Skip to main content

Is it necessary to learn all Japanese PLCs? how is the difference?

 It is not necessary to learn all Japanese PLCs (Programmable Logic Controllers) as each brand and model of PLC has its own unique features, programming language, and capabilities. However, having knowledge of the popular Japanese PLC brands can be beneficial, especially if you work in industries where these PLCs are widely used.


The most popular Japanese PLC brands are Mitsubishi, Omron, and Keyence. Each of these PLC brands has its own programming software, language, and capabilities. Therefore, it is essential to have an understanding of each brand's strengths and weaknesses to choose the appropriate PLC for your project.

For example, Mitsubishi PLCs are widely used in the automotive industry and are known for their advanced motion control capabilities. Omron PLCs are widely used in the pharmaceutical industry and are known for their advanced safety features. Keyence PLCs are widely used in the semiconductor and electronics industry and are known for their high-speed processing capabilities.

It is essential to focus on learning the PLC brands that are commonly used in your industry or the ones you have access to. Once you have a solid understanding of one or more PLC brands, it will be easier to learn other brands and models as needed.

It is not necessary to learn all Japanese PLCs, but having knowledge of the popular brands can be beneficial, especially if you work in industries where these PLCs are widely used. The key is to focus on the brands that are relevant to your industry and projects.

Comments

Popular posts from this blog

Ferrules and Cross Ferruling

 Ferrules are identification labels provided for every wire terminations in an instrument, equipment, or electrical/instrumentation control panels. These tube-shaped sleeves can be inserted easily on each individual wire in a multi-core cable. In earlier days fixed digits/letters are used as ferrules, but now Instrumentation engineers/technicians prints out desired ferrules by using a ferrule printing machine. Typical Ferrule The numbers/ letters on the ferrules will be given as per the approved electrical hook up or loop diagrams. This helps technicians to easily identify a particular loop/wiring from a series of terminal blocks and to troubleshoot the desired terminal connection. Separate numbers on the ferrules distinguish the positive and negative polarities of wires, thus ensure the polarity protection of the instrument. Cross Ferruling  As a wire is connected on its both ends, it is quite useful to use a cross reference method for wire identification. Unlike normal ferru...

What is a Torbar? – Averaging Pitot Tubes

 The Torbar is employed for flow measurement of liquids, gases, or steam in circular, square, or rectangular section ducts for large flow rates. The Torbar is an insertion type multi-port self-averaging primary sensor for flow measurement. Torbar TORBAR is a set of Pitot tubes mounted on a bar across the pipeline with no moving parts. An averaging Pitot tube is a technology, while TORBAR is a manufacturing brand name. There are several brands available in the market with VERABAR, ANNUBAR, etc. Averaging Pitot Tube Principle Purpose Averaging Pitot tube can be employed when the average velocity of the flow profile, rather than the velocity in a specific point in the cross-section is desired. Averaging Pitot Tubes Principle It measures the differential pressure between the static pressure tap and the tap of full pressure of a stream. Thus such magnitude of differential pressure is directly proportional to the square of the flow rate. Working The TORBAR is designed in such a way that ...

Dissolved Oxygen Analyzer Working Principle

 What is dissolved oxygen ? Dissolved oxygen refers to oxygen dissolved in water. Its concentration is expressed as the amount of oxygen per unit volume and the unit is mg/L. Biologically, oxygen is an essential element for respiration of underwater life and also acts as a chemical oxidizer. The solubility of oxygen in water is affected by water temperature, salinity, barometric pressure, etc. and decreases as water temperature rises. Measurement of dissolved oxygen by the membrane electrode method The membrane electrode method measures a diffusion current or reduction current generated by the concentration of dissolved oxygen or partial pressure of oxygen to obtain the concentration of dissolved oxygen. This method is not affected by the pH value of water being measured, oxidation and reduction substances, color, turbidity, etc. and the measurement method offers good reproducibility. When a sensor is inserted into water, an air layer forms on the membrane (Teflon membrane). The ox...