SensorPush Wireless Thermometer/Hygrometer for iPhone/Android - Humidity & Temperature Smart Sensor with Alerts

Product Information

The authorization token is returned after a successful signin. This token identifies the user as a trusted client, and is valid for 60 minutes. If you don't have a reference device, you can still calibrate your sensor. Ice water makes a great temperature reference. Just mix up a bowl of ice water, with a good even mixture of ice and water. Give it a good stir and let it sit while you seal your SensorPush in a zip-top baggie. Get as much air out of the bag as possible. Place the SensorPush (inside the baggie) into the ice water mixture. It's best to leave the zip top out of the water, just in case it doesn't seal entirely.

To read data, write any 32-bit value to the characteristic (e.g. 0x01000000). This triggers a sensor read. Once the read is complete (typically less than 100ms later), the data will be available to read, in hundredths of percent relative humidity (e.g. 21.34% will read 2134). The rest of the controls are relatively straightforward if you've used online graphing tools before (e.g. Google Finance). There are time controls to the right, and near the top of the graph toward the left is a small flag that allows you to toggle the scroller pin on and off, etc. When a sensor is renamed or alert settings are changed, the updates are reflected on all connected devices within moments. When you add new sensors, just pair them with one device. The gateway and all other devices will automatically import them and begin monitoring right away. Request a list of sensors. Add the header "Authorization: " using the accesstoken returned in the OAuth Access step. copy to clipboard curl -X POST "https://api.sensorpush.com/api/v1/devices/sensors" -H "accept: application/json" -H "Authorization: " -d @- < curl -X POST "https://api.sensorpush.com/api/v1/devices/sensors" \Verify that your WiFi network is using 2.4GHz or is in "dual band" mode (both 2.4GHz and 5GHz). 2.4GHz is the most common type of WiFi, so if you are unsure, you likely already have 2.4GHz. Cousins & Sears is an award-winning creative technology design and development studio. The Brooklyn, NY-based team has worked on behalf of an incredibly wide variety of organizations across virtually every industry imaginable. Its long range (100m / 325' line of sight) keeps you up to date, even at a distance. The premium sensing component provides highly accurate, repeatable measurements that you can trust. Now the phone will form a temporary connection to the gateway. This might take a minute or two. If it takes longer than that, please try restarting the phone and gateway and trying again. If you still cannot connect, let us know and we'll be happy to help.

A thorough explanation of BLE and GATT is beyond the scope of this document, however, the essential concepts for SensorPush 2nd generation device access are as follows: To read data, write any 32-bit value to the characteristic (e.g. 0x01000000). This triggers a sensor read. Once the read is complete (typically less than 100ms later), the data will be available to read, in hundredths of degrees Celsius (e.g. 21.34 degrees C will read 2134).

When we first installed the Sensor Push we set up push notifications. That way if the humidifier runs out of water, our phone lets us know that the humidity is too low. Same with the false triggering of the heating system when the front door is open. We open the door to talk to a neighbor and the heater turns on… heating the nursery to about 75-80 degrees in a matter of minutes. Our phones now let us know to open the nursery door mid nap to cool things down. Their work has supported global brands such as Nike and FedEx. Their data visualization work has been published in mainstream media outlets like The New York Times Magazine and Popular Mechanics. They have been featured at events from TED to the Sundance Film Festival. Add the SensorPush G1 WiFi Gatewayto monitor all of your SensorPush sensors remotely via the internet! Verify that your WiFi router is set to 2.4GHz or "dual band" mode. 2.4GHz is the most common default setting for WiFi routers, so if you haven't changed that specifically, it's likely okay as it is and probably doesn't need adjusted.

The sensors had to be compact. They needed to be accurate and have a long battery life. They needed to store historical data for later analysis. The authorization token is used to request two additional tokens: access and refresh tokens. The access token authorizes the user to begin using the API. This token is valid for 30 minutes, at which time the client must request a new access token using the refresh token. Even when you're away, the Smart Sensor will continue to monitor conditions and upon your return the data will be seamlessly pushed to your Android device which will notify you of problematic conditions so you can take action. NOTE: If you have HT.w and HTP.xw sensors, you can view their data and historical graphs on the new dashboard beta at beta.sensorpush.com. Full roll-out of the new SensorPush dashboard coming November 1, 2021. Whether you are using a SensorPush sensor on its own, or in conjunction with the G1 WiFi Gateway, the initial setup (a.k.a. pairing) process is the same.First, Bluetooth must be enabled in your mobile device's main settings screen. The exact location of this will depend on your mobile device, but it'll likely be in a primary settings area, and perhaps in an area called "Connections" or "Wireless settings" or in its own area. It's often near the device's WiFi settings. Description: Sets the advertising interval of the device, in units of 625 microseconds. The default is 2056, which corresponds to 1285ms. Request a temporary oauth access token. Use the result from the previous step for the authorization code in the body. copy to clipboard curl -X POST "https://api.sensorpush.com/api/v1/oauth/accesstoken" -H "accept: application/json" -H "Content-Type: application/json" -d @- < "}