SCHNEIDER NTSAMO0210K Analog Output Module

Product Description

SCHNEIDER NTSAMO0210K is a Modicon Edge I/O NTS Analog Output Module + Base designed for industrial automation and process control applications. It provides 2 isolated analog outputs with configurable current or voltage signals for controlling drives, valves, actuators, and other analog devices.

The module supports flexible analog signal configuration per channel and features a hot-swappable design, making it suitable for high-availability industrial control systems.

Specifications

• Brand: SCHNEIDER ELECTRIC
• Model: NTSAMO0210K
• Series: Modicon Edge I/O NTS
• Product Type: Analog Output Module + Base
• Output Channels: 2 isolated analog outputs
• Output Type:
  • Current output
  • Voltage output
• Signal Range:
  • Voltage: ±10 V, 0–10 V, ±5 V, 0–5 V, 1–5 V
  • Current: ±20 mA, 0–20 mA, 4–20 mA
• Channel Configuration: Individually configurable
• Isolation: Isolated outputs
• Installation: Modicon Edge I/O NTS base system
• Maintenance: Hot-swappable module

Functions

• Converts PLC digital commands into analog output signals
• Controls variable-speed drives and actuators
• Provides analog references for industrial equipment
• Outputs voltage or current control signals
• Enables remote analog control through Modicon Edge I/O NTS systems

Advantages & Features

• Schneider Electric industrial automation technology
• Two-channel isolated analog output design
• Supports both voltage and current signals
• Flexible configuration for different field devices
• Hot-swappable design reduces downtime
• Suitable for demanding industrial environments

Applications

• Industrial automation systems
• PLC remote I/O stations
• Motor speed control systems
• Valve and actuator control
• Process control equipment
• Factory production lines

Notes

• NTSAMO0210K is an analog output module, not an analog input module
• Requires compatible Modicon Edge I/O NTS communication head and base
• Confirm output signal type (4–20 mA / 0–10 V etc.) before configuration
• Check connected device input requirements before wiring
• Perform signal calibration after installation