Overview
HUAZHI PTX-JA210 Analytical Balance is an Analytical Balance, using electromagnetic force automatic intelligent internal calibration technology to achieve a new generation of digitalization circuit scheme, using multi-layer circuit board integration technology, with one-button automatic internal correction function. It introduces many program application solutions, adopts multiple intelligent filtering technology, and has a full temperature compensation and multi-point linear correction compatibility scheme, which widely meets customers' high-end demands for precision weighing.
Features
1. Single precision mass Sensor
2. Six-stage shockproof filter adjustable function
3. Auto Internal Cal function according to temperature control
4. Built-in temperature display function
5. Anti-interference, anti-static metal shell
6. Lower hook weighing device
7. Large interface VATN LCD display
8. Stabilization time adjustable
9. With 17 unit conversion functions such as grams, carats, pounds, ounces, etc
10. Standard configuration RS232 Communication interface Connect peripheral devices
11. The switch machine automatically locks the current mode
12. Built-in date and time adjustable function
Principle
The Analytical Balance uses the principle of automatic electromagnetic force equilibrating. Through a single precision mass Sensor sensing the load, the electromagnetic force coil generates a force equilibrating with the load to achieve High Accuracy Weighing. Its digitalization circuit scheme and intelligent internal calibration system, combined with temperature compensation and multi-point linear correction technology, ensure the accuracy and Stability of weighing results.
Applications
Percentage weighing, density weighing direct reading, animal (dynamic) weighing, set object weighing counting, cost accounting (pricing), upper and lower limit weighing, gross, net, leather weighing, peak maintenance, accumulation
Standards
Not mentioned in the reference
Steps
Not mentioned in the reference
Notice
Not mentioned in the reference
