Technical Support (on weekdays 8:00-17:00 Budapest time): +36 1 533 31 20

Technical Support: +36 1 533 31 20 (on weekdays 8:00-17:00 Budapest time) or support@tell.hu

API documentation

Now, you can easily and efficiently integrate these devices into third-party software using our API connection:

Pager7

Pager8

Smart Module BASE

Gate Control PRO 20

Gate Control PRO 1000

Gate Control PRO 20 DIN rail

Gate Control PRO 1000 DIN rail

Gate Control PRO 1000 Monitoring DIN rail

Below, we provide details on the currently available functionalities as a public API:

 

Smart Module BASE, Pager7 and Pager8

  • Restarting the device
  • Device status query
  • Relay activation
  • Relay deactivation
  • Partition arming
  • Partition disarming

 

Gate Control PRO and Gate Control PRO DIN rail

  • Query device version from the server
  • Query device operating mode
  • Query maximum number of users
  • Send gate-opening command
  • Register API user on the device
  • Register and modify superadmin on the device
  • Query, add, edit, and delete group rules
  • Query, add, edit, and delete access schemes
  • Query, add, edit, and delete users
  • Query, add, edit, and delete scheduled tasks
  • Query, add, edit, and delete holidays
  • Query device version from the device
  • Query event log

 

In addition to these functions, we are planning to further expand the API's capabilities in the future. This will enable us to provide even more efficient solutions to meet the evolving needs of our customers.

For further information, please check out our API documentation or contact Technical Support.

 

Download API documentation (Updated: 06.08.2025) ⇒ DOWNLOAD

Related news

The API connection offered by TELL opens up new dimensions of device integration for third-party software. The API enables the simple, efficient integration of Pager7, Pager8, and Gate Control PRO devices, providing automated control through a software interface. These features allow TELL devices to be remotely controlled via software, improving operational efficiency and reducing the need for human intervention.