> For the complete documentation index, see [llms.txt](https://portal-integracao.intelbras.com.br/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://portal-integracao.intelbras.com.br/alarmes/9-comandar-amt-8000-receptor-ip.md). # 9 Comandar AMT 8000 Receptor IP ## AMT 8000 ### Definições gerais * Este documento descrve o protocolo utilizado para comunicação entre APPs e centrais de alarme AMT 8000 conectadas ao Receptor IP. * Para mais informações sobre o protocolo veja a aba "6 - Descrição IsecNet V2". * Antes de enviar os comandos aqui descritos é necessário se conectar ao Receptor IP e enviar os comandos descritos na aba "3-Conectar a central via Rec IP". * Os comandos abaixo estão decritos na aba atual: * Para iniciar é necessário se autenticar usando o comando descrito no item 3.1. * Depois disso os comandos descritos no itens itens 3.3 to 3.8 podem ser enviados de acordo com a necessidade. * Quando terminar de enviar os comandos desejados envie o comando descrito no item 3.2 para encerrar a seção. Como a comunicação será realizada utilizando o Receptor IP, o frame ISECNet V2 é encapsulado em um frame ISECNet V1 utilizando o comando `0xE7` descrito na aba "3-Conectar a central via Rec IP" item 2.1. Veja o exemplo abaixo: | Número de bytes | Comando | Conteúdo | Checksum | | --------------- | ------- | ----------------------------------------------------------- | -------- | | 1 byte | `0xE7` | Frame ISECNet V2 descrito na aba "6 - Descrição IsecNet V2" | 1 byte | ## Respostas de confirmação (ACK) e erros (NACK) ### Definições gerais A lista de respostas descritas neste item se aplica a qualquer comando das sessões seguintes. Elas vão indicar se o comando enviado foi aceito pela central (ACK) ou se ocorreu algum erro (NACK). ### ANSWER — `F0 FE` — ACK answer **Descrição:** Confirm that command was accepted. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `XX` | `XX` | #### Bytes definition of "Data" field (Tx) #### Fields description #### Notes #### Example 1 | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `XX` | `E7` | `00 00` | `00 00` | `00 02` | `XX XX` | - | `XX` | `XX` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------- | | APP request | `XX E7 00 00 00 00 00 02 XX XX XX XX` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | ### ANSWER — `F0 FD` — NACK error answer **Descrição:** Inform that commands was not accepted and the error reason. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ------ | ------ | ----------------- | | Tx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `F0 FD` | 1 byte | `XX` | `XX` | #### Bytes definition of "Data" field (Tx) | Byte 1 | | -------- | | `` | #### Fields description | ERRO | Código | Descrição erro | | ------------------------------------------- | ------ | -------------- | | MENSAGEM\_OK | `00` | | | ERRO\_CHECKSUM | `01` | | | ERRO\_NUMERO\_BYTES\_MENSAGEM | `02` | | | ERRO\_NUMERO\_BYTES\_PARAMETRO | `03` | | | ERRO\_PARAMETRO\_INEXISTENTE | `04` | | | ERRO\_INDICE\_PARAMETRO | `05` | | | ERRO\_VALOR\_MAXIMO | `06` | | | ERRO\_VALOR\_MINIMO | `07` | | | ERRO\_QUANTIDADE\_CAMPOS | `08` | | | ERRO\_NIBBLE\_0\_9 | `09` | | | ERRO\_NIBBLE\_1\_A | `0A` | | | ERRO\_NIBBLE\_0\_F | `0B` | | | ERRO\_NIBBLE\_1\_F\_EX\_B\_C | `0C` | | | ERRO\_ASCII | `0D` | | | ERRO\_29\_FEVEREIRO | `0E` | | | ERRO\_DIA\_INVALIDO | `0F` | | | ERRO\_MES\_INVALIDO | `10` | | | ERRO\_ANO\_INVALIDO | `11` | | | ERRO\_HORA\_INVALIDA | `12` | | | ERRO\_MINUTO\_INVALIDO | `13` | | | ERRO\_SEGUNDO\_INVALIDO | `14` | | | ERRO\_TIPO\_DE\_COMANDO\_INVALIDO | `15` | | | ERRO\_TECLA\_ESPECIAL | `16` | | | ERRO\_NUMERO\_DIGITOS | `17` | | | ERRO\_NUMERO\_DIGITOS\_SENHA | `18` | | | ERRO\_SENHA\_INCORRETA | `19` | | | ERRO\_PARTICAO\_INEXISTENTE | `1A` | | | ERRO\_USUARIO\_SEM\_PERMISSAO\_NA\_PARTICAO | `1B` | | | ERRO\_SEM\_PERMISSAO\_PROGRAMAR | `1C` | | | ERRO\_BUFFER\_RECEPCAO\_CHEIO | `1D` | | | ERRO\_SEM\_PERMISSAO\_DESARMAR | `1E` | | | ERRO\_NECESSARIA\_AUTENTICACAO | `1F` | | | ERRO\_PARTICAO\_SEM\_ZONAS\_HABILITADAS | `20` | | | ERRO\_SEM\_PERMISSAO\_PARA\_O\_COMANDO | `21` | | | ERRO\_USUARIO\_SEM\_PARTICOES\_DEFINIDAS | `22` | | | ERRO\_EVENTO\_SEM\_FOTO\_ASSOCIADA | `23` | | | ERRO\_INDICE\_FOTO\_INVALIDO | `24` | | | ERRO\_FRAGMENTO\_FOTO\_INVALIDO | `25` | | | ERRO\_SISTEMA\_NAO\_PARTICIONADO | `26` | | | ERRO\_ZONAS\_ABERTAS | `27` | | | ERRO\_GRAVANDO\_FOTO | `28` | | | ERRO\_ACESSO\_MOBILE\_DESABILITADO | `29` | | | ERRO\_OPERACAO\_NAO\_PERMITIDA | `2A` | | | ERRO\_MEM\_RF\_VAZIA | `2B` | | | ERRO\_MEM\_RF\_OCUPADA | `2C` | | | ERRO\_SENHA\_REPETIDA | `2D` | | | ERRO\_FALHA\_ATIVACAO\_DESATIVACAO | `2E` | | | ERRO\_SEM\_PERMISSAO\_ARME\_STAY | `2F` | | | ERRO\_DESATIVE\_A\_CENTRAL | `30` | | | ERRO\_RESET\_BLOQUEADO | `31` | | | ERRO\_TECLADO\_BLOQUEADO | `32` | | | ERRO\_RECEBIMENTO\_FOTO\_FALHOU | `33` | | | ERRO\_NAO\_CONECTADO\_AO\_SERVIDOR | `34` | | | ERRO\_TECLADO\_SEM\_PERMISSAO | `35` | | | ERRO\_PARTICAO\_SEM\_ZONAS\_STAY | `36` | | | ERRO\_SEM\_PERNISSAO\_BYPASS | `37` | | | ERRO\_FIRMWARE\_CORROMPIDO | `38` | | | ERRO\_FALHA\_DOWNLOAD\_FIRMWARE | `39` | | | ERRO\_FIRMWARE\_ATUALIZADO | `3A` | | | ERRO\_ETH\_WIFI\_NAO\_CONECTADO | `3B` | | | SUCESSO\_NO\_DOWNLOAD | `3C` | | | OPERACAO\_CANCELADA | `3D` | | | MSG\_ERRO\_COMANDO\_INVALIDO | `3E` | | | ERRO\_CENTRAL\_SEM\_ZONAS\_HABILITADAS | `3F` | | | ERRO\_FECHADURA\_NAO\_CADASTRADA | `40` | | | ERRO\_EXP\_PGM\_NAO\_CADASTRADO | `41` | | | ERRO\_DOWNLOAD\_EM\_ANDAMENTO | `42` | | | ERRO\_DOWNLOAD\_NAO\_INICIADO | `43` | | | ERRO\_PGM\_NAO\_ACESSIVEL | `44` | | | ERRO\_NUVEM\_2018\_NAO\_PERMITIDA | `45` | | | ERRO\_ERRO\_DISP\_SEM\_TAMPER\_DIGITAL | `46` | | | ERRO\_DISP\_NAO\_SUPORTA\_BUSCA\_ROTA | `47` | | | ERRO\_COMANDO\_INVALIDO = 0xFE | `FE` | | #### Notes #### Example 1 — Send error messagem "COMANDO\_INVALIDO" | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `XX` | `E7` | `00 00` | `00 00` | `00 02` | `XX XX` | `XX` | `XX` | | | Rx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `F0 FD` | `FE` | `0F` | `EC` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------- | | APP request | `XX E7 00 00 00 00 00 02 XX XX XX XX` | | Alarm panel answer | `0B E7 00 00 00 00 00 03 F0 FD FE 0F EC` | ## Remote operation {% stepper %} {% step %} ## Authenticate — `F0 F0` **EXECUTE-COMMAND — AUTENTICA\_CONEXAO\_REMOTA** **Description:** Prior to send commands to control alarm panel or read write alarm panel settings it is necessary to authenticate the connection. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | --------------------------------- | ------ | ----------------- | | Tx | `13` | `E7` | `00 00` | `00 00` | `00 0B` | `F0 F0` | Minimum 9 Bytes - Maximum 9 Bytes | `XX` | `XX` | | Rx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `F0 F0` | 1 Byte | `XX` | `XX` | ### Bytes definition of "Data" field (Tx) | Byte 1 | Byte 2 to byte 7 | Byte 8 and byte 9 | | --------------- | ---------------- | -------------------- | | `` | `` | `` | ### Fields description `` * `00` = N/A * `01` = Remote programming software * `02` = Monitoring software * `03` = Mobile APP * `04` = Clone Account `` — With 4 or 6 digits depending on alarm panel configuration, each byte represents one digit. Digit `0x0` must be sent as `0x0A`. If password has only 4 digits, the other digits must be sent as `0x00`. `` — always `00 00`. ### Bytes definition of "Data" field (Rx) | Byte 1 | | ---------- | | `` | ### Fields description `` * `00` = Connection accepted * `01` = Incorrect password * `02` = Incorrect software version * `03` = Alarm panel will call back * `04` = Waiting for user permission ### Notes ### Example 1 — Programing Software 0001 sends 123456 password and 1.0 software version and alarm panel reply that password is incorrect | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---------------------------- | ------ | ----------------- | | Tx | `13` | `E7` | `00 00` | `00 00` | `00 0B` | `F0 F0` | `01 01 02 03 04 05 06 00 00` | `F2` | `F4` | | Rx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `F0 F0` | `01` | `FC` | `FC` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------------------------------- | | APP request | `13 E7 00 00 00 00 00 0B F0 F0 01 01 02 03 04 05 06 00 00 F2 F4` | | Alarm panel answer | `0B E7 00 00 00 00 00 03 F0 F0 01 FC FC` | ### Example 1 — Mobile APP 0001 sends 0582 password and 1.0 software version and alarm panel reply connection accepted | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---------------------------- | ------ | ----------------- | | Tx | `13` | `E7` | `00 00` | `00 00` | `00 0B` | `F0 F0` | `03 0A 05 08 02 00 00 00 00` | `F2` | `F4` | | Rx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `F0 F0` | `00` | `FD` | `FD` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------------------------------- | | APP request | `13 E7 00 00 00 00 00 0B F0 F0 03 0A 05 08 02 00 00 00 00 F2 F4` | | Alarm panel answer | `0B E7 00 00 00 00 00 03 F0 F0 00 FD FD` | | {% endstep %} | | {% step %} ## Disconnect — `F0 F1` **EXECUTE-COMMAND — DESCONECTAR\_DISPOSITIVO\_REMOTO** **Description:** End connection with alarm panel. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 F1` | - | `XX` | `XX` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `XX` | `XX` | ### Example 1 — Programming software 8FFF disconnect from alarm panel | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 F1` | - | `FC` | `ED` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------- | | APP request | `0A E7 00 00 00 00 00 02 F0 F1 FC ED` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | | {% endstep %} | | | {% endstepper %} | | ### General System status — `0B 4A` **SEND-COMMAND — STATUS\_COMPLETO\_CENTRAL\_ALARME** | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | --------- | ------ | ----------------- | | Tx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `0B 4A` | - | `BC` | `ED` | | Rx | `99` | `E7` | `00 00` | `00 00` | `00 91` | `0B 4A` | 143 bytes | `XX` | `XX` | #### Bytes definition of "Data" field | Bytes | Campo | | ---------------- | ---------------------------- | | Byte 1 | `` | | Bytes 2 to 4 | `` | | Bytes 5 to 6 | `` | | Byte 7 | `` | | Byte 8 | `` | | Bytes 9 to 10 | `` | | Bytes 11 to 12 | `` | | Bytes 13 to 20 | `` | | Byte 21 | `` | | Bytes 22 to 38 | `` | | Bytes 39 to 46 | `` | | Bytes 47 to 54 | `` | | Bytes 55 to 62 | `` | | Bytes 63 to 64 | `` | | Byte 65 | `` | | Byte 66 | `` | | Byte 67 | `` | | Byte 68 | `` | | Byte 69 | `` | | Byte 70 | `` | | Byte 71 | `` | | Bytes 72 to 73 | `` | | Bytes 74 to 81 | `` | | Bytes 82 to 83 | `` | | Bytes 84 to 85 | `` | | Bytes 86 to 87 | `` | | Bytes 88 to 89 | `` | | Bytes 90 to 97 | `` | | Bytes 98 to 99 | `` | | Bytes 100 to 101 | `` | | Bytes 102 to 103 | `` | | Bytes 104 to 105 | `` | | Bytes 106 to 113 | `` | | Bytes 114 to 115 | `` | | Bytes 116 to 117 | `` | | Bytes 118 to 119 | `` | | Bytes 120 to 121 | `` | | Bytes 122 to 134 | `` | | Byte 135 | `` | | Byte 136 | `` | | Byte 137 | `` | | Bytes 138 to 139 | `` | | Byte 140 | `` | | Byte 141 | `` | | Byte 142 | `` | | Byte 143 | `` | #### Fields description `` (Byte 1) * `0x01` = AMT 8000 `` (Bytes 2 to 4) Each byte represents one version field. Example version 3.1.0 will be sent `0x03 0x01 0x00`. `` (Byte 5) — which optional devices are available: | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------- | ------- | ------------------------------------------------------------ | ------------------------------------------------------------ | ----------------------------------------------------------------- | ----------------------------------------------------------------- | ----------------------------------------------------------------- | ----------------------------------------------------------------- | | N/A | N/A | Test Mode | Partitions | WiFi | Ethernet | GPRS | PSTN | | Enabled | Enabled |

0 = disabled
1 = enabled

|

0 = disabled
1 = enabled

|

0 = not present
1 = installed

|

0 = not present
1 = installed

|

0 = not present
1 = installed

|

0 = not present
1 = installed

| `` (Byte 6) — which optional options are available: | Byte 6 | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------ | ----- | ----- | ----- | --------------------------------------------------------------------------------------------------------------------------------------------------- | ----- | ----- | ----- | ----- | | N/A | N/A | N/A | N/A |

Number of pictures
0 = No camera sensor installed
0x1 to 0xF = 1 to 16 pictures per alarm event

| | | | | `` (Byte 7) — Internal index used to identify the user (User 00 to 100). `` (Byte 8) | Byte 8 | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------ | ----- | ----- | ----- | ----- | ---------------------------------------------------------------------- | ---------------------------------------------------------------------- | ----------------------------------------------------------------------- | ----- | | N/A | N/A | N/A | N/A | N/A |

Arm Stay Allowed
0 = No
1 = Yes

|

User Can Disarm?
0 = No
1 = Yes

|

User can Byppass?
0 = No
1 = Yes

| | `` (Bytes 9 to 10) — Each bit represents one partition. * Bit = `0` — User cannot use this partition. * Bit = `1` — User can use this partition. | Byte 9 | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------- | ------------ | ------------ | ------------ | ------------ | ------------ | ------------ | ------------ | ----------- | | | Partition 8 | Partition 7 | Partition 6 | Partition 5 | Partition 4 | Partition 3 | Partition 2 | Partition 1 | | Byte 10 | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | | Partition 16 | Partition 15 | Partition 14 | Partition 13 | Partition 12 | Partition 11 | Partition 10 | Partition 9 | `` (Bytes 11 to 12) — Each bit represents one partition. If partitioning disabled, check only bit 0 of byte 11. * Bit = `0` — Arm stay disabled in this partition. * Bit = `1` — Arm stay enabled in this partition. `` (Bytes 13 to 20) — Each bit represents one zone. * Bit = `0` — User cannot use this zone. * Bit = `1` — User can use this zone. | Byte | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------- | ------- | ------- | ------- | ------- | ------- | ------- | ------- | ------- | | Byte 13 | Zone 8 | Zone 7 | Zone 6 | Zone 5 | Zone 4 | Zone 3 | Zone 2 | Zone 1 | | Byte 14 | Zone 16 | Zone 15 | Zone 14 | Zone 13 | Zone 12 | Zone 11 | Zone 10 | Zone 9 | | Byte 15 | Zone 24 | Zone 23 | Zone 22 | Zone 21 | Zone 20 | Zone 19 | Zone 18 | Zone 17 | | Byte 16 | Zone 32 | Zone 31 | Zone 30 | Zone 29 | Zone 28 | Zone 27 | Zone 26 | Zone 25 | | Byte 17 | Zone 40 | Zone 39 | Zone 38 | Zone 37 | Zone 36 | Zone 35 | Zone 34 | Zone 33 | | Byte 18 | Zone 48 | Zone 47 | Zone 46 | Zone 45 | Zone 44 | Zone 43 | Zone 42 | Zone 41 | | Byte 19 | Zone 56 | Zone 55 | Zone 54 | Zone 53 | Zone 52 | Zone 51 | Zone 50 | Zone 49 | | Byte 20 | Zone 64 | Zone 63 | Zone 62 | Zone 61 | Zone 60 | Zone 59 | Zone 58 | Zone 57 | `` (Byte 21) | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ---------------------------------------------------------------- | ------------------------------------------------------------------------------------------------------------------------- | -------------------------------------------------------------------- | -------------------------------------------------------------------- | ---------------------------------------------------------------------- | ----------------------------------------------------------- | ------------------------------------------------------------------------- | ----- | |

Armed Stay
0 = no
1 = yes

|

Partition
00 = all disarmed
01 = at least one armed
11 = all armed

|

Bypassed Zones
0 = no
1 = yes

|

Zones in Alarm
0 = no
1 = yes

|

All zones Closed
0 = no
1 = yes

|

Siren
0 = OFF
1 = ON

|

Troubles
0 = system OK
1 = Trouble

| | `` (Bytes 22 to 38) — Partition status in the format below: | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------------------------------------------------------------------------ | ---------------------------------------------------------------------- | -------------------------------------------------------------------- | ---------------------------------------------------------------------------- | --------------------------------------------------------------------- | ------------------------------------------------------------------------- | ---------------------------------------------------------------------------- | ---------------------------------------------------------------------------- | |

Enabled?
0 = Disabled
1 = Enabled

|

Arm stay allowed
0 = No
1 = Yes

|

In exit delay?
0 = No
1 = Yes

|

Ready to Arm?
0 = Not Ready
1 = Ready

|

Alarm Occurred?
0 = No
1 = Yes

|

Partition in Alarm?
0 = No
1 = Yes

|

Armed Stay/Normal
0 = Normal
1 = Stay

|

Armed/Disarmed
0 = Disarmed
1 = Armed

| `` (Bytes 39 to 46) — Each bit represents the status of one zone. Total of 64 zones. * Bit = `0` — Zone Closed. * Bit = `1` — Zone Open. `` (Bytes 47 to 54) — Each bit represents the status of one zone. Total of 64 zones. * Bit = `0` — Zone OK. * Bit = `1` — Zone in alarm. `` (Bytes 55 to 62) — Each bit represents the status of one zone. * Bit = `0` — Zone active. * Bit = `1` — Zone in bypass. `` (Bytes 63 to 64) — Each bit represents the status of one siren. * Bit = `0` — Siren Off. * Bit = `1` — Siren On. * `` (Byte 65) — Day in BCD(Binary Coded Decimal) format. * `` (Byte 66) — Month in BCD format. * `` (Byte 67) — Year in BCD format. * `` (Byte 68) — Hour 24h format in BCD(Binary Coded Decimal) format. * `` (Byte 69) — Minutes in BCD format. * `` (Byte 70) — Seconds in BCD format. `` (Byte 71) — Panic occured. | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ----- | ----- | ----- | ----- | ----------------------------------------------------------------------- | ---------------------------------------------------------------- | ------------------------------------------------------------------ | ----------------------------------------------------------- | | | | | |

Medical Emergency
0 = No
1 = Yes

|

Fire Panic
0 = No
1 = Yes

|

Silent Panic
0 = No
1 = Yes

|

Panic
0 = No
1 = Yes

| `` (Bytes 72 to 73) — Trouble status each bit represents a trouble. * Bit = `0` — OK. * Bit = `1` — Trouble detected. | | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------- | --------------- | ------------------ | ---------------------- | -------------------- | ---------------------------- | --------------------------- | ------------------ | --------------- | | Byte 72 | GPRS Connection | Alarm Panel Tamper | Failure to Communicate | PSTN cut-out Failure | System battery Short-circuit | Sytem Battery not connected | System Low Battery | AC Power Supply | | Byte 73 | N/A | N/A | N/A | N/A | N/A | N/A | N/A | N/A | * `` (Bytes 74 to 81) * `` (Bytes 82 to 83) * `` (Bytes 84 to 85) * `` (Bytes 86 to 87) * `` (Bytes 88 to 89) * `` (Bytes 90 to 97) * `` (Bytes 98 to 99) * `` (Bytes 100 to 101) * `` (Bytes 102 to 103) * `` (Bytes 104 to 105) * `` (Bytes 106 to 113) * `` (Bytes 114 to 115) * `` (Bytes 116 to 117) * `` (Bytes 118 to 119) * `` (Bytes 120 to 121) * `` (Bytes 122 to 134) Each bit represents the status of one Trouble. * Bit = `0` — Status OK. * Bit = `0` — Trouble detected. `` (Byte 135) — Alarm panel main battery status. * `0x01` — Battery dead or disconected. * `0x02` — Battery low. * `0x03` — Battery midle. * `0x04` — Battery full. `` (Bytes 136 to 137) — When user press the sync button of a device alarm panel send this information to idenfify the index of a RF device. `` (Byte 136) * `0x01` — Sensor * `0x02` — Keypad * `0x03` — Siren * `0x04` — Repeater * `0x05` — Keyfob * `0x06` — PGM * `0x07` — Door Lock `` (Byte 137) — Device index. `` (Bytes 138 to 139) — Each bit represents the status of one PGM. * Bit = `0` — PGM OFF. * Bit = `1` — PGM ON. `` (Byte 140) — Each bit represents the status of one Door lock from bit 0 to bit 3. * Bit = `0` — Door Lock closed. * Bit = `1` — Door lock opened. `` (Byte 141) — Each bit represents the status of one Door lock from bit 0 to bit 3. * Bit = `0` — Door closed. * Bit = `1` — Door opened. `` (Byte 142) — Each bit represents the status of one Door lock from bit 0 to bit 3. * Bit = `0` — Door Lock ok. * Bit = `1` — Door lock communication failure. `` (Byte 143) — Each bit represents the status of one Door lock from bit 0 to bit 3. * Bit = `0` — Door Lock ok. * Bit = `1` — Door lock low battery. #### Notes #### Example 1 | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ----------------- | ------ | ----------------- | | Tx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `0B 4A` | - | `BC` | `ED` | | Rx | `99` | `E7` | `00 00` | `00 00` | `00 91` | `0B 4A` | `XX XX ... XX XX` | `XX` | `XX` | **Pacote transmitido e recebido real** | | | | ------------------ | ----------------------------------------------------- | | APP request | `0A E7 00 00 00 00 00 02 0B 4A BC ED` | | Alarm panel answer | `99 E7 00 00 00 00 00 91 0B 4A XX XX ... XX XX XX XX` | ### System arm/disarm — `40 1E` **EXECUTE-COMMAND — ARMA\_DESARMA\_CENTRAL\_ALARME** **Description:** Arm/disarm the selected partitions. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------------- | ------- | ------ | ----------------- | | Tx | `0C` | `E7` | `00 00` | `00 00` | `00 04` | `40 1E` | 2 Bytes | `XX` | `XX` | | Rx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `401E / NACK` | - | `XX` | `XX` | #### Bytes definition of "Data" field (Tx) | Byte 1 | Byte 2 | | ------------ | ------------- | | `` | `` | #### Fields description `` — Index of the partition that will be armed/disarmed (`0x01` to `0x10` or `0xFF` to arm/disarm all partitions that user is allowed to). If alarm panel is not partitioned use `0xFF`. `` * `0x00` = System Disarm * `0x01` = System Arm * `0x02` = Arm Stay #### Bytes definition of "Data" field (Rx) | Byte 1 | Byte 2 | | ------------ | ---------- | | `` | `` | #### Fields description `` — Index of the partition that was armed/disarmed (`0x01` to `0x10` or `0xFF` to arm/disarm all partitions that user is allowed to). `` — Partition status in the format below: | Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 | | ------------------------------------------------------------------------ | --------------------------------------------------------------------- | -------------------------------------------------------------------- | ---------------------------------------------------------------------------- | --------------------------------------------------------------------- | ------------------------------------------------------------------------- | ---------------------------------------------------------------------------- | ---------------------------------------------------------------------------- | |

Enabled?
0 = Disabled
1 = Enabled

|

In entry delay?
0 = No
1 = Yes

|

In exit delay?
0 = No
1 = Yes

|

Ready to Arm?
0 = Not Ready
1 = Ready

|

Alarm Occurred?
0 = No
1 = Yes

|

Partition in Alarm?
0 = No
1 = Yes

|

Armed Stay/Normal
0 = Normal
1 = Stay

|

Armed/Disarmed
0 = Disarmed
1 = Armed

| #### Notes * Host is allowed to arm/disarm any partition. * To request partition state use command `0B 4A` — General System status. * In case of error a NACK message will be sent. #### Example 1 — APP 0001 sends a message to arm partition 01 | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ------- | ------ | ----------------- | | Tx | `0C` | `E7` | `00 00` | `00 00` | `00 04` | `40 1E` | `01 01` | `A5` | `EB` | | Rx | `0C` | `E7` | `00 00` | `00 00` | `00 04` | `40 1E` | `01 91` | `35` | `EB` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------------- | | APP request | `0C E7 00 00 00 00 00 04 40 1E 01 01 A5 EB` | | Alarm panel answer | `0C E7 00 00 00 00 00 04 40 1E 01 91 35 EB` | #### Example 2 — APP 0001 sends a message to disarm all partitions user is allowed to arm, but user is not assigned to any partition | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ------- | ------ | ----------------- | | Tx | `0C` | `E7` | `00 00` | `00 00` | `00 04` | `40 1E` | `FF 00` | `5A` | `EB` | | Rx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `F0 FD` | `22` | `D3` | `EC` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------------- | | APP request | `0C E7 00 00 00 00 00 04 40 1E FF 00 5A EB` | | Alarm panel answer | `0B E7 00 00 00 00 00 03 F0 FD 22 D3 EC` | #### Example 3 — APP 0001 sends a message to disarm all partitions but user has no permition to disarm | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ------- | ------ | ----------------- | | Tx | `0C` | `E7` | `00 00` | `00 00` | `00 04` | `40 1E` | `FF 00` | `5A` | `EB` | | Rx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `F0 FD` | `1E` | `EF` | `EC` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------------- | | APP request | `0C E7 00 00 00 00 00 04 40 1E FF 00 5A EB` | | Alarm panel answer | `0B E7 00 00 00 00 00 03 F0 FD 1E EF EC` | ### Zone bypass state change — `40 1F` **EXECUTE-COMMAND — EXEC\_BYPASS\_ZONA** **Description:** Bypass or remove from bypass the selected zones. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ---------- | ---------------------------------- | ------ | ----------------- | | Tx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `40 1F` | Minimum 2 Bytes - Maximum 17 Bytes | `XX` | `XX` | | Rx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `ACK/NACK` | - | `XX` | `XX` | #### Bytes definition of "Data" field | Byte 1 | Byte 2 | | -------------- | -------------- | | `` | `` | #### Fields description `` — Zone number. From `0x00` to `0x3F` or `0xFF` to change all the state of all Zones at a time. The zone index starts from 00, so you must send zone 01 as 00, zone 02 as 01 and so on. * Use `` = `0xFF` to change the state of all Zones at a time. In this case, it must send 64 Zone at a time. See the example bellow. | `` | `` | | | | | | ---------------- | ----------------- | ------------ | --- | ------ | ------ | | `0x00` to `0x3F` | One or more zones | | | | | | `0xFF` | State `0x00` | State `0x01` | ... | `0x3E` | `0x3F` | `` * `0x00` = Remove Bypass * `0x01` = Bypass zone #### Notes * Alarm panel sends the status of enabled devices only. * If alarm panel sends less Zones than expected the other groups must be considered `0x00`. #### Example 1 — Ask alarm panel to bypass Zone1 and remove Zone 20 from bypass | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ------------- | ------ | ----------------- | | Tx | `0E` | `E7` | `00 00` | `00 00` | `00 06` | `40 1F` | `00 01 13 00` | `B4` | `E9` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | `F3` | `ED` | | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------------------- | | APP request | `0E E7 00 00 00 00 00 06 40 1F 00 01 13 00 B4 E9` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | #### Example 2 — Ask alarm panel to bypass zones 1, 2, 3, 4 and remove bypass from all other zones | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---------------------------------------------------- | ------ | ----------------- | | Tx | `1B` | `E7` | `00 00` | `00 00` | `00 13` | `40 1F` | `FF 01 01 01 01 00 00 00 00 00 00 00 00 00 00 00 00` | `59` | `FC` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------------------------------------------------------- | | APP request | `1B E7 00 00 00 00 00 13 40 1F FF 01 01 01 01 00 00 00 00 00 00 00 00 00 00 00 00 59 FC` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | ### Panic Alarms — `40 1A` **EXECUTE-COMMAND — EXE\_PANICO** **Description:** Generate a panic alarm. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ---------- | ------ | ------ | ----------------- | | Tx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `40 1A` | 1 byte | `XX` | `XX` | | Rx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `ACK/NACK` | - | `XX` | `XX` | #### Bytes definition of "Data" field (Tx) | Byte 1 | | -------------- | | `` | #### Fields description `` * `0x00` = Silent Panic * `0x01` = Audible Panic * `0x02` = Fire panic * `0x03` = Medical emergency #### Notes #### Example 1 — Ask alarm panel to execute a Fire panic | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `40 1A` | `03` | `A5` | `EC` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------- | | APP request | `0B E7 00 00 00 00 00 03 40 1A 03 A5 EC` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | #### Example 2 — APP 0001 ask alarm panel to execute a Silent panic | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `40 1A` | `00` | `A6` | `EC` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------- | | APP request | `0B E7 00 00 00 00 00 03 40 1A 00 A6 EC` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | ### Clean alarmed zones memory — `40 13` **EXECUTE-COMMAND — EXE\_LIMPA\_MEMORIA\_DISPARO** | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ---------- | ---- | ------ | ----------------- | | Tx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `40 13` | - | `XX` | `XX` | | Rx | `XX` | `E7` | `00 00` | `00 00` | `00 02` | `ACK/NACK` | - | `XX` | `XX` | #### Example 1 — APP 0001 ask alarm panel to cleam zones memory | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `40 13` | - | `AE` | `ED` | | Rx | `0A` | `E7` | `00 01` | `00 00` | `00 02` | `F0 F2` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------- | | APP request | `0A E7 00 00 00 00 00 02 40 13 AE ED` | | Alarm panel answer | `0A E7 00 01 00 00 00 02 F0 F2 F3 ED` | ### Turn Off Siren — `40 19` **EXECUTE-COMMAND — DESLIGA\_SIRENE** **Description:** Turn OFF the sirens of the selected partitions. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ---------- | --------------------------------- | ------ | ----------------- | | Tx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `40 19` | Minimum 1 Byte - Maximum 16 Bytes | `XX` | `XX` | | Rx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `ACK/NACK` | - | `XX` | `XX` | #### Bytes definition of "Data" field | Byte 1 | | ------------------- | | `` | #### Fields description `` — Number of the partitions. From `0x01` to `0x10` or `0xFF` to turn the sirens of all partitions at a time. * Use `` = `0xFF` to change the state of all PGM groups at a time. In this case, it must send PGM at a time. See the example bellow. | `` | | ---------------------------------------- | | `0x01` to `0x10` — One or more partitons | | `0xFF` | #### Notes #### Example 1 — Ask alarm panel to turn off the sirens of partition 1 and partition 16 | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ------- | ------ | ----------------- | | Tx | `0C` | `E7` | `00 00` | `00 00` | `00 04` | `40 19` | `01 10` | `B3` | `EB` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------------- | | APP request | `0C E7 00 00 00 00 00 04 40 19 01 10 B3 EB` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | #### Example 2 — Ask alarm panel to turn OFF all sirens | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---- | ------ | ----------------- | | Tx | `0B` | `E7` | `00 00` | `00 00` | `00 03` | `40 19` | `FF` | `5A` | `EC` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------- | | APP request | `0B E7 00 00 00 00 00 03 40 19 FF 5A EC` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | ### PGM output change state — `45 AF` **EXECUTE-COMMAND — APP\_LIGA\_DESLIGA\_PGM** **Description:** Turn ON or turn OFF selected PGM output. | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ---------- | ---------------------------------- | ------ | ----------------- | | Tx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `45 AF` | Minimum 2 Bytes - Maximum 17 Bytes | `XX` | `XX` | | Rx | `XX` | `E7` | `00 00` | `00 00` | `XX XX` | `ACK/NACK` | - | `XX` | `XX` | #### Bytes definition of "Data" field | Byte 1 | Byte 2 | | ------------- | ------------- | | `` | `` | #### Fields description `` — PGM number. From `0x00` to `0x0F` or `0xFF` to change all the state of all PGMs at a time. * Use `` = `0xFF` to change the state of all PGM groups at a time. In this case, it must send 16 PGM at a time. See the example bellow. | `` | `` | | | | | | ---------------- | ---------------- | ------------ | --- | ------------ | ------------ | | `0x00` to `0x0F` | One or more PGMs | | | | | | `0xFF` | State `0x00` | State `0x01` | ... | State `0x0E` | State `0x0F` | `` * `0x00` = Turn OFF PGM * `0x01` = Turn ON PGM #### Notes * Alarm panel sends the status of enabled devices only. * If alarm panel sends less PGMs Groups than expected the other groups must be considered `0x00`. #### Example 1 — Ask alarm panel to change the state of PGM1 to ON and PGM 16 to OFF | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ------------- | ------ | ----------------- | | Tx | `0E` | `E7` | `00 00` | `00 00` | `00 06` | `45 AF` | `00 01 0F 00` | `1D` | `E9` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | - | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ------------------------------------------------- | | APP request | `0E E7 00 00 00 00 00 06 45 AF 00 01 0F 00 1D E9` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | #### Example 2 — Ask alarm panel to turn OFF PGM 1, 2, 3, 4 and turn ON all other PGM | | Num. Bytes ISECNet V1 | Comando ISECNet V1 | DST ID | SRC ID | Num. Bytes | Comando | Data | ChkSum | ChkSum ISECNet V1 | | -- | --------------------- | ------------------ | ------- | ------- | ---------- | ------- | ---------------------------------------------------- | ------ | ----------------- | | Tx | `1B` | `E7` | `00 00` | `00 00` | `00 13` | `45 AF` | `FF 00 00 00 00 01 01 01 01 01 01 01 01 01 01 01 01` | `F9` | `FC` | | Rx | `0A` | `E7` | `00 00` | `00 00` | `00 02` | `F0 FE` | | `F3` | `ED` | **Pacote transmitido e recebido real** | | | | ------------------ | ---------------------------------------------------------------------------------------- | | APP request | `1B E7 00 00 00 00 00 13 45 AF FF 00 00 00 00 01 01 01 01 01 01 01 01 01 01 01 01 F9 FC` | | Alarm panel answer | `0A E7 00 00 00 00 00 02 F0 FE F3 ED` | --- # Agent Instructions This documentation is published with GitBook. GitBook is the documentation platform designed so that both humans and AI agents can read, navigate, and reason over technical content effectively. 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