Old Lifts? Why Replace When You Can Modernise!

Whether it is a residential complex or a commercial establishment, slow or malfunctioning lifts, long queues to use the lifts, and other lift-related issues can become a major cause of frustration. If the lifts installed at your establishment are becoming a pain point as they near the end of their service lives, but your budget is not yet ready for new elevators, lift modernisation is a simple and viable solution that you can consider.

What is Lift Modernisation?

Elevator or lift modernisation is the process of upgrading important parts and equipment of a lift in order to improve the performance and safety quotient of an elevator, which may have deteriorated over time. In fact, it isn’t just about the turning motors and controller equipment that can be upgrade with the modernisation of lifts, as Mitsubishi Electric India offers the opportunity to revamp the aesthetics as well.

Lift modernisation can help make older elevators more efficient and reliable, helping avoid problems like breakdowns, slow mobility, etc.

Benefits of Lift Modernisation  

     Improved Efficiency: Seemingly simple components like the control panel, door operating system, etc. can result in better levelling accuracy and an enhanced performance, which also results in improved reliability.

·     Cost-Effective Solution: When a lift starts requiring maintenance or repairs much more frequently than ever before or has one too many breakdowns, it may just be creating more issues than it is helping solve. At such times, stripping out the lift completely and replacing it with an advanced model may not be feasible for everyone. This is where lift modernisation can be the best solution. Rather than letting the lift become obsolete, modernisation can help extend its life, while also improving the performance, at much lower costs as compared to a replacement.

·    Sustainable: Old lifts that are unable to deliver an optimum performance are not only tedious for the passengers but are heavy on utility bills as well, consuming much more electricity than normal. Upgrading the operating system and control system can also help reduce the lift’s energy consumption and lower operating costs.

·      Enhanced Safety: Breakdowns are a much greater risk with older lifts and modernisation. That is why refurbishment can prove to be quite a reliable strategy for ensuring passenger safety.

Apart from the above-mentioned benefits, the opportunity to upgrade the aesthetics as well, is another plus offered by elevator manufacturers like Mitsubishi Electric India. Lifts have become an integral part of the modern-day scenario, which is why ensuring optimum performance is a priority for one and all.

Different Components of Power Steering System in a Vehicle

In modern cars with rack and pinion steering, the pump, rack and pinion unit, and hoses are the key power steering components. All of the components in a modern power steering system, as well as the roles they play, are listed below.

General System Function

The pump in a modern power steering system delivers power steering lubricant under pressure to the rack and pinion system. When the driver turns the steering wheel, the power steering system valve provides fluid pressure to one end of a piston, facilitating the driver in turning the wheel. When the wheel is moved, the pinion rotates against the rack, and because they are both gears, this moves the rack in the proper direction, turning the wheels.

Power Steering Pump

The accessory drive belt or curved belt turns the power steering pump to generate fluid pressure in the upper-end power steering line to the input side of the power steering system valve.

Power Steering Hoses

The power steering hoses are divided into two sections: the high side and the low side. Threaded brass fittings connect both to the rack and pinion. The high side hose is connected to brass fitting to the power steering pump, while the low side hose glides over a compact pipe and is held with a hose clamp. The high side hose transfers pressured power steering fluid to the rack, where it provides power help to steering inputs. The low-pressure line returns low-pressure fluid to the pump.

Tie Rod Ends

These are the components that connect the ends of the steering rack to the steering wheel and enable the rack's motion to be transferred into front-wheel turning motion. When the automobile experiences roughness on the road and the wheels bounce, these components spin horizontally for steering inside translation and rotate vertically and diagonally.

We hope you now have a good understanding of the components and functioning of your vehicle's power steering system. Check out electric power steering system products by Mitsubishi Electric India which is known for its precision engineering and advanced technology.

Benefits of Elevator Modernisation

Elevators usually have a long service life. Commercial elevators serve well for 15-20 years, and then eventually their performance deteriorates. This is a clear indication of elevator modernisation. Many large multiplexes and multi-storey buildings have elevators that have been working well for several years, but now they are wearing off. Elevator modernisation is upgrading the critical parts of the elevator to improve the safety features and performance efficiency of the elevator. Here are some of the benefits of modernising your old commercial elevator: 

Safety

Old elevators have a high chance of malfunctioning. There are many instances of temporary breakdowns and stops between floors that cause inconvenience to the people. Investing in elevator modernisation helps in avoiding any chances of malfunctioning and increases elevator safety. This process helps in upgrading the elevator to modern safety standards. 

Energy Saving

Modern elevators are designed in a way to save electricity. Advanced technology helps in lowering the overall energy input of the elevator and reducing the energy cost. Many elevator manufacturers provide cost-saving building system solutions that bring down the energy bill by a significant amount. 

Operational Efficiency

The performance of an elevator is the most important aspect of fulfilling the high demand during peak hours. Modernising the elevator helps in taking shorter trips without any performance lags. Increased efficiency leads to efficient connectivity between different floors. 

Aesthetics

The modern world is filled with technically advanced and chic utility spaces. Nowadays, modern office buildings and commercial spaces have a stylish interior. Elevators are an important part of the entire premises. Elevator manufacturers like Mitsubishi Electric India are providing the best solutions with better aesthetics that match the expectations of the builder. 

Maintenance Cost

The maintenance cost of an old elevator is higher than a modern elevator. Changing the old, non-efficient parts of the equipment with new ones ensures better efficiency. Elevator modernisation saves a lot of money on regular repair and servicing. 

It is a one-time expense that has many benefits. Many builders are opting for the elevator modernisation process rather than spending repeatedly on maintaining the old elevator.

All You Need to Know about Industrial Robots

 An industrial robot is an automated, programmable mechanical machine that is designed to perform production-related tasks in various industries. The robots can be used in a number of applications to help reduce human intervention, especially in repetitive or dangerous tasks, and to improve efficiency and production across operations. The application of robots in various industry verticals has been on the rise in recent times and they can be found almost everywhere, like in healthcare, manufacturing, etc.

Industrial robots can be used from a range of processes, from simple pick-and-place applications to complex assembly tasks, delivering high speed and precision. In addition to this, industrial robots today also come with a number of intelligent options like 3D vision, force sensing, seamless PLC integration, and they can easily function in collaborative applications.

 

Applications

Industrial Robots offer enhanced convenience and are suitable for several types of applications, like:

• Harsh environments like high-pressure and vacuum chambers
• Areas that are terribly dirty and humans cannot work in
• Dangerous places where potential threats of explosions, infections, radiation, or other hazardous factors make working difficult for human beings
• Where repetitive and time-consuming tasks are involved

 Benefits of Using Industrial Robots

The application of robots in any industry brings along several benefits, including:

Improved Quality

As robots are automated and carry out tasks by following a pre-defined set of instructions, there are less chances of them making mistakes. Each action is performed with precision, which eventually results in better production quality.

Maximised Productivity

Unlike humans, robots do not need breaks and can operate consistently for long hours. With increased hours of operation, productivity is guaranteed to be maximised.

Improved Safety

There are certain environments that are considered as high-risk for human beings to work in, like in dangerously high-temperatures or tasks with high risk factors, like mining, etc. In such situations, the best alternative is using industrial robots. This way, the chances of occupational hazards workers may be exposed to can be significantly reduced. 

Industrialrobots offer a convenient way of carrying out repetitive and time-consuming tasks without much human involvement. They can be used in hazardous environments where there are a number of threats to humans, to get the desired outputs without putting human lives in danger.

Why You Should Pick an Inverter AC

As we enter into the summer season, the first thing that comes to our mind is the summer heat and harsh sun rays. AC is the perfect invention that beats the summer heat and comforts us with a cool and even temperature room. Nowadays, the electronic market has a variety of air conditioners and the one that has taken the limelight is inverter AC. 

Inverter ACs are energy efficient ACs that offer variable compressor speed. These ACs are designed in a way that the power regulator works in accordance with the room temperature ensuring less energy consumption. There are several advantages of inverter AC over traditional AC:

Energy Efficient

These ACs are highly cost-effective. The compressor of the inverter air conditioner does not work at full capacity resulting in low energy consumption. 

Uniform Cooling Temperature

One of the USPs of this AC is the even cooling temperature. The inverter system adjusts the level of cooling, required in the room. A high-speed compressor helps to cool the air in the room at a much higher pace than normal AC without an inverter. 

Noise-Free Operation

One of the major advantages of this type of AC is its noise-free operation. You are more likely to fall asleep in a few minutes as the AC runs at a very slow speed. 

Knowing all these aspects, inverter AC seems to be a smarter choice when it comes to air conditioning for your private or office space. Mitsubishi ElectricPrivate Limited offers a diverse range of most powerful yet elegant inverter ACs. You can choose from all-weather inverter AC and split inverter AC according to your requirement. 

If you live in a diverse climatic region where you experience equally hot and cold temperatures, then you can also opt for an all-season inverter AC. This AC has a cooling and heating system that is suitable for such climatic conditions. 

Understanding Hard Automation and Soft Automation

 Currently, the manufacturing landscape is changing at a more rapid pace than ever before. It is because we are swiftly moving towards automation. Automation helps in minimising human intervention to improve the consistency and efficiency of any industrial process to meet difficult production demands. One of the biggest names in factory automation, Mitsubishi Electric India offers a range of products, from programmable controllers to collaborative industrial robots, and has been playing a significant role, supporting the transformation of the industries.

Automation, however, isn’t a singular concept. There are primarily two types. When you wish to automate a process, it is a choice between hard automation and soft automation. What are hard automation and soft automation? What are their benefits? Let’s take a look at them.

 

Soft Automation

Also known as flexible automation, soft automation is used when a manufacturer wants to alter the production as and when necessary. It’s called soft automation because only the software that automates machines needs to be upgraded and updated. Whether a manufacturer wants to increase production volume or change production quality, it can be done without physically altering the machines. Machines used in soft automation are designed to work in different modes. These are perfect solutions for assembling tasks and material handling as and when required.

 

Hard Automation

In contrast, hard automation is when physical changes need to be made to the machinery to change its mode of functioning. While soft automation requires reprogramming of the software, hard automation requires physical adjustment of certain parts for efficient mass production and continuous flow systems. Hard automation is mostly preferred by companies because it offers ROI in a short time, even when the upfront cost is high. This type of automation mainly helps in chemical manufacturing processes, paint and coating processes, transfer lines, material handling, etc.

 

From a business perspective, hard and soft automation can be highly beneficial with each having its advantages and disadvantages. However, given how it saves a tremendous amount for the company by reducing the production cost, boosting product quality, improving the work environment by decreasing machine interaction, and increasing productivity, the advantages certainly outweigh the disadvantages. You can explore Mitsubishi Electric India for sustainable, cost-effective, and efficient automation solutions for high quality products, perfectly suited for your application.

Advantages of Traction Motors Used in Railways

Traction motors are widely used in many industries, one of the major ones being railways. Traction refers to the force used to propel a vehicle forward, and the system that facilitates that function is called a traction system. Traction systems can broadly be classified into two groups - non-electric traction systems and electric traction systems. Electric traction motors are used in Indian railways due to their environmentally clean technology and low running costs as compared to diesel traction systems. Since trains are a large-scale application, traction motors are used to effectively and safely propel the train forward. 

Here are some of the advantages of traction motors that are used in the Indian railways:

Controls the Speed of the Train

Traction motors use AC and DC motors which have a very high starting torque, which helps in controlling the speed of the train in most conditions. DC motors are used for their speed controlling efficiency. The functioning of trains require high precision and safety, which traction motors are able to provide to the locomotive.

Low Maintenance

Traction motors are completely sealed structures that help in the prevention of dust intrusion. A reduced number of components mean fewer parts requiring maintenance, which in turn reduces the maintenance cost of the system.

Smooth Operations

DC traction motors are used widely in various types of industries including the railways, where a defined amount of speed and power is required. Traction motors help in the smooth operations of a train and also help avoid adverse situations.

Low Noise

Since traction motors are completely sealed structures, they produce lower noise as compared to other diesel motors. The built-in cooling fan in traction motors also helps in keeping the operational sound of the motor low.

High Reliability

Traction motors have been an irreplaceable part of the Indian railways for a very long time. Locomotives need motors that enable seamless operations and provide efficiency in various environments. Hence traction motors are highly reliable in the locomotive industry.

High Torque

Trains are considered to be heavy loads, which means that they require a heavy motor to propel them forward. DC motors are well suited for this purpose due to their high torque generation. This means that traction motors can provide a consistent level of traction over a longer duration with consistent speed and power.

Traction motors are used in the railways due to the many benefits they offer as compared to other diesel motors. Since trains are exposed to extreme weather conditions, the ability of traction motors to cope with such situations without affecting the performance of the locomotive make them a highly preferred choice in the industry.