Variable frequency drives often known as VFDs are devices that control the working of a motor by changing the electrical input's frequency and voltage levels. VFDs are utilized in numerous electromechanical systems that range from industrial equipment to home appliances.
Like other electrical and electronic devices, VFDs require proper maintenance regularly. It ensures that VFDs offer reliable and consistent performance. Here CM Industry Supply Automation discusses some of the important considerations and advantages regarding preventive maintenance for VFDs (variable frequency drives).
To maintain VFDs you need to keep some important tips in mind:
In order to get better system performance, you need to keep VFDs clean, dry and make their connections secure. It will cut down unnecessary VFD repair costs and replacement needs.
There are four main power components included in a VFD:
There might be many reasons for VFD failure such as component ageing, excessive temperature, excessive loads, or any other adverse operating conditions, even though you follow all these preventive measures.
While a Variable Frequency Drive is often called with a different name such as Variable Speed Drive (VSD), inverter, AC inverter etc. They manage the power supply to an electric motor. Most are even service products that can advantage of regular maintenance in order to maintain performance, efficiency and avoid eventual failure.
If any misshapen take place and a drive fail, then it is important to consider an emergency VFD repair. It is particularly important for inheritance equipment where a direct substitute is not available off-the-shelf. CM Industry Supply Automation specializes in this service and can be contacted through the details shared on the contact page.
Since drives add to the effectiveness of a plant or machine by matching motor speed to the requirement, any deprivation in the drive can influence plant productivity and overall equipment efficiency. Any open cooling apertures becomes a source of dust, even fans have a limited lifespan and static cooling fins also become clogged with waste. All of these things lead to VFD's overheating and result in reduced performance and ultimately a complete stoppage.
To avoid all such failures and obstructions, CM Industry Supply Automation recommends making a full facility-wide inventory of drives that highlights important parts of the plant and beginning a program of customary maintenance and health checks. The routine service cost can greatly outweigh any amount of impromptu plant downtime, so a frequent check-up is very wise.
We are a leading service repair and supply service provider of all types of inverters, whether you talk about modern or obsolete. Our professionals are highly trained to restore the performance and functionality of Variable Frequency drives (VFD), AC Drives, Adjustable Speed Drives (ASD), Variable Speed Drives (VSD) or inverters.
The current business scenario has turned out to be highly viable as the leading sectors are confronted by the demand for high quality, eco-friendly solutions. HVAC controls have been widely used in a number of applications over the last decadeall around the world. Devices such as temperature control and pressure control are gaining demand that allow HVAC structures to offer the much required thermal comfort and quality air in vehicular as well as indoor environment. Sensors in HVAC set ups aid in sustainingwell-ordered indoor environments with economical energy.Disposition of this technology empowersproper management of energy in the residential and commercial buildings through which it offers significant prospects for energy management.
According to Allied Market Research, the global HVAC sensor market is projected to grow at a noteworthy CAGR from 2021 to 2030. In the last few years, there’s been a huge demand for cloud computing in HVAC systems when a sturdy growth in the construction industry has also been witnessed in the developing as well as in the developed countries. The rising population in the urban areas calls for ahigher standard of living which boosts the construction industry yet more, therebyheightening the HVAC sensor market growth in more than one way. Simultaneously, increase in adoption of HVAC controls in today’s high-end technologies has supplemented the market growth yet more.
At the same time,growing need for incorporating sensors to elevate the effectiveness of the system spirals the adoption rate of HVAC controlsamong the commercial, industrial, and residential sectors. Especially, emergence of HVAC systems that are enabled with Internet of Things has heighted their adoption even more. Last but not the least;rising pollution and surge in demand for energy-saving smart solutionshave paved the way for a number of opportunities in the industry.
Mouser has now come up with the Laird Connectivity Sentrius BT610 I/O device. The innovative platform with Bluetooth 5 sensorconverts wired sensors into wireless bulges that are battery operated, doling outsafeand protected messaging in applications that take in tank level monitoring, HVAC monitoring, and so on.The I/O controller is driven by the Laird Connectivity BL654 Bluetooth component, letting the feeler to offercomplete Bluetooth 5 abilities, integrating LE Coded PHY. The device tends to supportalmost any industry-standard external radar at a hardware pitch through anall-inclusive range of interface choices.
Covid-19 scenario-
Here, it’s worth mentioning that the outbreak of the covid-19 pandemic gave way to huge hindrances in the supply of HVAC kits and other control modules, which impacted the global HVAC sensor market, especially during the initial phase. Also, a steep fall in the manufacturing and production activities of the sensors hampered the market growth yet more. However, the market players have now started improvising innovative strategies to survive the current situation. Also, mass vaccination drives have been initiated in the majority of countries, and with this drift on board, the global situation is getting back to normalcy. The market is also expected to get back on track soon.
Hydraulic pumps are essential for hydraulic systems and hydraulic drive. These pumps are often used in high-powered and heavy-duty pieces of equipment in order to perk up the performance of the machines. Hydraulic pumps have a range of applications in various industries and are considered as standard device when it comes to construction machinery, industrial machinery, manufacturing equipment, and others. The speed of hydraulic pump is easy to control and maintain, thus providing improved operational control. The demand for hydraulic pumps in the market is expected to increase in the coming years.
Hydraulic pumps reduce the fuel consumption required for the smooth functioning of hydraulic components and systems. They are environmentally friendly and do not release any toxic emissions. The use of these pumps can help reduce CO2 emissions. Governments of various countries are taking initiatives to reduce greenhouse effects and improve energy conservation. All the above reasons drive the hydraulic pumps market growth globally. According to Allied Market Research, the global hydraulic pump market is anticipated to grow at a significant CAGR from 2021 to 2030.
Construction industries, the agricultural sector, aerospace industry, entertainment industries, mining industry, automobile industry are a few of the market sectors driving the growth of the hydraulic pump market. Hydraulic pumps are still frequently used in the industrial environment. Forklifts, brick molding machines, tractors, excavators, backhoes, and bulldozers are a few examples of machinery using hydraulic systems.
The automotive industry is one of the largest users of hydraulic systems. Car brakes are a great example of a hydraulic system in the automotive industry. The rapid increase in growth of the automotive and construction industry post-Covid age is expected to boost the hydraulic pump market in several ways. A hydraulic system is also used in the medical industry in lifting operation tables, electric stretchers, integrated dental work tables, and other equipment. The advancements in hydraulic pumps are expected to improve its applications in other sectors as well.
Digitization is penetrating each market sector. The hydraulic pump industry also has some scope of improvements along with technological transformations. The ongoing study in this domain predicts that digitization may offer tremendous potential to optimize the use of hydraulic pumps. The working environmental conditions might change anytime throughout a pump's life, thus affecting the operation of the pump. These changes in conditions often disturb the normal functioning of the pump, and the pump no longer operates at its best. According to KSB experts, digitalization can help to optimize pumps in such conditions.
Following are KSB experts' products and solutions to cope with the above-mentioned situation.
The KSB experts' Pump meter is a digital monitoring unit that gives real-time data regarding the operation of the pump to the operator. This pump meter assists the operator in estimating the operating range of the pump at any point of time, and the operator can adjust the pump as per the requirement. A vibration characteristics algorithm is another solution from KSB experts in line. This analysis will allow the operator to record vibrations of the fluid and check whether the settings and mode of operations are proper. It will also permit the operator to transfer this recorded data to the cloud using mobile communications, thus making the information accessible off-site. These two solutions would assist with the working conditions of the pump, and MyFlow drive of this company can be a game-changer for the hydraulic pump operators. It allows making the adjustments to the pump using software, and there will be no need for manual adjustments. The company also offers a solution to adjust the pump speed to particular criteria. These solutions of KSB experts seem to transform the hydraulic pump industry digitally.
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CM Industry Supply Automation are supplier and repair services provider of drives, VFD drive (variable frequency drive), VSD (variable speed drive), inverter, frequency converter, ac drive, servo drive, servo motor, industrial drives, industrial drives and controls, industrial drives and applications, high-power servomotor, high torque DC servo motor, high-power servo drives, high frequency drives, of some well-known brands that include:
Siemens Drive, Rexroth Drive, Elau Drive, Vacon Drive, Baumuller drive, Danfoss drive, Parker drive, Mitsubishi VFD drive, Sprint drive device, Allen Bradley drive, ABB drive, Rockwell VFD Drives, AB Powerflex drive, Kendrion, Intorque, Ntorq company Yaskawa drive, Fanuc drive, Weg drive, Toshiba drive, Hitachi drive, Gefran servo drive, INVT servo drive, INVT drive, INVT Servo Drive, Inovance drive & more.
Lenze, KEB, Siemens, Rexroth, Schneider Electric - Elau, Vacon, Baumuller, Danfoss, Parker, Mitsubishi, Sprint, Allen Bradley, ABB, Rockwell, Powerflex, Kendrion, Intorque, Ntorq, Yaskawa, Fanuc, Weg, Toshiba, Hitachi, Gerfan, INVT, Innovance, Bharat bijlee ,Balluf, Baumer, Bonfigilio, Contrinex, Panasonic, Heidehain, Hengsteler, Moxa, Motovario, Proface, Pilz, Pizzato, Rosemount, Helmholtz, Delta, Altivar, NIDEC, Control Technic, VLT FC, Kollmorgen, Innovance, Jetter, Crompton,HPB Motion, Techmation, Emotron,Beckhoff, Stober.
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