Memory-type Temperature Controllers

 I. Overview
The LU-916KG memory-type temperature controller is the first memory-type temperature control instrument pioneered by ANTHONE.
The unique one-key browse function lets you easily review the temperature control performance over a recent period;

The unique one-key browse function gives you access to expert technical service anytime and anywhere;

The unique statistics function lets you know the maximum and minimum values during the temperature control process at any time.
    The LU-916KG memory-type temperature controller is a high-performance, high-reliability memory-type industrial controller adopting a completely new design concept. It is specially designed for temperature control of light industrial machinery, food machinery, packaging equipment, ovens, test equipment, refrigeration/heating equipment and the like. It is widely used in chemical, ceramic, metallurgy, petrochemical, heat treatment and other industries.
Main features:
    It adopts an advanced ARM processor, providing fast processing speed, simple interface components, and high reliability and stability. The unique control-process memory function allows 1000 points of control-process memory data to be set, with two memory modes: PV and PV+MV. The memory interval is adjustable from 0 to 60 seconds. Users can browse quickly with one-key operation. The memory data is refreshed automatically according to the browsing time requirement. This function enables quick analysis of control performance and facilitates control maintenance. By sending us the one-key browsing video through modern communication means such as Weibo and WeChat, you can obtain technical service from temperature control experts in no time.

    Abundant alarm outputs with 9 alarm modes; the alarm output position can be user-defined. The universal input covers thermocouples and RTDs of various common graduations, and the fast and accurate non-linear correction algorithm ensures the accuracy of digital sampling. The control method combines fuzzy theory with traditional PID control, giving the control process the advantages of fast response, small overshoot and high steady-state accuracy, and achieving a clear control effect especially for objects with large pure lag that are difficult to control with conventional PID. The control algorithm includes an auto-tuning function. Dual-row 3-digit digital tube display and human-machine interaction make operation simple and easy. Strong anti-interference performance; it meets the requirements of industrial level-3 EMC testing.