Watkins LAP, MAL, SOR, TRI manual Safety Equipment, SPA Control Panel

Page 16

SAFETY EQUIPMENT

A.GFCI: The Ground Fault Circuit Interrupter, located on the end of the power cord (115 Volt models only), is a safety device that is designed to sense as little as 5 milliamps of electrical current leakage to ground. It is very important to protect a GFCI from rain and other moisture. Watkins Manufacturing Corporation recommends that the GFCI be tested before each use to ensure it is functioning correctly.

To test the GFCI:

Cord-Connected 115 Volt, 20 Amp Models: Before each use, with the spa operating, push the TEST button (located on the front of the GFCI). The GFCI breaker should trip to the “off” position, disconnecting power to the spa. Reset the GFCI by pushing the RESET button. The spa will now operate normally. If the interrupter does not perform in this manner, it is an indication of an electrical malfunction and the possibility of an electric shock. Unplug the spa until the fault has been identified and corrected.

230 Volt, Permanently installed or converted Models: The GFCI breaker is located inside the subpanel, before each use of the spa and with the unit operating, push the Test button on each breaker. The switch should click over to the “Trip” position. Wait 30 seconds and reset each GFCI breaker by switching it completely off and then completely on. The switch should then stay on.

B.HEATER HIGH-LIMIT SWITCH: The heater high-limit sensor is located on the heater assembly. If for any reason the internal temperature of the heater exceeds 120°F (49°C), the high-limit circuit will trip and turn off the spa. The control panel display will display - - - -. The heater high- limit may be reset when the water temperature within the heater has cooled to approximately 110°F (43°C). Reset the heater high-limit by simply disconnecting power to the spa for thirty seconds. The cause of the overheating must be located to prevent a recurrence. The most common cause of limit-tripping is inadequate water flow through the heating system. This may be caused by an obstruction within the pump water lines (filter, pump intakes or internal plumbing), the non-function of the low-speed mode of the jet pump, or the malfunction of the control thermostat. Once the cause has been identified and corrected, and the sensor has cooled, reset spa by simply disconnecting power to the spa for thirty seconds.

C.PRESSURE SWITCH: The pressure switch is located inside the control box on the heater, and is designed to prevent heater operation during

a no or low flow condition. If for any reason flow through the heater is reduced or stopped, the pressure switch will trip. If the pressure switch _ . _ . _ . _

has detected a no or low flow condition _ . _ . _ . _ will display. The most common causes of inadequate heater flow are a dirty or clogged

_ _ _ _

filter, obstruction in the plumbing lines, and non-operation of the low speed heat pump. Additionally, the control panel will display _ _ _ _ if

the pressure switch senses flow through the heater when the jet pump is not activated. Contact your Authorized Service Technician if displayed.

D.CONTROL THERMOSTAT: The control thermostat helps regulate the temperature of the water. If for any reason something were to happen to this device, the READY icon on the control panel will flash. Contact your Authorized Service Technician.

SPA CONTROL PANEL

Your control panel consists of an LED display and convenient touch pads that allow you to set the water temperature and adjust the skim/filter cycle settings, lock spa temp, lock entire spa functions, as well as control the hydrotherapy jets, and light from spa-side.

LED DISPLAY

The LED display on your spa-side control panel continually shows the spa’s set water temperature. In certain situations, it will also display other messages. See TROUBLESHOOTING section.

SET BUTTON

Use the set button to control clean cycle, filter cycle, locking and light functions. To activate the desired mode, press the “SET” button. When the “SET” icon flashes push the applicable button. The “SET” mode ends after 3 seconds or when the “SET” icon stops flashing.

TEMPERATURE CONTROL

 

Filter Cycle 1

 

Temp / Lock

 

 

 

Icon

Set Icon

Display

Sleep

 

 

Jets Button

 

Temp

Temperature Up

 

Icon

 

 

 

 

 

 

 

Ready

 

 

 

 

 

Icon

Temperature Down

 

 

Filter Cycle Icon

Light Button

Set Button

Filter Cycle 2

Light Icon

Icon

 

 

 

Jet Icon

 

The set temperature range is from 80°F (27°C) to 104°F (40°C). Temperatures of any setting may rise slightly depending on the current use and condition of your spa, and on outside temperature. Whenever power is disconnected and then reconnected to the

READYspa, the water temperature setting will automatically return to the last temperature entered into the program.

Pressing the Temp Up (▲) button displays the spa’s set temperature. To increase the set temperature, press the Temp Up (▲) button again, once for each degree of increased temperature desired. If you hold the button down, the set temperature will increase by one degree every half second.

Pressing the Temp down (▼) button displays the spa’s set temperature. To decrease the set temperature, press the Temp down (▼) button again, once for each degree of decreased temperature desired. If you hold the button down, the set temperature will decrease by one degree every half second.

JET PUMP CONTROL

Pressing the Jet button changes the jet pump functions, depending on the number of presses:

Operating Instructions

Page 13

 

 

Image 16
Contents N e r ’ s M a n u a l OwnerÕs Manual Table of Contents Safety Information Important Safety InstructionsAvoiding the Risk to Children DonõtHealth problems affected by spa use Unclean waterRisks to Avoid Avoiding the Risk of HyperthermiaImportant SPA Instructions Installation InstructionsSite Preparation Outdoor and Patio Installation Deck InstallationINDOOR/BASEMENT Installation Installation InstructionsElectrical Installation SPA Cover InstallationSelecting the Voltage for Your SPA Volt ConversionVolt Subpanel Wiring Instructions Sorrento Trinidad Jumper ConfigurationLA Palmatm Model LAP Spa Specifications & IllustrationSpa Frog SPA Specifications & Illustration 8 Spa Specifications & IllustrationMallorca Model MAL Overhead ViewSorrento Model SOR 10 Spa Specifications & Illustration Trinidad Model TRIOperating Instructions START-UP and Refill ProceduresOperating Instructions Heating and Hydromassage Systems Hydromassage JetsPrecision Jets AIR Control SystemSafety Equipment SPA Control PanelClean Cycle Splendors LED Lighting OptionalFilter Cycles La PalmaTM & Mallorca Spas onlyStereo Control Panel Mode Button Locking FeaturesMusic Sound System JET Pump 2 JET System JET Pump 1 JET SystemJet Menu JET Pump Directional Precision Jets on back left wallDirectional Precision Jets on back right wall Directional Precision Jets in loungeSorrento Model SOR JET System Menu JET SystemTrinidad Model TRI JET System Menu Methods for Testing the SPA Water Water Quality and MaintenanceGeneral Information HOT Spot SPA Water Maintenance Program Water Quality and MaintenanceFilling the SPA with Water Balancing the Total Alkalinity TA22 Water Quality and Maintenance Balancing the PHMaintaining the Sanitizer Level Ideal pH level for your spa water isSPA Frog Cartridge Replacement Instructions SPA Frog Water Care SystemIdeal Range ppm Steps24 Water Quality and Maintenance Following the SPA Frog Sanitizer RoutineSupplemental Water Maintenance Doõs and DonõtsBromine Super Chlorination26 Water Quality and Maintenance Cleaning the Ozone InjectorFoam Inhibitors Question Why can’t I fill my spa with soft water? Common Water Chemistry QuestionsMaintenance and SPA Care Filter Maintenance28 Maintenance and Spa Care Water TerminologyMaintenance and Spa Care Care of the SPA PillowsLA Palma To remove and replace the spa pillowsCare of the Exterior Care of the SPA CoverWood SPA Cabinet Simulated SPA CabinetWinterizing Your SPA NON-OPERATION in Cold ClimateService Information Miscellaneous Service InformationActs Invalidating Warranty Service InformationWatkins Customer Service DisclaimersTroubleshooting Problem Probable causes SolutionsPage Watkins Manufacturing Corporation Vista, California USA

TRI, SOR, MAL, LAP specifications

Watkins MAL, LAP, SOR, and TRI represent a suite of advanced technology products designed for various applications across multiple industries. These systems are integral to enhancing efficiency, flexibility, and automation within operational workflows.

Watkins MAL, or Modular Automation Layer, serves as a flexible framework enabling the seamless integration of diverse automation systems. The architecture focuses on modularity, allowing users to customize their automation setup according to specific requirements. This feature significantly reduces installation time and costs while promoting scalability as businesses grow. The primary technology underpinning MAL is a robust communication protocol that ensures compatibility with various industrial devices, facilitating real-time data exchange and operational synchronization.

LAP, or Logistics Automation Platform, is tailored specifically for optimizing supply chain processes. It leverages advanced algorithms and machine learning to enhance inventory management, shipment tracking, and demand forecasting. LAP’s main characteristic is its intuitive user interface, providing users with comprehensive dashboards that present key performance indicators in real time. The integration of Internet of Things (IoT) technology allows it to connect with sensors and devices across the logistics network, optimizing various stages from warehousing to transportation.

SOR, which stands for Smart Operational Resilience, emphasizes risk management and sustainability in operations. This platform utilizes data analytics and predictive modeling to identify potential disruptions in the supply chain or production lines. It helps organizations develop contingency plans and build resilience against unforeseen challenges. The characteristic that sets SOR apart is its focus on sustainability, integrating eco-friendly practices and promoting resource conservation through its operational protocols.

Finally, TRI, or Technology Resource Integrator, is designed for comprehensive resource management across an organization. TRI enables businesses to consolidate various assets and technologies, ensuring optimal usage and performance. Its primary feature is a central management dashboard that provides insights into resource allocation, utilization rates, and operational efficiency. TRI integrates seamlessly with existing systems, utilizing APIs and standard protocols to ensure a cohesive technological ecosystem.

In conclusion, the Watkins suite encompassing MAL, LAP, SOR, and TRI provides businesses with innovative solutions to modern challenges. By focusing on automation, logistics optimization, operational resilience, and resource integration, Watkins enhances productivity and promotes sustainable growth in an increasingly competitive market.