Lava® Mirror 500W - 35″ X 25″ - Refurbished
- 120 volts, 500 watts, 4.17 Amps
What Size Panel Do I Need?
A radiant heat panel is a great way to add supplemental heat to a room—not unlike a wall mounted space heater. The table below will help you identify the typical room size* that a radiant panel can help warm up, based on wattage/heat output.
| Radiant Panel Wattage* | Warming Coverage |
|---|---|
| 250W LAVA® | 36 sq. ft. |
| 350W LAVA® | 50 sq. ft. |
| 500W LAVA® | 71 sq. ft. |
| 750W LAVA® | 107 sq. ft. |
| 1000W LAVA® | 143 sq. ft. |
*This estimation is based on installing a radiant panel in a typical/average room. One factor that will impact the actual results is a room's degree of heat loss, which can be impacted by a number of factors including ceiling height, number of windows, and insulation level.
To get a free Heat Loss Calculation based on your room:
LAVA® Radiant Panels Mirror Description
Envision radiant comfort with aLAVA ® Mirror Radiant Heating Panel. These 35” X 25” reflective heating panelsproduce 500 W to offer style, warmth, and a fog-free view when you step outof the shower. Install an optional towel bar and the 110V LAVA® Mirror can keepyour towels cozy and warm too. These C-UL-US Listed panels include a 5-yearwarranty and can are easily installed either horizontally or vertically.
Specifications
Electrical
| Amps | 4.17 A |
| Connection Method | Hardwired |
| Ohms | 28.78 Ω |
| Thermal Power | 0.5 kW |
| Voltage | 120 V |
| Watts | 500 W |
Performance
| BTU Per Hour | 1706 Btu |
| Maximum Surface Temperature | 203 °F |
Appearance
| Finish | Mirror |
| Version | Lava® Mirror - 35″ X 25″ |
Product Dimensions
| Installed Depth | 2.5″ |
| Length | 2′ 11″ |
| Size (Overall) | 35" x 25" (500W, 4.2A) |
| Weight | 48.1 lbs |
| Width | 2′ 1″ |
Identifiers
| Model | Mirror |
| SKU | IP-0500-LV-MIR-BTK |
| UPC (GTIN-12) | 881308073350 |
Controls
A great control is the secret to any great heating system.
Frequently Asked Questions
Showing all 5 questions
Radiant heat travels through air, and typically heats up objects closer to the panel first and then the rest of the room later. Infrared heating from the panel can be easily detected from about 3-4 feet. Ideally, the radiant panel should be aimed onto the area with more use, since that will be the surface that will warm up first.
Radiant heat travels through air, and typically heats up objects closer to the panel first and then the rest of the room later. Infrared heating from the panel can be easily detected from about 3-4 feet. Ideally, the radiant panel should be aimed onto the area with more use, since that will be the surface that will warm up first.
We do not have a Radiant Panels Running Cost Calculator. However, this can be determined easily by taking the panel’s wattage, dividing it by 1000, and then multiplying the result by the local kW/hr cost – then take this hourly cost and multiple by 730 hours to get a monthly estimate.