Features:
- Supports transmission of HART frames and cyclic HART variables through the fieldbus for enhanced process communication and diagnostics.
- Hot swap and hot configuration in run functions allow module replacement and maintenance without interrupting system operation.
- G3-coated construction with electrical isolation and extended diagnostics improves reliability in demanding industrial environments.
ABB AI930N 3KDE175513L9300 is part of the S900 remote I/O platform developed for distributed industrial automation systems. The module processes 4...20 mA analog signals from loop powered 2-wire transmitters and communicates through PROFIBUS DP networks. Direct field installation helps reduce marshalling requirements and lowers wiring costs in large-scale facilities. The combination of analog acquisition and HART communication makes the module suitable for process monitoring and control applications.
The module supports four analog input channels and includes electrical isolation between input and bus as well as between input and power. ABB AI930N 3KDE175513L9300 also provides short and break detection functions together with extended diagnostic capabilities for improved system visibility. Integrated auto-diagnostics simplify troubleshooting and maintenance procedures in industrial operations. The design focuses on stable and error-tolerant performance in continuous process environments.
ABB AI930N 3KDE175513L9300 is intended for safe area installation as part of the S900 I/O type N series. The module supports redundancy for communication and power while allowing hot swap replacement during operation. G3 coating protection improves durability in corrosive atmospheres, and the operating temperature range from -20 °C to 60 °C supports installation in demanding industrial conditions. High humidity tolerance further enhances reliability in field-mounted automation systems.
The AI930N 3KDE175513L9300 ABB Analog Input (AI4H) Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
ABB AI930N 3KDE175513L9300 Analog Input (AI4H) Module Manuals,Datasheets,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 AI930N 3KDE175513L9300 Analog Input (AI4H) Module Specs
General
- Manufacturer ABB
- Model AI930N 3KDE175513L9300
- Condition New Original ready stock
- Product Family AI910N 3KDE175513L9100,AI931N 3KDE175513L9310,AI950N 3KDE175523L9500
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.
- LED Status Coding: The module panel is equipped with dual-color LED indicators that quickly identify channel open circuits, short circuits, or overload errors through flashing frequency.
- HART Dynamic Mapping: Supports real-time extraction of secondary variables (such as temperature and density) from field instruments via the HART protocol for deep loop diagnostics.
- Bidirectional Loop Verification: Allows the system to send simulated signals downstream to verify the integrity of field wiring without interrupting system operation.
- Reverse Polarity Protection: Built-in diagnostic circuitry monitors wiring errors; if reverse polarity of the input signal is detected, a software alarm is immediately triggered and the channel is isolated.
- DIN Rail Grounding: The module connects directly to the DIN rail via a bottom metal spring. Before installation, ensure the rail is grounded with a low-impedance system.
- TU921 Intrinsically Safe Base: The module must be inserted into the matching TU921 intrinsically safe terminal base. Direct wiring without the base installed is strictly prohibited.
- Hot-swap locking pin: After inserting the module, a dedicated mechanical locking pin must be pushed inward to prevent poor module contact due to industrial vibrations.
- Single-end grounding of shielding layer: The signal line shielding layer should be centrally grounded at the base end, while the field instrument end should be left ungrounded to eliminate ground loop interference caused by potential differences.
- Chemical distillation column temperature monitoring: Collects multiple thermocouple signals from the field and utilizes high-precision A/D conversion characteristics to achieve precise control of the column top and bottom temperatures.
- Hazardous area storage tank level monitoring: Deployed in Zone 1 explosion hazard zone, connected to an intrinsically safe radar level gauge, providing safe and continuous level data feedback.
- Long-distance pipeline pressure compensation calculation: Simultaneously collects signals from multiple pressure transmitters to provide real-time temperature and pressure compensation data calculation for gas flow meters.
- Pharmaceutical reactor multivariate process tracking: Utilizes HART channels to simultaneously read the main physical quantities and sensor diagnostic data within the reactor, meeting GMP audit traceability requirements.