The Importance of an Industrial Surge Protector
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An industrial surge protector is a device that can safely and reliably power all electronic equipment. A good industrial surge protector has a maximum energy rating of 400 joules and a 72-inch cord with integrated cable wrap. The device detects power spikes and suppresses them to avoid damage to sensitive equipment. Its metal housing and 72-inch cord provide ample length to reach electrical outlets.
A surge protector protects electronic equipment, electrical systems, and batteries from damage. It gradually breaks down dangerous interference energy to levels corresponding to the rated impulse voltage. Each stage of protection must work together. For example, a surge protector with multiple surge arresters will protect UPS batteries from damage. These surge arresters can reduce overall industrial maintenance costs and provide ROI in as little as six months. However, be aware of the dangers of using incompatible surge suppressors.
Power surges occur when a power switch makes a brief demand for power and upsets a steady flow of voltage. The surge disrupts the normal functioning of a building’s electrical system. If it is not protected, it can result in immediate damage. However, it can also cause damage over time and may take a few weeks or months to show its effects. Common sources of power surges include downed power lines, faulty wiring, and problems with utility company equipment. The system of power lines and transformers is complex and often causes uneven power flow, making surge protection essential.
An industrial surge protector is vital to the overall safety of any facility. Surges can damage equipment by spiking the voltage, resulting in fires, explosions, and even death. A surge suppressor will protect your facility from these risks and help ensure the integrity of your electrical equipment. A surge suppressor also reduces the risk of power surges due to lightning. Get it now from Zerodt.
A surge protector should have a UL listing label tested for safety. This means that it has passed a series of rigorous tests. This certification ensures the safety of employees and equipment. UL testing is a must for any industrial surge protection device. The UL test is also a good indication of a surge protective device’s robustness.
Another important factor to consider when selecting a surge protector is the type of technology. A surge protector may be MOV-based or non-MOV-based. MOV-based protectors can produce impressive response times. However, this does not mean these devices will be completely impervious to surges. Rather, they should be able to withstand many small surges and still perform their function.
The types of industrial surge protection devices available for industrial use are diverse and varied. For example, Eaton SP2 series surge protectors are designed for type I and II applications, and they feature a UV-resistant NEMA 4x enclosure and a range of 550 kV. Another type of surge protector is the 3EL series, and this type is extremely lightweight and requires minimal maintenance.
When purchasing an industrial surge protector, ensure it meets the UL 1449 standards. This is the minimum safety rating required by Underwriters Laboratories, and UL considers 330 volts to be the minimum clamping voltage for safe use. A surge protector’s UL rating should be checked yearly to ensure that it’s working properly.