Phoenix Contact MINI MCR-2-POT-UI-PT-C Transducer

Phoenix Contact MINI MCR-2-POT-UI-PT-C Resistance/Potiposition Transducer

The Phoenix Contact MINI MCR-2-POT-UI-PT-C resistance/potiposition transducer is a compact, high-precision module engineered to convert potentiometer signals into clean, linear voltage or current outputs. Designed for seamless integration into automation systems, it provides stable signal conditioning with reinforced electrical isolation and protective circuits. Configuration is flexible, allowing setup through simple DIP switches or intuitive software tools. Supporting a broad range of resistance values from 0 Ω to 100 kΩ, the unit adapts to diverse applications. Its slim 6.2 mm housing minimizes space requirements in control cabinets, while advanced monitoring and NFC capability improve efficiency and operational reliability.

The MINI MCR-2-POT-UI-PT-C offers practical advantages for engineers who need accurate and reliable conversion of resistance inputs into standardized analog signals. It supports voltage and current outputs that can be tailored to specific system demands, enabling precise position, level, or movement detection. Installation is straightforward thanks to push-in connection technology, reducing wiring time and errors. Advanced isolation safeguards equipment and operators in demanding industrial settings. With a wide operating temperature range and international certifications, this transducer ensures long-term stability and compliance across varied industries, from process control to factory automation, providing confidence in both performance and safety.

Why Phoenix Contact MINI MCR-2-POT-UI-PT-C?

The MINI MCR-2-POT-UI-PT-C stands out for its ability to transform raw potentiometer signals into precise, configurable analog outputs. With flexible setup via DIP switches or software, it adapts easily to different system requirements. Its slim design saves valuable panel space, while built-in fault monitoring and NFC connectivity simplify diagnostics. For engineers who need a future-proof, space-efficient solution, this device delivers performance and convenience in one package.

What problem does it solve?

Industrial environments often face challenges with inconsistent or noisy potentiometer signals, which can compromise accuracy and safety. The MINI MCR-2-POT-UI-PT-C solves this by isolating, conditioning, and standardizing these signals into reliable voltage or current outputs. This ensures smooth integration into automation systems, reducing errors, safeguarding equipment, and improving overall efficiency. By providing stable signal conversion, it eliminates downtime risks and supports precise monitoring in demanding applications.

Key Features & Specifications – Phoenix Contact MINI MCR-2-POT-UI-PT-C: 2905006

Download Phoenix Contact MINI MCR-2-POT-UI-PT-C 2905006 Datasheet

Commercial Information – Phoenix Contact MINI MCR-2-POT-UI-PT-C: 2905006

The Applications

1. Position Feedback in Conveyor Systems

In large conveyor installations, reliable position monitoring is essential for smooth material handling. Potentiometers can track carriage or belt movement, but the raw signal is often noisy and inconsistent. By converting resistance into clean analog outputs, the MINI MCR-2-POT-UI-PT-C ensures that controllers receive precise, linear feedback. Its isolation feature protects against electrical disturbances common in factory environments, while the slim design minimizes panel space. Quick DIP-switch setup allows maintenance staff to reconfigure signals with minimal downtime. This results in higher accuracy, improved system reliability, and efficient control of conveyor operations, even in demanding industrial settings.

2. Stroke Measurement in Hydraulic Systems

Hydraulic cylinders in machinery require accurate stroke feedback for precise motion control. When potentiometers sense piston displacement, their signals must be standardized for PLC or DCS systems. The MINI MCR-2-POT-UI-PT-C transducer provides this conversion, delivering stable voltage or current signals regardless of interference. With its reinforced isolation and robust design, it withstands harsh industrial conditions and ensures dependable monitoring of hydraulic movements. The configurable output ranges make it suitable for varied system requirements, while its compact size saves control cabinet space. This improves efficiency in applications such as presses, lifting equipment, and automated production lines.

3. Robotic Joint Angle Calibration

Robotic arms rely on precise angle measurements for accurate positioning and repeatable movements. Potentiometers embedded in the joints provide raw resistance values, which the MINI MCR-2-POT-UI-PT-C converts into standardized signals for robot controllers. The fast response time ensures that motion feedback is delivered without delays, supporting high-speed automation tasks. Built-in isolation safeguards sensitive robotic systems against electrical noise and ground loops. Configuration via software or NFC makes it easy to recalibrate when end-effectors or tooling are changed. This adaptability allows manufacturers to maintain consistent robotic performance while reducing downtime during adjustments or reconfiguration.

4. Level Monitoring in Storage Silos

Bulk material storage silos and hoppers often employ potentiometric level sensors connected to floats or sliding mechanisms. These sensors generate resistance signals that vary with fill levels. The MINI MCR-2-POT-UI-PT-C processes these signals into reliable current or voltage outputs, ideal for SCADA and PLC integration. Its quick response time ensures accurate, real-time level monitoring, while the push-in terminals simplify wiring during installation or maintenance. The device’s rugged isolation reduces the risk of false readings caused by electrical noise. By providing dependable level data, it helps operators optimize material handling, prevent overfilling, and maintain consistent production flow.

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