Description
ATOMFAIR® EB100G-0.01G-01 LABORATORY PRECISION ELECTRONIC BALANCESCI-GRADE MEASUREMENT SYSTEM
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The EB100G-0.01G-01 precision balance requires a vibration-isolated work surface to achieve rated linearity and repeatability. Overload safeguards protect the internal transducer, and electrical isolation circuits filter ambient disturbances to maintain calibration stability.
- Vibration Isolation Requirement: Place the balance on a structured, vibration-isolated work table to prevent structural vibrations from degrading measurement accuracy.
- Overload Protection Mechanism: The balance's physical stops and electronic limiters prevent damage when loads exceed the maximum capacity of 100g.
- Electrical and Structural Noise Filtering: Dual transducer protection loops isolate the sensor from power grid fluctuations and ambient structural signals to secure calibration linearity.
What is the effective measurement uncertainty of the EB100G-0.01G-01 balance at 100g capacity, and what infrastructure is needed to maintain its specified linearity?
The balance specifies repeatability of ±0.01g and linearity of ±0.02g at full capacity. Achieving the stated 0.01g linearity requires a structured, vibration-isolated work table per the compliance notice; otherwise, ambient structural vibrations can degrade accuracy. The dual transducer protection loops and power line filtering partially mitigate interference, but the table is mandatory for full linearity mapping.
Can the EB100G-0.01G-01 balance be integrated into an automated data logging system for piece-counting workflows?
Yes, the balance includes a standard RS232 communication port for direct digital data logging to laboratory desktop PCs. Its intelligent firmware supports piece-counting application functions, enabling real-time weight-to-count conversion for small parts. No additional adapters are required beyond a standard RS232 cable.
What overload and power-source protections are built into the EB100G-0.01G-01 balance for field or mobile use?
The balance features a double overload safeguard architecture combining physical mechanical stops and electronic limiters to protect the internal transducer from shock. It also supports flexible AC/DC hybrid power routing, allowing seamless operation outside standard bench electricity grids via an external DC source. Both features are integrated into the hardened firmware with automatic baseline auto-zeroing and fault tracking alarms.
The ATOMFAIR EB100G-0.01G-01 is a 100g capacity precision balance with 0.01g readability, featuring dual transducer protection and AC/DC power routing for stable operation. It requires a vibration-isolated work surface to maintain specified linearity and repeatability.
Positive
- Dual transducer & hybrid power: Advanced dual transducer protection loops and flexible AC/DC power routing isolate ambient structural signals and grid fluctuations, safeguarding calibration linearity and reproducibility.
- Double overload safeguard: Integrated mechanical stops and electronic limiters protect the internal transducer from unexpected shock, enhancing durability in busy lab environments.
Trade-offs
- Requires vibration-isolated table: To maintain full 0.01g linearity mapping, the balance must be placed on a structured, vibration-isolated work table, adding an infrastructure requirement.
- Small pan size limits containers: The Φ130mm pan diameter restricts the size of sample containers that can be used, which may be a constraint for bulkier vessels.
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).
