Electronic Analytical Balance EB120G 120g 0.1mg ATOMFAIR®

$824.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

EB120G-0.1MG-02 analytical balance delivers 120g capacity, 0.1mg readability, ±0.1mg repeatability, and ≤2.5s stabilization with a Φ80mm pan. Order now.

SKU: AF-EI-B-ANLB-120A-ER91
Category: ,

Description

ATOMFAIR® EB120G-0.1MG-02 ELECTRONIC ANALYTICAL BALANCE

EB120G-0.1MG-02 CORE SPECIFICATION PLATFORM

Product Overview

The Atomfair® EB120G-0.1MG-02 Electronic Analytical Balance represents an advanced high-precision laboratory balancing platform integrated with high-sensitivity electromagnetic force compensation core sensors. Engineered with an optimized volumetric footprint and enhanced spatial air shielding, this analytical instrument satisfies demanding laboratory operations requiring fine mass determination down to 0.1 mg, delivering rapid baseline kinetic response stabilization within 2.5 seconds under rigorous scientific testing criteria.

EB120G-0.1MG-02 Target Model Specification Matrix

PARAMETER ITEM DETAILED MEASUREMENT PROFILE
1. Calibration & Metrology Parameters
Product Classification Electronic Analytical Balance
Readability Division Value (d) 0.1 mg
Maximum Scale Capacity (Max) 120 g
Repeatability Deviation Error ±0.1 mg
Linearity Deviation Error ±0.2 mg
Average Stabilization Response Time ≤ 2.5 Seconds
Mandatory Preheating Threshold 30 ~ 60 Minutes Following Power-on Initialization
2. Geometric Metrics & Volumetric Footprint
Weighing Pan Dimensions Φ 80 mm
Outer Structural Dimensions 470 mm × 310 mm × 330 mm
Draft Shield Internal Width 230 mm
3. Environmental Constraints & Electrical Architecture
Operating Environmental Temperature 18°C ~ 23°C
Operating Workspace Humidity 20% ~ 80% RH
Power Subsystem Profiles Global Grid Matrix Interface | Input: 220V AC / 50Hz | Output: 12V DC / 2A

Semi-Micro Analytical Balances Portfolio Comparison Matrix (B Series)

SPECIFICATION ITEM EB31-120G-01MG-R EB51-120G-01MG-R EB82-120G-01MG-R EB31-210G-01MG-R EB51-210G-01MG-R EB82G-01MG-R-03 EB120-120G-01MG-R
Readability Value (d) 0.01 mg 0.01 mg 0.01 mg 0.01 mg 0.01 mg 0.01 mg 0.01 mg
Max Capacity Threshold (Max) 31/120g 51/120g 82/120g 31/210g 51/210g 82/210g 120g
Repeatability Deviation Error ±0.02 mg (Full Portfolio Standardized)
Linearity Deviation Error ±0.02 mg (Full Portfolio Standardized)
Typical Calibration Weight 10 g (External Reference Mass Threshold)
Stabilization Time (Average) ≤ 2.5 Seconds Dynamic Stabilization Response
Chassis Geometries & Sizes Pan Size: Φ 80 mm | Internal Draft Shield: 230 mm | Outer Body Structure: 470 × 310 × 330 mm
Operational Constraints Ambient Thermal Range: 18°C ~ 23°C | Workspace Moisture Matrix: 20% ~ 80% RH
Power Subsystem Architecture Global Grid Compliance Interface | Input: 220V AC / 50Hz | Output: 12V DC / 2A

Electronic Analytical Balances Portfolio Comparison Matrix (ES-E Series)

SPECIFICATION ITEM EB120G-0.1MG-02 EB210G-0.1MG-01 EB220G-0.1MG-02 EB320G-0.1MG-01 EB120G-0.1MG-I-01 EB210G-0.1MG-I EB220G-0.1MG-I-02
Readability Value (d) 0.1 mg 0.1 mg 0.1 mg 0.1 mg 0.1 mg 0.1 mg 0.1 mg
Max Capacity Threshold (Max) 120g 210g 220g 120g 210g 220g 320g
Repeatability Deviation Error ±0.1 mg (Full portfolio Standardized)
Linearity Deviation Error ±0.2 mg (Full portfolio Standardized)
Stabilization Time (Average) ≤ 2.5 Seconds Optimized Processing Kinetics
Chassis Geometries & Sizes Pan Size: Φ 80 mm | Internal Draft Shield: 230 mm | Outer Body Structure: 470 × 310 × 330 mm
Operational Constraints Ambient Thermal Range: 18°C ~ 23°C | Workspace Moisture Matrix: 20% ~ 80% RH
Power Subsystem Architecture Global Grid Compliance Interface | Input: 220V AC / 50Hz | Output: 12V DC / 2A

Full Series Core Functional Advantages

  • Classic Rear-Mounted Electromagnetic Force Sensor: Delivers exceptional sensitivity, ultra-high resolution kinetics, and stable execution response times under rigorous data verification procedures.
  • Detachable Displaying Control Architecture (Split-Body Design): Isolates mechanical hand operation micro-vibrations from the foundational weighing block while facilitating multi-angle optical line-of-sight checks.
  • Extendable Angled LED Display Panel: Provides crystal-clear, high-brightness data visibility paired with an optimized UI layout to minimize user reading errors.
  • Panoramic Transparent Glass Draft Shield: Yields all-around tracking visibility of analytical specimens while utilizing advanced structural components for swift disassembly, cleaning, and decontamination.
  • Versatile Operational Weighing Modes: Supports robust native processing for standard weight measurement, trace percentage determination, and granular item piece counting.
  • Instantaneous Multi-Unit Conversions: Seamlessly transfers readouts between global scientific units including grams (g), carats (ct), ounces (oz), and pounds (lb) with zero manual math overhead.
  • Optimized Trace Micro-Addition Processing: Advanced micro-sampling digital filtering technology stabilizes data readouts against ambient drift, perfectly capturing minute powder or fluid specimen additions.
  • Integrated Bidirectional RS232 Communication Bus: Establishes standard hardware pipelines to micro-printers, lab host computer terminals, and third-party LIMS management systems.
  • Autonomous Fully Automatic Calibration Subsystem: Instantly triggers system recalibration if local temperature variations swing >1.5°C or if time elapsed exceeds 2 hours, drastically mitigating environmental error overhead.

APPLICATION SCOPE: Premium laboratory analytical target validation, analytical chemistry powder sampling, external calibration compliance workflows, and multi-series portfolio verification pipelines.
HIGH-EFFICIENCY HARNESS: Cost-effective design architectures highly optimized for analytical research institutes and institutional compliance laboratories.
IMPORTANT NOTICE: To preserve uncompromised operational resolution linearity, allow an initial warm-up threshold of 30-60 minutes following power engagement before performing operational zeroing, external calibration mass loading, or trace specimen additions.
TAILORED INDUSTRIAL LAB SOLUTIONS
Contact our elite laboratory engineering team for institutional bulk procurement quotes or interface custom integration.
EMAIL: INQUIRY@ATOMFAIR.COM
MANUFACTURER OPERATIONS: ATOMFAIR LLC INSTRUMENTS DIVISION
REGISTERED BRAND: ATOMFAIR®

This balance requires a 30-60 minute warm-up period after power-on before any zeroing or measurement. It operates reliably only within 18-23°C and 20-80% RH, and its automatic calibration subsystem triggers if temperature varies >1.5°C or time exceeds 2 hours.

  • Preheating Requirement: A mandatory preheating threshold of 30 to 60 minutes must be observed following power-on initialization before performing zeroing or specimen additions.
  • Environmental Temperature: The operating environmental temperature must be maintained between 18°C and 23°C to ensure measurement accuracy.
  • Humidity Constraint: The operating workspace humidity must be kept within 20% to 80% relative humidity.
  • Automatic Calibration Trigger: The autonomous automatic calibration subsystem triggers recalibration if local temperature variations exceed 1.5°C or if time elapsed exceeds 2 hours.
  • Draft Shield Usage: The panoramic transparent glass draft shield must be used to minimize air current interference during measurements.

This procedure covers the required warm-up, environmental verification, zeroing, and calibration steps before specimen measurement. Proper initialization ensures the balance achieves its specified repeatability and linearity performance.

Required Equipment: Power supply unit (220V AC/50Hz input), Draft shield enclosure, Detachable display control unit, External calibration mass (if performing external calibration)

  1. Warm-up
    Allow the balance to warm up for 30 to 60 minutes after powering on before performing any zeroing or calibration operations.
  2. Environmental verification
    Confirm that the ambient temperature is between 18°C and 23°C and relative humidity is between 20% and 80%.
  3. Zeroing
    Press the tare or zero button to reset the balance display to zero with no load on the pan.
  4. External calibration (if required)
    Load the external calibration mass onto the pan and initiate the calibration procedure to verify linearity and repeatability.
  5. Specimen measurement
    Place the specimen gently on the weighing pan and record the stabilized mass reading after the display settles.

How does the 0.1 mg readability of the EB120G-0.1MG-02 balance affect its repeatability and linearity at maximum capacity of 120 g?

The balance achieves a repeatability deviation of ±0.1 mg and linearity deviation of ±0.2 mg at full 120 g capacity, with a stabilization time of ≤2.5 seconds. This indicates that the high readability does not compromise precision across the entire weighing range.

What are the environmental temperature and humidity constraints for operating the EB120G-0.1MG-02 balance, and how do they affect its integration into a standard analytical laboratory?

The balance requires an operating temperature of 18°C to 23°C and humidity of 20% to 80% RH. These conditions are typical for analytical labs but may require HVAC control in non-standard environments. Additionally, the balance features an integrated bidirectional RS232 communication bus for connection to printers, computers, or LIMS systems.

What is the mandatory preheating time for the EB120G-0.1MG-02 balance after power-on, and why is it necessary?

The balance requires a mandatory preheating period of 30 to 60 minutes following power-on initialization before performing operational zeroing or calibration. This ensures the electromagnetic force sensor reaches thermal equilibrium, maintaining specified repeatability and linearity performance.

The EB120G-0.1MG-02 electronic analytical balance provides 0.1 mg readability and 120 g capacity with rapid ≤2.5 s stabilization via electromagnetic force compensation, but necessitates a 30-60 minute warm-up and stable ambient conditions (18-23°C, 20-80% RH) for accurate measurements.

Positive

  • High-sensitivity electromagnetic force sensor: Delivers exceptional sensitivity and ultra-high resolution kinetics with stable execution response times ≤2.5 seconds.
  • Detachable split-body control architecture: Isolates mechanical hand operation micro-vibrations from the weighing block and facilitates multi-angle optical line-of-sight checks.

Trade-offs

  • Mandatory 30-60 minute warm-up: The balance requires a preheating threshold of 30-60 minutes following power-on before performing zeroing or calibration to preserve operational resolution linearity.
  • Strict environmental stability requirements: Optimal operation limited to 18-23°C and 20-80% RH; autonomous calibration triggers if temperature swings exceed 1.5°C, demanding climate-controlled laboratory conditions.

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).