Define the Vnet/IP Side
Record switch ports, Ethernet addresses and cable route for both Vnet/IP paths. Record the role of each physical port or fibre end before wiring, so cable labels and the saved network plan describe the same path.
Yokogawa
Yokogawa · CENTUM VP network routing
Yokogawa AVR10D-A22010 | Vnet Router for Vnet/IP and VL Net
100 Mbit/s Vnet/IP side · 10 Mbit/s V/VL net side · Dual power execution
01
Product Summary
Yokogawa AVR10D-A22010 is a dual-power Vnet Router that connects a Vnet/IP control network to a V net or VL net segment. The selected A2 code identifies the dual-redundant VL net execution while the remaining suffixes retain the dual-power and 100–120 V AC selection.
Across the network boundary, Yokogawa AVR10D-A22010 uses 100 Mbit/s full-duplex Vnet/IP and a 10 Mbit/s V net or VL net path. Ethernet switch connections, coaxial termination and station addressing must be planned as two different media systems joined by one router.
For commissioning, Yokogawa AVR10D-A22010 should be verified first on each network side and then end to end. Power-feed status, Vnet/IP links, V net or VL net termination and representative station communication form the practical acceptance record.
02
Specification Details
- Brand
- Yokogawa
- Model
- AVR10D-A22010
- Product Name
- Vnet Router
- Country
- Japan
- System
- CENTUM VP
- Network A
- Vnet/IP
- Vnet/IP speed
- 100 Mbit/s full duplex
- Network B
- V net or VL net
- V/VL net speed
- 10 Mbit/s
- Selected execution
- Dual-redundant VL net
- Power execution
- Dual-redundant
- Supply
- 100–120 V AC
- Vnet/IP cable
- UTP CAT5e or better; 100 m segment
- V/VL connector
- BNC coaxial
- Mounting
- 19-inch rack
- Approximate weight
- 5.8 kg
03
Communication and Connectivity
Yokogawa AVR10D-A22010 joins two control-network media, so each side must be designed, labelled and tested independently before routing is accepted. The check therefore follows the complete path from interface ownership and physical media to addressing, link state and end-to-end communication.
Terminate the VL Net Side
Verify BNC connectors, coaxial route and required termination before connecting stations. Keep media type, connector condition, termination and route limits as installation checks; a software change cannot correct a damaged or mismatched physical link.
Test End-to-End Traffic
Confirm communication from representative stations across Yokogawa AVR10D-A22010, not only local link indicators. Acceptance should prove both local link indication and end-to-end traffic, with the tested path saved against the complete article record.
04
Diagnostics and Protection
Fault isolation for Yokogawa AVR10D-A22010 starts with dual power, then separates Vnet/IP from the V net or VL net segment. The diagnostic method preserves first-fault evidence, separates the affected layers and verifies the corrected path before the alarm is considered resolved.
Compare Both Power Feeds
Measure and label both supplies so degraded redundancy remains visible. Capture the first LED pattern, system message and affected path before resetting anything, because later alarms may be consequences rather than the cause.
Capture Link Evidence
Record which Ethernet and coaxial indicators changed first before resetting the router. Isolate power, network and field-bus branches one at a time so protection or communication evidence is not lost by changing several conditions together.
Retest the Corrected Path
After cable or setting changes, verify local links and end-to-end station communication. After correction, repeat the failed path test and document the restored state instead of accepting only a cleared alarm indication.
05
Questions & Answers
What does the A2 portion of Yokogawa AVR10D-A22010 select?
For Yokogawa AVR10D-A22010, A2 identifies the dual-redundant VL net execution. Keep that network selection with the Vnet/IP addressing and the BNC coaxial layout when planning a replacement.
Why are both Ethernet and coaxial checks needed for Yokogawa AVR10D-A22010?
The 100 Mbit/s Vnet/IP side and 10 Mbit/s V net or VL net side of Yokogawa AVR10D-A22010 use different media, connectors and termination rules. A healthy side does not prove the other side is correct.
What causes unstable communication through Yokogawa AVR10D-A22010?
Inspect BNC termination and coax condition on the V net or VL net side, Ethernet cable and switch status on the Vnet/IP side, and confirm that no duplicate network settings have been introduced around Yokogawa AVR10D-A22010.
What information should accompany an enquiry for Yokogawa AVR10D-A22010?
Include the exact Yokogawa AVR10D-A22010, existing network types, supply voltage, connected station count, observed indicators and diagnostic messages so the requested router is evaluated in its actual network boundary.
How should Yokogawa AVR10D-A22010 be checked before it bridges the two control networks?
Verify the complete Yokogawa AVR10D-A22010 suffix, Vnet/IP side, V net or VL net selection, supply execution and cable interfaces. Both network definitions must match the saved system architecture.
Why can one side of Yokogawa AVR10D-A22010 communicate while the other side does not?
The Vnet/IP and V net or VL net sides use different physical and network conditions. Check link status, cable type, termination, addresses and routing configuration independently for Yokogawa AVR10D-A22010.
06
Obsolete Parts Support
Moore Automation
https://www.mvme.cn/Moore Automation accepts enquiries for legacy and current industrial automation parts when the complete article can be identified.
Available technical records and replacement context can accompany the request, without claiming a guaranteed successor or inventory position.
Legacy identityOriginal codes stay explicit.
Context reviewInstalled-system details can follow.
Record searchAvailable documents are coordinated.
Careful wordingNo unverified replacement claim.
07
Suggested Products
08
Contact Details
Moore Automation
Send the complete model and requested quantity with your enquiry.
ManagerLeonia
Emailsales@mvme.cn
WhatsApp+86 180 3017 5807
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