Sartorius Cubis Micro Balances
Please note that this is an obsolete product.
The Cubis is obsolete and has been replaced by the Cubis II.
Ultramicro | micro balances designed for the smallest samples and high resolutions of up to 0.0001 mg. Sartorius Cubis Micro Balances provides maximum weighing performance, APC functions for reliability in regulated areas, security and full network capability. Equipped with a touch screen, it is also suitable for customized workflows (Q-Apps). For use with heavy tare containers, Sartorius offers the ME and Competence series. Special microbalance versions are available in the Cubis Micro Balance range for filter weighing.
Manufacturer:
Sartorius
Models
| Model | Weight Capacity | Resolution | Add to Quote |
| MSU3.6P-000-DM | 1.1/2.1/3.1g | 1.0/2.0/5.0µg | Add to Quote |
| MSA3.6P-000-DM | 1.1/2.1/3.1g | 1.0/2.0/5.0µg | Add to Quote |
| MSE3.6P-000-DM | 1.1/2.1/3.1g | 1.0/2.0/5.0µg | Add to Quote |
| MSA3.6P0TRDM | 1.1/2.1/3.1g | 0.01g | Add to Quote |
| MSU2.7S-000-DM | 2.1g | 0.1µg | Add to Quote |
| MSA2.7S0TRDF | 2.1g | 0.1µg | Add to Quote |
| MSA2.7S0TRDM | 2.1g | 0.1µg | Add to Quote |
| MSA2.7S-000-DF | 2.1g | 0.1µg | Add to Quote |
| MSE2.7S-000-DF | 2.1g | 0.1µg | Add to Quote |
| MSU2.7S-000-DF | 2.1g | 0.1µg | Add to Quote |
| MSA2.7S-000-DM | 2.1g | 0.01g | Add to Quote |
| MSE2.7S-000-DM | 2.1g | 0.001g | Add to Quote |
| MSA6.6S0TRDM | 6.1g | 1.0µg | Add to Quote |
| MSU6.6S-000-DF | 6.1g | 1.0µg | Add to Quote |
| MSU6.6S-000-DM | 6.1g | 1.0µg | Add to Quote |
| MSA6.6S-000-DF | 6.1g | 0.001g | Add to Quote |
| MSA6.6S-000-DM | 6.1g | 0.001g | Add to Quote |
| MSE6.6S-000-DF | 6.1g | 0.001g | Add to Quote |
| MSE6.6S-000-DM | 6.1g | 0.001g | Add to Quote |
Information
Sartorius Cubis Micro Balances
| Specifications | |
| Linearity | 0.004mg |
| Corner load(test load [g]) | 0.004 |
| Sensitivity drift between +10 to +30 | 1 ppm/K |
| Typical stabilization time | < 5 sec |
| Typical measurement time | < 8 sec |
| Display result | 0.1 - 0.4 |
| Operation | Touch screen keys for central basic functions |
| Adaptation of the display and control unit | Tiltable display removable display and control unit |
| Standard data interfaces | USB (integrated into weighing module) Various data protocols available (can also be connected to software designed for external manufacturers) |
| RS-232C accessory interface | 25-pin (integrated into weighing module) |
| SD card reader | Integrated as standard into display and control unit |
| Applications | Unit conversion SQmin function for minimum initial weight according to USP isoCAL automatic calibration | adjustment function individual identifiers density determination statistics calculations averaging formulation weighing in percent time-controlled functions totalizing DKD measurement uncertainty second tare memory counting checkweighing alibi memory audit trail |
| Power supply | 100240 V~, 15 %/+10 %, 5060 Hz, 1.0 A |
| Input voltage | 15 VDC, ± 5 % |
| Power consumption | 7W (max.) |
| Ambient temperature | Operation +5 to +40C |
| Highest relative humidity | 80 % for temperatures up to 31C, decreasing linearly to 50 % relative humidity for 40C |
| Safety of electrical equipment | According to EN 61010-1:2001: Safety requirements for electrical equipment for measurement, control, and laboratory use Part 1: General requirements |
| Electromagnetic compatibility | According to EN 61326-1:2006: Electrical equipment for measurement, control, and laboratory use EMCrequirements Part 1: General requirements |
| Defined immunity to interference | Suitable for use in industrial areas |
| Interference emission | Class B (suitable for use in residential areas and areas that are connected to a low voltage network that also supplies residential buildings). |
Resources
This chapter states the requirements for balances used for materials that must be accurately weighed (see General Notices, 8.20). Unless otherwise specified, when substances must be “accurately weighed”, the weighing shall be performed using a balance that is calibrated over the operating range and meets the requirements defined for repeatability and accuracy. For balances used for other applications, the balance repeatability and accuracy should be commensurate with the requirements for its use. For discussion of the theoretical basis of these requirements, see general information chapter Weighing on an Analytical Balance 1251, which may be a helpful – but not mandatory – resource.
Read more about Chapter 41 here.