SIEMENS 7KM2111-1BA00-3AA0: Precision Measuring Instrument for Industrial Automation

Extended Product Type:Measurement & Control Device

Product ID:7KM2111-1BA00-3AA0

Siemens Type Designation:Other

Description:SENTRON, measuring device, 7KM PAC3200, LCD, L-L: 500 V, L-N: 289 V, 5 A, 3-phase, Modbus TCP, optional Modbus RTU / PROFINET / PROFIBUS, apparent/ active/reactive energy, class 0.5 acc. to IEC61557-12 or class 0.5s acc. to IEC62053-22, ext-low volt. pwr sup. unit DC, DC 22 … 65 V +/- 10%

Net Weight (kg):0.419 Kg

Product Group:5308

Group Code:P360

Product class:Standard product which is a stock item could be returned within the returns guidelines/period

Lifecycle Status:PM400: Phase out announcement

Application Voltage:500 V, L-N: 289 V

Communication Protocols:[“Modbus TCP”,”optional Modbus RTU”,”PROFINET”,”PROFIBUS”]

Energy Calculation:apparent / active / reactive energy

Accuracy Class:class 0.5 acc. to IEC61557-12 or class 0.5s acc. to IEC62053-22

Power Supply:ext-low volt. pwr sup. unit DC, DC 22 … 65 V +/- 10%

    The SIEMENS 7KM2111-1BA00-3AA0 measuring device is engineered for unparalleled accuracy and reliability in industrial settings. It is equipped with a high-resolution LCD display for clear visualization of measurement results.

    This instrument supports versatile communication options including Modbus TCP, Modbus RTU, PROFINET, and PROFIBUS, ensuring seamless integration with various control systems.

    Designed for robust performance, the device can withstand harsh industrial environments while maintaining its precision over long periods. Its modular design allows for easy expansion and customization.

    The measurement range extends from 500V Line-Line to 289V Line-to-Neutral, making it suitable for a wide variety of electrical applications. The 5A per phase current measurement capability ensures precise readings for complex circuits.

    Equipped with advanced algorithms, the device accurately calculates apparent, active, and reactive energy, providing comprehensive insights into electrical usage and efficiency. This feature is particularly valuable for energy management and optimization tasks.