Power Surge Protector High Quality Lightning Protective Devices TAL22010

 TAL22010 is a power surge protector; it is used for surge protection of commercial lighting power sources such as street lighting (ClassI, ClassII), landscape lighting, and surge protection for power ports such as security, electrical appliances, and sockets. TAL22010 has a fully sealed enclosure that is fire, water, dust and IP67 rated.

The lightning protection device adopts full mode protection, adopts UVT technology, and has leakage current and freewheeling interruption function. The product is small and comes with L, N and PE cables for easy installation and application. The product's maximum protection lightning current is 10kA, which can withstand 10kV surge voltage shock.

Applications:

Outdoor and Commercial LED Lighting
Roadway lighting
Traffic lighting
Digital signage
Security power supply
Wash wall lighting
Parking garage/lot lighting
Flood lighting
Tunnel lighting
Street lighting

 Note:
1. UVT: It is an abbreviation of Ultra low voltage triggering technology. It is a design that absorb the high and low voltage energy of the surge in advance.
It can absorb the surge energy more completely, and the residual voltage is low, and the protection effect on the back-end equipment is obvious. This
technology is patented by Ruilongyuan.
2. Class I: In this paper, a luminaire that refers to “accessible conductive parts connected to protective earthing conductors in fixed wiring” (from
IEC60598 - luminaires - general requirements and test - Chinese version).
3. Class II: In this paper, the term “light-protection protection is not only dependent on basic insulation, but also has additional safety measures, such as
double insulation or reinforced insulation, but no protective grounding or protection measures depending on installation conditions” (from IEC60598-
Luminaires - General Requirements and Tests - Chinese version).
4. Leakage current: In this paper, the current flowing through the SPD does not occur when the power is connected. For example, zinc oxide varistor is a
device with leakage characteristics.
5. Freewheeling: Current from the connected power source that flows through the SPD during and after the discharge current passes. For example, gas
discharge tubes and thyristors are devices with freewheeling characteristics (cited from IEC61643-11).
6. 10kA: refers to the maximum discharge current (Imax) in the 8/20μs surge waveform test.
7. 10kV: refers to the nominal discharge voltage (Vn) in the 1.2/50μs surge waveform test.
Specification Test Standard: EN61643-11/ UL14494th