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General| Maximum Capacity | 220 g |
|---|---|
| Readability | 0.1 mg |
| Display | LCD |
| Pan Size | 90 mm diameter |
| Weighing pan size | 90 mm |
| Repeatability | 1 mg |
| Linearity | 2 mg |
| Stabilization time (typical) | 2 s |
| Interface | RS232 |
| Operating Temperature | 10 - 30 °C |
| Power Supply | AC adapter (included) |
Covers electrical safety, handling, and installation guidelines to prevent injury or damage.
Warning against using the equipment in hazardous areas with explosive materials.
Critical warnings about power supply, adapter, cord condition, and proper grounding.
Describes the intended use of high-resolution balances for exact mass determination in various forms.
Step-by-step instructions for safely removing the balance from its packaging.
Guidelines for selecting a proper setup location, considering environmental factors.
Steps for assembling the draft shield components onto analytical balances.
Steps for connecting the weigh cell to the electronics module or evaluation unit securely.
Details component placement for microbalances and filter balances on the weigh cell.
Essential checks for voltage, plug design, and proper connection to the power supply.
Safety precautions and methods for carrying the balance safely over short distances.
Specifies the required warm-up time for accurate results, especially for verified balances.
Details how to remove and reposition the display and control unit for workspace customization.
Instructions on how to prepare the balance for below-cell weighing by accessing the port.
Identifies and explains the functions of buttons and display indicators on the control panel.
A step-by-step guide for performing a first weighing operation, including taring and printing.
Explains the importance of leveling and how to use the inclination sensor or manual feet.
Defines calibration and adjustment, lists key features, and requirements for verified balances.
Step-by-step guide for performing internal calibration using the balance's built-in motorized weight.
Explains the automatic isoCAL function, its triggers, and configuration options.
Outlines the main setup parameters and their sub-levels for balance configuration.
Details additional functions and device-specific settings accessible via Level 2 menu.
Describes configuration options for data output, including communication modes and formats.
Lists various application programs and their configurable parameters.
Provides a detailed overview of setup parameters, including ambient conditions, filter, and stability settings.
Explains calibration and adjustment functions, including external calibration options and sequence adjustments.
Configuration options for weighing units, counting resolution, and percent weighing decimal places.
Configuration for net-total formulation, totalizing, and animal weighing activity.
Parameters for calculation method, decimal places, and density determination decimal places.
Explains the purpose and features of the density determination application for solid materials.
Details how to configure parameters like decimal places for density determination.
Explains the purpose of the counting application for determining the number of parts with equal weight.
Explains the purpose of weighing in percent and how to configure parameters.
Explains the purpose of the calculation application for using multipliers or divisors.
Explains the purpose of averaging for unstable samples and how to configure subweighing operations.
Explains the purpose of weighing different components to a defined total and its features.
Explains the purpose of totalizing for adding mutually independent weight values exceeding balance capacity.
Explains the application for changing displayed weight units and its features.
Lists common error codes, their causes, and recommended solutions for balance operation.
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