Explorer Semi-Micro is geared for high-performance with up to 0.01mg readability and capacities up to 220g. The AutoCal? Internal Calibration system ensures accuracy of results in applications that require high precision.
Equipped with a color touchscreen display that enhances the user-experience. In addition, touchless sensors, automatic draftshield doors (on select models) and ionizer ensure the integrity of results.
SmarText? 2.0 software, intuitive icon-based navigation, 99 item library, 6 user profiles and below minimum sample weight indication ? all combine to provide an easy yet efficient weighing experience.
Display? ?Full-color VGA graphic display (5.7 in. diagonal), 4-wire resistive touch screen. QWERTY keyboard and numeric keypad to quickly input GLP and GMP data and other application data
Operation? ? ?AC Adapter (Included)
Communication? ? ? ?Easy access communication ports including 2 units of USB port and RS232 and an optional fourth port of either RS232 or Ethernet. GLP/GMP Data Ouput with Real Time Clock. Data Transfer Function.
Construction? ??Metal base, ABS top housing, stainless steel pan,anti-static glass draftshield with flip-top door, replaceable in-use cover, automatic door as option models
Design Features? ?AutoCal? fully-automatic internal calibration system, fast stabilization time, four touchless sensors, built-in ionizer with automatic door models, up to 14 operating languages, OIML models available, SAVE to USB function, menu lock switch, security bracket, integral weigh below hook for below balance weighing applications, removable stainless steel weighing platform, stability indicator, overload and underload indicators, auto standby.
Specifications
Intelligent Performance for Applications Requiring
Extreme Accuracy
Balances with capacities ranging from 52 g?220 g and readabilities from 0.1
mg?0.01 mg make up the Explorer series of semi-micro balances. In addition
to superior craftsmanship and a High Speed Single Module weighing cell,
various features are incorporated in to the product?s design to enhance
performance.