AES 7170 Instrukcja Użytkownika Pobierz pdf (Strona 101)

40-7705I-UM Page 101 Rev 4 March 16, 2007

Appendix E

Alarm Output Codes Produced by the MultiNet receiver

Alarm Output Overview:

For many events that occur in the MultiNet system, alarm messages are created and

communicated to an automation system. Communicators (Subscribers) in the MultiNet

system and the MultiNet Receiver itself generate these events. This appendix is a list and

description of those messages.

The MultiNet Receiver supports two different alarm output formats. The output formats

available are the AES’ Ademco 685 compatible format, and the AES’ Radionics 6500

compatible format.

The communication parameters of the MultiNet Receiver can be configured to most

available standards. The default parameters for AES Receivers has always been 1200

BPS, 7 data bits, Odd parity, 2 stop bits, Software ACK/NAK and will use DSR/DTR

connection hardware handshaking. The communication parameters for Alarm

Automation are programmed during the creation or editing of a Business Unit.

In Ademco 685-output format the signals received from a subscriber are translated into

an appropriate Ademco 685 message. IntelliTap messages are passed through as

received only changing the receiver number and line card as discussed in this section.

In Radionics 6500-output format the signals received from a subscriber are translated into

an appropriate Radionics 6500 message. This format attempts to translate Ademco

Contact ID (CID) codes passed through an IntelliTap, to an appropriate Radionics 6500

message.

AES’ Ademco 685 compatible output format:

This mode will provide output using 3 line cards; line card 1 is for AES subscriber, IP-

Link and receiver messages, line card 3 is for Contact ID messages received through

IntelliTap, and line card 4 is for 4+2 messages received through IntelliTap.

Line Card # 1 AES signals from Subscribers and Receivers.

Signal format: <LF>RLsACCTs18sQEEEsGGsCNNNs<CR>

Key to codes used in signal format above:

<LF> = Line feed code.

R = Receiver number, user programmable. Between 1 - 9 and A - F.

Receiver numbers are tied to and identify the Business Unit.

L = Line card number, Line card is selected by software. 1 - 4

ACCT = Four digit receiver or subscriber ID.

18 = 18 for AES signals. As received for others. .18 means CID format follows.

QEEE = Event qualifier, will be an E for new Event, R for Restore of event or a

P for a Prior event still not restored to normal, during a Status or Check-In

EEE = Event code (See Event Codes below)

GG = 00 for AES signals. As received for IntelliTap. Group or partition

C = C for AES signals. As received for others. U = user.

NNN = Zone/contact ID, Status or Fault code

s = Single <Blank space>

<CR> = Carriage return code.

1 2 ... 96 97 98 99 100 101 102 103 104 105 106 ... 110 111

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