ABB UAC326AEV1 HIEE401481R1 Analog Digital I/O Card
Technical ParametersVOGI
Input Voltage: Three-phase 200 - 480VAC.
Output Current: 22A.
User Memory: 8MB.
I/O Memory: 0.98MB.
Operating Temperature: -25°C to +70°C.
Protection Class: IP40.
Supported Motion Axes: 100.
Communication Protocols: Supports multiple communication protocols for interconnection with other devices.
Key FeaturesVOGI
Integrated Drive Control: Houses all real-time logic and I/O needed to operate and protect a medium-voltage motor via the ACS800/ACS880 platform.
Flexible I/O: Mix of digital and analog channels that can be assigned to start/stop commands, speed reference inputs, alarm outputs, and process signals.
Multi-Protocol Networking: Simultaneous support for multiple fieldbus and Ethernet protocols allows seamless integration into diverse automation architectures.
Embedded Logic Capability: Built-in IEC 61131-3 runtime lets users implement custom sequencing, interlocks, and motor-protection routines without external PLCs.
Redundancy & Diagnostics: Dual-channel watchdog and relay outputs provide safe shutdown paths; onboard fault log stores the last 32 fault events with time stamps.
Parameter Management: Non-volatile memory holds up to 10 drive parameter sets for rapid changeovers between operating modes or different motor types.
Safety Functions: Supports integrated Safe Torque Off (STO) and optional Safe Stop 1/2 functions for compliance with SIL 2/PL d requirements.
HMI Integration: Compatible with ABB’s Drive Composer PC tool and optional keypad/display units for local monitoring, tuning, and firmware updates.
Freight Estimation(Part Of The Area)VOGI
Destination |
Freight |
Middle East |
$51 |
Southeast Asia |
$17 |
South Asia |
$65 |
South Africa |
$55 |
Europe and USA |
$31 |
Russia |
$62 |
APPLICATIONVOGI
Smart grid in Stockholm, Sweden
Integrated into the distributed energy coordination system, real-time acquisition of PV array voltage/current data via Ethernet/IP protocol, improving grid stability by 30%
Automobile assembly plant in Munich, Germany
Used for torque signal acquisition of welding robot clusters, coordinated with ABB IRC5 controller via Profinet protocol, achieving 0.05mm positioning accuracy, and processing more than 100,000 signals per day