Superior GHC/GRD-5500 installation instructions Installing the Fireplace, Consult all local codes

Page 8

2.Measure the square footage of the floor space to be occupied by the system, surrounds and hearth extensions.

3.Note the floor construction, i.e. 2 x 6’s, 2 x 8’s or 2 x 10’s, single or double joists, type and thickness of floor boards.

4.Use this information and consult your local building code to determine if you need addi- tional support.

If you plan to raise the fireplace and hearth extension, build the platform assembly then position fireplace and hearth extension on top. Secure the platform to the floor to prevent possible shifting.

INSTALLING THE FIREPLACE

Step 1. Construct the Appliance Framing - Frame appliance enclosure as illustrated in Figures 5 through 8 on page 6 and 7.

(Note: Appliance may be positioned first and then the framing constructed around it.)

If the appliance is to be elevated above floor level, a solid continuous platform must be constructed.

IMPORTANT: UNDER NO CIRCUMSTANCES CAN THE FIREPLACE TOP SPACERS (FIGURE 2 OR 3 ) BE REMOVED OR MODIFIED, NOR

MAY YOU NOTCH THE HEADER TO FIT AROUND OR BE INSTALLED LOWER THAN THE SPACERS. THE HEADER MAY BE IN DI- RECT CONTACT WITH THE TOP SPACERS BUT MAY NOT BE SUPPORTED BY THEM.

Consult all local codes.

Step 2. Route Gas Supply Line - Route gas line (Figure 5 ) using techniques and materials prescribed by local and/or national codes. It is recommended that a gas line of ¹⁄₂" or greater diameter be used to allow full gas volume to the fireplace. Undue pressure loss will occur if the pipe is too small.

The gas line should extend a total of 2 in. (51 mm) maximum into the appliance con- trol compartment.

When rigid pipe is used, an ANSI approved manual shut-off valve and union must be in- stalled upstream of the fireplace.

IMPORTANT: HOLD GAS VALVE SECURELY TO PREVENT MOVEMENT WHEN CONNECT- ING TO INLET GAS LINE

WARNING: CONNECTING DIRECTLY TO AN UNREGULATED PROPANE (L.P.G.) TANK MAY CAUSE AN EXPLOSION.

Step 3. Position the Appliance - Slide the fireplace into prepared framing.

(Note: Appliance may be positioned first and then the framing constructed around it.)

Fireplace should be secured to side framing members using the full length ¹⁄₂ inch nailing flanges that are integral to the appliance at each side. Use 8d nails (Figure 9 ).

Note: The nailing tabs and the area directly behind the nailing tabs are exempt from the clearances described on the fireplace clear- ance label.

8d Nail

Figure 9

Fireplace may be anchored to floor. Bend down four (4) anchor tabs located at the base of the fireplace and secure to the floor by nailing with 8d nails (Figure 10 ).

Anchor

Tab

See Figure 11 for 5500 series units and Figure 12 for 6500 series. Then install the remainder of the Type B vent to the outside.

Minimum overall height of the vent system and appliance must be 12' (3.7 m). See Figure 13.

Maximum overall height of the vent system and appliance should not exceed 40 feet (12.19 m).

Install the B-vent system in accordance with the vent manufacturer's instructions.

5 in.

Type B-Vent

Flue Collar

Assembly

Securing

Screws

Flue Outlet

Collar

Figure 11

5500 Series Models

Type B Vent

Flue Outlet

Collar

Securing

Screws

Figure 12

6500 Series Models

CAUTION: THIS APPLIANCE CANNOT BE VENTED HORIZONTALLY.

Note: Refer to the vent manufacturers installa- tion instructions for variations of venting tech- niques. If common venting of several units is contemplated, it should be discussed with an architect and the local Building Department.

8

Ensure that a sediment trap is installed in the existing gas line, if not, install a sediment trap upstream to prevent moisture and contaminants from passing through trap to the appliance con- trols and burners. Failure to do so could prevent the appliance from operating reliably.

An external regulator must be used on all pro- pane (L.P.G.) heaters to reduce the supply tank pressure to 13" w.c. (maximum). Any copper tubing used to supply propane (L.P.G.) from the tank must be internally tinned.

Figure 10

Step 4. Install the Vent System & Exterior Termination -

Connect a 5 in. (127 mm) Type B vent system to the appliance flue collar with four, No. 8 or larger, sheet metal screws.

NOTE: DIAGRAMS & ILLUSTRATIONS NOT TO SCALE.

12 ft. Minimum

Figure 13

Image 8
Contents Vented GAS Fireplaces 700,027M REV. E 07/2004Table of Contents Location Typical LocationsGRD-5500 Appliance Specifications GHC/GRD-5500GHC-5500 Appliance Specifications GHC/GRD-6500 GHC-6500 GRD-6500Appliance Clearances Framing SpecificationsVenting Typical Installation Sequence PRE-INSTALLATION NotesConsult all local codes Installing the FireplaceInstall the Vent System & Exterior Termination Control Compartment Access GRD Units 5500 Series units Control Compartment Access GHC UnitsField Wiring Millivolt Wiring Forced Air Kit Wiring Millivolt SystemElectronic Wiring Electronic System Wiring Without Forced Air KitElectronic System Wiring With Forced Air Kit Hole for a conduit bushingInstall Optional Outside Combustion Air Kit GHC/GRD-5500/6500 Honeywell Ignition Module EquippedPiezo Ignitor Millivolt Gas Valve Combustion Air Control LeverInstalling Logs and Rockwool Appliance OperationChecking the System Millivolt Appliance CheckoutManual Reset Limit Switch Lintel Extention Firebox Wrapper Safety Limit Switch OperationMANUALLY-RESET Blocked Flue Safety Switch Remove the two screws. Pull out limit switchHearth Extensions Finishing RequirementsWall Details Mantels 65 1/2GHC/GRD-5500 Appliance Facing Flush with a Finished WallInstallation Accessories .2 Installation CodeCold Climate Insulation CanadaLabel B Label GLabel a PROPANE/LPGPage Page LHP 700,027M REV. E 07/2004

GHC/GRD-5500 specifications

The Superior GHC/GRD-5500 is a cutting-edge machine designed to meet the demands of modern industrial applications. This model integrates advanced technology with robust engineering, making it a reliable choice for various industries, including construction, mining, and heavy-duty manufacturing.

One of the standout features of the Superior GHC/GRD-5500 is its powerful hydraulic system, which offers exceptional lifting capabilities. With a lifting capacity of up to 55 tons, it can handle heavy loads effortlessly while ensuring stability and safety. The hydraulic system is designed for efficiency, allowing operators to perform tasks quickly and with precision.

The machine is equipped with a state-of-the-art control system that enhances user experience and operational efficiency. The intuitive interface allows for easy navigation and quick access to various machine settings, ensuring that operators can focus on the task at hand. Furthermore, the GHC/GRD-5500 includes advanced diagnostic capabilities, enabling users to monitor the machine's performance and identify potential issues before they escalate.

In terms of mobility, the GHC/GRD-5500 comes with an innovative track system that provides excellent traction and stability on various terrains. This feature is particularly beneficial in rugged environments where traditional wheeled machines may struggle. The adjustable undercarriage allows for adaptability in tight spaces, improving maneuverability and efficiency.

Safety is paramount in the design of the Superior GHC/GRD-5500. The machine includes multiple safety features, such as an automatic shut-off system, overload protection, and a comprehensive monitoring system that alerts operators to any potential hazards. These safety measures help to ensure the well-being of both the operator and surrounding personnel.

Additionally, the Superior GHC/GRD-5500 is built with durability in mind. Constructed from high-quality materials, it is designed to withstand harsh working conditions and maintain peak performance over extended periods. Routine maintenance is simplified through accessible design, enabling quick servicing to minimize downtime.

In conclusion, the Superior GHC/GRD-5500 is an exemplary machine that combines power, efficiency, and safety. Its advanced hydraulic system, user-friendly control interface, mobility features, and emphasis on safety make it a versatile tool for various industrial applications. As businesses continue to seek reliable solutions, the GHC/GRD-5500 stands out as a top contender in its class.