Full Bed Bug Heater Equipment

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Bed Bug Heater Equipment Heat systems that affect time and methods of handling heat. Electric heat is a closed system. It operates from within a heat-treated structure. Electric heat is slower at the start of the heating process than propane.

Bed Bug Heater Equipment

With ePro hot system, room temperature starts to rise around 10˚F or every hour. However, the ambient room temperature will increase at a faster and faster rate as the room temperature rises and recycles itself. This is the effect of multiplying the turnover of air with a closed system.


Electric heat needs a power source. Adding more electric heaters, will be more productive for your heat treatment. However, the source of energy becomes a growing challenge. Every ePro 120v electric heater and requires 45 amps to power 100%. The GreenTech portable power station is used to connect 240V power sources such as electric range and A / C and can provide more 120v power to ePro heater. Check the ampere that exists.


The heat of propane is an open system. The unit lives outside the structure and heat is channeled into the building. This produces positive air pressure. The unit requires a propane source to operate.


The heating of the room was intense and immediate. Higher air output, higher thermal air volume, higher productivity capability compared to electrical systems. Propane can be divided by the separation of hot channels to cover more areas, rooms or even other units.


Propane produces more thorough penetration and hot air distribution.

Typical Bedroom With Two Beds Or Set Basic Room Hotel


Run Time Comparison Heat Source


Equipment used: ePro 400 electrical package


  • Estimated square feet: 400
  • Start temperature: 75˚F
  • Infestation: Medium
  • Target temperature:> 130˚F +
  • Estimated treatment time: 8 – 12 hours


Equipment used: 3000 titanium propane package


  • Estimated square feet: 400
  • Start temperature: 75˚F
  • Infestation: Medium
  • Target temperature:> 150˚F +
  • Estimated treatment time: 2 – 4 hours


Variable Apply


  • Square legs: large or small space. The larger the area, the longer the heating time for all areas reaches a deadly temperature.
  • Building materials: cement, steel, drywall, etc. will affect the heating time. Floor and cement walls will take as much as 3 times as the cement acts as an insulator and can keep the cold temperature slowly changing so it takes a hotter time.
  • Furniture: A lot of furniture will take longer due to the amount of surface area it needs to get to the temperature and barriers of giving more for hot air to travel through and around.
  • Clutter: Stacks of clothes and blankets are essential for moving and mingling. The room air temperature could be 130˚F and under the pile of clothes it could be 80˚F not turning off. No mess, recommended.
  • Weather: heating in the desert or on the plateau with snow. Is it warm or hot at the start? Humidity and cold will take adjustment and more hot time.
  • Degree of infestation: Identifying initial infestation is key to control and is much easier to get 100% kill. If the infestation is large and mature, basically a way to care, you need to take the time to move objects, furniture, open all the raffles and closets and spend extra preparation time and allow more time for longer heat penetration of the structure and furniture. .
  • Starting temperature: Similar to weather but room temperature. Is the initial temperature of treatment in, for example: 90˚F or 40˚F?


All efforts should be made to preheat the structure before or during the installation of heat treatment equipment. It starts with a pre-heated space reaching a faster arrival time for lethal temperatures resulting in reduced maintenance time, and higher productivity.


Please see our complete list of “Compendium of Thermal Death Points” in our References tab under the PDF technical support / support document. The data points of deaths listed are taken from laboratory tests, not from field applications.

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