DRK320 Electronic analytical balance

Product details

DRK320 Electronic analytical balance

Overview:

The electronic analysis balance adopts the internationally recognized high sensitivity and high stability electromagnetic force sensor technology, leading the industry's similar products in terms of cost performance, winning higher product pricing initiative, outstanding machine texture, rigorous and exquisite process; The machine's novel appearance, good visual effects combined with a large volume of operating space are what makes this product special. Stable performance can meet the precision weighing requirements of the laboratory.

The maximum design readability of DRK series balance is 0.1mg, and its range can be divided into 120g-220g.

DRK series product highlights

Using a unique electromagnetic force sensor;

Fully transparent glass draft shield, so that the samples in the weighing process are 99% visible;

Built-in built-in applications such as basic weighing, percentage weighing, piece weighing, etc .;

The balance uses an oversized LCD liquid crystal display, which makes the screen clearer and brighter, and the layout is reasonable, which is convenient for users to read the weighing results;

A variety of weighing unit conversion functions: free switching of grams, carats, ounces and other units, suitable for various weighing tasks;

The built-in RS232 communication interface can realize the connection between the balance and the computer and micro printer. Weighing results can also be transferred to other open formats such as PC

application;

Fully automatic calibration system to ensure accurate weighing: when the temperature changes by 1.5 ° C or more than 2 hours from the last calibration time, the balance automatically starts the calibration function, avoiding the potential factors of not performing regular calibration or inaccurate external calibration weights, allowing users The weighing results are more accurate and reliable, and reduce unnecessary redundant operations (only for internal calibration balances).