SHILOH® HIGH-EFFICIENCY WOODSTOVE
EPA Certified (4.21 grams/hr)
Model TR002 Owners Manual

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SAFETY INSTRUCTIONS

Read All Instructions carefully.

1. The installation of this stove must comply with your local building code rulings. Please observe the clearances to combustibles (see Locating Stove). Do not place furniture or other objects within the clearance area.

2. Verify that the stove is properly installed before firing the stove for the first time. After reading these instructions, if you have any doubt about your ability to complete your installation properly, you must obtain the services of a professional licensed installer familiar with all aspects of safe and correct installation. DO NOT use temporary or makeshift compromises during installation.

3. DO NOT store wood, flammable liquids or other combustible materials too close to the unit. Refer to certification label on back of unit and minimum clearances (see Locating Stove).

4. Do not install this stove in a mobile home, manufactured home, trailer or tent - NO EXCEPTIONS! (HUD Federal Standard: 24 CFR Ch.XX).

5. If any parts are missing or defective, please notify the dealer or manufacturer immediately. DO NOT OPERATE A STOVE THAT IS MISSING ANY PARTS!

6. Do not tamper with combustion air control beyond normal adjustment capacities.

7. Always connect this stove to a chimney and vent to the outside. Never vent to another room or inside a building. DO NOT CONNECT THIS UNIT TO A CHIMNEY FLUE SERVING ANOTHER APPLIANCE.

8. Do NOT connect a wood burning stove to an aluminum Type B gas vent. This is not safe. Use a code-approved masonry chimney with flue liner or a UL 103 HT  Listed Residential Type and Building Heating Appliance Chimney. Use a 6" diameter chimney, that is high enough to give a good draft (see specifics in chimney installation instructions.)

9. Be sure that your chimney is safely constructed and in good repair. Have the chimney inspected by the fire department or a qualified inspector. Your insurance company may be able to recommend a qualified inspector.

10. Creosote or soot may build up in the chimney connector and chimney and cause a house/building fire. Inspect the chimney connector and chimney twice monthly during the heating season and clean if necessary (see Creosote formation and removal).

11. In the event of a chimney fire, turn the air control to closed position, leave the building and CALL THE FIRE DEPARTMENT IMMEDIATELY! Have a clearly understood plan on how to handle a chimney fire by contacting your local fire authority for information on proper procedures in the event of a chimney fire.

12. To prevent injury, do not allow anyone to use this stove who is unfamiliar with the correct operation of the stove.

13. Do not operate stove while under the influence of drugs or alcohol.

14. Ashes should not be allowed to accumulate above sides of ash drawer. Dispose of ashes in a metal container with a tight fitting lid. Keep the closed container on a noncombustible floor or on the ground, well away from all combustible materials. Keep the ashes in the closed container until all cinders have thoroughly cooled. The ashes may be buried in the ground or picked up by a refuse collector.

15. The special paint used on your stove may give off some smoke and an odor while they are curing during the first 12 to 15 fires. Additional smoke and odor may be emitted from the light oils used in construction of the fire box. This should disappear after a short period of time and not occur again. Persons with lung conditions or owners of susceptible domestic pets (such as birds) should take prudent precautions. Open windows and doors as needed to clear smoke and/or odor. Paint discoloration will occur if the stove is overfired.

16. This stove has a painted surface which is durable but it will not stand rough handling or abuse. When installing your stove, use care in handling. Clean with soap and warm water when stove is not hot. Do not use any acids or scouring soap, as these solvents wear and dull the finish.

17. While stove is in operation, all persons, especially young children, should be alerted to the hazards from high surface temperatures. Keep away from a hot stove to avoid burns or clothing ignition.

18. If small children will be in the same room as the stove during operation, provide a sturdy barrier to keep them at a safe distance from the stove. NEVER LEAVE SMALL CHILDREN UNSUPERVISED WHEN THEY ARE IN THE SAME ROOM AS THE STOVE.

19. The walls of the firebox may become slightly distorted after a period of use. A slight distortion will not affect the operation of the stove.

20. Keep stove area clear and free from all combustible materials, gasoline, and other flammable vapors and liquids.

21. To prevent burns, always wear protective clothing, leather hearth gloves and eye protection, while tending the fire.

22. While in operation, keep the feed door closed at all times except while tending the fire.

23. Do not overfire the stove. Overfiring will occur if the feed door or ash clean-out cover are left open during operation. Such actions will result in very dangerous operating conditions.

24. DO NOT ELEVATE FIRE! Build fire directly on the bottom of the firebox. This stove has not been tested with the use of grates, andirons, or other means of elevating fire and should not be used.

25. All power cords and electrical appliances and/or assemblies must be kept outside of the clearance dimensions shown in this manual for combustible materials.

26. For further information on using your stove safely, obtain a copy of the National Fire Protection Association (NFPA) publication, "Using Coal and Wood Stoves Safely" NFPA No. HS-10-1978. The address of the NFPA is:
    Batterymarch Park, Quincy, MA  02269.

ASSEMBLY INSTRUCTIONS

NOTICE: Vogelzang International Corp. grants no warranty, stated or implied, for the installation or maintenance of your wood stove and assumes no responsibility of any incidental or consequential damages.

TOOLS AND MATERIALS REQUIRED FOR INSTALLATION
 

Locating Stove
 

1. The stove must be placed on solid concrete, solid masonry, or when installed on a combustible floor, on a listed floor protector, such as Hy-C or Imperial Model UL4648BK or
   equivalent with 0.8 R factor. (NOTE: to calculate R-value of alternative materials see reference). The floor protector must extend at least 16" beyond the front of the access door, 8" to the sides of fuel opening, and must extend under and 2" beyond either side of the stove pipe if it is elbowed towards a wall (see figure 10 & figure 11 & figure 12) and consult local building codes and fire protection ordinances).

2. The stove must have its own flue. DO NOT CONNECT THIS UNIT TO A CHIMNEY FLUE SERVING OTHER APPLIANCES.

3. After observing the clearances to combustible materials (see figure 10 & figure 11 & figure 12), locate your floor protector accordingly (see figure 10) and carefully place the stove in your selected location. Install connector pipe, elbows, and thimble as required, utilizing either a recently cleaned and inspected 6" masonry chimney or a 6" i.d. listed chimney.

4. Use round 6" diameter minimum 24 MSG black or 26 MSG blue steel stove pipe to connect the stove to the chimney. Do not galvanized stove pipe. Secure each pipe section with three (3) sheet metal screws in each stove pipe and/or elbow joint to firmly hold the pipe sections together. DO NOT CONNECT THIS STOVE TO ANY AIR DISTRIBUTION OR DUCT SYSTEM.

5. Recheck clearances from the stove, connector stove pipe, and corner clearances using the illustrations (see figure 10 & figure 11 & figure 12) and your local building codes or fire protection ordinances.
   NOTE: A wall faced with drywall, brick or stone must be considered a combustible surface.

6. DO NOT USE THIS STOVE IN A MOBILE HOME, MANUFACTURED HOME, TRAILER OR TENT
   NO EXCEPTIONS! (HUD Federal Standard: 24 CFR Ch.xx)

7. The clearances provided are minimum dimensions determined by OMNI-Test Laboratories, Inc., the manufacturer’s testing laboratory. Installation of this stove must comply with the latest edition of NFPA 211 for reduced clearances and/or your local building code rulings. Use whichever minimum dimensions are LARGEST.

8. This stove meets U.S. Test Standard UL 1482-1996.

Fig. 10    TOP VIEW Minimum Clearance Dimensions from Combustible Surfaces:

Fig. 11  Minimum Clearance Dimensions from Combustible Surfaces (front and side views)


 

Fig. 12   Top View:  Minimum Corner Clearances from Combustible Surfaces

CORNER CLEARANCES
 

Connector Pipe Installation
 

1. The crimped end of the stovepipe fits into the stove flue collar. Install additional pipe and elbow with the crimped end towards the stove. This will allow any condensation in the flue to run back into the firebox.

2. Horizontal pipe runs must slope upwards towards the chimney at least 1/4" per foot of horizontal run.

3. You must have at least 18 inches of clearance between any horizontal piping and the ceiling.

4. The pipe cannot extend into the chimney flue (see figure 13).

5. Secure pipe/elbow sections with three (3) sheet metal screws at each joint to make the piping rigid.

6. It is recommended that no more than two (2) 90° bends be used in the stovepipe installation. The use of more than two 90° bends may decrease the amount of draw and possibly cause smoke spillage. Where possible, use only corrugated (nonadjustable) elbows. These provide a better seal.

7. The connector pipe must not pass through an attic or roof space, closet, or any concealed space, or floor, ceiling, wall or combustible construction. (See Chimney Connector Systems and Clearances.) A UL 103 HT Listed chimney must be used from the first penetration of ceiling or wall to the chimney cap.

Fig. 13  Stovepipe / Flue Connections:

FIREBRICK ASSEMBLY

Firebrick extends the life of your stove and radiates heat more evenly. Check to see that all firebricks are in their correct positions and have not become misaligned during shipping or assembly. If removed for ease of locating stove, firebrick must be replaced before firing. See Figure 14 for proper positioning.
 

Fig. 14 - Firebrick Installation

CHIMNEY CONNECTIONS

The stove must be connected to either a masonry or manufactured metal chimney built and tested to the specifications listed on the previous pages.

Chimneys perform two functions:  

1. As a means of exhausting smoke and flue gases which are the result of fuel combustion. 

2. The chimney (only) provides "draft" which allows oxygen to be continuously introduced into the appliance, so that proper combustion is possible. This stove relies on natural draft to operate.

NOTICE: Always provide a source of fresh air into the room where the stove is located. Failure to do so may result in air starvation of other fuel burning appliances and the possible development of hazardous conditions, fire or death.

Note, your stove does not create draft. Draft is provided by the chimney. To achieve proper draft your chimney must meet the three minimum height requirements. (See figure 16, figure 17, figure 18) A minimum of 0.05 w.c. (measured in water column) is required for proper drafting to prevent back puffing, smoke spillage, and to maximize performance. (Gauges to measure draft are readily available at stove stores and are economical to rent or purchase.)

Factors such as wind, barometric pressure, trees, terrain and chimney temperature can have an adverse effect on the draft. The manufacturer cannot be held responsible for external factors leading to less than optimal drafting.

Should you have a problem with inadequate draft, you should contact a licensed heating and cooling contractor for assistance in solving the problem.

IMPORTANT Installation Points

1. Size chimney flue to stove collar. This stove requires a 6” diameter flue.

2. Never connect this unit to a chimney serving another appliance.

3. The chimney must meet all minimum height requirements.

4. Never use a chimney to ventilate a cellar or basement.

5. Contact your local building authority for approved methods of installation and any necessary permits and/or inspections.
    

NOTE: It is recommended that you contact a licensed heating and cooling contractor (consult your local yellow pages) for chimney installation.

Manufactured chimney with the proper required UL listing is available from most home centers, hardware stores, and HVAC supply stores.

You may wish to view chimney manufacturers’ information on-line. See, www.duravent.com, www.selkirkinc.com, www.mtlfab.com.
 

Venting a stove directly into a fireplace does not meet code and should not be attempted. (This constitutes connection to another appliance - the fireplace.) Combustion products will be deposited and build up in the firebox or fireplace. The stove warranty will be void with such an installation. Do not create a hazard in your home by connecting in this manner.

FIREPLACE INSTALLATION

Directly connecting the stovepipe into the existing masonry chimney (see figure 19 "Type A" fireplace conversion) of the fireplace is the only approved method of installation. This is a complicated and involved process and to insure safety should only by done by a qualified installer.

1. An entry hole must be cut through the masonry and tile liner with minimal damage to the liner. At least 8" of liner must remain below the entry position. When locating the stove and stovepipe, all minimum clearances must be observed from combustible surfaces including mantels, combustible trimwork, ceilings and walls. Positioning the center of the stove pipe entry into the chimney 24" below the ceiling should insure proper clearance for a 6" stovepipe. 

2. Install a metal or fire clay (5/8" minimum thickness) thimble. Make sure the thimble is flush with the inner surface of the chimney liner and does not protrude into the flue (see figure 13).

3. Secure the thimble with refractory mortar. The thimble should be surrounded by 8" of solid unit masonry brickwork or 24" of stone.

4. Install the stovepipe into the thimble as far as possible without extending past the flue lining (see figure 13 & figure 14 & figure 15).

5. A small airspace (about 1/2") should remain between the stovepipe and thimble to allow for expansion of the pipe. Seal this airspace with high-temperature caulking or ceramic wool.

6. Secure and seal the damper in the closed position using high-temp caulking, ceramic wool, or furnace cement. Also check to see if the chimney has a cleanout. If it does, make sure it is closed and sealed as well. A leaky cleanout will greatly reduce draft efficiency.

OPERATING INSTRUCTIONS

OPTIMAL FUEL CONSUMPTION

This stove is designed to get the most efficient transfer of heat energy from the wood fuel and radiate it into your living environment. The fire box introduces combustion air through three sources. (1) Immediately beneath the door opening below the window is a Lower Primary Air Orifice (LPAO). (2) The door air inlet control brings air into the firebox and controls the rate of burn (and the amount of heat the stove radiates). (3) The secondary air tubes at the top of the firebox are designed to ignite the combustion gases (smoke) given off by the burning wood and increases the efficiency of the stove and reduces chimney emissions.

Smoke given off by burning fuel consists of very small organic liquid droplets. If these droplets condense, they form a sticky tar-like substance called creosote. When operated properly, this stove is designed to burn these droplets. Burning these droplets releases heat that would otherwise be lost up the chimney as smoke. Following the instructions below will help you operate your stove properly to maximize the stove’s performance. Actual performance is dependent on chimney height, weather, log size, wood species and moisture content. Some experimentation will initially be required to find that “sweet spot” where your stove performs best. The following will give you a starting point to find your optimum settings.

When first loading fuel set the door air inlet control at the wide open position for at least 15–20 minutes. When the stove is working properly you should be able to observe secondary combustion flames above the fuel pieces in front of the secondary air tubes at the top of the firebox. These secondary flames should continue to burn after the primary air inlet is reset from wide open to the desired operating setting. If the flames do not continue to burn, open the air control to re-establish the secondary flames then slowly reset the air control to the desired setting. Initially it may take several attempts to figure your stove out. But once you find the operating “sweet spot” and the correct mix of procedures to get there, only minor adjustments will be necessary.

The best indicator of a properly operating stove is to look for smoke coming out of the chimney. You may see steam emissions that will quickly dissipate. Smoke will thin but continue to drift without totally disappearing. If you do detect smoke emissions, open the air control a little bit, let the stove adjust for 10–15 minutes and re-check your chimney. Remember – visible smoke represents lost heat.

NOTICE - INITIAL BURNS TO CURE PAINT

BECAUSE OF THE HIGH OPERATING TEMPERATURES, THIS STOVE USES A SPECIAL HIGH-TEMP PAINT WHICH REQUIRES A SERIES OF BURNS TO CURE THE PAINT FOR DURABILITY AND A LIFETIME OF SERVICE.

Proper curing of the high-temp paint requires a series of three initial burns. The stove should be allowed to cool off between each burn. The first two burns should be small fires and low temperatures (250 degrees F) for a duration of 20 minutes each. The third fire should be at a medium-high temperature (500 F to 700 F) for twenty minutes. Provide adequate cross ventilation to clear any smoke or odor caused by initial firings.

STARTING A FIRE

1. Set air inlet control to fully open position.

2. Open the feed door and place several wads of crushed paper in the firebox.

3. Cover the paper with a generous amount of kindling in a teepee fashion and a few small pieces of wood.

4. Ignite the paper and leave the door open slightly. DO NOT LEAVE STOVE UNATTENDED WITH DOOR OPEN!

5. Add large pieces of wood as the fire progresses being careful not to overload. (Do not fill firebox beyond firebrick area.) An ideal coal bed of 1 –2” should be established to achieve optimum performance.

6. This unit is designed to function most effectively when air is allowed to circulate to all areas of the firebox. TIP: If ash or coals remain in the stove, make sure to clear them away from the Lower Primary Air Orifice (LPAO) and rake a slight (1-to-2 inch wide) trough down the center of the coal bed from front to back prior to loading the fuel

7. Once fuel has been loaded, close the door and leave the air inlet control fully open until fire is well established (at least 15–20 minutes) being careful not to overfire (if any of the exterior parts of the stove or chimney connections begin to glow you are overfiring the stove).

8. Re-adjust the door air inlet control to desired burn rate. (If excessive smoke fills the firebox, open air inlet control slightly until flames resume and wood is sufficiently ignited.) The basic rule of thumb is “closed - low,” “half way open - medium” and “fully open - high.”

ADDING FUEL

If the coal bed is not hot and glowing, rake the coals to the front of the stove, close the door and adjust the air inlet control to the wide open position. Let the coals re-heat for 10–15 minutes. When hot and glowing, spread them out and place your next fuel load into the stove (make sure no coals or ashes block the LPAO). Leave the door air inlet control in the wide open position for 15–20 minutes.

Fuel load size can vary but should be kept 1–2 inches below the secondary air tubes. Also position the fuel to leave space so the air from the inlet can work down between the pieces of fuel. This reduces the time it takes for new fuel to burn properly.
 

1. When refueling, adjust air inlet control to the fully open position. When fire brightens, slowly and carefully open the door. This procedure will prevent gases from igniting causing smoke and flame spillage.

2. Add fuel being careful not to overload or overfire the stove.

3. When adding fuel be careful not to smother the fire. Do not build fires against glass and make sure the coal bed does not obstruct the air inlet.

4. Close the feed door and secure tightly.

5. Adjust the air inlet control as described above.

6. Empty ashes regularly. Do not allow ashes to pile up (see Safety Instructions).

7. Properly dispose of hot ashes (see Safety Instructions).

8. Do not overfire the stove (overfiring is when any part of the stove exterior or chimney connections glow).

SERVICE HINTS

CREOSOTE – Formation and Removal

When wood is burned slowly, it produces tar and other organic vapors which combine with expelled moisture to form creosote. The creosote vapors condense in the relatively cool chimney flue of a slow-burning fire and can accumulate on the flue lining. If ignited, this creates an extremely hot fire in the chimney which may ignite surrounding materials resulting in a building fire.

The chimney connector and chimney should be inspected (at least) twice a month during the heating season to determine if a creosote buildup has occurred. If it has, it should be removed. Failure to remove creosote may result in ignition and may cause a house/building fire. Creosote may be removed using a chimney brush or other commonly available materials from your local hardware retailer.

Chimney fires burn very hot. If the unit or chimney connector should glow red, reduce the fire by closing the inlet air control and immediately call the fire department.

A fire in the firebox may be smothered by pouring a large quantity of coarse salt, baking soda, or cool ashes on top of the fire.
 

Preventing Creosote Buildup

1. Burn with air control open for several minutes at numerous intervals throughout the day during the heating season, being careful not to over-fire the unit.

2. Burn stove with air inlet control wide open for 15–20 minutes every time you apply fresh wood. This allows wood to achieve the charcoal stage faster and burns wood vapors which might otherwise be deposited within the heating system.

3. BURN ONLY SEASONED WOOD. Avoid burning wet or green wood. Seasoned wood has been dried for at least one year.

4. A small hot fire is preferable to a large smoldering one that can deposit creosote within the heating system.

5. Establish a routine for the handling of fuel, wood burner and firing technique. Check daily for creosote build-up until experience shows how often you need to clean for safe operation. Be aware that the hotter the fire, the less creosote is deposited and weekly cleanings may be necessary in mild weather even though monthly cleanings may be enough in colder months.

CHIMNEY DRAFT

Draft is a function of the chimney, not the stove — do not expect the stove to draw. Smoke spillage into the house or excessive buildup of condensation or creosote in the chimney are warnings that the chimney is NOT functioning properly. Correct the problem before using the stove. Following are some possible causes for improper draft.

1. The connector stovepipe may be pushed into the chimney too far, stopping the draft.

2. If the chimney is operating too cool, water will condense in the chimney and run back into the stove. Creosote formation will be rapid and may block the chimney. Operate the stove at a fire level high enough to keep the chimney warm preventing this condensation.

3. If the fire burns well but sometimes creates excessive smoke or burns slowly, it may be caused by the chimney top being lower than another part of the house or a nearby tree. The wind blowing over a house or tree, falls on top of the chimney like water over a dam, beating down the smoke. The top of the chimney should be at least three (3) feet above the roof and be at least two (2) feet higher than any point of the roof within ten (10) feet.
    

GLASS CARE

The following usage and safety tips should be observed:

1. Inspect the glass regularly for cracks and breaks. If you detect a crack or break, extinguish the fire immediately and contact the manufacturer for a replacement.

2. Do not slam the door or otherwise impact the glass. When closing doors, make sure that logs or other objects do not protrude to impact the glass.

3. Do not build fires against (or that might fall against) the glass.

4. Do not clean the glass with materials that may scratch (or otherwise damage) the glass. Scratches on the glass can develop into cracks or breaks during operation.

5. Never attempt to clean the glass while the unit is hot. If deposits are not very heavy, normal glass cleaners are adequate using a soft, non-abrasive cleaning pad. Heavier deposits may be removed with oven cleaners.

6. Never put substances which can ignite explosively in the unit. Even small explosions in confined areas can blow out the glass.

GLASS REPLACEMENT

Gasket and Glass cleaning products are available at local retail home centers. Manufacturers of cleaning products include, A.W. Perkins Co. (www.awperkins.com) or Rutland Products (www.rutland.com).

After extensive use, the gasket material which provides glass and door seal may lose it’s resiliency and will need to be replaced. Inspect glass and door gaskets periodically to ensure proper seal; if gaskets become frayed or worn, replace immediately.

Glass Replacement Procedure:

1. Ensure appliance is not in operation and is thoroughly cooled.

2. Remove screw and glass clip. (See parts list and diagram.)

3. Lift glass out from glass clip.

4. Remove old gasket and clean glass.

5. Replace new gasket starting at the bottom of glass working along edges, being sure to center gasket channel on glass.

6. Trim to length and butt ends together.

7. Replace glass into door, being sure not to over-tighten screw and clip.

Door Gasket Replacement Procedure:

1. Ensure appliance is not in operation and is thoroughly cooled.

2. Remove old door gasket and clean channel.

3. Using an approved, high temperature gasket cement, apply a thin coat in bottom of channel.

4. Starting at hinge side of door, work gasket into channel around door unit, end butt and trim to length.

5. Close door and allow three to four hours for cement to set before firing appliance.

WIRING DIAGRAM for TR008 DURANGO® BLOWER ASSEMBLY:

FLOOR PROTECTOR MATERIALS CALCULATIONS

This stove has been tested for and must be installed on a floor protector with the proper Thermal Resistance or R-value as stated in the installation instructions for Locating Stove, step 1, of this manual. If the floor protector materials listed in the instructions are not available, materials with an equivalent R-value may be substituted.

Alternate materials may be rated with C-factor (Thermal Conductance) or k-factor (Thermal Conductivity) ratings which must be converted to R-value to determine if the alternate material meets the tested requirements. The following instructions provide the proper information and formulas for conversion to R-value.

To determine if alternate materials are acceptable follow this sequence.

1. Convert material specifications to R-value:

   1. R-value given — no conversion necessary

   2. k-factor is given with a required thickness (T) in inches:   R = 1/k x T

   3. C-factor is given: R = 1/C

2. Determine the R-value of proposed alternate floor protector:

   1. Use formulas in step 1 above to calculate R-value of proposed material(s).

   2. For multiple layers, add R-values of each layer to determine overall R-value.

3. If the overall R-value of the floor protector system is equal to or greater than the floor protector specifications given, the alternate is acceptable.

Definitions:

Example:

The specs of floor protector material should be 3/4-inch thick material with a k-factor of 0.84.
The proposed alternative material is 4" brick with a C-factor of 1.25 over 1/8-inch mineral board
with a k-factor of 0.29.

Step 1: Convert specs to R-value.

R = 1/k x T = 1/0.84 x 0.75 = 0.893 System must have a R-value of 0.893 = Rspecs

Step 2: Calculate R-value of individual components

4" Brick with C-factor = 1.25. R = 1/C = 1/1.25 = 0.80 = Rbrick
1/8-inch (0.125") mineral board with k-factor = 0.29. R = 1/0.29 x 0.125 = 0.431 = Rmin.brd.

Step 3: Add R-values of components to get total R-value of system

Rbrick + Rmin.brd = 0.80 + 0.431 = 1.231 = Rsystem

Step 4: Compare Rsystem to Rspecs

Rsystem = 1.231 is larger than Rspecs of 0.893. System R-value exceeds the required specifications and therefore is an acceptable alternative.

Order replacement parts for the TR002 Shiloh High-Efficiency Stove

Wood stove accessories

Chimney connector systems and clearances
 

This Vogelzang heating appliance is safe when installed properly and will provide you with years of service. However, always exercise good judgment when you are using this stove. You are dealing with FIRE! Fire is inherently dangerous and must be treated with respect. Stay warm and in good health!

Respectfully yours,

Steve Vogelzang

Proprietor

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