Ohaus NV1201 Electronic Balance, 1,200 g/0.1 g with Warranty

Description:

The Ohaus NV1201 Electronic Balance is a multi-purpose portable balance suitable for everyday weighing. It has a maximum capacity of 1,200 g and a readability of 0.1 g. The balance features a rugged construction and is designed for general weighing applications in laboratory, industrial, and education settings. It offers fast stabilization time, overload protection at four times its rated capacity, and easy operation. The LCD display with backlight provides clear visibility, and the balance can be powered by an AC adapter or 4 C batteries. Communication options include RS232, USB, or Ethernet (available as accessories). The ABS housing and stainless steel pan ensure durability, and the balance comes with a transportation lock, slip-resistant and adjustable feet, and a leveling bubble. Additional design features include a menu and calibration lock switch, mechanical and software overload/underload protection, stability indicator, low battery indicator, auto shut-off, user-selectable print options, and user-selectable communication settings.

Brand:

Ohaus

SKU:

30456414

Type:

Electronic Balance

Features:

• Maximum capacity: 1,200 g
• Readability: 0.1 g
• Pan size: 5.7 in x 7.5 in (144 mm x 190 mm)
• Battery life: 270 hours with disposable batteries
• Communication: Ethernet (available as an accessory), RS232 (available as an accessory), USB (available as an accessory)
• Dimensions: 9.1 in x 2.8 in x 8 in (230 mm x 70 mm x 204 mm) (LxHxW)
• Display: LCD display with white backlight
• Net weight: 2.2 lb (1 kg)
• Pan construction: Stainless steel
• Power: 4 C (LR14) batteries (not included), AC adapter (included)
• Repeatability: 0.1 g
• Stabilization time: 1 s
• Tare range: To capacity by subtraction
• Transportation case: Available as an accessory
• Units of measurement: Ounce Troy, Pennyweight, Newton, Grain, Gram, Kilogram, Pound, Carat, Ounce, Pound:Ounce
• Working environment: 50°F – 104°F, 85%RH, non-condensing (10°C – 40°C, 85% RH, non-condensing)