ABB FI830F 3BDH000032R1 Fieldbus Profibus DP

Brand ABB
Module Number FI830F
Ordering Number 3BDH000032R1
Price $1000
Country Of Origin Sweden
Weight 0.4kg
Certificate C/O from the Chamber of Commerce
C/Q from the manufacturer
Warranty 12 Months
Inventory Qty 10

ABB FI830F Technical specifications

Communication protocol: PROFIBUS-DP V1, compatible with Modbus RTU and Modbus TCP protocols

Communication rate: up to 12 Mbps

Supported number of slaves: up to 125 slave devices

Power supply voltage: 24 V DC ±10%

Data capacity: Maximum input/output data: 244 bytes each

Redundancy switching time: ≤ 100 ms

Power supply requirements: Backplane power supply (5 V DC), typical power consumption 4 W

Current consumption: ≤500 mA

Mounting method: DIN rail mounting

Operating temperature range: -40°C to +70°C

Storage temperature range: -45°C to +85°C

Protection level: IP20

Certification standards: CE, RoHS, IEC 61131-2

 

Purpose:ABB FI830F is a PROFIBUS DP master communication interface module designed for ABB AC 800M series controllers. It is used to build a high-performance PROFIBUS network and realize real-time data interaction between the controller and distributed I/O, inverters, sensors and other slave devices.

Applications:ABB FI830F is mainly used in process industries such as chemical industry, papermaking, metallurgy, energy and power such as power plants, power transmission and distribution, and manufacturing industries such as automobile production lines, packaging machinery, etc. It is suitable for automation systems that require high-speed and high-reliability fieldbus communication.

Beneficiary's Bank: CITIBANK N.A.
Beneficiary address:Champion Tower,Three Garden Road,Central,Hong Kong
Beneficiary: Vogi International Trading Co., Limited
Account No.: 395714900
Bank Code: 006 Branch Code: 391
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Payment Term:T/T

ABB FI830F 2

ABB FI830FKey features

PROFIBUS DP master function: ABB FI830F supports DP-V0/V1 protocol, manages up to 125 slaves, and has a cyclic data exchange cycle as low as 1 ms.

Redundancy and high availability: ABB FI830F supports dual module redundant configuration, with a failover time of ≤ 100 ms to ensure communication continuity.

High-performance processing: ABB FI830F dedicated communication processor, supports 12 Mbps transmission rate, and can manage 244 bytes of input/output data.

Diagnosis and maintenance: ABB FI830F provides detailed bus diagnostics, LED status indication and online hot swap function.

Flexible topology support: compatible with bus, tree or star networks, supports fiber/copper cable media.



Typical cooperation cases

The German BASF plant uses the ABB FI830F master station to connect 80 slave stations to achieve precise linkage control of reactor temperature and pressure.

Posco in South Korea controls 50 ABB inverters through the ABB FI830F redundant network to ensure communication stability when the rolling mill is running at high speed.

A pulp mill in Finland deploys ABB FI830F to manage distributed I/O stations to optimize pulp ratio and energy consumption.

The Norwegian North Sea platform uses ABB FI830F fiber optic modules to connect equipment in explosion-proof areas to resist salt spray corrosion and electromagnetic interference.



ABB FI830F 3
ABB FI830F 4

Performance comparison

Parameter

FI830F

FI820

Siemens CP 443-5

Substitution Analysis

Protocol Support

PROFIBUS DP Master

PROFIBUS DP Master

PROFIBUS DP Master

Similar functionality, but FI830F offers stronger redundancy; CP 443-5 requires Siemens S7-400 PLC.

Redundancy Support

Dual-module redundancy

Not supported

System-level redundancy

FI830F has lower redundancy cost; CP 443-5 requires redundant PLC integration.

Max Slaves

125

64

125

FI830F and CP 443-5 handle large networks; FI820 suits small/medium networks.

Media Extension

Fiber optic (optional module)

Copper only

Fiber/Copper integrated

FI830F requires an add-on for fiber; CP 443-5 has built-in flexibility.

Cost

Medium-High

Medium

High

FI830F is cost-effective within ABB ecosystems; CP 443-5 depends on Siemens infrastructure.