Linear Telephone AE1000Plus User Manual

AE1000Plus

AE2000Plus

AM3Plus

Local Programming

Addendum

USA & Canada (800) 421-1587 & (800) 392-0123

(760) 438-7000 - Toll Free FAX (800) 468-1340

www.linearcorp.com

1 Introduction

Linear has added a local programming option for the AE1000Plus, AE2000Plus, and AM3Plus

access control panels.

Local programming is suitable for the system installers during the early stages of new building

construction projects where a computer is not accessible for programming or when telephone

lines are not yet available for connecting to the panels. Local programming allows for the

setting of commonly programmed options directly from the panel keypad for the AE1000Plus

and AE2000Plus units, and from an attached PBUS keypad (AM-KP or AM-KPI, conﬁgured

at address DV1) for the AM3Plus units.

Local programming requires that each panel in the installation be programmed separately,

regardless of whether the panels are physically connected in a network conﬁguration.

Local programming can be used as a primary means of maintaining the panel as long as

a PC is not used to connect to the installation. Upon an initial database update using

AccessBase2000oraninitialPPPconnectiontotheprimarynodeinAXNET,theexisting

local programming information will be erased from the panels in the installation.

It is highly recommended to use the worksheet provided in the back of this addendum

to log locally programmed installation information in detail for record keeping or as a

reference when the locally programmed units are switched over to PC programming.

2 Keypad Data Entry Keys

The keypads have the ten number keys. AE1000Plus and AM3Plus (with a remote keypad)

have also an asterisk “∗” and pound key “#”. For AE2000Plus, the

asterisk “∗” and the key functions as the pound “#” key.

key functions as the

Generally, the asterisk is used to clear entry mistakes, and the pound key is used to signal

the end of a ﬁeld entry.

During entry of a numeric ﬁeld, if the ﬁeld is not empty, the “∗” will clear the entry of the entire

ﬁeld. If the ﬁeld is empty, the “∗” will take the user interface to the command entry level.

During entry of an alphanumeric ﬁeld, if the ﬁeld is not empty, the “∗” will clear the entries

of the characters one at a time. If the ﬁeld is empty, the “∗” will take the user interface to the

command entry level.

3 Entering Programming Mode

The controller database must be cleared before initial local programming can be performed.

Setup Mode is entered by pressing the UP and DOWN buttons simultaneously for about one

second. Scroll using the DOWN button to CL, then press ENTER.

On the AE1000Plus and AE2000Plus systems, enter Programming Mode by pressing

the“0”and“2”keys simultaneously, followed by the system password (default 123456),

then enter a “#”.

On the AM3Plus systems, enter Programming Mode by entering three pound signs

(###), the system password (default 123456), followed by a “#”.

Programming Mode Time Out

If a correct master password is not entered within 10 seconds after the user attempts to enter

Local Programming mode, the system will return to normal operation mode.

During Local Programming mode, if the keypad is idle for more than two minutes, the system

will return to normal operation mode.

4 Visual Feedback

On the AE2000Plus and AE1000Plus systems, a text prompt will be shown on the system

display for guidance.

On the AM3Plus system, the LED on the PBUS keypad will be used to provide visual

feedback. A long “amber” LED will signify an error, two short ﬂashing green LED will

signify the successful entry of a programming ﬁeld, and three short ﬂashing green LED

will signify the successful entry of a complete programming step.

5 Audible Feedback

When entering data, one long beep will signify an error, two short beeps will signify the

successful entry of a programming ﬁeld, and three short beeps will signify the successful

entry of a complete programming step.

One short beep will signify the entry of the asterisk “∗” key.

6 Switching to Normal Network Operation Mode

In Local Programming mode, each Controller operates individually in a non-network

conﬁguration.

In order for the installer to be able to remotely switch the installation back to normal

network operation mode, each unit needs to have the node address set correctly and the

network cables wired during Local Programming mode.

AccessBase2000 System

For AccessBase2000 conﬁguration, when the installer presses the “ON/OFF-line with

installation” button from AccessBase 2000 application, AccessBase 2000 application will

be able to detect all nodes that are connected to the network. After the installation is

connected, the database that was entered while in Local Programming mode will not

be erased and Local Programming will still be enabled. This feature maybe used by the

installer to verify that the network cabling is correct without erasing the locally programmed

database. When the “Program network” button is pressed, the locally programmed

database will be erased and Local Programming will be disabled.

AXNET System

For AXNET conﬁguration, when the installer remotely connects to the master node via a

PPP connection, the master node’s database that was entered via Local Programming

will be erased and Local Programming will be disabled.

After the master node’s database is erased and initialized, it needs to be conﬁgured with

the network connection topology.This can be done by using a Web Browser connected to

the master node with URL http://192.6.94.2; then setup the correct network topology via

Global Settings -> Networking and select the correct Network Topology Conﬁguration.

As an example, if Network Topology 2 is selected, Node 2’s database that was entered via

Local Programming will be erased and its Local Programming will be disabled.

The browser will display a dialog box indicating that “Node 2 is now Inaccessible”.

Inaccessible nodes can only be reactivated by resubmitting previous commands via the

Network Status menu. The installer will need to acknowledge this message and then go

to Controllers -> My Controller 2 and click the Refresh button to refresh Node 2’s status

and regain the accessibility to Node 2.

If the PPP connection to the master node is via a modem, the installer will need to

disconnect the PPP connection to the master node so that the master node can use the

phone line to connect to the other nodes on the network.

7 Re-enabling Local Programming

Local Programming may be re-enabled when Data Flash is erased by using UP & DOWN

switches on the motherboard to select and activate CL option (see Page 1).

8 Local Programming Functions

Function 01: Change Master Password

The master password is used to protect the database that was entered

via local programming. The master password can be changed using

this function.

CHANGE MASTER PASSWORD

FCN 01

01#PW#PW#

PW = NEW 6-DIGIT PASSWORD

Default password “123456” still should be used (instead of the changed

Master Password) when AB2000 or AXNET connection is used to

connect to the controller.

FACTORY SETTING: 123456

Function 02: Directory Code Length

(AE1000Plus and AE2000Plus Only)

SET DIRECTORY CODE LENGTH

FCN 02

The factory settings sets the Directory Code Length at 3 digits. The

length of the Directory Code can be changed from 2 to 4 digits using

this function.

02#LENGTH#

LENGTH = 2 TO 4 DIGITS

FACTORY SETTING: 3 DIGITS

Function 05: Date & Time

SET DATE AND TIME

FCN 05

Using this function, the date and time can be entered. It should be the

Controller’s current local date and time regardless if Daylight Saving

Time is currently being observed at the Controller’s location.

05#YEAR#MONTH#DAY#HOUR#MINUTE#DST#

YEAR = 2000 - 2127

MONTH = 1 - 12

DAY = 1 - 31

HOUR = 0 - 23 (LOCAL TIME)

MINUTE = 0 - 59

DST = 1 FOR ENA; 0 FOR DIS

At the prompt of the DST ﬁeld, the Controller will display “ENABLED” on

the second line if the previous DST setting is enabled; and “DISABLED”

if the previous setting is disabled.

Enter a “1” to enable DST or a “0” to disable DST if the setting is to be

changed. If the DST value will not be changed, enter # to accept the

displayed value.

If the Controller will observe DST, then regardless whether the current

local time is in DST or not, the DST ﬁeld should always be entered as

a “1”. For example, suppose that current date is January 20, 2008 and

local time is 10:00 AM and the Controller will observe DST, even though

the current time is not in DST, the installer should enter January 20,

2008 as the date, 10:00 as the time and 1 for DST ﬁeld.

The panel will have a default value of “DST Enabled” when Local

Programming mode is ﬁrst enabled.

SET TIME ZONES

FCN 06

Function 06: Time Zones

Two time zones utilizing two time periods each are programmable with

this function. Holidays are not included.

06#TZ NUM#ACT DAY#

ST HR1#ST MN1#EN HR1#EN MN1#

ST HR2#ST MN2#EN HR2#EN MN2#

The entry of the ﬁrst period is required. The entry for the second period

of the time zone is optional. To skip it, enter a “#” key at the prompt for

the second period to end the Time Zone function code entry.

TZ NUM = TIME ZONE NUMBER 1 OR 2

ACT DAY = ENTER ALL ACTIVE DAYS MON-SUN = 1-7

ST HR1 = START HOUR #1, ENTER 0-23

ST MN1 = START MINUTE #1, ENTER 0-59

EN HR1 = END HOUR #1, ENTER 0-23

EN MN1 = END MINUTE #1, ENTER 0-59

ST HR2 = START HOUR #2, ENTER 0-23

ST MN2 = START MINUTE #2, ENTER 0-59

EN HR2 = END HOUR #2, ENTER 0-23

EN MN2 = END MINUTE #2, ENTER 0-59

When entering days of the week, enter all the active days.

Monday =1

Tuesday = 2

Wednesday = 3

Thursday = 4

Friday = 5

Saturday = 6

Sunday = 7

8 Local Programming Functions (Continued)

Function 20: PBX Dialing Digit

PBX DIALING DIGIT

FCN 20

(AE1000Plus and AE2000Plus Only)

A PBX Dialing Digit can be programmed using this function (the default

is none). This digit plus a four second delay will be added before the

telephone number being dialed. Entering 10 removes the PBX Dialing

Digit.

20#VALUE#

VALUE = DIALING DIGIT 0 - 9

10 = NONE

FACTORY SETTING: NONE

Function 21: Enter Directory Codes

ENTER DIRECTORY CODES

FCN 21

(AE1000Plus and AE2000Plus Only)

Directory codes can be entered using this function. If the directory code

entered already exists in the database, the ﬁrmware will reject the code

and provide an error beep feedback.

21#DIR CODE#LAST#FIRST#PHONE#

DIR CODE = DIRECTORY CODE TO SET

LAST = RESIDENT'S LAST NAME

FIRST = RESIDENT'S FIRST NAME

PHONE = RESIDENT'S PHONE NUMBER

To enter the name information, the keypad is deﬁned for the various

alphabetic entries shown in the diagram to the right.

The ﬁrst time the key is pressed, the ﬁrst letter is selected. Each press

afterward will select the next letter. On the fourth press of the same key,

the number will be selected. When the required value is reached, press

another key for another letter, or wait three seconds (a beep will sound)

to advance to the next letter.

KEYPAD ALPHANUMERIC ENTRY

(FOR PROGRAMMING STEPS REQUIRING TEXT)

a b c d e f g h i

The ﬁrst letter of each word will be capitalized. To capitalize all of the

letters entered, begin with the “#” key.

m n o

p q r

j k l

v w x

y z ,

s t u

backspace

or erase

entire line

finish

entry

space, minus sign, dot

Function 23: Delete Directory Code

(AE1000Plus & AE2000Plus Only)

DELETE DIRECTORY CODE

FCN 23

Directory codes can be deleted using this function. For the AE1000Plus

and AE2000Plus, enter the directory code to be deleted. The ﬁrst line

will show “Code: xxx” where “xxx” is the code entered. The second line

will display the tenant’s name. Enter the code the second time to delete

the code.

23#CODE#CODE#

CODE = THE RESIDENT'S DIRECTORY CODE

TO DELETE

8 Local Programming Functions (Continued)

Function 31: Enter Entry Codes

ENTER ENTRY CODES

FCN 31

Entry Codes can be added using this function. In AccessBase2000

system, Entry Codes may have variable length from one to eight digits.

However, in Local Programming mode, the length of Entry Code is ﬁxed

at four digits.

31#CODE#CODE#

CODE = THE FOUR-DIGIT ENTRY CODE TO ADD

Function 33: Delete Entry Codes

Entry codes can be deleted from the Controller using this function.

DELETE ENTRY CODES

FCN 33

33#CODE#CODE#

CODE = THE ENTRY CODE TO DELETE

Function 41: Enter Cards & Transmitters

This function enters block coded cards or transmitters only.The Start ID

and the End ID cannot be the same. Each block must have a minimum

of two cards or transmitters.

ENTER CARDS AND TRANSMITTERS

FCN 41

41#TYPE#BLOCK#FC#SID#EID#

TYPE = 1 FOR CARDS; 2 FOR TRANSMITTERS

BLOCK = BLOCK NUMBER (# TO ACCEPT OR CHANGE)

FC = FACILITY CODE (CARDS 1-255; TRANSMITTERS 0-15)

SID = STARTING BLOCK ID NUMBER

The length of the block’s start and stop ID number allowed depends on

the programming software used. AccessBase2000 allows a maximum

of 13 digits up to 1099511627775. AXNET allows a maximum of 5 digits

up to 65535. All cards and transmitters are active when entered in local

programming.

EID = ENDING BLOCK ID NUMBER

Function 42: Reactivate/Deactivate

Card or Transmitter

The cards and transmitters may be deactivated or reactivated using this

function. The cards and transmitters are active when allocated.

REACTIVATE OR DEACTIVATE CARD OR TRANSMITTER FCN 42

42#TYPE#FC#ID#ACTION#

TYPE = 1 FOR CARDS; 2 FOR TRANSMITTERS

FC = FACILITY CODE (CARDS 1-255; TRANSMITTERS 0-15)

ID = ID NUMBER OF CARD OR TRANSMITTER

ACTION = 0 TO DEACTIVATE; 1 TO ACTIVATE

DELETE CARD OR TRANSMITTER BLOCK

FCN 43

Function 43: Delete Card or Transmitter Block

Card and transmitter blocks can be deleted from the Controller using this

function. The function will remove an entire block from the Controller.

43#TYPE#BLOCK#

TYPE = 1 FOR CARDS; 2 FOR TRANSMITTERS

BLOCK = BLOCK NUMBER 1-24

8 Local Programming Functions (Continued)

Function 44: Set Button Schedule

SET BUTTON SCHEDULE

FCN 44

Access relays can be programmed to activate from a speciﬁc button on

multi-button transmitters. Use this function to assign a button for each

relay. Enter the button position number (0-8) for each relay. Enter # for

any relay that will not have a transmitter button assigned.

44#RLY-A#RLY-B#RLY-C#RLY-D#

4 = TOP

RLY A = RELAY A BUTTON

0 = NONE

1 = ANY

2 = LEFT

3 = RIGHT

5 = TOP LEFT

6 = TOP RIGHT

7 = BOTTOM LEFT

8 = BOTTOM RIGHT

RLY B = RELAY B BUTTON

RLY C = RELAY C BUTTON

RLY D = RELAY D BUTTON

Function 52: Conﬁgure Onboard Relays

CONFIGURE ONBOARD RELAYS

FCN 52

Access relays can be programmed to activate for different lengths of

time; be set for pulse, toggle, or latch; and set to stay latched during a

selected time zone. Use this function to conﬁgure each relay.

52#CH#TIMING#OPERATION#TZ1#TZ2#TIME#

CH = 1 FOR RLY A; 2 FOR RLY B; 3 FOR RLY C; 4 FOR RLY D

TIMING = 1 FOR ACTIVATION TIME

2 FOR 1/4 SECOND PULSE ACTIVATION

3 FOR TOGGLE ON-OFF, OFF-ON

4 FOR LATCH

OPERATION = 1 FOR CONTROL; 4 FOR OBSTACLE

TZ1 = TIME ZONE NUMBER FOR RELAY HELD ON (# TO SKIP)

TZ2 = TIME ZONE NUMBER FOR RELAY HELD ON (# TO SKIP)

(SKIP TZ1 & TZ2 FOR OBSTACLE TRANSMITTERS)

TIME = ACTIVE TIME IN SECONDS (ONLY FOR MODE 1)

ENTER OBSTACLE TRANSMITTERS

FCN 55

Function 55: Enter Obstacle Transmitters

One or two Model MGT Gate Safety Edge Transmitters can be

programmed into the Controller. Each obstacle transmitter can be

programmed to trigger Relay Channel C or Relay Channel D. Use this

function to enter obstacle transmitters into memory.

55#RLY#FC#ID#

RLY = 1 FOR RELAY C; 2 FOR RELAY D

FC = FACILITY CODE 0-15

ID = TRANSMITTER ID 0-65535

DELETE OBSTACLE TRANSMITTERS

FCN 56

Function 56: Delete Obstacle Transmitters

Obstacle transmitters can be deleted from the Controller using this

function. The function will remove one transmitter at a time.

56#TX NUM#

TX NUM = 1 FOR RELAY C TRANSMITTER

2 FOR RELAY D TRANSMITTER

8 Local Programming Functions (Continued)

Function 57: Welcome Display Text

EDIT WELCOME DISPLAY TEXT

FCN 57

The welcome text displayed by the Controller can be modiﬁed using this

function. Refer to the keypad alphanumeric key ﬁgure shown on Page

4 for keypad details.

57#LINE 1#LINE 2#

LINE 1 = TEXT FOR FIRST LINE OF THE DISPLAY

LINE 2 = TEXT FOR THE SECOND LINE OF THE DISPLAY

SET TALK TIME

FCN 64

Function 64: Set Talk Time

(AE1000Plus and AE200Plus Only)

64#TIME#

The length of time allowed for the Visitor to talk with the Resident can

be adjusted using this function (the default time is 60 seconds).The Talk

Time can be extended during the call by the Resident by pressing the

pound (#) telephone key.

TIME = TALK TIME IN SECONDS

CONFIGURE REMOTE DEVICES

FCN 65

Function 65: Conﬁgure Remote Devices

Remote devices can be conﬁgured for type, device number, and the

relay that the device will activate. Use this function to conﬁgure remote

devices.

65#DEVICE#TYPE#CHANNEL#

DEVICE = DEVICE NUMBER (AccessBase 1-9, AxNet 1-4, 7, 8 or 9)

TYPE = DEVICE TYPE NUMBER (SEE BELOW)

NOTE: AM3Plus panels will not accept Type 7 devices. Do not

change the device type from“Remote Keypad”on Device #1 to any

other device type. Doing so will result in loss of local programming

control, and will require clearing of the panel. Clearing of the panel

will result in the loss of any existing programming information.

CHANNEL = 1-4 FOR RELAY A-D; 5 FOR BUTTONS

TYPE 0 = NONE

TYPE 1 = REMOTE KEYPAD

TYPE 2 = RADIO

TYPE 3 = WIEGAND26 CARD READER

TYPE 4 = WIEGAND30 CARD READER

TYPE 5 = WIEGAND31 CARD READER

TYPE 7 = TELEPHONE INTERFACE (ALWAYS DV7)

Function 67: Postal Key Door

POSTAL KEY DOOR

FCN 67

The relay channel that the postal lock key will activate can be

programmed using this function (the default is Channel A). The postal

lock can be programmed to activate Relay Channel A, B, C, or D.

67#RELAY#

RELAY = 1 FOR RELAY CHANNEL A

2 FOR RELAY CHANNEL B

3 FOR RELAY CHANNEL C

4 FOR RELAY CHANNEL D

EXIT PROGRAMMING MODE

FCN 99

Function 99: Exit Programming Mode

Use this function to exit programming mode.

99#

9 Programming Worksheet

FCN #

USAGE

CHANGE MASTER PASSWORD

DIRECTORY NUMBER LENGTH

PBX DIALING DIGIT

FACTORY DEFAULT

CUSTOM SETTING

__________ MASTER PASSWORD (6-DIGITS)

_____ DIGITS (1-4 DIGITS)

123456

3 DIGITS

NONE

_____ (0-9, 10 = NONE)

MAXIMUM VISITOR TALK TIME

POSTAL KEY RELAY CHANNEL

60 SECONDS

RELAY A

_____ SECONDS (15-255 SECONDS)

❑ RELAY “A” ❑ RELAY “B” ❑ RELAY “C” ❑ RELAY “D”

FUNCTION 06 TIME ZONES

1ST START HR/MIN

TIME ZONE #

TZ 1

ACTIVE DAYS

1ST END HR/MIN

2ND START HR/MIN

2ND END HR/MIN

___ (0-23) ___ (0-59) ___ (0-23) ___ (0-59) ___ (0-23) ___ (0-59) ___ (0-23) ___ (0-59)

❑ MON ❑ TUE ❑ WED ❑ THU ❑ FRI ❑ SAT ❑ SUN

TZ 2

FUNCTION 41 ENROLL BLOCK CARDS

FUNCTION 41 ENROLL BLOCK TRANSMITTERS

BLOCK #

CARD #1

CARD #2

CARD #3

CARD #4

CARD #5

CARD #6

CARD #7

CARD #8

CARD #9

CARD #10

CARD #11

CARD #12

CARD #13

CARD #14

CARD #15

CARD #16

CARD #17

CARD #18

CARD #19

CARD #20

CARD #21

CARD #22

CARD #23

CARD #24

FACILITY CODE

____ (1-255)

START BLOCK ID #

END BLOCK ID #

BLOCK #

FACILITY CODE

____ (0-15)

START BLOCK ID #

END BLOCK ID #

TRANS #1

TRANS #2

TRANS #3

TRANS #4

TRANS #5

TRANS #6

TRANS #7

TRANS #8

TRANS #9

TRANS #10

TRANS #11

TRANS #12

TRANS #13

TRANS #14

TRANS #15

TRANS #16

TRANS #17

TRANS #18

TRANS #19

TRANS #20

TRANS #21

TRANS #22

TRANS #23

TRANS #24

FUNCTION 44 BUTTON SCHEDULES FOR RELAYS

RELAY

ACTIVATION BUTTON

CHANNEL A

CHANNEL B

CHANNEL C

CHANNEL D

❑ NONE (0) ❑ ANY (1) ❑ LEFT (2) ❑ RIGHT (3) ❑ TOP (4) ❑ TOP LEFT (5) ❑ TOP RIGHT (6) ❑ BOTTOM LEFT (7) ❑ BOTTOM RIGHT (8)

FUNCTION 52 RELAY SETUP

RELAY

RELAY MODE

RELAY OPERATION

TIME ZONE 1 TIME ZONE 2

ACTIVATION TIME

____ (SECONDS)

CHANNEL A

CHANNEL B

CHANNEL C

CHANNEL D

____ (1-2)

❑ TIMED (1) ❑ PULSE (2) ❑ TOGGLE (3) ❑ LATCH (4) ❑ CONTROL (1) ❑ OBSTACLE (4)

FUNCTION 65 REMOTE DEVICE SETUP

DEVICE #

DEVICE TYPE

ACTIVATION OUTPUT

❑ NONE (0) ❑ REMOTE KEYPAD (1) ❑ RADIO (2) ❑ WIEGAND26 (3) ❑ RELAY A (1) ❑ RELAY B (2) ❑ RELAY C (3) ❑ RELAY D (4)

❑ WIEGAND30 (4) ❑ WEIGAND31 (5) ❑ TELEPHONE INTERFACE (7) ❑ BUTTONS(5)

DEVICE #1

❑ NONE (0) ❑ REMOTE KEYPAD (1) ❑ RADIO (2) ❑ WIEGAND26 (3) ❑ RELAY A (1) ❑ RELAY B (2) ❑ RELAY C (3) ❑ RELAY D (4)

❑ WIEGAND30 (4) ❑ WEIGAND31 (5) ❑ TELEPHONE INTERFACE (7) ❑ BUTTONS(5)

DEVICE #2

DEVICE #3

DEVICE #4

DEVICE #5

DEVICE #6

DEVICE #7

DEVICE #8

DEVICE #9