We will arrange delivery within 3-5 days after receiving the payment.
Our express delivery: DHL and FedEx.
Quality packing for each product
Destination country all taxes & duty to be paid by buyer
Only part of the brand and model, if you have other product needs, please contact us.
The ABB CI801 is a dedicated Fieldbus Communication Interface (FCI) module designed exclusively for ABB’s AC 800M Distributed Control System (DCS). Its core role is to enable seamless data exchange between the AC 800M controller and ** FOUNDATION Fieldbus (FF)** devices—an industry-standard digital communication protocol widely used for intelligent field instruments (e.g., pressure transmitters, flow meters, analytical sensors) in process industries. By acting as a FOUNDATION Fieldbus H1 segment master, the CI801 eliminates the need for analog wiring (4-20mA), centralizes device configuration, and enables advanced diagnostics—making it critical for process automation in petrochemicals, oil & gas, power generation, and water treatment.
As the central controller for FF H1 segments, the CI801 manages all communication with field devices:
- Data Acquisition: Collects digital process data (e.g., "pressure = 150 bar," "flow rate = 25 m³/h") and device status from up to 32 FF instruments (e.g., ABB 2600T pressure transmitters, Emerson Rosemount 3051 flow meters) — no analog signal conversion, ensuring higher accuracy (±0.1% vs. ±0.5% for 4-20mA).
- Control Signal Transmission: Sends digital control commands (e.g., "setpoint = 145 bar" for a control valve) to FF devices, enabling closed-loop control directly at the field level (e.g., device-to-device interlocks without DCS intervention).
- Segment Timing Management: Synchronizes communication on the H1 segment using a scheduled data exchange (SDE) mechanism—ensures deterministic data transfer (cycle time: 100ms–10s, configurable) for time-critical process control.
The CI801 integrates with ABB software tools for unified FF device management:
- Control Builder M Integration: Allows configuration of FF H1 segments (device addresses, data mapping, communication cycles) and FF device parameters (e.g., transmitter range, alarm thresholds) via a single interface—eliminating the need for device-specific tools.
- Parameter Download/Upload: FF device configurations (e.g., "2600T Transmitter Range: 0–200 bar") can be saved to the AC 800M controller and downloaded to replacement devices—reducing commissioning time for faulty instruments (from hours to minutes).
- Device Replacement Support: Automatically detects new FF devices on the segment and applies pre-saved configurations ("plug-and-play" for FF-certified devices), minimizing downtime during maintenance.
To optimize maintenance and reduce unplanned downtime, the CI801 provides deep diagnostic insights:
- Real-Time Device Health Monitoring: Tracks FF device status (e.g., "2600T: Operational," "Rosemount 3051: Sensor Drift Warning") and segment health (e.g., "H1 Segment: 2 Faulty Devices," "Cable Impedance: 100Ω").
- LED Status Indicators:
- Green "POWER/CEX": Illuminates when the module is powered and communicates with the AC 800M controller.
- Green "FF H1": Flashes for normal segment communication; solid for segment idle.
- Red "FAULT": Lights for module faults (e.g., CEX bus failure) or critical segment issues (e.g., short circuit on H1 cable).
- Diagnostic Data to DCS: Transmits detailed fault information (e.g., "FF Device 5: Sensor Overrange," "H1 Segment: Low Bus Voltage") to the AC 800M controller via the CEX bus—triggers SCADA/HMI alarms (e.g., "CI801 H1 Segment 1 Fault") for remote troubleshooting.
For hazardous areas (e.g., petrochemical refineries, oil platforms), the CI801 can be paired with ABB isolators/barriers (e.g., ABB IM801) to enable FF H1 segments in Zone 0/1 hazardous locations. The isolators provide galvanic isolation between the safe-area CI801 and hazardous-area field devices, preventing ignition sources from entering explosive atmospheres.
-
Elimination of Analog Wiring Costs
A single FF H1 segment (1900m) replaces 32 analog 4-20mA cables—reducing wiring materials, installation labor, and cabinet space by up to 70% (critical for large-scale plants with hundreds of instruments).
-
Higher Data Accuracy & Control Precision
Digital FF communication eliminates analog signal noise and conversion errors, improving process data accuracy to ±0.1%. This is critical for precision processes (e.g., pharmaceutical batch production, natural gas processing).
-
Predictive Maintenance Capabilities
Advanced device diagnostics (e.g., sensor drift, cable degradation) enable predictive maintenance—technicians can replace failing instruments (e.g., a transmitter with sensor drift) before they cause process downtime.
-
Seamless AC 800M Integration
Native CEX bus compatibility and Control Builder M support eliminate integration issues—no need for third-party gateways, reducing system complexity and maintenance costs.
- Petrochemical Refinery: A CI801 manages 1× FF H1 segment with 25 ABB 2600T pressure transmitters and 5 Fisher FF control valves in a crude distillation unit. It transmits real-time pressure data to the AC 800M controller and receives valve setpoints—enabling tight control of distillation temperatures.
- Power Plant Boiler Control: Paired with IM801 isolators, a CI801 connects 18 FF flow meters (monitoring boiler feedwater flow) in a Zone 1 hazardous area. Diagnostic data (e.g., "Flow Meter 3: Low Battery") is sent to the DCS, enabling predictive replacement.
- Water Treatment Plant: A CI801 controls 32 FF analytical sensors (pH, turbidity) in a wastewater treatment process. Digital communication allows remote adjustment of sensor parameters (e.g., pH alarm thresholds) without on-site visits.
-
FF Device Compatibility
Use only FOUNDATION Fieldbus Certified devices (look for FF logo) — non-certified devices may cause segment communication failures or data corruption.
-
H1 Segment Wiring
- Use twisted-pair shielded cable (24 AWG, impedance 100–120Ω) for FF H1 segments; keep cable length ≤1900m per segment.
- Install a 120Ω terminator at both ends of the H1 segment (critical for signal integrity); avoid daisy-chaining more than 8 repeaters.
-
Power Supply for FF Devices
Use a dedicated 24V DC/100mA power supply for the H1 segment (sufficient to power 32 low-power FF devices). Ensure the supply is isolated from the CI801’s backplane power to prevent ground loops.
-
Configuration Best Practices
- Set FF communication cycles based on process needs (e.g., 100ms for critical pressure data, 10s for non-critical temperature data) — shorter cycles increase DCS load.
- Backup FF segment configurations to the AC 800M controller’s Flash memory—enables quick recovery if the CI801 fails.
-
Hazardous Area Installation
In Zone 0/1 areas, always use ABB-approved intrinsic safety barriers (e.g., IM801) — do not connect the CI801 directly to hazardous-area devices, as this violates safety standards
The structure and details of the product：
Please make an inquiry for more models
ABB RRIA-01
ABB RMIO-01C
ABB AGPS-11
ABB RETA-01
ABB RCNA-01
ABB RPMP-11
ABB RPMP-01-KIT 6.29
ABB RPMP-03-KIT
ABB RPLC-03C
ABB RTAC-01 64379194
ABB RDCO-03C 64606964
ABB RDCO-02C
ABB RDCO-01C 64606913
ABB RCAN-01
ABB RLON-01
ABB RPBA-01
ABB RDIO-01
ABB RMBA-01
ABB NPBA-12
ABB NDNA-02
ABB NCAN-02C
ABB NPLC-02C
ABB NPCU-01
ABB CM-RS.22S
ABB NLWC-02
ABB NTAC-02
ABB NLWC-10
ABB NMBA-01 3BHL000510P0003
ABB TGE5
ABB NIBA-01
ABB NBCI-02OPTION
ABB RMIO-11C
ABB RRFC6641
ABB RTAC-03
ABB RETA-02
ABB RCHO5620
ABB RINT5611C 6.30
ABB FF200R12KE3
ABB ALS30C1023NP
ABB FF300R12KE3
ABB RBUB5611
ABB RVAR5611
ABB RVAR5612
ABB RRFCU5611
ABB RUSB-02
ABB NCAN-02
ABB RDCU-12C 3AUA0000035410
ABB FS300R12KE3/AGDR-61C
ABB FS450R12KE3/AGDR-61C
ABB RINT5514C
ABB RINT6611C
ABB 3BHE032025R0101 PCD235A101 7.1
ABB AINT-02C 68257867
ABB APOW-01C
ABB AINP-01C
ABB SDCS-POW-4
ABB SDCS-PIN-51
ABB SDCS-PIN-48
ABB SDCS-PIN-205B
ABB SDCS-FEX-2A
ABB SDCS-CON-2
Other best-selling products：
--------------占位---------------
Email Us justwellautomation@qq.com
IPv6 network supported
All Categories
