MULTISPAN UTC-1X User Manual

Page -2
30052
40052
Dependonselectedtimevalue
Dependonselectedtimevalue
Enter25valuetoresetalltime
0=STOP
0=Normal
1=Isolationmode
(AllrelayoFF)
0=NO
1=YES
Enter50valuetofactorysetting
1=RUN
0to99
30053
30054
30055
30056
30057
30058
30050
30051
40053
40054
40055
40056
40057
40058
40050
40051
0-Normal
0-TuningOFF
1-SensorOpen/Break
1-TuningON
2-SensorReverse
30104 40104
Dependonselectedtimevalue
0=Normal
1=Isolationmode
(AllrelayoFF)
0=NO
1=YES
0=STOP
Enter25valuetoresetalltime
0to99
1=RUN
Enter50valuetofactorysetting
Dependonselectedtimevalue
30106
30108
30110
30114
30116
30112
30102
30100
40106
40108
40110
40114
40116
40112
40102
40100
0-Normal
0-TuningOFF
1-SensorOpen/Break
1-TuningON
2-SensorReverse
R
R
W
R
R/W
R/W
R/W
R
R/W
Time1RunningValue
Time2RunningValue
ResetallTimer
Run/Stop
(FMDL)
FrameDelay
Relaymode
forisolation
SOCKMemory
SensorStatus
TuningStatus
30066
30070
30074
30078
30080
30082
30084
30086
30076
30068
30062
30064
40066
40070
40074
40078
40080
40082
40084
40086
40076
40068
40062
40064
0=2400(bps)
0=None
0=SignInteger
0=0x03
0=0x10
0=IndividualSetpoint
0=No
1to127
0=Second
0=AlarmTimer
1=4800(bps)
1=Even
1=Float
1=0x04
1=0x06
2=9600(bps)
2=Odd
3=19200(bps)
4=38400(bps)
1=RelativetoSet1
1=Save
1=Minute
1=Off
2=Hour
2=OndelayTimer
3=SoakTimer
4=SoakPassTimer
5=SoakRemainingTimer
(NA) (NA)
30031
30033
30035
30037
30039
30040
30041
30042
30043
30038
30034
30032
40031
40033
40035
40037
40039
40040
40041
40042
40043
40038
40034
40032
0=AlarmTimer
0=Second
0=IndividualSetpoint
0=No
0=2400(bps)
0=None
0=SignInteger
0=0x03
0=0x10
1to127
1=Off
1=Minute
1=RelativetoSet1
1=Save
1=4800(bps)
1=Even
1=Float
1=0x04
1=0x06
2=9600(bps)
2=Odd
3=19200(bps)
4=38400(bps)
2=OndelayTimer
2=Hour
3=SoakTimer
4=SoakPassTimer
5=SoakRemainingTimer
(NA)
R/W
R/W
Tim1(Time1)
Tim2(Time2)
30029
30030
40030
40029
1to999
30058
30060
40058
40060
1to999
R/W
R/W
R/W
R/W
NA
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
T1MD(Time1Mode)
T2MD(Time2Mode)
T1UT(Time1Unit)
S2MD(Set2Mode)
End
BAUD(Baudrate)
PRTY(Parity)
DATA(Datatype)
RDFC(ReadFunctionRegister)
WRFC(WriteFunctionRegister)
ADDR(DeviceAddress)
T2UT(Time2Unit)
(NA)
MODBUS DATABASE
1.DeviceAddress:1To127
2.Baudrate:2400,4800,9600,19200,38400(bps)
3.Parity:None,Even,Odd
4.DataType:SignInteger,Float
5.ReadFunctionRegisters:0x03and0x04
6.WriteFunctionRegisters:0x06and0x10

ModbusSetting:
BLINDUTC1Xand2X(Modbusmanual)
7.NA=32100(NotAvailable)
Read
Parameter
Read
DataType=SignInteger
0x03
30000
30001
30002
30002
30003
30005
30006
30012
30008
30016
30009
30010
30018
30020
30004
30006
30010
40000
40001
40002
40002
40003
40005
40006
40012
40008
40016
40009
40010
40018
40020
40004
40006
40010
asperinputsensorrange
0off
0off
1on
0to1000%
SLLtoSHL
S2MD=0
S2MD=0
S2MD=1
S2MD=1
SLLtoSHL
SLLtoSHL
SLLtoSHL
1on
0.0to100.0%
NA
Address
R
R
R
R
R/W
R/W
NA
R/W
R/W
R/W
Temperature
Relay1Status
Relay2Status
PIDControlOutput
NA NA NA NA NA NANA
SET1(Setpoint1)
SET2(Setpoint2)
SLL(SetLowLimit)
SHL(SetHighLimit)
INP(InputSensor)
Range
0x04
Function
/
Write
Read
DataType=Float
0x03
30000
40000 asperinputsensorrange
Address
Range
0x04
Function
INPT=0,1,2
INPT=0,1,2
INPT=3
INPT=3
-50to50
-50to50
-500to500
-50.0to50.0
Input=0
Input=0,1
Input=1
Input=2
Input=2
Input=3
Input=3
0toSHL
SLLto600
SLLto600
0toSHL
-99toSHL
SLLto1200
SLLto1200
-99toSHL
-999toSHL
SLLto400
SLLto400
SLLto4000
SLLto400.0
-99.9toSHL
0-J
0-J
(0to600)
(0to600)
1-K
1-K
(0to1200)
(0to1200)
2-PT
2-PT
(-99to400)
(-99to400)
3-PT.1
3-PT.1
(-999to4000)
(-99.9to400.0)
NA NA
NA
NA NA
R/W
R/W
R/W
NA
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
NA
NA
NA
NA
NA
NA
NA
R/W
R/W
OFST(Offset)
HYS1(Hysterisys1)
HYS2(Hysterisys2)
PB(forPIDaction)
CT(forPIDaction)
CT2(forTPaction)
C-PB(forBlowerTP)
C-ON(forBlowerTP)
C-OFF(forBlowerTP)
MR(forPID/TPaction)
PB2(forTPaction)
CTRL(ControlAction)
R1MD(Relay1Mode)
(R1MD=0To8Available)
R2MD(Relay2Mode)
IT(forPIDaction)
DT(forPIDaction)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
30011
30012
30013
30015
30018
30021
30020
30022
30023
30024
30019
30025
30026
30027
30016
30017
40011
40012
40013
40015
40018
40021
40022
40023
40024
40019
40020
40025
40026
40027
40016
40017
1to99Sec
4to99Sec
20to250
1to20sec
5to200sec
Input=0,1,2
Input=0,1,2
0=ONOFFaction
0=Off
1=TPaction
1=Heating
2=PIDaction
2=Cooling
3=HighAlarm
4=LowAlarm
5=OutbandAlarm
6=InbandAlarm
7=AbsoluteLowAlarm
8=AbsoluteOutbandAlarm
9=CoolTP(BlowerCoolingTP)
10=EndAlarm
-9to9
2to20
-90to90
20to200
Input=3
Input=3
Input=0,1,2
Input=0,1,2
Input=3
-20to20
1to50
1to500
0to9999
-200to200Input=3
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
30024
30026
30052
30054
30050
30038
30040
30032
30034
30030
30036
30042
30044
30046
30048
30022
40024
40026
40052
40054
40050
40038
40040
40032
40034
40030
40036
40042
40044
40046
40048
0.0to999.9
1to99Sec
4to99Sec
2.0to25.0
1to20sec
5to200sec
0=Off
0=ONOFFaction
1=Heating
1=TPaction
2=Cooling
3=HighAlarm
4=LowAlarm
5=OutbandAlarm
6=InbandAlarm
7=AbsoluteLowAlarm
8=AbsoluteOutbandAlarm
9=CoolTP(BlowerCoolingTP)
10=EndAlarm
2=PIDaction
Input=0,1,2
Input=0,1,2
-9to9
2to20
-9.0to9.0
2.0to20.0
Input=3
Input=3
40022
Input=0,1,2
Input=3
Input=0,1,2
1to50
0to9999
0.1to50.0
-20to20
-20.0to20.0Input=3
(NA) (NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
(NA)
R/W
Communication
format
1=ASCII
0=RTU

1=ASCII
0=RTU

30059 3011840059 40118
R/W
BlindCount
1=Master
0=Slave

30060 3012040060 40120
1=Master
0=Slave

R/W
Datalength
1=7bit
0=8bit

30061 3012240061 40122
1=7bit
0=8bit

R/W
Stopbit
0=1bit
1=2bit

30062 3012440062 40124
0=1bit
1=2bit

CONTROL FUNCTION
HIGH ALARM:
RLY-ON
RLY-ON
RLY-OFF
RLY-ON
RLY-OFF
S.V
HYST
LOW ALARM:
RLY-OFF
RLY-ON
RLY-ON
RLY-ON
RLY-ON
RLY-OFF
RLY-OFF
HYST
S.V
OUTBAND ALARM
RLY-ON
RLY-ON
RLY-ON
RLY-OFF
RLY-OFF
High S.P
Low S.P
ABSOLUTE OUTBAND ALARM
RLY-ON
RLY-ON
RLY-ON
RLY-OFF
RLY-ON
RLY-OFF
RLY-OFF
RLY-OFF
RLY-OFF
High
High
Low
Low
High : 125
Low : 75
INBAND ALARM
RLY-ON
RLY-ON
RLY-ON
RLY-OFF
High
Low
High : 125
Low : 75
ABSOLUTE LOW ALARM
RLY-OFF
RLY-OFF
RLY-ON
RLY-ON
RLY-OFF
SET
HYST
IfDatatypeisSigninteger,
Parameter=

Parameter
10
1)InputSensorisPT.1then,
(WhereParameterisTemperature,Set1,Set2,Hys1,Hys2,Offset,MR,SLL,SHL,PB2)
(WhereParameterisPB(ForPIDaction),C-PB(ForBlowerTP)andPIDControlOutput)
Parameter=

Parameter
10
2)FixDPParameters,
Note :-
InRTUmode=only8bitissupported
InASCIImode=both8bit&7bitare
supported
NonSupportedFormats:
7-N-1-TimeOut
8-E-2-WriteError
8-0-2-WriteError

MULTISPAN UTC-1X Specifications

General

Brand	MULTISPAN
Model	UTC-1X
Category	Temperature Controller
Language	English