LS K1000L K1000 Series Industrial programmable logic controller (PLC)

K1000L: Focuses on logical control functions, has strong Boolean operation capabilities, can efficiently handle various logical relationships, and is often used in industrial automation systems with high requirements for switch quantity control.

LS K1000L belongs to the Master-K series of PLCs. The following are some of its technical parameters:

Basic performance

Processing speed: The basic instruction execution speed is 0.1~0.9μs/step, which can quickly process logical operations and data processing tasks to meet the real-time requirements of industrial control.

Program capacity: Usually the program storage capacity is relatively large, which can meet the needs of more complex control program writing. The specific capacity may be in the range of tens of KB to a larger range, but there is no exact public data.

Number of input and output points: The Master - K series has a range of 14~1024 I/O points according to different configurations. As a modular product, K1000L can flexibly configure the number of input and output points through expansion modules to adapt to control tasks of different scales.

Functional features

Built-in functions: Standard built-in position control, high-speed counting, PID and other functions. The position control function can be used to accurately control the position of moving parts; the high-speed counting function can accurately count high-speed pulse signals; the PID function can achieve closed-loop control of process variables such as temperature, pressure, and flow.

Input processing function: Provides a variety of input processing methods, such as input filtering, pulse capture, external interruption, etc. Input filtering can remove noise interference in the input signal; the pulse capture function ensures that short pulse signals are captured in time; the external interruption function allows external events to quickly trigger the corresponding processing program of the PLC.

Communication function: Supports a variety of communication protocols, such as RS-232, RS-485, Ethernet, etc., which can easily communicate with the host computer, touch screen or other intelligent devices to achieve data transmission and monitoring. It also supports field bus communication, such as Profibus, Devicenet, etc., which can connect the PLC to the industrial network to achieve distributed control.

Program storage and data preservation: No battery backup program is required, and the program is automatically saved in the EEPROM through the supercapacitor, which improves the reliability and stability of program storage and reduces maintenance costs. Data can also be saved through supercapacitors and can be saved for a long time at room temperature, such as about 2000 hours.