CoolSens wireless sensors do not require complicated configuration. Simply pair them with the hub, give it a name and optional additional description, and set alarm thresholds.
If you used the sensor serial number to create an account, it has already been added to the system, go to its configuration.
If you want to add a new CoolSens wireless sensor, follow these steps:


The system will save the changes and prepare the new settings to be sent to the device.
For more information on the process of sending and saving configuration to the concentrator, refer to the section on programming the concentrator.
The following section of this chapter provides a detailed description of each programming stage and explains the significance of various operational parameters of the sensor.
Device configuration is available from the application level for authorized system users (administrators). To go to device configuration, follow these steps:


The Sensor Name should uniquely identify the sensor. It is most commonly the name of the room where the sensor is located or the name of the monitored device or product.
The Sensor Description is an optional parameter that can help with the localization or identification of the device.
The Sensor Location is also an optional field where you can enter an address or any textual description.
CoolSens devices allow you to set warning and alarm thresholds for temperature and humidity. Exceeding these thresholds triggers alerts and alarms.
The OPERATING RANGE tab allows you to define four ranges, two for temperature and two for humidity.
To better visualize these ranges, they are displayed as sliders that can be adjusted by dragging the ends with the mouse. If the sliders are not precise enough, values can also be entered directly in the editable fields.


The PARAMETERS tab allows you to, among other things, select the device with which the wireless sensor will be paired.


CoolSens Node must be paired with a hub to send data to the system.
If for any reason you want to disconnect a sensor from a hub, you can do so at the sensor itself or at the hub itself.
You can also change the hub that the sensor is paired with if there are multiple hubs in a given location.


Deactivating a sensor can be useful in situations such as when a refrigerator housing the sensor needs to be turned off for some time. In such cases, you may not want data, especially alarm signals, to be transmitted from the sensor.
You can temporarily block data transmission from the selected sensor.
To block data transmission from the sensor, in the device configuration mode, select the DEACTIVATE command.
To re-enable data transmission from the sensor, click the ACTIVATE button.
Deactivating a sensor can be useful in situations such as when a refrigerator housing the sensor needs to be turned off for some time. In such cases, you may not want data, especially alarm signals, to be transmitted from the sensor.
You can temporarily block data transmission from the selected sensor.
To block data transmission from the sensor, in the device configuration mode, select the deactivate command.
To re-enable data transmission from the sensor, click the activate button.
To remove a sensor from your account, in sensor configuration mode, click REMOVE.
To remove the sensor from the account, in the sensor configuration mode, click the remove button.
The sensor location is usually related to the hub location, so when you change the hub location, the locations of the sensors paired with it also change. However, if you want to change the sensor location, make sure it is disconnected from the hub (for information on how to do this, see above).
To change the location of the sensor itself, follow the steps below:

Any changes made by the User in the system are first saved on the server before being saved on the device.
After clicking the SAVE button in the device configuration form, a Configuration button will appear at the top of the window, indicating that changes have been made to the system settings and need to be sent and saved on the devices.
Any changes made by the User in the system are first saved on the server before being saved on the device.
After clicking the save button in the device configuration form, a Configuration button will appear at the top of the window, indicating that changes have been made to the system settings and need to be sent and saved on the devices.

The system will wait for the concentrator to contact the portal. To save battery, the concentrator goes to sleep between data transmission periods. The concentrator checks in with the portal at intervals defined by the Data Transfer Frequency parameter.
Once the CloudHub connects to the portal, the new configuration is sent and saved to the device.
The programming process is indicated by the rotation of the gear icon on the programming button.

Once the concentrator programming process is complete, an appropriate message will be displayed informing you about the result of the action.
For more information about the configuration sending process and programming the concentrator, refer to the section Saving Configuration.