GE GP94ENSRSA Remote Controller Installation, Location, Configurations, Mounting the Controller

Page 18

Installation Instructions

REMOTE CONTROLLER INSTALLATION

LOCATION

• The controller should be out of reach of small children.

• Avoid locations where the controller may become hot (near the oven or radiant heater).

Avoid locations in direct sunlight. The digital display may be difficult to read in direct sunlight.

Avoid locations where the remote controller could be splashed with liquids.

Do not install in locations where it can be adjusted by the public.

CONFIGURATIONS

A maximum of 4 remote controllers can be installed for a water heater or bank of water heaters. Controllers can only be wired in parallel. Controllers cannot be wired in series.

REMOTE CONTROLLER INSTALLATION (cont.)

MOUNTING THE CONTROLLER

1Determine a suitable location for the controller.

2Mount a single gang outlet box in the wall where the remote control is indicated.

3Run the cable between the controller and the water heater or the controller and the other controller.

4Remove the face plate from the remote controller, using a screwdriver.

5Connect the cable to the remote controller.

6Mount the controller to the wall in the single gang outlet box installed in step 2.

7Disconnect the power from the water heater.

8Remove the cover of the water heater.

9Remove the plastic cover from the PCB and electrical connections.

Outline of Remote

If 4 AGTRC1’s are installed, press the Priority and On/Off buttons on the fourth controller until a beep sounds.

securing screw

wiring hole

securing screw

1-21/32"

3-5/16"

Wire Controllers in Parallel

CABLE LENGTHS AND SIZE

The cable for the remote controller should be a nonpolarized two-core cable with a minimum gauge of 22 AWG. The maximum cable length from each controller to the water heater depends on the total number of wired controllers connected to the water heater.

NUMBER OF WIRED

MAXIMUM CABLE LENGTH FOR EACH

CONTROLLERS

CONTROLLER TO WATER HEATER

 

 

1

328 ft. (100 m)

 

 

2

164 ft. (50 m)

 

 

3 or 4

65 ft. (20 m)

 

 

18

WARNING: DO NOT ATTEMPT TO CONNECT THE REMOTE CONTROLLERS WITH THE POWER ON.

Image 18
Contents Before Beginninginstallation Safety PrecautionsModels GN75ENSRSA, GN94ENSRSA, GP94ENSRSA Installation Instructions Safety PrecautionsParts Provided Tools YOU will NeedDimensions DescriptionFlue Terminal Clearances Additional Clearances Vent Terminal Planning for Plumbing Shown with optional pipe coverMounting the Water Heater Clearances for Water HeaterCorrosive Atmospheres Mounting the Water HeaterMounting the Waterheater GAS Piping GAS PipingConnecting the Water Heater to the GAS Supply Pressure Relief Valve Water PipingWater Piping Internal BUILT-IN Freeze ProtectionConnecting the Water Heater to the Water Supply Supplemental Freeze ProtectionRecommended Piping for Basic Installation KEYFreeze Protection For External Piping Electrical Connection Information Electrical RequirementsHigh Altitude Installations GuidelinesLocation Remote Controller InstallationConfigurations Mounting the ControllerCleaning the Inlet Filter Cleaning the Inlet FilterInstallation Checklist Technical Data Pressure Drop CurveOutlet Flow Data Ladder Diagram Page

GN75ENSRSA, GN94ENSRSA, GP94ENSRSA specifications

The GE GN94ENSRSA, GP94ENSRSA, and GN75ENSRSA represent a new generation of advanced gas turbines developed by General Electric (GE) for use in power generation applications. These models are designed for efficiency, reliability, and environmental sustainability, making them ideal for both industrial and utility-scale projects.

A hallmark of these turbines is their high efficiency. GE has implemented cutting-edge aerodynamics and materials technology to create a combustion process that maximizes energy extraction while minimizing fuel consumption. The GN94ENSRSA and GP94ENSRSA models specifically feature advanced compressor designs that increase air intake and compression ratio, enhancing overall performance.

The turbines incorporate GE's Digital Wind Farm technology, which utilizes advanced data analytics and machine learning to optimize operational efficiency. This technology allows for predictive maintenance, reducing downtime and operational costs. Users can monitor turbine performance in real-time, making adjustments as needed to boost output and efficiency.

Another significant feature is the flexible fuel capability. The GN94ENSRSA and GP94ENSRSA can operate with various fuel types, including natural gas, biogas, and hydrogen, making them versatile solutions for a range of energy markets. This flexibility aligns with global trends toward cleaner energy, helping reduce carbon emissions.

Safety and reliability are at the forefront of GE's design philosophy. The turbines are equipped with multiple safety features to ensure stable operation even under extreme conditions. This includes advanced control systems that continuously monitor critical parameters and adjust operations to maintain performance and safety standards.

In terms of emissions, GE has prioritized the development of low-emission technologies. These turbines are designed to meet stringent environmental regulations, reducing nitrogen oxides (NOx) and carbon monoxide (CO) emissions through enhanced combustion technology. This commitment to environmental sustainability has made GE’s turbines a preferred choice for many energy providers looking to transition to cleaner forms of power generation.

In summary, the GE GN94ENSRSA, GP94ENSRSA, and GN75ENSRSA gas turbines exemplify the latest advancements in turbine technology. With their high efficiencies, flexible fuel options, robust safety features, and commitment to reducing emissions, these models underscore GE's leadership in the energy sector and its dedication to sustainable power solutions. As global energy demands continue to evolve, these turbines provide a reliable path forward for efficient and responsible power generation.