Desa S26NTA, S26PTA Installing Blower Accessory GA3750, Installing One-Piece Log set Top View

Page 12

Installation

Continued

IMPORTANT: Make sure log does not cover any burner ports (see Figure 12).

Burner Ports

One Piece

Log Set

 

Figure 12 - Installing One-Piece Log set

(Top View)

Installing Blower ACCESSORY GA3750

Tools required: Phillips screwdriver

NOTICE: Shut off gas heater during the following blower installation.

1.Remove top panel of stove by removing three screws from under top lip on each side of stove (see Figure 13).

2.Facing front of stove, carefully slide top panel forward until it is completely removed from stove (see Figure 13).

3.Disconnect power cord wires from blower motor (if connected) (see Figure 14).

4.Disconnect green ground wire from blower housing (if connected) by removing screw holding wire terminal (see Figure 14).

5.Install one plastic bushing provided in blower kit into the 1 1/2" hole in the left rear of firebox floor. Access hole through the rectangular opening in the rear panel (see Figure 15).

6.Remove the two blower mounting brackets from the rear panel by removing two screws each (see Figure 16, page 13).

7.Attach the two mounting brackets to blower housing using four screws provided in blower kit (2 for each bracket) (see Figure 16, page 13). Tighten screws securely. Place blower assembly temporarily on top of firebox.

8.Working from the rear of the stove, place entire power cord, including speed control housing, in lower control compartment.

9.Route ends of 3-wire power cord up from the lower control compartment through the plastic bushing, then up to the upper cavity of stove (see Figure 17, page 13).

10.Attach the terminal ends of the white and black power cord wires to the terminals on the blower motor (see Figure 14). Push firmly.

11.Attach the terminal end of the green power cord wire to the front tab of the blower housing using screw provided (see Figure 14).

Figure 13 - Removing Stove Top Panel

White

Black Powercord Wire

Powercord

Wire

 

Screw

Green Ground Wire

Figure 14 - Removing Wires from Blower

Bushing

Figure 15 - Installing Bushing

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Contents What to do if YOU Smell GAS Table of Contents Safety InformationSafety Information Poisoning may lead to deathProduct Identification Vent-Free Freestanding Pedestal StoveProduct Features Local CodesUnpacking Air For Combustion VentilationAIR for Combustion Ventilation Determining FRESH-AIR Flow for heater LocationConfined and Unconfined Space Determining if You Have a Confined or Unconfined SpaceInstallation Ventilation AIRVentilation Air From Inside Building Ventilation Air From OutdoorsCheck GAS Type Clearances to CombustiblesMinimum Wall and Ceiling Clearances See Figure Connecting to GAS Supply Installation Items NeededChecking GAS Connections Propane/LPNatural Test Pressures Equal To or Less Than Psig 3.5 kPaInstalling Logs Pressure Testing Heater Gas ConnectionsInstalling Blower Accessory GA3750 Installing One-Piece Log set Top ViewInstalling Blower Control Housing For Your Safety Read Before Lighting Operating HeaterLighting Instructions Operating Heater Inspecting BurnersCleaning Maintenance Burner Injector Holder and Pilot Air Inlet HoleCleaning Maintenance Service HintsTechnical Service SpecificationsTroubleshooting Observed Problem Possible Cause RemedyMaintenance Cleaning Gas leak. See Warning Statement aboveIllustrated Parts Breakdown Models S26PTA and s26nta ShownParts List Illustrated Parts Breakdown Models S26PTA and s26NtaParts List Replacement Parts AccessoriesCleaning KIT CCK Equipment Shutoff Valve GA5010Parts Central Warranty Information Keep this WarrantyLimited Warranty VENT-FREE GAS Pedestal Stove

S26PTA, S26NTA specifications

Desa S26PTA and S26NTA represent the forefront of agricultural technology, offering robust solutions tailored for modern farming needs. These innovative systems cater specifically to agricultural producers looking to enhance efficiency, streamline operations, and improve yields.

One of the main features of Desa S26PTA is its advanced precision agriculture capabilities. Equipped with state-of-the-art GPS technology, it enables farmers to accurately map their fields, monitor crop health, and apply inputs like fertilizers and pesticides with pinpoint accuracy. This not only conserves resources but also minimizes environmental impact, leading to more sustainable farming practices. Additionally, the S26PTA offers real-time data analytics that helps farmers make informed decisions based on current field conditions.

On the other hand, the S26NTA focuses on nutrient management, delivering a comprehensive solution for soil health. Its integrated sensor technology allows for continuous monitoring of soil conditions, assessing moisture levels, pH, and nutrient content. Farmers can access this data through a user-friendly interface, empowering them to optimize their soil management strategies. By fostering healthier soils, the S26NTA contributes to stronger crop development and increased productivity.

Both the S26PTA and S26NTA leverage Internet of Things (IoT) technologies, connecting various sensors and agricultural equipment. This technological integration provides a holistic view of farming operations, ensuring that farmers can monitor and control their systems remotely. The ability to receive alerts and notifications regarding equipment performance or potential issues is invaluable for proactive management.

Moreover, these systems are designed to be user-friendly, with intuitive interfaces that cater to farmers of all tech-savvy levels. Training and support are also integral parts of the package, ensuring that users can maximize the potential of these advanced technologies.

In conclusion, Desa S26PTA and S26NTA exemplify the evolution of agriculture through technology. Their focus on precision farming, nutrient management, and IoT integration offers powerful tools that enhance productivity and sustainability. As the agricultural sector continues to embrace digital transformation, solutions like these will play a crucial role in shaping the future of farming. Farmers adopting these technologies can look forward to optimized operations, improved crop yields, and a positive environmental impact.
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