Analytical Balance, 200g, 0.1mg, LCD Display

This high-precision balance is built with an advanced electromagnetic sensor that offers exceptional accuracy, reliability, and long-term stability. The non-contact sensing technology detects minute changes in position, tilt, or displacement with high sensitivity. Its contactless operation reduces wear and tear on mechanical parts, extends product lifespan, and ensures reliable performance even in dusty, oily, or corrosive environments.

The balance supports automatic internal calibration, offering three flexible modes: scheduled calibration at preset time intervals, temperature-triggered calibration that reacts to environmental changes, and user-initiated calibration activated manually via a button. These features maintain long-term measurement accuracy and reduce operator workload in laboratories or manufacturing environments subject to variable conditions.

Each unit includes a calibration report with measurement data traceable to SI units through NIST, ensuring full traceability and regulatory compliance. The instrument also supports linear calibration across the full weighing range. This process corrects for any nonlinearity in sensor response, ensuring that both light and heavy measurements are consistently accurate and proportional to the actual mass.

The balance allows for fast and user-friendly external calibration. Guided automatic prompts walk the user through the process, making it ideal for environments requiring routine verification or recalibration under quality standards.

For enhanced usability and protection, the device includes built-in overload and fault alarms. The overload alarm alerts the user when the applied weight exceeds the balance’s rated capacity, preventing hardware damage. A diagnostic fault alarm notifies users of operational issues—whether mechanical, electrical, or software- related—ensuring timely maintenance and minimal downtime. The integrated level indicator assists with proper horizontal positioning, which is essential for achieving consistently accurate results.