓÎä°{ŽL«Ã
ˆ‡Ã«ii`ʜÀˆ}ˆ˜>ÊVœ““Õ˜ˆV>‡
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Features
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none
Features
nÊ«œˆ˜ÌÃÊ>>À“Ê"ʜÕÌ«ÕÌ
nÊ«œˆ˜ÌÃÊʈ˜«ÕÌÊvœÀÊiÝÌiÀ˜>Ê
Ã܈ÌV…ˆ˜}ÊVœ˜ÌÀœ
none
PUME
PLC <Now developing>
12
See
page
PUMP
<Now developing>
Features
˜«ÕÌÃʅ>ÛiÊÓV…ÊœÀÊ{V…ÊÌÞ«i
·«…>ÃiÊi>ÌiÀÊLÀi>ŽÊ
`iÌiV̈œ˜Ãʅ>ÛiÊi>V…ÊV…°Ê
­œ«Ìˆœ˜®
Analog input &
output Module
4
Kind
・/iÀ“ˆ˜>̈˜}ÊÀiÈÃÌ>˜ViÊvœÀÊ
,-‡{nx
・ ÊÀ>ˆÊi˜`Ê«>ÌiÊ
・
œ˜˜iV̜À½ÃÊVœÛiÀÊÈ`i‡Lއ
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・/iÀ“ˆ˜>ÊVœÛiÀʜvÊvÀœ˜Ì
11
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・
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/
PUM Series
Multi-loop module type Temperature controller
SELECTION FLOW for SYSTEM CONSTRUCTION
How to select the SYSTEM for your needs, below
to
.
finished all modules
Do you need
programless
communication?
Do you use CC-LINK
communications?
No
Yes
Do you need Hi-speed
data communication with
230.4kbp?
No
Yes
Yes
Do you need PLC operation
under 16k steps capacity?
Yes
No
Do you need PLC operation
under 16k steps capacity?
No
Yes
OFSYSTEMCONSTRUCTION
OFSYSTEMCONSTRUCTION
ÝÌi˜Ãˆœ˜ÊVœ““Õ˜ˆV>̈œ˜Ê>˜`Ê
˜Ìi}À>Ìi`Ê*
Ê.OWDEVELOPING
Extension communication
type
Page 7
Page 7
No
OFSYSTEMCONSTRUCTION
Integrated PLC type
OFSYSTEMCONSTRUCTION
Basic system
(Now developing)
Page 6
Page 5, 6
SYSTEM CONSTRUCTION FOR EXAMPLE
Basic system (minimum system construction)
・In case of minimum system construction, 4ch or 2ch
・RS-485 communication is standard, not option
*Use PUMB for heating and cooling control
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1««iÀÊVœ““Õ˜ˆV>̈œ˜
0,#
0ROGRAMMABLE
/PERATING$ISPLAY
0#
6DCPOWERSUPPLY
23WITHKBPSMAXIMUM
INPUT OUTPUT
5
PUM Series
Multi-loop module type Temperature controller
Basic system (maximum system construction)
・When you use analog input/output, or digital input/output in addition to 4ch/2ch Module.
・You can construct up to 16 units for control, and analog input/output type (control module, analog input/output) plus up to 16
units for digital input/output type (event module).
・Setting St. numbers is necessary for internal communications.
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UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPE
MAXIMUM
1««iÀÊVœ““Õ˜ˆV>̈œ˜
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/PERATING$ISPLAY
0,#
0#
INTERNALBUS
6DCPOWERSUPPLY
23WITHKBPSMAXIMUM
ANALOGINPUT・ANALOGOUTPUT
DIGITALINPUT・DIGITALOUTPUT
Integrated PLC type (Now developing)
・In the case of PLC function system construction
・Up to 300 points I/O is possible with using an expansion units.
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UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPE
MAXIMUM
SPECIALCABLE
23WITHKBPSMAXIMUM
1««iÀÊVœ““Õ˜ˆV>̈œ˜
INTERNALBUS
0#
0,#
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Vœ˜ÌÀœÊ“œ`Տi
ANALOGINPUT・ANALOGOUTPUT
0ROGRAMMABLE/PERATING$ISPLAY
6
6DCPOWERSUPPLY
DIGITALINPUT・DIGITALOUTPUT
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PUM Series
Multi-loop module type Temperature controller
Enhanced communication type (Now developing except for CC-LINK communication type)
・Performing high-speed communication (230.4kbps), CC-LINK communication, and PLC program-less communication.
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23WITHKBPSMAXIMUM
UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPE
MAXIMUM
1««iÀÊVœ““Õ˜ˆV>̈œ˜
0,#
0ROGRAMMABLE
/PERATING$ISPLAY
0#
INTERNALBUS
˜…>˜Vi`
Vœ““Õ˜ˆV>̈œ˜
“œ`Տi
ANALOGINPUT・ANALOGOUTPUT
6DCPOWERSUPPLY
DIGITALINPUT・DIGITALOUTPUT
Enhanced communication and Integrated PLC (Now developing)
・In case of PLC functions system construction with enhanced communication module.
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UNITSOF%VENTTYPE
MAXIMUM
SPECIALCABLE
23WITH
KBPSMAXIMUM
1««iÀÊVœ““Õ˜ˆV>̈œ˜
INTERNALBUS
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0,#
˜…>˜Vi`
Vœ““Õ˜ˆ‡
V>̈œ˜
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Vœ˜ÌÀœÊ“œ`Տi
ANALOGINPUT・ANALOGOUTPUT
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DIGITALINPUT・DIGITALOUTPUT
6DCPOWERSUPPLY
0ROGRAMMABLE/PERATING$ISPLAY
7
PUM Series
Multi-loop module type Temperature controller
COMMUNICATION MODULE
1-1 Modbus protocol Communications (lateral connections of a maximum of 16 modules)
Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units maximum.
UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPE
MAXIMUM
Upper communication
0,#
0ROGRAMMABLE
/PERATING$ISPLAY
0#
RS-485 with 115.2kbps maximum
1-2 Modbus protocol Communications (distributed allocations)
Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units maximum.
#ONTROLTYPE!NALOGTYPESERIES
%VENTTYPE
#ONTROLTYPE!NALOGTYPESERIES
%VENTTYPE
Upper communication
0,#
0ROGRAMMABLE
/PERATING$ISPLAY
0#
RS-485 with 115.2kbps maximum
Maximum 32 blocks with
Analog type Module and
Event type Module
2-1 Hi-speed RS-485 Communications by Modbus protocol (Extension communication module)
Analog I/O Module or Control Module are 1024 points.
(ISPEED23
#OMMUNICATIONS-ODULE
UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPE
MAXIMUM
UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPE
MAXIMUM
Upper communication
0,#
0ROGRAMMABLE
/PERATING$ISPLAY
0#
RS-485 with 230.4kbps
maximum
or RS232-C
Maximum numbers are 16 units
(1024 points of control I/O or
analog I/O )
8
(ISPEED23
#OMMUNICATIONS-ODULE
PUM Series
Multi-loop module type Temperature controller
3-1 CC-Link protocol Communications (continuance connections by maximum)
Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units maximum.
-ITSUBISHIS0,#
%XTENSION#OMMUNICATIONS-ODULE
FOR##,).+
UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPE
MAXIMUM
CC-LINK 10Mbps maximum
3-2 CC-Link protocol Communications (distributed allocations)
Control Module, Analog I/O Module are 64 units maximum
%XTENSION#OMMUNICATIONS-ODULE
FOR##,).+
#ONTROLTYPE!NALOGTYPESERIES
%VENTTYPE
-ITSUBISHIS0,#
CC-LINK 10Mbps
maximum
%XTENSION#OMMUNICATIONS-ODULE
FOR##,).+
#ONTROLTYPE!NALOGTYPESERIES
64ch mode (4 by 4 mode)
%VENTTYPE
4-1 Mitsubishi's PLC with programless communications *Now developing
Control Module, Analog I/O Module are 16 units maximum and Event I/O Module are 16 units maximum.
%XTENSION#OMMUNICATIONS-ODULE
FOR0,#SPROGRAMMABLELESS
UNITSOF#ONTROLTYPE
!NALOGTYPESERIESMAXIMUM
UNITSOF%VENTTYPEMAXIMUM
-ITSUBISHIS0,#-%,3%#1
RS-485 with 230.4kbps
maximum
Or
RS232-C
9
PUM Series
Multi-loop module type Temperature controller
LOADER SOFTWARE
PUM series are prepared by 2-type loader software. One is each Module, and another one is only PLC operation control
module. This software is supported by windows PC.
Basic Loader for Control Module, Analog I/O Module, and Event I/O Module
It is available to download for FUJI’s HP. This URL is http://www.fic-net.jp
SMART LOADER
You can set the all modules with the loader ports on the control modules without replacing cables. You can grasp the whole
control conditions easily by monitoring parameter display, setting, and control conditions.
EASY LOADER
You can operate this software without having the instruction manual !
This software has PULL DOWN MENU, and detailed online help.
Editing display is tree style, and it is easy to search your parameter needs.
BILINGUAL LOADER
English version and Japanese version be selected initial configurations.
PARTNER SETTINGS and NAMES OPTIMIZE TO MEET CUSTOMER'S REQUIREMENT
If you can use “favorite function” on software, it is easy to access time important parameters. It can charge the name of each
parameters at any time.
>ÈVÊv՘V̈œ˜ 3ETTINGDISPLAYINGEDITINGTHEPARAMETERS
$ISPLAYTHECONSTRUCTIONOFALLMODULES
$!4!TRENDING
5TILITYFUNCTIONCOPYTHESAMEPARAMETERSPRINTINGAND
SAVINGDATABY#36lLES
#OMMUNICATIONS5PLOAD$OWNLOAD
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PUM Series
Multi-loop module type Temperature controller
THYRISTOR UNITS
Feature
1
2
3
4
5
6
All units are EC compliance. UL approval is available.
Outline shape is compact. You can use control panel space with minimum size.
Low electrical switching noise for using the burst firing control mode other control mode.
The front cover is same as terminal cover.
Digital control device because this thyristor units have micro-processor inside.
Light-weight plastic cover and molding structure.
Series Model
These are 3 model in this thyristor units.
<single-phase>
1 Low-end grade PT3000S-1PH
2 Standard grade PT3000M-1PH
3 HI-end grade
PT3200
<three-phase>
1 Low-end grade PT3000S-3PH
2 Standard grade PT3000M-3PH
3 HI-end grade
PT3000-E, Multidrive
Citect SACDA SOFTWARE
Feature
1
2
3
4
5
6
Citect can support your system development by expanding function, reliability, great visual.
The perfect redundant functions, HMI, Server client, duplication of LAN, these functions are standard.
Hi-speed access to huge data-base with low load of CPU working.
The small system for 75 points below is matching, and the large system for 400,000 points over is possible.
It is not need to stop the operating system now for change expansion function.
License’s up-grade is available
Trend display
It is possible for trend sampling method that cyclic type or situation of event causing type.
The sampling interval is setting from 10ms to 24 hours.
It is possible to change the area and
graphic mode until execute the trending.
If you can push “zoom button”, expand the
your selecting area.
Clip-board copy function can be pasted the
spread-sheet data on third-party software.
Trending display of Citect SCADA can
add more trend-pen when the project is
now executing.
If you can push “trend statistics button”,
display the minimum, maximum,
average, and standard deviation.
The trending data is able to be printed that the color is direct
impression display, or mono-tone display. It is possible to
compose the trending figure on the Citect’s report.
11
PUM Series
Multi-loop module type Temperature controller
Specifications of PUM series
■Control Module Type : PUMA/B
■Process value input
■Control output
No. of input
ORPOINTSPOINTCHANNEL
No. of output
POINTSPOINTCHORPOINTSPOINTSCH
Input signal
3ELECTFROMGROUP)OR))ONTHEMODELCODESETTING
CANBEDONEACCORDINGTOCHANNELWITHINGROUP
'ROUP)4HERMOCOUPLE
2ESISTANCEBULBWIRE0T*0T
'ROUP))$#VOLTAGECURRENT
$#TO6$#TO6$#TO6$#TO
6
$#TOM!$#TOM!
Control output
behavior
(EATREVERSEACTIONORCOOLDIRECTACTIONORHEAT
COOLCONTROLOUTPUTPOINTSLOOPREQUIRED
Output type
3ELECTEDFROM①TO③BYCHANNELS
①2ELAYCONTACTOUTPUT
0ROPORTIONALCYCLETOSEC
#ONTACTSTRUCTUREA3034CONTACT
#ONTACTCAPACITY6AC6DC!RESISTANCE
LOAD6AC6DC!INDUCTIVELOAD
②33233#DRIVEOUTPUT
0ROPORTIONALCYCLETOSEC
-INIMUMRESOLUTIONMS
/.VOLTAGE6DCTO6DC
/&&VOLTAGE6DCORLESS
-AXCURRENTM!DCPERPOINT
,OADRESISTANCEOHMORMORE
)NSULATION.OINSULATIONWITHANYOTHEROUTPUT
EXCLUDINGRELAYOUTPUT
&UNCTIONALINSULATIONWITHOTHERSTHANTHOSE
ABOVE
③#URRENTOUTPUTTOM!DCTOM!DC
!CTUALOUTPUTRANGEM!TOM!DC
!CCURACY¢&3LESSTHANM!¢&3
,INEARITY¢&3LESSTHANM!¢&3
2ESOLUTIONORMORE
2IPPLECURRENT00M!ORLESS
,OADRESISTANCEOHMORLESS
)NSULATION.OINSULATIONWITHANYOTHEROUTPUT
EXCLUDINGRELAYOUTPUT
&UNCTIONALINSULATIONWITHOTHERSTHANTHOSE
ABOVE
4HEPOWERCURRENTINPUTISEXTERNALINOHMRESISTANCE)TgS
INPUTOF$#TO6OR$#TO62ANGE
i>ÃÕÀi“i˜ÌÊÀ>˜}iÊ 3EETABLE
>˜`ʈ˜«ÕÌÊÌÞ«i
Measurement
accuracy
(Ta=23°C)
4HERMOCOUPLE¢&3¢DIGIT¢DEGREE#OR¢
DEGREES#WHICHEVERISGREATER
5NLESS
"THERMOCOUPLETODEGREES#
¢&3¢DIGIT¢DEGREE#
2THERMOCOUPLETODEGREES#
¢&3¢DIGIT¢DEGREE#
4THERMOCOUPLETODEGREE#
¢&3¢DIGIT¢DEGREE#
2ESISTANCEBULBINPUT¢&3¢DIGITOR¢
DEGREE#WHICHEVERISGREATER
6OLTAGE#URRENTINPUT¢&3¢DIGIT
Resolution
3EETABLE
Temperature
fluctuation
¢&3DEGREES#
Input sampling
cycle
MS
Input impedance
4HERMOCOUPLE-OHMORMORE
#URRENTINPUTOHM
6OLTAGEINPUTAPPROX-OHM
Influence of signal 4HERMOCOUPLE¢&3¢DIGITOHM
source resistance 6OLTAGEINPUT¢&3¢DIGITOHM
■Analog re-transmission output
No. of output
POINTS/54/54APPLIED
Output type
#URRENTOUTPUTTOM!DCTOM!DC
/UTPUTSCALING
Allowable wiring
resistance
2ESISTANCEBULBOHMORLESSPERWIRE
Option
Allowable input
voltage
$#VOLTAGEINPUTWITHIN¢6
#URRENTINPUTWITHIN¢M!
4HERMOCOUPLERESISTANCEBULBWITHIN¢6
■RS-485 interface
Communication
standards
23COMPATIBLE
Noise rejection
ratio
.ORMALMODED"ORMORE(Z
#OMMONMODED"ORMORE(Z
BETWEENPROCESSVALUEINPUTANDEARTHGROUND
POWERSUPPLYOUTPUT6AC(Z
No. of port
PORT
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Input
compensation
A5SERADJUSTMENTZEROPOINTSPANPOINT¢&3
B06SHIFT¢&3
C&IRSTORDERLAGlLTERTOSEC
Communication
speed
KKKKBPS
Communication
distance
KMKBPSORLESSMKBPS
Recommended
cable
+0%63"SQEQUIVALENT
Over range, under /UTOFRANGEOFTO&3!CCURACYCANNOTBE
range
ENSUREDFORTOTO&3
Insulation
&UNCTIONALINSULATIONBETWEENCHANNELSANDWITH
ANYOTHERINPUTOUTPUT
■Heater break detector (CT) input
No. of connectable UNITSMASTERANDSLAVEUNITSIFANYMODULES
units
OTHERTHAN05-SERIESAREINCLUDEDINSLAVES
Data format
$ATABITPARITYEVENODDNONE
ORPOINTSPOINTSCONTROLCH
Protocol
-ODBUS245COMPATIBLE
Input type
3INGLEPHASETYPE#4POINT
TO!#4,3(
TO!#4,3
Insulation
.OINSULATIONWITHLOADERCOMMUNICATIONPORT#4
INPUT&UNCTIONALINSULATIONWITHANYOTHERINPUT
OUTPUT
Current detection
accuracy
)NPUTVALUE¢OR¢!WHICHEVERISGREATER
Time required for
detection
/.DETECTIONMSORMORE
/&&DETECTIONSECORMORE
Connection
method
#ONNECTORFORHEATERBREAKDETECTOR;ONTHEFRONTOF
MODULE=
Insulation
.OINSULATIONBETWEENCHANNELS
.OINSULATIONWITHCOMMUNICATIONPORT23LOADER
No. of input
12
PUM Series
■Loader communication (RS-232C) interface
Multi-loop module type Temperature controller
■Structure
Communication
standards
23#COMPATIBLE
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
No. of port
PORT
Case color
#ASERED4ERMINALBASEPARTBLACK
Communication,
synchro method
(ALFDUPLEXASYNCHRONOUSCYCLE
Protection
Communication
speed
KBPSlXED
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Data format
$ATABITNOPARITY
Dimensions
Protocol
-ODBUS245COMPATIBLE
7™(™$MMEXCLUDINGTERMINAL
COVERANDPROJECTEDPART
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
Weight
!PPROXG
Insulation
.OINSULATIONWITH23#4INPUT&UNCTIONAL
INSULATIONWITHANYOTHERINPUTOUTPUT
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWS
INSIDEACABINET
Extend terminal
・0ROCESSVALUEINPUTCONTROLOUTPUT$ETACHABLE
TERMINALBLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONCONNECTION4ERMINAL
BLOCKONTHEBASEPART-SCREWXTERMINALS
23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・#4INPUT3PECIALCONNECTORSPIN™PCS;ON
THEFRONTOFTHEMODULE=
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
■Control functions
Control methods
0)$CONTROLINCLUDING&5::90)$CONTROL0)$
CONSTANT3ETBYAUTOTUNING
0)$(EATCOOLCONTROLINCLUDING&5::90)$
CONTROL0)$CONSTANT3ETBYAUTOTUNING
Control parameter 0ROPORTIONALBAND0TO0
POSITIONCONTROL/.
)NTEGRATIONTIME)SECTOSEC)
)NTEGRATION/&&
$ERIVATIONTIME$TOSEC$
$ERIVATION/&&
#ONTROLCYCLEMS
Control mode
-ODETYPE!UTO-ANUAL2EMOTE
-ODESWITCHING!UTO⇔-ANUALBALANCELESS
BUMPLESSTRANSFER
!UTO-ANUAL⇒2EMOTEBALANCEBUMPLESSTRANSFER
!UTO-ANUAL 2EMOTEBALANCEBUMPLESSTRANSFER
⇒
■Alarm function
Alarm type
Alarm output
06VALUE,OWERUPPERLIMITABSOLUTEDEVIATION
VALUERANGE
,OOPBURNOUTALARM%RRORALARMETC.ON
EXCITATIONDELAYLATCHTIMERFUNCTIONALSOAVAILABLE
$ATAOUTPUTVIACOMMUNICATIONOROUTPUTFROMEVENT
INPUTOUTPUTMODULE
■General specification
Power supply
6DC¢
Power
consumption
-AX7M!;WHEN6DCISAPPLIED=
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Memory backup
.ONVOLATILEMEMORY%%02/-
.OOFUPDATE
Insulation
resistance
-ΩORMORE6DC
Insulation block
diagram
■Heater break alarm
No. of alarm
set-points
ORPOINTSPOINTSCONTROLCHANNEL
Alarm type
$ETECTWHENOUTPUT/.BREAKDETECTION
$ETECTWHENOUTPUT/&&LEAKAGECURRENTDETECTION
SETTINGCANBEDONESEPARATELYBYPOINT
Heater current
alarm
$ETECTABLECURRENTRANGE!TO!
$ETECTEDCURRENTRESOLUTION!
3ETTINGRESOLUTION!
/PERATIONDEADBANDTO!
Alarm output
$ATAOUTPUTVIACOMMUNICATIONOROUTPUTFROM
EVENTINPUTOUTPUTMODULE
■Display, configuration
Display
3TATUSDISPLAY,%$COLORSXPOINTS
Display contents
25.&!5,4234828/54%22BYLOOP
LOOPS
Setting device
2OTARY37X
Set contents
233TATION.O3TATION.OSETTINGVALUE
3TATION.OSETTINGVALUE
0OWER
06
,OADERCOMMUNICATIONPORT
23COMMUNICATIONPORT
#4)NPUT#4!"#4!"
06
/54RELAYCONTACTOUTPUT
/54332DRIVECURRENT
/54332DRIVECURRENT
/54332DRIVECURRENT
/54332DRIVECURRENT
/54RELAYCONTACTOUTPUT
/54RELAYCONTACTOUTPUT
06
06
/54RELAYCONTACTOUTPUT
"ASICINSULATION6!#=&UNCTIONALINSULATION6!#−&UNCTIONALINSULATION6!#
■Normal operating condition
Ambient
temperature
TODEGREES#
Ambient humidity
2(ORLESSNONCONDENSING
Vibration
TO(ZMS'ORLESS
Warmup time
MINORMORE
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
■Transporting, storage conditions (packing conditions)
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
13
PUM Series
Multi-loop module type Temperature controller
[Table 1] Input type and standard nput range
Input type
Input Measurement range Min. measurement
code [degree C]
[degree C]
2ESISTANCE
BULB)%#
0TOHM
4HERMOCOUPLE *
+
$#VOLTAGE
2
"
3
4
%
.
0,ŸⅡ
$#6
$#6
$#6
$#6
TO TO TO TO TO TO TO TO
TO
TO
TO
TO TO TO
TO
TO
SCALINGRANGE
Ÿ
NCASEOFCURRENTINPUTSTANCH)6UNITWHICHCOMESWITHTHECONTROLLERTOTHEVOLTAGE
)INPUTTERMINAL
14
PUM Series
Multi-loop module type Temperature controller
■Event Input/Output Module Type : PUME
■Digital Input
■Display, configuration
No. of input
POINTSPOINTSCOMMON™BLOCKS
Display
3TATUSDISPLAY,%$COLORSXPOINTSPOINTS
Input type
6OLTAGECONTACTINPUTSINKSOURCECOMMON
BIDIRECTIONAL
Display contents
25.&!5,4234828INPUT™POINTSOUTPUT
™POINTS
Input rating
6$3INPUTIMPEDANCEAPPROX+OHM
Setting device
2OTARY37X;ONTHEFRONTOFTHEMODULE=
Input judgment
/.JUDGMENTTO6$#
/&&JUDGMENTTO6$#
Set contents
233TATION.O3TATION.OSETTINGVALUE
Input read cycle
(min.pulse width)
MS
■Structure
Insulation
&UNCTIONALINSULATIONWITHINTERNALCIRCUIT
Option
./4!.$/2LOGICOPERATION,ATCHACTION
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
Case color
#ASERED4ERMINALBASEPARTBLACK
Protection
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Dimensions
7™(™$MMEXCLUDINGTERMINALCOVER
ANDPROJECTEDPART
Weight
!PPROXG
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWS
INSIDEACABINET
External terminal
・$IGITALINPUTDIGITALOUTPUT$ETACHABLETERMINAL
BLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONCONNECTION4ERMINAL
BLOCKONTHEBASEPART-SCREWXTERMINALS
23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・#4INPUT3PECIALCONNECTORSPIN™;ONTHE
FRONTOFTHEMODULE=
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
■Digital Output
No. of output
POINTSPOINTSCOMMON™BLOCKS
Output type
3ELECTFROMAANDBACCORDINGTOMODELTYPE
SPECIlCATION
A2ELAYCONTACTOUTPUT
#ONTACTSTRUCTURE3034CONTACT
#ONTACTCAPACITY6!#6$!!
)NSULATION&UNCTIONALINSULATIONWITHINTERNAL
CIRCUIT
B4RANSISTOROPENCOLLECTORSINKOUTPUT
2ATING6$#M!2ESIDUALVOLTAGEWHEN
POWERIS/.6$#ORLESS
)NSULATION&UNCTIONALINSULATIONWITHINTERNAL
CIRCUIT
Option
#ONTROLOUTPUT%VENTOUTPUTSELECTION./4!.$/2
LOGICOPERATION,ATCHACTION
■RS-485 interface
Communication
standards
23COMPATIBLE
No. of port
PORT
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Communication
speed
KKKKBPS
Power supply
6DC¢
-AX7M!;WHEN6DCISAPPLIED=
Communication
distance
KMKBPSORLESSMKBPS
Power
consumption
+0%63"SQEQUIVALENT
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Recommended
cable
Memory backup
.ONVOLATILEMEMORY%%02/-
.OOFUPDATE
Insulation
resistance
-ΩORMORE6DC
No. of connectable UNITSMASTERANDSLAVEUNITSIFANYMODULES
units
OTHERTHAN05-SERIESAREINCLUDEDINSLAVES
Data format
$ATABITPARITYEVENODDNONE
Protocol
-ODBUS245COMPATIBLE
Insulation
.OINSULATIONWITHLOADERCOMMUNICATIONPORT
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
■General specification
Insulation block
diagram
0OWER
$ITO
,OADERCOMMUNICATIONPORT $ITO
23COMMUNICATIONPORT
$OTO
$OTO
■Loader communication (RS-232C) interface
=&UNCTIONALINSULATION6!#Ÿ&UNCTIONALINSULATION6!#
Communication
standards
23#COMPATIBLE
No. of port
PORT
■Normal operating condition
Communication,
synchro method
(ALFDUPLEXASYNCHRONOUSCYCLE
Ambient
temperature
TODEGREES#
Communication
speed
KBPSlXED
Data format
$ATABITNOPARITY
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
MINORMORE
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
Protocol
-ODBUS245COMPATIBLE
Warmup time
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
■Transporting, storage conditions (packing conditions)
Insulation
.OINSULATIONWITH23
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
15
PUM Series
Multi-loop module type Temperature controller
■Analog Input/Output Module Type : PUMV
■Analog Input
■RS-485 interface
No. of input
POINTS
Input signal
3ELECTFROMTHEGROUP)OR))DEPENDINGONTHE
MODELCODE
'ROUP)4HERMOCOUPLE+*4%2"3.0,))
2ESISTANCEBULBWIRE0T*0T
'ROUP))$#VOLTAGECURRENT$#TO6$#TO6
$#TO6$#TO6
$#TOM!$#TOM!
4HEPOWERCURRENTINPUTISEXTERNALINOHMRESISTANCE)TgS
INPUTOF$#TO6OR$#TO62ANGE
Measurement range 3EETABLE
and input type
Measurement
accuracy
(Ta=23°C)
4HERMOCOUPLEINPUT¢&3¢DIGIT¢DEGREE#
OR¢DEGREES#WHICHEVERISGREATER
5NLESS
"THERMOCOUPLETODEGREES#
¢&3¢DIGIT¢DEGREE#
2THERMOCOUPLETODEGREES#
¢&3¢DIGIT¢DEGREE#
4THERMOCOUPLETODEGREE#
¢&3¢DIGIT¢DEGREE#
2ESISTANCEBULBINPUT¢&3¢DIGITOR¢
DEGREE#WHICHEVERISGREATER
6OLTAGEINPUT¢&3¢DIGIT
Resolution
3EETABLE
Temperature
fluctuation
¢&3DEGREES#
Communication
standards
23COMPATIBLE
No. of port
PORT
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Communication
speed
KKKKBPS
Communication
distance
KMKBPSORLESSMKBPS
Recommended
cable
+0%63"SQEQUIVALENT
No. of connectable UNITSMASTERANDSLAVEUNITSIFANYMODULES
units
OTHERTHAN05-SERIESAREINCLUDEDINSLAVES
Data format
$ATABITPARITYEVENODDNONE
Protocol
-ODBUS245COMPATIBLE
Insulation
.OINSULATIONWITHLOADERCOMMUNICATIONPORT#4
INPUT&UNCTIONALINSULATIONWITHANYOTHERINPUT
OUTPUT
■Loader communication (RS-232C) interface
Communication
standards
23#COMPATIBLE
No. of port
PORT
(ALFDUPLEXASYNCHRONOUSCYCLE
Input sampling
cycle
MS
Communication,
synchro method
Input impedance
4HERMOCOUPLE-OHMORMORE
#URRENTINPUTOHM
6OLTAGEINPUTAPPROX-OHM
Communication
speed
KBPSlXED
Data format
$ATABITNOPARITY
Protocol
-ODBUS245COMPATIBLE
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
Insulation
.OINSULATIONWITH23#4INPUT&UNCTIONAL
INSULATIONWITHANYOTHERINPUTOUTPUT
Influence of signal 4HERMOCOUPLE¢&3¢DIGITOHM
source resistance 6OLTAGEINPUT¢&3¢DIGITOHM
Allowable wiring
resistance
2ESISTANCEBULBINPUTOHMORLESSPERWIRE
Allowable input
voltage
$#VOLTAGEINPUTWITHIN¢6
#URRENTINPUTWITHIN¢M!
4HERMOCOUPLERESISTANCEBULBWITHIN¢6
Noise rejection
ratio
.ORMALMODED"ORMORE(Z
#OMMONMODED"ORMORE(Z
BETWEENEARTHPOWERSUPPLYOUTPUT6AC
(Z
Input
compensation
A5SERADJUSTMENTZEROPOINTSPANPOINT¢&3
B06SHIFT¢&3
C&IRSTORDERLAGlLTERTOSEC&ILTEROFF
WHENSETTINGIS
Over range, under /UTOFRANGEOFTO&3!CCURACYCANNOTBE
range
ENSUREDFORTOTO&3
Insulation
&UNCTIONALINSULATIONBETWEENCHANNELSANDWITH
ANYOTHERINPUTOUTPUT
■Analog Output
No. of output
POINTS
Output type
#URRENTOUTPUT$#TOM!$#TOM!
Actual output
range
$#M!TOM!
Accuracy
¢&3LESSTHANM!¢&3
Linearity
¢&3LESSTHANM!¢&3
Resolution
ORMORE
Ripple current
00M!ORLESS
Loading
resistance
OHMORLESS
Insulation
.OINSULATIONWITHANYOTHEROUTPUT
&UNCTIONINSULATIONWITHOTHERSTHANTHOSEABOVE
POWERSUPPLYANALOGINPUT23COMMUNICATION
ANDLOADERPORT
16
■Display, configuration
Display
3TATUSDISPLAY,%$COLORSXPOINTS
Display contents
25.&!5,4234828/54%22BYLOOP
LOOPS
Setting device
2OTARY37X
Set contents
233TATION.O3TATION.OSETTINGVALUE
PUM Series
Multi-loop module type Temperature controller
■Structure
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
Case color
#ASERED4ERMINALBASEPARTBLACK
Protection
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Dimensions
7™(™$MMEXCLUDINGTERMINAL
COVER
Weight
!PPROXG
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWS
INSIDEACABINET
External terminal
・0ROCESSVALUEINPUTCONTROLOUTPUT$ETACHABLE
TERMINALBLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONCONNECTION4ERMINAL
BLOCKONTHEBASEPART-SCREWXTERMINALS
23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・#4INPUT3PECIALCONNECTORSPIN™PCS;ON
THEFRONTOFTHEMODULE=
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
■General specification
Power supply
6DC¢
Power
consumption
-AX7M!;WHEN6DCISAPPLIED=
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Memory backup
.ONVOLATILEMEMORY%%02/-.OOFUPDATE
Insulation
resistance
-ΩORMORE6DC
Insulation block
diagram
0OWER
06
,OADERCOMMUNICATIONPORT 06
23COMMUNICATIONPORT
06
06
/54CURRENT
/54CURRENT
/54CURRENT
/54CURRENT
=&UNCTIONALINSULATION6!#Ÿ&UNCTIONALINSULATION6!#
■Normal operating condition
Ambient
temperature
TODEGREES#
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Warmup time
MINORMORE
■Transporting, storage conditions (packing conditions)
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
17
PUM Series
Multi-loop module type Temperature controller
■Analog Input Module Type : PUMN
■Analog Input
■Loader communication (RS-232C) interface
No. of input
POINTS
Input signal
3ELECTFROMGROUP)OR))ONTHEMODELCODE
'ROUP)4HERMOCOUPLE+*4%2"3.0,))
2ESISTANCEBULBWIRE0T*0T
'ROUP))$#VOLTAGECURRENT$#TO6$#TO6
$#TO6$#TO6
$#TOM!$#TOM!
Communication
standards
23#COMPATIBLE
No. of port
PORT
Communication,
synchro method
(ALFDUPLEXASYNCHRONOUSCYCLE
Communication
speed
KBPSlXED
Data format
$ATABITNOPARITY
Protocol
-ODBUS245COMPATIBLE
4HERMOCOUPLEINPUT¢&3¢DIGIT¢DEGREE#
OR¢DEGREES#WHICHEVERISGREATER
5NLESS
"THERMOCOUPLETODEGREES#
¢&3¢DIGIT¢DEGREE#
2THERMOCOUPLETODEGREES#
¢&3¢DIGIT¢DEGREE#
4THERMOCOUPLETODEGREE#
¢&3¢DIGIT¢DEGREE#
2ESISTANCEBULBINPUT¢&3¢DIGITOR¢
DEGREE#WHICHEVERISGREATER
6OLTAGEINPUT¢&3¢DIGIT
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
Insulation
.OINSULATIONWITH23
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
Resolution
3EETABLE
Temperature
fluctuation
¢&3DEGREES#
Input sampling
cycle
MS
Input impedance
4HERMOCOUPLE-OHMORMORE
#URRENTINPUTOHM
6OLTAGEINPUTAPPROX-OHM
4HEPOWERCURRENTINPUTISEXTERNALINOHMRESISTANCE)TgS
INPUTOF$#TO6OR$#TO62ANGE
Measurement range 3EETABLE
and input type
Measurement
accuracy
(Ta=23°C)
■Display, configuration
Display
3TATUSDISPLAY,%$COLORSXPOINTSPOINTS
Display contents
25.&!5,4234828)NPUT%22/UTPUTBY
LOOP
Setting device
2OTARY37X
Set contents
233TATION.O3TATION.OSETTINGVALUE
■Structure
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
Case color
#ASERED4ERMINALBASEPARTBLACK
Protection
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Dimensions
7™(™$MMEXCLUDINGTERMINAL
COVER
Weight
!PPROXG
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWS
INSIDEACABINET
External terminal
・0ROCESSVALUEINPUTCONTROLOUTPUT$ETACHABLE
TERMINALBLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONCONNECTION4ERMINAL
BLOCKONTHEBASEPART-SCREWXTERMINALS
23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
Influence of signal 4HERMOCOUPLE¢&3¢DIGITOHM
source resistance 6OLTAGEINPUT¢&3¢DIGITOHM
Allowable wiring
resistance
2ESISTANCEBULBINPUTOHMORLESSPERWIRE
Allowable input
voltage
$#VOLTAGEINPUTWITHIN¢6
#URRENTINPUTWITHIN¢M!
4HERMOCOUPLERESISTANCEBULBWITHIN¢6
Noise rejection
ratio
.ORMALMODED"ORMORE(Z
#OMMONMODED"ORMORE(Z
BETWEENPROCESSVALUEINPUTANDEARTHGROUND
POWERSUPPLYOUTPUT6AC(Z
Input
compensation
A5SERADJUSTMENTZEROPOINTSPANPOINT¢&3
B06SHIFT¢&3
C&IRSTORDERLAGlLTERTOSEClLTEROFF
WHENSETTINGIS
Over range, under /UTOFRANGEOFTO&3!CCURACYCANNOTBE
range
ENSUREDFORTOTO&3
Insulation
&UNCTIONALINSULATIONBETWEENCHANNELSANDWITH
ANYOTHERINPUTOUTPUT
■RS-485 interface
■General specification
Communication
standards
23COMPATIBLE
Power supply
6DC¢
-AX7M!;WHEN6DCISAPPLIED=
No. of port
PORT
Power
consumption
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Communication
speed
KKKKBPS
Memory backup
.ONVOLATILEMEMORY%%02/-
.OOFUPDATE
Communication
distance
KMKBPSORLESSMKBPS
Insulation
resistance
-ΩORMORE6DC
Recommended
cable
+0%63"SQEQUIVALENT
Insulation block
diagram
No. of connectable UNITSMASTERANDSLAVEUNITSIFANYMODULES
units
OTHERTHAN05-SERIESAREINCLUDEDINSLAVES
Data format
$ATABITPARITYEVENODDNONE
Protocol
-ODBUS245COMPATIBLE
Insulation
.OINSULATIONWITHLOADERCOMMUNICATIONPORT
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
18
0OWER
06
,OADERCOMMUNICATIONPORT
23COMMUNICATIONPORT
06
06
06
=&UNCTIONALINSULATION6!#Ÿ&UNCTIONALINSULATION6!#
PUM Series
Multi-loop module type Temperature controller
■Normal operating condition
Ambient
temperature
TODEGREES#
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Warmup time
MINORMORE
■Transporting, storage conditions (packing conditions)
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
19
PUM Series
Multi-loop module type Temperature controller
■Analog Output Module Type : PUMT
■Analog Output
No. of output
POINTS
Output type
#URRENTOUTPUT$#TOM!$#TOM!
Actual output
range
$#M!TOM!
Accuracy
¢&3LESSTHANM!¢&3
Linearity
¢&3LESSTHANM!¢&3
Resolution
ORMORE
Ripple current
00M!ORLESS
Loading
resistance
OHMORLESS
Insulation
.OINSULATIONWITHANYOTHEROUTPUTPOWERSOURCE
ANALOGINPUT23COMMUNICATIONANDLOADER
PORT
&UNCTIONALINSULATIONWITHOTHERSTHANTHOSEABOVE
■Structure
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
Case color
#ASERED4ERMINALBASEPARTBLACK
Protection
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Dimensions
7™(™$MMEXCLUDINGTERMINAL
COVER
Weight
!PPROXG
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWSINSIDE
ACABINET
External terminal
・0ROCESSVALUEINPUTCONTROLOUTPUT$ETACHABLE
TERMINALBLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONCONNECTION4ERMINAL
BLOCKONTHEBASEPART-SCREWXTERMINALS
23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
■RS-485 interface
Communication
standards
23COMPATIBLE
No. of port
PORT
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Communication
speed
KKKKBPS
Communication
distance
KMKBPSORLESSMKBPS
Power supply
6DC¢
Recommended
cable
+0%63"SQEQUIVALENT
Power
consumption
-AX7M!;WHEN6DCISAPPLIED=
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Memory backup
.ONVOLATILEMEMORY%%02/-
.OOFUPDATE
Insulation
resistance
-ΩORMORE6DC
■General specification
No. of connectable UNITSMASTERANDSLAVEUNITSIFANYMODULES
units
OTHERTHAN05-SERIESAREINCLUDEDINSLAVES
Data format
$ATABITPARITYEVENODDNONE
Protocol
-ODBUS245COMPATIBLE
Insulation
.OINSULATIONWITHLOADERCOMMUNICATIONPORT
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
Insulation block
diagram
■Loader communication (RS-232C) interface
Communication
standards
0OWER
/54CURRENT
,OADERCOMMUNICATIONPORT
23COMMUNICATIONPORT
/54CURRENT
23#COMPATIBLE
No. of port
PORT
Communication,
synchro method
(ALFDUPLEXASYNCHRONOUSCYCLE
Communication
speed
KBPSlXED
Data format
$ATABITNOPARITY
Protocol
/54CURRENT
/54CURRENT
=&UNCTIONALINSULATION6!#Ÿ&UNCTIONALINSULATION6!#
■Normal operating condition
Ambient
temperature
TODEGREES#
-ODBUS245COMPATIBLE
Ambient humidity
2(ORLESSNOCONDENSING
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
Vibration
TO(ZMS'ORLESS
Warmup time
.OINSULATIONWITH23
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
MINORMORE
Insulation
■Display, configuration
Display
3TATUSDISPLAY,%$COLORSXPOINTSPOINTS
Display contents
25.&!5,4234828)NPUT%22/UTPUTBY
LOOP
Setting device
2OTARY37X
Set contents
233TATION.O3TATION.OSETTINGVALUE
20
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
■Transporting, storage conditions (packing conditions)
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
PUM Series
Multi-loop module type Temperature controller
■High-speed communication Module Type:PUMCR
■RS485 communication
■Structure
Communication
standards
23COMPATIBLE
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
No. of port
PORT0ORT0ORT
Case color
#ASERED4ERMINALBASEPARTBLACK
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Protection
Communication
speed
KKKKKBPS
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Communication
distance
WITHINKMKBPSORLESS
MKBPSORMORE
Dimensions
7™(™$MMEXCLUDINGTERMINAL
COVER
Recommended
cable
+0%63"SQEQUIVALENT
Weight
!PPROXG
Data format
3TARTBIT$ATABITPARITYEVENODDNONE
3TOPBIT
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWSINSIDE
ACABINET
External terminal
Protocol
-ODBUS245COMPATIBLE
Insulation
.OINSULATIONWITHPORT&UNCTIONALINSULATIONWITH
ANYOTHERSIGNAL
Function
MASTERORSLAVE
・#OMMUNICATION0ORT0ORT$ETACHABLETERMINAL
BLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
■RS232-C communication
Communication
standards
23COMPATIBLE
No. of port
PORT0ORTONLY3ELECTIONOFTHEPARAMETERSETUP
WITH23
■General specification
Power supply
6DC¢
Communication,
synchro method
4WOWIREASYNCHRONOUSCYCLE
Power
consumption
-AX7M!;WHEN6DCISAPPLIED=
Communication
speed
KKKKKBPS
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Data format
3TARTBIT$ATABITPARITYEVENODDNONE
3TOPBIT
Memory backup
.ONVOLATILEMEMORY%%02/-
.OOFUPDATE
Protocol
-ODBUS245COMPATIBLE
.OINSULATIONWITHPORT&UNCTIONALINSULATIONWITH
ANYOTHERSIGNAL
Insulation
resistance
-ΩORMORE6DC
Insulation
Function
MASTERORSLAVE
Insulation block
diagram
0OWER
#OMMUNICATION0ORT
,OADERCOMMUNICATIONPORT
#OMMUNICATION0ORT
=&UNCTIONALINSULATION6!#Ÿ&UNCTIONALINSULATION6!#
■Loader communication (RS-232C) interface
Communication
standards
23#COMPATIBLE
■Normal operating condition
No. of port
PORT
Ambient
temperature
TODEGREES#
Communication,
synchro method
(ALFDUPLEXASYNCHRONOUSCYCLE
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Warmup time
MINORMORE
Communication
speed
KBPSlXED
Data format
$ATABITNOPARITY
Protocol
-ODBUS245COMPATIBLE
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
Insulation
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
■Display, configuration
Display
3TATUSDISPLAY,%$COLORSXPOINTSPOINTS
Display contents
25.&!5,4234828)NPUT%22/UTPUTBY
LOOP
Setting device
2OTARY37X
Set contents
233TATION.O3TATION.OSETTINGVALUE
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
■Transporting, storage conditions (packing conditions)
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
21
PUM Series
Multi-loop module type Temperature controller
■CC-Link Communication Module Type:PUMCL
■CC-Link Communication
■Structure
Version
##,INK6ER
Kind of device
2EMOTEDEVICE
Communication
speed or
Communication
distance
#OMMUNICATION KBPS KBPS -BPS -BPS
SPEED
-BPS
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
Case color
#ASERED4ERMINALBASEPARTBLACK
Protection
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Dimensions
7™(™$MMEXCLUDINGTERMINAL
COVER
Weight
!PPROXG
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWSINSIDE
ACABINET
External terminal
・##,INKCOMMUNICATIONTERMINAL$ETACHABLE
TERMINALBLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
4OTALEXTENSION MORMOR MOR MOR MOR
DISTANCE
LESS
LESS
LESS
LESS
LESS
Shared units/
3HAREDSTATIONSPROVIDINGNUMBERTO
Station numbers
for communication 3HAREDSTATIONS 2EMOTE)/ 2EMOTE #ONTROL
2EGISTER -ODULE
EXTENDEDCYCLIC 2829
data length
27R27W 05-!
STATIONS™
%ACHBIT
WORD
ORUNITS
STATIONS™
%ACHBIT
WORD
ORUNITS
STATIONS™
%ACHBIT
WORD
ORUNITS
Connection cable
##,INKORIGINALCABLEFORVERSION
Connection
method
-SCREWXTERMINALSBASE
Terminating
resister
%XTERNALTYPEOHM7
■Loader communication (RS-232C) interface
■General specification
Communication
standards
23#COMPATIBLE
Power supply
6DC¢
-AX7M!;WHEN6DCISAPPLIED=
No. of port
PORT
Power
consumption
Communication,
synchro method
(ALFDUPLEXASYNCHRONOUSCYCLE
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Communication
speed
KBPSlXED
Memory backup
.ONVOLATILEMEMORY%%02/-
.OOFUPDATE
Data format
$ATABITNOPARITY
-ODBUS245COMPATIBLE
Insulation
resistance
-ΩORMORE6DC
Protocol
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
Insulation
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
■Display, configuration
Display
3TATUSDISPLAY,%$COLORSXPOINTSPOINTS
Display contents
25.&!5,4
#ONTROL-ODULE#ONNECTIONSTATUS4828
##,INKSTATUS,25.,%223$2$
Setting device or
Set contents
3ETTINGDEVICE
3ETCONTENTS
&RONT
##,INK3ETTING3TATION
NUMBERS
2OTATORY37™
%QUIPMENT 2OTATORY37™
INTERIOR
##,INK3ETTING
#OMMUNICATIONSPEED
$IP37BIT™ ##,INK3ETTINGMODE
22
Insulation block
diagram
0OWER
3,$&'TERMINAL
##,INKCONNECTINGTERMINAL
,OADERCOMMUNICATIONPORT ##,INKCOMMUNICATION
="ASICINSULATION6!# &UNCTIONALINSULATION6!# &UNCTIONALINSULATION6!#
■Normal operating condition
Ambient
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Warmup time
MINORMORE
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
■Transporting, storage conditions (packing conditions)
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
PUM Series
Multi-loop module type Temperature controller
■Mitsubishi PLC program less communication Module Type:PUMCM
■RS-485 / RS422 communication
■Structure
Communication
standards
2323COMPATIBLE
Case material
0OLYPHENYLENEOXIDEmAMERETARDANTGRADE
5,6EQUIVALENT
No. of port
PORTS0ORT0ORT0ORTFOR23
Case color
#ASERED4ERMINALBASEPARTBLACK
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Protection
Communication
speed
KKKKKBPS
"ODY)0GRADEPROTECTIONVENTILATIONSLITSONTHE
TOPANDTHEBOTTOMOFTHEBODY
4ERMINAL)0GRADEPROTECTIONTERMINALCOVERIS
AVAILABLEASANOPTION
Communication
distance
KMKBPSORLESSMKBPS
Dimensions
7™(™$MMEXCLUDINGTERMINAL
COVER
Recommended
cable
+0%63"SQEQUIVALENT
Weight
!PPROXG
Data format
3TARTBIT$ATABITPARITYEVENODDNONE
3TOPBIT
Installation
method
$).RAILMOUNTINGORMOUNTINGWITH-SCREWSINSIDE
ACABINET
External terminal
Protocol
-#PROTOCOLTYPE
Insulation
.OINSULATIONWITHPORT&UNCTIONALINSULATIONWITH
ANYOTHERSIGNAL
Function
-%,3%#1SERIESOF0,#ANDPROGRAMLESS
COMMUNICATION
・#OMMUNICATION0ORT0ORT$ETACHABLETERMINAL
BLOCK-SCREWXTERMINALS
・0OWERSUPPLYCONNECTION4ERMINALBLOCKON
THEBASEPART-SCREWXTERMINALS0OWERIS
SUPPLIEDVIASIDECONNECTORSINTHECASEOFLATERAL
CONNECTING-AXUNITS
・23COMMUNICATIONISCONNECTEDVIASIDE
CONNECTORSINTHECASEOFLATERALCONNECTING
・,OADERCOMMUNICATIONPORTDIAMETERMINI
PLUGJACK;ONTHEFRONTOFTHEMODULE=
■RS232-C communication
Communication
standards
23COMPATIBLE
No. of port
PORT0ORTONLY3ELECTIONOFTHEPARAMETERSETUP
WITH23AND23
■General specification
Power supply
6DC¢
-AX7M!;WHEN6DCISAPPLIED=
Communication,
synchro method
4WOWIREHALFDUPLEXASYNCHRONOUSCYCLE
Power
consumption
Communication
speed
KKKKKBPS
Effect of power
outage
/UTAGEOFMSORLESSNOIMPACT
Data format
3TARTBIT$ATABITPARITYEVENODDNONE
3TOPBIT
Memory backup
.ONVOLATILEMEMORY%%02/-
.OOFUPDATE
Protocol
-#PROTOCOLTYPE
Insulation
resistance
-ΩORMORE6DC
Insulation
.OINSULATIONWITHPORT&UNCTIONALINSULATIONWITH
ANYOTHERSIGNAL
Insulation block
diagram
Function
-%,3%#SERIESOF0,#ANDPROGRAMLESS
COMMUNICATION
■Loader communication (RS-232C) interface
Communication
standards
23#COMPATIBLE
No. of port
PORT
Communication,
synchro method
(ALFDUPLEXASYNCHRONOUSCYCLE
Communication
speed
KBPSlXED
Data format
$ATABITNOPARITY
Protocol
-ODBUS245COMPATIBLE
Connection
method
DIAMETERMINIPLUGJACK;ONTHEFRONTOFTHE
MODULE=#OMMONCABLEWITH08'08(
Insulation
&UNCTIONALINSULATIONWITHANYOTHERINPUTOUTPUT
■Display, configuration
Display
3TATUSDISPLAY,%$COLORSXPOINTSPOINTS
Display contents
25.&!5,40ORT48280ORT4828
Setting device
2OTARY37X
Set contents
23233TATION.O3TATION.OSETTING
VALUE
0OWER
#OMMUNICATION0ORT
,OADERCOMMUNICATION
#OMMUNICATION0ORT
=&UNCTIONALINSULATION6!#Ÿ&UNCTIONALINSULATION6!#
■Normal operating condition
Ambient
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Warmup time
MINORMORE
h!MBIENTTEMPERATUREvISTHETEMPERATUREUNDERNEATHTHE
CONTROLLERINSIDETHEEQUPIMENTORTHECABINETWHERETHE
CONTROLLERISINSTALLED
■Transporting, storage conditions (packing conditions)
Storage
temperature
TODEGREES#
Ambient humidity
2(ORLESSNOCONDENSING
Vibration
TO(ZMS'ORLESS
Shock
MS'ORLESS
23
PUM Series
Multi-loop module type Temperature controller
OUTLINE DIAGRAM (Unit:mm)
5
100
CODE: PUMA/B/V/N/T/C
30
85
PART NAMES AND FUNCTIONS
Main unit
CODE: PUMA/B
LEDindicator
CT conncter
(See Wiring)
LED Indicator
PWR
PUM-A
COM
LOADER
OUT1
OUT2
STATION
F012
345
E
LED
LED Status Color
Operational condition
072
)LLUMINATED GREEN
.ORMALOPERATION3LAVESTATIONOF
INTERNALCOMMUNICATION
"LINKING
.ORMALOPERATION-ASTERSTATIONOF
INTERNALCOMMUNICATION
ONLYWHEN#4INPUTIS
EQUIPPED
Loader communication
port
GREEN
)LLUMINATED RED
8 9A
OUT4
67
OUT3
3IX,%$LAMPSINDICATETHEFOLLOWINGOPERATIONALCONDITIONS
BCD
Station No.
Configuration Switch
(See setting)
"LINKING
#/-
RED
)LLUMINATED GREEN
3YSTEMFAULT!$CONVERTERERROR
INTERNALCOMMUNICATIONERROR
)NPUTERROR
23RECEIVING
)LLUMINATED ORANGE 23TRANSMITTING
/54
Input Output
Terminal Block
(See Wiring)
LEDindicator3IX,%$LAMPSINDICATETHEFOLLOWINGOPERATIONALCONDITIONS
,%$
'2%%.
2%$
/2!.'%
072
25.
%RROR
―
#/-
23RECEIVING
%RROR
23TRANSMITTING
Loader communication
port
$I
$IGITALINPUTTING
$O
$IGITALOUTPUTTING
Station No.
Configuration Switch
(See setting)
!CTIONSTOBEDISPLAYEDFOR#/-$IAND$OICANBEALLOCATEDBYPROGRAMMING
DIO Indicator
PUM-E
LOADER
F012
STATION
345
E
Do1
Do2
Do3
Do4
Do5
Do6
Do7
Do8
BCD
COM
Di1
Di2
Di3
Di4
Di5
Di6
Di7
Di8
8 9A
24
PWR
67
Input Output
Terminal Block
(See Wiring)
#ORRESPONDINGCHANNELOUTPUTTING
#ORRESPONDINGCHANNELINPUTERROR
!CTIONSTOBEDISPLAYEDFOR#/-AND/54CANBEALLOCATEDWITHUSINGPARAMETER
CODE: PUME
LED Indicator
)LLUMINATED GREEN
)LLUMINATED RED
PUM Series
CODE: PUMV/N/T
LED Indicator
Multi-loop module type Temperature controller
LEDindicator 3IX,%$LAMPSINDICATETHEFOLLOWINGOPERATIONALCONDITIONS
PWR
PUM-V
COM
LOADER
Loader communication
port
OUT1
OUT2
STATION
F012
E
LED Status Color
Operational condition
072
)LLUMINATED GREEN
.ORMAL OPERATION 3LAVE STATION OF
INTERNALCOMMUNICATION
"LINKING
.ORMALOPERATION-ASTERSTATIONOF
INTERNALCOMMUNICATION
8 9A
OUT4
67
OUT3
345
LED
BCD
Station No.
Configuration Switch
(See setting)
#/-
Input Output
Terminal Block
(See Wiring)
GREEN
)LLUMINATED RED
3YSTEM FAULT !$ CONVERTER ERROR
INTERNALCOMMUNICATIONERROR
"LINKING
)NPUTERROR
RED
)LLUMINATED GREEN
23RECEIVING
)LLUMINATED ORANGE 23TRANSMITTING
/54
)LLUMINATED GREEN
)LLUMINATED RED
CORRESPONDINGCHANNELOUTPUTTING
#ORRESPONDINGCHANNELINPUTERROR
!CTIONSTOBEDISPLAYEDFOR#/-AND/54CANBEALLOCATEDWITHUSINGPARAMETER
)LLUMINATEDGREENISNOTAVAILABLEFORMODEL05-.
)LLUMINATEDREDISNOTAVAILABLEFORMODEL05-4
CODE: PUMCL
Loader communication port
4 5 6
L.ERR
4 5 6
0 1
9
4
0 1
5 6
2 3
RD
Station No.
Configuration switch
STATION No.
x10 ™
7 8
x1
7 8
9
SD
LOADER
0 1
LED Indicator
STATION No.
x10
7 8
9
BUS
L.RUN
PUM-M
2 3
PWR
2 3
0 1
5 6
9
4
LED
LED Status Color
Operational condition
072
)LLUMINATED GREEN
25.
)LLUMINATED RED
%RROR
)LLUMINATED GREEN
)NTERNALBUSTRANSMITTING
*
"53
UPPERLEVELDIGIT
SETTING
(SETTINGPOINT™) ,25.
x1 ™
7 8
2 3
Input Output
Terminal Block
(See Wiring)
LEDindicator 3IX,%$LAMPSINDICATETHEFOLLOWINGOPERATIONALCONDITIONS
LOWERLEVELDIGIT
SETTING
(SETTINGPOINT™)
SETTINGAREA∼
(FACTORYDEFAULT)
,%22
)LLUMINATED ORANGE )NTERNALBUSRECEIVING
)LLUMINATED GREEN
##,INKNORMALOPERATION
3LOW"LINKING GREEN
##,INKERROR
&AST"LINKING GREEN
##,INKCOMMUNICATIONINITIALIZATION
)LLUMINATED RED
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3LOW"LINKING RED
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&AST"LINKING RED
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3$
)LLUMINATED GREEN
##,INKTRANSMITTING
2$
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##,INKRECEIVING
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3ETANSTATION.OBYALLMEANS
CODE: PUMCR/M
PWR
PUM-M
BUS
LOADER
RX
Port2
Loader communication
port
8 9A
TX
345
67
RX
STATION
F012
Port1
E
TX
BCD
LED Indicator
LEDindicator 3IX,%$LAMPSINDICATETHEFOLLOWINGOPERATIONALCONDITIONS
LED Status Color
Operational condition
072
)LLUMINATED GREEN
25.
)LLUMINATED RED
%RROR
)LLUMINATED GREEN
)NTERNALBUSTRANSMITTING
"53
Station No.
Configuration Switch
(See setting)
Input Output
Terminal Block
(See Wiring)
LED
)LLUMINATED ORANGE )NTERNALBUSRECEIVING
280ORT
)LLUMINATED GREEN
480ORT
)LLUMINATED ORANGE 0ORTTRANSMITTING
0ORTRECEIVING
280ORT
)LLUMINATED GREEN
480ORT
)LLUMINATED ORANGE 0ORTTRANSMITTING
0ORTRECEIVING
25
PUM Series
Multi-loop module type Temperature controller
WIRING
Base part
CODE: PUMA/B/V/N/T/C COMMON
Power terminal
RS485 terminal
SG
DC 24V (-)
B (-)
DC 24V (+)
A (+)
23TERMINALISNOTAVAILABLEFORMODEL05-#
Front terminal block
CODE: PUMA CH3
CH1
21
21
22
22
21
22
PWR
PUM-A
COM
LOADER
,i>ÞÊVœ˜Ì>VÌʜÕÌ«ÕÌ
--,Ê`ÀˆÛiʜÕÌ«ÕÌ
ÕÀÀi˜ÌʜÕÌ«ÕÌ
11
11
11
12
12
12
OUT1
24
24
25
CH4
26
26
27
27
28
28
28
29
29
29
30
30
30
14
14
14
15
15
15
22
12
23
13
24
14
25
15
,i>ÞÊVœ˜Ì>VÌʜÕÌ«ÕÌ
--,Ê`ÀˆÛiʜÕÌ«ÕÌ
ÕÀÀi˜ÌʜÕÌ«ÕÌ
26
16
16
16
16
27
17
17
17
17
28
18
29
19
18
18
18
30
20
19
19
19
20
20
20
CODE: PUMB
CH2
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6œÌ>}iÉ
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CH1
PWR
PUM-B
COM
LOADER
OUT1
,i>ÞÊVœ˜Ì>VÌʜÕÌ«ÕÌ
24
24
24
25
F 012
E
Ê/…iÀ“œVœÕ«iʈ˜«ÕÌÉ,iÈÃÌ>˜ViÊLՏLʈ˜«ÕÌ
29
29
29
30
30
30
6œÌ>}iÉ
ÕÀÀi˜Ìʈ˜«ÕÌÊ
13
13
13
14
14
14
15
15
15
11
22
12
23
13
24
14
25
15
25
,i>ÞÊVœ˜Ì>VÌʜÕÌ«ÕÌ
12
CH2
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ÕÀÀi˜ÌʜÕÌ«ÕÌ
26
16
16
27
17
17
28
18
29
19
18
18
18
20
19
19
19
20
20
20
30
16
16
17
17
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12
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11
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PUM Series
Multi-loop module type Temperature controller
PUMA/B COMMON
0IN.OOF#.
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PUM-A
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OUT1
OUT2
STATION
OUT2
Di4
OUT3
OUT4
F01
PUM-E
LOADER
STATION
2
Didital output
(Relay contact output)
3456
78 9
Didital input
Do1
Do2
Do3
Do4
Do5
Do6
Do7
Do8
F01
OUT1
Di1
Di2
Di3
Di4
Di5
Di6
Di7
Di8
BCDE
COM
A
PWR
BCDE
CODE: PUME
3456
789
2
OUT4
A
OUT3
11
21
COM
DC 24V
Power
COM
Do1
Di3
12
22
Didital output
­/À>˜ÃˆÃ̜Àʜ«i˜ÊVœiV̜À­Ãˆ˜Ž®œÕÌ«ÕÌ®
Load
Do1
Load
Load
Do2
Load
Load
Do3
Load
Load
Do4
Load
Do2
Di2
23
13
24
14
Do3
Di1
Do4
DC 24V
15
25
Di8
26
16
27
17
COM
DC 24V
Power
COM
Do5
Di7
Load
Do5
Load
Load
Do6
Load
Load
Do7
Load
Load
Do8
Load
Do6
Di6
18
28
Do7
Di5
19
29
Do8
DC 24V
20
30
CODE: PUMV/N/T
CH3
21
22
21
22
ÕÀÀi˜ÌʜÕÌ«ÕÌ
21
22
PWR
PUM-V
COM
LOADER
OUT1
OUT3
3456
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21
24
26
26
27
27
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28
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28
29
30
14
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14
15
15
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12
23
13
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25
15
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28
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Multi-loop module type Temperature controller
CODE: PUMCL
CODE: PUMCR/M
PUM-C
PWR
PUM-M
LOADER
BUS
LOADER
RX
5 6
2 3
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21
11
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22
12
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23
13
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STATION
345
8 9A
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67
4
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RX
0 1
RD
TX
x1
7 8
9
SD
F 012
L.ERR
E
5 6
4
0 1
L.RUN
STATION No.
x10
7 8
9
BUS
2 3
PWR
BCD
PUM Series
48
21
11
28
22
12
3'
23
13
!
24
14
"
25
15
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24
14
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25
15
26
16
3'
26
16
27
17
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27
17
28
18
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28
18
29
19
3'
29
19
30
20
30
20
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CONNECT
28
$ONT
CONNECT
23
0ORT 23
$ONTCONNECT
$ONT
CONNECT
PUM Series
Multi-loop module type Temperature controller
SIMPLE PARAMETER LIST FOR PUMA/B
Parameter name
Read/Write date
setting range
Factory defalut
Registor No 1
Registor No 2
Registor No 3
Registor No 4
(Ch1)
(Ch2)
(Ch3)
(Ch4)
Operation parameters
SV value
0 to 100%FS
0%FS
40001
40002
40003
40004
MV value (%)
-3.0 to 103.0%
−
40005
40006
40007
40008
Manual mode switch
0: Auto
1: Manual
0 (Auto)
40013
40014
40015
40016
Proportional band (P)
0.0 to 999.9%
5.0%
41102
42102
43102
44102
Integration time (I)
0 to 3200sec
240sec
41103
42103
43103
44103
Derivation time (D)
0.0 to 999.9sec
60.0sec
41104
42104
43104
44104
ON/OFF contorol hysteresis
0.00 to 50.00%FS
1℃
41105
42105
43105
44105
PV1/PV2/PV3/PV4 input type
0 : JPt100 (0-150)
1 : JPt100 (-150-600)
2 : Pt100 (0-150)
3 : Pt100 (-150-300)
4 : Pt100 (-150-850)
5 : J (0-400)
6 : J (0-800)
7 : K (0-400))
8 : K (0-800)
9 : K (0-1200)
10 : R (0-1600)
11 : B (0-1800)
12 : S (0-1600)
13 : T (-199-400)
14 : E (-199-800)
18 : N (0-1300)
19 : PL-2 (0-1300)
7
40151
40152
40153
40154
Decimal place
0: No decimal point
1: One decimal point
1
41214
42214
43214
44214
CH1 Output proportion cycle
1 to 120sec
30sec
40176
−
−
−
CH2 Output proportion cycle
1 to 120sec
30sec
40182
−
−
−
CH3 Output proportion cycle
1 to 120sec
30sec
40188
−
−
−
CH4 Output proportion cycle
1 to 120sec
30sec
40194
−
−
−
ON/OFF hysteresis setting
0: OFF
1 (ON)
41292
42292
43292
44292
Control (PID) parameters
Setup parameters
System parameters
1: ON
Communication parameters
RS485 Parity setting
0: NONE
1: ODD
2: EVEN
0
40111
−
−
−
RS485 Communication speed
0: 9600bps
1: 19.2kbps
2: 38.4kbps
3: Forbidden
4: 115.2kbps
1
40115
−
−
−
,-{nxÊ
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0: Read only
1: Read/Write
1 (R/W)
40114
−
−
−
Master/slave setting in connected
0: Master
1: Slave
1 (Slave)
40117
−
−
−
i>ÃÕÀi“i˜ÌÊÛ>ÕiÊ­*6®
-5.0 to 105.0%FS
−
30002
30003
30004
30005
Set value (SV)
0.0 to 100.0%FS
−
30006
30007
30008
30009
Output value (MV1)
-3.0 to 103.0%
−
30014
30016
30018
30020
Monitor parameters
29
PUM Series
Multi-loop module type Temperature controller
CODE SYMBOLS
Control module (4channels)
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4
5
6
7
PUM
8
1
9 10 11 12 13
‒
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Description
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7
8
10
11
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7
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8
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9 10 11 12 13
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A
C
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A
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5
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6
7
8
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9 10 11 12 13
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B
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Input/output analog module
4
5
6
7
PUM
8
1
9 10 11 12 13
‒
0
Y 0 0
Description
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30
6
A
B
Description
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V
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PUM Series
Enhanced communication module
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5
6
7
8
9 10
Y Y 1
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6
7
8
A
A
A
A
L
C
C
C
C
C
0
0
0
0
0
0
0
0
T
T
1
2
3
4
1
1
3
5
1
2
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7
8
4
PUM
Multi-loop module type Temperature controller
Description
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.OTE/NLYUNITFORYOURORDER
.OTE)TISNECESSARYFORUSING53"PORTTO
REPAIRERTHEh53"3ERIALvCONVERT
.OTE4HECABLEOF#4INPUTISMINIMUMUNITTHAT
PHASEANDCHANNELS
ACCESSORIES
■Outline Diagram (unit:mm)
Heater current detector (CT)
Type CTL-6-S-H (1 to 30A)
10.5
2.5
25
φ5.8
10
21
30
40
■General specification
Type CTL-12-S36-8 (20 to 50A)
φ2.36
φ
φ12
15
Through-bore (mm) φ
&ORTO!
#4,3
××
M3深4
30
7.5
&ORTO!
#4,3(
××
40
Type
Dimension
(H×W×D mm)
φ3.5 2
40
31
PUM Series
Multi-loop module type Temperature controller
PERIPHERAL INSTRUMENTS
●Programmable Operation Display
Name
type
specification
UG530series
12.1 type
UG530H-VS1
TFT Color liquid crystal
UG530H-VH1
SVGA
AC110-200V
̅iÀ˜iÌʘœÀ“>Ê`i«œÞ“i˜Ì]œ«Ìˆœ˜Ê՘ˆÌÊiµÕˆ««i`
DC24V
UG530H-VS4
̅iÀ˜iÌʘœÀ“>Ê`i«œÞ“i˜Ì]œ«Ìˆœ˜Ê՘ˆÌÊiµÕˆ««i`
UG530H-VH4
UG430series
10.4 type
UG430H-TS1
TFT Color liquid crystal
UG430H-TH1
VGA
AC110-200V
̅iÀ˜iÌʘœÀ“>Ê`i«œÞ“i˜Ì]œ«Ìˆœ˜Ê՘ˆÌÊiµÕˆ««i`
DC24V
UG430H-TS4
̅iÀ˜iÌʘœÀ“>Ê`i«œÞ“i˜Ì]œ«Ìˆœ˜Ê՘ˆÌÊiµÕˆ««i`
UG430H-TH4
UG430H-VS1
TFT Color liquid crystal
UG430H-VH1
SVGA
AC110-200V
̅iÀ˜iÌʘœÀ“>Ê`i«œÞ“i˜Ì]œ«Ìˆœ˜Ê՘ˆÌÊiµÕˆ««i`
DC24V
UG430H-VS4
̅iÀ˜iÌʘœÀ“>Ê`i«œÞ“i˜Ì]œ«Ìˆœ˜Ê՘ˆÌÊiµÕˆ««i`
UG430H-VH4
UG430H-SS1
TFT Color liquid crystal
UG430H-SS4
VGA128 color type
UG430H-VH1B
separate-type SVGA
AC110-200V
DC24V
̅iÀ˜iÌʘœÀ“>Ê`i«œÞ“i˜Ì]œ«Ìˆœ˜Ê՘ˆÌÊiµÕˆ««i`
AC110-200V
DC24V
UG430H-VH4B
●Thyristor Units
1st
2nd
/
PT3000S-1PH /
3rd
/
4th
/
5th
/
6th
/
7th
/
digit
specification
type code
1st
<Rated current>
15A
25A
35A
45A
60A
90A
110A
15A
25A
35A
45A
60A
90A
110A
2nd
<Rated voltage>
<Maximum voltage>
<Auxiliary voltage>
240V
240V
none
5th
Input
230V
460V
SSR
110V/ON/OFF
230V/ON/OFF
NONE
230V
460V
SSR
110A
230V
LP4-20MA
6th
Firing
3rd
4th
Customer specifications
Note1 4-20mA loop powerd
ZC
BF
Zero crossing
Note2 Bust Firing
7th
Note3 External fuse (Less than 90A)
Note3 Internal fuse (More than 110A)
option
Heater break alarm
Fan110V
EF
1F
HB
110VFAN
●Automation softwear CITECT
4
PAT
digit
4
5
32
5
6
7
8
9
13
14
3
1
1
Y Y Y Y Y
10
11
12
Y
specification
<type of license key> Note1 softwear (no license key)
75points
full license key
<I/O points>
150points
full license key
500points
full license key
1,500points
full license key
5,000points
full license key
10,000points
full license key
15,000points
full license key
30,000points
full license key
50,000points
full license key
150,000points
full license key
type code
YY
FA
FB
FC
FD
FE
FK
FF
FJ
FG
FH
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PUM Series
Multi-loop module type Temperature controller
Optimum multiple-zone controller (If you need more than eight control zones, please contact us.)
Optimum multiple-zone controller (Patent pending)
・It applies to the control systems with mutual interference of multiple-zone
・It applies to the case that interference for temperature control between zones occurs, as the case of reflow furance
●PID contorol
PID
It calculates and controls based
on the value in past and present
PLANT
Future
Present
Past
Optimum multi-zone control by Fuji’ s original algorithm
●Optimum multiple-zone
controller
/PTIMUM
MULTIPLEZONE
CONTROLLER
PLANT
Optimum multiple-zone control
It controls and calculates based
on values in past, present, and
future with the module of the
PLANT in the controller
Future
Present
Past
t
System constitution
オーブン
%4(%2.%4
23#
23
Transmitter
Optimum control
simulator
Optimum multiple-zone
controller
PC environment for Optimum control simulator
OS
Windows 2000/XP
CPU
more than 500MHz
HD
more than 100MB (Space capacity)
CR-ROM
Need
MONITOR
more than 1280×1024
control module
Each control object
Outline diagram (Optimum multiple-zone controller)
182
26.7
192
23.2
DC24V (DC20.4V to 26.4)
120
Power supply
126
110
Specifications (Optimum multiple-zone controller)
*œÜiÀÊVœ˜ÃՓ«Ìˆœ˜ less than 7w
OS
Linux
CPU
SH-7760 192MHz
SDRAM
64Mbyte
ˆ}…iÀÊVœ““Õ˜ˆV>̈œ˜
ETHERNET
œÜiÀÊVœ““Õ˜ˆV>̈œ˜
RS232C
33
PUM Series
Multi-loop module type Temperature controller
PERIPHERAL INSTRUMENTS
Programmable Operation Display
Meet our POD. The display that makes
your machines more attractive, and your
system configuration more simple
POD Satisfies Varieties of Needs
˜vœÀ“>̈œ˜Ê>˜>}i“i˜Ì
Ý«ÀiÃȜ˜
Impressive, real expression of photos
and illustrations 32,768 full-color images
Ý«ÀiÃÈÛi as standard specification
Possible 32,768 full-color images
for all sizes from 5.7 to 15.0 types.
Improved image quality will
enhance the machine and system
values.
34
CF card usable for data from all
sources covering the PC and PLC
-Õ««œÀ̈Ûi
Data of PC can be shared with PLC
or vice versa by using the CF card.
In addition, screen data and all
other POD data can be saved into
the CF card, and the CF card can
be loaded into the POD.
PUM Series
Multi-loop module type Temperature controller
Conforms to 32,768 full-color for clearer
and sharper image display.
Simplifies your system as a gateway of
the temperature control network that
connects the PLC, temperature
controllers, and inverters.
The UG series are the displays that best fit
users' needs by providing clearer and
sharper images and allowing simplified
system configuration.
>ˆ˜Ìi˜>˜ViÊ/œœ
Supporting on-site maintenance with the
convenient maintenance tool
,iÜÕÀViÃ
The on-site maintenance is
strongly supported by the CF card
for screen management and the
PLC program data read/write
using the ladder transfer function.
`ˆÌœÀ
UG530
Easy creation of original screens meeting
on-site needs with plentiful functions
UG630
Ài>̈Ûi
UG330
UG230
UG430
Wizard function permits faster
and sharper screen creation.
The multilingual edit function
easily creates not only English
Date Screen but Data Screen,
usable worldwide.
iÌܜÀŽ
ÝÌiÀ˜>Ê
œ˜˜iV̈œ˜
Conforms to all types of networks, from
open network to Ethernet.
A variety of interfaces with external
units is the standard.
˜Ìi}À>̈Ûi
œ˜˜iV̈Ûi
By using the Ethernet as the standard, a
network system with the POD acting as
the core can be easily configured.
Temperature control network permits
direct access to an inverter or
temperature controller while connecting
to the PLC; thus, reducing the PLC load.
Higher functions and cost reduction
of machine or equipment can be
achieved by the video input and
RGB I/O functions. In addition to
screen data transmission, connection
with printer and card reader/writer is
possible by using the USB master/slave interface.
35
Fuji Electric
Your distributor:
Coulton Instrumentation Ltd
17 Somerford Business Park, Christchurch, BH23 3RU, UK
Tel: +44 1202 480 303
E-mail: [email protected]
Web: www.coulton.com
˜vœÀ“>̈œ˜Êˆ˜Ê̅ˆÃÊV>Ì>œ}ʈÃÊÃÕLiVÌÊ̜ÊV…>˜}iÊ܈̅œÕÌʘœÌˆVi°
Printed in Japan 2007-9/20FIS
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