There are many switches with different functions in corrosion rust. Players can use these switches to achieve some intelligent functions. Many players don’t know the specific usage of these switches. Today, Xiaobian brings you a strategy for using corrosion rust storage controller, hoping to help you players.

Storage controller usage guide

Memory controller: multi-directional signal switching can be realized through simple signal editing.

Use case: No. 1 door is normally open, No. 1 door is closed through contact signal 1, No. 2 door is opened, the door state is restored after contact signal 2, No. 1 door is normally open and No. 2 door is closed.

Tools:

Door x 2

Door controller x 2

Infrared sensor x 2

Power generation equipment X 3

Battery x 3

Storage controller x 1

Router x 1

1. Installation: install door 1 and door 2 in place and connect to the next door controller. Install the infrared sensor where it needs to be triggered. Install the power generation equipment in a suitable position. Install the storage controller in the appropriate location.

2. Wiring: connect power generation equipment 1 to battery 1, power generation equipment 2 to battery 2 and power generation equipment 3 to battery 3. Connect the output interface of battery 1 to the input interface of the storage controller (that is, the interface below). Connect the output interface of battery 2 to the input interface of infrared sensor 1, and connect the output interface of battery 3 to the input interface of infrared sensor 2. Finally, connect the input interface of the door controller 1 to the reverse output interface of the storage controller (inverted output interface, top left interface), and connect the input interface of the door controller 2 to the output interface of the storage controller (output interface, top right interface). Connect the output interface of infrared sensor 1 to the setting interface of the storage controller (set interface, upper left side), and connect the output interface of infrared sensor 2 to the reset interface of the storage controller (reset interface, lower left side).

3. Debugging: when the character triggers infrared 1, close door 1 and open door 2. When the character triggers infrared 2, return to the original state, close door 2 and open door 1.

Note: the functions of each interface of the storage controller should be recorded in a small notebook. Many people will be confused. Here’s an explanation.

Power in power input interface: it can be connected to power supply equipment or other switches and controllers.

Set setting interface: trigger interface, which can be connected to other switches or controllers and power supply equipment.

Reset reset interface: reset all switch circuits connected to the storage controller to restore the state when the set interface is not triggered. It can be connected to other power supply equipment or controllers and switches.

Output interface: forward output interface, which can output signals to the controller or switch. Always maintain power supply.

Inverted output reverse output interface: it is always in the power-off state. When the set signal interface is activated, the power supply state is turned on, and the forward output interface is powered off. When the reset reset interface is activated, the power supply state is turned off, and the forward output interface is powered on.

The storage controller plays a great role. Here is just a simple description. More usage needs to be studied and developed slowly. However, it is a necessary skill to use the storage controller skillfully and flexibly. The following is a summary of this controller, because it is really important and easy to be confused.

Inverted output reverse output interface: in the normal state, it is in the non power supply state. When the set interface is triggered, it starts to supply power. Only one interface can supply power to the reverse output interface and the forward output interface at the same time. When the reset interface is triggered, it returns to the initial state, the reverse interface no longer supplies power, and the forward interface continues to supply power.

Output forward output interface: always maintain the power supply state under normal state. When the set interface is triggered, it will no longer supply power. It is designed to supply power for the reverse interface. When the reset interface is triggered, it will return to the power supply state.

Set interface: after the interface is triggered, it can control the power supply of the reverse interface and the power failure of the forward interface.

Reset interface: after the interface is triggered, it can control the storage controller to return to the original state, that is, the reverse output interface is powered off and the forward output interface is powered on.

The above is the introduction to the use of rust storage controller. I hope it can help you players.

Responsible editor: CT

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