Electronic Balance 100 g 1 mg EB100G-0.001G-02 ATOMFAIR®

$503.00

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EB100G-0.001G-02 electronic balance with 100 g capacity, 1 mg readability, ±1 mg repeatability, internal calibration, and RS232. Order now.

SKU: AF-EI-B-PELB-100M-IR47
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ATOMFAIR® EB100G-0.001G-02 HIGH-PRECISION ELECTRONIC BALANCE

LABORATORY GRADE METROLOGY INTERFACE

Product Overview

The ATOMFAIR® EB100G-0.001G-02 is a high-performance precision electronic balance configured for Milligram-level analytical analytical weighing, baseline quantitative validation, with 100 g maximum capacity and 1 mg readability. It delivers ±1 mg repeatability, ±2 mg linearity, internal calibration.
Its calibration configuration is internal calibration, supporting the calibration workflow for this model.
Its glass draft shield supports stable weighing performance. Built-in operating functions include piece counting, percentage weighing, tare. The communication configuration includes a standard RS232 communication interface. The stated application scope covers Milligram-level analytical analytical weighing, baseline quantitative validation.

Technical Specifications (EB100G-0.001G-02)

PARAMETER DETAILS
1. Metrology & Core Design
Model Reference EB100G-0.001G-02 Precision Interface
Maximum Capacity 100 g
Readability (d) 1 mg (0.001 g)
Repeatability ±1 mg
Linearity Error ±2 mg
Weighing Pan Form Factor Φ130 mm Stabilization Platform
2. Integration & Connectivity Parameters
Data Output Architecture Standard Integrated RS232 Serial Port
Power Supply Protocol Dual-source Configuration (AC/DC Matrix Compatible)
Manufacturing Rules Processed under strict ISO metrological standards for operational resistance

Full JY Milligram Series Cross-Reference Matrix

MODEL EB100G-0.001G-02 EB200G-0.001G-01 EB300G-0.001G-02
Max Capacity (g) 100 200 300
Readability (mg) 1 1 1
Repeatability (mg) ±1 ±1 ±1
Linearity (mg) ±2 ±2 ±2
Pan Size (mm) Φ130 Φ130 Φ130

Key Features & Engineering Advantages

  • Ergonomic Backlit Interface: Outfitted with an enhanced premium LCD backlit screen for flawless metrological tracking under any ambient lighting matrix.
  • Integrated Draft Shield: Standardized structural configuration includes an optimized draft shield assembly to safeguard milligram readings against parasitic airflow variables.
  • Full-Range Tare & Percentage Counting: Sophisticated firmware matrix supports full-scale tare capability alongside dedicated pieces counting and exact percentage mass-determination protocols.
  • Dual-Source Operational Protocol: Engineered for absolute workflow flexibility, accommodating both localized standard power grid inputs and internal DC battery configurations.

APPLICATION SCOPE: Milligram-level analytical analytical weighing, baseline quantitative validation, and compound tracking workflows in research-grade infrastructures.
STANDARD PACKAGING: High-resistance structural protective container with integrated micro-draft shield, operational manual, and calibrated power adapter.
IMPORTANT NOTICE: Given the milligram sensitivity thresholds, ensure the integrated draft shield is fully sealed prior to data streaming. Avoid locating the platform near local HVAC outlets or thermal generation vectors to guarantee strict validation integrity.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official institutional quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

The balance requires a stable environment free from drafts and thermal gradients to achieve milligram-level accuracy. The internal calibration routine must be performed prior to each measurement session to maintain repeatability and linearity specifications.

  • Environmental Sensitivity: Locate the balance away from HVAC outlets, windows, and heat sources to prevent airflow interference and thermal drift.
  • Draft Shield Requirement: Ensure the glass draft shield is fully sealed before initiating any weighing operation to protect against parasitic air currents.
  • Calibration Protocol: Execute the internal calibration procedure to compensate for environmental changes and maintain ±1 mg repeatability.
  • Power Supply Compatibility: Use either AC mains or DC battery power as specified; the dual-source configuration ensures operational flexibility.
  • Data Connectivity: Connect the RS232 serial port for data streaming; verify proper cable shielding to avoid signal interference.

This procedure outlines the steps to set up and operate the balance for accurate milligram-level measurements. Follow the placement, calibration, and sealing steps to ensure reliable readings.

  1. Position the balance
    Position the balance on a stable, level surface away from HVAC outlets and heat sources.
  2. Seal the draft shield
    Seal the integrated draft shield completely before initiating any weighing operation.
  3. Perform internal calibration
    Initiate the internal calibration routine to verify repeatability and linearity.
  4. Tare the weighing pan
    Tare the weighing pan to zero using the tare function before adding the sample.
  5. Record the measurement
    Record the weight measurement from the backlit LCD display after stabilization.

What is the practical impact of the ±1 mg repeatability and ±2 mg linearity on quantitative validation workflows using the EB100G-0.001G-02 balance?

The ±1 mg repeatability and ±2 mg linearity ensure that repeated measurements of the same mass stay within 1 mg and that the displayed value deviates no more than 2 mg from the true value across the 100 g range. This meets requirements for milligram-level analytical weighing and baseline quantitative validation as stated in the application scope.

How does the RS232 interface and dual-source power configuration support integration into automated data acquisition systems?

The balance includes a standard integrated RS232 serial port for direct data output to external devices, and its dual-source power supply (AC/DC matrix compatible) allows operation from both grid power and internal DC battery. This enables flexible placement in automated workflows without dedicated power infrastructure.

What environmental conditions must be controlled to maintain the 1 mg readability when using the integrated draft shield?

The draft shield must be fully sealed prior to data streaming to protect against parasitic airflow. The balance should not be located near HVAC outlets or thermal generation vectors to guarantee validation integrity, as stated in the operational notice. The draft shield is a standardized structural configuration to safeguard milligram readings.

The ATOMFAIR® EB100G-0.001G-02 precision balance provides 100 g capacity at 1 mg readability, featuring internal calibration, a glass draft shield, and RS232 output, suitable for milligram-level analytical weighing and baseline quantitative validation in research environments.

Positive

  • Integrated Glass Draft Shield: The built-in draft shield isolates the weighing chamber from parasitic airflow, stabilizing milligram-level readings under typical lab conditions.
  • Internal Calibration and RS232 Interface: Internal calibration eliminates the need for external mass standards, while the RS232 port enables direct data transfer to external systems for automated tracking.

Trade-offs

  • Environmental Sensitivity: The 1 mg readability requires the draft shield to be fully sealed and the balance placed away from HVAC outlets and thermal sources to prevent measurement degradation.

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 excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).