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Match the complete marking
Include ANB10D-S1 and any series, revision or assembly markings. Keep the complete reference on your enquiry and quotation. -
Check the offered item before ordering
Request available label, connector and mounting photos. Have your maintenance team compare the offered ANB10D-S1 with the installed equipment and applicable Yokogawa documentation.
Technical specifications for ANB10D-S1
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Manufacturer:Yokogawa
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Product Category:DCS Systems
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Spare Part Number:ANB10D-S1
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Weight:2.24 kg
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Tariff Code:8537101190
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Product series:CENTUM FIO
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Reference design:ANB10D
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Node communication:ESB bus
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Base bus configuration:Dual-redundant
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Base I/O module positions:8 maximum
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Node interface family:SB401
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Dual node interface arrangement:Two SB401 modules
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Power-supply families:PW481 / PW482 / PW484, configuration-dependent
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Base mounting:19-inch rack
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Node functions:I/O data exchange and I/O-module power supply
Information
Overview
Downloads
Applications / Compatibility
Product Precautions
- Yokogawa ANB10D-S1 forms a node position between field I/O modules and the field control unit, combining the ESB communication path with the node power-distribution function.
Product type: ESB bus node unit
Base bus arrangement: Dual-redundant ESB
Base I/O capacity: Up to eight modules
Mounting family: 19-inch rack
Base bus arrangement: Dual-redundant ESB
Base I/O capacity: Up to eight modules
Mounting family: 19-inch rack
The ANB10D design exchanges analog and contact I/O data with the field control unit over the ESB bus. It also supplies power to the installed I/O modules. This makes the node a communication and power platform for the field-module group; the individual I/O modules determine the actual signal types and channel functions.
A dual-redundant node configuration uses two SB401 ESB bus interface slave modules and two suitable power-supply modules. The available power-supply families are PW481, PW482 and PW484; the fitted power modules and complete node configuration determine the required supply. The supplied ANB10D-S1 designation alone must not be used to select an AC or DC input rating.
The base unit supports up to eight I/O-module positions and uses 19-inch rack mounting. Allowable module types and allocation depend on the connected FCU, system release, node loading and environmental installation conditions. In the referenced A2FV50/A2FV70 configurations, the ANB10 node accepts communication modules only. Match the node, FCU, interface pair and installed module list as one configuration before expanding or replacing the assembly.
A dual-redundant node configuration uses two SB401 ESB bus interface slave modules and two suitable power-supply modules. The available power-supply families are PW481, PW482 and PW484; the fitted power modules and complete node configuration determine the required supply. The supplied ANB10D-S1 designation alone must not be used to select an AC or DC input rating.
The base unit supports up to eight I/O-module positions and uses 19-inch rack mounting. Allowable module types and allocation depend on the connected FCU, system release, node loading and environmental installation conditions. In the referenced A2FV50/A2FV70 configurations, the ANB10 node accepts communication modules only. Match the node, FCU, interface pair and installed module list as one configuration before expanding or replacing the assembly.
Controller platform reference: Yokogawa CENTUM FIO. Match the installed module and system configuration.
Technical downloads for Yokogawa ANB10D-S1: a manufacturer technical excerpt and an Apter Power installation verification guide.
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Yokogawa ANB10D-S1 technical reference
Original manufacturer excerpt. Base-design specifications and configuration requirements; match the complete offered marking. PDF, 3 pages, 209.5 KB. -
Yokogawa ANB10D-S1 installation guide
Prepared by Apter Power. Product-specific preparation, interface checks, commissioning and functional acceptance. PDF, 5 pages, 26.5 KB.
The technical reference preserves selected manufacturer pages. The installation guide is compiled by Apter Power for preparation and review; apply the original operating procedures and site controls during work.
System configuration: Verify the FCU, ESB coupler arrangement, redundant paths and permitted node configuration.
Application scope: The following uses describe the supported base-design role. Confirm ANB10D-S1 against the installed host and configuration before replacement.
Application scope: The following uses describe the supported base-design role. Confirm ANB10D-S1 against the installed host and configuration before replacement.
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Field I/O concentration
Group supported analog and contact I/O modules in a node and exchange their signals with the FCU through the ESB link. -
Redundant node communications
Use matched SB401 interface paths for the configured dual ESB connection, preserving both node-side paths and the FCU-side arrangement. -
Cabinet I/O expansion
Add a node only within the host release, module-allocation, power-loading and installation limits of the complete system. -
Installed node replacement
Match the actual node identity, fitted power modules and I/O inventory before restoring an existing assembly. Related node names do not establish interchangeability.
Match ANB10D-S1 to the installed hardware and approved configuration before replacement or commissioning.
Identify the fitted power modules
Select supply requirements from the actual PW module and node configuration, never from the shortened node marking alone.
Preserve redundant paths
Identify both SB401 channels and corresponding ESB connections. Do not interchange or omit a required redundant path.
Check module eligibility
Confirm the FCU and release-specific module list, including communication-only restrictions where they apply.
Review rack installation
Use the approved rack mounting and insulation arrangement, with adequate support and access for module maintenance.
Check node loading
Verify module allocation, power loading and environmental limits before adding I/O or communication modules.
Validate the whole assembly
Test node status, communication and field-module behavior after replacement. Confirm all supplied modules and separate accessories in the quotation.
Alternative Names
ANB10D-S1
ANB10D S1
Yokogawa ANB10D-S1
Yokogawa ANB10D S1
Technical notes
System relationship: Verify the FCU, ESB coupler arrangement, redundant paths and permitted node configuration.
Configuration boundary: The technical data describes the ANB10D base design. Match the complete ANB10D-S1 marking, style and installed configuration; do not transfer later suffix approvals or ratings automatically.
Technical reference: Yokogawa ANB10S/ANB10D ESB Bus Node Units, GS 33J60F20-01EN, 8th edition.
FAQ View All FAQ
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What role does ANB10D-S1 perform in a CENTUM system?The ANB10D node design transfers field I/O data to the FCU over ESB and supplies power to the installed I/O modules.
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Is the base design of ANB10D-S1 single or dual-redundant?ANB10D is the dual-redundant ESB node design. Verify that the supplied assembly contains the matching interfaces and power modules required by the installed configuration.
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How many I/O modules can the base design of ANB10D-S1 accommodate?The base unit has capacity for up to eight I/O modules. Actual allocation is limited by host type, power loading and installation conditions.
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Which bus interface is used with ANB10D-S1?The ANB10D design uses SB401 ESB bus interface slave modules, with two modules in a dual-redundant configuration.
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Can an input supply voltage be selected from the ANB10D-S1 name alone?No. Check the complete node configuration and fitted PW481, PW482 or PW484 power module before selecting the supply voltage.
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How is the base unit of ANB10D-S1 mounted?The ANB10D design uses 19-inch rack mounting. Apply the rack support, insulation and fixing arrangement for the installed assembly.
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Can every supported I/O type be fitted to ANB10D-S1 with any FCU?No. Module eligibility depends on the FCU and system release. In the referenced A2FV50/A2FV70 configuration, ANB10 nodes accept communication modules only.
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What configuration must be preserved when replacing ANB10D-S1?Retain the host FCU relationship, node identity, redundant interface arrangement, fitted power-module selection and allowed I/O-module allocation.
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