6)Vertical Terminal Installation - In addition to the vertical terminal, either a Flat Roof Flashing (80/125 PN 230533, 100/150 PN 230571) or Sloped Roof Flashing (80/125 PN 230535, 100/150 PN 230572) is required for this installation.

a)Determine the center line of the terminal location on the roof. If the roof is flat, cut a 5-1/2” diameter hole for the 80/125 terminal and a 6-1/2” diameter hole for the 100/150 terminal. If the roof is sloped, cut a hole large enough for the terminal to pass through the roof while remaining plumb. Caution: If the boiler is installed directly under the hole, cover it while cutting the hole to prevent saw dust and other debris from falling into the boiler.

b)Install the roof flashing using standard practice for the roofing system on the structure.

c)If not already done, assemble the venting system inside the building. The last section of pipe needs to be on the same center line as the terminal and within 19-1/4” (80/125) or 28” (100/150) of the top edge of the roof flashing (Figure 1.13a).

d)Measure distance “H” from the top edge of the storm collar to the end of the last fitting as shown in Figure 1.13a.

e)Add 1” to distance “H”. Carefully mark this length on the pipe as shown in Figure 1.13b.

f)Cut the outer pipe only at the point marked in Step (e) using aviation shears, a hacksaw, or an abrasive wheel cutter. Be careful to cut the pipe square. De-burr the cut end with a file or emery cloth.

g)Place a mark on the aluminum inner pipe 3/8” beyond the end of the outer pipe (Figure 1.13b). Use a fine tooth hacksaw to cut the aluminum pipe and be careful to cut the pipe square. De-burr the cut edge of the aluminum pipe with a file or emery cloth.

h)Make a mark on the terminal section 1” from the cut end of the outer pipe as shown in Figure 1.13b.

i)Slip the terminal section through the roof from the outside. Push into the last section of vent pipe until the mark made in Step (h) is not longer visible. Secure the terminal to the last piece of pipe with three #10 x 1/2” sheet metal screws. Drill a 1/8” hole through both outer pipes to start these screws. Use a drill stop or other means to ensure that the drill bit does not penetrate more than 3/8” into the outer pipe. Do not use a sheet metal screw longer than 1/2”.

j)Secure the terminal section to the inside of the roof structure using the mounting bracket provided with the terminal (Figure 1.13c).

7)Chimney Chase Installation - A vertical vent system can be installed in an unused masonry chimney. This installation is similar to other vertical installations with the following exceptions (Also see Figure 1.14):

a)The chimney chase elbow kit (80/125 PN230530, 100/150 PN 230568) is used at the base of the chimney. This kit consists of a support elbow and a mounting bracket. Slip the elbow over the M10 x 35 screw in the support bracket. Determine the desired vertical location of the support elbow in the chimney and mark the location of the pin on the back of the support bracket on the back wall of the chimney. Drill a 7/16”dia x 2-1/2” deep hole at this location to support the back of the bracket. The front of the elbow mounting bracket is supported by the bottom of the opening into the chimney or by an installer supplied bracket.

b)Construct a weather-tight flat roof to cover the top of the old chimney. Install the vertical terminal through this roof using the flat roof flashing.

FIGURE 1.13a: DIMENSION “H”

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Crown Boiler M600 installation instructions 13a Dimension H
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M600 specifications

The Crown Boiler M600 is a prominent choice for residential and commercial heating needs, renowned for its efficiency, reliability, and advanced technologies. This boiler model is designed to deliver high-performance heating solutions while minimizing energy consumption and operational costs.

One of the standout features of the M600 is its impressive heating capacity, with the capability to output up to 600,000 BTUs. This substantial capacity makes it suitable for larger buildings or homes with significant heating demands, ensuring that spaces remain comfortably warm even in the coldest weather. The M600 is equipped with a robust cast iron heat exchanger, which is fundamental to its efficient heat transfer capabilities. This heat exchanger not only enhances performance but also extends the life of the boiler.

The Crown Boiler M600 employs a versatile design that accommodates both hot water and steam heating systems. This flexibility allows homeowners and building managers to choose the best system that aligns with their specific requirements. Additionally, the M600 features a power vent design, which facilitates the use of PVC venting materials, offering convenience and an array of installation options.

Another significant characteristic of the M600 is its user-friendly controls. The boiler is designed with a digital display that provides real-time status updates and diagnostics. This feature simplifies monitoring and managing system performance, enabling users to make necessary adjustments with ease. Moreover, the M600 is compatible with modern smart thermostats, further enhancing its energy efficiency and user-friendliness.

In terms of safety, the Crown Boiler M600 is equipped with multiple safety features, including a low water cut-off and high limit control. These safeguards ensure the boiler operates safely and effectively, reducing the risk of malfunctions and potential hazards.

Moreover, the M600 adheres to stringent efficiency standards, boasting an AFUE (Annual Fuel Utilization Efficiency) rating that meets or exceeds industry requirements. This ensures that users benefit from optimal fuel efficiency, translating into lower operational costs.

Overall, the Crown Boiler M600 stands out as a durable and efficient heating solution. With its high-output capacity, advanced technologies, user-friendly features, and safety measures, it is an excellent choice for those seeking reliable heating in larger residential or commercial spaces.
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