Specifications
- Model:224S
- Pan/Platform Size:85×85 mm
- Voltage:100 - 240 V
- Description:Cubis® II advanced analytical laboratory balance, draft shield I
- Dimensions:240×425×373 mm
- Environmentally Preferable:
- Stabilisation time:1 s
- Pk:1
- Readability:0,1 µg - 1 g
- Weighing cap.:220 g
- Repeatability:≤0,07 ± mg
- Linearity:≤ 0,2 ± mg
Specifications
About this item
These Cubis® II laboratory balances are ideal for high-performance portfolio of both lab weighing hardware and software.
- Individually configured from different components
- Fully customisable hardware, software, and connectivity
- Customizable modularity, intelligence by design, leading Performance, high speed accuracy, error-free operations, full end to end data integrity, reliable support
- Automatic glass draft shield with or without integrated ionizer to eliminate interfering electrostatic charges on samples and sample containers
- Removable flat stainless-steel draft shield frame
- Large 7" colour touch display including touch, scroll, swipe functionality
- Diverse QApp packages for optional software extension
- Automatic, motorised leveling, gesture control, Climate monitoring, built-in ionizer for electrostatic elimination
These balances offer modern user interfaces, pharmaceutical and GMP compliance, including data handling, data integrity and connectivity, ergonomic sample handling, easy process integration, and unlimited communication at the highest level of accuracy and precision.
The status center shows all information about your balance and environmental conditions. Automatically execute time-controlled actions for backup.
The Cubis® II balance contains an 'Alibi Memory'. The system automatically stores weighing data in a ring buffer. An electronic signature can be used to sign the final report for weighing processes. Based on a secure password, the combination of username and password is fully compliant with 21CFR.
Draft shield I - Identical to the A draft shield, but also includes an integrated ionizer to eliminate interfering electrostatic charges on samples and sample containers