Energy Tech Laboratories 6358, 8358, 8357, 6356, 5358 Installing a Remote Control Device, Wiring

Page 19

Installing a Remote Control

Device

Wiring

For a 2-wire control, use the TOTAL and COMMON connections on the heat pump pool heater wiring block.

For a 3-wire control, use the COMMON, SPA and POOL connections on the heat pump pool heater wiring block.

Heater Settings

1.

Make sure the heater is disabled on the remote

 

 

control device. Then, push the SET key until POL

Fig. 8: Heater Wiring Block

 

is displayed. Push the DOWN arrow key until OFF

 

is displayed. Wait until a temperature is displayed

 

 

before beginning the next step.

 

2.

Push the SET key until SPA is displayed, then

 

 

push the UP arrow to 104°F (40°C). Wait until a

 

 

temperature is displayed before beginning the

 

 

next step.

 

3.

Push the SET key until P_S is displayed, then

 

 

push the DOWN arrow until POL is displayed.

 

 

Wait until a temperature is displayed before begin-

 

 

ning the next step.

 

4.

Finally, enable the heater on the remote control

 

 

device. When there is a call for heat, the heater

 

 

display will show SPA. When the heater is dis-

 

 

abled, the display will show POL.

 

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Contents Heat Pump Pool & Spa Heater Maximum Water ChemistryContents Or substantial property damage if ignored Introduction Installation ConsiderationsElectrical Connections Installation ClearancesControls Water ConnectionsSystem Start-Up Controls Operating InstructionsSeasonal Start-Up or Annual Check Summer Shutdown MaintenanceFreeze Protection Unit is RUNNING, but not Heating TroubleshootingFault Code Meaning of Code Service Call VerificationPlumbing Diagrams Water OUT to Pool or SPA Pool Piping for Heat Pump Pool Heater and Gas Pool Heater Units Wiring Diagram 220/240V Single-Phase Wiring Diagram 200/220V Three-Phase Wiring Diagram 380/420V Three-Phase Wiring Installing a Remote Control Device

8357, 8358, 6358, 6356, 5357 specifications

Energy Tech Laboratories represents a cutting-edge approach to sustainable energy solutions, focusing on the development and enhancement of various technologies aimed at optimizing energy efficiency and harnessing renewable sources. In particular, models 6357, 5358, 5356, 5357, and 6356 showcase an array of advanced features designed to meet the challenges of a rapidly changing energy landscape.

Model 6357 is characterized by its high-efficiency solar cells that utilize multi-junction technology. This allows for a remarkable conversion rate of sunlight into electricity, making it suitable for both residential and commercial applications. The integrated energy management system enables users to monitor and control their energy usage in real-time, optimizing output and reducing waste. Moreover, this model is equipped with AI-driven analytics, which can predict energy consumption patterns and adjust energy distribution accordingly.

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Model 5356 showcases an innovative microgrid technology designed for localized energy generation and distribution. By integrating multiple sources of renewable energy, including wind and solar, this model ensures that energy can be produced and consumed within the same community, minimizing transmission losses and enhancing energy resilience. Its smart grid capabilities allow for automated adjustments based on real-time demand and supply, fostering a sustainable energy ecosystem.

Model 5357 incorporates advanced geothermal energy extraction methodologies, leveraging cutting-edge drilling techniques that minimize environmental impact. This model not only harnesses the Earth’s internal heat but also incorporates integrated systems to ensure efficient energy conversion and delivery.

Finally, model 6356 represents a comprehensive energy management platform that consolidates data from various sources, including renewable energy generators and storage systems. This platform provides users with insightful analytics that drive informed decision-making, enhancing both operational efficiency and sustainability across diverse energy operations.

Together, these models from Energy Tech Laboratories exemplify a commitment to innovation and sustainability, paving the way for a greener, more energy-efficient future.
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