* Reliable 3-hour emergency operation time * Emergency pack will run from 10V-80V DC * Ideal for u...* Reliable 3-hour emergency operation time * Emergency pack will run from 10V-80V DC * Ideal for use with LED panels or downlights -Emergency Power - 2W, battery type: 1.6Ah, 6.4V LiFePO4 -AC:230V Supply Frequency: 50/60Hz -Low profile design allows installation through a ceiling cut-out of just 75mm diameter -Removeable end cover provides easy access for wiring -IP20 rated -Dimensions: 245x32x67mm To replace 64173 & compatible with 47397 & 46722 V-TAC 3 Hour Emergency Conversion Kit IP20 2W 10V-80V DC Transform your space with the V-Tac Lumi Big Panels Emergency Lighting Pack, designed specifically for modern interiors. This high-quality LED panel offers superior, flicker-free illumination, making it an ideal choice for a variety of environments including offices, retail shops, and classrooms. Measuring 510mm in height and 75mm in width, this sleek lighting solution not only enhances visibility but also adds a contemporary touch to your decor. With compliance to safety standards and a statutory guarantee, the V-Tac Lumi Big Panels ensure reliable performance when you need it most. Upgrade your lighting today and experience the difference! Upgrade your ceiling lighting with the V-Tac Lumi Big Panels Emergency Pack -Uk. Designed for modern interiors, this LED panel provides even,
The V-Tac 3 Hour Emergency Conversion Kit is designed for building managers, facility operators, and electricians needing reliable emergency lighting for LED panels and downlights. Its key benefit is providing a 3-hour backup power supply, ensuring continued illumination during power outages. A potential caveat is its IP20 rating, making it unsuitable for damp or wet environments. This kit offers a low-profile design for easy installation and supports a wide DC voltage range, enhancing its versatility.
All features
Model Part Number
VT-2220-WP
Brand
V-Tac
Extended Product Information
FAQs
What is the primary purpose of the V-Tac 3 Hour Emergency Conversion Kit?
Its primary purpose is to provide a backup power source for compatible LED panels and downlights, ensuring they remain illuminated for up to 3 hours during a mains power failure.
What type of battery does this emergency kit use?
It uses a 1.6Ah, 6.4V LiFePO4 (Lithium Iron Phosphate) battery, known for its reliability and longevity.
Can this emergency kit be used with any type of light fitting?
No, this kit is specifically designed for use with compatible LED panels and downlights that operate within its specified DC voltage range (10V-80V).
What does the IP20 rating mean for installation?
The IP20 rating signifies that the unit is protected against solid objects larger than 12.5mm (like fingers) but offers no protection against water. Therefore, it must be installed in dry, indoor environments only.
How much space is needed for installation?
The kit has a low-profile design and requires a ceiling cut-out diameter of just 75mm. Its overall dimensions are 245mm (length) x 32mm (width) x 67mm (height).
Is installation straightforward?
Yes, the kit is designed for straightforward installation with a removable end cover providing easy access for wiring. However, it is recommended that installation be carried out by a qualified electrician.
How often should I test the emergency function?
It is recommended to test the emergency function monthly to ensure it is operating correctly and to maintain its readiness for a power outage.
Troubleshooting
Emergency light does not turn on during a power outage.
Check all wiring connections to ensure they are secure. Verify that the AC power supply is correctly connected and active. Ensure the battery is properly seated and charged. Test the unit's functionality by simulating a power outage.
The emergency light duration is less than 3 hours.
The battery may be nearing the end of its lifespan or may not be fully charged. Ensure the unit has had sufficient time to charge after the last power interruption. If the issue persists, the battery may need replacement.
Unit is not receiving AC power.
Confirm that the AC supply voltage is within the 230V range and that the frequency is 50/60Hz. Check the AC input wiring for any breaks or loose connections. Test the AC power source independently.
LED fixture flickers or is dim during emergency operation.
Ensure the LED fixture's voltage requirements fall within the kit's 10V-80V DC output range. Check for loose connections between the emergency kit and the LED fixture. The LED fixture itself may have an issue or be incompatible.
Pros and Cons
Pros
Ensures continuous lighting for 3 hours during power failures.
Wide DC voltage input range offers flexibility for different LED fixtures.
Compact and low-profile design facilitates discreet installation.
Easy to wire and install due to its accessible design.
Utilizes modern LiFePO4 battery technology for better performance.
Cons
IP20 rating limits use to dry indoor locations only.
Specific to LED panels and downlights, not universal for all lighting types.
Requires a minimum 75mm ceiling cut-out, which may not be suitable for all existing installations.
Does not include the actual LED panel or downlight; it is a conversion kit.
Setup, Compatibility & Care
Setup:
Ensure the main power supply is turned off before beginning installation.
Identify a suitable location for the emergency pack, considering the low-profile design and the need for a 75mm ceiling cut-out.
Access the wiring compartment via the removable end cover.
Connect the AC input (230V) and the DC output to the compatible LED panel or downlight according to the wiring diagram.
Ensure the battery is properly connected.
Secure the unit and replace the end cover.
Restore main power and test the emergency function by simulating a power outage.
Compatibility:
This kit is primarily designed for use with LED panels and downlights.
It supports a wide DC voltage input range (10V-80V).
Compatible with 230V AC mains supply (50/60Hz).
It can replace older V-TAC models like 64173 and is compatible with 47397 & 46722.
Care:
The unit is IP20 rated, meaning it should only be installed in dry, indoor environments.
Avoid exposure to moisture, dust, or extreme temperatures.
Regularly test the emergency function (monthly recommended) to ensure it operates correctly.
Keep the area around the unit clear to prevent obstruction and allow for heat dissipation.