Kozy Heat Slayton 36

Description

Description

Our smallest direct vent linear contemporary fireplace with glass media set and optional rock media or driftwood set.

Standard Features

  • Viewing Area: 14” x 36”
  • 33,000 BTU/hr Input – NG
  • 33,000 BTU/hr Input – LP
  • Quick-Latch, Lifetime Glass
  • Remote Control –
    • Thermostatic
    • Flame
    • Light
    • Fan adjustment
  • High-Low Regulator
  • Engineer-Designed burner system
  • Minnesota Energy Code Compliant to 50 pascals
  • Certified to ANSI Z21.88 Vented Gas Heater
  • Ceramic Glass
Efficiencies
  • IPI
    • – ENERGUIDE P.4 NG/LP | 66.05% / 68.05%
    • – Steady State NG/LP | 71.21% / 73.05%
    • – AFUE % NG/LP | 65.74% / 66.84%
  • Efficiencies Glossary:
    • – P.4 Efficiency (ENERGUIDE) is an efficiency rating more recognized in Canada to measure annual fireplace efficiency.
    • – Steady State Efficiency is a measure of how efficiently your fireplace converts fuel to heat once it is warmed up and operating at a steady temperature.
    • – Annual Fuel Utilization Efficiency (AFUE) is a measurement of the fireplace’s ability to convert fuel to heat over a longer period of time including the cycling on and off time period.

Standard Design Features

  • Curved Enamel refractory lining
  • Accent Light Kit

Required Design Features

  • Glass Media Kit
    • For options and pictures, look at the Slayton brochure under the Resources tab.
  • Screen Front
    • For options and pictures, look at the Slayton brochure under the Resources tab. 

Optional Features

  • Rock Accents media kit
    • For pictures, look at the Slayton brochure under the Resources tab.
  • Driftwood/Rock media kit
    • For pictures, look at the Slayton brochure under the Resources tab. 
  • Driftwood media kit
    • For pictures, look at the Slayton literature under the Resources tab. 
  • Automatic Fan Kit
  • Heat Duct Kit
Additional information

Additional information

Gas Fireplace Brand Kozy Heat

Fireplace Type Single Sided

Fireplace Style Contemporary, Fusion, Linear

Heat Output Medium