A&D GX-603A, Apollo Series Precision Balance & Breeze Break, 620 g x 0.001 g

Advanced Sensor Technology: Smart-SHS is the latest advancement in our super hybrid design, construction and algorithms. Increased productivity via faster stabilization times (1 second in fast mode). Lower cost of ownership due to reduce number of parts and maintenance accessibility. Innovative Solutions: QuickMin-S – determines minimum sample weight in any given environment. Min-S Alert – alerts user to ensures they are operating within USP41 compliance. Impact Shock Detection (ISD): Impact-alert visually and audibly indicates the magnitudes of impact shocks. Shock-log documents date, time, and shock level. Flow Rate Display (FRD): Helps streamline and improve filling or dosing accuracy and precision. FR-Cal – calculates, displays/outputs the mass or volume flow rate by entering density. FR-Compare – comparator that provides feedback if the flow rate is within limits. Good Data Management: Internal/external calibration with easy one-touch button - performs and documents internal calibration. Automatic Self-Calibration (ASC) – auto calibrates based on temperature and time interval. Password-Protect – offers password-protection up to 11 users and 1 administrator. GLP/GMP/GCP Compliance with full calibration reports. Leveling Made Easy: Bright-bubble – large, easy-to-see, front mounted spirit level with LED Illumination. Fly-thumbwheel is effortless and accessible, allows ergonomic adjustment with anti-slip feet. Simple User and Data Interface: Six straightforward keys – ON/OFF, CAL, MODE, SAMPLE, PRINT, REZERO. Reverse backlit LCD is a large display with great black and white contrast, provides excellent visibility. Standard RS-232C & USB – Toggle between the Quick USB mode or Virtual COM mode (bi-directional). Cleanable Robust Construction: Stainless steel pan and dust-plate can be easily removed for cleaning. Easy to assemble anti-static breeze break on 0.001 readability models. Die-cast aluminum housing provides extra stability and durability.