Raypak 5042004 operating instructions Start-Up, Blower Check

Page 43

Check Power Supply

With multi-meter at incoming power, check voltage between:

Hot - Common (≈120 VAC)

Hot - Ground (≈120 VAC) Common - Ground (< 1 VAC)

WARNING: If Common - Ground is > 1 VAC,

STOP: Contact electrician to correct ground failure. Failure to do this may burn out 120V-24V transformer, or may cause other safety control damage or failure.

Attach Manometers to Measure Pressures

1.Turn off main gas valve.

2.Attach (1) 12” scale manometer to an upstream bleedle valve on the gas supply pipe to the heater (Measure point “A” in Fig. 48).

3.Attach (1) 24” scale manometer to the manifold pressure tap located on the elbow downstream of the valve (Measure point “D” in Fig. 48).

4.Attach (1) 12” scale manometer near the fan-prov- ing switch. Pull black cap from air pressure switch tee and connect the manometer. NOTE: Retain caps for reinstallation later.

3. If the gas pressure is greater than 14.0 in. WC, turn off the main gas shut-off valve, upstream of the heater.

Start-Up

NOTE: The values in Tables V, W and X represent the conditions when the heater is at full firing rate at sea level.

NOTE: Pressure and combustion data are provided with the heater.

1.Turn power on.

2.Turn on the heater, wait approximately 15 seconds after the blower starts, and the igniter should start to glow (observable through the observation port located at the front, bottom of the heater). Look into the sight glass located at the bottom of the front panel to check igniter operation. Gas valve should open in 45-60 seconds.

3.The heater ignites at 50% of full rate (as indicated on the LCD display of the temperature control located in the upper right of the front panel).

4.If the burner fails to light on the first trial, it will try for ignition up to three times before going into lock- out with the standard ignition module. If the heater is equipped with the optional single-try ignition module, it will go into lockout.

5.Wait until the controller indicates 100% on the fir- ing rate display screen (approximately 30 seconds).

Blower Check

 

 

 

TO BURNER

1.

Check blower suction using the manometer

GAS

A

B

 

 

attached to the fan pressure switch tee, with the

 

 

 

 

 

heater firing at 100% input. The reading should be

 

 

C

D

 

as noted in Table V for both natural and propane

 

Fig. 48: Gas Pressure Measurement Locations

 

gas.

 

2.

FOR REFERENCE ONLY: Measure the blower

 

 

 

 

Check Gas Supply Pressure

 

 

amp draw with the heater firing at 100% input and

 

 

compare the measured value to the values in

1. Slowly turn on main gas shut-off valve.

 

Table U. The amp draw is measured with a clamp-

 

on type amp probe clamped to the 14 AWG black

2. Read the gas supply pressure from the manome-

 

power wire going into the blower.

ter; minimum supply pressure for natural gas is 4.0

3.

When firing at 100%, the desired heater combus-

in. WC, recommended supply is 7.0 in. WC, mini-

mum supply pressure for propane gas is 4.0 in.

 

tion CO2 is between 8.5 and 9.0% for natural gas

WC, recommended supply is 11.0 in. WC (dynam-

 

and 9.5 and 10.0% for propane with CO less than

ic readings, full fire input).

 

43

100 ppm. If this combustion cannot be achieved

 

 

 

 

 

Image 43
Contents Reference Catalog no .54E Effective Replaces 241317 Rev Do so may result in an explosion or firePage Contents Pay Attention to These Terms Model Identification Before InstallationInstallations at Elevation Product ReceiptGeneral Information Component LocationsTime/Temperature Relationships in Scalds General SafetyWater Time to Produce Serious Temp Burn Equipment Base InstallationInstallation Codes Indoor InstallationsCombustion and Ventilation Air Outdoor InstallationsIndoor Units Table E Vent/Air Inlet Termination Clearances Direct Vent InstallationsConventional Combustion Air Supply Air FilterWater Piping Canadian InstallationsGeneral Hydrostatic Test Relief Valve Piping Temperature & Pressure GaugeCold Water Operation Cold Water Starts Hydronic HeatingPump Selection Feedwater RegulatorGpm PipingAir-Separation/Expansion Tank Model Input Output 20 ∆T 30 ∆T 40 ∆T Min. FlowPool Heating Three-Way ValvesDomestic Hot Water Potable Water and Space HeatingPool heating application. Use the following instruc Winterizing Your Heater Pool/Spa Water ChemistryExceed 5 ppm Automatic Chlorinators Chemical Feeders Gas SupplyGas Supply Connection Gas Supply PressureHigh Fire Values Electrical Power ConnectionsModel In. NPT 4 in. NPT 2 in. NPT Model Manifold Gas PressureField-Connected Controllers Check the Power SourceMaking the Electrical Connections Venting Field Wiring ConnectionAppliance Categories Support of Vent Stack InstallationsVent Terminal Location Installation Venting Installation TipsVenting Configurations Canadian InstallationsTermination Max. Length* ftMin 10 ØTypical Common Venting Common VentingEngineered Vent Systems Model Vent Size Volume Flue ProductsHorizontal Through-the-Wall Direct Venting Category Horizontal Through-the-Wall Direct Venting Direct Vent-VerticalModel Certified Outdoor InstallationCombustion Air Air Inlet Horizontal Max. Length** ft Vent Freeze Protection ControlsDifferential Graph Operating Modes10 VDC 20 mA Boiler Target Mode 3 Dedicated DHW10 VDC 20 mA DefinitionsPool Heater P, WHP Modes Default Setting Range Boiler H7 Modes Default SettingWater Heater WH1 Modes Default Setting Range Operation Number Field Type Fault DescriptionRank Code Condition High Limit-Manual ResetHeater Sequence of Operation Ignition ModuleHigh & Low Gas Pressure Switches Optional High Limit-Auto Reset OptionalFlow Switch Modulating Temperature ControlAir Pressure Switch Blocked Vent SwitchUDB Diagnostic Board Wiring Diagram Models H & WH Wiring Diagram Models P & WHP Initial Start-up START-UPPre Start-up Pre Start-up CheckBlower Check Start-UpFollow-Up Safety InspectionFinishing Manifold CheckPost Start-Up Check Leak Test Procedure Dual-Seat Gas ValveLighting Instructions OperationTo Turn Off Gas To Appliance UDB Fault HistoryStep TroubleshootingSuggested Minimum Maintenance Schedule MaintenancePreventive Maintenance Schedule Annually Filter MaintenanceWeekly Semi-AnnuallyAppendix Filter ReplacementInside Air Contamination Important Instructions for the Commonwealth of Massachusetts Limited Parts Warranty MVB Types H and WH Limited Parts Warranty MVB Types P & WHP Nominal Factory Recommended Settings START-UP Checklist for FAN-ASSISTED Raypak Products

5042004 specifications

The Raypak 5042004 is a highly efficient pool heater designed for residential and commercial applications, providing warmth and comfort for swimming pools and spas. It is a part of Raypak's extensive lineup of pool heating solutions, known for their reliability and energy efficiency. This model caters to different heating needs while maximizing performance and reducing energy consumption.

One of the standout features of the Raypak 5042004 is its use of advanced heat exchanger technology. Constructed with a durable copper fin design, the heat exchanger enhances thermal conductivity, allowing the unit to heat water quickly and effectively. This ensures a consistently enjoyable swimming experience, even in cooler weather conditions. The heater’s aluminum cabinet is designed to withstand harsh weather and resist corrosion, increasing its longevity and reliability.

In addition to its robust construction, the Raypak 5042004 incorporates a user-friendly digital control system. This control system allows users to set their desired temperature with precision, enabling easy adjustments and enhanced control over the heating process. The digital display provides real-time feedback, giving users insight into the system's operation and current water temperature.

Moreover, this model offers a specialized environmentally friendly option. The Raypak 5042004 is designed to run efficiently on both natural gas and propane, which provides flexibility regarding fuel choice based on availability and personal preference. This versatility is paired with low NOx (nitric oxide) emissions, making it compliant with stringent environmental regulations, making it an eco-friendly choice for consumers.

The ease of installation is another characteristic that sets the Raypak 5042004 apart from its competitors. The unit includes versatile piping options and integrated automation features that facilitate quick and hassle-free installation, ultimately saving time and effort for both professional installers and DIY enthusiasts.

In summary, the Raypak 5042004 is a cutting-edge pool heater that combines high efficiency, robust construction, user-friendly controls, and eco-friendly features. Its advanced heating technologies, durable design, and versatile fuel options make it an excellent choice for anyone looking to enhance their swimming experience year-round while being conscious of energy consumption and environmental impact.