Japan Vibra AJ-3200E One percent Electronic Balance weighs up to 3200g
Japan Vibra AJ-3200E one percent Electronic Balance minimum reading of 0.01g, Stabilization time of 2.5s, AJ-3200E one percent Electronic Balance Calibration method is external weight calibrated.
Model：
AJ-3200E
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Vibra AJ-3200E Electronic BalanceSPEC
Vibra AJ-3200E Electronic BalanceDetails
Vibra AJ-3200E Electronic BalancePacking list
- SKU
- NB007891
- Weighing range
- 0~3200g
- Readability
- 10mg
- Nonlinear error
- ±0.01g
- Repeatability Error
- 0.01g
- Adjustment
- Externally calibrated
- Stabilization time
- 2.5s
- Pan Size
- 180*160mm
- Interface
- RS-232C
- Measurement system
- Tuning Fork Frequency System
- tare Weight
- Full scale range
- monitor
- Built-in LCD display
AJ-3200E
Electronic Balance
Introduction
The Japanese Vibra AJ-3200E One Hundredth Electronic Balance is one0.01g-precision benchtop Electronic Analytical Balances,The weighing pan is rectangularIt is equipped with a Tuning Fork sensor with a backlit display.AJ-3200E One Hundredth of an Electronic BalanceIt is easy to operate and highly accurate, and is suitable for measurement in laboratories, factories, jewelry stores, etc.
FAQ
QDo you have the Electronic Balance required by the GB/T26497 standard?
A
This AJ-3200E Electronic Balance will do.
Knowledge
- 1Electronic Balance Use and Common Misoperation
- 2Common faults of Electronic Balance and their treatment measures
- 3How to Choose & Use Electronic Balance
- 4Principle and Application of Electronic Analytical Balance
- 5Electronic Balance basic working principle and FAQ maintenance
- 6Illustrated electronic analytical balance working principle and operation introduction in experiment
马继成; 吴师民; 陆申龙 - 《电子分析天平的工作原理及在实验中的应用》
- 7Electronic Balance structure and application description
- 8Two Main Factors Affecting the Weighing Accuracy of Electronic Balance
- 9Which two factors affect the accuracy of Electronic Balance weighing?
赵荣; 张兆立 - 《影响电子天平称量准确性的两个因素》
- 10Electronic Balance measurement result error analysis and calibrating method
马晓丽 - 《浅谈电子天平检定结果差异原因及校准》
Standard