Regency P40-LP1 GAS Line Installation, Pilot Adjustment, High Elevation, P40-NG1 System Data

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INSTALLATION

P40-NG1 SYSTEM DATA

For 0 to 4500 feet altitude

 

Front Burner Orifice:

#44

Back Burner Orifice:

#35

 

 

Max. Input Rating

45,000 Btu/h

Min. Input Rating

13,000 Btu/h

 

 

Supply Pressure

min.5.0" w.c.

 

 

 

Manifold Pressure

 

 

(High)

3.5"+/- 0.3"w.c.

Log Set: Ceramic fibre,

8 per set + ember bed.

Vent System: Simpson Dura-Vent Direct

Vent System, Regency® Flex Kit, Selkirk

Direct-Temp

P40-LP1 SYSTEM DATA

Conversion Kit# 502-969

 

For 0 to 4500 feet altitude

 

Front Burner Orifice:

#55

Back Burner Orifice:

#53

 

 

Max. Input Rating

43,000 Btu/h

Min. Input Rating

12,000 Btu/h

 

 

Supply Pressure

min.12.0" w.c.

 

 

 

Manifold Pressure

 

 

(High)

10"+/- 0.5" w.c.

Log Set: Ceramic fibre,

8 per set + ember bed.

Vent System: Simpson Dura-Vent Direct

Vent System, Regency® Flex Kit, Selkirk

Direct-Temp

GAS LINE

INSTALLATION

The gas line can be brought through the bottom right of the appliance. The gas valve is situated on the bottom of the unit.

The gas line connection may be made of rigid pipe, copper pipe or an approved flex connector. (If you are using rigid pipe, ensure that the valve can be removed for servicing.) Since some municipalities have additional local codes it is always best to consult with your local authorities and the CAN/CGA B149 installation code.

For USAinstallations follow local codes and/or the current National Fuel Gas Code, ANSI Z223.1.

When using copper or flex connectors use only approved fittings. Always provide a union so that gas lines can be easily disconnected for servicing. Flare nuts for copper lines and flex connectors are usually considered to meet this requirement.

IMPORTANT: Always check for gas leaks with a soap and water solution or gas leak detector. Do not use open flame for leak testing.

PILOT ADJUSTMENT

Periodically check the pilot flames. Correct flame pattern has three strong blue flames: 1 flowing around the thermopile, 1 around the thermocouple and 1 flowing across the burner (it does not have to be touching the burner).

Note: If you have an incorrect flame pattern, contact your Regency® dealer for further instructions.

Incorrect flame pattern will have small, probably yellow flames, not coming into proper contact with the rear burner or thermopile or thermocouple.

INSTALLATION

HIGH ELEVATION

This unit is approved in Canada for altitude 0 to 4500 ft. (CAN1 2.17-M91).

Regency® P40-1 Direct Vent Gas Fireplace

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Contents P40 Gas Fireplace Information for MOBILE/MANUFACTURED Homes After First Sale Manufactured Mobile Home RequirementsTable of Contents Copy of Safety Label InstallationFor the State of Massachusetts only MA Code CO DetectorDimensions Installation Checklist General Safety InformationImportant Message Before YOU StartHeatwave Duct KIT Locating Your GAS FireplaceHeat Release KIT Hearth RequirementsClearances Mantel LEG Clearances Mantel ClearancesP40 Fireplace P40Full Screen Door Facing Requirements Framing & FinishingHeight = 42-1/2 plus height of hearth Venting Introduction Unit Assembly Prior to InstallationVent Restrictor Position Exterior Vent Termination Requirements Horizontal Termination Flex Venting ArrangementsBasic Horizontal & Vertical Terminations Rigid Pipe Venting SystemsHorizontal Termination 58DVA-16AB 8 Rigid Pipe Cross Reference Chart58DVA-RD Offset Pipe SelectionHorizontal Feet Vertical Height Feet Allowable Horizontal TerminationsOption + V1 H + H1 Option + H1Option + H1 V + OptionVent must be supported at offsets Allowable Vertical TerminationsArrow on the vent cap should be pointing up Unit Installation with Horizontal TerminationThis allows for small adjustments Unit Installation With Vertical TerminationDiagram Minimum VentAstrocap XL Dimensions Unit InstallationPilot Adjustment GAS Line InstallationHigh Elevation P40-NG1 System DataBACK-UP Battery Installation GAS Pipe Pressure TestingUnplug the power source Power ModuleLP Conversion Kit Contains Qty Description Conversion KIT #502-969 from NG to LPModulating Coil Control ModuleJ9 Jumper NG Conversion Kit Contains Qty Description Conversion KIT #502-966 from LP to NGJ9 Jumper Location Back Brick Panel Brick Panels Completely Installed Brick Panel InstallationEnsure that the logs are not in the unit Top Brick Panel03-32 LOG SET Installation03-40 03-33 03-34 03-341st Log Stand Post 03-33 03-46 03-36 03-46 03-3303-37 03-36 03-3703-38 03-46 03-3603-36 03-32 03-37 03-34 03-40 03-46 03-47 03-382Installing the Manual Control Box Aeration AdjustmentStandard Flush Door Flush LouversFinishing Trim Wiring DiagramDo not cut the ground terminal off under any circumstances Full Screen Doors Full Screen Door Frame InstallationUpper Air Register InstallationShutdown Procedure Lighting ProcedureMatching Remote Handset & Control BOX ID Code Operating InstructionsFirst Fire Operation During Power OutageDo not Burn the Appliance Without the Glass Front in Place Normal Operating Sounds GAS Appliances Summary ControlsSTOP! Read the safety information above on this label For Your Safety Read Before LightingCopy of Lighting Plate Instructions General Vent Maintenance Maintenance InstructionsLOG Replacement Thermopile ThermocoupleGlass Replacement Door Glass FAN ReplacementWire Valve ReplacementLog Stand Solenoid Valve Compression FittingsPower Module Replacement DC Sparker ReplacementWa & Wb Wires Ring TabsBackup Battery Replacement Control Module ReplacementHeat Shield Main Assembly Parts ListValve Tray Assembly Parts ListFlush Door & Louvers Regency P40-1 Direct Vent Gas Fireplace Regency P40-1 Direct Vent Gas Fireplace Regency P40-1 Direct Vent Gas Fireplace Warranty Installer Please complete the following information

P40-LP1, P40-NG1 specifications

The Regency P40-LP1 and P40-NG1 are notable advancements in the realm of modern technology, particularly designed for energy efficiency and enhanced performance in various applications. These two models cater to the diverse needs of industries striving for both sustainability and productivity.

The P40-LP1 is engineered with a focus on low-pressure applications, utilizing cutting-edge technology to ensure optimal performance in energy consumption. This model features an advanced energy management system that intelligently adjusts power usage based on demand, which not only reduces operational costs but also minimizes the environmental impact. Its compact design and lightweight materials allow for easy installation in various settings, making it a versatile option for multiple industries.

On the other hand, the P40-NG1 is tailored for natural gas applications, making it an ideal choice for environments where natural gas is the primary energy source. This model is equipped with high-efficiency burners that maximize combustion efficiency, producing fewer emissions compared to traditional systems. The P40-NG1 also incorporates an integrated control system, providing users with real-time data monitoring to optimize performance and facilitate preventative maintenance.

Both models are constructed with durable materials designed to withstand harsh operating conditions, ensuring longevity and reliability. Advanced insulation technology further enhances their efficiency by reducing heat loss, allowing these systems to maintain consistent performance over extended periods.

A standout feature of the P40 series is its commitment to user-friendliness. The intuitive interface allows operators to easily navigate settings and access critical system information with minimal training. Additionally, these units are compatible with smart technologies, enabling seamless integration into existing infrastructure for enhanced operational oversight.

In summary, the Regency P40-LP1 and P40-NG1 embody the future of energy solutions, combining efficiency, adaptability, and user-focused design. Whether it’s for low-pressure or natural gas applications, these products deliver reliable performance while adhering to environmental standards. With ongoing advancements in their technology, the P40 series stands as a testament to Regency’s dedication to innovation and sustainability in the energy sector.