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System Configuration and Operation

The Potter Digital Communicator is configured by connecting the 

CFG-5000 Configuration Tool

 to P4 of the UDACT-9000 Main

Board. Once connected, if no text appears immediately on the LCD screen, hit any key on the numeric keypad.

The UDACT  product supports two levels of restricted access to the 

Configuration Mode

  which allows for parameter configuration

and control of operation. Each level is associated with a separate 

Passcode

 (up to 8-digit numeric code) and may be individually

modified. Once a user gains access to the Configuration Mode, they are presented with a menu of selections according to the level of
access granted. The 

factory default

  Passcodes are:

Level I

- OPERATOR   

“11111111” 

Level II

- INSTALLER 

“22222222”  

    

Restore-to-Factory-Defaults

 can be initiated from the CFG-5000 

without having to first access program mode,

 by using the

special Passcode ...

Restore-to-Factory-Defaults “12345678”     

(Do Not use this passcode as a Level I or Level II passcode)

NOTE: When reviewing the configuration (account numbers, etc.) DO NOT hit the # key, use the * key to exit.  Hitting the #
key when reviewing the configuration will delete the existing data.

  

This “deleting” feature is required when entries need to

be removed; example 1-800 number changed to a local number.

Items accessible to Level(s) I and II

ITEM

Number

Access
Level

Menu Category

Menu Label

Description

00

I, II

Access Control

Logout of UDACT

Exit from PROGRAM mode on LCD/Keypad.

01

I, II

Access Control

About UDACT

Display copyright (company and date) and firmware version
information on LCD.

02

I, II

Access Control

Change Passcode

Support modification to specific passcode associated with individual
level (I=OPERATOR and II=INSTALLER).

10

I, II

Event Logging

Flush all events

Terminate any in-progress event reporting.
Remove “report pending” trigger (i.e. cancel attempts to report queued

events) and

Force event queue (FIFO) to empty state (i.e. erase any queued event

history).

11

I, II

Event Logging 

Send Test-Report

Immediately initiate test-report generated to Account #1.

12

I, II

Event Logging

Abort-Reporting

Terminate any in-progress event reporting.
Remove “report pending” trigger (i.e. cancel attempts to report queued

events).

NOTE: Unreported events are still resident within FIFO. Any future
events logged will restart attempts at reporting ALL queued
(unreported) event items. This action will also  add a “Line (x) Trouble”
event to the event queue.

13

I, II

Event Logging 

AC-Power Loss (delay)

Default is 6 Hours

Specify an (optional) delay time (in hours), from 00 (no delay) to 20
(maximum delay). A report of the “AC-Power Loss” event will be
delayed by this value, and then only sent after the period has expired
with the signal still present. A “restoral” event of this signal will be
reported immediately, but only if a prior “off-normal” event was
successfully reported earlier. 

14

II

Zone Mapping

View

View zone mapping.  

15

II

Zone Mapping 

Edit Mapping

Edit zone mapping.  

16

II

Zone Mapping

Mapping Enable

1=DISABLE (default), 2= ENABLE     

20

I, II

RTC Parameters

Set System DATE

Assign local DATE (dd/mm/yy) to UDACT Real-Time-Clock device.
The Year field will be presented in 4-digit format on LCD status line,
with automatic 20/21 century adjustment for Y2K compliance.

21

I, II

RTC Parameters

Set System TIME

Assign local TIME (ss/mm/hh) to UDACT Real-Time-Clock device.
The Hour field will be presented in 24-hour (military) format on LCD
status line.

22

I, II

RTC Parameters

Auto-Report Time

Assign time (mm/hh) for UDACT to perform periodic (24 hr intervals)
Test-report generation to monitoring station.  Must set real time clock
(Item 21) to ensure 24 hr test will initialize.

firealarmresources.com

Summary of Contents for UDACT-9000

Page 1: ...UDACT 9000 Digital Communicators Installation and Operation Manual 2001 by Potter Electric Signal Company September 2001 firealarmresources com...

Page 2: ...and Dimensions Page 3 Connections and Settings Page 3 Field Wiring Page 4 Power Up Procedures Page 5 System Configuration and Operation Page 8 Reporting Formats Page 10 Compatible Fire Alarm Control...

Page 3: ...arm Supervisory and Trouble information on two telephone lines when connected to a Potter Fire Alarm Control Panel FACP such as the PFC 9000 The UDACT 9000 continuously supervises the state of each of...

Page 4: ...for Fire Protective Signalling Systems and applicable section of Standard 1635 Digital Alarm Communicator System Units These Communicators comply with the National Fire Protection Association NFPA per...

Page 5: ...he Chassis Earth Ground Mounting Lug and to connect the Earth Ground Wire Lugs from the Main Chassis to the ground screw on the Backbox UDACT 9000 MAIN BOARD There are no user configurable jumpers on...

Page 6: ...the first Telephone Line via the required RJ31X Connector Line 2 Input Tip Ring To the second Telephone Line via the required RJ31X Connector Line 2 Output Tip Ring To an optional Premise Telephone o...

Page 7: ...7 Enter the passcode 2222222 for installer Enter 2 digit ITEM number to configure To scroll down list of items press or to scroll up 8 When you try to enter a 2 digit number the following screen will...

Page 8: ...Alarm Protocol by entering 54 Item number the following screen will appear 1 FA type 2 FX type UDACT type _ Press when done or to cancel Select FX by typing 2 if the Fire Alarm used is a PFC 9000 Sele...

Page 9: ...cator Reporting event Date Time The next screen is Digital Communicator Waiting for KISS Date Time If the screen stays in the Waiting for KISS mode then you should contact our Tech Support otherwise w...

Page 10: ...I II Event Logging Flush all events Terminate any in progress event reporting Remove report pending trigger i e cancel attempts to report queued events and Force event queue FIFO to empty state i e er...

Page 11: ...s Account 1 Choose which Account 1 or 2 will be the first to be attempted to be reached by the UDACT when a TROUBLE event is to be reported See ITEM 50 for a description of the UDACT report attempt op...

Page 12: ...nput circuit number For example Loop 1 address 1 will not report to the Central Station as Circuit 1 These input circuit numbers are unique and within the fire panel are automatically numbered sequent...

Page 13: ...tact Zone Fire Alarm Alarm New event 1 110 0 NNN Zone Fire Alarm restored Alarm Restore 3 110 0 NNN Zone Trouble detected Trouble New event 1 300 0 NNN Zone Trouble restored Trouble Restore 3 300 0 NN...

Page 14: ...arm New event WA NN Waterflow alarm restored Alarm Restore WH NN General Alarm Alarm New event QA NN General Alarm restored Alarm Restore QH NN Indicating Zone Trouble Trouble New event UT NN Indicati...

Page 15: ...P M Transmits user configurable Zoned Alarm Supervisory and Trouble status to a Central Monitoring Station using either Ademco Contact ID or SIA DCS Protocols M User configurable using the CFG 5000 Co...

Page 16: ...ible to repair or replace equipment which has been repaired by others abused improperly installed altered or otherwise misused or damaged in any way Unless previously contracted by Potter Potter will...

Page 17: ...TYPE EQUIVALENT CODE ALARM 1 SUPERVISORY LATCHING 2 SUPERVISORY NON LATCHING 3 WATERFLOW 4 GENERAL ALARM 5 TROUBLE 6 OUTPUT CIRCUIT TYPE SILENCEABLE SIGNAL CIRCUIT 8 NONSILENCEABLE SIGNAL CIRCUIT 9 S...

Page 18: ...____________________ Reporting Format 9 Contact ID 9 SIA ___________________________________________________________________________________________ Account 2 Identification max 6 digits _ _ _ _ _ _ A...

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