XK3201-YB

XK3201 Multifunctional Weighing Display is designed for the control of grain, pharmaceutical, metallurgical and other industrial processes. The controller is suitable for packing scale, accumulative scale, filling scale, impeller valve mouth scale and continuous weightless scale. It can provide a variety of application modes for industrial weighing requirements. Its operation is simple, stable and reliable. After long-term use by users, it has won unanimous praise.

I. Main Characteristics

Due to the adoption of the recognized excellent preamplifier (made in USA) as the input amplifier of the weighing sensor, the display has super zero stability and gain stability.

It has 300 times/second high-speed A/D conversion processing, and can respond quickly to instantaneous weight change, thus greatly improving the performance of metering display.

1/10,000 display accuracy can be guaranteed in all input ranges.

According to different purposes of use, the filter can be optionally adjusted to control the influence caused by the vibration of the mechanical system, so as to improve and ensure high-speed and accurate measurement.

Digital Span is adopted to simplify the operation of initial calibration.

With the input method of purposeful priority keys, it is easy to input setting values and so on even if the company''s display is first used.

Due to the use of VFD fluorescence display, various indicative values, set values and status display values can be clearly visible.

Various settings, corrections, cumulative values and other data are stored in FRAM (non-volatile memory), even in the case of sudden power outages will not lose data.

The most important data of calibration value and other measuring instruments are stored in EEPROM.

The display has the functions of monitoring CPU, A/D conversion, I/O input and output ports and self-checking the operation of display chips, so that it has the function of preventing misoperation, thus improving the reliability of the system.

It has RS-232C/RS-485, D/A converter input and other selection interfaces.