Lucent Technologies TM-4500 TEN-FOOT Rule Summary, Using the FTF10-CTDTM Round Termination, 508mm

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Step 7. Secure flashing by nailing along the perimeter into roof using 8d nails or equiva- lent. If shingled roof, slide upper end and sides of roof flashing under shingles (trim if neces- sary), seal the top and both sides of the flash- ing to the roof with roof caulking. Cover nail heads with roof caulking (Figure 29 ).

Figure 29

Step 8. The standard Security Chimneys FTF10 roof flashing assemblies include a storm collar. Slide the storm collar over outer chimney, rest on flashing spacers and align with top surface of flashing. Insert tab in slot, pull tight and bend tab back over slot. Seal storm collar to outer chimney with roof caulking or mastic around entire circumference of pipe. Also add extra roof caulking to the tab/slot area to seal com- pletely against water penetration (Figure 30 ). Check all joints very carefully to ensure no water intrusion can take place.

Locking Band

Waterproof

Caulk

Figure 30

Step 9. Security Chimneys locking bands, Model FLB, may be required if the chimney extends too high above the roof flashing. As a general rule, if the chimney extends more than 6' above the roof flashing, the use of locking bands is advisable to strengthen the chimney assembly. Align the locking band at the chimney joint. Locking bands wrap around pipe joints equally covering the joints of both pipe sections.

Use the nut provided and TIGHTEN snugly. Do not overtighten as this might damage the chim- ney section (refer to Figure 30 ).

Note: If chimney extends more than 8' above roof surface, guy wires are also recommended. Use three (3) guy wires, attach to locking band assembly, extend and secure to roof in a trian- gular pattern (Figure 31 ). Guy wires are not supplied by the manufacturer.

Roof Ridge

120°

Figure 31

Step 10. Using the FTF10-CTDTM Round Termination:

1.Hold CTDTM over top of last chimney section (Figure 32 ).

2.Center inner slip section in inner flue pipe- slip down.

3.Center outer locking section over outer flue pipe. Push down until locking tabs are firmly engaged.

4.Pull up slightly on CTDTM to ensure locking joint has firmly engaged.

20"

(508mm)

Figure 32

Using a CT2 Chase Termination

Refer to specific installation instruction included with the CT2 chase termination for clearance statements and installation details.

NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE.

FTF10-CT2RS

 

2" (51mm) Min.

Termination

 

Air Space to

 

 

Combustibles

 

 

 

Above

Studs

Roof

Figure 33

Note: It is recommended that all exterior ex- posed related metal fireplace components; such as terminations, flashings, storm collars and/ or flue be painted with a premium-quality, high- temperature, rust-preventative paint designed for metal. This is especially important when installations are made in abnormally adverse or corrosive environments; such as near lakes, oceans or in areas with consistently high-hu- midity conditions. Consult the paint manufac- turers instructions for proper preparation and application.

For Canadian installations, all chimney installed outside the building must be galvalume (outer sections only), effective January 1, 1992. The appropriate model designations (with a “C” suffix) are located in the back of this manual.

TEN-FOOT RULE SUMMARY

The minimum chimney height above the roof and/or to adjacent walls and buildings is speci- fied by all major building codes.

If the horizontal distance from the peak of the roof is less then 10' (3 m), the top of the chimney must be at least 2' (610 mm) above the peak of the roof.

If the horizontal distance from the chimney edge to the peak of the roof is more than 10' (3 m), a chimney height reference point is established on the roof surface 10' (3 m) hori- zontally from the chimney edge. The top of the chimney must be at least 2' (610 mm) above this reference point. In all cases, the chimney cannot be less than 3' (914 mm) above the roof at the edge of the chimney.

The 2' in 10' rule is necessary in the interest of safety, but does not ensure smoke-free opera- tion. Trees, buildings, adjoining roof lines, ad- verse wind conditions, etc., may require a taller chimney should the fireplace not draft properly (see Figure 35 ).

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Contents Wood Burning Fireplaces 850,045M REV. N/C 01/2007 Retain These Instructions For Future ReferenceWH Report No. J20054576-231 Table of Contents Introduction Typical InstallationPrecautions Chimney Clearances and Mantel Height RequirementsChase Enclosure Assembly OutlineChimney Height Location of FireplacePRE-INSTALLATION Notes Assembly StepsInstalling the Fireplace Fireplace ClearancesLeft Side Fireplace SpecificationsFront View Top ViewFTF10 Framing Dimensions 48 ¹¹⁄₁₆ 1237 mmFraming Dimensions for Ceiling Flue Type FTF10 OffsetInstalling the Chimney System For Canadian Installations Proceed with StepsNo x ¹⁄₂ screws provided Figure 12 to 12/12 For Canada OnlyRoof Pitch Model Flat to 6/12 FTF10-S4 StabilizerTEN-FOOT Rule Summary Using the FTF10-CTDTM Round TerminationUsing a CT2 Chase Termination 508mmSpecial Offset Instructions Multiple TerminationsFTF10 Chimney Component Calculations Offset Calculations 20 Max 6mStabilizer 10 Max Underside of ChimneyFTF10 Vertical Elevation Chart FTF10 Offset Elevation ChartOr Ceiling Installing OffsetsOptional Equipment Considerations Cold Climate Insulation GAS Line ConnectionFireplace Finishes Hearth Extensions and Wall Shields RM = rM x TS = 0.05 x 3/4 = Value = 1/k = r x thickness of material usedRM = rM x TS = 0.20 x 1/2 = Lennox Hearth Products Installation ComponentsFinish to Your Taste West Taft Avenue Orange, California63L16 FTF10-12 63L17 FTF10-18 63L18 FTF10-36 62L94 850,045M REV. N/C 01/2007 Orange, CA

TM-4500 specifications

Lucent Technologies TM-4500 is a highly regarded platform in the world of telecommunications, known for its robust functionality and adaptability in various network environments. As an integral component of Lucent's product lineup, the TM-4500 serves a diverse range of applications, enhancing the capabilities of service providers and businesses alike.

One of the main features of the TM-4500 is its versatile architecture, which supports a variety of communication protocols, including TDM, ATM, and IP. This interoperability allows for seamless integration into existing networks, providing carriers and enterprises the flexibility to upgrade and evolve their systems without incurring excessive costs. This adaptability ensures that clients can customize their solutions to meet specific operational requirements.

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The TM-4500 also stands out with its powerful processing capabilities and scalability. As networks grow and data traffic increases, the platform can be expanded to accommodate higher bandwidth needs. Its modular design allows operators to add or upgrade components without extensive overhauls, thereby enhancing the lifespan of the investment. This capability is essential for businesses looking to future-proof their communications infrastructure.

In terms of network management, the TM-4500 is equipped with sophisticated monitoring and diagnostic tools. These features enable real-time performance tracking and troubleshooting, assisting operators in maintaining optimal service levels. The platform’s user-friendly interface helps streamline network management tasks, reducing the complexity often associated with large-scale telecommunications operations.

Security is another important aspect of the TM-4500. As cyber threats continue to evolve, the platform includes robust security protocols to safeguard data and ensure secure communications. This is increasingly vital in a landscape where data breaches can have severe repercussions.

In summary, the Lucent Technologies TM-4500 stands out in the telecommunications sphere due to its versatile architecture, reliability, scalability, advanced network management tools, and strong security features. This combination makes it a preferred choice for service providers and enterprises looking to enhance their communications infrastructure.
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