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Application ：The POE-MH network port surge protector is designed for the protection of network devices powered by Category 5e Ethernet cables. It is suitable for installation at interfaces between Lightning Protection Zones (LPZ1-LPZ3), featuring dual-stage protection to ensure network devices are safeguarded against damage caused by overvoltage and overcurrent resulting from lightning strikes and industrial interference. Functional performance ：This network port surge protector features dual-stage protection functionality, ensuring network equipment is safeguarded against damage caused by overvoltage and overcurrent resulting from lightning strikes and industrial interference. It is widely applied for lightning protection in wireless bridge devices.

Application：The POE Ethernet Surge Protector is designed for the protection of network devices powered by Category 5e Ethernet cables. It is suitable for installation at interfaces between Lightning Protection Zones (LPZ1-LPZ3), ensuring that network devices are safeguarded against damage caused by overvoltages and overcurrents resulting from lightning strikes and industrial interference. Functional performance：The POE Ethernet Surge Protector features two-level protection, including coarse and fine protection. It has characteristics such as high surge current capacity, low residual voltage, and small insertion loss. It is widely used for lightning protection of wireless bridge devices and is intended for indoor installation.

Application ：A single-port surge protector is used to protect the output ports of Ethernet switches from damage caused by lightning-induced voltage, power interference, electrostatic discharge, and other similar factors. his single-port surge protector employs a multi-stage protection circuit, featuring high surge current capacity, low residual voltage, wide bandwidth, and low insertion loss, thereby reliably protecting the output ports of Ethernet switches.
Functional performance ：This single-port surge protector employs a multi-stage protection circuit, characterized by high surge current capacity, low residual voltage, wide frequency band, and small insertion loss, providing reliable protection for the output port of Ethernet switches.

Application: A single-port surge protector is used to protect the output ports of Ethernet switches from damage caused by lightning-induced voltage, power interference, electrostatic discharge, and other similar factors. his single-port surge protector employs a multi-stage protection circuit, featuring high surge current capacity, low residual voltage, wide bandwidth, and low insertion loss, thereby reliably protecting the output ports of Ethernet switches.
Functional performance :This single-port surge protector employs a multi-stage protection circuit, characterized by high surge current capacity, low residual voltage, wide frequency band, and small insertion loss, providing reliable protection for the output port of Ethernet switches.

Application: This surge protector is used to protect BNC interface devices from damage caused by lightning-induced voltage, power interference, electrostatic discharge, and other similar factors. Functional performance : This product is suitable for surge voltage protection of BNC interface devices, characterized by high surge current capacity, low residual voltage, and small insertion loss.

Application: This single-port surge protector is used to protect the output ports of Ethernet switches from damage caused by lightning-induced voltage, power interference, electrostatic discharge, and other similar factors. Functional performance: This single-port surge protector employs a multi-stage protection circuit, characterized by high surge current capacity, low residual voltage, wide frequency band, and minimal insertion loss, providing reliable protection for the output port of Ethernet switches.

Application: This product is specifically designed for GPS/BD communication base station systems. It protects the system from damage caused by overvoltages such as induced lightning strikes introduced through antennas. The product features waterproofing and is suitable for outdoor use. Functional performance : This product is used for GPS/BD communication system base stations in the 1.2~2.6GHz frequency band, protecting them from overvoltage damage caused by induced lightning strikes introduced through antennas.