LN965 ingredients quantitative Controller

LN965 quantitative ingredients controller; LN965 ingredients quantitative control instrument manufacturers product description LN965 quantitative batching controller (also known as the LN965 ingredients weighing instruments) are in construction, metallurgy, chemical industry, food industry and other ingredients designed a professional ingredients control instrumentation. Suitable for building materials, chemical, food, iron and steel, feed. Products LN965 ingredients quantitative Controller Features: 01. Full Chinese LCD display, beautiful interface, simple humane 02. You can set store nine kinds of recipes, each recipe ingredient can be controlled 4-6 kinds of different materials 03. auto fall correction, you can switch control according to the environment for manual and automatic drop function 04. automatic error diagnosis, easy to find and fix the problem, give tips and guidance error correction 05. Set weighing, display, communications, printing and batching control and integration to provide a complete material batching control function can be achieved 06. / manual ingredients, as well as 40% of the auto-pause ingredients, unloading process can be automatic / manual discharge switch 07. The integrated switching power supply, the voltage amplitude can 08. normal analog and digital dual filtering function, with automatic collision momentum delay function 09. batching process can pause, restart after power connection ingredients 10. With the ingredients start automatic zeroing, automatic feeding control, and with a point 11. The motion compensation function with four different print and query report formatting features, keep track of actual production data and recipe ingredients 12. Batch number set free to set quantitative production more convenient 13. With automatic material consumption accumulated cumulative results can be printed 14. Output with manual / automatic setting drop correction function 15. You can set the zero range, the overload range and tolerance range, the filter coefficients