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Network SPD WPX-BTSA-R4-5K
Product introduction:1000Mbps transfer rate; 1 Channel protection; RJ45 socket; Aluminium housing;
Product application:Suitable for network devices such as switch, router, computer etc
Phone number:+86-731-88650578
Contact E-mail:service@hnwpx.com
Specifications
| Model Number | WPX-BTSA-R4-5 | WWPX-BTSA-R4-5K |
| Art No. | 690 301 | 690 311 |
| SPD according EN 61643-11 | Type 2 | Type 2 |
| DC Max. Continuous Operating Voltage Uc | 6V | 6V |
| AC Max. Continuous Operating Voltage Uc | 4.8V | 4.8V |
| Max working current (IL) | 0.5A | 0.5A |
| C2 Total nominal discharge current (8/20μs)(Itotal) | 10kA | 10kA |
| C2 nominal discharge current (8/20μs)per wire（In） | 2.5kA | 2.5kA |
| Total nominal discharge current C2-PE(Itotal) | 20kA | 20kA |
| Nominal discharge current per wire C2-PE(In) | 2.5kV | 2.5kV |
| Voltage protection level wire-wire C2(UP) | ≤50V | ≤50V |
| Voltage protection level wire-PE C2(UP) | ≤70V | ≤70V |
| Voltage protection level wire-wire 1kV/usC3(UP) | ≤25V | ≤25V |
| Voltage protection level wire-PE 1kV/usC3(UP) | ≤25V | ≤25V |
| Response Time(tA) | ≤1ns | ≤1ns |
| transmission rate | 1000Mbps | 1000Mbps |
| Insertion Loss(100MHz) | ≤1.0dB | ≤1.0dB |
| Impedance in series | ≤0.5Ω | ≤0.5Ω |
| Protected pin | 1/2;3/6;4/5;7/8 | 1/2;3/6;4/5;7/8 |
| Relative Humidity | ≤95%（25℃） | ≤95%（25℃） |
| Working temperature range(TU) | -40℃---+80℃ | -40℃---+80℃ |
| Atmospheric Pressure | 86kPa...106kPa | 86kPa...106kPa |
| Wiring methods | RJ45 | RJ45 |
| Port numbers | in1×RJ45；out-1×RJ45 | in-1×RJ45；out-1×RJ45 |
| Housing material | Aluminum | Aluminum |
| Installation place | Indoor | Indoor |
| Degree of protection（IP code） | IP20 | IP20 |
| Installation methods | Random | DIN 35mm rail |
Diagram of dimensions
Description
WPX-BTSA-R4-5K ,Signal SPD is used for protection of the interface circuit of high speed Ethernet.It is connected in the input end of protected equipment.When the transmission line is struck by lightning, the lightning current is discharged to the earth through the lightning branches,and the lightning overvoltage is clamped within a proper range,thus the security of equipment being ensured.
