Overview
Manuals
Sister Modules in the ASTAT System Setup
Applications
Features:
- Controller I/O module / Printed circuit board card (PCB Card)
- For precise control and measurement
- Designed to convert high input voltage into smaller, proportionally proportional voltage signals in automation systems
It can monitor and configure the status of up to four motor rotors in real time, effectively improving the data throughput and logic response accuracy in process control, and ensuring the high-standard operation of heavy industrial production lines under complex automated processes.
This module features excellent internal electrical isolation and high-frequency electromagnetic interference (EMI) protection. Even in the face of outdoor power grid surges or high electromagnetic noise generated by high-power drives, it can effectively isolate harmful overvoltages, ensuring the absolute safety and stability of the communication link between the upper-level main control unit and the lower-level sensitive sensors.
The DATX131 3ASC25H215 ABB Controller I/O module may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
ABB DATX131 3ASC25H215 Controller I/O module INFO(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.
The DATX131 is integrated with a range of complementary drive electronics:
DATX110/111 DATX 110 / 111: Core digital/analog I/O monitoring board.
DATX130 DATX 130: Dedicated rotor feedback interface.
DATX132 DATX 132: Torque observation card.
DATX133 DATX 133: High-speed pulse relay board.
In industrial applications, this circuit board features high industrial-grade electromagnetic compatibility and is commonly used in: large packaging, plastic and printing and dyeing lifting machinery; wind power generation systems and marine equipment control; and rotor feedback loops in motor control centers (MCCs).
