OHAUS Explorer EX124 Analytical Balance

The OHAUS Explorer EX124 Analytical Balance Series offers exceptional functionality and innovative design in a line of high-performance laboratory balances. Known for its intelligence and intuitive operation, this series provides unique features that simplify even the most complex measurements in the laboratory setting.

Applications:
Designed for versatility, the Explorer EX124 supports various applications including weighing, parts counting, percent weighing, checkweighing, animal/dynamic weighing, filling, totalization/statistics, formulation, differential weighing, density determination, peak hold, ingredient costing, pipette adjustment, and SQC.

Display:
It features a 5.7-inch (145 mm) full-color VGA graphic touchscreen display with adjustable brightness for user comfort.

Operation:
Powered by an included AC adapter, ensuring consistent performance.

Communication:
Equipped with RS232 and USB interfaces, or optional second RS232/Ethernet for enhanced connectivity. It also includes GLP/GMP compliant data output with a real-time clock.

Construction:
Boasts a durable metal base, ABS top housing, stainless steel pan, and a glass draftshield with top-mounted side doors and a flip/sliding top door. An illuminated level indicator is located at the front, alongside a weigh-below hook, a security bracket, calibration lock, four touchless sensors, and an in-use cover for optimal operation.

Design Features:
Includes selectable environmental filters, auto tare function, user-selectable span calibration points, software lockout and reset menu, customizable communication settings and data printing options, user-definable project and user IDs, auto standby mode, and support for up to 14 operating languages.

Technical features:
Featuring AutoCal™ automatic internal calibration, a high-resolution screen, a protective lid, with linearity of ±0.0002g, and a minimum weight of 0.16g as per USP standards. Its repeatability is 0.0001g, boasting a swift stabilization time of just two seconds, and a capable tare range adjustment via subtraction.