Timbangan analitik Ohaus PX223 Pioneer (PX)
The Timbangan analitik Ohaus PX223 Pioneer (PX) offers dependable precision with a maximum capacity of 220 g and readability of 0.001 g, making it ideal for laboratories and research facilities that demand reliable and affordable analytical weighing. Equipped with InCal™ semi-automatic internal calibration, a draftshield, and stainless steel construction, the PX223 ensures consistent accuracy in daily use.
Key Features
Accurate Analytical Weighing
Maximum capacity of 220 g with 0.001 g readability
Repeatability of 0.001 g and linearity ±0.002 g
Minimum weight (USP, 0.1% typical) of 2 g; minimum capability down to 0.82 g
Fast stabilization time of just 2 seconds
Calibration and Usability
InCal™ semi-automatic internal calibration ensures consistent performance
Draftshield included to reduce disturbances and maintain stable results
Clear 2-line backlit LCD display for efficient operation
Wide range of weighing units including grams, carats, ounces, pounds, Newton, tael, baht, and more
Robust Design and Connectivity
Stainless steel pan (120 mm) provides durability and easy cleaning
Compact dimensions (321 × 309 × 209 mm) with net weight of 4.5 kg
In-use cover included for additional protection against dust and spills
USB and RS232 ports for convenient data communication
Specifications
Maximum Capacity: 220 g
Readability: 0.001 g
Pan Size: 120 mm
Calibration: InCal™ Semi-Automatic Internal
Draftshield: Included
Display: 2-Line Backlit LCD
Dimensions: 321 × 309 × 209 mm (L×H×W)
Net Weight: 4.5 kg (10 lb)
Communication: USB, RS232
Repeatability: 0.001 g
Linearity ±: 0.002 g
Stabilization Time: 2 s
Minimum Weight (USP, 0.1% typical): 2 g
Minimum Weight Capability: 0.82 g
Pan Construction: Stainless Steel
Power: AC Adapter (Included)
Tare Range: To capacity by subtraction
Units of Measurement: Gram, Milligram, Carat, Ounce, Pound, Newton, Tola, Tael (Singapore, Hong Kong, Taiwan), Baht, Momme, Mesghal, Pennyweight, Grain, Tical, Custom
Working Environment: 5°C – 40°C (41°F – 104°F); optimal 10°C – 30°C, 80%RH, non-condensing
Applications
Pharmaceutical and chemical laboratories
Research and academic institutions
Industrial quality control and material testing
Educational laboratories requiring analytical precision
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