Manual Output Switch Operation

 

 

 

A 3-position switch is provided on the Pump/Com

 

 

 

module for additional control of the pump relay

 

 

 

circuit. In addition, the optional station terminal

 

 

Field Common

modules with optional control switches have one

 

 

switch for each station output.

 

 

Engage Switch

 

 

 

The three switch positions control the circuits as

 

 

Field Common

follows:

 

 

Indicator Lamp

On – Manually activates the circuit. The pump or

 

 

Pump Circuit

station will remain on until the switch is moved to the

HOT POST

HOT POST

Switch

Auto or Off position.

 

 

 

Off – Switches the circuit off, preventing pump or

Station Output

station operation from the satellite.

Control Switches

Auto – The circuit is automatically activated by the

(Optional)

controller during automatic or manual watering

 

operation.

 

As an added lightning protection measure, the field

 

common circuit is normally open when the controller

 

is inactive. Therefore, to use the field output control

 

switches for manual operation, the common circuit must be engaged first. Press the Field Common Engage push button switch to activate the circuit. The Field Common Indicator Lamp will turn on when the circuit is active. The common circuit will automatically disconnect upon completion of an automatic or manually activated watering operation initiated through the timing mechanism. The circuit can also be disconnected by momentarily switching the power supply off.

Caution: To prevent damage to the 3.2A field output circuit fuse, do not exceed 3.2A load when manually activating multiple field outputs.

Power Indicator Lamps

Two indicator lamps, as shown in the illustration at right, are provided to verify the presence of power to the control and field output circuits. In normal operating conditions, both lamps will be On. If both lamps are Off, no power is present. Ensure the power supply/circuit breaker switch is On. Also check the main power source circuit breaker and any additional power disconnection devices in the fixed wiring. If the left indicator lamp is Off, the 4A circuit breaker is open and must be reset. If the right indicator lamp is off, the 3.2A field output fuse is blown.

WARNING

Control Circuit

Indicator Lamp

8-Station Module Retainer Screw

Output Circuit Indicator Lamp

IF FUSE REPLACEMENT IS REQUIRED, REPLACE WITH A FUSE OF THE SAME TYPE AND AMPERAGE RATING. FAILURE TO COMPLY CAN RESULT IN SERIOUS INJURY AND/OR EQUIPMENT DAMAGE DUE TO FIRE HAZARD.

Removing and Installing 8-Station Modules

1.Switch power supply Off

2.Remove single screw from module.

3.Pull module outward from top connector then upward from bottom connector (if installed).

4.Install module in reverse order.

Power Supply

On/Off Switch

4A Control

 

Circuit Breaker

Power Supply 5A

3.2A Field

Output Fuse

Circuit Breaker

 

Note: When adding modules, utilize the first available open position from left to right, front to back. Do not leave open spaces between modules.

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Toro Plus Series Satellite specifications Manual Output Switch Operation, Power Indicator Lamps

Plus Series Satellite specifications

The Toro Plus Series Satellite is a cutting-edge irrigation controller that combines advanced technology with user-friendly features to enhance landscape management. Designed for professional and residential use, this series caters to a variety of watering needs, ensuring optimal performance while promoting water conservation.

One of the standout features of the Toro Plus Series Satellite is its intuitive programming interface. With a user-friendly display, users can easily navigate through various settings, customize irrigation schedules, and monitor system performance. This interface is designed to simplify the setup process, allowing users to program multiple zones tailored to the unique needs of different landscape areas.

The Toro Plus Series Satellite incorporates advanced weather data integration, giving it the capability to adjust watering schedules based on real-time environmental conditions. By utilizing local weather data, this intelligent system can prevent overwatering during rainy days or adjust schedules during drought conditions, thereby conserving water and promoting healthy plants.

An important characteristic of the Toro Plus Series is its precision irrigation technology. This feature utilizes advanced sensor technology to monitor soil moisture levels, ensuring that each zone receives the precise amount of water needed. By minimizing water waste and reducing runoff, the Toro Plus series significantly contributes to sustainable gardening practices.

Connectivity is another major aspect of the Toro Plus Series Satellite. With capabilities for remote access via smartphone applications, users can easily manage their irrigation systems from anywhere. This feature allows homeowners and landscape professionals to adjust settings, view system status, and receive alerts, further enhancing convenience and control.

Additionally, the Toro Plus Series is built with durability in mind. Constructed from robust materials, it is designed to withstand harsh weather conditions and ensure long-lasting performance. Its modular design allows for easy upgrades and expansions, making it a versatile choice for growing landscapes.

In summary, the Toro Plus Series Satellite combines advanced programming capabilities, weather integration, precision irrigation technology, and remote connectivity, all housed in a durable and user-friendly design. These features build an efficient irrigation solution that not only meets the demands of any landscape but also champions water conservation and sustainable practices. This makes the Toro Plus Series an ideal choice for anyone looking to enhance their irrigation efficiency while caring for their green spaces.