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Volt Guards are available in different types based on the load range, and here are the main types of Sollatek Volt Guards.
Low range voltage stabilisers
The low range voltage stabiliser is used where the load is less than 1.5kw/1500va and such places include individuals houses, small shops, offices etc. They stabilise voltage in households and small enterprises.
Medium range voltage stabilisers
Medium range stabilisers are used where the load is between 1.5kw to 5kw/1500va to 5000va, for instance, in small businesses, small restaurants, beauty salons, etc. They are appropriate for smaller scale commercial and business applications.
High range voltage stabilisers
High-range stabilisers are used to power high devices where the load is above 5kw/5000va. These are widely stabilised voltage for industrial and commercial usage like mining enterprises and manufacturing sectors.
Plastic material
Plastic materials are employed in the construction of internal parts of the Volt Guard as well as external parts except for parts that have to conduct electricity since it is non-conductive and resistant to corrosion. Volt Guards are waterproof thanks to the plastic casing, thus increasing their function in wet conditions.
Steel alloy material
Steel alloys are used in making Sollatek voltage stabilisers since they increase toughness and strength and are highly formulated by incorporating other elements such as chromium, nickel and molybdenum to enhance their resistance to corrosion and wear.
Copper coils
Copper is the most commonly used material for electrical wiring and hence the coils of Volt Guards due to its high conductivity. Copper coils also bring about increased durability this is because copper is resistant to corrosion and wear.
Silicon rubber
The silicon rubber is a very useful tool since it is applied as an insulating material due to its ability to withstand very high and low temperatures. Silicon is highly flexible even at low temperatures and thus contributes to the durability of the stabiliser.
Preventing appliance breakdown
By assisting in maintaining steady voltage levels, Volt guards prevent the much variance in voltage that may lead to appliance breakdown and this means reduced downtime and better productivity since less money is incurred on repairing and replacing electrical appliances.
Decreased operational costs
A steady voltage optimised energy use and this reduces operation cost. When appliances run correctly, they use less energy and reduce bills.
Increased operational efficiency
Stable voltage means that electrical equipment operates at peak efficiency, resulting in reduced energy consumption and lower operating costs.
Increased business profitability
No investment in Sollatek appliances should be made without considering the consequences because when it performs better with stable voltage it means reduced operational costs and increased business profitability. Additionally, protecting devices from damage increases the lifespan of equipment and reduces replacement costs, thus resulting to profitability.
Enhanced customer satisfaction
Computers, servers and sensitive electronic equipment used in businesses require voltage regulation for optimal performance, and since Sollatek Instruments provide reliable stabilisers, there is support to enhance reliable voltage regulation, thus enhanced customer satisfaction.
Load capacity
Determining the load capacity of the protected equipments or appliances is very essential, then select Volt Guard with appropriate capacity to handle the load. In this case, do not overload or underutilize the stabiliser as this will distort the outcomes.
Input voltage range
The stabiliser chosen should have an input voltage range that corresponds to the local electrical system as well as the operational range of equipment or appliances. This ensures that the stabiliser can accommodate voltage fluctuations.
Output voltage accuracy
The output voltage adjustment of stabilisers is critical in ensuring that equipment or appliances function effectively. Ensure that the stabiliser selected can maintain an accurate output voltage within the required margin of error for max precision results.
Response time
Response time is the time taken by a stabiliser to detect a voltage fluctuation and adjust its output accordingly. Sensitive equipment may require a shorter response time.Looking at stabilisers with fast response times can achieve better results.
Protection features
Look for stabilisers with integrated protection features, such as voltage spikes, surges, and under-voltage and over-voltage protection. These safeguards prevent damage to devices in case of extreme electrical fluctuations.
Type of stabiliser
There are two types of stabilisers; automatic voltage stabilisers which correct voltage fluctuations on their own using technology and manual stabilisers which require human input to adjust voltage levels. Automatic stabilisers are more suitable for environments with constant fluctuations.
A1: Volt Guard is an electronic device that protects appliances and equipment from voltage fluctuations, surges, and drops. It acts as a buffer, ensuring that the voltage supplied to devices remains stable and within safe limits.
A2: It automatically adjusts voltage levels by stepping it up or down as needed to ensure appliances receive the correct voltage. When fluctuations occur, it responds rapidly to maintain stability.
A3: Volt Guards are widely used in homes, offices, and businesses, especially in areas with frequent power cuts or unstable electrical supply. They are commonly found in developing regions, areas prone to seasonal variations, industrial settings, and agricultural fields.
A4: Televisions, refrigerators, computers, air conditioners, medical equipment, industrial machinery, agricultural equipment, and sensitive electronic devices all benefit from Sollatek voltage stabilisers and protectors to prevent damage from electrical fluctuations.
A5: Yes, there are manual and automatic voltage stabilisers. Automatic stabilisers are best for areas with frequent fluctuations, while manual stabilisers are suitable for users who can adjust settings based on changes.
Volt Guards are very vital in protecting appliances and equipment used in large scale industrial operations where voltage fluctuations would cause massive downtime and loss of production. They allow businesses using sensitive equipment like computers, servers, telecom equipment and lab instruments to operate smoothly during power outages.
Agriculture
In agriculture, they are used to protect irrigation systems, pumps and other agricultural machinery from voltage fluctuations, hence preventing damages and increasing productivity and sustaining not only the farmers but also the economy at large.
Energy and power generation
In the energy sector, Volt Guards are applied to stabilise the voltage supplied to industrial consumers, thus protecting large machinery and equipment from voltage fluctuation damages. This leads to increased productivity and reduced costs, hence greater commercial value.
Telecommunications
In the telecom industry, they keep tower communications, data centres and other telecom equipment to ensure stable voltage levels. This increases productivity and reduces the cost of damages, thus increasing commercial value.
Transportation
In the transportation industry, Volt Guards are widely used to protect electrically operated vehicles, trains and transportation infrastructure from unstable voltage levels, hence increasing efficiency, productivity and protecting expensive electric vehicles and infrastructure from voltage fluctuations.
