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- ABB CI810V1 3BSE008584R1 Field Communcation Interface
SKU: CI810V1Â 3BSE008584R1
ABB CI810V1 3BSE008584R1 Field Communcation Interface
The ABB CI810V1 3BSE008584R1 is a 0.48kg AF 100 field communication interface for S800 I/O systems. This Swedish-made DCS module provides high-speed data linking for Advant controllers. It features redundant power support, advanced diagnostics, and a compact design for reliable industrial network management.
The ABB CI810V1 3BSE008584R1 acts as a primary gateway for Advant Fieldbus 100 (AF 100) networks. This field communication interface links S800 I/O modules to various Advant controllers. By managing cyclic data traffic, it ensures high-speed information flow across the automation architecture. Consequently, the unit provides a stable bridge between field-level sensors and centralized control logic.
This module supports redundant power and communication configurations to maximize system availability. It handles signal processing for multiple I/O clusters within a single rack assembly. Furthermore, the integrated processor manages all bus communication independently of the main controller. This design reduces the processing load on the central CPU during complex automation tasks.
Technical Data and Physical Profile
- Brand Name:Â ABB
- Model Number:Â CI810V1
- Part ID:Â 3BSE008584R1
- Equipment Type:Â Field Communication Interface (FCI)
- Product Line:Â S800 I/O / Advant OCS
- Net Weight:Â 0.48 kg
- Product Dimensions:Â 17 cm x 8.3 cm x 12 cm
- Manufacturing Origin:Â Sweden
- System Environment:Â DCS / AC 800M
- Customs Code:Â 8537101190
- Lifecycle Status:Â Active
Reliability and Advanced Network Management
The CI810V1 3BSE008584R1 features comprehensive self-diagnostic routines to monitor hardware health. It provides real-time status updates via LED indicators on the front panel. Therefore, technicians can identify network faults or power issues without external tools. The Swedish-built housing withstands the mechanical stresses typical of industrial control rooms.
Installation follows a modular approach for quick integration into DIN rail setups. The interface supports hot-swapping under certain conditions to prevent process interruptions. Additionally, it maintains high signal integrity in environments with significant electrical noise. This module optimizes data throughput while ensuring the long-term stability of critical industrial infrastructures.
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