1 FRONT PANEL:
Rede/Bateria LED: Indicates the power supply of the device. Green means connected to the AC
network, while yellow means connected to the bateria.
Zona 1 LED / Zona 2 LED: Indicates the current state of zones 1 and 2, with the following
characteristics:
• Off indicates a disabled zone.
• On indicates an enabled zone with closed sensors.
• Flashing quickly indicates an enabled zone with an open sensor.
• Flashing slowly indicates the triggering of the zone. To reset the triggered zones, arm the
central unit again.
Barramento LED: Indicates the state of the bus zones. Flashing quickly indicates an open
sensor; flashing slowly indicates a zone triggering; on indicates closed sensors. To identify an
open or triggered zone, it is necessary to access the central unit through the application using
the ME-04 module or to connect the central unit to the programmer software and visualize the
violated zone on the screen.
Armado LED: On indicates that the central unit is activated.
Obs.: When the barramento LED is off, it indicates that no bus sensor is programmed. To
program the bus sensors, check item 3.
2 PROGRAMMING OF WIRELESS SENSORS AND REMOTE
CONTROLS
This central unit accepts opening sensors and wireless infrared sensors, both at the 433.92 MHz
frequency in the Hopping Code system. It recognizes remote controls in the Hopping Code and
Rolling Code systems, both on the 433.92 MHz frequency. To program, press and release the
APRENDER button located on the central unit board and then trigger an opening sensor, infrared
sensor, or remote control. The APRENDER LED turns on for 2 seconds, confirming the recording.
Obs.:
- Each button of the remote control must be programmed.
- The maximum number of controls or sensors is 38.
- The sensor's zone jumper must be at position 1 or 2.
- To erase the memory, press and hold the APRENDER button for 7 seconds until the
APRENDER LED turns off; with this, all the sensors and remote controls will be erased.
- When recording a remote control or sensor, when the memory is full, it will be recorded by
rewriting the 1st memory position.
3
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