EtherWAN Surge Protection PD1041

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SKU
PD1041

Hardened Surge Protection Device – RJ45

● Protection Solution Against Voltage Surge
● Flexible Installation
● Wide Temperature Range
● Compatible with 10/100BASE-T, Gigabit and PoE products

In today's network environment, a power surge is not limited to the power source coming from the wall outlet; there are also other factors to consider. With EtherWAN's Hardened Surge Protection Device, power surges coming through the Ethernet Cable can be utilized to protect valuable network equipment such as your EtherWAN Switch.
Designed for harsh environments, EtherWAN's Hardened Surge Protection Device can be placed where you need it to protect your valuable network equipment.

EtherWAN's PD1041 Hardened Surge Protection Device is designed to protect your EtherWAN Switch investment; however any Ethernet network device can be protected from dangerous electrical surges. Designed for harsh environments, the PD1041 can be placed where you need it to protect your valuable network equipment.


EtherWAN — "When Connectivity is Crucial."

Meer informatie
Art.nr.
PD1041
Fabrikant
EtherWAN
Land van herkomst
Taiwan
Technology

Maximum continuous operating voltage UC
• ≤ 3.3V DC
Maximum continuous voltage UC (wire-wire)
• ≤ 3.3 V DC (± 60 V DC/PoE+)
Maximum continuous voltage UC (wire-ground)
• ≤ 180 V DC
Nominal current IN
• ≤ 1.5 A (25 °C)
Operating effective current IC at UC
• ≤ 1 μA
Residual current IPE
• ≤ 8 μA
Nominal discharge surge current In (8/20) μs (Core-Core)
• 100 A
Nominal discharge surge current In (8/20) μs (Core-Earth)
• 2 kA (per signal pair)
Total surge current (8/20) μs
• 10 kA
Nominal pulse current Ian (10/700) μs (Core-Core)
• ≤ 40 A
Nominal pulse current Ian (10/700) μs (Core-Earth)
• ≤ 160 A
Output voltage limitation at 1 kV/μs (Core-Core) spike
• ≤ 85 V (PoE)
Output voltage limitation at 1 kV/μs (Core-Earth) spike
• ≤ 700 V
Output voltage limitation at 1 kV/μs (Core-Core) static
• ≤ 9 V
Output voltage limitation at 1 kV/μs (Core-Earth) static
• ≤ 700 V
Output voltage limitation at 100V/s (Core-Core)
• ≤ 9 V
Output voltage limitation at 100V/s (Core-Earth)
• ≤ 300 V
Output voltage limitation at 100V/μs (Core-Core)
• ≤ 9 V
Output voltage limitation at 100V/μs (Core-Earth)
• ≤ 600 V
Residual voltage at IN, (conductor-conductor)
• ≤ 15 V
• ≤ 100 V (PoE)
Voltage protection level Up (Core-Core)
• ≤ 9 V (B2 - 1 kV/25 A
• ≤ 100 V (B2 - 1 kV/25 A - PoE)
• ≤ 15 V (500 V/100 A)
Voltage protection level Up (Core-Earth)
• ≤ 600 V
• ≤ 700 V (C2 - 4 kV/2 kA)
Response time tA (Core-Core)
• ≤ 1 ns
Response time tA (Core-Earth)
• ≤ 100 ns
Input attenuation aE, sym.
• 1 dB (≤ 250 MHz)
Near-end crosstalk attenuation
• ≤ 35 dB (At 250 MHz / 100 Ω)
Cut-off frequency fg (3 dB), sym. in 100 Ohm system
• > 500 MHz
Capacity (Core-Core)
• typ. 5 pF (f= 1 MHz / VR= 0 V)
Capacity (Core-Earth)
• typ. 2 pF (f= 1 MHz / VR= 0 V)
Surge carrying capacity in acc. with IEC 61643-21 (Core-Core)
• B2 (1 kV/25 A)
Surge carrying capacity in acc. with IEC 61643-21 (Core-Earth)
• B2 (4 kV / 100 A)
• C2 (4 kV / 2 kA)
• D1 (1 kA)

Mechanical
Casing Aluminum case IP20
Dimensions (w x h x d) 62.5mm (W) x 100mm (D) x 30mm (H)
Weight 184g
Installation DIN-Rail
Environmental
Operating Temperature -40°C to 75°C
Storage Temperature -40°C to 85°C
Humidity 5% to 95% (non-condensing)
Approvals
ISO Manufactured in an ISO9001 facility
Safety UL497B
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