Orbit Manufacturing f 801 951 5815, 91916, 57916 Diagnostics Circuit Breaker, Fault Notification

Page 16

Secure the sleeve to the wall by screwing a No. 8 screw (included) through each of the two holes.

Slide the remote control device into the sleeve.

Section 7: Diagnostics Circuit Breaker

Smart-Scan®Diagnostic Fault Sensing

A diagnostic fault sensor will automatically scan for the presence of a faulty solenoid or wiring short in a valve during each watering sequence. If a faulty station is detected, the sprinkler timer will move to the next working station. Smart- Scan® also detects faulty wiring for the Pump or Master Control. Upon detection watering cycle is discontinued.

Fault Notification

Faulty Station: “FAULT STN” and station number is displayed. When multiple faulty stations are detected, only the last faulty station will be displayed.

Faulty wiring for pump/master control: “PUMP FAULT” is displayed.

Correcting the Fault

4. If the message continues, a short in the wiring still exists.

Internal Auto-Resetting Electronic Circuit Breaker

The sprinkler timer is equipped with an internal electronic self-resetting circuit breaker.

Possible causes of a circuit breaker tripping:

1.If lightning strikes nearby.

2.When the power supply has an electric spike.

3.If a station has a wiring short.

Whenever one of these conditions occurs, the electronic circuit breaker may trip, causing the station output from the sprinkler timer to be halted momentarily. The batteries will continue

to activate the LCD. After a few moments, the sprinkler timer will automatically retest the circuit to see if the condition has stopped. If so, the circuit breaker will reset itself.

ENGLISH

1.First, repair the short in the wiring or replace the faulty solenoid.

2.Test the station by operating a manual watering sequence.

3.If the short is not detected after a few seconds, the fault notification message will be terminated.

15

07WTM002598 57926-24 rA.indd 15

2/16/07 2:07:25 PM

Image 16 Orbit Manufacturing f 801 951 5815 Diagnostics Circuit Breaker, Smart-ScanDiagnostic Fault Sensing, Fault Notification
Contents Page ST2-RF Sprinklertimer Manual Table of Contents Commonly Used Controls Getting Started About This ManualReset the Timer Activating the BatteriesSelect the Preferred Language Set the Time of Day and DateProgramming Your Timer Determine a Watering PlanSet Start Times Set Station Watering DurationsSet the Timer to Automatically Run Your Programs Set Watering DaysTo Turn All Watering Off To Prevent Watering on a Particular DayTo Prevent Watering During a Particular Period of the Day Set Water BudgetingManual Watering All Stations Test All StationsManual Watering Program a Rain Delay Function Manual Watering Program BManual Watering Single Stations Manual Advance During WateringUsing the Remote Control Device To Synchronize the Remote Control Device with the TimerTo Water All Stations To Water One StationUsing the Optional Rain-Freeze Sensor Installing the Sprinkler Timer Five Easy StepsReturns control back to the timer Select a LocationDo not slide the timer back onto the docking port yet Two power leads from the transformer into eachWire the Electric Valves Mount the Docking PortConnecting Sprinkler Wire Mount the Sleeve for the Remote Control DeviceDiagnostics Circuit Breaker Smart-ScanDiagnostic Fault SensingFault Notification Correcting the FaultGlossary of Terms Term DefinitionPlants Trouble Shooting Symptom Possible Causes of Problems CorrectionHelp Orbit Irrigation Limited Six-Year WarrantyListings Características y funciones importantes Instalación en interiores del temporizador delPC Programable Programas dobles Seis ciclos de horas de inicio por programaControles comúnmente utilizados Sobre este manual Programación de los botonesReiniciación pequeño agujero Esfera de selecciónActivación de las baterías Sección 2 Primeros pasosSeleccione el idioma Configure los horarios de comienzo Coloque la hora del día y la fechaDetermine un plan de riego Ver Pág para las instruccionesConfigure para regar días impares Configure para regar días paresColoque la duración del riego de la estación Establezca los días de riegoPara desactivar todo el riego Para impedir el riego en un día en particularEstablezca el intervalo de riego Gire la esfera de selección a DÍA/PERÍODO SIN RiegoEstablezca el presupuesto de riego Pruebe todas las estacionesRiego manual Todas las estaciones Presione el botón Ingresar . En el selector apareceRiego manual Programa a Riego manual Programa BPresione Siguiente Avanzar rápidamente de una estación a la siguiente presioneRiego manual Estaciones individuales Función de retardo por lluviaAvance manual durante el riego Coloque una batería en el dispositivo de control remotoPara regar una estación Para regar todas las estacionesPara regar más de una estación específica Sección 5 Uso del sensor Lluvia-helada opcional En un área interna y seca, donde la temperatura deMonte la base de acoplamiento Elija el lugarConecte el transformador Realice el cableado de las válvulas eléctricasMonte el estuche para el control remoto Válvulas de EstaciónSección 7 Interruptor de circuito con diagnóstico Detección y diagnóstico de fallas Smart-ScanAviso de falla Cómo corregir la fallaSección 8 Glosario de términos Término DefiniciónDetermine un plan de riego Plantas Sección 9 Solución de problemas Síntoma Posible causa del problema CorrecciónAsistencia Clasificación

91912, 91926, 94922, f 801 951 5815, 57922 specifications

Orbit Manufacturing is a leading player in the manufacturing sector, known for its innovative and reliable products aimed at enhancing efficiency and productivity. With a wide range of models, including 57916, 57912, 57922, 91912, and 91916, Orbit Manufacturing showcases advanced technology and cutting-edge features suited for diverse applications.

The Orbit Manufacturing 57916 model stands out with its robust construction and precision engineering. Designed for high-demand environments, it incorporates advanced automation features, allowing for seamless integration into existing workflows. The model achieves optimal efficiency through its state-of-the-art control systems, minimizing downtime and maximizing output.

The 57912 model focuses on versatility, making it ideal for various manufacturing tasks. It combines flexibility with power, enabling users to adapt to changing production needs quickly. The model also includes advanced diagnostic tools that help operators monitor performance in real time, ensuring proactive maintenance and reducing operational costs.

In the 57922 variant, Orbit Manufacturing emphasizes user-friendly design alongside cutting-edge technology. This model is equipped with an intuitive interface, making it accessible for operators with varying levels of expertise. The 57922’s energy-efficient motors significantly reduce power consumption while maintaining high productivity levels, contributing to lower operational expenses and a more sustainable manufacturing process.

The 91912 model introduces even greater automation capabilities, incorporating AI-driven analytics for predictive maintenance. This feature empowers operators with insights that help preemptively address potential issues, ensuring continuous production flow. The 91912 is recognized for its high-speed performance and durable components, making it a favorite in industries requiring rigorous and continuous operation.

Lastly, the 91916 model builds on this foundation by integrating IoT technologies, enabling real-time data exchange and remote monitoring. This connectivity provides manufacturers with the flexibility to manage operations from virtually anywhere, enhancing responsiveness to market demands. Furthermore, the 91916 model is designed for scalability, allowing businesses to expand their production capabilities without significant reinvestment.

In summary, Orbit Manufacturing's range of models, including 57916, 57912, 57922, 91912, and 91916, showcases the company’s commitment to innovation, efficiency, and adaptability in the manufacturing landscape. Each model boasts unique features and technologies aimed at optimizing production processes, ensuring that clients stay competitive in a rapidly evolving market.