Description
ATOMFAIR® EB200G-0.01G-01 LABORATORY PRECISION ELECTRONIC BALANCESCI-GRADE MEASUREMENT SYSTEM
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This precision balance requires a vibration-isolated work table to ensure specified linearity. Stable AC/DC power is necessary to prevent baseline fluctuations.
- Vibration Isolation: The balance must be placed on a vibration-isolated work table to avoid measurement errors from mechanical disturbances.
- Power Stability: The device's dual AC/DC hybrid system requires clean, stable power to dampen environmental signal baseline creep and grid fluctuations.
Place the balance on a vibration-isolated work table and zero it. Select the appropriate measurement unit before weighing samples.
Required Equipment: Structured vibration-isolated work table
- Place on vibration-isolated surface
Place the balance on a structured, vibration-isolated work table to maintain accuracy. - Zero the balance
Press the single-button tare function to zero the balance before weighing. - Select measurement unit
Use the one-touch metric shifting feature to select the desired measurement unit.
How does the dual AC/DC power hybrid loop affect measurement stability compared to conventional balances?
The dual AC/DC hybrid loop dampens environmental signal baseline creep and grid fluctuations, ensuring continuous validation accuracy and stable readings at the 0.01g readability level. This design permits mobile operation without sacrificing the specified ±0.01g repeatability and ±0.02g linearity.
What environmental setup is necessary to achieve the specified ±0.02g linearity on the EB200G-0.01G-01?
The JY high-precision series requires a structured, vibration-isolated work table to maintain full 0.01g linearity mapping. Without such isolation, linearity may degrade beyond the published ±0.02g specification.
How does the double overload safeguard architecture protect the transducer without affecting normal operation?
The balance integrates physical mechanical stops and electronic limiters that shield the internal transducer from shock. These safeguards do not interfere with normal weighing; repeatability and readability remain at ±0.01g and linearity at ±0.02g as specified.
The ATOMFAIR EB200G-0.01G-01 precision electronic balance offers 200g capacity with 0.01g readability and dual overload protection, but requires a vibration-isolated work table to maintain linearity specifications and relies on RS232 for data logging without wireless connectivity.
Positive
- Dual overload safeguard architecture: Integrated physical mechanical stops and electronic limiters protect the internal transducer core from unexpected shock, reducing risk of damage during handling.
- Dual AC/DC hybrid power routing: Flexible power supply architecture permits seamless mobile operations outside standard bench electricity grids, enabling field or backup use.
Trade-offs
- Requires vibration-isolated work table: To maintain full 0.01g linearity mapping, the balance must be placed on a structured, vibration-isolated work table, adding infrastructure requirements.
- RS232-only data communication: Standard RS232 communication port limits data logging to physical serial connections; no wireless or USB interface is specified, constraining integration with modern lab networks.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
