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Signal Level Surge Protective Device
TD1-13A series product, an invention patent product, is applied in signal protection for DCS system with hot pluggable and failure indicator functions. Adopting Extensive comments from engineers in iron and steel, petroleum, chemical industries etc, it firstly realized failure tripping technology to guarantee normal signal transmission under product failure situation. It is the ultimate surge protection solution for process equipment, I/O system and communication networks. It adopts slim space-saving design with LED failure indicator.
Video signal SPD is used for video wire of monitoring system, BNC interfaces of optical transceiver, BNC interfaces of monitoring system's surge protection, POE video and network camera. It has the equipotential link design to discharge surge to the ground when it occurs and limit the output voltage at a safety value.
. Fast response;
. High current flux with strong capability of discharging huge surge.
. Low insertion loss, no leakage current; and stable transmission performance.
. Variety of installations to satisfy different customers' demands.
. Protecting from transient overvoltage on coaxial signal data line and networking data line.
. Mainly installed in series to DVR, CCTV DVR, network and integrated camera.
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This product incorporate with D89 interface is specialized for all kinds of RS232 and D89 serial port devices. It has easy and reliable wiring. When the surge come, it will be discharged to the earth, which limits the output voltage at a safety value.< >. Fast response;
. Low insertion loss, making sure that three's no interference of signal transmission;
. High current flux with strong capability of discharging huge surge.
. High-quality fast clamping semiconductor with accurate clamping voltage.
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TD9 series computer network signal SPD is specialized for TCP/IP network and PBX's surge protection.TD9-02/POE SPD is specialized for POE video network monitoring camera's surge protection. It is designed on the basis of IEC communicational lightning protector's standard. Standardized RJ45 interface is adopted with easy and stable wiring. The function of double overcurrent protection greatly enhances the safety of protected equipment. The function of double overcurrent protection greatly enhances the safety of protected equipment. Terminal protectors are compliant with 1000 Base T, CAT6 and power over ethernet (POE) application.< >. Fast response;
. Low insertion loss, no leakage current, and stable transmission performance;
. High current flux with strong capability of discharging huge surge;
. Variety of installations to satisfy different customers' demands.
This Product is specialized for surge protection of telephone, fax machine and public radio system. Standardized RJ11 interface is adopted with easy and reliable wiring.
It has the equipotential link design to discharge surge to the ground when it occurs and limits the output voltage at a safety value.
. Fast response, high current flux with strong capability of discharging huge surge;
. Variety of installation methods to satisfy different customers' demands;
. Low insertion loss, no leakage current and stable transmission performance;
The TPS-LC9 signal surge protector is designed according to the IEC communication lightning protection standard and is used for surge protection of weighing transmission signals.
TPS-LC9 has the characteristics of large flow capacity and fast response speed, which can effectively ensure the normal transmission of signals.
The protector is designed with equipotential bonding and is connected between the system incoming line and the protected device.
When subjected to a surge, the lightning current is discharge to the earth through the protector.
The output voltage of the protector is limited to the safety value of the device.
The surge protector can return to the initial state after the Impact discharge, without special maintenance.
TPS-LC9 has the characteristics of large flow capacity and fast response speed, which can effectively ensure the normal transmission of signals.
The protector is designed with equipotential bonding and is connected between the system incoming line and the protected device.
When subjected to a surge, the lightning current is discharge to the earth through the protector.
The output voltage of the protector is limited to the safety value of the device.
The surge protector can return to the initial state after the Impact discharge, without special maintenance.
. Fast response;
. The flow rate is large, and the surge discharge capacity is strong;
. The insertion loss is small, the transmission performance is stable and reliable, and there is no leakage;
. High quality fast clamp semiconductor device with accurate clamp voltage;
. Simple, easy to install and maintain.
. The flow rate is large, and the surge discharge capacity is strong;
. The insertion loss is small, the transmission performance is stable and reliable, and there is no leakage;
. High quality fast clamp semiconductor device with accurate clamp voltage;
. Simple, easy to install and maintain.
