WarmlyYours 25ʺ x 20ʺ LAVA Glass 250W Infrared Heating Panel, Energy Saving, 120V, White Green
There are currently no refurbished version of this product.
LAVA® Radiant Panels Glass Description
LAVA® Glass Radiant Panels addstyle to any décor while providing radiant comfort where your want it. Theseluxurious panels come in white green and feature a glossy finish; a satinfinish is available by special order. Easily installed in either vertical orhorizontal orientation, the 25” X 20” LAVA ® Glass panels provide a flexibleand elegant option for adding heat to the areas you want to target. At 110volts, they generate 250 W of radiant heat and C-UL-US Listed. WarmlyYoursbacks all its LAVA® Glass products with a 5-year warranty.
Specifications
Electrical
| Amps | 2.08 A |
| Connection Method | Hardwired |
| Ohms | 57.69 Ω |
| Thermal Power | 0.25 kW |
| Voltage | 120 V |
| Watts | 250 W |
Performance
| BTU Per Hour | 853 Btu |
| Maximum Surface Temperature | 203 °F |
Appearance
| Finish | White Green |
| Version | Lava® Glass White Green - 25″ X 20″ |
Product Dimensions
| Installed Depth | 2.5″ |
| Length | 1′ 8″ |
| Size (Overall) | 25" x 20" (250W, 2.1A) |
| Weight | 17.6 lbs |
| Width | 2′ 1″ |
Identifiers
| Model | Glass |
| SKU | IP-0250-LV-WGR-BTK |
| UPC (GTIN-12) | 881308073183 |
Controls
A great control is the secret to any great heating system.
Frequently Asked Questions
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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.