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ANB10D-410

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Yokogawa ANB10D-410 is a dual-redundant ESB bus node unit for field I/O communication, module power and controlled node restoration.
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Technical specifications for ANB10D-410

  • Manufacturer:
    Yokogawa
  • Part Number:
    ANB10D-410
  • Product Family:
    Centum CS-Centum VP
  • Product Type:
    Dual-Redundant ESB Bus Node Unit
  • Stock:
    1
  • Power Supply Input:
    100–120 VAC, 50/60 Hz
  • Nameplate Apparent Power:
    220 VA
  • Connector Option:
    /CU2N — two ESB connector units
  • I/O Capacity:
    Up to 8 I/O modules
  • Mounting:
    19-inch rack
  • Operating Temperature:
    0 to 60 °C
  • Operating Humidity:
    5 to 95% RH, non-condensing
  • AC Power Interruption:
    20 ms at rated supply voltage
  • Weight:
    2.42 kg
  • Estimated shipping dimensions:
    48.2x22x5cm
  • Tariff Code:
    Please confirm the destination before shipping
  • Country of origin:
    Singapore
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Node Architecture ESB Diagnostics Power & Environment Applications

Features:

  • Dual ESB architecture: Two communication paths connect the node to the field control unit.
  • Field I/O role: The node exchanges I/O data and supplies the installed module set.
  • Restoration record: Address, bus paths and rack population provide the core commissioning baseline.
Redundant communication makes the node part of the control-system availability design rather than a passive rack accessory.

Power, connector options and the populated I/O sequence define the installed node configuration that maintenance must preserve.

Environmental and airflow limits add a practical reliability boundary for cabinet planning and fault diagnosis.

Apter Power supports Yokogawa ANB10D-410 Dual-Redundant ESB Bus Node Unit sourcing with option, environment and node-configuration review.
Yokogawa ANB10D-410 Dual-Redundant ESB Bus Node Unit Manuals,Datasheets,Link Important Notice: Confirm the complete model, configuration and host-system records before replacement.
  • Host link: The node exchanges field I/O data with the Yokogawa field control unit.
  • Redundant paths: Two ESB bus routes support the documented dual-redundant topology.
  • Module power: The node supplies power to the I/O modules installed in its rack.
  • Rack capacity: The node accommodates up to eight I/O modules in a 19-inch rack.
  • Path status: Review both ESB routes separately so one healthy path does not mask the other.
  • Node address: Compare the restored address with the approved host configuration.
  • Module recognition: Confirm every expected I/O position appears without a new node alarm.
  • Event timing: Correlate communication alarms with power restoration and path reconnection.
  • Supply: The -410 nameplate configuration uses 100–120 VAC at 50/60 Hz.
  • Ambient range: The standard operating range is 0 to 60 °C and 5 to 95% RH without condensation.
  • Conditional limit: Certain installed communication modules reduce the maximum ambient temperature to 50 °C.
  • Cabinet practice: Protect grounding and unobstructed airflow support reliable operation and clearer diagnostics.
  • Field I/O nodes: Connects documented analog and contact I/O modules to a field control unit.
  • Redundant control: Supports installations that require two ESB communication paths.
  • Node expansion: The legacy /NDEL option identifies node-expansion licensing in supported project contexts.
  • Maintenance replacement: Restores a recorded address, rack population and dual-path topology during service.
Description
ANB10D-410 provides a dual-redundant ESB bus node between a Yokogawa field control unit and the installed field I/O modules. The node exchanges I/O data and supplies the module set, making both communication paths and the rack population part of its operating role.

The ANB10D-410 nameplate identifies a 100–120 VAC, 50/60 Hz configuration with /CU2N/NDEL options. Yokogawa assigns /CU2N to two ESB connector units, while the node can accommodate up to eight I/O modules in a 19-inch rack.

Reliable service restoration for ANB10D-410 combines node addressing, both ESB paths, the populated I/O sequence and environmental conditions. Recording these elements before an outage helps commissioning distinguish a network-path issue, power issue or module-recognition problem after replacement.
Alternative Names
ANB10D410 ANB10D 410 ANB10D-410/CU2N/NDEL ANB10D 410 CU2N NDEL Yokogawa ANB10D 410 ANB10D-410 CU2N ANB1OD-410 ANB10D-41O
Technical notes
ANB10D-410 is specified for 0 to 60 °C and 5 to 95% RH without condensation; installations using certain communication modules can reduce the allowed upper temperature to 50 °C. Maintaining cabinet airflow, protective grounding and the documented dual-ESB topology protects node reliability and makes post-service diagnostics more conclusive.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
How should both ESB paths be documented before replacing ANB10D-410?
Label each path, capture its connector position and associate it with the node address and host control unit. This gives commissioning a path-by-path restoration record for the redundant network.
What does the /CU2N option change in an ANB10D-410 quotation?
It denotes two S9562FA connector units for the ESB bus. The quotation should preserve the full option string and state whether those connector units are included with the node.
How many I/O modules can ANB10D-410 support in its rack?
Yokogawa specifies up to eight I/O modules. The actual populated sequence should be recorded before removal so the restored node can be checked against the approved rack configuration.
What environmental condition can change the normal temperature limit for ANB10D-410?
The standard range reaches 60 °C, but installations using certain ALF111, ALP121 or ALR111 communication modules are limited to 50 °C. Cabinet planning should use the most restrictive applicable condition.
What should be checked if ANB10D-410 powers up but some I/O modules are not recognized?
Compare the node address and populated slot sequence with the pre-service record, then review both ESB paths and the host diagnostic display. This separates a rack-population issue from a network restoration problem.
What commissioning evidence is most useful after installing ANB10D-410?
A useful record shows the intended node address, both ESB paths healthy, every expected I/O module recognized and no new node or communication alarms. It should also retain the final rack population and connector option.

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