Duplicated control path
Uses redundant processor, network and supply architecture for the documented CENTUM VP configuration.
Warranty: 1 year
Condition : brand new in factory sealed box
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A 19-inch rack-mounted field control unit configured with duplicated processor, network and power architecture for CENTUM VP.
AFV30D-A41252 is the duplexed AFV30D Field Control Unit for Vnet/IP and FIO. Yokogawa decodes this execution for CP471, dual-redundant Vnet/IP, dual-redundant power and 220–240 V AC input.
The final suffix positions identify the basic non-explosion-protection execution and the R6.01-or-later code. These identities belong with the installed CENTUM VP release, node-unit layout and Vnet/IP topology.
Yokogawa
AFV30D-A41252
CENTUM VP
CP471
Dual-redundant
Dual-redundant
220–240 V AC
Basic type without explosion protection
2 for R6.01 or later
13 per FCU
Up to 8 in the FCU
Up to 72 hours after full charge
At least 48 hours
19-inch rack
Uses redundant processor, network and supply architecture for the documented CENTUM VP configuration.
Connects the FCU to the dual-redundant control network through the installed system topology.
Supports the configured local and node-unit I/O arrangement within Yokogawa slot and release rules.
Provides the documented READY contact for cabinet-level status integration.
Hosting the field-control application in a duplicated Vnet/IP architecture.
Managing local modules and approved node units under the installed engineering database.
Restoring the exact voltage, processor and redundancy execution without altering system identity.
Archive the CENTUM VP engineering database, FCU node identity, Vnet/IP assignments and I/O records.
Confirm A41252, 220–240 V AC supply, duplicated hardware and the installed software release.
Verify processor synchronization, Vnet/IP paths, I/O scanning, READY contact and failover behavior.
Send the full AFV30D-A41252 nameplate, CP471 records, CENTUM VP release, node layout, power details and quantity.
Yokogawa uses that position for the R6.01-or-later execution, so software compatibility must be checked with the installed system.
No direct exchange should be assumed because AFV30D-A41252 is the documented 220–240 V AC build.
Review slot restrictions, I/O module placement, EC401 or EC402 use and the approved FCU engineering configuration.
Confirm normal processor pairing, both Vnet/IP paths, both power supplies, stable I/O and the approved failover test.
IndustryParts prepares AFV30D-A41252 enquiries around the complete manufacturer label, requested quantity and installed-system evidence. Share the application record that distinguishes this execution before a supply proposal is prepared.
Send the complete AFV30D-A41252 label, requested quantity and delivery destination.