Product Description

Mitsubishi STL-AD2-V STlite Input Module: 2 Analog Inputs, 0-10V DC

The Mitsubishi STL-AD2-V STlite Input Module is an advanced, high-performance analog input module designed to integrate seamlessly with Mitsubishi’s STlite Series PLC systems. This module provides two high-precision analog input channels, each capable of measuring voltages ranging from 0 to 10V DC. It is engineered to deliver accurate and reliable data acquisition for a wide range of industrial automation applications.

Key Features:

• Two Analog Input Channels: The STL-AD2-V offers two independent analog input channels, enabling simultaneous measurement of multiple signals.
• Voltage Range: Each channel supports a voltage range of 0 to 10V DC, making it versatile for various sensor and signal types.
• High Precision: Designed for applications requiring high accuracy, the module ensures precise data capture and reliable performance.
• Seamless Integration: Compatible with Mitsubishi STlite Series PLCs, the module integrates effortlessly into existing automation setups, enhancing system flexibility.
• Robust Design: Built to withstand demanding industrial environments, the STL-AD2-V features a rugged design that ensures durability and long-term reliability.

Applications:

• Process Monitoring: Ideal for monitoring and controlling industrial processes that require precise voltage measurements.
• Data Acquisition: Suitable for applications where accurate analog signal capture is critical for system analysis and control.
• Automation Systems: Perfect for integration into PLC-based automation systems to enhance data acquisition capabilities and system performance.

The Mitsubishi STL-AD2-V STlite Input Module combines cutting-edge technology with robust engineering to deliver superior performance and reliability. Whether used in process control, data acquisition, or automation systems, this module provides the precision and flexibility needed to meet modern industrial demands.

Mitsubishi STL-AD2-V STlite input module 2AI 0-10V DC S.E.