Apollo Precision Toploading Balance, Internal Calibration; 2200 g x 0.01 g

Super Hybrid Sensor (SHS) technology offers fastest response time in its class ? one second!|Streamline your dosing and filling applications with flow rate display (FRD) Never lose data again ? store weighing data in non-volatile memory Complementary WinCT software supports data collection and statistical analysis Save power with the auto power-off function after 10 minutes of inactivity Internal calibration saves time and money with quick calibration Automatically self-calibrates when ambient temperature changes are detected Calibrate on-demand with one-touch automatic calibration|Password-protection up to 11 users and 1 administrator allows for greater versitility while still protecting data|Large backlit LCD provides enhances visibility in poorly lit areas|2200 g capacity with 0.01 g repeatability|These user-friendly balances feature Super Hybrid Sensor (SHS) technology which improves response speed, accuracy, and minimizes costs. SHS combines the best of magnetic force restoration and single point parallelogram load sensing technologies. Its unique design provides the fastest response speed in its class ? just one second. The GX Apollo series toploading balances also provide innovative features for advanced operation. Electronically controlled Load (ECL) performs a self-diagnostic test preceded by an internal repeatability test of you balance without an external weight. The standard deviation (SD) check allows for daily precision checks ? ideal for SOPs. The Min-S alert ensures that that balance is operating within USP41 compliance. Impact shock detection (ISD) visually and audibly indicates the magnitude of impacts shocks. The balance will then document the date, time, and shock level to provide real-time feedback and prevent damage of the sensor. Flow rate display (FRD) enhances accuracy and precision of dosing and filling applications. FR-Cal calculates, displays, and outputs the mass or volume flow rate of your dispensing application via density. The comparator then provides feedback if the flow rate is within desired limits. The tare values are then stored in nonvolatile memory if an application was interrupted.