SHINKO Shinko AB12001C 0.1g Electronic Balance Weighs up to 12000g
SHINKO Shinko AB12001C 0.1g Electronic Balance is a one-tenth Electronic Balance for laboratory and industrial applications. AB12001C 0.1g Electronic Balance uses SHINKO's tuning fork sensor technology. Stabilization time is 3s.
Shinko
AB12001C
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Introduction
Shinko AB12001C 0.1G Electronic Balance is an economical, high-precision laboratory electronic balance for laboratory and industry.The AB12001C 0.1g electronic balance adopts the Mono-Metal Tuning-fork Sensor (MMTS) to improve the measurement speed, stability and resolution of the electronic balance.
Product features
1. Backlit LCD display
2. The function of counting parts, the number of parts can be calculated
3. Measurement percentage display
4. Set the judgment between too heavy and too light
5. Weighing, 12 kinds of weighing unit selection, including g, ct, oz, lb, ozt, dwt, GN, tl (Hong Kong), tl (Taiwan), tl (Singapore, Malaysia), momme, tola.
Detail drawing
Shinko AB12001C Electronic BalanceSpecifications
| LIST | VALUE |
|---|---|
| Weighing range | 0~12000g |
| Readability | 100mg |
| Nonlinear error | ±0.2g |
| Repeatability Error | 0.1g |
| Adjustment | Externally calibrated |
| Pan Size | 190*190mm |
| Net Weight of instrument | About 2.6kg |
| Dimension | 293*196*89mm |
| Interface | RS-232C |
Shinko AB12001C Electronic Balance Packing list
host X1, manual X1, certificate X1, warranty card X1
[Note] Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.
FAQ
- Electronic Balance Use and Common Misoperation
- Common faults of Electronic Balance and their treatment measures
- How to Choose & Use Electronic Balance
- Principle and Application of Electronic Analytical Balance
- Two Main Factors Affecting the Weighing Accuracy of Electronic Balance
- Electronic Balance Use Attention to Details Possible Misunderstandings
- How should Electronic Balances be verified and calibrated?
- Introduction to the new use of Electronic Balance
- How to improve the use of Electronic Balance?
- Electronic Balance measurement in three steps