Fire Rescue Lighting Line
Product Descriptions
Rescue Lighting Line is used for emergency rescue, life saving, and escape in areas such as subways, tunnels, mines, civil defense projects, large passenger ships, cargo ships, nuclear power plants, high-rise buildings, large warehouses, underground shopping malls, and caves, Exploring disaster situations, providing directional lighting, and emergency lighting.

Ⅰ EL Rescue Lighting Line
- The EL Rescue Lighting Line features a built-in lithium battery, making it portable and ready for instant use, independent of external power or environmental conditions
- The thread is soft and resistant to high and low temperatures, and can be repeatedly folded, bent, and knotted at will without affecting its luminous performance.
- It is equipped with high brightness directional lights and lighting fixtures, and has four working modes: constant light, flash, slow flash, and directional.

Product Performance:
- Complies with national standard GB 26783-2011
- Flame retardant grade of wire: V-0
- Lighting guidance function, with a clear and visible directional sign every (2 ± 1) m on the line
- Four working modes: constant light, flash, slow flash, and directional
- Visible distance≥50m, convenient for rescue personnel to escape quickly in dark environments
- Line tensile strength: more than 300N
Ⅱ LED Explosion-proof Rescue Lighting Line
It uses a new type LED high brightness luminous line, with a luminous brightness of up to 100cd/m2. It adopts an integrated structure design, which does not require an additional power for power supply. It is easy and fast to carry, with high brightness red directional lights and lighting fixtures, and has light guidance function, making it convenient for personnel to quickly rescue and escape in complex dark environments.

Product Performance:
- Real time battery display
- Explosion proof, waterproof, dustproof
- high brightness red directional lights and lighting fixtures
- High power amplification
- constant light, flash, slow flash, and directional
Ⅲ Optical Fiber Rescue Lighting Line
The fiber optic rescue lighting line adopts an integrated insulation structure design, with built-in lithium battery DC power supply, and uses fiber optic as the transmission channel, which complies with the national standard for fire rescue lighting lines.Mainly used to guide escape routes in low visibility environments such as fire and smoke.

Product Performance:
High brightness, long battery life, long transmission distance, high temperature resistance, no temperature rise, no electricity on the wire, light weight, small size, low power consumption.

Ⅳ Communication Rescue Lighting Line
Communication Rescue Lighting Line integrates private network and public network communication methods, realizing the interconnection of walkie talkies with satellite phones, mobile phones and other communication devices. In places where wireless signals are easily blocked, such as subways, tunnels, underground buildings, etc., it can forward real-time communication signals such as firefighters' distress devices, intelligent air calls, walkie talkies, WIFI, etc. It also supports multi hop cascade relay forwarding, realizing communication without geographical environment and distance restrictions. The product supports the use of EL, LED and fiber optic lighting lines.

Equipment Composition:
Multi network Fusion Communication System:①Rescue Lighting Line ②Communication gateway ③Trunking Gateway ④Audio connection cable

Communication Method:
The system integrates narrowband self-organizing network modules, 4G/5G network modules, WIFI modules, audio encoding and decoding modules, network routing modules, and so on.The system integrates narrowband self-organizing network modules, 4G/5G network modules, WIFI modules, audio encoding and decoding modules, network routing modules, and so on.

High rise building usage scenarios:
When rescuing high-rise buildings, if the signal cannot cover the area, the communication gateway can be placed in an outdoor open area, and the relay gateway can transmit signals through wired and wireless methods to achieve signal coverage inside the high-rise building.







