Yokogawa AVR10D-Q220 Duplexed V net Router Configuration
A duplexed V net Router configuration fragment that identifies redundant legacy V net communication and requires the full nameplate code before procurement.
Overview
AVR10D-Q220 belongs to Yokogawa AVR10D duplexed V net Router equipment used between a CENTUM VP Vnet/IP domain and a legacy V net domain. The Q2 portion identifies dual-redundant V net communication, and the following 2 identifies a dual power-supply arrangement.
Yokogawa ordering examples contain additional required suffix positions for power input and environmental execution. AVR10D-Q220 is therefore retained exactly as supplied but treated as an incomplete configuration string: no input voltage, finish or G3 classification is inferred. The complete installed nameplate is required before quotation or replacement.
Specs
| Manufacturer | Yokogawa Electric Corporation |
|---|---|
| Supplied Identifier | AVR10D-Q220 |
| Product Family | AVR10D V net Router |
| Product Type | Duplexed V net Router configuration |
| Vnet/IP Side | Ethernet-based CENTUM VP control network |
| Legacy Side Code | Q2: dual-redundant V net using 10BASE-2 |
| Power-System Code | 2: dual power supply |
| Remaining Suffix Positions | Not supplied in AVR10D-Q220 |
| Input Power | Not assigned; confirm from the complete nameplate |
| Environmental / G3 Option | Not assigned; confirm from the complete nameplate |
| System Role | Routes supported control communication between Vnet/IP and V net domains |
| Configuration Evidence | Complete router label, both network domains, node settings, power modules and CENTUM documentation |
Features
Duplexed communication architecture supports a redundant control-network route.
Dual power-supply selection improves availability within the documented router design.
Vnet/IP and legacy V net integration supports controlled brownfield migration.
Explicit incomplete-code handling prevents an invented power or environmental suffix.
Applications
- CENTUM VP integration with an existing dual-redundant V net control domain.
- Brownfield network migration where legacy controllers remain in service.
- Maintenance of a documented AVR10D router pair after full nameplate verification.
Lifecycle
- Obtain the complete nameplate code before quoting AVR10D-Q220 or selecting power hardware.
- Archive node assignments, domain design, cable routes, terminators and redundancy status.
- Identify both power modules and their independent sources from the installed cabinet drawings.
- Coordinate any outage with control-network ownership because routing changes can affect multiple stations.
- After work, test both communication paths, both power feeds, diagnostics, time synchronization and controlled failover.
FAQ
Why is AVR10D-Q220 treated as incomplete?
The Yokogawa model-code structure includes additional required suffix positions after Q220, including input-power and environmental selections.
Will IndustryParts guess the missing AVR10D-Q220 power code?
No. The complete installed label and cabinet power drawing are required because guessing could select an unsafe or incompatible execution.
What photographs are needed for an AVR10D-Q220 enquiry?
Provide the full chassis label, power modules, communication modules, network connectors and any adjacent system nameplates.
How should an AVR10D-Q220 outage be planned?
Map every Vnet/IP and V net dependency, verify redundant routes and arrange an approved failover or shutdown plan before isolating the router.
What proves a replacement in the AVR10D-Q220 family is ready?
Both power feeds and both network paths must pass diagnostics and controlled failover tests without node duplication or loss of required stations.
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