Tippkemper-Matrix controller Germany Tippkemper-Matrix model Tippkemper-Matrix price

Tippkemper-Matrix controller is the core control device used to control the start, operation, forward/reverse movement, speed, and stop of electric vehicle motors, as well as other electronic components of electric vehicles. It is like the brain of the electric vehicle and is an important component. Electric vehicles mainly include electric bicycles, electric two-wheel motorcycles, electric tricycles, electric three-wheel motorcycles, electric four-wheel vehicles, battery-powered vehicles, etc. Electric vehicle controllers have different performance and characteristics due to different vehicle models. Ultra-quiet design technology: unique current control algorithm, suitable for any brushless electric vehicle motor, with significant control effects, improving the universal adaptability of electric vehicle controllers, so that electric vehicle motors and controllers no longer need matching.

Tippkemper-Matrix controller introduction

The controller uses microelectronics technology to complete various control functions. Under the action of input signals on site, it controls the execution mechanisms on site to operate according to certain rules based on pre-input programs. According to user usage methods and characteristics, programmable controllers can be divided into two completely different markets: project-oriented market and OEM-oriented market. In the main application projects of programmable controllers, they are mainly applied in industries such as metallurgy, automotive, municipal, and power; in the OEM market, programmable controllers are mainly applied in traditional industries such as textile machinery, packaging, and machine tools. The most basic and widespread application is sequential logic control, used to replace relay control systems to achieve logical and sequential control. It can be used for single-machine control or multi-machine control, as well as for controlling automated production lines. PLC controls mechanical moving parts to perform corresponding operations based on operation buttons, limit switches, and other command signals given on site.

Tippkemper-Matrix controller functions

1) Counting control: PLC provides users with counters divided into ordinary counters, reversible counters (up/down counters), high-speed counters, etc., used to complete counting control commands for different purposes. When the counter value equals the set value or falls within a certain numerical range, a control command is issued. The counter value can be read during operation and modified during operation. 2) Step control: The controller provides users with a certain number of shift registers, which can conveniently complete step control functions. After one process is completed, the next process automatically proceeds. After one work cycle ends, it automatically enters the next work cycle. Some PLC also have specialized step control instructions, making step control more convenient.

Tippkemper-Matrix controller data communication

Most PLC have varying degrees of data processing capabilities [3], such as F2 series, C series, S7 series PLC, etc., capable of performing data operations like addition, subtraction, multiplication, division, exponentiation, square root, etc., logical operations like word AND, word OR, word XOR, negation, etc., shifting, data comparison, and conversion of transmitted values. In process control or closed-loop control systems, there are continuously changing physical quantities such as temperature, pressure, flow rate, speed displacement, current, voltage, etc. In the past, PLC was used for logical control, and the control of these physical quantities mainly relied on instrument control or distributed systems DCS. Large and medium-sized PLC have physical quantity processing functions, and many small PLC also have physical quantity processing functions, making programming and use very convenient. Most PLC have communication capabilities, enabling communication between PLC and computers, and between PLC and PLC. Through these communication technologies, PLC can more easily form factory automation (FA) systems. They can also connect to external devices such as printers and monitors to record and monitor relevant data.

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