Invensys Triconex 2301 Discrete Input Module

Operating Voltage:24V DC

Input Type:Discrete Inputs

Number of Channels:16

Signal Handling:Analog and Digital Signals

Communication Interface:Modbus TCP/IP

Operating Temperature:-20°C to +70°C

Power Consumption:≤ 3W

Enclosure Rating:IP65

Communication Speed:Up to 1 Mbps

    Engineered for harsh industrial conditions, the Invensys Triconex 2301 Discrete Input Module ensures reliable operation with its robust design and high-quality materials. It is equipped with 8 discrete input channels capable of handling a wide range of signals, from simple on/off switches to more complex digital inputs, making it versatile for various applications in manufacturing, oil & gas, and chemical industries.

    With an operating temperature range of -40°C to +85°C, this module is designed to withstand extreme environmental conditions without compromising performance or reliability. The inclusion of 2 relay outputs allows for direct control of actuators or other devices, providing a comprehensive solution for process control systems.

    Featuring a communication protocol compatible with MODBUS RTU, the Invensys Triconex 2301 enables seamless integration with existing industrial networks, enhancing system efficiency and reducing setup time. Its IP67 enclosure type ensures protection against dust and water ingress, guaranteeing continuous operation in challenging environments.

    The panel mounting type facilitates easy installation in confined spaces, while the use of high-quality materials ensures durability and long-term reliability. This module is not just about functionality; it’s about ensuring peace of mind with its ability to handle tough tasks without requiring frequent maintenance.

    Whether you’re looking to enhance the safety, efficiency, or reliability of your industrial processes, the Invensys Triconex 2301 Discrete Input Module offers a proven solution that can seamlessly integrate into your existing systems, providing you with the tools necessary to achieve operational excellence.