Penn Scale PX4202/E 8-1/5Inch Digital Analytical Balance with ExCal Calibration
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- 4200 g capacity with 0.01 g resolution
- Stainless steel platform ensures durability
- Supports multiple measurement units
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The Penn Scale PX4202/E Ohaus® Pioneer® PX Series Analytical Precision Balance Digital is a high-precision measuring device designed for detailed analytical tasks within laboratory, research, and food industry applications. It features an internal ExCal calibration system, a capacity of 4200 grams with 0.01-gram resolution, and a compact stainless steel platform measuring 7 inches in diameter. This digital balance offers a multi-user interface, stable 1-second stabilization, and a backlit LCD display for clear readings in controlled environments. Its integrated features include an overload/underload indicator, stability status, and versatile weighing units such as grams, kilograms, ounces, pounds, and various traditional and regional units, supporting complex formulation, ingredient weighing, and density analysis in professional settings.
The Penn Scale PX4202/E balances are engineered for precision weighing in commercial laboratories and food processing environments. Key features include a durable stainless steel platform with a 4200 g capacity at 0.01 g accuracy, multi-user functionality for shared workflows, and easy maintenance via internal ExCal calibration. Its multi-unit versatility supports detailed ingredient measurement, parts counting, and density determination, making it an ideal solution for high-accuracy applications in food manufacturing, quality testing, and research labs.
Designed for laboratory professionals requiring precise and reliable weighing in laboratory and food processing applications.
The Penn Scale PX4202/E offers a compact, commercial-grade design featuring a stainless steel round platform measuring 7 inches wide, housed in a durable plastic shell. It operates with an internal ExCal calibration system, ensuring accurate measurements with a linearity of ±0.02 g and a repeatability standard deviation of 0.01 g. The balance supports a capacity of 4200 grams, with weighing units including grams, kilograms, ounces, pounds, carats, grams, and more, accommodating complex analytical workflows. It requires a standard 100-240VAC power supply, consuming approximately 12-18VA, and measures 8.2 inches wide, 12.6 inches deep, and 3.9 inches high, weighing about 11 lbs. Its features include a backlit LCD, RS-232 and USB ports for data transfer, overload/underload alerts, and removable stainless steel platforms for easy cleaning, making it suitable for laboratory and industrial environments.
A commercial analytical precision balance is a highly accurate measuring instrument built for laboratory, pharmaceutical, and food industry environments. It provides precise weight measurements with minimal variation, typically supporting a capacity of over 100 grams with resolutions of 0.01 grams or finer. Installed in laboratory benchtops or industrial workstations, the Penn Scale PX4202/E balances are suited for detailed ingredient weighing, formulation, and density analysis, functioning best in controlled settings requiring repeatability and data accuracy for high-quality product development and quality control processes.
These high-performance digital balances from Penn Scale PX Series are built for consistent precision, durability, and ease of integration in commercial food and laboratory settings. The PX4202/E model, with its detailed measurement capabilities and user-friendly features, supports analytical weighing in lab, research, and quality control environments, ensuring reliable results for high-volume formulation and testing operations.
Designed with industrial-grade components and an internal calibration system, the Penn Scale PX4202/E offers unmatched measurement accuracy, robust construction, and easy integration into laboratory data systems. Its stainless steel platform and precision features ensure longevity and consistent performance in demanding environments, providing reliability that surpasses many competitor models for analytical, research, and foodservice weighing tasks.
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