Lucent Technologies TM-4500 For Canadian Installations Proceed with Steps

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Step 5. Fireplace should be secured to side framing members using the full length nailing tabs at the top and bottom of the fireplace front face. Use 8d nails or equivalent (Figure 18 ).

Framing Stud

Nailing Tab

8d Nail Or

Equivalent

Figure 18

Note: The nailing tabs and the area directly behind the nailing tabs are exempt from the clearances described on page 5.

For Canadian Installations

Proceed with Steps 6–9

Step 6. Remove one of the knockouts from the fireplace transition and attach the 4" (102 mm) collar from the air kit to the transition with four

(4) No. 8 x ¹⁄₂" screws provided (Figure 19 ).

Optional

Connection

Chimney

Air Kit

Figure 19

Step 7. Connect the 4" (102 mm) Class 0 air duct to the collar with two (2) No. 8 x ¹⁄₂" screws provided in the hardware kit.

Step 8. Route the Class 0 air duct out the back wall or side wall, up through the ceiling or floor joists to an outside wall. The air duct should be located above snow level.

Note: If the fireplace is installed against an inside wall, the Class 0 air duct may be extended into a ventilated attic space at least 18" (457 mm) above the attic floor. Secure the duct hood to a vertical post with the inlet positioned downward. Ensure nothing blocks the hood opening. This air duct must never terminate higher than the chimney.

Step 9. Cut or frame hole through the outside wall for the installation of the duct inlet hood. A 4 ¹⁄₂" (114 mm) diameter hole is sufficient. Feed the loose end of the flexible duct through the hole cut for the inlet hood and attach to collar on inlet hood using two (2) No. 6 x ³⁄₈" screws provided. Insert hood into opening. Secure hood in place with the No. 8 x 1 ¹⁄₂" screws provided or with nails driven through holes in hood flange. Seal with noncombustible water- proof silicon type caulking. If additional duct is needed, use Class 0 metallic duct.

INSTALLING THE CHIMNEY SYSTEM

Step 1. Before continuing, check the operation of the damper, as described on page 4, (refer to Figure 3 ).

Step 2. Using standard construction framing techniques, construct opening for chimney route up through the ceiling(s) and roof or through an outside chase.

Framing must maintain adequate minimum air space clearance at all times.

CAUTION: ALLOW MINIMUM 2" CHIMNEY AIR SPACE TO COMBUSTIBLE FRAMING MEM- BERS THROUGHOUT VERTICAL OR OFFSET CHIMNEY INSTALLATION.

A minimum 2" air space must be reserved for all combustible materials extending for any continuous length surrounding the chimney.

Reference Figures 16 and 17 and charts Fram- ing Dimensions for Ceiling and Roof, which specify minimum ceiling and roof dimensions.

In new construction, to determine chimney cen- ter line, use plumb line from roof or ceiling above fireplace to center of flue collar on fireplace.

For remodeling, plumb to center of flue collar from ceiling above, drive nail through ceiling from below to mark position, then mark and cut to passage from above ceiling (around nail) (Figure 20 ). Then plumb from ceiling or roof level directly above hole which has just been completed.

NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE.

Plumb Line

Figure 20

Step 3. Position appropriate firestop spacer at ceiling and fasten temporarily with two (2) 8d nails. Use flat firestop spacer, Model F10FS-2, if chimney penetrates ceiling vertically. If chim- ney penetrates ceiling at 30° angle (offset chimney), use 30° firestop spacer, Model F10FS30-2 (refer to page 14 and Figures 42 and 43 ). Use one nail on opposite sides to hold firestop spacer in position. Nail permanently, using at least two (2) more 8d nails, after chimney sections have been assembled through the firestop spacer and after any nec- essary adjustments have been made. Firestop spacer must be secured by at least four (4) 8d nails or equivalent when completely installed.

Note: If there is a room above ceiling level, firestop spacer must be installed on the bottom side of the ceiling. If an attic is above ceiling level, firestop spacer must be installed on top side of ceiling joist (Figures 21 and 22 ).

Room Above

Firestop Spacer

Figure 21

Attic Above

Firestop Spacer

Figure 22

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Contents WH Report No. J20054576-231 Retain These Instructions For Future ReferenceWood Burning Fireplaces 850,045M REV. N/C 01/2007 Table of Contents Typical Installation PrecautionsIntroduction Chimney Clearances and Mantel Height RequirementsAssembly Outline Chimney HeightChase Enclosure Location of FireplaceAssembly Steps Installing the FireplacePRE-INSTALLATION Notes Fireplace ClearancesFireplace Specifications Front ViewLeft Side Top ViewFraming Dimensions 48 ¹¹⁄₁₆ 1237 mm Framing Dimensions for Ceiling Flue TypeFTF10 FTF10 OffsetNo x ¹⁄₂ screws provided Figure For Canadian Installations Proceed with StepsInstalling the Chimney System For Canada Only Roof Pitch Model Flat to 6/1212 to 12/12 FTF10-S4 StabilizerUsing the FTF10-CTDTM Round Termination Using a CT2 Chase TerminationTEN-FOOT Rule Summary 508mmFTF10 Chimney Component Calculations Multiple TerminationsSpecial Offset Instructions Offset Calculations 20 Max 6mStabilizer 10 Max Underside of ChimneyFTF10 Vertical Elevation Chart FTF10 Offset Elevation ChartOptional Equipment Considerations Installing OffsetsOr Ceiling Fireplace Finishes GAS Line ConnectionCold Climate Insulation Hearth Extensions and Wall Shields RM = rM x TS = 0.20 x 1/2 = Value = 1/k = r x thickness of material usedRM = rM x TS = 0.05 x 3/4 = Installation Components Finish to Your TasteLennox Hearth Products 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.

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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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