Induction Tunnel Light Fixture - TL

Induction Tunnel Light Fixture - details see: https://www.lightinghere.com/induction-tunnel-light-fixture-10028499

Item Type: Tunnel Lights	Light Source: Induction Lamps	Input Voltage(V): 120-347VAC	Lamp Power(W): 300
Lamp Luminous Flux(lm): 30000	Lamp Luminous Efficiency(lm/w): 100	CRI (Ra>): 80	Color Temperature(CCT): Pure White
Working Temperature(℃): -30 - 50	Working Lifetime(Hour): 10000	Lamp Body Material: Aluminum	IP Rating: IP65
Certification: CE,EMC,LVD,RoHS	Base Type: induction	Place of Origin: Jiangsu China (Mainland)	Brand Name: THMINS
Model Number: TL	class: Induction Tunnel Light

Induction Tunnel Light Fixture

THMINS Lighting

We specialized in Induction Tunnel Light Fixture products.

Induction Tunnel Light Fixture

Tunnel lamp is a special kind of lamp, which is to avoid the "black hole effect" or "white hole effect” caused by sudden change of the brightness of light when vehicles enter or exit the tunnel.

Features of tunnel lighting

The housing of tunnel lighting is of high strength, good toughness aluminum alloy, the transparent parts are strengthened, tempered glass, seals are silicone that is dustproof, waterproof, corrosion-resistant and rust-proof. With strong anti-collision, anti-impact, and multi-channel shock-resistant structure, as well as surface coating treatment, any close, high strength, and high-frequency vibration won’t do any damage to tunnel lightings. The integrated design of lighting and electrical box strengthened the overall reliability of the lamp and reduce failure rate, which guarantee easy and safe maintenance. Due to those good performances and features, it can work well in the workshops, the roadbed, tracks or other high-frequency vibration, high temperature environments for a very long time. In spite of that, good electromagnetic compatibility, it will not interfere with the transmission network.

Installation of Tunnel lighting

Ceiling, pendant, pedestal, wall-mounted and lots of other ways.

Induction light

Induction Lamps are among the newest efficient light sources commercially available. With no traditional filaments and electrodes, the way induction lighting works is as follows. An electric current is sent through wires wrapped in a coil around a ferrite inductor. The coil is wrapped around the inductor, which produces a strong magnetic field that excites the mercury atoms traveling through the glass tube. The mercury atoms emit a UV light, which is then converted up into a visible light by the phosphor coating on the inside of the lamp. Induction lamps produce a more blue light, which is higher on the color-rendering index of the visible light spectrum, to which the eye is more receptive at night. Comparatively speaking, they offer great energy savings, high isotopic output, and high-color rendering index.