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General| Input Voltage | 12V DC |
|---|---|
| Dimensions | 200mm x 150mm x 50mm |
| Power Consumption | 5W |
| Communication Interface | Ethernet |
| Supported Protocols | TCP/IP |
| Alarm Output | Relay |
Location and function of the integral pushbutton and programming module.
How the annunciator is field programmable via the pushbutton module and configuration switch.
Functionality of sleep mode for reducing power drain in unmanned periods.
Setting integral timers for automatic alarm muting or acknowledgment after a time delay.
Setting adjustable time delays for alarm inputs to prevent false triggers.
Function of the critical horn relay and its relation to the integral audible alarm.
Function of the non-critical horn relay, which does not activate the integral audible.
Operation of the critical group relay, active until all alarms in group are reset.
Operation of the non-critical group relay, active until all alarms in group are reset.
Function codes used to enable specific relay behaviors like critical/non-critical horn/group relays.
Configuring the multi-function relay (RL5) for various modes like summary group or ringback.
Table showing maximum channels supported by standard annunciator versions with different PSUs.
Table showing channel support for versions with repeat relays per channel.
Overview of how channels operate within standard ISA sequences and use of pushbuttons.
Detailed explanation of the Manual Reset (ISA-Sequence M) configuration.
Detailed explanation of the Automatic Reset (ISA-Sequence A) configuration.
Detailed explanation of the Non Lock-In (ISA-A-4) sequence configuration.
Detailed explanation of the Ringback (ISA-R) sequence configuration.
Detailed explanation of the Automatic Reset First-Up (ISA-F1A) sequence.
Detailed explanation of the Manual Reset First-Up (ISA-F2M-1) sequence.
Detailed explanation of the Automatic Reset First-Up (ISA-F3A) sequence.
Information on the RS485 serial communications card for data transfer.
Customer connection details for common functions like horn, group, and remote pushbuttons.
Using a remote pushbutton/programming module to control alarm sequences.
Recommendations for wiring RS485 serial communication outputs and cable types.
Accessing and entering the programming mode using the module and CONF switch.
Procedure for modifying function settings via the programming information plate.
Practical example demonstrating how to change a channel's reset function.
Verifying configured settings by checking status LEDs and adjacent channels.
Important considerations and tips for successful programming of the annunciator.
Configuring alarm inputs for normally open or normally closed field contacts.
Selecting between manual and automatic reset for acknowledged alarms.
Choosing between lock-in and non-lock-in operation for alarms returning to normal.
Using ringback sequence to inform operators about cleared alarms ready for reset.
Enabling first-up sequence FO and slow flash for non-first out sequences.
Enabling first-up sequence F1 on individual channels.
Enabling first-up sequence F2 on individual channels.
Enabling first-up sequence F3 and fast flash for non-first out sequences.
Allocating channels to first-up Group A for sequence management.
Allocating channels to first-up Group B for sequence management.
Allocating channels to first-up Group C for sequence management.
Allocating channels to first-up Group D for sequence management.
Setting repeat relays to follow alarm logic, activating on alarm and system test.
Setting repeat relays to follow signal input, activating on input state changes.
Setting relays to follow display status, acting as slaves to lamp output signals.
Configuring channels to operate the critical group relay (GPA).
Configuring channels to operate the non-critical group relay (GPB).
Table of SW1 settings for alarm card addresses 41 through 80.
Table of SW1 settings for alarm card addresses 81 through 120.
Table of SW1 settings for alarm card addresses 121 through 127.
Overview of serial communication capabilities using Modbus ASCII/RTU protocols.
Details of data bits representing input state, first-up, acknowledge, input latch, and ringback.
Data bits representing pushbutton actions like test, acknowledge, and reset.
Connecting to devices with RS485/RS232 ports using Modbus protocol.
Duplicating or summarizing local panel alarms in a central control room.
