Wanderport Corporation

WanderPort is pleased to introduce its Revolutionary Eco-Friendly Pulsar Tankless Micro Wave Energy Water Heaters, the most advanced microwave tankless water heater ever made. Unlike most brands, the Pulsar tankless water heater constantly monitors the incoming water temperature and flow rate and modulates microwave power to precise on demand water temperature as selected by the user for unsurpassed temperature control.

A variety of models are available to suit a wide range of point-of-use and whole-house residential and commercial applications. The Pulsar and Pulsar Plus series of tankless water heaters can produce up to about 6 to 7 gallons per minute of shower temperature water (depending on model selection and climate) on an on-demand basis while providing energy savings of 30 to 50% compared to most conventional electric and or gas tank water heaters.

Technical Specifications

The key element in support of this system is the method by which microwave energy is used to heat. One might present the case that attenuation is impossible to eliminate. That is basically a correct assumption, however we can allow for it. We can further compensate for it by using multiple magnetrons operating on different frequencies "simultaneously"

By using this technique we are able to effectively transfer microwave energy into water being heated as it is absorbed differently as different depths and at different temperatures.

Electromagnetic penetration is infinite in a perfectly transparent substance and zero in reflective material (eg. metals). At the microwave frequency of 2.45 GHz, most energy is absorbed by water. Although it is also true that magnetrons are 70% effective, we have increased the way that these magnetrons can yet increase water temperature. An unwanted by-product produced by magnetrons in other conventional settings is heat, (almost 30%).

We utilize this otherwise lost heat to cool the magnetrons and further heat the water through thermal transfer. Thus our efficiency rate improves substantially. Further, one might present the point in regards to the directionality of the microwave energy and the control of same.

In response to this we are able to some degree to compensate for the directionality of the microwave energy from the magnetrons by employing several techniques. Within the "containment field" of our unit we employ the "S" architecture which allows for a sufficient "delay" for the water to be processed i.e. enter cold and exit hot. Secondly, the relative position of the water contained within the tube forming the "S" architecture changes as it flows so that the "exposed" portion of the water varies from one "pass" to the next where a "pass" is defined as exposure to the magnetron array.

A passive impeller contained within the tube also serves to reorient or "mix" the water prior to entering each "pass".

Disclaimer of all Rpresentations and Warranties

In regard to any information, product, or service furnished in connection with this preliminary specification sheet", Robert Simoneau, doing business with associates collectively known as Pulsar Advanced Technologies (PAT), disclaims any and all warranties, express or implied, including without limitation any and all implied warranties of merchantability or fitness for a particular purpose. These specifications are preliminary and are subject to revision and change without notice and as such must not be construed as representation. PAT further disclaims any liability under any circumstance for any loss of profits, business interruptions, any loss of business information, or any other pecuniary loss, including any incidental, special, exemplary, punitive, or consequential damages, even if advised of the possibility of such damages.