Bed Bug Heater

Our Key Product

Modular Heat Injector System™

The Pest Control Operators who deal with bed bugs know they are increasingly becoming resistant to chemical treatments and some clients just don’t want chemicals, so the equipment, and the process used for a heat treatment, becomes the PCO’s secret weapon to success.

We, at Supplier Support International, Inc. (SSI, Inc.), have designed, developed and after 1000’s of hours of actual operation, PCO’s have found the patented Heat Injector System™ to be the most energy efficient, heat-focused, professional bed bug heater for effective extermination.  Our unique process recirculates heated air through the structure to thoroughly heat the space.  Some use doorway drapes and additional fans to assist in the thermal transfer process.

This patented(patent no.9459022) bed bug heater is equipped with a dedicated combustion blower that supplies fresh air for combustion which allows the heated airflow to be recirculated safely within the space. This unique feature, amongst all the commercial bed bug heaters, allows the Heat Injector™ to offer the most energy-efficient heat treatment for bed bugs.

The Heat Injector™ was designed to move the maximum volume of air from the power available in a typical home outlet because the BTU energy that is transferred into the structure and its contents by the bed bug heater is a function of the volume of air and the desired discharge temperature.

The Heat Injector uses an industrial blower powered with a high efficiency 3phase, 1.5HP motor to feed the unique Distribution System.  The electronics that powers the motor also features the Automatic HP Boost™ which  dynamically adjusts the motor’s speed based upon the configuration of the flexible duct needed to transfer the heat to the remote locations within the area to be treated.

Another unique feature is the Temperature Controller that continuously monitors the discharge temperature and automatically modulates the gas (like cruise control) to achieve and maintain the desired discharge temperature for any volume of airflow.

If you are dealing with bed bugs in an apartment, private home, or a commercial property, the heat treatment process is now affordable.  At the end of the heat treatment, the bed bugs and their eggs will all be dead bugs!

The following unique features make the Heat Injector System a favorite of the commercial bed bug heaters.

  • Energy efficient heat treating process that can be performed by a single operator
  • The Modular design goes anywhere, with no external ductwork!
  • Easily plugs into any home outlet and with adjustable airflow it can operate on lower than normal circuits.
  • No external duct and not necessary to find a close parking space for boiler or generator.
  • Immediate heat at chosen discharge temperature kills bed bugs immediately and prevents damage to the contents.
  • The recirculated air temperature is monitored to determine the status of the heat treatment.
  • When the space is up to temperature, the Heat Injector has the ability to pressurize the space with heated air to force heat through cracks and openings where bed bugs might have found harborage.

If you plan to pursue the eradication of bed bugs, the Heat Injector System is something you need to consider as part of your arsenal.  The Heat Injector is all you need but it also works well with other professional bed bug heaters.

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Modular Heat Injector System™ Professional Bed Bug Heater Designed with ther user in Mind

SAFE

The Heat Injector plugs into any standard home outlet. The electrical controls are UL Listed. The Flame Management System controls the redundant gas valves starts the burner and continuously monitors the flame. The Temperature Control System continuously monitors the discharge temperature and automatically modulates the gas to achieve the chosen discharge temperature.

SIMPLE

A switch enables the airflow, another switch enables the heat, and then it operates automatically. The discharge temperature is continuously monitored and automatically controlled to achieve the operator’s chosen discharge temperature.

EFFECTIVE

The Heat Injector uses a unique method to thoroughly heat the structure and its contents. When the temperature is above the lethal temperature for bed bugs, the pressurization process is engaged to force heated air through electrical sockets and any openings in the structure.

ENERGY EFFICIENT

The Heat Injector allows the main airflow to be recirculated and puts 100% of the heat into the space with only a small volume of outside air used for combustion. Other commercial bed bug heaters powered by propane, heat all outside air and force it into the heat treatment with ducts exposed to the outside environment and this method requires openings in the structure to exhaust heated air. Please see the energy comparison graphs…the method used to perform a heat treatment makes a big difference in the effective use of energy.

POWERFUL

The Heat Injector System puts more heat into a heat treatment than the largest electrical system or the tube style heaters that consume significantly more fuel. The discharge temperature is adjustable from the Control Panel, with a range up to 160°F.

DISCRETE

The Heat Injector System is positioned within an outside doorway or can be placed inside the heated environment with the use of the Air Shell. There is no generator, boiler, or external duct which would draw attention to your client. This feature makes this bed bug heat equipment a competitive advantage as compared to other bed bug heaters.

Heat Injector System™ Key Features

Most Energy Efficient Heat Treatment Process

The Heat Injector uses a patented heating process which allows it to produce the most energy efficient heat treatment for bed bugs!

Immediate Heat at Regulated Discharge Temperature

The heated discharge air is immediately brought up to operator chosen discharge temperatures; no warm-up time is required.  When the full potential of the Portable Heat Injector is used to heat air, the burner is able to produce a temperature rise of 90°F with 4,000 CFM to produce 389,000 Btu of heat, equivalent to 114KW of electrical power.  This patented concept allows the volume of air through the injection chamber to be varied without having an effect upon the clean-burning characteristics of the low emission direct gas-fired burner.  The heating potential and variable airflow feature allow any intake air temperature to be discharged at the set-point temperature.

Professional Bed Bug Heater with Automatically Controlled Discharge Temperature

Controlled Discharge Temperatures

The Portable Heat Injector System has significant power and control over the amount of heat being injected to achieve a temperature rise from 3 to 90°F at full speed airflow.  If more than a 90° temperature rise is required, the volume of air can be reduced to achieve the desired discharge temperature. The components used in the system are rated to handle a maximum temperature of 180° F.  The Temperature Controller has Supervisory Limits for the temperature range to prevent settings above an acceptable level.

Discrete Heat Treatment

The ability to recirculate the heated air moves the heat through the structure and there are no external ducts or a noisy generator (the propane hose can be up to 400 ft.). The heat treatment is not obvious to the whole neighborhood because there are no external ducts and no noisy equipment. This feature makes it one of the most sought after professional bed bug heaters in the market.

Plugs into any house outlet

By utilizing cutting-edge technology, the Portable Heat Injector utilizes the typical 15-amp house outlet to power the 240v, 3phase Premium Efficiency 1.5 HP, Inverter Duty TEFC (totally enclosed, fan cooled) Motor.  The main airflow blower, motor and the electrical controls were chosen to move the maximum volume of air from a standard outlet.

Pressurize the structure with a heated airflow to ensure a thorough heat treatment

Pressurizes Treatment with Lethal Temps

When the space is thoroughly heated, it can be pressurized to force heat through openings like electrical outlet and any cracks in the structure where bed bugs might have found harborage…just open the Pressurization Gate and drop the Damper.

Purges Heat After Treatment

Positioning the Portable Heat Injector on the entrance of the structure allows the air intake to have access to fresh air.  When the air intake is made to draw fresh air, it will create a high pressure within the structure at the point of discharge.  The fresh air creates an airflow path within the structure to all open doors and windows within the structure. The purge is typically done without adding heat to allow the gas lines to be packed while cooling off the structure and its contents.  The purge should continue until the temperature within the structure can be controlled by the existing HVAC System.

Motors and Controls are outside the Heat

The Portable Heat Injector System is to be positioned in a doorway to become a barrier to the heated environment or positioned inside the treatment area with an Air Shell during the heat treatment to keep the motors and controls outside the heated environment to ensure safety and long equipment life.  These placements allow fresh air for the dedicated combustion blower to be drawn in around the control panel and across the combustion blower motor to ensure they are not subjected to the elevated levels of heat. The main blower motor is also located outside the heated environment with only the belts passing into the blower chamber.  The belt slot is located in a low pressure area in the blower module to continually draw fresh air across the main blower motor.

Industrial Safety Systems on Board

The FM approved Flame Management System manages the flame and safety interlocks.  The flame is continuously monitored with the fame rod amplifier with a 1-second response to a loss of flame signal.  The direct spark ignition has a manual reset which is available from outside the control panel.  A microprocessor-based temperature controller senses the discharge temperature to control the Gas Modulation System to achieve the desired discharge temperature (+/- 1°F) at any airflow available from the control panel adjustment.  An independent high-temperature limit senses the discharge for added safety.  The high-temperature limit switch is automatically reset after things cool down.  A special key is required to access the control panel and burner controls to ensure that only authorized personnel can open the panels. This feature combined with others mentioned here makes it one of the safest bed bug heaters in the market.

Heat Injector System™ Professional Bed Bug Heater Simple Setup

Easy Operation and Maintenance

Many commercial bed bug heaters are complex to operate safely and require significant maintenance. Our patented bed bug heat equipment was designed with the user in mind and there is no specific maintenance that needs to be done on this equipment.

The airflow is controlled with a switch and the volume of air is controlled by adjusting a knob.  The burner is engaged with a switch that is interlocked to the airflow.  The burner can be started and operated at any airflow. The desired discharge temperature is controlled by toggling the set point displayed on the Temperature Controller mounted in the Control Panel Door.

The belt for the main airflow blower should be periodically monitored for tightness by viewing it through the air inlet.  The soft start and stop of the VFD will cause the belt life to be extended.  The redundant valves should be tested annually and test voltage for the flame rod amplifier should be recorded to see if the signal is becoming weaker which would indicate the soon replacement of the flame rod.  The Igniter should also be visually inspected annually. A detailed Owner’s Manual is supplied with every purchase.

The Modular design make these bed bug heaters easy to repair if the need ever arises.

Applications

Our patented bed bug heat equipment is being successfully used by various types of pest control companies.  Some had already been using other bed bug heat equipment prior to learning about the Heat Injector System while others transition directly to heat with the Heat Injector System when they saw how safe, simple and effective it was.

Our clients have taken on these challenges with the Heat Injector System:

  • Call centers… a 35,000 sq. ft call center was treated in 48 hours with 2 Heat Injectors.
  • Heat Treatment of shoe store and associated warehouse.
  • Heat treatment in University housing and homeless shelters
  • Heat treatment in motor homes and Semi-Trucks with sleeper cabs.
  • Heat treatments in Water Park Suites
  • Residential Homes of any size
  • Commercial Properties and Nursing Homes
  • Supplemental heat for water restoration process
  • Hotels, motels and cabins

Heat Injector System™ Professional Bed Bug Heater Low Cost

The Heat Injector System utilizes flexible Mylar duct with a variety of fabric duct connectors to create the distribution system for the heated airflow. The heated airflow is discharged into multiple locations within the structure. These locations receive the heated airflow which will migrate through the structure toward the Air Intake.  A 3-port fabric duct connector is attached to the Discharge with Velcro to connect up to 3 individual distribution legs. Fabric duct connectors link additional lengths of duct and adjust the length of the flexible duct section (normally 25’) by holding a segment from extending. Each of the 3 distribution legs can be split into 2 or 3 legs to allow multiple distribution locations within the heat treatment. The fabric duct connectors are also used as end-of-duct restrictions to balance the heated airflow. The DC-90 is a fabric duct used to discharge the heated airflow through 90 inches of openings which forces the heated air under heavy furniture and against the baseboard areas to ensure thorough heat penetration.  The fabric duct connectors and flexible ducts are easy to install. The flexible duct can be moved during the heat treatment and clutter doesn’t present a problem. This method was designed to be easy to set up, teardown and transport.

Heat Injector System™ Recirculated Airflow

The Heat Injector is unique amongst the professional bed bug heaters as it draws air from the space and injects heat into the air being discharged, through flexible duct, into remote locations within the heat treatment area. This recirculation method produces an airflow through the structure; from the discharge locations toward the Air Intake on the Heat Injector.

Heat is continuously injected into the recirculated airflow to achieve the desired discharge temperature. The heated airflow brings the structure and its contents up to a lethal temperature for bed bugs and their eggs. The low emission heat that can be recirculated to perform the heat treatment without exceeding the acceptable Carbon Monoxide levels for a work environment.

When the heat treatment is finished, the Heat Injector has the ability to purge the heated air from the space which makes it easier for the operator to pack up, and cool enough for the typical HVAC to function.

U.S. Patent 9,459,022 defines the Modular Heat Injector and the unique heat treatment process

Heat Injector System™ Bed Bug Heat Treatment Process

The process used to perform a heat treatment with the Heat Injector System is unique because it utilizes recirculated airflow and has the ability to pressurize the heated space.

12 Steps to Perform for a Sucessful Heat Treatment for Bed Bugs and Pest Control

  1. Move the Heat Injector to the location of the bed bug infestation and position it within an outside doorway or within the heated space, with the Air Shell installed to isolate the motors and controls from the heated air.
  2. Plug the Heat Injector into any standard outlet.
  3. Attach flexible duct to the discharge of the Heat Injector with fabric connectors and establish the discharge duct work to transfer the heat into the remote locations.  Test the duct with maximum air volume.
  4. Attach the gas hose to the Heat Injector using the quick disconnect (QD) fitting, with the other end attached to the Gas Manifold. Gas regulators, with thumb wheel connections, are attached to dual tanks to supply the Gas Manifold. If the Heat Injector is inside the heated area, the gas hose runs through the flexible duct that supplies an outside air access.Heat Injector System™ Testing Gas Connections
  5. Turn on the Airflow switch and the Heat switch, set the desired discharge temperature, and adjust the airflow to maximum.
  6. After the heat has been started, install doorway drapes to manage the airflow leaving the rooms that receive the heated discharge. The drapes cause the coolest air to exit the room at the floor.
  7. Install the Doorway Air Barrier to close-off the space around the Heat Injector when it is positioned in an outside doorway.
  8. At this point, it’s automatic; the heated airflow will continue to be pushed into the infested areas with the heat migrating toward the Air Intake. Monitor the Air Intake temperature to determine the overall status of the heat treatment.
  9. Place sensors in the heated area and monitor them to ensure all areas are thoroughly heated.
  10. During the periodic inspections, manage the heated airflow by moving the flexible duct to different discharge locations. Optional fans circulate the stratified heat to increase the thermal transfer into the contents and to shorten the heat treat time.
  11. When the Air Intake exceeds about 125°F, begin the pressurization process by opening the Gate and dropping the Damper to force heated air through cracks and openings within the structure where bed bugs might find harborage.
  12. Heat until the structure and its contents have reached lethal temperatures for bed bugs and their eggs.

Heat Injector System recirculates the heated airflow within Heat Treatment

Efficiency of the Generator Powered Heating SystemsThe Heat Injector draws air from the space and injects heat into the air being discharged into remote locations within the heat treatment area through flexible duct. This method produces an airflow through the structure, from the discharge locations toward the Air Intake on the Heat Injector. Heat is continuously injected into the recirculated airflow to achieve the desired discharge temperature. The heated airflow brings the structure and its contents up to a lethal temperature for bed bugs and their eggs. The low emission heat that can be recirculated to perform the heat treatment without exceeding the acceptable Carbon Monoxide levels for a work environment.

  • When the bed bug heater treatment is finished, the Heat Injector has the ability to purge the heated air from the space to makes it easier for the Operator to pack up, and not so hot for the client when they return.Heat Loss From Forcing a Heat Air Exhaust
  • With the Heat Injector’s patented recirculated airflow technology, these losses are eliminated, and fuel consumption decreases as the heat treatment progresses. This makes it one of the most energy-efficient, effective, and user-friendly professional bed bug heaters in the market.

Fuel Consumption Comparison with Heat Injector System™ Bed Bug Heat Treatment


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