MLF-DC04C Product datasheet
Model number: |
MLF-DC04C |
|
Module Type: |
Analog Output Module |
Manufacture: |
HONEYWELL |
|
Condition: |
Brand New |
Range of Product: |
HONEYWELL |
|
Lead time: |
In Stock |
Weight: |
0.4kg |
|
HS CODE: |
8537101190 |
Dimension: |
7x14x14.5cm |
|
MOQ: |
1 |
Product Origin: |
USA |
|
System: |
DCS |
Discontinued on: |
active |
|
Communication Service: |
Ethernet router |
MLF-DC04C Functional Description
If you have other request contact our team to get customized service
Honeywell |
CV-IEMBOE |
Honeywell |
CV-AEAPD1 |
Honeywell |
EP-T09CAL |
Honeywell |
CV-IOMNEF |
Honeywell |
CV-ADSP01 |
Honeywell |
CV-EPCVMC |
Honeywell |
CV-ITFLEF |
Honeywell |
CV-BKCF00 |
Honeywell |
CV-EPCVMS |
Honeywell |
CV-IROCEF |
Honeywell |
CV-ESIG01 |
Honeywell |
MS-OSLW19 |
Honeywell |
CV-IBBREF |
Honeywell |
CV-QVC0BS |
Honeywell |
EP-COAS19 |
Honeywell |
CV-IFLXEF |
Honeywell |
CV-QVC100 |
Honeywell |
EP-DONENB |
Honeywell |
CV-I60870 |
Honeywell |
CV-QVC01K |
Honeywell |
EP-DONUSB |
Honeywell |
CV-ACVAGE |
Honeywell |
CV-QVC02K |
Honeywell |
CV-1BP100 |
Honeywell |
CV-DASENB |
Honeywell |
CV-EPLX01 |
Honeywell |
CV-OPCUHA |
Honeywell |
CV-ALMTND |
Honeywell |
CV-CADL02 |
Honeywell |
EP-BRM520-ESD |
Current Output
The current output is a type of analog signal commonly used in industrial control and instrumentation systems to transmit data or control signals over relatively long distances with high noise immunity. Typically configured as a 4-20 mA loop, it provides a reliable method for sending process variable information from field devices like sensors or transmitters to controllers. The live zero (4 mA) allows for fault detection, distinguishing a valid low signal from a broken wire or failed device. Current signals are less susceptible to voltage drops and electromagnetic interference compared to voltage signals, ensuring stable and accurate data transmission. This makes current output particularly suitable for harsh industrial environments where signal integrity is critical for precise monitoring and control of processes such as flow, pressure, or temperature regulation.