This FAQ has been written for NEAL (North East Africa and Levant) region. If you are looking for information for another region, please select the correct country from the top-left dropdown in the page and 'Navigate to Browse FAQs' in the Support menu.
1- Manual source-changeover system (or MTSE: Manual Transfer Switching Equipment)
The simplest way to switch the load. It is controlled manually by an operator.The time required to switch from the ‘N’ source to ‘R’ source can varyThe most commonly used system for devices with high ratings. No direct human intervention is required. Source-changeover is controlled electrically.An automatic controller may be added to a remote-operated source-changeover system. It is possible to automatically control source transfer according to programmed (dedicated controllers) or programmable (PLC) operating modes. These solutions ensure optimum energy management.
The simplest way to switch the load. It is controlled manually by an operator.The time required to switch from the ‘N’ source to ‘R’ source can varyThe most commonly used system for devices with high ratings. No direct human intervention is required. Source-changeover is controlled electrically.An automatic controller may be added to a remote-operated source-changeover system. It is possible to automatically control source transfer according to programmed (dedicated controllers) or programmable (PLC) operating modes. These solutions ensure optimum energy management.
2-Remote-operated source-changeover system (or RTSE: Remote Transfer Switching Equipment)
The most commonly used system for devices with high ratings. No direct human intervention is required. Source-changeover is controlled electrically
3-Automatic source-changeover system (or ATSE: Automatic Transfer Switching Equipment)
An automatic controller may be added to a remote-operated source-changeover system. It is possible to automatically control source transfer according to programmed (dedicated controllers) or programmable (PLC) operating modes. These solutions ensure optimum energy management