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Electromagnetic Analytical Balance FM-EAB-A101-01 Electromagnetic Analytical Balance FM-EAB-A101-02

Electromagnetic Analytical Balance FM-EAB-A101

Electromagnetic Analytical Balance FM-EAB-A101 offers great precision in measuring mass of the substance. It has weighing capacity of 200 grams and has readability of 0.0001 grams. Electromagnetic force restoration keeps the balance in a stable position. Compact design takes up minimal space on laboratory benches. Integrated with LCD display to provide a direct readout of weight.

$1,613.00

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Specifications

Weighing Capacity 200 g
Readability 0.0001 g
Minimum Weighing 0.0004 g
Repeatability ± 0.0002 g
Linearity ± 0.0003 g
Stable Time ≤ 3 s
Temperature 15 to 35 ℃
Pan Size Ø80 mm
Calibration External Calibration
Cal. Weight 200 g
Communication RS232
Appearance Size 340 × 215 × 350 mm
Draft Shield Size 240 × 190 × 265 mm
Dimensions 415 × 285 × 430 mm
Packing dimensions 490 × 360 × 510 mm
Gross Weight 10 Kg

Features

  1. Robust Aluminum shell ensures durability
  2. Windproof cover guarantees accuracy
  3. Versatile Functionality like Tare and Counting
  4. Unit conversion includes (g/mg/ct/oz)
  5. Adjustable sensitivity and speed of Electromagnetic Analytical Balance
  6. Performs percentage calculations
  7. Safety Features involves overload and fault alarms

Applications

  • Electromagnetic Analytical Balance finds versatile applications across laboratory research, pharmaceutical industry, chemical analysis, food and beverage, quality control, academics, etc.

Accessories Optional

  • Printer
    Under weighing
    USB
Electromagnetic Analytical Balance FM-EAB-A101

Electromagnetic Analytical Balance FM-EAB-A101

Alternative Models Of Analytical Balance

Fison’s Analytical Balances offers a wide capacity range for accurate mass measurement. Equipped with taring and calibration functions, they ensure precise results and easy interpretation. Features like draft shields and digital displays enhance reliability and user convenience. Their ergonomic design supports smooth operation while minimizing errors. Ideal for research, pharmaceuticals, and manufacturing, these balances are essential for quality control and testing applications.