Features:
- Each of the 8 inputs is electrically isolated from the others and from the backplane; maximum fault protection.
- Direct connection to high‑voltage field devices without external signal conditioners or converters.
- Retrofitting a modern 24V DC input module would require adding interposing relays or voltage dividers for every input point - costly and space‑consuming.
The DI803-3BSE022362R1 offers the highest level of isolation protection: individual galvanic isolation for each of its 8 channels. This means that each input is electrically separated from all other inputs and from the backplane bus. In practical terms, a short circuit, overvoltage, or ground fault on one channel will not affect the other seven channels, nor will it damage the S800 I/O rack or controller. This is critical in applications where field devices are located on different power systems, different ground potentials, or long cable runs where induced voltages are common. For example, in a large factory, limit switches on one machine might share a neutral with other equipment, while another machine has a separate ground.
The DI803-3BSE022362R1 accepts both AC and DC inputs at 230V nominal. This is significantly higher than typical industrial digital input modules (which usually operate at 24V DC). The high‑voltage capability allows direct connection of legacy 230V field devices such as limit switches, pushbuttons, selector switches, relay contacts, and proximity sensors without external signal conditioners or voltage converters. In many older industrial plants and building automation systems, 230V AC is the standard control voltage. Retrofitting a modern 24V DC input module would require adding interposing relays or voltage dividers for every input point – costly and space‑consuming.
This small footprint allows high I/O density in control cabinets – 8 isolated 230V inputs in a space smaller than a deck of cards. The module contains zero batteries, eliminating battery replacement maintenance. It is classified as WEEE Category 5 (small equipment with no external dimension exceeding 50 cm). The module is manufactured in Sweden (SE) with customs tariff number 8538909999.
The DI803-3BSE022362R1 ABB Digital Input Module may still be available for purchase and support from Apter Power beyond
End-Of-Life (EOL)by the manufacturer (OEM).
ABB DI803-3BSE022362R1 Digital Input Module Manuals,
Datasheets,Drivers,Link
Important Notice:Other accessories,manuals,cables,calibration data,software,etc.are not
included with this equipment unless listed in the above stock item description.All prices are
shown in USD.
ABB DI803-3BSE022362R1 Digital Input Module Specs
General
- Manufacturer ABB
- Model DI803-3BSE022362R1
- Condition New Original ready stock
- Product Family
DI801,DI802,DI810,DI811
Important Notice:Other accessories,manuals,cables,calibration data,software,etc.are not
included with this equipment unless listed in the above stock item description.All prices are
shown in USD.
- Power and Energy Management: Monitoring circuit breaker status, disconnect switch positions, and alarm signals from power distribution panels.
- Oil and Gas: Used in remote terminal units (RTUs) or process control systems to receive long-distance transmitted field switch signals.
- Heavy Industry and Marine Engineering: Suitable for environments with high vibration or electromagnetic interference, such as marine systems or large factory automation lines.
- Optical Isolation: Prevents external high-voltage surges from entering the control system's internal circuitry.
- EMC Protection: Built-in EMC filter reduces false alarms caused by electromagnetic interference.
- Current Limiting Circuit: Each input channel is equipped with a current limiting component to protect the module from current overload damage.
- Voltage Supervision: The system monitors the voltage status of the input power supply.
- LED Status Indicators: The panel is equipped with dedicated LEDs that display the input status (on/off) of each channel in real time.
- Signal Filtering: The software allows selection of filtering times from 2ms to 16ms, effectively filtering noise generated by switch jitter.