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Typical_T4n
Dario Di Maio edited this page Jun 27, 2015
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A detailed description of the T4n class is included below
It active an output when an input from a sensor or a chain of nodes
detect an intrusion or any other anti-theft cause.
The chain can be build using the anti-theft peers (typical 42) that
write an alarm condition into the anti-theft main node. Is mandatory
that main and peer nodes in the anti-theft chain use the same slot.
Additionally a chain of watch-dog could be used as input for the
anti-theft logics, so that a missing node in the chain will be addressed
as anti-theft activation cause.
Hardware and/or Software Command:
Using a two state switch or a software command
#define Souliss_T4n_Alarm 0x01
#define Souliss_T4n_ReArm 0x03
#define Souliss_T4n_NotArmed 0x04
#define Souliss_T4n_Armed 0x05
It active an output when an input from a sensor or a chain of nodes
detect an intrusion or any other anti-theft cause.
The chain can be build using the anti-theft peers (typical 42) that
write an alarm condition into the anti-theft main node. Is mandatory
that main and peer nodes in the anti-theft chain use the same slot.
Additionally a chain of watch-dog could be used as input for the
anti-theft logics, so that a missing node in the chain will be addressed
as anti-theft activation cause.
A manual reset of the alarm condition is used to let the user identify
which of the devices was in alarm.
Hardware and/or Software Command:
Using a two state switch or a software command from user other nodes
#define Souliss_T4n_Alarm 0x01
#define Souliss_T4n_ReArm 0x03
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