WiFi Push Notification Dry Contact Transmitter for AWS®

  • WiFi Push Notification Dry Contact Sensor for use with AWS®
  • Receive a transmission on AWS® when there is an input change
  • This device uses a 2.4GHz WiFi Communication Module
  • Plug-and-Play Setup Only Requires WiFi and AWS® Credentials
  • SoftAP Web-Page Configuration of AWS® Settings
  • Encrypted Communications Between Sensor and WiFi Connection
  • Supports IEEE-802.11B/G/N WiFi Protocols
  • Supports WPA/WPA2/WPA2-Enterprise WiFi Security Protocols
  • Supports DHCP or Static IP Managed Wireless Networks
  • Automatically Report to AWS® with Zero Setup
  • Transmits Sensor Data to AWS Cloud Message
  • Externally Powered Using a 6-32VDC Power Supply
  • NO Monthly Fee or Locked Proprietary Protocols
$ 159.95
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Description

WiFi Push Notification Dry Contact Transmitter for Amazon® AWS®

Introducing Dcube Store’s WiFi Push Notification Dry Contact Transmitter for Amazon® AWS®. This transmitter works by sending data as soon as it detects an open or closed contact (any change on input) and will communicate data directly to the AWS® cloud where it can be accessed over a WiFi connection.

This WiFi Push Notification Dry Contact Transmitter for AWS® IoT is ideally used in security applications that need a reliable wireless dry contact transmission. This WiFi Push Notification Dry Contact Transmitter makes it easy to receive alerts when doors are opened or buttons are pressed. Receive an alert when a button is pressed, receive another alert when the button is released.

This WiFi Push Notification Dry Contact Transmitter for AWS® IoT is made to be directly accessible from AWS®. As one of the world’s most popular IoT platforms, AWS is an essential tool for a wireless sensor device. Therefore, connectivity of the Dcube Store ecosystem of IoT wireless sensors remains a top priority for our engineering team.

When it comes to WiFi Push Notification Dry Contact Transmitters, nothing compares to the ease of use, low price, high accuracy, operational temperature range, or security features Dcube Store has to offer. Note that this sensor will need to be externally powered and is capable of using a 6-32VDC power supply.

To begin, access the product guide under resources to learn how to use Amazon® AWS® and this sensor in conjunction.

Applications

  • WiFi Push Notification Dry Contact Transmitter
  • Notifications when a door opens or closes
  • Alerts when a button is pressed on or off
  • Security Monitoring Systems
  • Push Notification Dry Contact Transmitter for Device Control Applications
  • Wireless Digital Input Monitoring for AWS®

Detecting input change with AWS® IoT Core®

AWS® has a service called IoT Core® that allows the user to stream sensor data through an MQTT Client. Since this service is accessible over WiFi, it can be used to remotely detect input change.

Once the sensor is properly set up, data can be streamed as shown in the visual to the right. The Cloud Topic Format can be customized during sensor setup after following the user guide for this product.

The MQTT Client uses this Cloud Topic Format setting as a destination for the sensor to transmit data to. The user would then subscribe to the Cloud Topic to stream sensor data from the cloud.

Sensor Setup

Setting up and using a sensor has never been easier. After following the product user guide listed under the resources tab, the user will be able to configure the sensor’s settings over WiFi as well as use it’s testing capabilities through AWS® IoT Core®.

After creating an AWS account the user will be able to configure the sensor with Dcube Store’s user interface which will automatically open once upon connecting to the sensor through it’s WiFi module.

AWS® IoT Thing Shadow®

Another easy way to configure the settings on this device is to use AWS® IoT Thing Shadow®. Most of the sensor configuration can be done here from the cloud making it remotely accessible.

Testing with AWS is time efficient and easy. The User Guide found under the resources tab will lead the user to the MQTT client like in the following screen. The MQTT client is where one will be able to control the interval of transmission and see the data from the sensor.

Transmission Interval

This device sends data periodically based on user-preset timing intervals. As this sensor does not use batteries, the user does not need to adjust the transmission interval with the intention to save battery life.

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