low clamping voltage surge protector

What is a Low Clamping Voltage Surge Protector? Low Clamping Voltage SPD is one of those devices that protects against surges by safely routing excessive energy to the ground. They differ in that these SPDs have a low let-through voltage, hence a high level of protection. Key Features: A Low Clamping Voltage SPD Operation: How it Works Such SPDs work on the mode of using elements such as Metal Oxide Varistors (MOVs), gas discharge tubes, and diodes. When there is a surge, 1.        The SPD also senses too much voltage 2.        It immediately shunts the surge towards the grounding system. 3.        It puts a safe voltage clamp to avoid damage to equipment. Some of the advantages of Low Let-Through Voltage are; Low Clamping Voltage SPDs of Different Masses PDs can be divided into three major types 1.        Type 1 SPD- It was focused on direct lightning strikes, and it is located in a service entrance. 2.        Type 2 SPD- To withstand switching surges; suited to distribution boards. 3.        Type 3 SPD- Type 3 SPD offers point of use protection of sensitive devices such as servers, routers, at point of PoE cameras. Key Specifications When choosing Low Clamping Voltage Surge Protector, these specifications are to be checked: The Advantages of a Low Clamping Voltage SPD enhanced Equipment Protection: protects delicate electronics against lightning and surges. Industrial and Commercial Systems Applications 1. Industrial Automation Automation systems in industries may incorporate PLCs, drives, sensors, and so on, which can be susceptible to transient surges. Low clamping SPD means continuous operation with minimized downtimes and wastage on production. 2. Data Centers Networking devices and servers are very sensitive. PDs with low let-through voltages prevent data loss and destruction of hardware to keep the IT operation smooth. 3. Renewable Energy Systems Wind turbine electronics and ...