€0,00
The AXON AIR Net Protector DIN is designed to protect the 10/100/1000 Mb/s Ethernet appliances against pulse surges. They can also be used to protect any kind of transmission using RJ45 connectors with operating voltage not exceeding Uc=150V. It has been designed as the first-stage protection for connections with a high risk of interferences of considerable energy. An example application of the device is the protection of overhead teletransmission lines. The high-strength protective elements secure each wire in the four-pair cable and discharge disturbances to the earth. The AXON AIR Net Protector DIN has been placed in a housing intended for installation in control cabinets and switchboards fitted with the popular 35mm rail.
| Purpose | |
|---|---|
| Type of protected lines | |
| Number of channels | |
| Mounting type |
The AXON AIR Net Protector DIN is designed to protect the 10/100/1000 Mb/s Ethernet appliances against pulse surges. They can also be used to protect any kind of transmission using RJ45 connectors with operating voltage not exceeding Uc=150V. It has been designed as the first-stage protection for connections with a high risk of interferences of considerable energy. An example application of the device is the protection of overhead teletransmission lines. The high-strength protective elements secure each wire in the four-pair cable and discharge disturbances to the earth. The AXON AIR Net Protector DIN has been placed in a housing intended for installation in control cabinets and switchboards fitted with the popular 35mm rail.
| Nominal voltage UN | 120V |
| Maximum voltage UC | 150V |
| Level of protection UP line-earthing | ≤1000V – 1,2/50µs, C2 |
| Nominal discharge current iN line-earthing | 2kA – 8/20µs, C2 |
| Protected lines | 1, 2, 3, 4, 5, 6, 7, 8 |
| Standards | EN 61643-21 |
| Type of sockets | RJ45 (8P8C) shielded |
| Length of the earthing wire | 0,3m |
| Housing | plastic |
| Dimensions | 86x58x35mm |
| Weight | 0,09kg |
The manufacturer reserves the right to change the technical parameters of the device, resulting from technological progress.
ATTENTION! The technical data define the maximum values of surges against which the device protects.
