Sartorius CPA34001S Bench Scale 34000g 230V Accurate Weighing Reliable
Sartorius
Details
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CategoryScale / Balance
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Dimension53.0cm x 31.0cm x 12.0cm
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Serial27505410
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Shipping TypeFedEx Ground
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ManufacturingDoes Not Apply
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Voltage / Hertz230V / 50Hz UK
Description
The Sartorius CPA34001S is a reliable, high-performance laboratory bench scale from 2023, built-in Germany. It features a high-contrast, easy-to-read display with large 16.5 mm digits for clear visibility. Equipped with a motorized calibration weight and isoCAL function, the scale ensures precise and consistent results with a weighing capacity of up to 34,000 g. Its rugged monolithic weigh cell technology provides durability and reliability, while the chemically resistant housing stands up to daily lab use. The scale is operated via a clear, logically arranged keypad with positive click keys. Adaptability to different environmental conditions is facilitated by four digital filter levels. The scale operates on 230V, 50Hz power supply. Although it is used, the equipment powers on and performs basic tests successfully, despite cosmetic wear.
Key Features
- High-contrast display with large 16.5 mm digits
- Built-in motorized calibration weight
- isoCAL calibration and adjustment function
- Rugged monolithic weigh cell technology
- Chemically resistant housing
- Clear, logically arranged keypad
- Four digital filter levels for adaptability
Specifications
- Weighing capacity: 34,000 g
- Readability: 0.1 g
- Repeatability (std. deviation): 0.1 g
- Net weight, approx.: 16 kg
- Weighing pan size: 300x400 mm
- Dimensions (WxDxH): 313x532x120 mm
- Power supply: 230 V, 50 Hz
Weight
Imperial: 42.33 Pounds
Metric: 19.2 Kilograms
Shipping Dimensions
Imperial: 25.04 lb x 14.65 lb x 5.67 lb
Metric: 63.6 cm x 37.21 cm x 14.4 cm
Harmonized Code
842382
Harmonized Code Details
842382 - Weighing machine with maximum weighing capacity exceeding 30 kg but not exceeding 5000 kg. This code is employed based on the Sartorius CPA34001S's technical capacities and intended use in various laboratory settings.
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