King / Princess BLAZE KING. King / Princess. Free Standing Wood Stoves.

Transcription

1 / LZE KIN / Free Standing Wood Stoves

2 Parlor shown with Satin oor, Satin Legs, Satin Rails and Optional Side Shields & sh rawer lassic shown with lack oor, lack Rails and Optional Side Shields Ultra shown with lack oor and standard onvection eck KIN Maximum Performance t 88% LHV F efficient, 82% HHV F, the is the most efficient wood stove in the world. This allows you to get the most heat out of your wood to reduce your heating costs. Maximum Size The has the deepest and also one of the largest fireboxes of any stove on the market it is for serious wood burners. This firebox is great for families who live in colder climates, have larger homes or need heat for longer periods of time. You can fit up to 9 lbs. of wood into the s 4.2 cu.ft. firebox. That s equal to 70,90 TUs of available wood energy. The can burn for 40+ hours on low or produce a tremendous amount of heat for 2 to 6 hours, depending on your installation and wood type. The distance from the door opening to the bottom of the firebox is 9". Our design minimizes any chance of coals rolling forward and out of the firebox when the door is opened. The deep firebox keeps the removal of ash to a minimum. Style hoices There are three styles to choose from; the Parlor, the lassic and the Ultra. The Parlor comes with cast iron legs for a more traditional look while the Ultra is versatile because of its large, standard ash drawer. The lassic has a lower profile which makes this model more install friendly. You can finish any of these styles with decorative, plated finishes. calculations for TUs and burn times * You can fit 9lbs of wood into the 40 size firebox (4.2 cu.ft.). ased on an EP recognized equivalent of one pound of non-resinous wood equal to 8,500 TU s and one pound of resinous wood equal to 9,700 TU s per pound, giving a weighted average of 9,00 TU s per pound. (9,00 TU s per lb. x 9lbs = 827,58 TU s - 5% moisture content = 70,90 TU s) ** LHV 70,90 x 88% efficiency = 68,9 TU s 2 hours = 5,582 TU s. HHV 70,90 x 82% efficiency = 576,780 TU s 2 hours = 48,056 TU s. *** LHV 70,90 x 88% efficiency = 68,9 TU s 40 hours = 5,475 TU s. HHV 70,90 x 82% efficiency = 576,780 TU s 40 hours = 4,49 TU s. Length of burn time, sq. ft. heated, Heat Output and TU s depend on type of wood, moisture content, house insulation and climate conditions. Specifications: Optimum Performance (LHV) Real World Tested Performance (HHV) Maximum heat input* 70,90 TU s 70,90 TU s Efficiency 88% 82% (EP listed efficiency) on High** on Low*** 5,582 TU s/hour up to 2 hours 5,475 TU s/hour up to 40 hours Square Feet Heated Maximum Log Size Up to * urn Time Emissions (grams/hour) Firebox Size 48,065 TU s/hour up to 2 hours 4,49 TU s/hour up to 40 hours Up to 40 hours on low.76 g 4.2 cu. ft. Flue Size (do not reduce) 8"

3 PRINESS orrect Firebox Size It is important that you pick the correct stove size to heat your home. The, at 2.85 cu. ft., has a larger size firebox. ll laze catalytic stoves have a thermostat control to allow you to regulate the heat output making it usable in a wide variety of home sizes. eeper Firebox is a Safer Firebox Our design minimizes any chance of coals rolling forward and out of the firebox when the door is opened. The distance from the door opening to the bottom of the firebox is 6 in., allowing the to hold up to 60 lbs. of wood. Our deep fireboxes minimize the need to remove ashes. Ultra shown with Satin oor, Satin Rails and Optional onvection eck External oor Latch Specifications: Optimum Performance (LHV) onvection eck Real World Tested Performance (HHV) Maximum heat input* 464,042 TU s 464,042 TU s Efficiency 88% 8% (EP listed efficiency) Parlor shown with lack oor, Satin Legs, Satin Rails and Optional Side Shields on High** on Low*** 40,86 TU s/hour up to 0 hours,62 TU s/hour up to 0 hours Square Feet Heated Maximum Log Size Up to 20"** urn Time Emissions (grams/hour) Firebox Size 7,587 TU s/hour up to 0 hours 2,528 TU s/hour up to 0 hours Up to 0 hours on low 2.42 g 2.85 cu. ft. Flue Size 6" lassic shown with lack oor, lack Rails and Optional Side Shields calculations for TUs and burn times * You can fit 60 lbs. of wood into the size firebox (2.85 cu.ft.). ased on an EP recognized equivalent of one pound of non-resinous wood equal to 8,500 TU s and one pound of resinous wood equal to 9,700 TU s per pound, giving a weighted average of 9,00 TU s per pound. (9,00 TU s per lb. x 60lbs = 545,92 TU s - 5% moisture content = 464,042 TU s) ** LHV 464,042 x 88% efficiency = 408,57 TU s 0 hours = 40,86 TU s. HHV 464,042 x 8% efficiency = 75,874 TU s 0 hours = 7,587 TU s. *** LHV 464,042 x 88% efficiency = 408,57 TU s 0 hours =,620 TU s. HHV 464,042 x 8% efficiency = 75,874 TU s 0 hours = 2,529 TU s. Length of burn time, sq. ft. heated, Heat Output and TU s depend on type of wood, moisture content, house insulation and climate conditions.

4 and Specifications and learances to ombustibles (See owner's manual for complete list prior to install) learance iagrams E lassic F I P27 8" K2 H P K5" P K5" K 8 " K4 8 " P0 4" K0" P27" P29 8" K4 K6 P4 I H K7 8" P6 4" K2 2 " (w/optional fans) P 4" P= K 5 8" P" Single Wall Pipe K= Ultra Mobile Home/ Reduced learances J K MIN 2ft* *ft REOMMENE 7 P2 8" K6 K 4" P0 4" P P K5 2 " K5 2 " K28" P25" K" P27" Single Wall Pipe P4 7 8" K9" Hearth Pad imensions P2 K8 P7 K22 4" K2 2 K 7 " 8 " K 8 " K2 2 " K4 (w/optional fans) P 4" P 4" P0 4" P= Mobile Home/ Reduced learances Side Wall to Side of Unit 6" 0" 6" 0" Rear Wall to ack of Unit 9" 6" 9" 6" Side wall to Flue enter lassic/parlor = " Ultra = ½" lassic/parlor = 25" Ultra = 25½" 29½" 2½" Rear Wall to Flue enter 20 / 8" 7 / 8" 9¼" 6¼" E djacent Wall to orner of Unit 4" 6" 4" 6" F djacent Wall to Flue enter lassic/parlor = 29 5 / 8" Ultra = 0" Edge of Hearth Pad to Side of Unit J Minimum lcove Height (from stove top) K Horizontal Flue to eiling (US) (in anada, if K=8", then J=79 / 8") (US) lassic/parlor = 2 5 / 8" Ultra = 2 (US) 28" 20" " (US) 8" (anada) K 5 8 " P" " (US) 49" 49" 49" 49" 8" N/ 8" N/ *Reduced learances: Must use Fan Kit or Rear Shield & ouble Wall Pipe. *Mobile Home: Must use Fan Kit or Rear Shield & ouble Wall Pipe and Fresh ir Intake Kit heck Local odes/pipe Manufacturer Requirements for learances. In all of anada and most of US, 8" learances from single Wall Pipe are required. K= Parlor Only spark protection is required. 4 /4" US 46" N* 6" US 8" N *2 * KE Ultra is 47" N *2 6 7/8" (KE Ultra) / 6 /8" (KE) in N 2 /8" in US " US 4" N 6" US 8" N * * * 5 5/8" in N, 2 /8" in US P K5" P K5" 5 5 P " 8 " P 8 K5 K7 K0" P27" *2 4 / US 5 / N 42 /8" US 52 /8" N Note when a wall exit is used floor protection must extend on either side of the horizontal pipe section. P= K 2 " P" K= The enefits of Owning a laze io Energy y using renewable wood fuel in your clean burning laze, you are reducing your output of fossil fuel emissions and reducing your impact on the environment. Our stoves merely release the amount of O 2 that a plant would absorb over its lifespan. laze stoves are amongst the cleanest and most efficient available. Specifications Sq. ft. heating capacity 500 to,000 sq.ft.,200 to 2,500 sq.ft. Wood length Up to * Up to 20"** Wood capacity (soft wood) 50 lb. 4 lb. Wood capacity (hard wood) 9 lb. 60 lb. Flue size 8" 6" oor opening 7¾" x 0" 6 /8" x 9" Firebox depth (front to back) 9" (brick to brick) 2½" (brick to glass) Firebox width 25½" 2 /8" Firebox height 5½" 2½" 8" (brick to brick) 20½" (brick to glass) Firebox capacity 4.2 cu.ft cu.ft. Emissions.76 grams/hour 2.42 grams/hour Maximum heat input* 70,90 TU s 464,042 TU s Heat output on high** 5,582 TU s/hour for 2 hours 40,86 TU s/hour for 0 hours Low burn time Up to 40 hours Up to 0 hours High burn time Up to 2 hours Up to 0 hours pproximate weight (Ultra) 460 lbs. 400 lbs. pproximate weight (lassic) 46 lbs. 55 lbs. pproximate weight (Parlor) 450 lbs. 85 lbs. * It is possible to fit a log into a Stove but the best burning characteristics are gained when you use log lengths of 7". ** It is possible to fit a 20" log into a Stove but the best burning characteristics are gained when you use log lengths of 6". Radiant and onvection Heat Radiant heat is like sunshine. The outer surfaces of your laze radiate heat so you feel the inner warmth you expect from a real fire. The optional dual fan system recirculates room air over the hot surface of your stove. The fans spread this super-heated air evenly around your home. Easy to operate Light a fire as per the instructions in your owner s manual. fter you have established a good fire and the thermometer needle is well into the active zone simply select your heat setting. Your laze will now automatically control the heat from your stove until you need to load it again, which could be up to 40 hours later depending on the model you selected. Options and Ultra and Parlor and lassic Pedestal - - S Pedestal with sh Pan S - - Parlor Style Leg Option (Must choose one) ast Iron Legs (lack) - S - ast Iron Legs Plated - O - (Satin or old) sh Pan - O - oor and Top Rail Options (Must choose one) Painted oor (lack) O O O Satin or old Plated oor O O O Painted Top Rails (lack) O O O Plated Top Rails O O O (Satin or old) ual Fan Kit O O O Rear Heat Shields O O O Side Shields S O O onvection eck () S - - onvection eck () O O O S = Standard Feature, O = Optional Feature, - = Not available Scientific urn hart Offers the Proof! urns Longer, leaner & More Efficiently! 50# # # # # # # # 00 0 laze It burns cleaner and burns longer than any ordinary wood stove! This graph plots the results of a test run by laze Industries, Inc. in its Research and evelopment laboratory on Friday, ugust 2, The test, of a laze KE 07, was run according to WH (Wood Heating lliance) standards for indirect measurement of the heating performance of wood-fired, closed combustion chambered, heating appliances. The lines on this graph trace the temperatures recorded by thermocouple sensors within the catalytic combustor and centered in the flue pipe 48 above the stove top. The fuel level was also charted. With a hot fire burning and 54-pound load of Tamarack in the firebox, the Saturday, ugust 24, 6:00 p.m., 24+ hours at low burn and 22 Peaks like this result from the burning wood collapsing, stirring up sparks and smoke thermostat was closed down to a low setting. Time Friday afternoon :0 p.m. Temperatures at the sensing locations immediately begin to drop, in response to the thermostat setting. lthough the flue temperature soon drops below 200 degrees, indicating a slow burn, the catalyst remains lit, actively consuming the smoke and pollutants which would otherwise be exhausted up the stack. pounds of fuel remain. verage fuel consumption so far.02 pounds per hour. ssuming a useful TU/Pound from the Tamarack of 8,450 and an EP weighted average overall heating efficiency of 82.5% for the model KE 07, we get an average heat output of more than 7000 TU per hour over the 27 hour period of low, clean burn. (which sets off a flurry of combustor activity), and exposing unburned wood to the fire, resulting in rising firebox temperatures. Note how the thermostat responds to this increase, controlling the air intake to the fire, and automatically lowering the combustion to its previous operating level. fter more than 47 hours of clean burning, the catalytic combustor finally goes out, having simply run out of fuel. The remaining volatiles are being consumed within the firebox, before they can reach the combustor. The fire itself is not completely out. bed of hot coals remains, continuing to produce heat for more than an additional 7 hours! dding more fuel during that time would recharge the fire and relight the combustor. That s more than 47 hours of continuous heating, with an instant potential for continuing the burn almost indefinitely. Note too, how the flue temperature remains right around 200 degrees for nearly the entire 47 -hour burn. The stoves heat is being put into the room, not wasted up the stack! Flue Temperature atalyst Temperature Fuel Level 0# 50 0 Hours

5 LZE KIN and Features The enefits of Owning a laze atalytic Technology laze has been making large wood stoves for 5 years. Over this time period we have built a tradition of craftsmanship and performance that is unequaled. In 98 laze invented the first hybrid wood stove using air tubes and a catalytic converter. year later laze received the first certificate of compliance, number 00, for the first clean burning wood stove in North merica. We received this certificate from the Oregon epartment of Environmental ir Quality which was a forerunner to today s regulatory body, the EP. refined version of this technology is what you see in every catalytic laze today. Thermostat control (No electricity required) laze s built-in thermostat constantly monitors the heat output of your stove. It automatically adjusts the air required for combustion. This unique technology, where we combine the efficiencies of a catalytic combustor with a built-in thermostat, provides the longest burn times of any wood stove. You get a full night s sleep without having to reload your stove. It also means that when you return from work, your stove is still hot and your home is warm. Efficiencies The true efficiency for a wood stove is the number published by the US Environmental Protection gency (EP) on its web site. When comparing efficiencies of different brands you should always compare the EP ctual Measured Efficiency and not the Optimum or Low Heat Value (LHV) number quoted by most manufacturers on their brochures. The LHV is not representative of how a stove performs in your home. The EP actual measured efficiency number is a true reading of how your stove performs in the real world. laze has the top 2 most efficient wood stoves in North merica and builds 5 of the top 8 most efficient stoves. Follow the link to the EP web site for confirmation at: ompliance/ resources/publications/monitoring/ caa/woodstoves/ certifiedwood.pdf. Here you will see most other wood stoves listed at a default of 6% while the laze stoves show efficiencies from the mid 70 percentile up to the highest available efficiency of any wood stove at 82%. urn % less wood The combination of our exclusive thermostat and catalytic combustor technology makes your laze stove one of the most efficient wood stoves in the world. The proof of this is in our flue temperatures. Non laze stoves have flue temperatures of between 600 F and 900 F while your laze flue temperatures are between 50 F and 00 F. Non laze stoves pump valuable heat up the flue. Your laze catalytic stove keeps the heat in your home saving you money. y making your stove this efficient you will burn up to % less wood, cut, stack, load and clean % less wood. This is a major advantage that only a laze offers. Less leaning ll laze stove s produce very fine ash because we extract every last drop of energy from the wood. s a result you can go for very long periods before you have to empty your stove. oor esign Every laze has a steel frame around the door opening. Not only does this add strength to the firebox, but it creates a tight seal as it is pressed into the door gasket. Our engineers built the door latch so it is adjustable. You can adjust the tension on the gasket thus reducing the need for expensive replacements. The latch is also more durable because it is placed on the outside of the firebox. lose learances The unique design of a laze makes it possible for it to be placed tightly into a corner. lose clearance options allow for more versatile installs. The and have a double layer of bricks at the bottom of the firebox. s a result, all that is needed for floor protection is a spark protector and not a thermal rated hearth pad. This will save you hundreds of dollars on your installation costs. 0 Year Extended Warranty ecause we believe in the technology and craftsmanship built into every laze stove we are pleased to offer a 0 year extended warranty on your catalytic combustor beginning in / 865 0M