Adventurer® precision balance is a precision weighing instrument with 520g capacity and 1mg readability. It features stability, accuracy, and fast operation perfect for routine laboratory weighing.
Adventurer® precision balance is a precision weighing instrument with 520g capacity and 1mg readability. It features stability, accuracy, and fast operation perfect for routine laboratory weighing.
Striking the ideal balance between inventive features and functional, uncomplicated weighing capabilities, the OHAUS Adventurer incorporates all of the applications necessary for routine weighing and measurement activities. With a color touchscreen, GLP/GMP compliance capabilities, two USB ports, and much more, Adventurer is the most complete balance in its class.
Features
Applications
Maximum Capacity | 520 g |
Readability | 1 mg |
Pan Size | 5.1 in (130 mm) |
Draftshield | Included |
Auxiliary Display Model | Available as an Accessory |
Battery Life | Not Applicable |
Dimensions (HxLxW) | 13.39 in x 13.93 in x 9.05 in (340 mm x 354 mm x 230 mm) |
Display | High resolution full colour VGA touch display |
In-use cover | Included |
Legal for Trade | Not Applicable |
Linearity ± | 0.002 g |
Minimum Weight (USP), Typical | 2 g |
Net Weight | 5.8 kg |
Pan Construction | Stainless Steel |
Power | AC Adapter (Included) |
Repeatability (typical) | 1 mg |
Stabilization Time | 2 s |
Tare Range | To capacity by subtraction |
Maximum Capacity | 520 g |
Readability | 1 mg |
Pan Size | 5.1 in (130 mm) |
Draftshield | Included |
Auxiliary Display Model | Available as an Accessory |
Battery Life | Not Applicable |
Dimensions (HxLxW) | 13.39 in x 13.93 in x 9.05 in (340 mm x 354 mm x 230 mm) |
Display | High resolution full colour VGA touch display |
In-use cover | Included |
Legal for Trade | Not Applicable |
Linearity ± | 0.002 g |
Minimum Weight (USP), Typical | 2 g |
Net Weight | 5.8 kg |
Pan Construction | Stainless Steel |
Power | AC Adapter (Included) |
Repeatability (typical) | 1 mg |
Stabilization Time | 2 s |
Tare Range | To capacity by subtraction |