Product Details:
Schneider 140ACO13000 is a rack-mounted 8-channel analog output module for Modicon Quantum PLC automation systems. This module receives digital control signals from the Quantum CPU and converts them into standard analog current signals to drive field instruments such as control valves, positioners and variable speed devices. It supports multi-range current output including 4-20mA and 0-20mA, each of the eight independent channels can be configured separately according to field instrument requirements. The 140ACO13000 achieves high conversion precision up to ±0.2% full scale at 25°C, ensuring accurate continuous regulation for process control loops. Built-in module self-diagnosis functions detect channel overcurrent, wiring faults and internal hardware anomalies, outputting fault status for fast on-site maintenance. Industrial circuit design provides strong resistance to electromagnetic interference and mechanical vibration, maintaining stable performance under harsh environments in power plants, petrochemical plants and water treatment facilities. Installed in standard Quantum rack slots, this analog module communicates with the rack backplane to receive control commands from the CPU. Widely applied in process automation industries, this analog output hardware is a key component of Modicon Quantum control systems. It enables precise adjustment of field process parameters, stabilizes production operating conditions and reduces equipment abnormal shutdown risks.
Core Attributes:
Brand: Schneider
Model: 140ACO13000
Product Type: 8 Channel Analog Output Module
Compatible System: Schneider Modicon Quantum PLC rack system
Output Signal: 4-20mA, 0-20mA
Channel Count: 8 independent analog output channels
Function: Digital to analog signal conversion, field actuator driving, channel configuration, module fault diagnosis
Mounting: Standard rack slot installation
Operating Temperature: 0°C ~ +60°C
Feature: Multi-range current output, high conversion accuracy, built-in self-diagnosis, industrial anti-interference