Enerco ERXL-150, ERXL-175L Section Venting / Ducting, General Requirements, Unvented Operation

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Section 4

Venting / Ducting

General Requirements

Heater must be vented in accordance with specification ANSI Z223.1

-latest revisions. Partial information relating to this specification is provided in this section with regard to size and configurations for venting arrangements (see Figures 12, 13, 14, 15, 16). For complete information consult ANSI Z223.1 - latest revision and applicable local codes. Use the following guidelines to help insure an adequate, safe venting arrangement.

a)Be sure that method selected for venting heater complies with all codes as required for each particular location.

b)Exhaust end of heater will accept a four (4”) inch flue pipe using the flue pipe adapter.

c)Heater may be vented to the outdoors either vertically or horizontally.

d)If heater is to be vented horizontally:

1)Vent must exit building not less than seven (7’) feet above grade when located adjacent to public walkways.

2)Vent must terminate at least three (3’) feet above any forced air inlet located within ten feet (10’).

3)Vent must terminate at least four (4’) feet below, four (4’) feet horizontally from, or one (1’) foot above any door, window, or gravity inlet into any building.

4)Vent terminal shall be located at least twelve (12”) inches from any opening through which vent gases could enter the building.

e)Vent terminal must be beyond any combustible overhang.

f)If condensation in the flue is a problem, the flue length should be shortened or insulated.

g)For vent specifications all of the following conditions must be met.

1)Maximum total vent length allowed in forty-five (45’) feet.

2)Maximum outside air supply duct allowed forty-five (45’) feet.

3)Maximum total vent length plus outside air supply length plus extension package shall not exceed sixty -five (65’) feet.

4)Under length conditions 1) through 3) above — a total of two (2) elbows are allowed for vent and outside air supply together. Subtract fifteen (15’) feet per additional elbow from maximum length allowed if more than two (2) elbows are used.

Alternative Arrangements / Optional Equipment for Venting

Unvented Operation

a)Sufficient ventilation must be provided in the amount of 4 CFM per 1,000 BTU/hr. firing rate.

b)Refer to ANSI Z223.1 - latest revision, NFPA-54 and local codes for additional information.

c)Use of optional outside combustion air is not

recommended with unvented heaters due to pressure considerations.

Horizontal Venting

a)In combustible or noncombustible walls, use Tjerblund VH1-4” (Stk. #19022). Follow vent manufacturer’s instructions for proper installation. (Alternative vent Enerco Stk. #19023).

b)Four (4”) inch O.D. flue pipe is required. Thirty (30’) feet maximum length is recommended. Up to forty-five (45’) feet maximum may

be used if insulated to prevent excess condensation. (See General Requirements on page 21 for additional information).

c)All flue joints should be sealed using suitable product such as General Electric RTV106 or Permatex Form-A-Gasket Red High Temperature Silicone Adhesive Sealant.

d)Vent terminal should be installed at a height sufficient to prevent blockage by snow.

e)Building materials should be protected from degradation by flue gases.

Vertical Venting a) Four (4”) inch O.D. flue pipe, maximum forty-five (45’) feet in length may be used as shown with approved vent cap. (See General Requirements on page 21 for additional information.)

b)An insulated thimble may be required to pass through combustible structures (check local codes).

c)All flue joints should be sealed using suitable products (see recommendation for horizontal venting.)

Draft Hood Venting

a)Refer to ANSI Z223.1 - latest revision, NFA-54 for heights and vent sizes recommended for proper venting. (Check local codes for additional information.)

b)Minimum six (6”) inch O.D. vent is recommended.

Common Venting

a)Horizontal run to vent must never exceed 75% of the vertical height of the vent. Refer to ANSI Z223.1 - latest revision, NFA-54 for proper vent sizes and installation.

b)Open area of common vent must equal the sum of the open area of individual vents connected to it. (See chart and diagrams - page 25.)

c)Use double wall vent as required (check codes.)

d)Heaters sharing a common vent must be controlled by the same thermostat.

e)All joints must be sealed using suitable products (see recommendation for horizontal vent - page 24.)

f)Connections to common stack must be positioned to avoid direct opposition between

Enerco enerRadiant® XL Series Heater

16

Operating Instructions and Owner’s Manual

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Contents EnerRADIANT Contents Installer Responsibility IntroductionChecking Shipment PlanningInstallation Procedure Critical ConsiderationsHazardous Do Familiarize yourself with local and national codesStock Number Description Reflector Type Position Clearances To CombustiblesERXL-100 ERXL-125 ERXL-150 ERXL-175 Tube, Full Standard Reflector Reflector Tilt Tube, StandardFront and Back Clearance Parts List for Packaged Ener-Radiant XL Tube Heaters Stock# Description Number RequiredFigure a Assembly Stock# Description Figure E Assembly Figure F Assembly Model ERXL-150L, 175LInstallation & Assembly Ener-Radiant XL Overview KeyTyp Plain Coupling Typical Suspension Details Section Venting / Ducting General RequirementsVent terminal must be beyond any combustible overhang Alternative Arrangements / Optional Equipment for VentingUnvented Operation Single WallCommon Venting 2 Heaters Model # = 6 ft = 8 ft = 15 ft Plan viewCommon Venting 4 Heaters Model # = 6 ft = 8 ft = 15 ft Section Gas Piping Outside Combustion Air SupplyUse L.P. gas-resistant joint compound on all pipe threads Shut-Off Valve must be parallelSection Wiring Voltage switch or timer switch in place of the thermostatMaintenance Section Operation & MaintenanceSequence of Operation Honeywell Valve LED Status Troubleshooting Guide. Ener-Radiant XL StartPart Number Description Section Replacement Parts02731 Hot Surface Igniter 02730 Flame Sensor 10413A Section Engineering Specifications Minimum Total Length see chart below ReflectorSuggested Mounting Min. Space Height SpotThis page intentionally left blank Heatstar

ERXL-125S, ERXL-100S, ERXL-150L, ERXL-60, ERXL-175 specifications

Enerco has made significant advancements in heating solutions with its lineup of powerful and efficient models: the ERXL-175L, ERXL-80, ERXL-125, ERXL-80S, and ERXL-100. Each model offers unique features tailored to various heating requirements while ensuring reliability and performance.

The ERXL-175L stands out as a high-capacity unit designed for larger spaces. With an impressive output of 175,000 BTUs, it is perfect for industrial applications or large workshops. This model is equipped with a robust heating element that provides quick and efficient heat distribution. Its built-in safety features, including overheat protection and flame failure detection, ensure safe operation even in demanding conditions.

The ERXL-80 is a mid-range model with an output of 80,000 BTUs, making it ideal for medium-sized spaces like garages and smaller warehouses. This unit features advanced electronic ignition and adjustable thermostat control, allowing users to easily customize heating levels based on specific needs. Additionally, its lightweight design facilitates easy installation and portability.

For those needing slightly more power, the ERXL-125 offers 125,000 BTUs of heating strength. This model combines efficiency with versatility. It features a durable, corrosion-resistant casing that enhances longevity, making it suitable for outdoor use. The ERXL-125 also includes a user-friendly control panel, offering intuitive operation for users of all experience levels.

The ERXL-80S is designed with mobility in mind. Similar in output to the ERXL-80, but with added features for dynamic heating solutions, this model is perfect for job sites where mobility is paramount. It boasts heavy-duty wheels for easy transportation and a robust heating mechanism suitable for both indoor and outdoor applications. The ERXL-80S also includes a protective grill to enhance safety during use.

Lastly, the ERXL-100 provides a balance between efficiency and power with an output of 100,000 BTUs. This model incorporates modern technology, such as an automatic ignition system and an energy-efficient combustion process, allowing for lower fuel consumption without sacrificing performance. Additionally, it features an ergonomic design that allows for hassle-free handling and maneuverability.

In summary, Enerco's ERXL series models, including the ERXL-175L, ERXL-80, ERXL-125, ERXL-80S, and ERXL-100, provide a range of heating solutions suited for various applications. Each unit features advanced technologies, safety mechanisms, and user-friendly designs that enhance operational efficiency and reliability, making them excellent choices for anyone in need of robust heating solutions.