140NOL91120模块备件

140NOL91120

跳线配置将负（-）输入端子连接到I/O COM on
NTAI06。IMASI23测量正（+）输入端的电压
相对于C端子。不需要连接到C端子。
差分电压：此跳线配置将正（+）和负（-）输入直接连接到
IMASI23差分输入。信道到信道和信道到系统信号
对于所有电压输入类型实现隔离，
毫伏和热电偶。不需要连接到C端子。
系统供电
4-20mA
此跳线配置将正（+）输入端子连接到系统+24
VDC通过NTAI06上的保险丝。负（-）输入端子连接到
精密电阻器，用于为
IMASI23进行测量。不需要连接到C端子。INFI 90
开路必须安装+24伏（系统电源）。
配置输入
WBPEEUI240774A0 A-5
注意：兼容性注意事项
1.使用IMASI13模块的安装可能会在
热电偶终端装置上的负（-）和C端子
输入。用IMASI23替换这些IMASI13模块时，跳线
如果使用热电偶输入、毫伏、伏特或毫安输入，则无需拆除终端装置。
2.如果在负（-）和C端子之间添加了跳线
如果要配置输入，则必须拆除终端单元
用于RTD输入。
外部供电
4-20mA
此跳线配置将正（+）输入端子连接到
精密电阻和负（-）输入连接到位于NTAI06上的同一精密电阻的另一端。为
要测量的IMASI23。不需要连接到C端子。
3线电阻：此跨接配置连接正（+）和负（-）输入以及
COM输入直接到IMASI23三线输入。保持信道到信道和信道到系统信号隔离。的两个公共引线
RTD元件应连接在正（+）和公共（C）端子之间，三根引线应连接到负（-）端子。
表A-3.NTAI06输入类型说明（续）
输入类型输入说明
A-6 WBPEEUI240774A0
配置输入
图A-3.NTAI06输入电路
+V
+V
–V
–V
COM，COM
+24伏
I/O通信
字段输入
字段输入
字段输入
新加坡
J1-J16
J17-J32
J49-J64
J33-J48
给我23
给我23
给我23
1 1
1 1
2 2
2 2
3 3
3 3
T01076B
F1-F16
250 !
ABB替代品
保险丝零件编号
F1-F16:1945820A10310
输入
一频道
输入
九频道
输入
二频道
输入
十频道
输入
三频道
输入
11频道
输入
四频道
输入
香奈儿12
输入
五频道
输入
13频道
输入
六频道
输入
14频道
输入
C HAN NEL 7
输入
15频道
输入
八频道
输入
CH ANN EL 16
J1、J17，
J33、J49
J9、J25，
J41、J57
J2、J18，
J34、J50
J10、J26，
J42、J58
J3、J19，
J35、J51
J11、J27，
J43、J59
J4、J20，
J36、J52
J12、J28，
J44、J60
J5、J21，
J37、J53
J13、J29，
J45、J61
J6、J22，
J38、J54
J14、J30，
J46、J62
J7，J23
J39、J55
J15，J31
J47、J63
J8、J24，
J40、J56
J16、J32，
J48、J64
配置输入
WBPEEUI240774A0 A-7
图A-4.NTAI06字段输入端接示例
C Hann EL 5
（D）如有必要
V OLTAG E）
6页
（系统供电
4-20mA）
C Hann EL 4
（E X T E R N A，以下为4-20 m A）
七层
（单页）
V OLTAG E）
8页
（三线电阻式温度检测器）
+
–
RTD
R LTO TA L L1 L2=R+R
R LTO TA L L=R
RL 1
RL 2
RL
RL
RL
特兰斯米特
传送器
外部电流
限流器
-10 V T O+10 V
外部
普通的
T01805A
外部
+2.4伏直流
4-20mA
TB2 TB1
–
–
–
–
+
C
+
C
+
C
+
C
1 3 –
–
–
–
–
–
–
–
+
+
+
+
+
+
+
+
C
C
C
C
C
C
C
C
1.
5.
2.
6.
3.
7.
4.
8.
1 4
1 5
1 6
–
–
–
–
+
C
+
C
+
C
+
C
9
1 0
1 1
1 2
P2
P1
E1和E2
+24V同轴接地
F9
F13
F10
F14
F11
F15
F16
F12
一层楼
地上二层
F3
F4
F5
F6
F7
F8
A-8 WBPEEUI240774A0
配置输入
图A-5.IMASI23输入示例
NKAS01/11
电缆
NKAS01/11
电缆
NKAS01/11
电缆
NKAS01/11
电缆
NKAS01/11
电缆
三线电阻式温度检测器
C
C
C
C
C
–
–
–
–
–
–
+
+
+
+
+
+
R L
R L
R L
R L1
外部
电流
LIM IT-ING
电阻变送器
传送器
R L2
RTD
电压源–10 V至+10 V
与I/O CO MM隔离
巧克力
普通的
巧克力
普通的
外部
普通的
I/O通信
外部
+24伏
+24伏
100
0.4-2V
100
0.4-2V
I/O通信
250 ! 1-5伏
250 !
单端输入/输出COM
VO LTAG E
有差别的
VO LTAG E
下一篇文章
4-20mA
系统供电
4-20mA
不，N-是孤立的
与I/O CO MM隔离
外部公共
不，N-是孤立的
N TAI06，我在这里
IMASI23
IMASI23
IMASI23
IMASI23
IMASI23
T01077C
熔丝
配置输入
WBPEEUI240774A0 A-9
图A-6.NTAI06电缆连接
T01066B
P1
P3
J3
P2
J2
P1
J 1
P2
NKAS01/11
（注1）
我在这里
电缆
N TAI06
CHAN NELS 11-16
CHAN NELS 1-10
IMASI23字段
渴望
注：
1.在IO N（S P E

140NOL91120

140NOL91120
 jumper configuration connects the minus (-) input terminal to I/O COM on
the NTAI06. The IMASI23 measures the voltage at the plus (+) input terminal
with respect to the C terminal. No connection to the C terminal is necessary.
Differential voltage This jumper configuration connects the plus (+) and minus (-) inputs directly to
IMASI23 differential input. Channel to channel and channel to system signal
isolation is achieved for all voltage input types, including high level voltage,
millivolts and thermocouples. No connection to the C terminal is necessary.
System powered
4-20 mA
This jumper configuration connects the plus (+) input terminal to system +24
VDC through a fuse on the NTAI06. The minus (-) input terminal connects to a
precision resistor that generates a single ended voltage (1 to 5 V) for the
IMASI23 to measure. No connection to the C terminal is necessary. INFI 90
OPEN must have +24 Volts (system power) installed.
Configuring Inputs
WBPEEUI240774A0 A - 5
NOTES: Compatibility Considerations
1. Installations using IMASI13 modules may have jumpers added between
the minus (-) and the C terminals on the Termination Units for the thermocouple
inputs. When replacing these IMASI13 modules with the IMASI23, the jumpers
on the Termination Units do not have to be removed if using the inputs for thermocouples, millivolt, volt or milli-amp inputs.
2. If there are jumpers added between the minus (-) and the C terminals on
the Termination Units, they must be removed if the inputs are to be configured
for RTD input.
External powered
4-20 mA
This jumper configuration connects the plus (+) input terminal to one end of a
precision resistor and the minus (-) input to the other end of the same precision resistor located on the NTAI06. An isolated 1 to 5 Volts is generated for
the IMASI23 to measure. No connection to the C terminal is necessary.
3-wire resistance This jumper configuration connects the plus (+) and minus (-) inputs and the
COM input directly to IMASI23 three-wire input. Channel to channel and channel to system signal isolation is maintained. The two common leads of the
RTD element should be connected across the plus (+) and common (C) terminals, and the third lead should be connected to the minus (-) terminal.
Table A-3. NTAI06 Input Type Descriptions (continued)
Input Type Input Description
A - 6 WBPEEUI240774A0
Configuring Inputs
Figure A-3. NTAI06 Input Circuit
+V
+V
– V
–V
COM COM
+24 V
I/O COM
FIELD INPUT
FIELD INPUT
FIELD INPUT
S U P P LY
J1-J16
J17-J32
J49-J64
J33-J48
TO IM ASI23
TO IM ASI23
TO IM ASI23
1 1
1 1
2 2
2 2
3 3
3 3
T01076B
F1-F16
250 !
ABB R EPLACEM ENT
FUSE PART NUM BER FO R
F1-F16: 1945820A10310
INPUT
CHANNEL 1
INPUT
CHANNEL 9
INPUT
CH AN NEL 2
INPUT
CHANNEL 10
INPUT
CHANNEL 3
INPUT
CHANNEL 11
INPUT
CHANNEL 4
INPUT
CHANN EL 12
INPUT
CHANNEL 5
INPUT
CHANNEL 13
INPUT
CHANNEL 6
INPUT
CHANNEL 14
INPUT
C HAN NEL 7
INPUT
CHANNEL 15
INPUT
CHANNEL 8
INPUT
CH ANN EL 16
J1, J17,
J33, J49
J9, J25,
J41, J57
J2, J18,
J34, J50
J10, J26,
J42, J58
J3, J19,
J35, J51
J11, J27,
J43, J59
J4, J20,
J36, J52
J12, J28,
J44, J60
J5, J21,
J37, J53
J13, J29,
J45, J61
J6, J22,
J38, J54
J14, J30,
J46, J62
J7, J23
J39, J55
J15, J31
J47, J63
J8, J24,
J40, J56
J16, J32,
J48, J64
Configuring Inputs
WBPEEUI240774A0 A - 7
Figure A-4. NTAI06 Field Input Termination Examples
C HA NN EL 5
(D IF FER EN TIAL
V OLTAG E )
C HA NN EL 6
(SYSTEM-POWERED
4-20 mA)
C HA NN EL 4
(E X T E R N A LLYP OW ER ED 4-20 m A )
C HA NN EL 7
(S INGLE -E ND ED
V OLTAG E )
C HA NN EL 8
(3-WIRE RTD )
+
–
RTD
R LTO TA L L1 L2 = R + R
R LTO TA L L = R
RL 1
RL 2
RL
RL
RL
TR AN SM ITTER
TRANSMITTER
EXTERNAL CURRENT
LIM ITIN G R ES ISTOR
-10 V T O +10 V
EXTERNAL
COMMON
T01805A
EXTERNAL
+2 4 V D C
4-20 mA
TB2 TB1
–
–
–
–
+
C
+
C
+
C
+
C
1 3 –
–
–
–
–
–
–
–
+
+
+
+
+
+
+
+
C
C
C
C
C
C
C
C
1
5
2
6
3
7
4
8
1 4
1 5
1 6
–
–
–
–
+
C
+
C
+
C
+
C
9
1 0
1 1
1 2
P 2
P1
E1 E2
+24V CO M GND
F9
F13
F10
F14
F11
F15
F16
F12
F1
F2
F3
F4
F5
F6
F7
F8
A - 8 WBPEEUI240774A0
Configuring Inputs
Figure A-5. IMASI23 Input Examples
NKAS01/11
CABLE
NKAS01/11
CABLE
NKAS01/11
CABLE
NKAS01/11
CABLE
NKAS01/11
CABLE
3-WIRE RTD
C
C
C
C
C
–
–
–
–
–
–
+
+
+
+
+
+
R L
R L
R L
R L1
EXTERNAL
CURRENT
LIM IT ING
RESISTOR TRANSMITTER
TRANSMITTER
R L2
RTD
VSOURCE –10 V TO + 10 V
IS OLATE D FROM I/O CO MM O N
IS OLATE D
COMMON
IS OLATE D
COMMON
EXTERNAL
COMMON
I/O COM
EXTERNAL
+ 24 V
+24 V
100
0.4-2 V
100
0.4-2 V
I/O COM
250 ! 1-5 V
250 !
I/O COM SINGLE-ENDED
 VO LTAG E
DIFFERENTIAL
 VO LTAG E
E XT ER N A LLY-P OW E R ED
4-20 mA
SYSTEM-POWERED
4-20 mA
NO N-IS OLATE D
IS OLATE D FROM I/O CO MM O N
EXTERNAL COMMON
NO N-IS OLATE D
N TAI06 TE R M IN AT IO N U N IT
IMASI23
IMASI23
IMASI23
IMASI23
IMASI23
T01077C
FUSE
Configuring Inputs
WBPEEUI240774A0 A - 9
Figure A-6. NTAI06 Cable Connection
T01066B
P 1
P 3
J3
P 2
J2
P 1
J 1
P 2
NKAS01/11
(NOTE 1)
T E R M IN AT IO N U N IT
CABLE
N TAI06
CHAN NELS 11-16
CHAN NELS 1-10
IMASI23 FIELD
W IRING
NOTE:
1 . N KA S 0 1 H A S PV C IN S U L AT IO N (S P E C IFY L E N G T H U P TO 20 0 FT).
N K A S1 1 H A S N O N -P V C IN S U LATIO N (S P EC IFY L EN G TH U P TO 2 0 0 F T).
 WBPEEUI240774A0
WBPEEUI240774A0 B - 1
Replacing an IMASI13 Module Appendix B
Introduction
The IMASI13 module and the IMASI23 module are similar. The
minimal differences are discussed in this section.
User Differences
The only user differences between the IMASI23 and the
IMASI13 is the input configuration jumper blocks J1-J16. The
IMASI13 has 4 pin jumper blocks, where the IMASI23 has 6
pin jumper blocks. Refer to Figures B-1 and B-2. The additional jumper pins in the IMASI23 allow the Input(-) to be connected to that input’s isolated common COM, which is required
for proper operation of open thermocouple detection on the
IMASI23. Refer to Configuring Inputs in Section 3, for proper
jumper settings for the IMASI23.
Thermocouple, Millivolt
or Milliamp Inputs
An installation using an IMASI13 module may have jumpers
added between the minus (-) and the C terminals in the NTAI06
Termination Unit for thermocouple inputs. When replacing the
IMASI13 module with an IMASI23, the jumpers on the TermiFigure B-1. IMASI13 Four Pin Jumper Block Configuration
Figure B-2. IMASI23 Six Pin Jumper Block Configuration
±100 mV
TC
RTD
±10 V D C
4-20 mA
T04361A
mV/TC V/mA RTD
T04355A
B - 2 WBPEEUI240774A0
Power Consumption Comparison
nation Unit do not have to be removed if using the input for a
thermocouple, millivolt or milliamp inputs.
RTD Input If there are jumpers added between the minus (-) and the C terminals on the NTAI06 Termination Unit, they must be removed
if the inputs are to be configured for RTD input.
Power Consumption Comparison
IMASI13 and IMASI23 module