ABB EI803F 3BDH000017R1 Ethernet Module

Power Supply Voltage: 24V DC (supports redundant power input to improve system reliability).

Signal Types: Supports multiple analog input signals, including:

Number of Channels: Usually 8 channels (some models may have 4 channels, please refer to the official manual for details). The channels are designed with electrical isolation to reduce signal interference.

Resolution: 16-bit (ensures accurate capture of tiny signal changes, meeting industrial-grade high-precision measurement requirements).

Sampling Rate: The typical sampling rate of a single channel is 10Hz and above, which can quickly respond to dynamic processes (such as instantaneous pressure fluctuations).

Operating Temperature Range: -40°C to +70°C (adapts to high and low temperature industrial on-site environments).

Protection Level: IP20 (suitable for installation in control cabinets, avoiding direct contact with dust and liquid).

Installation Method: DIN rail mounting (complies with industrial standards, facilitating quick integration into control system cabinets).

Communication Interface: Communicates with upper-level control systems (such as 800xA) through ABB's dedicated internal bus (such as S800 I/O bus) to realize real-time data upload.

Isolation Voltage: The isolation voltage between channels is ≥250V AC (enhancing anti-interference ability).

Petrochemical industry: Collecting signals such as reactor temperature, pipeline pressure, medium flow rate, and storage tank liquid level to provide data support for the closed-loop control of the production process;

Power industry: Used for real-time monitoring of parameters such as power plant boiler temperature, steam pressure, turbine oil pressure, and generator winding temperature;

Metallurgical industry: Collecting signals such as steelmaking furnace temperature, rolling mill hydraulic pressure, and blast furnace gas flow rate to ensure the stability and safety of the smelting process;

Water treatment: Monitoring parameters such as sedimentation tank liquid level, filter tank pressure, water turbidity, and dosing flow rate to realize automatic control of the water treatment process;

Manufacturing industry: In production lines such as automobile and mechanical processing, collecting signals such as equipment operating temperature, hydraulic system pressure, and conveyor belt speed for equipment status monitoring and early warning;

Food and pharmaceutical industry: In aseptic production environments, collecting signals such as fermenter temperature, tank pressure, and material liquid level to ensure that the production process meets hygiene standards.