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GXikj :flek`e^ Xe[ @em\ekfip DXeX^\d\ek Jpjk\dj We’ve built our reputation by providing high performance parts counting products. GSE precision parts counting systems are designed to provide years of reliable performance in a variety of environments and applications. Intuitive, easy to use counting and weighing routines range from one keystroke operation to cycle counting with data acquisition for a complete inventory management solution.
Df[\c -., Gi\Z`j`fe :flek`e^ JZXc\ The Model 675 fits well into demanding mid-level counting applications or sophisticated, factory-wide inventory management systems. With all of the available option modules, on-board configuration selections, a 1/1,000,000d internal counting resolution and 25 years of experience in refining our counting algorithms, counting accuracy is ensured from electronic parts to expensive machined parts.
Df[\c -., @ek\^iXk\j n`k_ Pfli E\knfib Using versatile communication protocols, the Model 675 communicates via point-to-point or standard fieldbus networks in a variety of formats to exchange plant floor data; minimizing maintenance costs and integration time. Via Ethernet, RS232, RS485, and 20mA current loop, Custom Transmit Tables™ and Input Interpreter Tables™ provide flexible system integration and weighing instrument communication.
Df[\c -.) Gi\Z`j`fe :flek`e^ JZXc\ Specifically designed for counting and weighing small, lightweight product, the Model 672 brings a new level of sophistication to lightweight applications. Basic weighing and counting routines make the 672 easy to use for everyday weighing and counting, while programmable features expand the applications to tolerance check weighing, precision formulation and lot sampling.
Jg\Z`ÔZXk`fej Model 370 / 375 Model 672 Model 675 Capacities (lb) 6 lb, 15 lb, 30 lb, 60 lb, 100 lb 500 g (1 lb), 1000 g (2 lb) 6 lb, 15 lb, 30 lb, 60 lb, 100 lb Internal Resolution 1,000,000d 1,000,000d 1,000,000d A/D Filtering GSE FIR (Finite Impulse Response) GSE FIR (Finite Impulse Response) GSE FIR (Finite Impulse Response) Non-Linearity 0.017 % max, 350 ohm load cell dependent 0.02 % of Full Scale 0.
