Features: Product Name: DC Surge Protection Device Format: Plug-in Modular for easy installation and maintenance Degree of Protection: IP20, providing reliable protection against solid objects Response Time: ... Lesen Sie weiter
Terminal-type Arrester 12V Surge Protection For Data Interfaces Characteristics: • TYPE2 P1 SPD for data. • Nominal voltage: 12V. • Nominal current: 0.5A. • According to IEC 61643-11. • Series impedance: 1.8Ohm... Lesen Sie weiter
Ethernet network Power System SPD 48V RJ45 POE surge protector RJ45 POE surge protector Product Details: POE Ethernet surge protector. Suitable for application of wireless AP, network cameras, network ... Lesen Sie weiter
N Type Coaxial Lightning Arrestor Surge Protector data transmission device N Type Coaxial Lightning Arrestor Feature: They are used for many radio frequency applications including broadcast and communication ... Lesen Sie weiter
BRPI-2L Data Surge Protector SPDs Network Protective Devices Product Overview BRPI-2L SPD for Data (plug-in), Thermal plastic UL94-V0, shell color: white Key Features Nominal current: 0.5A 8/20μs per-line 5kA ... Lesen Sie weiter
Data Signal Line Protection D-Sub series protects equiment Surge Protective Device D-Sub series protects equiment Product Details: BR-DB9 BR-DB15 BR-DB25 Test standards IEC 61643-21 Nominal voltage Un 12V 12V ... Lesen Sie weiter
Type 2 20kA 40kA Surge Protector Device Description: • BR-40 4P Surge protection devices (SPDs) are suitable for the TN-S power supply system of 50/60Hz, rated voltage 440V AC and below. • High energy MOVs ... Lesen Sie weiter
Product characteristics: Specification BR-20 150 3+1 BR-20 275 3+1 BR-20 320 3+1 BR-20 385 3+1 BR-20 440 3+1 SPD classification according to EN61643-11 Type 2 Type 2 Type 2 Type 2 Type 2 SPD classification ... Lesen Sie weiter
275v surge arrester Class I lightning surge protection device Power Strip protector Power Strip protector Features: + Connectable lightning current and surge arrestors + High arresting capacity up to 25 kA (10... Lesen Sie weiter