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These are our first electronic ignition systems which are Honeywell modulated and controlled. These units are capable of 415,000 BTU's. The stainless steel boxes require 110 volts and measure 13" x 13" x 4" and are water tight. They come with a 60" maximum ignition lead and can be used on propane or natural gas. The newest models are 13" x 8" x 4" now!
The units below are the Hot Wire Ignitions, 400,000 btu capability for natural gas or propane
The burner below has a 300,000 BTU controller, 36" triple ring mounted on a 48" aluminum base plate for a fire pit in San Diego. These can be adapted for natural gas or propane with up to a 96" lead pilot light and igniter.
The IPI used in the fireplace below is a battery operated.
The fireplace below was done for
Nick Cannon (
http://www.NickCannon.com /) (now married to Mariah Carey)in Hollywood Hills California. We installed a remote control inside of the fireplace on the left side as you will see. The remote control was an IPI (Intermittent Pilot Ignition) so the pilot light only goes on when you turn the fireplace on with the remote control. We use a lava base filler and topper it with 1/8" black for a very fine layered look. The fireplace was coated with a high heat concrete mix to make it look wider and lower. A very contemporary look and it looks great.
The remote is on the lower left side with
crushed lava all around
We have turned it on to a low flame
and now you have one very simple but unique fireplace. You almost can't see the remote because of the glass color. The remote was to go inside the left cabinet but the plumber forgot to show up, oh well. But it's done and everyone is happy.
The round pan below is a propane pan with electronic ignition. This is a 36" aluminum pan with a 2" lip all around
The two pans below are stainless steel and are propane fueled with 415,000 BTU electronic ignitions each.
The electronic ignitions that were used in the Renaissance Hotel in Arizona were our MVKEI HC-5 units for natural gas. We used flame rod sensors on these torches.
13 of these were installed around the hotel
We use 12" stainless steel rings on the torches.
The fire pit below is in Glendale, Arizona at the Renaissance Hotel. We installed an electronic ignition with a 30" stainless steel ring. The glass use was a Clear base with Starfire on top and topped with 42 lbs of Apricot Topper. These pictures were taken with the edges still exposed which were covered by a layer of Starfire.
The two boxes below are our IPI battery operated electronic ignitions which are 100,000 BTU rated. The exterior boxes are for protection from the weather and keep the unit and batteries safe and dry. These are typically installed under the glass in a fire pit our doors under the glass or in a sub panel just like our 110 volt electronic 415,000 BTU units.
On the left you can see the gas lines, one in and one out along with a 60" IPI lead (Intermittent Pilot Ignition). This allows the ignition system to be 60" away from the flames if required.
We then covered it with our
Starfire to test for soot and as you can see, a clean burn.
The pan below is a stainless steel pan with a 415,000 BTU electronic ignition installed under the pan. It's what the customer wanted. It's like hooking your car up the the shuttle for more power. This pan was installed in Nipomo/ Pismo Beach California, Shea Homes and we get up there we will take finished pictures as we installed 6 other fireplace which we will take pictures of as well.
The front stainless skirt hide the control box which is 4" tall.
The fire pit below was another failed attempt from a company called Fire By Design in Nevada. They helped these customers design a propane fire pit with an electronic ignition (fair at best) and with the lack of knowledge about propane here is the failed attempt. The ring was to placed above the glass according to the manufacture (wrong!). There was no air mixer/ venturi let alone calibrating for proper air mixture to insure a clean burn. The company would not even return any calls to the customer and we repaired the system and made it work properly. This home was on the beach in South Florida.
Several thing went wrong here, wrong filler (lava was too large), Bad cage design over the pilot light/ ignition, they buried the ignition system under the ring and glass, the ring was left on the surface, no air mixer, no customer support, the ring that was supplied was a steel ring for outdoors, wrong! This should of been a stainless steel ring and a strong recommendation for a cover because it was at the beach! We would of also given the option of a #304 stainless steel marine grade ring. We also manufacture our our rings as well.
The twin
ribbon burners below are 50" long each and powered be an
electronic ignition. The will be installed in Santa Barbara California.As soon as the installation is complete we will post the finished pictures of the burners. They will be installed one in front of the other to create two walls of fire.
These we mock up shots with very low pressure in the shop and when they get installed you will be able to see the potential of these burners.
The ignition system that was powering these burners is a 110 volt 415,000 BTU system. The control of the flame height can only be done manually as electronic control is not available as of yet for this unit.
The fire pit below is in Marksville Louisiana and is at the Paragon Casino. The fire pit had an 18' fire ring installed in #304 stainless steel. The was done in and aluminum trough with 10 individual center feed burners. The gas line was a 1 1/2" and 5 lbs of pressure at 7" water column on natural gas. The ignition system is a Honeywell Infrared Flame Detection system. We will post more information on these larger fire features.
The big white ball is actually the Pearl of Louisiana.
Below is the fire ring in its trough surrounded by the water feature.
Below is one of the sections with the stainless steel burners. The complete feature is filled with water all around the fire ring.
The fire pit below is in Newport Beach California at Newport Coast Development. We replaced a hot spark ignition which did not work, with our IPI (intermittent Pilot Ignition) electronic ignition system. The fire pit was 18" deep and 48" across. This is what was installed:
We will show you from beginning to end:
Looked pretty nasty when we got there
We built a double box to protect the equipment in the fire pit as well
The ring is now installed
The electronics can be accessed if ever there was a failure of the equipment and you can access it from the surface. Before the equipment was 20 inches below the surface, not a very good idea!
We only did the fire pit, not the view. That came with the home. But one very impressive view!
As you have looked at all of our pictures we would like you to know we use
Crystals as our
Toppers and Toppings. We don't use "Recycled" glass, ever! We are actually the only company that produces
Crystals for fireplace and fire pits.
We tried to get pictures of it burning, but the flames just didn't show. Look above and you can see a flicker in the daylight. Actually the flames were over 16" tall but you can't see this in daylight.The contractor will get a few night pictures when they and if they can.
The
ribbon burner below is made from 1/8" brushed stainless steel. The center was water jet cut and then we bent the two center fins down to install the ribbon burner with
electronic ignition. The base plate measured 94" x 26" and was installed in San Diego, California. The architect is Kelly Crain of San Diego.
Hopefully we will be sent the finished pictures of the fireplace.
We can build these in any size, shape, material and in natural gas or propane.
This was tested in the shop with a minimal of 1/4 lb of natural gas. This burner is capable of at least an 18"
ribbon burn. If you look in the center you will see the ignition head for the
electronic ignition.
The
Electronic Ignition System below is a dual Ignition in one box. It was installed in a back to back set of fireplaces. The pictures below show the parts while being tested. Every system we build we test! We don't let any system go out unless it was tested several ways, especially propane!.
This was an outdoor application which required a top to protect the electronics.
The two fire tubs below were for the Anaheim Marriott in California. The two stainless steel surrounds were installed into the rock fire pit to conceal the electronic ignitions. They had placed logs on top.
These can be made in any size or shape.
The fireplace below was installed with a dual battery operated 100,000 BTU
propane electronic ignition system. Each capable of 100,000 BTU's of fire. The first pictures show what we had to work with and how it progressed.
If this was in your house you would say NASTY!
Burning wood and logs is just nasty and dirty! True story!
Above you can see the soot that come out of the fireplace and and leaves your house smelling so carbon monoxide fresh! YUCK!
Add a bit of lime stone.
A few pieces of copper.
Below you can see the
sand bed and the ignition box we built.
Below are the two vent we installed for the air mixers inside of the
ignition systems.
and here we are finished. Now isn't that much better litter feller?
Modern times call for modern measures! I guess that's why we are Moderustic!
The fire pit below is located in San Diego, Gable Point Loma. There were 2 electronic ignitions installed and a false bottom was installed. We filled the base with Clear base glass and 1/2" Clear base glass.The lines were installed from the back.
Below are the electronic ignitions.
Framing/ metal studs were installed and two layers of durock was then installed to support the glass.
Finished!
The fire pit below is from Chad McGraw in Washington State. He took a simple patio and transformed it into a fire pit and seating area. The electronic ignition was installed under the bench to the left and accessible from the rear of the seating area.
The fireplace below is on the water in Florida. We built a Ribbon Burner for this Propane Burner and equipped it with an Electronic Ignition. All parts that were used were #316 marine grade stainless steel.
The media that was used was a very fine crushed lava.
Mark Cotter was the contractor in Florida who is responsible for this wonderful addition!
The next few pictures are of 36" Black Reflective (chromium coated) Battery Operated Ignitions installed under the Vortex Fires. These are propane fueled Vortex Fires.
If you notice the hole in the front, it is light the ignition system in the event it does want to light because of moisture. We also use this hole to lift and remove this glass panel to clean the interior if it is ever needed. "Don't build a car and weld the hood shut." The batteries are accessible from and under the bottom side.
The next few Propane Pan pictures are of a rake pan. Being 1/2" in the front and 2" in the back. Sitting on 2" legs underneath. We also placed a 2 1/2" metal curtain on the front to conceal the controls and battery compartment. This pan is constructed in steel or can be made from any metal or finish you like. Each of these pans are built for your fireplace specifically. We have very few "off the shelf" items.The remote control allows to adjust from low to medium to high.
Testing the Propane Pan at 100,000 btu's. We used a triple 18" burner giving us 6 rows of flames.
If you look closely you can see the battery operated ignition system on the lower right of the pan.
Here is the metal curtain we made. The pan was made to be 3" smaller all around in the fireplace, the front being flush to the front of the fireplace with the metal curtain filling the voids on the sides.
Above you can see the simplicity of the curtain.
Now finished and ready for installation and fire glass!
The next several pictures show you a flip top box design for a fire pit control panel. It is constructed from stainless steel or could be made from aluminum. The trimming valves are for adjusting the flame are inside along with an electronic key to activate the electronic ignition. These were made for an apartment complex and only the management had control of the electronic ignition. Here are the pictures.
These two separate boxes were made to fit each specific fire pit.
The next two fire pits were at the same location, Newport Beach California.
We installed an electronic ignition in each fire pit. We will explain as we move on:
These are spark to pilot ignition systems. Notice the 1/4 turn ball valve on top of the ignition box.
We then made a flip top box to access the valve to adjust the flame height.
We used the old burners that were already in the fire pit previously.
We filled the fire pit up with the rock that was previously installed.
Then we covered everything back up with their lava. The flip top box was also covered with lava. We just left it exposed so you could see how this was done.
Both fire pits were electronically controlled by a Questron system. Simply by power on or power off. The flame can only be adjusted manually.
The next set of fireplace pictures are from Jim Malless. We made a 4" tall pan and installed a battery operated remote control under the pan. The pan has a removable front face to conceal the components. The glass that he installed is:
Starfire base,
Clear base under the Starfire, (more cost effective)
and a few Amber Diamonds!
These pans are built to fit each fireplace one at a time. Yours will be made just for you.
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