2863944

The Phoenix Contact 2863944 is a versatile analog module designed to facilitate the connection of sensors in both 2 and 3-wire technologies. This Inline ME terminal, part of the Machine Edition variants, is engineered to seamlessly integrate into DIN rail mounting systems, making it an ideal choice for a wide range of industrial applications.

With a compact width of just 12.2 mm, a height of 119.8 mm, and a depth of 71.5 mm, the module is space-efficient and can be easily accommodated within control cabinets. The unit is capable of operating in a broad range of ambient temperatures, from -25 °C to 55 °C, ensuring reliable performance in diverse working environments.

The module boasts two single-ended analog inputs that can handle a variety of signal types, including 0-20 mA, 4-20 mA, ±20 mA, 0-10 V, and ±10 V. These inputs are processed with a high-resolution 16-bit A/D converter, providing precise and accurate readings. The A/D conversion time is approximately 120 µs per channel, which allows for rapid data processing and response times.

For communication, the module utilises an Inline local bus with a transmission speed of 500 kBit/s, ensuring swift and efficient data transfer within the system. The Inline ME terminal also features surge protection, safeguarding the module and connected devices from potential voltage spikes.

The Phoenix Contact 2863944 is designed with a focus on ease of use and durability, featuring a robust green housing that offers an IP20 degree of protection. This analog module is a reliable and efficient solution for processing analog signals in industrial automation systems, providing both flexibility and performance.

• Integration into process control systems for monitoring and controlling industrial processes
• Use in automation systems for data acquisition from sensors and transmitters
• Implementation in manufacturing plants for real-time measurement of physical parameters such as temperature, pressure, and flow
• Application in building automation for environmental monitoring and HVAC control
• Utilisation in renewable energy systems to measure and regulate power output from solar panels or wind turbines
• Deployment in water treatment facilities for monitoring chemical dosing and water quality
• Inclusion in packaging machinery to ensure product consistency through precise measurement
• Installation in agricultural equipment for monitoring soil moisture and nutrient levels
• Use in pharmaceutical manufacturing for strict control of environmental conditions during production
• Integration into laboratory equipment for precise data gathering in research and development