Ohaus Navigator NVT2200

The Ohaus Navigator NVT2200 balances affordability and functionality, offering an excellent solution for general weighing applications across laboratory, industrial, educational, retail, commercial, manufacturing, and food environments. Its rugged design, rapid stabilization time of just one second, and robust overload protection—four times the rated capacity—ensure efficiency, productivity, and reliability in diverse settings.

Key features include excellent value for money and superior stabilization for improved efficiency and throughput. An advanced overload protection system withstands loads significantly higher than the nominal capacity, preserving the scale’s integrity.

• **Weighing**: Accurately measures and displays the weight of items in various units.
• **Piece Counting**: Precisely counts pieces using a consistent weight for each item.
• **Percent Weighing**: Calculates the sample weight as a percentage of a reference weight.
• **Checkweighing**: Evaluates if the sample weight meets preset targets.

Additional Features:
Constructed with durable ABS and a stainless-steel weighing pan, it includes a transport lock, menu switch, and safety lock for adjustments. Non-slip adjustable feet and a bubble level facilitate stable placement. The device offers mechanical and software overload/underload protection, a stability indicator, a low battery indicator, and user-customizable print and communication settings. Operable via AC adapter or optional batteries, with RS232, USB, or Ethernet communication available.

• **Educational Use**: Overload protection enhances portability for field experiments.
• **Laboratory Use**: Easy to clean and precise, ideal for formulation, testing, and experimentation.
• **Industrial Use**: Robust, accurate, and suitable for medium-light industrial tasks like mixing and packaging.
• **Retail and Manufacturing**: Portable and reliable for shipping, inventory management, and quality control.
• **Food and Portioning**: Hygienic design supports portioning and pre-packaging tasks with multiple measurement modes.