Cloud based Automation and Instrumentation Controller WiFi, IOT device for Remote Control, Data collection and logging Smartphone operated with Google Home and Alexa enabled
Price: $59.00 - $49.00
(as of Mar 24, 2022 01:32:47 UTC – Details)
Product Description
Cloud based Automation and Data Logger Smart Phone Enabled
WifiSecureAccess Provides an easy way to automate your home as well as industrial appliances. This is a general purpose cloud based automation controller that can control almost any electrical equipment either automatically or manually using a smart phone from remote. This can also be used for remote data collection and data logging to local computers. This is compatible with almost all sensors used with Arduino. This also has a 12-bit A/D converter to connect analog sensors. Automatic control can be configured to activate an electrical equipment either periodically, or based on the values sensed by sensors. It is also possible to control a remote electrical equipment cabled to one controller depending on the values sensed by sensors cabled to another remote controller. You can also integrate this with any of your applications through https post calls. Notifications can also be configured to send notification when an event occurs. This is Google Home as well as Alexa enabled.
A variety of electrical equipments and sensors can be connected to it. It can be an electrical motor, or any home or industrial appliance. It can be sprinkler system. The power rating of the relay of the controller is only 10A. However, if your electrical equipment is rated higher than this, a heavy duty relay can be used between the controller and the electrical equipment. It can read a variety of sensors as well. All sensors that are used with Arduino can be used with this controller. In addition, this has a 12-bit A/D converter and, therefore, one can connect any analog sensor to this. By default, the analog sensor voltage range is 0 to 3.3V. Sensors with outputs outside this range can be connected using external circuitry such as a voltage divider.
The controller can be used for instrumentation and remote data logging. Local computer can collect data from sensors connected to remote controllers. These data can be logged into the local computer for future analysis.
It is also possible to control an electrical equipment connected either to this controller or a controller sitting remote based on the values sensed by the sensors. For example, you can turn ON an electrical equipment when, say, the temperature read by a sensor is less than some specific value.
Just to give an example, these controllers can be used for farm automation, particularly in irrigation. One can configure it such that the sprinklers are put on at specified time of a day. It can also be configured such that the sprinkler is put on regularly only when it does not rain.
Architecture of Automation Control and Data Logging
Example of Components and Equipments cabled to the controller
Data Logging and Analysis Architecture
An example of an Application of Automation
General Purpose Cloud based Automation and Instrumentation Controller
This is a versatile and general purpose Automation/instrumentation/data collection controller that can be used for controlling any electrical equipment or devices from remote. Automatic controls and periodic actions can also be configured. It is also possible to configure two controllers such that one sensor reads a sensor and based on the sensed value, it controls an equipment connected to the other controller sitting remote.
This is Google Home as well as Alexa enabled, and integrates with Smart Home. Therefore, one can activate the equipments connected to this using voice commands either through Google Home or Alexa. It is also possible to activate the equipment by scanning its QRCode or NFC tag.
Several types of sensors can be cabled to this controller. It is compatible with all sensors that work with Arduino. In addition, this has an analog input with a 12-bit A/D converter to interface with analog sensors.
The controller can be used for data collection and logging as well. It can read data from sensors cabled to remote controller and save that on local computers for future analysis. Automatic controls of equipment as well as sending notifications based on the sensed values can also be configured. All these can be done by configuring the controller and, there is no need to write any code.
Included in the package: Automation controller with power cable (US style, can be replaced to suit any country). No sensors or actuators or connecting cables are included as they depend on the user’s specific application. The type of sensors that you need are available for purchase on your favorite online stores.
Detailed documentation of this controller is attached with this listing below. This documentation is also available at the website of the manufacturer (WifiSecureAccess).
One controller can control one electrical equipment only.
We provide full support for installation and configuration. We will try to make sure that you are fully satisfied with your purchase.
General purpose cloud based automation and instrumentation controller that can control almost any electrical equipment either automatically or manually from remote using a smart phone. Detailed documentation can be found at the bottom of this listing. It is also available at the website of the manufacturer (WifiSecureAccess)
Google Home and Alexa enabled and so, one can use voice prompt to activate the connected electrical equipment. Integrates with Smart Home.
The controller is compatible with a variety of sensors. all sensors used with Arduino can be cabled to this controller. In addition, this has an analog input with a 12-bit A/D converter to interface with any analog sensor.
The cabled electrical equipment can be controlled either periodically, or based on the values sensed by the sensors. No coding is required by the user for this. The controller can be configured to meet the needs of the user. Our detailed documentation gives details on integrating this with any of your other applications as well, if you are interested, so that the connected electrical equipment can be turned on using your other application.
It is also possible to configure two controllers sitting remote to each other such that one cantroller controls the other controller based on the conditions sensed by the first controller
