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Programmable Logic Controller | GIC India
Most industrial controllers, such as programmable logic controllers (PLCs) and programmable automation controllers (PACs), can handle essential functions like real-time control of discrete and analogue input/output (I/O) connections. This type of functionality is a given with most controllers, with the main concern being the capacity to handle the required number of I/O points, which is usually easy to ascertain.
When defining industrial controllers, concerns often apply to other abilities such as data handling, communications, and high-speed control. Identifying functions required to select and implement controllers and knowledge of how features improve designs can help. PLC Hardware 1 to 5: Input Module: Inputs are data given to PLC, classified in Digital IP: Switch, Push Button, Proximity Sensors, etc which gives input of either 1 or 0 to PLC Analog IP: Every analogue sensor like Temperature, weight, distance, etc which gives analogue data to PLC Output Module: Output from PLC, classified in Digital op: output signal either 1 or 0 Analog op: the variable output of 0 to 12 VDC or 4mA to 20mA DC. CPU: This component act as the brain of the system. CPU consist of Arithmetic Logic Unit, Program memory, Process image memory, Internal timers and counters, flags It receives information from the I/P device, makes decisions depending upon the information and logic written and sends information through the O/P devices. Power Supply: Certain PLCs have an isolated power supply. But, most of the PLCs work at 220VAC or 24VDC. Memory: Stores the information about the status of input and output devices, and the values of timers, counters, and other internal devices. Programming Device (Computer): This device is used to feed the program (logic) into the memory of the plc. First, we make a program in certain PLC software then we download it to PLC. PLC Programming: It is a logic we make in Computer in PLC software. Based on that logic & conditions PLC gives output. Most commonly used programming language is Ladder diagram (LD) also known as Ladder logic Typical Ladder logic: Here the input is push-button & output is light, so when PB is pressed due to the logic of PLC light will be turned ON.
Typical PLC
Programmable Logic Controller can be used in almost all industrial application solutions right from small machines to large manufacturing plants. Even it caters applications of redundant systems at critical process plants.
Advantages of PLC:
They are fast and designed for the rugged industrial environment.Easy to change logic i.e. flexibilityLow power consumptionThey are attractive to Cost-Per-Point Basis.Analog signal handling and closed-loop control programmingReliable due to the absence of moving partsEasy to couple with the process computersCounter, timer and comparator can be programmedCapable of handling very complicated logic operationsFlexibility: One single PLC can easily run many machines.
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Electronic company in Pune | GIC India
GIC India was established in 1972 becomes a pioneer in providing high-quality electronic components to the electronics company in Pune all over India. Company has embraced new technology and industrialisation in the initial stages and now verified as a top led component manufacturing company in Maharashtra.
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Signal Transducers | GIC India
Signal transduction is described as the ability of a cell to change action in response to a receptor-ligand interaction.
The ligand is the primary messenger. As a result of binding the receptor, other molecules or second messengers are produced within the target cell. Second agents relay the signal from one location to another (such as from plasma layer to nucleus). Often a cascade of changes occurs within the cell, which results in a difference in the cells function or identity. The signal transducers pathway can act to magnify the cellular answer to an external signal. Carrier molecules may be amino acids, peptides, proteins, fatty acids, lipids, nucleosides or nucleotides. Hydrophilic messengers connect to cell membrane receptors. Hydrophobic messengers connect to intracellular receptors which control the appearance of specific genes.
A ligand binds its receptor through several specific weak non-covalent bonds by fitting into a particular binding site or "pocket". In situations where even low concentrations of a ligand will result in binding of most of the cognate receptors, the receptor affinity is considered to be high. Low receptor affinity occurs when a high concentration of the ligand is required for most receptors to be occupied. The dissociation constant (Kd,) is the concentration of ligand needed to keep one-half of the total available receptors. This measurement of receptor connection is often in the area of 10-4 to 10-9 mm. With lengthened exposure to a ligand (and occupation of the receptor) groups often become desensitized. Desensitization of the cell to a ligand depends on receptor down-regulation by either 1) replacement of the receptor from the cell surface (receptor-mediated endocytosis) or 2) changes to the receptor that lower the affinity for ligand or that renders it unable to initiate the changes in cellular function (such as phosphorylation). Desensitization may lead to tolerance, a phenomenon that results in the loss of medicinal effects of some medicines that are overprescribed. Receptor coupling activates a "preprogrammed" series of signal transduction events that make use of beforehand dormant cellular processes.
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Power Supplies | GIC India
What is a power supply?
A power supply is a machine that supplies power to another machine, at a particular voltage level, voltage type and current level. For example, when we talk about a 9VDC @ 500mA power supply can provide as much as 500mA of current and the voltage will be at least 9V DC up to that maximum current level. While it seems simple, power supplies have a number of little hang-ups that can be very tricky for the uninitiated. For example, unregulated suppliers say they can provide 9V but really may be outputting 15V! The very common 7805 regulator datasheet claims it can regulate up to 1000 mA of current, but when you put a 15V supply on one side, it overheats and shuts down!
Why a power supply?
When you begin out with electronics, you'll learn a lot about power supplies - they're in every electronics project and they are the backbone of everything! A great power supply will get your project hum forward nicely. A bad power supply will make life frustrating: stuff will work sometimes but not others, inconsistent results, motors not working, sensor data always off. Knowing power supplies (boring though they may be) is key to getting your project work!
A lot of personalities don't pay much attentiveness to power supplies until problems show up. We believe you should always remember regarding your power supply from day one - How are you going to power it? How long will the batteries last? Will it overheat? Can it get damaged by accidentally plugging in the wrong thing?
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Current Relay | GIC India
A current relay is an electrically operated switch. Current flowing within the coil of the relay generates a magnetic field which pulls a lever and changes the switch contacts. The coil current can be on or off so relays have two switch positions and most should double throw(changeover) switch contacts.
Relays provide one circuit to change a second circuit which can be entirely separate from the first. For case, a low voltage battery circuit can utilise a relay to switch a 230V AC mains circuit. There is no electrical contact inside the relay within the two circuits, the link is magnetic and mechanical.
The coil of a relay passes a relatively large current, typically 1A – 45A for a 12V relay. Most ICs cannot give this current and a conductor is usually used to increase the small IC current to the larger value required for the relay coil.
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Current relay | GIC India
A current relay is a kind of electromagnetic switch used as part of the control systems for electrical appliances. These relays are commonly used as sensors (current sensor/monitoring relays) to control current flow within manufacturing and other safety-sensitive equipment. Such devices uses current relays to prevent failures due to extreme or insufficient amounts of electrical current (“overcurrent” and “undercurrent,” respectively)
If too many current flows through a device equipped with a current relay, the relay will activate, switching off or otherwise altering the amount of energy allowed to flow through the circuit or circuits the relay is connected to. This reduces the amount of current that's allowed to move through the system. The same functionality can be given to devices or other electrical apparatuses to prevent damage due to undercurrent.
Current relays can be used for both AC and DC set-ups, and their ability to prevent equipment failures due to overcurrent and undercurrent makes them an effective hazard control in workplaces where an equipment malfunction could cause injury.
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Electronics Company in Pune | GIC India
Founded in 1972, General Industrial Controls Private Limited (GIC) is a Top electronics company in Pune, India, that manufactures Electronic Control and Timing devices. What began as a small venture, is now a company that gives an array of world-class products. Process Controller devices, Monitoring Devices, including Instrumentation devices are any of the product categories in which GIC produces excelled and made a standing in the market.
Today, we are an ISO 9001:2015, IATF 16949 certified business with a state-of-the-art plant producing integrated facilities for everything from ‘idea to delivery’ under one roof. Our high-performance products for Process Control and Automation utilization, collectively with our intelligent tooling resolutions, have garnered us excellent fame the world over.
OUR PRODUCT CATEGORIES INCLUDE:
Lighting Automation: Time Switches and Light Energy Management Systems. Process Control: Timers, Mini PLCs, GSM Controller, Protocol Converters, Interface Converters, Signal Transducer, Power Supplies, Temperature Controllers. Low Energy Protection and Switchgear: Voltage, Frequency, and Current Monitoring Devices, Earth Leakage Relays, Temperature Monitoring devices, & Liquid Level Controllers. Instrumentation: Hour Meters, Impulse Counters, Rate Indicator, and Totalisers. Injection Moulded Plastic Components.
OUR BELIEF
We at GIC, understand how important it is to provide our customers with the greatest experience. It is essential that we create such an experience that they seem completely connected to our brand, time and again. We understand that for our customers to excel, we need to excel in everything that we offer. The foundation of excellence lies in being relevant to market needs, ensuring excellence in our products, a deep understanding of customer satisfaction, ensuring dependable services, and encouraging our people to excel, thus ensuring innovation and quality. We stay committed to being Excellent.
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Power Supplies | GIC India
As a power supply manufacturer, there are a variety of issues to resolve all at once. You face tighter specifications, increasingly shorter cycle times, higher cost pressure, and, for high power, the growing need to differentiate. The solution: state-of-the-art power supplies that fulfill the highest demands in terms of efficiency, power density and reliability.
GIC India meets your challenges head-on. In our wide portfolio of German-quality semiconductor solutions, find the best outputs, demo boards and reference designs for switch-mode power supplies. All this and more from the only supplier to offer a complete range of semiconductor products for your applications. Also, our team of experts has a deep understanding of your power supply systems and needs. Let us support you in achieving greater success. Explore our wide portfolio of high-end products for switched mode power supply (SMPS) applications such as server power supply, telecom power supply, uninterruptible power supply, PC power supply, charger power supply, adapters, record power supply, and TV power supply.
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Electronics Company in Pune | GIC India
Founded in 1972, General Industrial Controls Private Limited (GIC) is a Top electronics company in Pune, India, that manufactures Electronic Control and Timing devices. What began as a small venture, is now a company that gives an array of world-class products. Process Controller devices, Monitoring Devices, including Instrumentation devices are any of the product categories in which GIC produces excelled and made a standing in the market.
Today, we are an ISO 9001:2015, IATF 16949 certified business with a state-of-the-art plant producing integrated facilities for everything from ‘idea to delivery’ under one roof.
Our high-performance products for Process Control and Automation utilization, collectively with our intelligent tooling resolutions, have garnered us excellent fame the world over.
Еlесtrоnісѕ іѕ а vаѕt fіеld. Yоu hаvе dіffеrеnt kіndѕ оf еlесtrоnісѕ іnduѕtrіеѕ іn thе wоrld. Ѕоmе аrе thе еlесtrоnісѕ mаnufасturіng соmраnіеѕ. Тhеу саtеr tо thе іnduѕtrіаl аnd thе dоmеѕtіс mаrkеt аѕ wеll. Yоu hаvе thе соnѕumеr еlесtrоnісѕ mаnufасturеrѕ іn thе mаrkеt. Ѕоmе оf thеѕе соmраnіеѕ соuld bе thе оnеѕ lіkе Vіdеосоn, LG, Ѕаmѕung, Nоkіа, еtс. Іt саn bе dіffісult tо соmbіnе bоth thеѕе саtеgоrіеѕ. Тhе соnѕumеr еlесtrоnісѕ іnduѕtrіеѕ саn fоrm thе ѕubјесt mаttеr fоr а dіffеrеnt ѕеt оf аrtісlеѕ.
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Industrial Controllers | GIC India
GIC India has been developing, producing and selling high-quality industrial controllers for customers all over the world.
Keep a close eye on your manufacturing applications to improve quality and decrease downtime with our industrial control systems. We offer a variety of industrial controller products for dispense, pressure, temperature, flow, spray and pattern control in the application of adhesives, sealants, coatings, and other fluids. A GIC India allows for flexible and precise application adjustments to help prevent waste, with monitoring to quickly detect potential issues. Contact us to take advantage of our experience and expertise in industrial controllers for production efficiency.
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Signal Transducers | GIC India
The word “Transducer” is the common word used for both Sensors which can be applied to sense a wide range of various energy modes such as transit, electrical signals, radiant energy, thermal or magnetic power, etc., and Actuators which can be utilized to shift voltages or currents.
There are many various types of sensors and transducers, both analog and digital and input and output ready to choose from. The type of input or output transducer being utilized depends upon the type of signal or method being “Sensed” or “Controlled,” but we can define a sensor and transducers as tools that turn one physical quantity into another.
Tools which produce an “Input” function are usually called Sensors because of the “sense” a physical change in some property that changes in response to some excitation, for example, heat or energy and transform that into an electrical signal. Machines which produce an “Output” function are generally called Actuators and are used to control some external device, for example, movement or sound.
Signal Transducers are utilized to transform energy of one kind into energy of another type, so for example, a receiver (input device) converts sound waves in electrical signals for the amplifier to amplify (a process), and a loudspeaker (output device) converts these electrical signals back into sound waves and an example of this simple.
Signal Transducer
• Input / Output configuration selected via DIP switch combinations
• Choice of multiple analog input-output configurations
• Provides 3-way galvanic isolation of 3.75kV
• Fast output Response Time (<100ms)
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Electronics Company in Pune | GIC India
Founded in 1972, General Industrial Controls Private Limited (GIC) is a Top electronics company in Pune, India, that manufactures Electronic Control and Timing devices. What began as a small venture, is now a company that gives an array of world-class products. Process Controller devices, Monitoring Devices, including Instrumentation devices are any of the product categories in which GIC produces excelled and made a standing in the market.
Today, we are an ISO 9001:2015, IATF 16949 certified business with a state-of-the-art plant producing integrated facilities for everything from ‘idea to delivery’ under one roof.
Our high-performance products for Process Control and Automation utilization, collectively with our intelligent tooling resolutions, have garnered us excellent fame the world over.
OUR PRODUCT CATEGORIES INCLUDE: Lighting Automation: Time Switches and Light Energy Management Systems. Process Control: Timers, Mini PLCs, GSM Controller, Protocol Converters, Interface Converters, Signal Transducer, Power Supplies, Temperature Controllers.
Low Energy Protection and Switchgear: Voltage, Frequency, and Current Monitoring Devices, Earth Leakage Relays, Temperature Monitoring devices, & Liquid Level Controllers.
Instrumentation: Hour Meters, Impulse Counters, Rate Indicator, and Totalisers. Injection Moulded Plastic Components.
OUR BELIEF
We at GIC, understand how important it is to provide our customers with the greatest experience. It is essential that we create such an experience that they seem completely connected to our brand, time and again. We understand that for our customers to excel, we need to excel in everything that we offer. The foundation of excellence lies in being relevant to market needs, ensuring excellence in our products, a deep understanding of customer satisfaction, ensuring dependable services, and encouraging our people to excel, thus ensuring innovation and quality. We stay committed to being Excellent.
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There are many factors that attract a huge population to Pune, out of which many decide to settle down here. Mumbai is one of the most coveted cities to live in due to its expansion, opportunities and modernity, but the factor that holds many back is Mumbai’s insanely increasing population. Mumbai’s population, as recorded in 2018, is approximately 1.3 crores and there is no end to the daunting rate of increment. In contrast to this, Pune enjoys the benefits similar to Mumbai and is a better choice looking at the population. As recorded in 2018, Pune has a population of roughly 30 lakhs. This makes it less crowded and more desirable. The active interest of select groups has made it easy to find 3/4 BHK luxury apartments in Pune and that too at unbelievably fair prices. Also, luxury homes in Pune are extremely spacious as compared to the ones in top cities that are built with 4 bedrooms cramped in the space of a 2 BHK apartment.
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Electronics Company in Pune | GIC India
GIC India is a leading Electronics Company in Pune and manufacturer of Industrial Controls, Industrial Controllers and Timing devices since 1972. It is manufacturer and supplier of Process control devices, temperature controllers, voltage monitoring, level monitoring devices, signal transducers, power supplies, timers, programmable logic controllers.
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Single Phasing Preventer | GIC India
A single phasing preventer is used to protect the induction motor from a single phasing fault. Single phasing is a very dangerous fault to the electrical motor and Which damages the motor stator winding rapidly. Generally, single phasing is nothing but a motor runs at one of the supply is separated due to the open circuit or improper contact in a switch or other electrical equipment failure. Normally, the motor runs with the three-phase supply and which brings balance currently in each phase winding. Analyze one of the fuses has blown. But the machine still in a rotating position which tries to rotate at the same speed. At that same time, the need phase current will be shifted to the remaining live phases. Therefore, specific current in the other phases increases up to 3 times its normal value instantly. This is called a single phasing fault.
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Electronics Company in Pune | GIC India
Еlесtrоnісѕ іѕ а vаѕt fіеld. Yоu hаvе dіffеrеnt kіndѕ оf еlесtrоnісѕ іnduѕtrіеѕ іn thе wоrld. Ѕоmе аrе thе еlесtrоnісѕ mаnufасturіng соmраnіеѕ. Тhеу саtеr tо thе іnduѕtrіаl аnd thе dоmеѕtіс mаrkеt аѕ wеll. Yоu hаvе thе соnѕumеr еlесtrоnісѕ mаnufасturеrѕ іn thе mаrkеt. Ѕоmе оf thеѕе соmраnіеѕ соuld bе thе оnеѕ lіkе Vіdеосоn, LG, Ѕаmѕung, Nоkіа, еtс. Іt саn bе dіffісult tо соmbіnе bоth thеѕе саtеgоrіеѕ. Тhе соnѕumеr еlесtrоnісѕ іnduѕtrіеѕ саn fоrm thе ѕubјесt mаttеr fоr а dіffеrеnt ѕеt оf аrtісlеѕ.
Founded in 1972, General Industrial Controls Private Limited (GIC) is a Top electronics company in Pune, India, that manufactures Electronic Control and Timing devices. What began as a small venture, is now a company that gives an array of world-class products. Process Controller devices, Monitoring Devices, including Instrumentation devices are any of the product categories in which GIC produces excelled and made a standing in the market.
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Digital Counter | GIC India
Digital Counter is memory pointers, which is utilized for counting. The digital counter uses digital technology to count the appearance of one event and cabinets results. It additionally has the characteristic of recording the occurrences. The digital counter could be a simple one to deeply digitized complex ones which the enterprises require. These digital counters work like timers too. So they are used in microwave ovens, VCRs, machines and so on. They help in counting and keeping track. Digital counters are precisely used for counting and are immensely usable in scientific and analysis areas because they help in keeping a record of the events and results from the experiments. Digital counter work based on subsequent logic. The most common type which is used in the industry is made up of a collection of flip flop loops and that represents a digit in the binary system. There is another type of digital counters as well and one can also build digital battles for themselves. The Digital Counters could be made using a ripple counter and thus could be easily used for counting. The digital counters are not only able of easy counting and the like but also have complicated features. At GIC India you would see the varied features present in every device. Today counters come with a characteristic of the setting of a count limit and then the vent can be made to happen in that number of times. This type of digital counter is identified as preset counters. The count could be modified over to make the event happen again in the number of times you want it. The digital counters thus serve essential services and are heavily used in many sectors
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