Elkron DC600S is a magnetic contact and shock detector with MEMS technology designed to generate alarms upon opening of the door or window controlled or in the event of shocks of the surface on which it is applied.
The device consists of a cover and a base, while a tamper switch inside provides protection from unauthorised attempts to open or remove the device.
The LED indicator provides information about the device's status. In normal operating mode, the LED is off except when the tamper switch is open, when the battery is low, or when the device is in test mode. The LED flashes to indicate signal transmission and flashes twice rapidly when it receives an acknowledgement signal from the control unit.
Elkron DC600S is a magnetic contact and shock detector with MEMS technology designed to generate alarms upon opening of the door or window controlled or in the event of shocks of the surface on which it is applied.
The device consists of a cover and a base, while a tamper switch inside provides protection from unauthorised attempts to open or remove the device.
The LED indicator provides information about the device's status. In normal operating mode, the LED is off except when the tamper switch is open, when the battery is low, or when the device is in test mode. The LED flashes to indicate signal transmission and flashes twice rapidly when it receives an acknowledgement signal from the control unit.
Elkron DC600S is a magnetic contact and shock detector with MEMS technology designed to generate alarms upon opening of the door or window controlled or in the event of shocks of the surface on which it is applied.
The device consists of a cover and a base, while a tamper switch inside provides protection from unauthorised attempts to open or remove the device.
The LED indicator provides information about the device's status. In normal operating mode, the LED is off except when the tamper switch is open, when the battery is low, or when the device is in test mode. The LED flashes to indicate signal transmission and flashes twice rapidly when it receives an acknowledgement signal from the control unit.
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