Udhyamshil Group Company Pvt. Ltd.

31/10/2024

तिहारको उपलक्ष्यमा सबैमा हार्दिक मंगलमय शुभकामना ।

11/10/2024

The festival of Dussehra, also known as Vijaya dashmi, is one of the fascinating festivals of India and Nepal is celebrated with joy and enthusiasm. According to the great scripture, the Ramayana, Lord Rama performed chandi-puja (holy prayer). This was carried out in order to invoke the blessings of Durga for the killing of Ravana, the ten-headed demon king of Sri Lanka who had abducted Sita, wife of Lord Rama.

Durga divulged the secret to Rama on how he could slay the great Ravana. Hence upon vanquishing the demon Ravana, Lord Rama with Sita and younger brother Laksmana, returned victorious to his kingdom of Ayodhya on the day, which is called ‘Diwali’.

May you burn all the negative emotions with the burning effigies of Ravan and shine brighter with positivity. Happy Dussehra, Happy Dashain🪷🪷🪷

13/04/2024

01/03/2024

POWER FACTOR installation at Mohak Khadya Udhyog, Chitwan, Nepal.

What is Power Factor Correction?

Poor Power Factor can be improved by installing Power Factor Correction (PFC) equipment. Traditional solutions incorporate banks of capacitors that work as silent reactive power 'generators', often housed in a metal cabinet similar to the one that houses your electrical switchboard.

Are you wasting power?

A power factor of -0.7, for example, indicates that only 70% of the power supplied to your business is being used effectively and 30% is being wasted. The wasted power is the reactive power. Most loads are inductive, meaning the power factor will typically be less than unity. The further the power factor is from unity, the greater the apparent power drawn and, therefore, the greater the current draw for the system. The increased current may require an increase in the size of your transformers and the installation of power wiring. Increased current also results in increased heat, affecting an electrical system's longevity and lifespan. This can add a great deal of cost to the installation and may also limit the expansion of a plant.

How can Power Factor Correction help you?

An electrical load with a poor power factor draws more current than an improved power factor for the same amount of useful power transferred. It can put unnecessary strain on the electricity distribution network. You can reduce your electricity bills by improving your power factor through lower monthly demand and capacity charges. Typically, payback periods for power factor correction are between 1 and 3 years. Given the life expectancy of power factor correction equipment and the potential savings, it can be a worthwhile investment.

Poor power factors may cause power losses and voltage drops, contributing to overheating and failure of motors and other equipment. If your electrical system is near capacity, installing power factor correction equipment may help avoid costly infrastructure upgrades by lowering the existing electrical demand on your system and improving efficiency stability.

24/01/2024

परियोजना स्थल: खैरहनी, पर्सा चितवन, नेपाल
गोल्ड जिम फिटनेस इन्स्टिच्युट प्राइभेट लिमिटेड भर्खरै सम्पन्न। यस व्यावसायिक स्थानको शून्य तहबाट व्यापक विद्युतीकरण इन्जिनियरिङ गरिएको थियो।

16/11/2023

ढिलो पोष्ट, परियोजना स्थल: मोहक खाड्या उधोग प्रालि, गौचरन, चितवन, नेपाल। शून्य तहबाट उत्पादन प्लान्टको व्यापक विद्युतीकरण र इन्जिनियरिङ।

18/10/2023

Human Machine Interface.

What Is Human-Machine Interface?

What is HMI software? Human-machine interface products feature electronics necessary for controlling and signalling several types of automation equipment within industrial settings. You can find HMI products with simple designs, including basic LED indicator screens or more complex HMI systems with touchscreens and additional features. HMI systems need to be durable enough to withstand demanding environments. They should be able to resist dust, moisture, extreme temperatures, water and, in some instances, exposure to hazardous chemicals.

How Does an HMI Work?

HMIs make technologies easier to use. An HMI is judged on its usability, and its effectiveness impacts the entire system. An HMI should perform the function a user needs for a given task, allowing the user to expend less effort while improving productivity.

An HMI should do more than present information and control functions — it should also provide users with active functions, information on system performance and feedback on results.

Human Machine Interface Applications
HMI can be used in multiple industries, such as:

Pharmaceuticals
Manufacturing plants
Food and beverage
Vending machines
Utilities
In many industries, an HMI is the production line's backbone, improving operations significantly. An HMI enables data acquisition, supervisory control, enhanced stock control and control of every aspect of manufacturing lines.

Advantages of HMI and Why We Need It
Why do we need HMI? There are several benefits of installing an HMI system for plants and facilities. Below are a few of the many benefits of having an HMI system:

1. Alarms/Warnings
An HMI can allow plant operators to view alarms and locate a malfunction in the equipment, allowing them to react more quickly. Alarms can be preventive, so the operator is alerted before the system reaches an emergency level. Alarms can also track several problems and increase productivity by optimizing manufacturing processes.

2. Reliable Messaging
For faxes, pages and more, operators can depend on HMI messaging. For example, when a machine should be refilled because of a low fuel level, the operator will be alerted automatically.

3. Easier Overall Management of Plant
Your company can also easily manage and carry out recipes using HMI technology. The high-quality graphics of HMI systems provide realistic views of a plant's operations so that operators can control the facility from central locations. This also helps with any security issues. Now, an operator doesn't need to approach dangerous areas, and they can control the monitor from another location.

4. Accurate Testing With Simulation
Plant managers can test equipment and devices quickly through an HMI with simulation. Testing can be achieved in the office without any piece of equipment. This function improves overall production and reduces startup time.

5. Cost Reduction
A human-machine interface can reduce operating costs by replacing hundreds of selectors, pushbuttons, and indicator lights. This means the need for extra cables, panels and consoles is also significantly reduced.

6. Improved Communications
HMI can also improve communications throughout the facility by using various types of equipment. This includes the use of:

Ethernet
Data Highway Plus
DDE (Dynamic Data Exchange)
Remote I/O
Serial port
Adding an HMI to a workplace benefits a facility by improving its productivity, operation and safety.

26/09/2023

PROGRAMMABLE LOGIC CONTROLLERS.

What is PLC?

A programmable logic controller, or PLC, is a specialized computer program commonly used for manufacturing processes and industrial automation. They are designed to control and monitor the processes and machinery in real-time. They are an essential part of large-scale industries as they make a lot of work more accessible and more efficient to handle

The primary purpose of PLCs is to optimize industrial processes by providing an optimal way of conducting most operations. They offer several advantages, including flexibility, ease of programming, and scalability.

1. Flexibility: PLC systems can be programmed to perform various tasks, from simple on/off control to complex motion control and process automation. They are highly adaptable and can be easily reprogrammed to meet changing requirements.

2. Improved Reliability: PLCs are designed to operate in harsh industrial environments, with features such as built-in protection against electrical noise and temperature extremes. This makes them more reliable than traditional relay-based control systems.

3. Faster Response Times: PLCs can respond to inputs and produce outputs much faster than traditional relay-based systems. This is because they use solid-state components and have faster processing speeds.

4. Greater Accuracy: PLCs are capable of precise control, making them ideal for applications such as process automation and robotics.

5. Easy to Maintain: PLCs are modular in design, so faulty components can be easily replaced without affecting the rest of the system. They also have built-in diagnostic features that make troubleshooting easier.

6. Scalability: PLC systems can be easily expanded by adding additional modules or controllers, making them highly scalable.

7. Cost-Effective: While the initial cost of a PLC system may be higher than a traditional relay-based system, they are often more cost-effective in the long run. This is because they require less maintenance and have a longer lifespan.

8. Improved Safety: PLCs can be programmed to perform safety functions such as emergency shutdowns and machine guarding. This improves overall safety in industrial environments.

9. Remote Access: Many modern PLC systems can be accessed remotely, allowing easier monitoring and troubleshooting.

10. Data Logging: PLC systems can log data on machine performance, which can be used for troubleshooting and predictive maintenance. This helps to reduce downtime and improve overall efficiency.

In conclusion, PLC systems offer numerous advantages over traditional relay-based control systems, including flexibility, reliability, ease of maintenance, and improved safety. With their fast response times, precise control, and scalability, they are an essential component of modern industrial automation systems.

25/09/2023

के तपाईंलाई थाहा छ ? हामी सबै प्रकारका औद्योगिक मोटर विन्डिङहरू को सेवा पनि प्रदान गर्दछौं। 👨‍🔧