Voltage Stabilisers
Choosing Between Electro-Mechanical and Static Voltage Stabilisers
The choice between an electro-mechanical and a static voltage stabilisers depends on the specific requirements of the application to your business.
Static stabilisers are ideal when rapid correction speed is critical to your business. These stabilisers are typically found in applications such as computers, laboratory equipment, and medical instrumentation/equipment, the static stabiliser offers a remarkable correction time of 3 milliseconds for full regulation.
Electro-mechanical stabilisers typically require 10-50 milliseconds (depending on the model) per volt for correction. By investing in the right voltage stabiliser, tailored to the needs of your industry and application, you can ensure a stable power supply and protect your valuable equipment from the detrimental effects of voltage fluctuations. Contact us so we can help you find what you need.
Voltage instability can lead to dangerous situations, voltage stabilisers provide an effective solution to prevent such issues.
Let's explore some of the main fields where voltage stabilisers find their application:
Industrial Sector: Voltage stabilisers are indispensable in industries such as oil & gas, laser cutting, textile and general machinery, where voltage fluctuations can disrupt operations.
Food & Beverage: The food and beverage industry heavily relies on voltage stabilisers for uninterrupted production in cooking, food processing, packaging, and bottling processes.
Tertiary & Servicing: In sectors like banking, hotels, tourist resorts, data centers, laboratories, small businesses, and even private residences, voltage stabilisers ensure the smooth functioning of critical equipment.
Telecommunications: TV/radio stations and telecom networks depend on stable power supply, and voltage stabilisers play a crucial role in maintaining uninterrupted communication services.
Public Sector: Hospitals and public offices/institutions rely on voltage stabilisers to safeguard sensitive medical equipment and ensure uninterrupted operations.
Renewable Sources: Voltage stability is vital in solar and wind farms to optimise power generation and protect equipment.
In all these applications, even when voltage fluctuations fall within the tolerance limits defined by standards, they can still lead to operational issues. Devices sensitive to voltage changes may exhibit errors or malfunctions beyond acceptable levels.
Various situations can cause voltage fluctuations beyond tolerable limits, such as:
Weak or undersized distributing lines supplying loads in rural areas or locations with long distributing lines, such as breeding farms, tourist resorts, hotels, etc.
Users located near a distributing station, where voltage increase can occur.
Private premises with high-power installations (e.g., swimming pool pumps, large chillers, special lighting systems, lifts) and/or voltage-sensitive loads (e.g., high-power consumer electronics).
Loads located in proximity to large industrial plants where individual high-power devices (e.g., MV motors) can cause voltage reduction during startup.
Loads operating in isolated environments such as ships, offshore rigs, or those not connected to the public grid.
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