The Ohaus Portable Balance Scout STX1202 1200 g / 0,01 g, LCD-Touchscreen Display, Platform 170x140 mm is a high-precision portable balance designed for fast and reliable weighing. Its intuitive full-color touchscreen enables easy navigation and supports multiple weighing modes including percent weighing, parts counting, check weighing, dynamic/animal weighing, totalization, density determination, display hold, and mole weighing. Stackable and built with superior overload protection, it is ideal for laboratory and industrial use.
Product Features
- Model: Scout STX1202
- Capacity: 1200 g
- Readability: 0,01 g
- Platform size: 170x140 mm
- Display: Full-color touchscreen WQVGA graphic LCD (4.3'' diagonal) with QWERTY and numeric keypad
- Power: AC adapter (included), batteries (not included)
- Connectivity: Optional RS232, USB host, USB device, Bluetooth, Ethernet
- Construction: ABS housing, stainless steel pan, replaceable in-use cover
- Design Features: Fast stabilization, up-front level indicator, up to 9 operating languages, save-to-USB function, menu lock switch, stackable, security slot, integral weigh below hook, transportation lock, removable platform, stability indicator, overload/underload indicators, low battery indicator, auto shut-off
Benefits
- High-precision weighing with 0,01 g readability for reliable results
- Intuitive touchscreen simplifies operation and data input
- Supports diverse applications including percent, parts counting, density determination, and mole weighing
- Stackable and durable design with superior overload protection for long-term use
- Multiple connectivity options enable easy data transfer and logging
Why Choose Ohaus Portable Balance Scout STX1202 1200 g / 0,01 g, LCD-Touchscreen Display, Platform 170x140 mm?
The Ohaus Scout STX1202 combines precision, versatility, and durability in a portable design. Its full-color touchscreen, multiple weighing modes, stackable construction, and extensive connectivity options make it an ideal solution for laboratory, industrial, and research environments requiring reliable, high-resolution measurements.
