Description
ATOMFAIR® EB100G-0.001G-02 HIGH-PRECISION ELECTRONIC BALANCELABORATORY GRADE METROLOGY INTERFACE
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TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official institutional quotations.
EMAIL: inquiry@atomfair.com
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Manufacturer: Atomfair LLC
Brand: ATOMFAIR®
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This balance requires a stable environment free from airflow and thermal gradients to maintain milligram accuracy. The integrated draft shield must be sealed during operation to prevent parasitic airflow interference.
- Airflow Sensitivity: Avoid placing the balance near HVAC outlets or thermal sources to ensure measurement integrity.
- Draft Shield Protocol: Ensure the draft shield is fully closed before initiating any measurement to prevent air current interference.
- Calibration Requirement: Perform internal calibration using the optimized matrix to guarantee reproducibility under controlled conditions.
- Data Output Configuration: Use the RS232 serial port for data streaming to external recording systems.
This procedure describes the steps to prepare the high-precision balance for accurate weighing. Follow these steps to ensure proper calibration and environmental isolation.
Required Equipment: Power Adapter
- Place Balance on Stable Surface
Set the balance on a level, vibration-free surface away from HVAC outlets and thermal sources. - Connect Power Supply
Connect the power adapter to the balance and to an appropriate AC or DC power source. - Initialize Internal Calibration
Activate the internal calibration routine to ensure the sensor is accurately referenced. - Close Draft Shield
Ensure the integrated draft shield is fully sealed before placing any sample on the pan. - Tare the Balance
Press the tare button to zero the balance with the pan empty and the shield closed.
How does the ±2 mg linearity error affect the accuracy of the ATOMFAIR EB100G-0.001G-02 across its full 100 g range compared to the ±1 mg repeatability?
The ±2 mg linearity error indicates the maximum deviation from an ideal linear response across the 100 g capacity, which is double the ±1 mg repeatability. This means that while repeatability ensures consistent readings for the same sample, linearity error can introduce systematic inaccuracies when weighing samples at different masses, particularly near the extremes of the range. The balance's internal calibration matrix is optimized to minimize this, but for absolute mass determinations spanning the full capacity, multi-point calibration is recommended.
Can the EB100G-0.001G-02 be integrated with external data systems via its RS232 port, and what are the integration requirements?
Yes, the balance is equipped with a standard integrated RS232 serial port for data output, enabling direct connection to computers, printers, or LIMS for traceable weight recording. However, the source does not specify the exact baud rate, parity, or protocol; typical RS232 balances use ASCII data strings, so users may need to configure their receiving system accordingly. The dual-source AC/DC power configuration adds flexibility for placement near integration setups, but proper shielding of the serial cable from electromagnetic interference is advisable to maintain signal integrity.
What specific environmental conditions must be maintained to achieve reliable 1 mg readability on the EB100G-0.001G-02?
The integrated draft shield must be fully sealed prior to data streaming to protect milligram readings from parasitic airflow variables. Additionally, the balance should not be located near HVAC outlets or thermal generation vectors to prevent temperature-induced drift. A stable, vibration-free bench and controlled ambient temperature within typical laboratory ranges are essential to achieve the stated ±1 mg repeatability, as even minor air currents can disrupt micro-analytical weighing.
The EB100G-0.001G-02 is a 100 g capacity, 1 mg readability analytical balance with integrated draft shield, RS232 output, and ISO-compliant manufacturing; it delivers consistent micro-analytical weighing for academic and industrial QA but demands strict environmental control to mitigate airflow and thermal disturbances.
Positive
- Optimized internal calibration matrix: The balance's internal calibration system is engineered to ensure high reproducibility of experimental data under controlled laboratory conditions, supporting reliable micro-analytical workflows.
- Integrated draft shield protection: A standardized draft shield assembly safeguards milligram-level readings from parasitic airflow variables, a critical requirement for maintaining accuracy in sensitive environments.
Trade-offs
- Susceptibility to environmental airflow: The 1 mg readability makes the balance highly sensitive to local HVAC outlets and thermal generation vectors; placement must avoid such sources to preserve data integrity.
- Operational requirement for draft shield sealing: Before data streaming, the integrated draft shield must be fully sealed to prevent parasitic airflow interference, adding a mandatory pre-measurement step that cannot be bypassed.
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).
