DTXGDTXG
DTXADTXA
DTXDDTXD
DTXFDTXF
DTXEDTXE
AA BB CC DD EE FF GG HH
4848 4848 1010 100100 4545 4545 8080 8080
9696 4848 1010
1010
1010
1010
4848
7272
9696
9696
7272
9696
100100
100100
100100
100100
9292
4545
6868
9292
4545
9292
6868
9292
116116
8080
9696
116116
8080
116116
9696
116116
K01K01
K04K04
K07K07
J01J01
J04J04
R01R01
S01S01
B01B01
E01E01
N01N01
T01T01
T04T04
D01D01
D04D04
D07D07
D10D10
P01P01
P04P04
P07P07
P10P10
K02K02 K03K03
R *1R *1
S *1S *1
B *1B *1
EE
NN
T *2T *2
4-20mA4-20mA
-199.9-649.0-199.9-649.0
KK
JJ
K13K13
K05K05
K14K14
K06K06
0-2000-200
0-8000-800
0-137.20-137.2
0-2000-200
0-8000-800
0-16000-1600
0-16000-1600
100-1800100-1800
0-8000-800
0-12000-1200
0-3500-350
-199.9-400-199.9-400
0-4000-400
0-10000-1000
0-1000-100
0-6000-600
0-12000-1200
0-3000-300
J02J02
J05J05
0-4000-400
0-10000-1000
J03J03
J06J06
0-6000-600
0-12000-1200
R02R02
S02S02
B02B02
E02E02
N02N02
T02T02
0-17690-1769
0-17690-1769
0-17690-1769
0-10000-1000
0-13000-1300
-199.9-100-199.9-100
R03R03
T03T03
0-13500-1350
-199.9-200-199.9-200
D02D02
D05D05
D08D08
D03D03
D06D06
D09D09
-199.9-649.0-199.9-649.0
-100.0-100.0-100.0-100.0
0.0-100.00.0-100.0
0.0-500.00.0-500.0
-199.9-200.0-199.9-200.0
-100.0-200.0-100.0-200.0
0.0-200.00.0-200.0
-199.9-50.0-199.9-50.0
-100.0-50.0-100.0-50.0
0.0-300.00.0-300.0
-199.9-649.0-199.9-649.0
-100.0-100.0-100.0-100.0
0.0-100.00.0-100.0
0.0-500.00.0-500.0
0.0-100.00.0-100.0
0.0-100.00.0-100.0
0.0-100.00.0-100.0
0.0-100.00.0-100.0
-199.9-200.0-199.9-200.0
-100.0-200.0-100.0-200.0
0.0-200.00.0-200.0
-199.9-50.0-199.9-50.0
-100.0-50.0-100.0-50.0
0.0-300.00.0-300.0
P02P02
P05P05
P08P08
P03P03
P06P06
P09P09
PT100PT100
JPT100JPT100
0-20mA0-20mA
0-5V0-5V
1-5V1-5V
P10P10
401401
601601
701701
801801
VoltageVoltage
CurrentCurrent
RT
DR
TD
Th
erm
oco
up
le (T
C)
Th
erm
oco
up
le (T
C)
Input typeInput type
AA
BB CC DD
GG FF
EE
HH
1, 0-399 Accuracy is not guaranteed. 2, Accuracy is not guaranteed.
1, 0-399 Accuracy is not guaranteed. 2, Accuracy is not guaranteed.
CodeCode Input rangeInput range CodeCode Input rangeInput rangeCodeCode Input rangeInput range
4. PANEL NAME AND FUNCTION4. PANEL NAME AND FUNCTION
1. GENERAL INTRODUCTION1. GENERAL INTRODUCTION
2. MAIN TECHNICAL INDEX2. MAIN TECHNICAL INDEX
Fig. 1Fig. 1
- 1 -- 1 -
DIGITAL CONTROLLER
DTX DTX SERIESSERIES
INSTRUCTION MANUALINSTRUCTION MANUAL
3. OUTLINE MOUNTING BORING3. OUTLINE MOUNTING BORING
5. MODEL DESCRIPTION AND MODEL SELECTION5. MODEL DESCRIPTION AND MODEL SELECTION
Form2:Input type & Input range codeForm2:Input type & Input range code
<<
** 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8
DTX - - DTX - -
Form 1Form 1
DTXDTX
Note: When the input signal is current or voltage,you must use our appropriative current & Voltage input adapterNote: When the input signal is current or voltage,you must use our appropriative current & Voltage input adapter
PVPV
SVSV
PVPV
SVSV
InputtypeInputtype
DisplayDisplay
KK JJ LL EE NN TT UU RR SS BB W5ReW26ReW5ReW26Re
PLPL PT100PT100
JPT100JPT100
Thermocouple(TC)Thermocouple(TC) RTDRTD Voltage
(Current)
Voltage
(Current)
1 62 73 84 95 10
1 62 73 84 95 10
11
2222AC85~265AC85~265DC12/24VDC12/24V
LL
NN
Power terminalsPower terminals
33
44
55ALM1ALM1
Alarm output terminalsAlarm output terminals
88
99
1010
AA
BB
BB
Input terminals Input terminals
66
77
SSRSSR
66
77
SCRSCR
GG
T1T1
DTXG Wiring diagramDTXG Wiring diagram
99
1010
TC inputTC input0~5V1~5V0~5V1~5V
TCTC
99
1010
0~20mA4~20mA0~20mA4~20mA
99
1010AdapterAdapter
ALM2ALM2
66
77
Control output terminalsControl output terminals
66
77
OUTOUT
66
77
GG
T1T1
0~20mA4~20mA0~5V1~5V
0~20mA4~20mA0~5V1~5V
66
77RelayRelay
RT
D in
pu
tR
TD
inp
ut
7. OPERATION PROCEDURES7. OPERATION PROCEDURES
7.1 Procedures of Starting7.1 Procedures of Starting
6. TERMINAL CONFIGURATION6. TERMINAL CONFIGURATION
Form3Form3Form3Form3
Input Type Code(See Form3)Input Type Code(See Form3)
Input Type CodeInput Type Code
Input Range Code(See Form2)Input Range Code(See Form2)
Form4Form4
1-100%1-100%
- 2 -- 2 -
AdapterAdapter
7.2 SV Setting Mode7.2 SV Setting Mode
7.3 Parameter Setting Mode7.3 Parameter Setting Mode
Measured ValueMeasured ValueSetting ValueSetting Value
Proportional Period(heating side)Proportional Period(heating side)
(Cooling side)(Cooling side)
Dead Band Dead Band
(Cooling side)(Cooling side)Proportional PeriodProportional Period
---
--
+
+
-
- 6
7
8
9
10
1
2
3
4
5
RT
D In
pu
tR
TD
Inp
ut
B
A
B
Solid State Relay
24-240VAC
OUTPUT1 2
INPUT4 3
3-32VDC- +
Wiring DiagramDTXG - SSR Output Wiring DiagramDTXG - SSR Output
OBJECT BEING CONTROLLED
Ground
Fuse
Thermocouple
Fuse
Fu
se
Neutral
Line
110VAC
HEATER
DisplaysymbolDisplaysymbol
0 0 0 00 0 0 0
0 0 0 10 0 0 1
0 0 1 00 0 1 0
0 0 1 10 0 1 1
0 1 0 00 1 0 0
0 1 0 10 1 0 1
0 1 1 00 1 1 0
0 1 1 10 1 1 1
1 0 0 01 0 0 0
1 0 0 11 0 0 1
1 0 1 01 0 1 0
1 0 1 11 0 1 1
1 1 0 01 1 0 0
1 1 0 11 1 0 1
1 1 1 01 1 1 0
1 1 1 11 1 1 1
00
11
0 0 0 00 0 0 0
0 0 00 0 0
0 0 10 0 1
0 1 00 1 0
0 1 10 1 1
1 0 11 0 1
1 1 01 1 0
1 1 11 1 1
00
11
00
11
00
11
00
11
00
00
00
11
00
11
K
J
L
E
N
T
U
R
S
B
W5Re/W26Re
P12
PT100(JIS/INC)
JPT100(JIS)
0-20mA,0-5V
4-20mA,1-5V
K
J
L
E
N
T
U
R
S
B
W5Re/W26Re
P12
PT100(JIS/INC)
JPT100(JIS)
0-20mA,0-5V
4-20mA,1-5V
Thermocouple(TC)Thermocouple(TC)
RTD InputRTD Input
Voltage(Current)Voltage(Current)
0 0 0 00 0 0 0
00
11
00
11
11
00
11
00
0 0 0 00 0 0 0
4-20mA4-20mA
1-5V1-5VAdapterAdapterInput terminalsInput terminals InputInput
- 3 -- 3 -
000100012or2.02or2.0
Factoryvalue
Factoryvalue
DescriptionDescription
2or2.02or2.0
2or2.02or2.0
1sec1sec100100
67671616
****
**
according to the order according to the order
3.3.
2.2.
1.1.
The instrument is guaranteed of 18-month free maintenance
or changing after the date when product leaves the factory. For
product damaged by mistake operating or product with expired
warranty, the maintenance will require some reasonable charge.
Besides,we can give the lifelong maintenance for our products.
The instrument is guaranteed of 18-month free maintenance
or changing after the date when product leaves the factory. For
product damaged by mistake operating or product with expired
warranty, the maintenance will require some reasonable charge.
Besides,we can give the lifelong maintenance for our products.
10. AFTER SERVICE10. AFTER SERVICE
9. LINE AR INPUT ADAPTER WIRING DIAGRAM ( See Fig.2)9. LINE AR INPUT ADAPTER WIRING DIAGRAM ( See Fig.2)
**
Form6Form6
7.5 Constant Setting7.5 Constant Setting
calculating factor of integration: range 0-200scalculating factor of integration: range 0-200s
Form7Form7
7.6 Instrument Data viewing7.6 Instrument Data viewing
Form8Form8
7.7 Failure Message Indicate7.7 Failure Message Indicate
8. OPERATION PROCEDURES See Fig.38. OPERATION PROCEDURES See Fig.3
Form9Form9
Maximum temperature value of instrument input terminal airMaximum temperature value of instrument input terminal air
Maximum use time of instrument, min unit 10000 hoursMaximum use time of instrument, min unit 10000 hours
Minimum use time of instrument ,min unit 1 hourMinimum use time of instrument ,min unit 1 hour
Selection of nominalunitSelection of nominalunit
Run/Stop function setting*2Run/Stop function setting*2
Selection of cooling methodSelection of cooling method
Selection of autocorrection functionSelection of autocorrection function
CentigradeCentigrade
FahrenheitFahrenheit
Air cooling(A type)Air cooling(A type)
Water cooling(W type)Water cooling(W type)
OmitOmit
NullNull
Run/Stop functionRun/Stop function
Autocorrection functionAutocorrection function
NonNon
NonNon
7.4 Function Setting7.4 Function Setting
CoolingCooling
(See Form 6)
(See Form 7)
(See Form 8)
(See Form 9)
Fig.2
Fig.3 OPERATION PROCEDURESFig.3 OPERATION PROCEDURES
Setting ValueSetting Value
Auto-correction SwitchAuto-correction Switch
Proportional BandProportional Band
Integration TimeIntegration Time
Derivative TimeDerivative Time
Integration OperationWork RangeIntegration OperationWork Range
Dead BandDead Band
Deviation AmendmentDeviation Amendment
Data LockData Lock
ProportionalPeriod(OUT1)ProportionalPeriod(OUT1)
Measured ValueMeasured Value
1. Must set (LCK) code to (1000), then press both (SET) and (R/S) keys at the same time for 3s to enter the
following menus.
2. In any discretionary choices under code menu, press both (SET) and (R/S) keys at the same time for 3s to
exit the menu.
1. Must set (LCK) code to (1000), then press both (SET) and (R/S) keys at the same time for 3s to enter the
following menus.
2. In any discretionary choices under code menu, press both (SET) and (R/S) keys at the same time for 3s to
exit the menu.
Modify setting ValueModify setting Value
Sensor SelectSensor SelectUpper Limit of Setting Value Measurement RangeUpper Limit of Setting Value Measurement Range
Temperature Unit SelectTemperature Unit Select
OmitOmit Place Number of DecimalPlace Number of Decimal
ALM1 ModeALM1 ModeMain Output Hysteresis ValueMain Output Hysteresis Value
Alarm1 Hysteresis ValueAlarm1 Hysteresis Value
Excitation/Non-excitation AlarmingExcitation/Non-excitation Alarming Current Transformer RatioCurrent Transformer Ratio
Main Control Output TypeMain Control Output Type
Alarm2 Hysteresis ValueAlarm2 Hysteresis Value
Digital Filter ConstantDigital Filter Constant
Stable Time FactorStable Time Factor
Calculating Factor of IntegrationCalculating Factor of Integration
Cod=0000Cod=0000 Cod=0001Cod=0001 Cod=0002Cod=0002
Use Time of Instrument LUse Time of Instrument L
Ambient Temperature of InstrumentAmbient Temperature of Instrument
Use Time of Instrument HUse Time of Instrument H
Lower Limit of Setting Value Measurement RangeLower Limit of Setting Value Measurement Range
In any following menu, press(SET)key again for 3s to ExitIn any following menu, press(SET)key again for 3s to Exit
Press ( V ) KeyPress ( V ) Key
Parameters Setting(See Form4)
Parameters Setting(See Form4)
Function Setting(See Form6)
Function Setting(See Form6)
Constant Setting (See Form7)Constant Setting (See Form7)
Power OnPower On
Automatic Display Automatic Display
Automatic DisplayAutomatic Display
Automatic DisplayAutomatic Display
Press "SET" key for 3s to Enter Press "SET" key for 3s to Enter
Alarm1 SettingAlarm1 Setting
Alarm2 SettingAlarm2 Setting
Proportional BandProportional Band
ProportionalPeriod(OUT2)ProportionalPeriod(OUT2)
OmitOmit
OmitOmit
OmitOmit
Run/stop Function SettingRun/stop Function Setting
Calculating Factor of Proportional BandCalculating Factor of Proportional Band
ALM2 ModeALM2 Mode
Measured ValueMeasured Value
Auto-tuning SwitchAuto-tuning Switch
Press ( ) KeyPress ( ) Key
Press ( V ) KeyPress ( V ) Key
Press ( ) KeyPress ( ) KeyV V
- 4 -- 4 -