Adopting a brand new supercell sensor technology - precise, fast, stable, and trustworthy
- Sensitivity: Unparalleled sensor design and processing technology ensure the sensitivity of micro weighing results, up to a maximum of 0.1 μ g.
- Precision: The unique super monomer sensor technology ensures the accuracy, stability, and consistency of micro weighing results.
- Fast: Adopting the sensor technology of a horizontal bar, combined with excellent circuit design and software algorithms, it meets the requirements of laboratory symmetry measurement speed.
Fully compliant with 21CFR Part 11- Full Traceability
- Designed in accordance with the data integrity principles of the US FDA, achieving accurate, clear, easy to read, synchronized, original, and traceable (ALCOA) data.
- User management: Implement three-level user management through access control.
- Electronic signature: Electronic signatures can be used to sign the final report of the weighing process.
- Audit trail and weighing log: Audit trail is a time stamped, tamper proof electronic log file that allows for the reconstruction and recording of events related to creation, modification, and deletion.
- Data transmission security: Electronic records should be protected from tampering.
- The data output meets the requirements of GLP/GMP.
Adopting a full touchscreen operating system
- The operation requirements are concise and clear, meeting the convenience of users, providing a good visual experience, while considering the special requirements of users in special industries, such as contactless operation, which can obtain accurate weighing results at any time and any temperature.
Adopting fully automatic calibration and adjustment technology
- The IsoCAL (internal calibration and adjustment) function ensures accurate weighing results, using fully automatic temperature and time control calibration and adjustment functions.
Communication interface:
- Standard communication interface, automatic recognition of printer.
- Standard RS232, easy to connect with external devices.
Norms, laws, industry standards
- GB/T26497-2022 Electronic balance
- JB/T9511-1999 Technical Conditions for Balance Packaging
- OIML R76-2 (2007E) EU: International Non Automatic Weighing Instruments
Specification
|
Model |
XE2.6S |
XE5.6S |
XE31.2.6P |
XE31.5.6P |
XE31.6S |
|
Capacity [Max] |
2.1g |
5.1g |
2.1g/31g |
5.1g/31g |
31g |
|
Readability [d] |
1μg |
1μg |
1μg/10μg |
1μg/10μg |
1μg |
|
Standard deviation |
2μg |
2μg/10μg |
2μg |
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|
Typical error |
2.5μg |
2.5μg/20μg |
2.5μg |
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|
Standard deviation |
1.5μg |
2.5μg |
2.5μg/15μg |
2.5μg |
|
|
Typical error |
3μg |
4μg |
3μg/20μg |
5μg |
|
|
Standard deviation |
2μg |
2μg/10μg |
2μg |
||
|
Typical error |
2.5μg |
2.5μg/20μg |
5μg |
||
|
Test weights |
1g |
2g |
2g/20g |
20g |
|
|
Standard deviation |
2μg |
2μg |
2μg/10μg |
2μg |
|
|
Typical error |
2.5μg |
2.5μg |
2.5μg/20μg |
5μg |
|
|
Sensitivity drift (+10 ~ +30℃) |
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|
Accuracy level |
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|
Calibration division value (e) (According to the 2014/31/EU standard) |
10μg |
10μg |
10μg/100μg |
10μg |
|
|
Minimum weighing value (According to the 2014/31/EU standard) |
1mg |
1mg |
1mg |
1mg |
1mg |
|
Min. optimal weighing |
0.82mg |
0.82mg |
0.82mg |
0.82mg |
0.82mg |
|
Min. typical weighing |
1.3mg |
1.3mg |
1.3mg |
1.3mg |
1.3mg |
|
Typical stability time |
6s |
6s |
6s |
6s |
8s |
|
Typical measurement time |
8s |
8s |
8s |
8s |
12s |
|
External calibration weights |
2g |
5g |
2g/20g |
5g/20g |
20g |
|
Standard weight grade (According to OIML R111-1) |
E1 |
E1 |
E1 |
E1 |
E1 |
|
Dimension |
90×295×150 mm |
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|
Weighing Pan Dimensions |
Φ30 mm |
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|
High of weighing chamber |
80 mm |
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|
Net weight |
4.7 kg |
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|
Operating temperature |
18 ~ 23℃ |
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|
Relative humidity |
50% ~ 75%RH |
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|
Temperature compensation fluctuation |
≤1°C/h |
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|
Power supply |
AC100-240V, 50/60Hz, 1.0-0.5A |
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