In-Fixture Compact Emergency LED Driver and Battery Pack - 8W - 24-48 VDC
Features
- Compact design suitable for in-fixture installation
- Provides full-power backup up to 25W for 90 minutes or more
- LiFePO4 battery - full recharge in 24 hours after complete discharge
- Wide range input voltage - 100–277 VAC
- 8W constant power 25–48 VDC output
- 200–400 mA output (relative to 25–48 VDC voltage)
- UL924 Listed
- 5 year warranty
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Overview
- Compact, modular design allows in-fixture installation
- Included remote test switch/charge indicator module
- Housing constructed of durable steel
- Soft switching to prevent voltage spikes and increase longevity of the LED modules
- Operating temperature range of 32°–122° F
- Wide range input voltage - 100–277 VAC
- 8 W constant power 25–48 VDC output
- 200–400 mA output (relative to 25–48 VDC voltage)
- Rated IP20, suitable for damp locations
- Open/Short/Over-Voltage/Over Temperature protection
- AC LED driver output cannot exceed 150W or 4A
- UL924 Listed
- 5 year warranty
- Commercial Downlights
- Emergency Lights
- Linear High Bays
- Linear Strip Fixtures
- Panel Lights
- Troffer Fixtures
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Specifications
| Ambient Operating Temperature | 0 to 50 °C (32 to 122 °F) |
|---|---|
| Battery Type | LiFePO4 |
| Brand | Super Bright LEDs |
|
Certifications/Compliance
Certifications/Compliance
Standards and certifications comprise a vast number of companies and compliances that serve specific purposes—primarily addressing safety, environmental impact and energy efficiency, and sanitation. They are divided into categories for each product type and certification type to allow for very specific qualifications related to each product. When this system is being used as intended, it gives consumers, installers, suppliers, and anyone else that may be involved confidence that the product is safe and will work well in their application. The most common UL and ETL certifications relate to safety and installation, although they do also provide some sanitation-related certifications (using NSF standards). Another common certification body is the DLC, which specializes in certifying the performance of a light—mainly related to environmental impact and electrical efficiency. Learn more about different certification types here . |
CE, UL Listed |
| Dimmable | No |
|
Dimming Type
Dimming Type
0-10V Dimming: This type of dimming control is the most popular and newest style for compatible dimmable power supplies. It works by varying the voltage from 0 to 10 VDC. A 10-volt signal on the dimming wire will allow maximum current flow to the LEDs for maximum intensity. A 0.6-volt signal on the dimming wires allows 6% of the current to flow from the power supply, dimming the LEDs to approximately 6% of full intensity. 1-10V Dimming: This type of dimming control is an older style that is being replaced with 0-10V dimming control. It works by varying the voltage from 1-10 VDC. A 10-volt signal on the dimming wire will allow maximum current flow to the LEDs for maximum intensity. A 1-volt signal on the dimming wire allows 10% of the current to flow from the power supply, which generates approximately 10% of the maximum intensity for the LEDs. TRIAC Dimming: TRIAC dimmers are typical household dimmers sold in hardware stores by brands like Lutron and Leviton. They rely on a semiconductor device called a TRIAC (Triode for Alternating Current). Adjusting the dimmer switch alters the timing at which the TRIAC conducts electricity in each AC cycle, modulating the energy delivered to the light bulb and resulting in adjustable brightness levels. Pulse-Width Modulation Dimming: This type of dimming control adjusts the output current based on the duty cycle. As the duty cycle increases, the current will increase, and the LEDs will be brighter. Conversely, if the duty cycle decreases, the current will decrease, and the LEDs will be dimmer. Resistive Dimming: Resistive dimming can be fixed or variable. If a fixed dimming level is required, a simple resistor is needed to dim the LEDs to a particular level. A potentiometer can serve this purpose if a varying dimmable level is desired. By changing the resistance value of the potentiometer, the output current of the power supply changes, and the LED intensity changes. Controlling a single power supply will require a 100K ohm potentiometer for 100% intensity (100K ohm) to approximately 10% intensity (10K ohm) based on the wiper position. |
Non-Dimmable |
| Emergency Operation Time | 90+ Minutes |
|
Environmental Rating
Environmental Rating
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Non-weatherproof, Suitable for Damp Locations |
| Input Connection Type | Screw Terminals |
| Integrated Surge Protection | 1 kV (L-N) |
|
IP Rating
IP Rating
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IP20 |
| Product Materials | Steel Housing |
| Recharge Time | 24 Hours |
| UL File Number | E493915 |
| Warranty | 5 Year |
Accessories & Power Supplies
Reviews
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