1191984

Overview

The Phoenix Contact 1191984 is a current measuring transducer from the ECM-UC series, designed for monitoring AC, DC, and distorted currents. It features a 0 to 100 A input range with high measurement accuracy of less than 0.5%. The device operates on a 24 V DC supply voltage and utilizes a DIN rail mounting style for secure installation in control cabinets. Configuration is facilitated through a USB-C interface via an integrated web server, allowing setup without requiring a 24 V DC power connection during the configuration process.

Feature Summary

• Supports measurement of AC, DC, and distorted currents with high precision
• Enables configuration via USB-C web server without active 24 V DC supply
• Designed for DIN rail mounting to ensure stable integration in industrial panels

Applications

• Industrial automation systems requiring precise current monitoring
• Power distribution networks for tracking electrical load variations
• Machine building applications needing reliable signal conversion for control systems

Procurement Notes

Verify that the specific model number matches the required 100 A input range and 24 V DC supply specification. Confirm compatibility with existing DIN rail infrastructure and ensure that USB-C configuration tools are available for initial setup. Check for any updated firmware requirements or specific environmental ratings if deployed in harsh industrial conditions.

Selection Notes

Select this transducer when accurate monitoring of complex current waveforms including distorted signals is necessary. The USB-C configuration capability offers flexibility for maintenance and setup without disrupting the main power supply. Ensure the application environment supports the specified operating voltage and that the DIN rail mounting space is adequate for the device dimensions.

Part Context

This component belongs to the ECM-UC series of current measuring transducers manufactured by Phoenix Contact. These devices are engineered for industrial signal conditioning, converting measured current values into standardized output signals. The series is characterized by its versatility in handling various current types and its modern configuration interfaces, aligning with contemporary industrial communication standards.

Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation.