The Cebek I-1 timer is a 12V DC electronic timing module designed to activate a relay output for an adjustable time period between 0.1 seconds and 4 minutes.
The Cebek I-1.24 timer is a 24V DC electronic timing module designed to activate a relay output for an adjustable time period between 0.1 seconds and 4 minutes.
The Cebek I-10 timer is a 12V DC cyclic electronic module designed to repeatedly activate and deactivate a relay output, maintaining a continuous work and rest cycle while the circuit remains powered.
The Cebek I-11 timer is a 12V DC cyclic electronic module designed to repeatedly activate and deactivate a relay output, maintaining a continuous work and rest cycle while the circuit remains powered.
The Cebek I-12 timer is a 12V DC cyclic electronic module designed to repeatedly activate and deactivate a relay output, maintaining a continuous work and rest cycle while the circuit remains powered.
Timer with delay and back timing of operation on an output to relay. When activated, it begins the standby timing keeping the output disconnected, after which the operation timing begins, connecting the output during this period.
Timer with delay and back timing of operation on an output to relay. When activated, it begins the standby timing keeping the output disconnected, after which the operation timing begins, connecting the output during this period.
Timer with delay anterior to their connection and with relay output allowing any load. Modules could be activated by voltage or closing their contacts.
Timer with delay and permanent back connection to the relay output. When it is activated, it begins the timing the standby, leaving the output disconnected, after which this latter is activated until the disconnection of the circuit power source.
Timer with delay anterior to their connection and with relay output allowing any load. Modules could be activated by voltage or closing their contacts.
Timer with delay anterior to their connection and with relay output allowing any load. Modules could be activated by voltage or closing their contacts.
