MC-PDOY22 80363975-150 Product datasheet
Model number: |
MC-PDOY22 80363975-150 |
|
Module Type: |
Digital 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 |
MC-PDOY22 80363975-150 Functional Description
If you have other request contact our team to get customized service
Honeywell |
2MLR-CPUH/S |
Honeywell |
2MLR-E12P |
Honeywell |
2MLR-DBDFS |
Honeywell |
2MLR-CPUH/T |
Honeywell |
2MLR-E12H |
Honeywell |
2MLR-DBDHS |
Honeywell |
2MLR-AC12 |
Honeywell |
2MLR-DBST |
Honeywell |
2MLR-DMMA |
Honeywell |
2MLR-AC22 |
Honeywell |
2MLR-DBSF |
Honeywell |
2MLC-F201 |
Honeywell |
2MLR-AC13 |
Honeywell |
2MLR-DBSH |
Honeywell |
2MLI-D21A |
Honeywell |
2MLR-AC23 |
Honeywell |
2MLR-DBSFS |
Honeywell |
2MLI-D22A |
Honeywell |
2MLR-DC42 |
Honeywell |
2MLR-DBSHS |
Honeywell |
2MLI-D22B |
Honeywell |
2MLR-M02P |
Honeywell |
2MLR-DBDT |
Honeywell |
2MLI-D24A |
Honeywell |
2MLR-M06P |
Honeywell |
2MLR-DBDF |
Honeywell |
2MLI-D24B |
Honeywell |
2MLR-E08P |
Honeywell |
2MLR-DBDH |
Honeywell |
2MLI-D28A |
Analog Output Redundancy Board
An Analog Output Redundancy Board is a critical component in high-availability industrial control systems, designed to ensure continuous and fault-tolerant operation of analog signal outputs. It provides backup channels that automatically take over if the primary output fails, minimizing downtime in critical processes such as energy generation, chemical processing, or safety shutdown systems. These boards often support hot-swappable replacement, real-time monitoring, and synchronization between primary and secondary modules. With features like signal validation, diagnostics, and seamless switchover capabilities, they enhance system reliability and maintain signal integrity in demanding environments where uninterrupted analog output is essential for operational safety and efficiency.
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