Description
ATOMFAIR® EB1000G-0.1G-02 HIGH-CAPACITY PRECISION ELECTRONIC BALANCERESEARCH GRADE MEASUREMENT PLATFORM
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The EB1000G-0.1G-02 precision electronic balance requires absolute verification leveling to prevent offset errors in the strain gauge mechanism. The device must be operated within its 1000g maximum capacity to avoid damage, and its diagnostic telemetry alerts automatically monitor for overload, zero-point drift, and low-load anomalies.
- Leveling Requirement: Absolute verification leveling is required to safeguard the strain mechanics matrix against offset error loops.
- Overload Warning: Automated overload warnings trigger when applied mass exceeds the 1000g maximum capacity to prevent sensor damage.
- Zero-Point Tracking: Automated firmware tracking continuously monitors zero-point stability to maintain measurement accuracy.
- Error Alarm: Built-in error alarms activate for low-load parameters and other diagnostic anomalies to ensure operational integrity.
How does the 0.1g readability and ±0.2g linearity affect measurement accuracy for samples near 1000g on the EB1000G-0.1G-02?
For samples near the 1000g maximum capacity, the balance maintains a repeatability of ±0.1g and linearity of ±0.2g. However, the compliance notice explicitly states that the 1000g threshold configuration requires absolute verification leveling to safeguard the strain mechanics matrix against offset error loops, making precise leveling essential for accurate high-capacity measurements.
Can the EB1000G-0.1G-02 be integrated into an existing laboratory data acquisition system?
Yes, the balance features a standard RS232 communication port that enables fast digital telemetry streaming directly into laboratory software platforms. The internal motherboard also supports field-upgradable functions such as advanced part-counting data tracks, providing integration flexibility without requiring additional external hardware.
Does the EB1000G-0.1G-02 require a dedicated power source, or can it operate on battery power?
The balance incorporates a dual AC/DC hybrid supply with adaptive power routing configuration, permitting seamless continuous operations outside standard electrical grid nets. This allows battery-powered operation when mains supply is unstable or unavailable, making it suitable for field environments or backup laboratory scenarios without performance compromise.
The EB1000G-0.1G-02 offers a 1000g capacity with 0.1g readability, dual AC/DC hybrid power supply, and comprehensive guard architecture with automated alarms, making it suitable for routine laboratory weighing but limited in precision for micro-weighing and constrained by a 130mm pan size.
Positive
- Dual AC/DC hybrid supply: Adaptive power routing permits seamless continuous operation outside standard electrical grid nets, enhancing deployment flexibility in field or backup scenarios.
- Comprehensive guard architecture: Automated firmware tracking for zero points, overload warnings, low-load parameters, and error alarms preserves measurement integrity and reduces operator oversight risk.
Trade-offs
- Moderate readability limits precision: With a readability of 0.1g and repeatability of ±0.1g, this balance is unsuitable for micro-weighing applications requiring sub-0.1g resolution.
- Small pan size restricts sample geometry: The Φ130mm pan limits the size of containers or bulk samples that can be accommodated, potentially requiring additional handling steps for larger 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).
