Moeller XN 2AI-U10010VN0105 Analog Input Module and Terminal Block

Moeller XN 2AI‑U10010VN0105 analog input module with terminal block designed for industrial control systems, providing precise voltage signal acquisition for automation and process monitoring applications within modular I/O systems. Manufacturer: Moeller (Eaton) Product type: Analog input module with terminal block Model: XN 2AI‑U10010VN0105 Series: XN I/O system Country of manufacture: Germany Module type: Analog input module Number of channels: 2 analog inputs Input signal type: Voltage input Input range: 0 to 10 VDC Resolution: Approx. 10–12 bit (typical for this module type) Input impedance: High impedance voltage input Input wiring type: Single-ended analog input Signal conversion: Analog to digital conversion (ADC) Accuracy: Industrial standard analog accuracy (±0.5% typical) Supply voltage: Via system backplane (XN system bus) Power consumption: Low power consumption typical for analog modules Isolation: Electrical isolation between field signals and system bus Diagnostics: Basic diagnostics and status indication via system controller Status indicators: LED indicators for module and channel status Connection type: Removable terminal block Terminal type: Screw terminals Wiring capacity: Suitable for industrial control wiring (approx. AWG 28–14) Mounting type: DIN rail mounting (35 mm rail) Bus interface: XN system internal bus communication Housing material: Industrial-grade plastic enclosure Protection rating: IP20 Operating temperature range: approx. 0°C to +55°C Storage temperature range: approx. -25°C to +70°C Humidity: 5% to 95% non-condensing Dimensions: approx. 25 mm width x 100 mm height x 75 mm depth Weight: approx. 100–200 g Standards compliance: CE, UL, industrial EMC standards Application: Industrial automation, process control, analog signal acquisition, PLC I/O expansion Additional features: Compact modular design, easy terminal block replacement, reliable analog signal processing, seamless integration with Moeller/Eaton XN systems

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