· Feature
·Ceiling light LED emergency modules are a type of emergency lighting that uses LEDs (light-emitting diodes) instead of traditional incandescent bulbs. These modules are designed to be used with ceiling lights, and they provide a bright, efficient source of light in an emergency situation.
·Tri-proof light LED emergency modules are an essential part of any lighting system. They provide a safe and reliable way to power your lights in the event of a power outage or other emergency.
Ceiling light LED emergency modules offer many advantages over traditional emergency lighting. They are more energy efficient, last longer, and provide better illumination than traditional incandescent bulbs. Additionally, LED modules are not as hot as incandescent bulbs, making them safer to use in areas where flammable materials are present.Ceiling light LED emergency modules provide a bright, efficient source of light that can help you stay safe in an emergency situation.
1. Turn off the power to the ceiling light at the breaker box.
2. Remove the old ceiling light fixture.
3. Attach the ceiling light LED emergency modules to the ceiling light fixture base.
4. Install the new ceiling light fixture with emergency module.
5. Turn on the power to the ceiling light at the breaker box.
These tri-proof light LED emergency modules are typically made up of three parts: an LED module, a battery pack, and a controller. The LED module is the part that emits the light, and it is powered by the battery pack. The controller regulates the power going to the LED module and determines when the light should turn on or off. In most cases, the controller will also have a manual override switch so that it can be turned on even if the power is out.
Tri-proof light LED emergency modules are easy to install and require no wiring or special tools. They are also very affordable, making them a great option for anyone looking to add an extra layer of safety to their home or office.
Tri-proof light LED emergency modules are a type of emergency lighting that is used in areas where there is a risk of fire, explosion, or exposure to hazardous materials. These modules are designed to be durable and resistant to the elements, as well as being highly visible in order to help people evacuate safely.
Choosing the right tri-proof light LED emergency module can be tricky. There are a few things to keep in mind when making your choice. Here are a few tips:
1. Consider the wattage of the module.The wattage will determine how bright the light is. Choose a module with a higher wattage if you want a brighter light.
2. Choose a module with an adjustable beam angle.This will allow you to adjust the light to fit your needs.
3. Consider the size of the module.Make sure it will fit in the space you have available.
4. Choose a module with an IP rating of 66 or higher.This will ensure that the light is protected from dust and water.
5. Ask about warranty and return policy before making your purchase. This will give you peace of mind in case there are any problems with the product.
Automatic shutdown of output if LED load is out of range
Deep discharge protection
Short-circuit-proof battery connection
Open-circuit-proof
Polarity reversal protection for battery
Rated supply voltage 220~240VAC
4-year guarantee
(battery 2-year guarantee)
For LED module with a forward
voltage of 10-90/50-300VDC
Constant power output,
output current self-adjustable
LiFePO4 with longer life
Build-in Emergency converter
EEC15PL/H is SELV output voltage
1-3h rated duration
Self Test Emergency System
· PRODUCT DETAILS
Part No. | Input Voltage | Emergency Power | Output voltage | Charge Duration | Duration | Battery | Function |
EEC15PL-DL | 220~240V | 2.5W | 10VDC-90VDC | 16H | 3H | 6.4V 1500mAhLiFePO4 battery | BS/ST/DL |
5W | 1H | 6.4V 1500mAhLiFePO4 battery | |||||
3H | 6.4V 3000mAhLiFePO4 battery | ||||||
EEC15PH-DL | 220~240V | 2.5W | 50VDC-300VDC | 3H | 6.4V 1500mAhLiFePO4 battery | ||
5W | 1H | 6.4V 1500mAhLiFePO4 battery | |||||
3H | 6.4V 3000mAhLiFePO4 battery |
Note: BS=Basic ST=Self Test DL=DALI IOT=Zigbee System