Precision Balance EZL-PB108 Catalog

Description

EziLab's Precision Balance EZL-PB108 weighs up to 300 g at 0.001 g readability with repeatability within 0.003 g, using external calibration and a 110 mm pan for routine bench weighing. A rechargeable lithium battery, non-static windshield, and RS232 or USB output support cordless use and direct data logging, while overload protection and a piece-counting function speed repetitive dispensing tasks. Stability settles within 2 seconds per reading, and a 20 to 30 minute warm-up keeps drift low once the balance reaches operating temperature between 15C and 35C. As a milligram balance built for fine sample work, this unit suits chemical analysis where 100 mg accuracy from a standard electronic balance falls short. Laboratories running quality control checks use this laboratory balance for reagent and reference standard weighing, while industrial environments apply the same precision balance to raw material verification ahead of formulation. Research facilities doing material testing rely on the fine readability for small-sample studies where larger lab balance units simply lack resolution. Contract testing labs handling varied sample sizes increasingly keep a digital balance of this precision alongside coarser units to cover the full weighing range. See the Precision Balances and Precision Balance pages for further specifications and ordering details.

Specifications

Capacity 300 g
Readability 0.001 g
Repeatability ±0.003 g
Operation Temperature 15 to 35 °C
Calibration Method External Calibration
Pan Size 110 mm
Warm Up 20 to 30 min
Board Rate 1200 / 2400 / 4800 / 9600
Stability Time ≤ 2 s
Rechargeable Battery Lithium battery 1200 mA
Windshield Non-static windshield
Output RS232 or USB
Dimension (L×W×H) 190 × 270 × 155 mm

Features

  • ✓ Easy external calibration
  • ✓ Rechargeable lithium battery
  • ✓ Standard connectivity for data transfer
  • ✓ Advanced overload protection
  • ✓ High-accuracy piece counting function

Applications

  • ✓ Precision Balance EZL-PB108 is ideal for precise weighing in laboratories, research facilities, and industrial environments. It applies to tasks such as chemical analysis, quality control, and material testing, where accuracy is crucial.