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service@hnwpx.com
POE SPD WPX-PTSB-R4-48
Product introduction:Data transmission rate up to 1000Mbps; aluminum enclosure; Din rail mounting for choice; multi-stage surge protection.
Product application:The unit is compatible with industry-standard IEEE 802.3af Power-over-Ethernet (PoE) devices and 10/100/1000 Base-T Ethernet networks, providing protection to both Ethernet data pairs as well as the PoE DC power feed.
Phone number:+86-731-88650578
Contact E-mail:service@hnwpx.com
Specifications
| Model Number | WPX-PTSB-R4-48 |
| Art No. | 650 802 |
| Operating Temperature Range | -40℃～+80℃ |
| Relative Humidity | ≤95%(25℃) |
| Atmospheric Pressure | 86～106 kPa |
| Rated Working Voltage U0 | 48V DC |
| Max Continuous Operating Voltage Uc | 58V DC |
| Nominal Current（IL） | 800mA |
| C2 Nominal discharge current per wire（In） | 2.5kA |
| C2 Total nominal discharge current（In） | 10kA |
| Nominal discharge current per wire C2-PE（In） | 2.5kA |
| Total nominal discharge current C2 -PE（In） | 20kA |
| Protected lines | 1,2; 3,6; 4,5; 7,8 |
| Protection Mode | 1,2-3,6&4,5-7,8 |
| transmission Rate | 100/1000Mbps |
| Connector type | RJ45 |
| Voltage protection level wire-wire InC2( Up) | ≤120V |
| Voltage protection level wire-PE InC2( Up) | ≤150V |
| Voltage protection level wire-wire 1kV/μsC3 1kV/μsC3(Up) | ≤90V |
| Voltage protection level wire-PE 1kV/μsC3 1kV/μsC3(Up) | ≤90V |
| Response time（tA） | ≤ 1ns |
| Wiring（In/Out） | RJ45（shielding）connecting line/RJ45(shielding) connecting line |
| Protection degree（IP code） | IP20 |
| Enclosure material | Aluminium Alloy |
| Dimension | 68mm×55mm×25mm |
| Weight | (115±5）g |
Diagram of dimensions
Description
POE surge protector WPX-PTSB-R4-48 signal surge protective device is mainly for protecting high-speed Ethernet Internal interface circuit with POE. Connection in series the input of protected equipment, when the transmission line suffered lightning induction, surge protective device will discharge lightning current to the earth, clamp the lightning overvoltage so that keep the voltage within an allowable range and ensure the safety of the equipment.
