The weighing performance of the Mettler Toledo XS3DU microbalance, a research partner of the Shanghai XS3DU microbalance model manufacturer, is based on its basic weighing application: providing readability of 1 μ g within a fine range of 800 mg. Having the best repeatability among similar products, as low as 0.8 μ g, is the key to achieving ideal weighing reliability, avoiding unnecessary repeated testing, and significantly reducing sample and time waste. The Mettler Toledo XS3DU microbalance is designed specifically to improve weighing efficiency and reliability.
Shanghai XS3DU Micro Balance Model Manufacturer
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The weighing performance of the Mettler Toledo XS3DU microbalance, * basic weighing application: provides readability of 1 μ g within a fine range of 800 mg. The repeatability of * in similar products can be as low as 0.8 μ g, which is the key to achieving ideal weighing reliability, avoiding unnecessary repeated testing, and significantly reducing sample and time waste.
The Mettler Toledo XS3DU microbalance is designed specifically to improve weighing efficiency and reliability.
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Shanghai XS3DU Micro Balance Model ManufacturerStandard Configuration
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Built in weighing application |
TouchScreen touch screen, convenient for balance weighing and parameter setting |
SmartTrac Color Dynamic Graphic Display: Graphic Weighing Assistance, Tracking Weighing Range and Tolerance |
Up to 10 shortcut keys for specific functions can be set |
Three pieces of information can be defined for user and sample identification |
Built in RS232C and two auxiliary interfaces; Used to connect the keyboard or ErgoSens external infrared sensor option for hands-free weighing operations |
Second interface option slot; For example, LocalCAN, Ethernet, RS232,MiniMettler, Bluetooth or PS/2 interface options |
Glass windproof cover for manually opening and closing doors |
Removable display screen protective cover |
Weighing with a lower hook |
Weighing sensor with overload protection |
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Typical values4)
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| Typical repeatability (SD) |
0.0005 mg +1.2 x (10–7)•R_gr |
| Typical Differential Nonlinear (SD) |
√2x(10-12)g·R_nt |
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| Typical sensitivity offset (SD)2)
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3 x (10–6)•R_nt |
| Typical minimum weighing value * (@ U=1%, 2 sd) |
0.1 mg+2.4 x (10–6)•R_gr |
| Typical stability time |
< 6 sec |
| stabilization time |
< 10 sec |
1)According to OIML R76 2)Within the temperature range of 10 to 30 ° C 3)*Secondary installation, calibration using proFACT, sensitivity stability 4)Can be used to estimate uncertainty sd=standard deviation Rgr=gross weight Rnt=net weight (sample mass) a=year *The repeatability and minimum weighing value can be improved by the following measures: - selecting appropriate weighing parameter settings, - selecting appropriate balance placement positions, - using smaller peeling containers.
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