Description
ATOMFAIR® EB200G-0.1G LABORATORY PRECISION ELECTRONIC BALANCERESEARCH GRADE MEASUREMENT DEVICE
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The balance has a maximum capacity of 200g and is protected by overload shielding to prevent damage from excessive mass. It requires a stable, vibration-free environment and periodic calibration to maintain measurement accuracy.
- Overload Protection: The transducer overload shielding prevents internal damage from unexpected mass impact surges exceeding the 200g limit.
- Vibration Dampening: The 4-stage shockproof dampening system buffers building harmonic resonance to minimize measurement interference.
- Zero Tracking Calibration: Configurable zero tracking allows adjustment of internal sub-routines to control micro-drift parameters for precise calibrations.
- Noise Filtering: The 9-level adjustable measurement tracking filters ambient industrial noise to maintain stability.
- Data Interface: The standard RS232 interface facilitates analytical logging exports to desktop PC matrices.
The balance is prepared for use by selecting the appropriate speed configuration and performing zero calibration. Weighing is performed by taring the container, selecting the unit, and recording the data via the RS232 interface.
- Select Measurement Tracking Speed
Select one of the 9 speed configurations to filter ambient industrial noise for stable measurements. - Adjust Zero Tracking
Adjust the zero tracking sub-routines to control micro-drift parameters for precise calibration. - Tare the Container
Press the one-touch zeroing button to isolate the container weight across the full weighing range. - Select Measurement Unit
Toggle the unit converter to the desired global scientific unit for certified validation tracing. - Export Data
Connect the RS232 interface to a desktop PC to export analytical logging data.
What trade-off exists between measurement speed and noise rejection when adjusting the 9-level tracking on the EB200G-0.1G balance?
The EB200G-0.1G's 9-level adjustable measurement tracking allows users to select from nine speed configurations to filter ambient industrial noise. Higher tracking levels provide superior noise rejection but may slow response time, while lower levels prioritize speed. This trade-off is managed via the balance's fast-acting computing framework, enabling optimization for specific laboratory conditions.
Can the EB200G-0.1G be used with standard laboratory data acquisition software through its RS232 interface?
Yes, the EB200G-0.1G includes a standard RS232 interface that facilitates instant analytical logging exports to desktop PCs. The product documentation does not specify compatible software, but the RS232 protocol is a widely supported serial communication standard in laboratory informatics. For custom integration or protocol details, contact the manufacturer's engineering center.
What are the infrastructure requirements for charging and storing the EB200G-0.1G's built-in lithium battery to maintain calibration integrity?
The EB200G-0.1G operates via a dual AC/DC power loop with a factory-standard high-energy rechargeable lithium battery, allowing operation independent of building power. The product description does not specify exact charging parameters or storage temperature ranges. For optimal calibration stability, standard lithium battery handling practices are recommended, and users should consult the manufacturer for detailed storage guidelines.
The EB200G-0.1G provides a 200g capacity with 0.1g readability, featuring 9-level speed adjustments and a rechargeable lithium battery for laboratory deployment where coarse weighing and portability are prioritized over sub-gram precision.
Positive
- 9-level adjustable speed filtering: Nine selectable speed configurations allow the user to optimize measurement speed against ambient electrical and mechanical noise for stable readings.
- Dual AC/DC power with lithium battery: Integrated rechargeable lithium battery decouples the balance from building power, enabling uninterrupted operation during mains fluctuations or in field settings.
Trade-offs
- 0.1g readability limits precision: With readability of 0.1g, this balance is not suited for applications requiring milligram-level resolution, such as analytical chemistry or microweighing.
- Repeatability tolerance of ±0.1g: The specified repeatability of ±0.1g means that repeated measurements of the same mass may vary by up to 0.2g, which could affect statistical reproducibility in low-mass experiments.
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).
