Linear Access AM/II Installation And Programming Instructions

Download

Wireless Access Control System

SYSTEM

POWER

DISPLAY

CONTRAST

RESET

RADIO

READER IN

DECODE

ACCESS GRANTED

NETWORK DATA

ACCESS OUT DATA

READER KEYPAD

PERIPHERALS

CHANNEL A CHANNEL B CHANNEL C CHANNEL D

N.O. COM.

MEMORY EXPANSION CARD

ACCESS OUT

WARNING

SEVERE

ELECTRICAL

DAMAGE

LARGE (128 K) X-LARGE (256 K)

KEYPAD IN

1BO

SMALL (16 K ) MEDIUM (64 K)

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

NETWORK

O1O1O

RELAYS

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

EXTERNAL CONTROL

N.C. N.O. COM. N.C. N.O. COM.

N.C. N.O.

RS-232

OFF

POWER

EARTH

GROUND

AC POWER

DC POWER

INPUT

COM.

14 - 24 VAC12 - 35 VDC

N.C.

Installation & Programming Instructions

Version 5.0

(760) 438-7000 • FAX (760) 438-7043

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

Toll Free FAX (800) 468-1340

www.linearcorp.com

For AM/II

TABLE OF CONTENTS

FEATURES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

Remote Access Software . . . . . . . . . . . . . . . . . . . . . . . . . . 3

AM/II ACCESSORIES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

AM/II FEATURES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

SYSTEM HARDWARE BLOCK DIAGRAM . . . . . . . . . . . . . . . . . . . . 6

BUTTON SCHEDULE . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

DOOR SCHEDULES . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

TIME ZONES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

ANTI-PASSBACK & KEYPAD STRIKEOUT . . . . . . . . . . . . . . . 11

VALIDATION GROUPS . . . . . . . . . . . . . . . . . . . . . . . . . . 12

EVENT LOG . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

REMOTE DEVICES . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

ACCESS MEDIA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

RELAY OUTPUTS & SENSING INPUTS . . . . . . . . . . . . . . . . . 16

RS-232 PORT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

ACCESS OUT & NETWORK TERMINALS . . . . . . . . . . . . . . . . 18

MEMORY UTILITIES . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

PRE-INSTALLATION PLANNING . . . . . . . . . . . . . . . . . . . . . . . . 20

INSTALLATION OUTLINE . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

WIRELESS INSTALLATION TIPS . . . . . . . . . . . . . . . . . . . . . . . 21

Signals Through Construction Materials . . . . . . . . . . . . . . . . . . 21

Transmitters in Vehicles . . . . . . . . . . . . . . . . . . . . . . . . . . 21

PRE-INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Unpacking the System . . . . . . . . . . . . . . . . . . . . . . . . . . . 21

Installing the Memory Module . . . . . . . . . . . . . . . . . . . . . . . 21

MOUNT UNIT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

EARTH GROUND & POWER CONNECTIONS . . . . . . . . . . . . . . . . . 23

Earth Ground . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

REMOTE DEVICE WIRING REQUIREMENTS . . . . . . . . . . . . . . . . . 24

Cable Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

Load Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24

ANTENNA HOOK-UP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 25

REMOTE RADIO RECEIVER CONNECTIONS . . . . . . . . . . . . . . . . . 25

REMOTE KEYPAD CONNECTIONS . . . . . . . . . . . . . . . . . . . . . . 26

REMOTE PROXIMITY RECEIVER . . . . . . . . . . . . . . . . . . . . . . . 26

CARD READER INTERFACE . . . . . . . . . . . . . . . . . . . . . . . . . . 27

CONTROL INPUTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Open Request . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

Door Sense . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27

RELAY OUTPUT CONNECTIONS . . . . . . . . . . . . . . . . . . . . . . . 28

Relay Operation Options . . . . . . . . . . . . . . . . . . . . . . . . . . 28

RS-232 PORT CONNECTIONS . . . . . . . . . . . . . . . . . . . . . . . . . 30

Printer Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30

Personal Computer and Data Terminal Connections . . . . . . . . . . . 31

Modem Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

ACCESS OUT CONNECTIONS . . . . . . . . . . . . . . . . . . . . . . . . . 32

NETWORK CONNECTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . 33

SYSTEM POWER-UP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

First Time Power-up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Internal Diagnostic Checks . . . . . . . . . . . . . . . . . . . . . . . . . 34

Watchdog Monitor . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

MEDIA ENCODING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Transmitter Coding . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Block Coded Transmitters . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Block Coded Cards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Keypad Entry Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

DISPLAYS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Radio Indicator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Decode Indicator . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Access Granted Indicator . . . . . . . . . . . . . . . . . . . . . . . . . . 35

KEYPAD FUNCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Data Entry Keys . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Numeric Keypad . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

[

] Key . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

[#] Key . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36

Alphanumeric Data Entry . . . . . . . . . . . . . . . . . . . . . . . . . . 36

SYSTEM PROGRAMMING . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37

Entering Program Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . 37

Exiting Program Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37

PROGRAMMING MENU TREES . . . . . . . . . . . . . . . . . . . . . . . . . 38

PROGRAMMING OUTLINE . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

AREA 01

SINGLE TRANSMITTER PROGRAMMING . . . . . . . . . . . . . . . . . . . 41

Learning Single Transmitters . . . . . . . . . . . . . . . . . . . . . . . . 41

Suspending Single Transmitters . . . . . . . . . . . . . . . . . . . . . . 41

Reactivating Single Transmitters . . . . . . . . . . . . . . . . . . . . . . 41

Status of Single Transmitters . . . . . . . . . . . . . . . . . . . . . . . . 41

Deleting One Single Transmitter . . . . . . . . . . . . . . . . . . . . . . 41

Deleting All Single Transmitters . . . . . . . . . . . . . . . . . . . . . . . 41

AREA 02

BLOCK TRANSMITTERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 42

Entering Block Transmitters . . . . . . . . . . . . . . . . . . . . . . . . . 42

Suspending Block Transmitters . . . . . . . . . . . . . . . . . . . . . . . 42

Reactivating Block Transmitters . . . . . . . . . . . . . . . . . . . . . . . 42

Status of Block Transmitters . . . . . . . . . . . . . . . . . . . . . . . . 42

Deleting All Block Transmitters . . . . . . . . . . . . . . . . . . . . . . . 42

AREA 03

OBSTACLE TRANSMITTERS . . . . . . . . . . . . . . . . . . . . . . . . . . 43

Naming Obstacle Transmitters . . . . . . . . . . . . . . . . . . . . . . . 43

Learning Obstacle Transmitters . . . . . . . . . . . . . . . . . . . . . . . 43

Deleting Obstacle Transmitters . . . . . . . . . . . . . . . . . . . . . . . 43

AREA 04

MAGIC WAND TRANSMITTERS . . . . . . . . . . . . . . . . . . . . . . . . . 44

Naming Magic Wand Transmitters . . . . . . . . . . . . . . . . . . . . . 44

Learning Magic Wand Transmitters . . . . . . . . . . . . . . . . . . . . . 44

Deleting Magic Wand Transmitters . . . . . . . . . . . . . . . . . . . . . 44

AREA 05

ENTRY CODES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Entering Entry Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Suspending Entry Codes . . . . . . . . . . . . . . . . . . . . . . . . . 45

Reactivating Entry Codes . . . . . . . . . . . . . . . . . . . . . . . . . 45

Status of Entry Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Deleting One Single Entry Code . . . . . . . . . . . . . . . . . . . . . . 45

Deleting All Entry Codes . . . . . . . . . . . . . . . . . . . . . . . . . . 45

AREA 06

BLOCK CARD CODES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Entering Block Card Codes . . . . . . . . . . . . . . . . . . . . . . . . 46

Suspending Block Card Codes . . . . . . . . . . . . . . . . . . . . . . 46

Reactivating Block Card Codes . . . . . . . . . . . . . . . . . . . . . . 46

Status of Block Card Codes . . . . . . . . . . . . . . . . . . . . . . . . 46

Deleting All Block Card Codes . . . . . . . . . . . . . . . . . . . . . . . 46

AREA 07

TELEPHONE ENTRY NUMBERS . . . . . . . . . . . . . . . . . . . . . . . . 47

Entering Tenant Names & Numbers . . . . . . . . . . . . . . . . . . . . 47

Deleting Directory Entries . . . . . . . . . . . . . . . . . . . . . . . . . 47

AREA 10

VALIDATION GROUPS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48

Configuring Validation Groups . . . . . . . . . . . . . . . . . . . . . . . 48

AREA 11

BUTTON SCHEDULES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49

Setting the Channel “A” Button Schedule . . . . . . . . . . . . . . . . . 49

Setting the Channel “B” Button Schedule . . . . . . . . . . . . . . . . . 49

Setting the Channel “C” Button Schedule . . . . . . . . . . . . . . . . . 49

Setting the Channel “D” Button Schedule . . . . . . . . . . . . . . . . . 49

AREA 12

DOOR SCHEDULES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50

Setting the Door Schedules . . . . . . . . . . . . . . . . . . . . . . . . 50

AREA 13

TIME ZONES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51

Setting the Time Zones . . . . . . . . . . . . . . . . . . . . . . . . . . 51

AREA 20

TIME AND CALENDAR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Setting the Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Setting the Date . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Daylight Savings Option . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Setting Keypad Downlight Time . . . . . . . . . . . . . . . . . . . . . . 52

Setting Holiday Dates . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

Setting Expiring Holiday Dates . . . . . . . . . . . . . . . . . . . . . . 52

AREA 21

RELAY SETUP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Relay Timing Options . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Relay Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

AREA 22

SYSTEM SETUP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Installation and Unit Names . . . . . . . . . . . . . . . . . . . . 54

Setting Event Log Limits . . . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Anti-Passback Time . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Intregral Radio Direction . . . . . . . . . . . . . . . . . . . . . . 54

Setting Network Address . . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Keypad Strike Outs . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Door Ajar Time . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Local Password . . . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Remote Password . . . . . . . . . . . . . . . . . . . . . . . . . 54

Setting Priority Access Password . . . . . . . . . . . . . . . . . . . . . 54

AREA 23

Facility/Site Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

System Site Code . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

Transmitter Facility Code . . . . . . . . . . . . . . . . . . . . . . . . . 55

Card Facility Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55

AREA 24

RS-232 PORT SETUP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Setting RS-232 Device . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Changing Modem Initialization Strings . . . . . . . . . . . . . . . . . . . 56

Setting Modem Termination String . . . . . . . . . . . . . . . . . . . . 56

AREA 25

CONFIGURE REMOTE DEVICES . . . . . . . . . . . . . . . . . . . . . . . 57

Remote Device Programming . . . . . . . . . . . . . . . . . . . . . . . 57

AREA 26

CONFIGURE ACCESS OUT . . . . . . . . . . . . . . . . . . . . . . . . . . 58

Access Out Application Note . . . . . . . . . . . . . . . . . . . . . . . 58

Access Out Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 58

AREA 27

TELEPHONE ENTRY SETUP . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Configuring Directory . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Setting PBX Dialing Digit . . . . . . . . . . . . . . . . . . . . . . . . . 59

Setting Talk Time . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Editing Display Messages . . . . . . . . . . . . . . . . . . . . . . . . . 59

Deleting All Telephone Entries . . . . . . . . . . . . . . . . . . . . . . 59

Adjusting the Speaker/Microphone Balance . . . . . . . . . . . . . . . . 59

Set Priority Access Function . . . . . . . . . . . . . . . . . . . . . . . . 59

AREA 29

MEMORY MODULE UTILITIES . . . . . . . . . . . . . . . . . . . . . . . . . 60

Sending Memory Module . . . . . . . . . . . . . . . . . . . . . . . . . 60

Receiving Memory Module . . . . . . . . . . . . . . . . . . . . . . . . 60

Copying Memory Module . . . . . . . . . . . . . . . . . . . . . . . . . 60

Printing Memory Module . . . . . . . . . . . . . . . . . . . . . . . . . . 60

Initializing Memory Module . . . . . . . . . . . . . . . . . . . . . . . . 60

AREA 30

SYSTEM REPORTS/UTILITIES . . . . . . . . . . . . . . . . . . . . . . . . . 61

Printing System Report . . . . . . . . . . . . . . . . . . . . . . . . . . 61

Printing Single Transmitter Report . . . . . . . . . . . . . . . . . . . . . 61

Printing Block Transmitter Report . . . . . . . . . . . . . . . . . . . . . 61

Printing Entry Code Report . . . . . . . . . . . . . . . . . . . . . . . . 61

Printing Block Card Report . . . . . . . . . . . . . . . . . . . . . . . . 61

Printing Telephone Entry Report . . . . . . . . . . . . . . . . . . . . . 61

Printing Event Log . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61

OPERATION OVERVIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

Standard Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

Manual Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

Magic Wand Transmitters . . . . . . . . . . . . . . . . . . . . . . . . . 62

Obstacle Transmitters . . . . . . . . . . . . . . . . . . . . . . . . . . . 62

SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

Inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

Hardware . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

Construction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

INDEX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64

LINEAR LIMITED WARRANTY . . . . . . . . . . . . . . . . . . . . . . . . . 66

INTRODUCTION

The AM/II is designed for a broad range of access control applications. Its wireless design with the proven MegaCode radio format, the Wiegand and RS-232 interfaces, make it easily adaptable for virtually any access control requirement.

The AM/II contains a high-gain superheterodyne UHF receiver. When used with an external antenna, signals can be received from up to 200 feet away. Two lockable metal enclosures are available to house the AM/II.

Four dry contact relay outputs are provided to activate four access devices, such as door strikes, barrier gates, automatic sliding gates and automatic doors. The relay outputs can also be used for alarm contact shunting, operator obstacle triggering, and alarm activation. Two open request pushbutton inputs are supplied for hardwire activation of the access devices. Two door sense inputs allow detection of propped open doors.

The AM/II has an RS-232 interface (bi-directional). The system can be linked to a printer or personal computer. The event log feature, for example, makes it possible to keep track of how many employees are on premises, which employees are present, and when they clock in and out. With connection to a personal computer, the AM/II can be programmed locally or remotely through the telephone system with standard Hayes compatible modems. System reports can be printed or captured from the RS-232 port.

The Wiegand interface is for connection to other manufacturer’s access control systems. The AM/II can act as a wireless receiver for an existing access control system. When interconnected to a Sentex Infinity system, the AM/II can simulate two Sentex card readers, receiving signals from thousands of transmitters. The AM/II also supports the industry standard Wiegand26 and Securakey31 data formats for connecting to other access control panels.

Up to eight AM/II’s can be networked together allowing information sharing between the units. A common event l og is retained for all of the networked units.

Four different size memory modules are available. The small, medium, large and x-large modules allow tailoring the system to meet the requirements of the installation. The larger the memory module, the more transmitter ID codes and logged events can be stored.

Additional remote accessory devices can be connected to the AM/II. A rugged, die cast, weatherproof keypad (AM-KP) for manual input of entry codes. A card reader interface (AM-CRI) can connect to one or two card readers. A proximity receiver (AM-RPR) provides ultra-short range radio reception for transmitters. A remote radio receiver (AM-RRR) can be used to extend the reception capabilities of the AM/II. Up to six remote accessory devices can be used with each AM/II unit.

User Tx

Keypad & Remote Receiver

6-WIRE LOCAL BUS

Barrier Gate

STANDARD 2-WIRE SIGNAL CONNECTION

Barrier Gate with Controlled Door, Remote Receivers and Remote Keypads. Access is Controled with Time Zones.

Safety Edge Transmitter

BACK NEXT

Modem for Remote Access & Programming

AM/II

Controlled Door

Keypad

Door Strike

Proximity Receiver

User Tx

6-WIRE LOCAL BUS

STANDARD 2-WIRE DOOR STRIKE CONNECTION

FEATURES

✶ Ideally suited for gated communities, condos, airports,

parking garages, municipal gated parking, office buildings, government buildings, hospitals, factories, utility companies, computer facilities, museums, warehouses, dormitories, banks, libraries, retail stores, hotels/motels, educational facilities, small commercial buildings and recreational facilities.

✶ Controls up to four access devices. ✶ Supports thousands of transmitters, entry codes and card

codes (depends on memory module size).

✶ MegaCode radio format featu res over one million possible

transmitter identification codes.

✶ Remote activation from up to 200 feet away. ✶ Integral 2 line by 24 character backlit LCD display. ✶ Real-time print log (RS-232 output to a line printer). ✶ Remote and local programming with a pe rsonal computer. ✶ Sentex30, Securakey31, and Wiegand26 compatible output

to connect to other access control panels.

✶ Block coding for transmitters and cards (just the first and last

number in a “block” needs to be programmed).

✶ Magic wand support (special transmitter for maintenance

personnel).

✶ Obstacle-sensing support with Linear’s MGT Safety Edge

transmitter.

✶ Two door sensing inputs for propped open doors.

✶ Automatic door relock when door sense input is used. ✶ Two request to exit inputs for pushbutton or knox box

activation.

✶ Time scheduled relay activation, 15 time zones with 4

periods each.

✶ Time zone access validation, 15 time zones with 4 periods

each.

✶ Day of week and holiday access validation, up to 24 expiring

holidays and 24 non-expiring holidays.

✶ Door access restriction for each validation group. ✶ Timed anti-passback modes.

Remote Access Software

Either of the following two Windows based software programs can be downloaded from our website (www.linearcorp.com)

✶ Access Base - used in networks or single AM/II installations. ✶ Account Manager - used in non-networked, single AM/II

installations.

Door

07:00 ACCESS U SE R 2 07:10 ACCESS U SE R 17 07:14 ACCESS U SE R 34 07:15 ACCESS U SE R 45 07:19 ACCESS U SE R 27 07:23 ACCESS U SE R 56 07:24 ACCESS U SE R 12 07:26 ACCESS U SE R 13 07:26 ACCESS U SE R 23 07:27 ACCESS U SE R 87 07:28 ACCESS U SE R 67 07:29 ACCESS U SE R 98

RECEPTIONIST

Release

CRT Event Logging

PRESIDENT'S OFFICE SPECIAL ACCESS

Small Commercial Installation with Two Time Zones. Four Doors: Customer Entrance, Employee Entrance, Computer Room & President's Back Door

Card Reader

CUSTOMER ENTRANCE

PRESIDENT

LOBBY

ACCOUNTING

Card Reader

SERVICE

BATH BATH

V.P.

COMPUTER ROOM SPECIAL ACCESS

SALES

ENG INEER ING

V.P.

SALES

PURCH.

Card Reader

Keypad

EMPLOYEE ENTRANCE

CHIEF

ENG .

LAB

CO PIER

AREA

STOR.

COM PUTER

(Two Networked Units)

ROOM

Printer for Event Logging

AM/II

BACK NEXT

Modem for Remote Programming

AM/II ACCESSORIES

MDT-1

MDTK

2-B utton M egaC ode Transm itter

Top and front buttons fu n c tio n th e s a m e to contro l a single relay channel.

M egaC ode W ireless K eypad

U ser code is entered on keypad. Keypad has w eather-proof construction, easy to read num bers and is backlit for use at night. C an be used for up to 1524 single transm ittte r c o d e s .

MDT-2

3-B utton M egaC ode Transm itter

Tw o front buttons and a top button can be used w ith any relay channel.

ACT-21

1-B utton M egaC ode M ini Transm itter

D esigned to be used with the keychain provided. Activates one relay channel.

SINGLE & BLOCK CODED

TRANSMITTERS

MDT-4

5-B utton M egaC ode Transm itter

C an control all relay channels or be used as a m agic wand transm itter.

ACT-22

2-B utton M egaC ode M ini Transm itter

D esigned to be used with the keychain provided. A c tiv a te s tw o re la y c h a n n e ls .

MGT

Card Reader In te r fa c e

C onnects to one or tw o 26-bit or 31-bit card readers. Functions as tw o re m o te d e v ic e s .

S u p e r v is e d G a te S a fe t y Edge Transm itter

C onnects to safety edge s e n s o r. A c tiv a te s o b s ta c le relay channel.

AM-CRI

AM-KP

Entry K eypad

O utdoor housing w ith lighted keypad and tw o in d ic a to rs . A c tiv a te s o n e relay channel.

R e m o te P r o x im ity R eceiver

R e c e iv e s tra n s m itte r signals from inches aw ay. For transm itter activation of specific a c c e s s p o in t.

AM-RPR

REMOTE ACCESSORY DEVICES

AM-RRR

Rem ote Radio Receiver

H igh-gain rem ote radio receiver w ith outdoor housing.

EXA -2000

EXA -1000

Rem ote Antennas

D irectional and om nidirectional antennas for rem ote placem ent in best reception areas.

AM/II FEATURES

SYSTEM

POWER

DISPLAY

CONTRAST

RESET

EXPANSION MEMORY CARD

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNING

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O

LARGE (128 K) X-LARGE (256 K)

1BO

1. MEMORY EXPANSION CARD

Plug-in memory module. Four sizes available: small, medium, large and jumbo.

2. RESET BUTTON

Resets and restarts the microprocessor. Runs startup tests.

3. POWER LIGHT

Indicates that DC or AC power is being applied to the unit and that the POWER switch is turned on.

4. DISPLAY CONTRAST CONTROL

Adjusts the contrast of the unit’s LCD display. Allows setting the display for maximum readability for different viewing angles.

5. LCD DISPLAY

Backlit, 24-character-per-line, 2-line LCD display. Displays system operation and programming information.

6. RADIO RANGE KNO B

Controls the gain of the radio receiver. Used to limit the maximum operating range of transmitters. Turn clockwise for more gain, counterclockwise for less gain.

7. ANTENNA INPUT

For connection to the EXA-1000 omni-directional or EXA-2000 directional remote antenna.

8. DATA ENTRY KEYS

Arrow keys are used to scroll through displayed menu trees. OK key is used as an enter key to accept data entered or selected.

9. RADIO INDICATOR

The RADIO light indicates the presence of RF signal into the unit’s receiver.

10. NUMERIC KEYPAD

Used for entering data while programming the AM/II.

11. RS-232 PORT

Connects to a serial line printer, PC or data terminal for logging access transactions. For local programming with a PC or remote programming with a PC and a modem. Also used to interconnect two AM/II units to copy the memory between systems.

12. POWER SWITCH

Controls the DC and AC power inputs. This is the master power switch for the AM/II.

13. EARTH GROUND TERMINAL

For connection to a good earth ground. For electrical safety and optimum lightning protection, this connection is mandatory.

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

PERIPHERALS

READER IN

RADIO

CHANNEL A CHANNEL B CHANNEL C CHANNEL D

RELAYS

RS-232

ACCESS A

ACCESS B

N.O. COM.

N.C. N.O. COM. N.C. N.O. COM.

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

EXTERNAL CONTROL

OFF

POWER

EARTH

GROUND

AC POWER

DC POWER

INPUT

N.C. N.O.

14 - 24 VAC12 - 35 VDC

COM.

N.C.

14. POWER TERMINALS

DC power input terminals for 12 to 35 VDC. AC power input terminals for 14 to 24 VAC. Use either AC or DC power, DO NOT USE BOTH.

15. RELAY INDI C AT ORS AN D AC CESS BU TT ON S

Indicators will light when an output relay is activated. Outputs can be activated (open) by a transmitter or locked open by pressing an ACCESS button.

16. EXTERNAL CONTROL INDICATORS

MAGIC WAND indicator lights when the special “MAGIC WAND” transmitter is activated by a system administrator. OBSTACLE indicator lights when a signal from a Model MGT safety edge transmitter is received.

17. RELAY TERMINALS

Connects to the access device to be controlled (door strike, gate operator, etc.). Open request switch inputs are provided for relay channel s A & B.

18. WIRING STRAIN RELIEF HOOKS

Strain relief hooks are provided on the bottom of the AM/II case. After wiring is complete, wires can be zip-tied to the strain relief hooks.

19. PERIPHERALS INDICATORS

The DECODE light indicates that the data being received is a valid format that the unit recognizes. The ACCESS GRANTED indicator lights when a device that is allowed to have access is triggered. The ACCESS IN and ACCESS OUT indicators light when da ta is be in g sent or re ceived from the remote devices.

20. READER IN TERMINALS

Connects to remote accessory devices.

21. KEYPAD IN TERMI N AL S

Connects to remote accessory devices.

22. ACCESS OUT TERMI NA L S

AccessNet Data Bus for connection to other access control units. Sentex access out format is programmable for connection to Sentex Infinity systems. Wiegand26 and SecuraKey31 access out formats are programmable for connection to Wiegand inputs on other access control units.

23. NETWORK TERMINALS

For connection to other AM/II units. Up to 8 units can be n etworked together.

SYSTEM HARDWARE BLOCK DIAGRAM

TRANSMITTERS

AM/II CONTROL

USER'S

OBSTACLE

ANOTHER

AM/II

INDICATORS

MEMORY

MODULE

NETWORK

TERMINALS

EXTERNAL

ACCESS

CONTROL

ACCESS OUT

PANEL

TERMINALS

DISPLAY KEYBOARD

MICROPROCESSOR

KEYPAD

TERMINALS

READER

TERMINALS

DOOR SENSE

& OPEN REQ.

RADIO

RS-232

PORT

RELAY

TERMINALS

ACCESS DEVICES

(DOOR STRIKES,

OPERATORS)

ANOTHER

AM/II

UP TO 8

NETWORK

UNITS

AM-KP

KEYPAD

[DV4]

AM-RPR

RECEIVER

[DV1]

AM-KP

KEYPAD

[DV5]

& PUSHBUTTONS

AM-RRR

RECEIVER

[DV2]

AM-KP

KEYPAD

[DV6]

MAGNETIC SWITCHES

AM-CRI

READER

[DV3]

➀

AM/II CONTROL

The AM/II is a microprocessor based, world class access control system with a built-in superheterodyne radio receiver. The microprocessor runs the entire system, granting access, performing system “housekeeping” functions, displaying information, reading inputs and controlling outputs. Programming information and event logs are stored in the removable memory module. The soft touch silicone keypad and numeric keys are used for data entry. The plug-in terminal blocks connect to access devices, power, remote devices and sensing inputs. The RS-232 port connects to external computer equipment for event logging and system programming.

➁

RADIO TRANSMITTERS

Many models of transmitters can be used with the AM/II. Some are individually coded, others are coded in blocks of numbers. Both code types will appear to functio n the same to the end users. The users will activate their transmitter to attempt to gain access. When the transmitted signal is detected by an AM/II receiver, the control decides if the user is currently allowed access. If the programming in the AM/II determines that the user can have access at that time, the programmed output relay will activate. Model MGT gate obstacle transmitters can also send signals to the AM/II.

➄

OPEN REQUEST AND DOOR SENSE

INPUTS

The open request inputs wire to pushbuttons or knox boxes so that users can activate access devices without needing their card code or transmitter. Open request pushbuttons are usually next to the controlled portal inside the controlled area. Doo r sense inputs are wired to normally closed magnetic or mechanical switches attached to the door.

➅

REMOTE DEVICES

The remote devices communicate with the AM/II through a common electrical buss. Each device is set to a unique device address so the AM/II can recognize each unit as an individual. Currently available remote devices include entry keypads, remote radio receivers, radio proximity receivers and card reader interfaces.

➆

EXTERNAL ACCESS CONTROL

Access control panels from other manufacturers can be connected to the AM/II. The AM/II can serve as a remote device for the external panel. The external panel can validate the data coming from the AM/II and perform its own access functions.

➂

EXTERNAL ANTENNA

The AM/II control has a type “F” antenna connector. The external antenna is connected with co-ax cable to the connector. A Model EXA-1000 (omni-directional), or Model EXA-2000 (directional) antenna is used to receive signals from the user’s transmitters. The radio gain control knob can be used to custom tailor the reception area to the installation.

➃

ACCESS DEVICES

The access devices wired to the relay terminals control specific access portals. When a user is granted access by the AM/II the access device activates (usually for a timed period).

➇

NETWORKED UNITS

Up to eight AM/II’s can be networked together to function in unison. Each AM/II functions as an independent unit, but programming and event logging is shared between all units. Cards, codes and transmitters can be programmed to activate a specific AM/II unit.

CONCEPTS

The following pages provide a foundation for learning the access control concepts used in

BOTTOM-LEFT

BUTTON

LEFT

BUTTON

the AM/II system.

BOTH

FUNCTION

AS LEFT BUTTON

LEFT

BUTTON

TOP

BUTTON

RIGHT

BUTTON

BOTTOM-RIGHT

BUTTON

TOP

BUTTON

BOTH EQUALS

TOP BUTTON

BUTTON SCHEDULE

RIGHT

BUTTON

ANY TRANSMITTER

BUTTON CAN BE

PROGRAMMED TO

ACTIVATE ANY

RELAY CHANNEL

RIGHT

BUTTON

Select which transmitter buttons

activate which relay channels

RELAY

CHANNEL "A"

RELAY

CHANNEL "B"

RELAY

CHANNEL "C"

RELAY

CHANNEL "D"

LEFT

BUTTON

LEFT

BUTTON

BUTTON DEFAULTS

CHANNEL "A" = LEFT CHANNEL "B" = RIGHT CHANNEL "C" = BOTTOM-LEFT CHANNEL "D" = BOTTOM-RIGHT

SPECIAL INFORMATION

The button schedule must be set before programming any validation group.

Each validation group can have different button schedules.

To avoid confusion, using the same button schedule for all validation groups is recommended.

CONCEPTS

DOOR SCHEDULES

BCD

DOOR SCHEDULE

Select which relay channels a validation

group can access

UP TO 15 DIFFERENT DOOR SCHEDULES [DS1 - DS15] CAN BE SET

RELAY

CHANNEL "A"

RELAY

CHANNEL "B"

EACH DOOR SCHEDULE SETS WHICH RELAY CHANNEL(S) THAT THE SCHEDULE CAN ACTIVATE

RELAY

CHANNEL "C"

RELAY

CHANNEL "D"

SPECIAL INFORMATION

Program door schedules before programming validation groups.

Door schedule 0 [DS0] always allows access to all four door relay channels.

Up to 15 door schedules can be programmed.

CONCEPTS

TIME ZONES

TIME ZONE

TIME

ZONE

Select the days of the week & what

times that a validation group

will be active

UP TO 15 DIFFERENT TIME ZONES [TZ1 - TZ15] CAN BE SET

VALID DAYS

❍ SUN ❍ MON ❍ TUES ❍ WED

VALID DAYS SET WHICH DAY(S) THE TIME ZONE IS ACTIVE. HOLIDAY OPTION ALLOWS ACCESS ON PROGRAMMED HOLIDAY DAYS.

❍ THURS ❍ FRI ❍ SAT ❍ HOLIDY

TIME PERIOD 1

BEGIN TIME: 00:00

END TIME: 00:00

TIME PERIOD 2

BEGIN TIME: 00:00

END TIME: 00:00

UP TO FOUR SEPARATE TIME PERIODS CAN BE SET FOR EACH TIME ZONE. ACCESS WILL ONLY BE GRANTED DURING A TIME PERIOD.

TIME PERIOD 3

BEGIN TIME: 00:00

END TIME: 00:00

SPECIAL INFORMATION

Time zones also enables holiday schedules for a validation group.

Up to 15 time zones can be programmed. Note: 00:00 settings for all time periods in

a time zone allows 24-hour access. Time zone 0 [TZ0] always allows 24-hour

access.

TIME PERIOD 4

BEGIN TIME: 00:00

END TIME: 00:00

CONCEPTS

ANTI-PASSBACK & KEYPAD STRIKEOUT

WHEN ANTI-PASSBACK OPTION IS ENABLED AND TRANSMITTER IS ACTIVATED...

ANTI-

PASSBACK

& STRIKEOUT

“tailgating” by unauthorized users,

Timed anti-passback prevents

keypad strikeout discourages

THE TRANSMITTER WILL NOT HAVE ACCESS AGAIN UNTIL ANTI-PASSBACK TIME EXPIRES

keycode “guessing”

WHEN KEYPAD STRIKEOUTS ARE SET, AFTER THE SET NUMBER OF WRONG CODE ATTEMPTS THE KEYPAD WILL "LOCKOUT" IGNORING FURTHER ATTEMPTS UNTIL ONE MINUTE PASSES

YELLOW LIGHT SHOWS LOCKED OUT CONDITION

SPECIAL INFORMATION

Anti-passback time can be programmed to 1, 2, 3 or 4 minutes.

Intregral radio direction must be set to IN for anti-passback to function.

Keypad strikeout can be set from one to seven failed attempts.

CONCEPTS

VALIDATION GROUPS

Control who gets access to which areas

VALIDATION GROUP

and at what times

DOOR SCHEDULE

VALIDATION GROUP

BUTTON SCHEDULE

EACH VALIDATION GROUP SELECTS A DOOR SCHEDULE, BUTTON SCHEDULE, TIME ZONE AND ANTI-PASSBACK OPTION

UP TO 15 VALIDATION GROUPS [VG1 - VG15] CAN BE SET

TIME ZONE

ANTI-

PASSBACK

& STRIKEOUT

SPECIAL INFORMATION

Set door schedules, time zones, button schedules and anti-passback timer before programming validation groups.

Up to 15 validation groups can be programmed. Each selects a door schedule, time zone, button schedule and anti-passback option.

Validation group "0" has full access at all times.

CONCEPTS

EVENT LOG

10:52:42 06/20/95 0:0 sTx[00001] ->{A} Sherie Price AM/II Unit #1 10:52:42 06/20/95 0:2 Crd[01470] ->{D} Tony Lobianco Front Door Card Reader 10:54:14 06/20/95 0:0 sTx[00003] ->{A} John Phillips AM/II Unit #1 10:54:21 06/20/95 0:1 Kpd[2003] ->{C} Moe Howard Front Gate Keypad 10:54:28 06/20/95 0:0 sTx[00002] ->{A} Jack Hess AM/II Unit #1

EVENT LOG

SAMPLE REAL-TIME EVENT PRINTOUT

10:52:42 06/20/95 0:0 sTx[00001] ->{A} AM/II Unit #1 10:52:42 06/20/95 0:2 Crd[01470] ->{D} Front Door Card Reader 10:54:14 06/20/95 0:0 sTx[00003] ->{A} AM/II Unit #1 10:54:21 06/20/95 0:1 Kpd[2003] ->{C} Front Gate Keypad 10:54:28 06/20/95 0:0 sTx[00002] ->{A} AM/II Unit #1

Keeps a record of all access

transactions and supervisory conditions

REAL-TIME EVENT LOG PRINTS EACH EVENT AS IT HAPPENS

TOP LINE OF EVENT SHOWS:

TIME & DATE

NETWORK ADDRESS : REMOTE DEVICE ADDRESS

STORED EVENT LOG SHOWS ALL EVENTS FROM MOST RECENT TO OLDEST STORED EVENT

BOTTOM LINE OF EVENT SHOWS:

DIRECTION OF ENTRY & RELAY LETTER

MEDIA TYPE & ID#

SAMPLE STORED EVENT LOG

Event Log Report Jun 22, 1995 09:56:39 Page 001 Installation: South Hills Apartments AM/II Unit #1

08:55:35 06/22/95 0:0 sTx[00003] ->{B} Unit #1

08:51:21 06/22/95 0:2 Crd[01470] ->{B} Front Door Card Reader

08:45:49 06/22/95 0:0 sTx[00001] ->{A} Unit #1

12:28:42 06/20/95 0:0 Obs[1] Obstacle Txmtr Trouble

11:02:42 06/20/95 0:0 Exit Program Mode 11:02:42 06/20/95 0:0 Program Mode Timed Out

DEVICE NAME

SPECIAL INFORMATION

The number of possible stored events depends on the size of memory installed and the amoumt of other data stored.

The stored event log can be set to retain up to 500, 1000, 2000, 5000, maximum or no events.

Stored event log can be printed in total, from the last report or from a selected date.

CONCEPTS

REMOTE DEVICES

MODEL AM-KP ENTRY KEYPAD

ACCEPTS ENTRY CODES AS USERS KEY THEM IN

REMOTE DEVICE

Accept input from various media

EACH REMOTE DEVICE CAN BE WIRED TO THE AM/II AND HAS A ROTARY SWITCH THAT SELECTS THE DEVICE ADDRESS

MODEL AM-CRI CARD READER INTERFACE

ACCEPTS CARD CODES FROM ONE OR TWO CARD SWIPE READERS

MODEL AM-RPR RADIO PROXIMITY RECEIVER

ACCEPTS ID CODES FROM TRANSMITTERS AS USERS ACTIVATE THEM NEXT TO RECEIVER

MODEL AM-RRR REMOTE RADIO RECEIVER

ACCEPTS ID CODES FROM TRANSMITTERS AS USERS ACTIVATE THEM WITHIN RANGE OF THE REMOTE RECEIVER'S ANTENNA

HARDWARE & MEDIA

ACCESS MEDIA

The following pages provide a foundation for

learning the hardware devices and access

control media used in the AM/II system.

SINGLE TRANSM ITTERS

UNIQUELY CODED AT THE FACTORY AND PRO G RAM MED O NE AT A TIM E N O T E : S IN G L E T R A N S M IT T E R S ARE NOT COM PATIBLE W ITH

ACC ESSBASE O R ACCO UNT M ANAG ER

BLOCK CODED TRANSM ITTERS

SEQUENTALLY CODED AT THE FACTORY AND PRO GRAM M ED BY ENTERING THE STARTING AND ENDING BLOCK NUM BERS

ACCESS MEDIA

Cards, keypad codes &

transmitters (CCT’s)

BLOCK CODED CARDS

SEQUENTALLY CODED AT THE FACTORY AND PRO GRAM M ED BY ENTERING THE STARTING AND ENDING BLOCK NUM BERS

KEYPAD EN TR Y CODES

PRO G RAMM ED BY THE INSTALLER, CAN BE FROM TW O TO EIGHT DIGITS LONG - RECOMMENDED THAT ALL CODES BE THE SAME LENGTH - FOR HIGHEST SECURITY, CODES SHOULD BE AT LEAST FOUR DIGITS LONG

HARDWARE & MEDIA

RELAY OUTPUTS & SENSING INPUTS

Control access devices and sense

OUTPUTS & INPUTS

RELAY OUTPUTS

ELECTRICALLY ISOLATED CONTACTS (3 AMPS, 30 VOLTS MAXIMUM)

●

NORMALLY OPEN AND NORMALLY CLOSED CONTACTS

●

PROGRAMMABLE FOR TIME DURATION, PULSE, TOGGLE AND LATCH OUTPUTS

SENSING INPUTS

OPEN REQUEST INPUT AVAILABLE FOR RELAY CHANNELS A & B (NORMALLY OPEN SWITCH)

●

DOOR SENSE INPUT AVAILABLE FOR RELAY CHANNELS A & B (NORMALLY CLOSED SWITCH)

auxiliary inputs

RELAY

CHANNEL "A"

TYPICAL INSTALLATION

RELAY

CHANNEL "B"

CHANNEL "C"

OPEN REQUEST

PUSHBUTTON MAGNETIC

DOOR STRIKE

DOOR SENSE

SWITCH

DOOR STRIKE

RELAY

CHANNEL "D"

OBSTACLE TRANSMITTE

CONTROLLED

ACCESS

DOOR 1

CONTROLLED

ACCESS

DOOR 2

BARRIER

GATE

HARDWARE & MEDIA

SERIAL PRINTER

PRINTS REAL-TIM E EVENT LOG

●

PRINTS SYSTEM REPO RTS

●

USE M ODEL A2P CABLE

●

COMPUTER TERMINAL

DISPLAYS REAL-TIM E EVENT LOG

●

DISPLAYS SYSTEM REPO RTS

●

LO CALLY PRO G RAM AM /II

●

USE M ODEL A2C CABLE

●

PERSONAL COMPUTER

RS-232 PORT

RS-232

PORT

MODEL A2P PRINTER CABLE

MODEL A2C COMPUTER CABLE

For printing event log, programming

and transferring memory between units

SERIAL PRINTER

TERMINAL

DISPLAYS REAL-TIM E EVENT LOG

●

DISPLAYS SYSTEM REPO RTS

●

LO CALLY PRO G RAM AM /II

●

STORE AM /II M EMORY TO DISK

●

L O A D A M /II M E M O R Y F R O M D IS K

●

USE M ODEL A2C CABLE

●

COMPUTER MODEM

CONNECTS TO AM/II RS-232 PORT

●

ANSW ERS CALLS FROM REM OTE COM PUTER

●

REMOTELY PROGRAM AM /II

●

R E M O T E L Y S T O R E A M /II M E M O R Y T O D IS K

●

R E M O T E L Y L O A D A M /II M E M O R Y F R O M D IS K

●

REM OTELY DISPLAY STORED EVENT LOG

●

REMOTELY DISPLAY SYSTEM REPORTS

●

USE M ODEL A2M CABLE

●

AM/II INTERCONNECT

C O N N E C T S T W O A M /II U N IT S T O G E T H E R

●

TRANSFER M EMORY BETW EEN UNITS

●

USE M ODEL A2A CABLE

●

MODEL A2M MODEM CABLE

PERSONAL COMPUTER

MODEM

MODEL A2A INTERCONNECT CABLE

HARDWARE & MEDIA

ACCESS OUT & NETWORK TERMINALS

ACCESS OUT TERMINALS

PASSES ACCESS OUT INFORMATION

●

TO AN EXTERNAL ACCESS CONTROL SYSTEM

SUPPORTS WIEGAND26

●

SECURAKEY31, AND SENTEX30 DATA FORMATS

EXTERNAL ACCESS PANEL CAN BE

●

USED FOR VALIDATION OF PASS-THROUGH DATA FROM THE AM/II

SIMPLE THREE-WIRE CONNECTION

●

ACCESS OUT

& NETWORK

SYSTEM

POWER

DISPLAY

CONTRAST

RESET

EXPANSION MEMORY CARD

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNIN G

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

KEYPAD IN

NETWORK

O1O1O

For linking an AM/II to an external

access control panel and connecting

multiple AM/II’s together

RELAYS

LARGE (128 K) X-LARGE (256 K)

1BO

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

PERIPHERALS

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

EXTERNAL CONTROL

N.O.

COM.

N.C. N.O.

CHANNEL C

COM.N.C. N.O.COM. N.C.

RS-232

OFF

POWER

EARTH GROUND

AC POWER DC POWER

INPUT

CHANNEL DREADER IN

14 - 24 VAC

12 - 35 VDC

NETWORK TERMINALS

UP TO EIGHT AM/II UNITS CAN BE

●

CONNECTED TOGETHER

EVENT LOG IS SHARED BETWEEN

●

THE NETWORKED UNITS

SIMPLE TWO-WIRE

●

RS-485 CONNECTION

SYSTEM

POWER

DISPLAY

CONTRAST

RESET

EXPANSION MEMORY CARD

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNIN G

WARNING

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

NETWORK

O1O1O

LARGE (128 K) X-LARGE (256 K)

KEYPAD IN

1BO

RELAYS

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

PERIPHERALS

POWER

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

SYSTEM

EXTERNAL CONTROL

DISPLAY

CHANNEL C

CONTRAST

N.O.

COM.

N.C. N.O.

COM.N.C. N.O.COM. N.C.

RESET

EXPANSION MEMORY CARD

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNIN G

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

KEYPAD IN

NETWORK

O1O1O

1BO

CHANNEL DREADER IN

LARGE (128 K) X-LARGE (256 K)

RS-232

OFF

POWER

EARTH GROUND

AC POWER

DC POWER

INPUT

14 - 24 VAC

12 - 35 VDC

RELAYS

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

PERIPHERALS

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

RS-232

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

SYSTEM

EXTERNAL CONTROL

POWER

DISPLAY

DC POWER

CHANNEL C

CHANNEL DREADER IN

CONTRAST

N.O.

COM.

N.C. N.O.

COM.N.C. N.O.COM. N.C.

RESET

EXPANSION MEMORY CARD

MEMORY EXPANSION CARD

LARGE (128 K)

SMALL (16 K) MEDIUM (64 K)

X-LARGE (256 K)

WARNIN G

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O1BO1

OFF

POWER

EARTH

GROUND

AC POWER

INPUT

14 - 24 VAC

12 - 35 VDC

RELAYS

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD PERIPHERALS

CHANNEL A CHANNEL B CHANNEL C CHANNEL DREADER IN

N.O.

COM.

N.C. N.O. COM.

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

EXTERNAL CONTROL

N.C.

RS-232

OFF

POWER

EARTH

GROUND

AC POWER

DC POWER

INPUT

14 - 24 VAC12 - 35 VDC

N.O.

COM. N.C.

N.O.

COM.N.C.

HARDWARE & MEDIA

MEMORY UTILITIES

COPYING MEMORY DATA

MEMORY MODULE INFORMATION

●

CAN BE SENT TO AND RECEIVED FROM ANOTHER AM/II THROUGH THE RS-232 PORT USING THE MODEL A2A CABLE

MEMORY

UTILITIES

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD

LARGE (128 K)

SMALL (16 K)

MEDIUM (64 K)

X-LARGE (256 K)

WARNIN G

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O

1BO

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

MODEL A2A

For copying and transferring memory

module data

RS-232

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

CABLE

OFF

OBSTACLE

N.O.

COM.

POWER

EARTH GROUND

DC POWER

AC POWER

INPUT

CHANNEL C

CHANNEL DREADER IN

12 - 35 VDC

INPUT

14 - 24 VAC

N.C. N.O.

COM.N.C. N.O.COM. N.C.

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNIN G

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O

1BO

LARGE (128 K) X-LARGE (256 K)

RADIO

ACCESS A

DECODE

ACCESS B

ACCESS GRANTED

ACCESS C

ACCESS D

ACCESS IN DATA

ACCESS OUT DATA

MAGIC WAND

READER KEYPAD

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

N.O.

OFF

OBSTACLE

CHANNEL C

COM.

N.C. N.O.

COM.N.C. N.O.COM. N.C.

EARTH GROUND

AC POWER

DC POWER

INPUT

CHANNEL DREADER IN

14 - 24 VAC

12 - 35 VDC

SENDING AND RECEIVING MEMORY DATA

MEMORY MODULE DATA CAN BE

●

SENT AND RECEIVED THROUGH THE RS-232 PORT OVER THE PHONE LINE USING A MODEM WITH THE MODEL A2M CABLE

MEMORY MODULE DATA CAN ALSO

●

BE SENT AND RECEIVED THROUGH THE RS-232 PORT WITH A PERSONAL COMPUTER DIRECTLY CONNECTED TO THE AM/II USING THE MODEL A2C CABLE

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNIN G

SEVERE ELECTRICAL DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

NETWORK

O1O1O

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNIN G

SEVERE ELECTRICAL DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O

LARGE (128 K) X-LARGE (256 K)

1BO

LARGE (128 K) X-LARGE (256 K)

KEYPAD IN

1BO

MODEL A2M

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

RS-232

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OFF

OBSTACLE

N.O.

COM.

POWER

EARTH

GROUND

DC POWER

AC POWER

INPUT

CHANNEL C

CHANNEL DREADER IN

12 - 35 VDC

INPUT

14 - 24 VAC

N.C. N.O.

COM.N.C. N.O.COM. N.C.

CABLE

MODEM

PERSONAL COMPUTER

MODEL A2C

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

RS-232

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OFF

OBSTACLE

DC POWER

AC POWER

INPUT

CHANNEL C

CHANNEL DREADER IN

12 - 35 VDC

N.O.

COM.

14 - 24 VAC

N.C. N.O.

COM.N.C. N.O.COM. N.C.

CABLE

POWER

EARTH GROUND

INPUT

PRE-INSTALLATION PLANNING

Before beginning, take time to plan the installation. ✶ Make a sketch of the installation floor plan showing all

controlled access points.

✶ Select a good location to mount the AM/II. ✶ Determine a good location for the antenna. ✶ Select locations for the remote accessory devices (keypads,

card readers, remote receivers, proximity receivers).

✶ Research possible places for wire runs to accessories and

access devices.

INSTALLATION OUTLINE

The following outline is intended to guide you through the installation of an AM/II system.

Unpack the system. Identify the system components

(transformer, antenna, etc.). Plan the installation by creating an installation diagram.

Mount the AM/II (in an optional cabinet if required).

Connect the antenna.

Install any remote accessory devices.

Wire connections to the AM/II terminals.

Install a ground stake and run the ground wire or use

a cold water pipe as earth ground for the AM/II. Connect relay outputs to the access device(s) to be

controlled. Turn AM/II POWER switch

plug-in transformer or connect the AM/II to a 14-24 VAC or 12-35 VDC auxiliary power supply.

Turn the POWER switch on. The green POWER

indicator should light. Adjust the display contrast as desired.

Program the system.

Test the system.

Adjust the red RADIO RANGE knob to limit the maximum range

of the receiver.

and connect the

off

LOBBY

ACCOUNTING

PRESIDENT

SERVICE

BATH BATH

V.P.

SALES

ENGINEERING

V.P.

SALES

PURCH.

COPIER

AREA

STOR.

CHIEF

ENG.

LAB

ROOM

COMPUTER

WIRELESS INSTALLATION TIPS

Signals Through Construction Materials

When installing any wireless system, certain limitations must be considered. Low power wireless UHF transmitter signals will not broadcast equally through all types of construction materials. The AM/II contains a receiver that should allow reception of the transmitters in almost all locations. Refer to figure showing approximate signal strength that will occur with different types of building materials.

Transmitters in Vehicles

The radio range of a transmitter will also be affected when the transmitter is located in a vehicle. Depending on the location of the transmitter (on the visor, on the dash, in the center console) the range will vary. Most of the signal strength changes are related to the amount of metal in close proximity to the transmitter. If a transmitter is clipped to the top of the driver’s sun visor, with the visor flipped up, placing the transmitter between the metal roof and the metal reinforced visor, the transmitters range will be reduced.

PRE-INSTALLATION

Unpacking the System

The basic AM/II system package includes the following accessories:

✶ Plug-in Transformer. Provides low voltage power to the

access control panel.

✶ Mounting Screws. Used to mount the AM/II inside the

cabinet.

Installing the Memory Module

Four sizes of memory modules are available for the AM/II:

✶ SMALL (16K) MEMORY ✶ MEDIUM (64K) MEMORY ✶ LARGE (128K) MEMORY ✶ X-LARGE (256K) MEMORY

One of the memory modules must be installed for the AM/II to function.

✘

CAUTION! Be sure the AM/II is disconnected from power or that the AM/II’s POWER switch is off before removing of replacing the memory module.

STEP 1

STEP 2

With the system power off, plug the memory module into the AM/II.

Secure the memory module with two screws.

90% - 100%

OF FULL POWER

WALLBOARD AND

WOOD STUDS

PLUG-IN

TRANSFORMER

65% - 95%

OF FULL POWER

LIGHT CONCRETE

OR BRICK

POWER

DISPLAY

CONTRAST

RESET

RADIO

MEMORY EXPANSION CARD

LARGE (128 K)

SMALL (16 K) MEDIUM (64 K)

X-LARGE (256 K)

WARN ING

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

KEYPAD IN

NETWORK

O1O1O

1BO

DECODE

ACCESS GRANTED

NETWORK DATA

ACCESS OUT DATA

READER KEYPAD

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

AM/II UNIT WITH MEMORY INSTALLED

10% - 70%

OF FULL POWER

CONCRETE WITH STEEL

REINFORCEMENT OR

METAL LATH AND PLASTER

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

CHANNEL C

N.O.

COM.

N.C. N.O.

COM. N.C. N.O. COM.N.C.

CASE MOUNTING

SCREWS

OFF

DC POWER

AC POWER

INPUT

CHANNEL DREADER IN

14 - 24 VAC

12 - 35 VDC

EARTH GROUND

INSTALL MEMORY MODULE

MOUNT UNIT

The AM/II can be mounted indoors directly to a wall or in the Model CAB-1 indoor cabinet. For outdoor mounting, the Model CAB-2 weather resistant cabinet is recommended. The two cabinets both provide some security for the unit.

Each cabinet has wiring knockouts for connection to wiring conduit.

STEP 1

Decide on a good location (near power and good wiring access) to mount the AM/II. It should be in a secure location. The mounting area should be between -22 and +149 degrees Fahrenheit year-around.

STEP 2

If a cabinet is used, punch out the conduit knockouts as required for the installation. Attach the cabinet to the wall with the appropriate fasteners.

STEP 3

Secure the AM/II with three screws.

DIRECT MOUNTING

FOR INDOOR INSTALLATIONS THE AM/II CAN BE MOUNTED DIRECTLY USING THREE SCREWS AND APPROPRIATE SCREW ANCHORS

CAB-1 MOUNTING

DRIVE FOUR SCREWS INTO WALL AT THESE LOCATIONS (LEAVE SCREW HEAD 1/8" OUT FROM WALL)

USE PLASTIC SCREW ANCHORS IF REQUIRED

8-3/4"

HANG CABINET ON SCREWS

DIRLL A HOLE AND DRIVE A FIFTH SCREW INTO THE HOLE TO LOCK CABINET TO WALL

SYSTEM

POWER

DISPLAY CONTRAST

RESET

EXPANSION MEMORY CARD

MEMORY EXPANSION CARD

SMALL MEDIUM LARGE

WARNING

TURN THE POWE R SW ITCH O FF BEFO RE INSTALLING OR

REMOVING THIS MEMORY EXPANSIO N CARD

ACCESS OUT

NETWORK

O1O1O

CAB-2 MOUNTING

CAB-2 MOUNTS WITH FOUR SCREWS AT THESE LOCATIONS

RELAYS

RADIO

RS-232

RADIO

ACCESS A

DECODE

ACCESS B

ACCESS GRANTED

ACCESS C

ACCESS D

ACCESS IN DATA

ACCESS OUT DATA

SEVERE ELECTRICAL DAMAGE

KEYPAD IN

MAGIC WAND

READER KEYPAD

OBSTACLE

PERIPHERALS

EXTERNAL CONTROL

DC POWER

INPUT

CHANNEL A CHANNEL B CHANNEL C CHANNEL DREADER IN

1BO1N.O.

COM.N.C.

N.O.

COM.N.C.

N.O.

COM.

N.C.

N.O.COM.

N.C.

USE PLASTIC SCREW ANCHORS OR CONCRETE WEDGE ANCHORS

OFF

POWER

EARTH GROUND

AC POWER

INPUT

14 - 24 VAC12 - 35 VDC

MOUNT AM/II UNIT INTO CABINET WITH THREE SCREWS SUPPLIED

PUNCH OUT REQUIRED CONDUIT CONNECTION KNOCKOUTS FOR ANTENNA, POWER, GROUND AND SIGNALS

SYSTEM

POWER

DISPLAY CONTRAST

RESET

EXPANSION MEMORY CARD

MEMORY EXPANSION CARD

SMALL MEDIUM LARGE

WARNING

ELECTRICAL

DAMAGE

TURN THE POWER SW ITCH O FF BEFO RE INSTALLING O R

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

NETWORK

O1O1O

SEVERE

KEYPAD IN

1BO1N.O.

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

PERIPHERALS

RELAYS

RADIO

RS-232

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OFF

POWER

OBSTACLE

EARTH

EXTERNAL CONTROL

GROUND

AC POWER

DC POWER

INPUT

CHANNEL A CHANNEL B CHANNEL C CHANNEL DREADER IN

14 - 24 VAC12 - 35 VDC

COM.N.C.

N.O.

COM.N.C.

N.O.

COM.

N.C.

N.O.COM.

N.C.

MOUNT AM/II UNIT INTO CABINET WITH THREE SCREWS SUPPLIED

EARTH GROUND & POWER CONNECTIONS

Earth Ground

For the best ground, use size 14 gauge solid wire or la rger to connect the EARTH GROUND terminal to an 8-foot copper ground rod. Locate the ground rod next to the Power and Telephone company rods and bond the rods together with a new clamp.

Do not disturb the clamps installed by the

Power or Telephone Company.

Alternately, connect the EARTH GROUND terminal to a cold water pipe or to the GND terminal on the AC transformer.

Power

The AM/II is powered by a 16.5 Volt, 20 VA to 50 VA, internally fused, UL listed, Class 2 transformer. This transformer is included with the AM/II system pack.

The system can alternately be powered from a 12-35 VDC or 14-24 VAC auxiliary power supply. Refer to the chart below for selecting wire size for the distance to the power source.

Typically DC power is used when battery backed-up uninterruptable operation is required. The externally charged battery must be capable of supplying the power requirements of the AM/II and it’s complement of devices.

✘

WARNING! Never short the terminals of the transformer together. This will cause the internal fuse to blow. The transformer must be connected to a 120 VAC 60 Hz unswitched (24 hour) power outlet not controlled by a wall switch.

STEP 1 STEP 2

✘

WARNING! Do not connect both AC and DC power.

STEP 3

NOTE: Never power door strikes or other high current

☞

magnetic devices from the same power source as the AM/II.

Be sure that the AM/II POWER switch is off. Connect the transformer to the AC terminals

connect the AM/II to th e operator’s auxiliary power output.

If used, plug transformer into AC outlet and secure with case screw (if provided).

A COLD WATER PIPE OR THE AC TRANSFORMER GND TERMINAL MAY ALSO BE USED FOR EARTH GROUND

AM/II EARTH GROUND TERMINAL

AM/II & POWER CO. GROUND STAKES BONDED TOGETHER

CONNECT EITHER AC OR DC POWER

NOT BOTH!

DC POWER

INPUT

12 - 35 VDC

AC POWER

INPUT

14 - 24 VAC

EARTH

GROUND

OFF

POWER

14 GA SOLID

TRANSFORMER

16 VAC, 20 VA

GND

POWER WIRE DISTANCE MINIMUM WIRE SIZE

1-50 FEET 18 AWG

51-150 FEET 16 AWG 151-250 FEET 14 AWG 251-500 FEET 12 AWG

DO NOT DISTURB POWER CO. GROUND!

REMOTE DEVICE WIRING REQUIREMENTS

Cable Type

Each remote device requires a 6-wire connection to the AM/II. Depending on the distance of the cable run, two different types of cable are recommended.

✶ For cable distance up to 300 feet, use BELDEN 9931

(24 AWG).

✶ For cable distance up to 500 feet, use WEICO 9405

(20 AWG).

Load Number

Each hardwired remote accessory device has been assigned a “load number”. Homerun wiring is recommended for accessories, although multiple accessories can be wired on the same cable run if the following formulas are used.

✶ For cable distance up to 300 feet:

CABLE RUN IN FEET x LOAD UNITS = 3,000 OR LESS

✶ For cable distance up to 500 feet:

CABLE RUN IN FEET x LOAD UNITS = 10,000 OR LESS

REMOTE DEVICE LOAD NUMBER

AM-KP 9

AM-RRR 4

AM-CRI 25

AM-RPR 4

ANTENNA HOOK-UP

EXA-2000 DIRECTIONAL ANTENNA MOUNTED ON WOOD POST

If using a remote antenna, construct the antenna kit as described in its instructions. Mount the antenna as high as possible. Connect the coax lead to the AM/II antenna connector. Up to 25 feet of coax cable may be used to connect the antenna.

NOTE: Mount the antenna at least 10 feet from the AM/II

☞

control.

CO-AX TO RECEIVER

2" MAX

ANTENNA MOUNTED AS HIGH AS POSSIBLE

ATTIC MOUNTING POST MOUNTING

DIA.

U-BOLT

REMOTE RADIO RECEIVER CONNECTIONS

The Model AM-RRR remote radio receiver can be used to extend the radio range and remote the radio input of the AM/II. Use the AM-RRR with its local whip antenna or with the EXA-1000 or EXA-2000 remote antennas.

The receiver is connected to the READER IN terminals on the AM/II. Follow the instructions supplied with the remote receiver and the hook-up diagram shown.

The DEVICE ADDRESS SELECTOR switch in the unit selects the device address. It must be set from 1-6, and be different from any other remote accessory device.

RADIO RANGE CONTROL

RADIO SIGNAL INDICATOR

ANTENNA CONNECTOR

ACCESS GRANTED INDICATOR RED = POWER GREEN = ACCESS

PWR

GND

DAT1

DEVICE ADDRESS SELECTOR

DAT0

DVAL

CLK

(GRN)

(BLK)

(WHT)

(BLU)

(RED)

(ORG/YEL)

REMOTE KEYPAD CONNECTIONS

The Model AM-KP access control keypads can be used for manual code entry for the AM/II. The keypad can be mounted on a pedestal or directly to a wall.

The keypad is connected to the KEYPAD IN terminals on the AM/II. Follow the instructions supplied with the keypad and the hook-up diagram shown.

The DEVICE ADDRESS SELECTOR switch in the unit selects the device address. It must be set from 1-6, and be different from any other remote accessory device.

GRN

BLK

WHT

BLU

RED

ORG/YEL

REMOTE PROXIMITY RECEIVER

The Model AM-RPR proximity receiver can be used for ultra-short range transmitter reception at access portals. The transmitter will have to be ac tivated right next to this receiver to activate it. The receiver is mounted in a single-gang plastic outlet box.

The receiver is connected to the READER IN terminals on the AM/II. Follow the instructions supplied with the proximity receiver and the hook-up diagram shown.

The DEVICE ADDRESS SELECTOR switch in the unit selects the device address. It must be set from 1-6, and be different from any other remote accessory device.

PWR GND

DAT1

FOR LOCAL POWER, DISCONNECT RED WIRE AND CONNECT EXTERNAL 12 VDC

POWER SUPPLY TO PWR & GND

AM/II TERMINALS

PWR

GND

DAT1

DAT0

DAT0 DVAL

DVAL

CLK

AM-RPR

CARD READER INTERFACE

N.O. COM. N.C.

N.O.

COM. N.C.

CHANNEL A CHANNEL B

CHANNEL "A" OPEN REQUEST PUSHBUTTON

CHANNEL "B" OPEN REQUEST PUSHBUTTON

AM/II TERMINALS

N.O. COM. N.C.

N.O.

COM. N.C.

CHANNEL A CHANNEL B

CHANNEL "A" DOOR SENSE CONTACT

CHANNEL "B" DOOR SENSE CONTACT

(DOOR CLOSED)

(DOOR OPEN)

AM/II TERMINALS

The Model AM-CRI card reader interface can support two card readers. It would be located between the card readers and the AM/II, usually near the card readers.

The card reader is connected to the READER IN terminals on the AM/II. Follow the instructions supplied with the keypad and the hook-up diagram.

Two rotary switches in the unit selects the device address for each card reader. They must be set to different numbers from 1-6, and also be different from any other remote accessory device.

CONTROL INPUTS

Open Request

The open request terminals for relays A & B are available for connection to an external switch. When the switch closes to ground, if the relay channel is not locked closed, the relay will activate.

Common uses would be with a knox box, pushbutton, or key lock where someone would need to open the access portal from inside the controlled area.

MAG LOCK

OPEN REQUEST PUSHBUTTON

PWR GND DAT1 DATO DVAL CLK

AM-CRI

CARD READER " B"

DEVICE ADDRESS SELECTOR

(1-6)

(GRN)

(BLK)

(WHT)

(BLU)

(ORG/YEL)

(RED)

Door Sense

The door sense terminals for relays A & B are used with normally closed door contacts. The contacts monitor the position of the access door. When the door opens, the contacts open.

Door sensing is required to use the door ajar and door relock features. Door sensing can detect when a door is propped open and cause an alarm relay to activate when the door is open longer than the door ajar time. Door sensing also detects when the door is closed, deactivating the control relay the moment the door closes.

CONTACT OPENS WHEN DOOR OPENS AND MOVES MAGNET AWAY FROM SWITCH

RELAY OUTPUT CONNECTIONS

The AM/II provides four relay outputs. Each relay has isolated, dry contact, Form “C” (N/O & N/C) contacts rated at 3 amps 30 volts maximum.

Relay Operation Options

Relays can be programmed for access control, alarm contact shunting, alarm triggering, obstacle triggering and CCTV triggering. Relay wiring method depends on the option selected and the type of device controlled.

Control Relay Option

Relays programmed with the control option will activate when access is granted to access media. Relays set with the control option would be connected to access devices (door strikes, mag-locks, automatic operators, etc.).

NOTE: Relay channels “A” & “B” are always set as control

☞

relays.

Shunt Relay Option

Relay channels “C” & “D” can be programmed for shunt operation. A shunt relay would be wired across a set of alarm contacts, shunting their operation, preventing the alarm from triggering when genuine access is granted. If the door or gate is forced open, without having access granted by the AM/II, the alarm would be triggered.

When programmed for shunt operation, relay channel “C” will mirror the activation of relay channel “A”. Relay channel “D” will mirror the activation of relay channel “B”.

CHANNEL A

N.O. COM. N.C.

NOTE: REFER TO DOOR STRIKE INSTRUCTIONS FOR ANY SPECIAL HOOK-UP REQUIREMENTS

CHANNEL A

N.O. COM. N.C.

RELAY CHANNEL

A, B, C OR D

RELAY CHANNEL

A, B, C OR D

NOTE: REFER TO DOOR LOCK INSTRUCTIONS FOR ANY SPECIAL HOOK-UP REQUIREMENTS

DOOR STRIKE

TRANSFORMER

OR POWER

SUPPLY FOR

DOOR STRIKE

ELECTRIC

DOOR

STRIKE

TRANSFORMER

OR POWER

SUPPLY FOR

MAG LOCK

MAGNETIC

DOOR LOCK

HOOK-UP

MAG LOCK

HOOK-UP

CHANNEL A

N.O. COM. N.C.

CHANNEL C

N.O. COM. N.C.

RELAY CHANNEL "C" SHUNTS FOR RELAY CHANNEL "A" RELAY CHANNEL "D" SHUNTS FOR RELAY CHANNEL "B"

RELAY CHANNEL

A, B, C OR D

NOTE: REFER TO OPERATOR INSTRUCTIONS FOR ANY SPECIAL HOOK-UP REQUIREMENTS

TO ALARM

RELAY CHANNEL

C OR D

CONTROL PANEL

DOOR OR GATE

OPERATOR

HOOK-UP

DOOR OR

GATE

OPERATOR

WIRE RELAY OUTPUT TO OPERATOR "PUSHBUTTON" OR "RADIO" INPUT

SHUNT RELAY

HOOK-UP

N/C

DOOR

ALARM

CONTACT

WHEN RELAY CHANNEL "C" OR "D" ACTIVATES, IT SHUNTS THE

ALARM CONTACT PREVENTING THE ALARM FROM TRIGGERING

WHEN THE DOOR IS OPENED

Alarm Relay Option

Relay channels “C” & “D” can be programmed for alarm operation. An alarm relay would be wired to a noisemaker or to the loop input of an alarm control panel.

Relay channel “C” can function as an alarm relay for relay channel “A”. Relay channel “D” can function as an alarm relay for relay channel “B”. The door sense input must be wired for relay channel “A” and/or “B” for the alarm relay function to work.

If door “A” or “B” is held open longer than the Door Ajar Time time programmed, the alarm relay for the appropriate relay channel will activate.

Obstacle Relay Option

Relay channels “C” & “D” can function as obstacle relays when Model MGT obstacle transmitters are used. Relay channel “C” activates for MGT obstacle transmitter #1, relay channel “D” activates for MGT obstacle transmitter #2.

Obstacle relays are used to trigger obstacle inputs on automatic door and gate operators. Triggering the obstacle input will reverse or stop the operator.

CCTV Relay Option

Relay channels “C” & “D” can function as CCTV relays. They can be used only when a Model AE-1 or AE-2 telephone entry module is installed with the AM/II.

When a telephone connection is made to a directory party, they can press the “5" digit on their telephone to activate the CCTV relay. A CCTV camera would activate to send a picture of the entry area to the directory party.

CHANNEL C

N.O. COM. N.C.

RELAY CHANNEL "C" ALARMS FOR RELAY CHANNEL "A" RELAY CHANNEL "D" ALARMS FOR RELAY CHANNEL "B"

RELAY CHANNEL "C" ACTIVATES FOR OBSTACLE TX #1 RELAY CHANNEL "D" ACTIVATES FOR OBSTACLE TX #2

CHANNEL C

N.O. COM. N.C.

CHANNEL C

N.O. COM. N.C.

RELAY CHANNEL

C OR D

RELAY CHANNEL

C OR D

ALARM RELAY ACTIVATES WHEN DOOR IS OPEN LONGER THAN DOOR AJAR TIME OR WHEN DOOR IS FORCED OPEN WITHOUT VALID ACCESS BEING GRANTED

RELAY CHANNEL

C OR D

NOISEMAKER

TRANSFORMER

OR POWER

SUPPLY FOR

NOISEMAKER

ALARM

CONTROL

PANEL

OBSTACLE RELAY

NOTE: REFER TO OPERATOR INSTRUCTIONS FOR ANY SPECIAL HOOK-UP REQUIREMENTS

GATE OPERATOR OBSTACLE

INPUT

WIRE RELAY OUTPUT TO OPERATOR OBSTACLE INPUT

ALARM RELAY

HOOK-UP

WHEN RELAY ACTIVATES, IT TRIGGERS THE OBSTACLE INPUT OF THE OPERATOR, STOPPING OR REVERSING THE OPERATOR

CHANNEL C

N.O. COM. N.C.

WHEN RELAY ACTIVATES, IT ALLOWS THE CAMERA TO SEND VIDEO TO THE DIRECTORY PARTY'S MONITOR

RELAY CHANNEL

C OR D

WIRE RELAY OUTPUT TO CAMERA IRIS ENABLE OR VIDEO ENABLE INPUT

CCTV RELAY

HOOK-UP

NOTE: REFER TO CCTV CAMERA INSTRUCTIONS FOR ANY SPECIAL HOOK-UP REQUIREMENTS

CCTV

CAMERA

IRIS ENABLE

RS-232 PORT CONNECTIONS

The AM/II RS-232 port can be used to connect to a serial input line printer, a personal computer, modem or data terminal.

Printer Connections

NOTE: The installation of a printer is optional. The AM/II may

☞

be used without a printer if activity logging is not required.

The AM/II can connect to virtually any standard personal computer printer that accepts a 9600 baud serial RS-232 input. Connecting a printer to the AM/II allows for a printed copy of each transmitter activation showing the transmitter number, time and date of activation as well as the various system reports.

printer.

Personal computer printers contain switches for setting the printer’s data format and options. The printer’s switches must be set correctly to match the output of the AM/II before the printer will function properly. Refer to the specific printer’s instruction manual for the location and possible settings of the printer’s switches.

The printer may have additional options that may or may not be useful with the AM/II.

The printer options that must be set are:

✶ Baud Rate 9600 ✶ 8 Data Bits ✶ No Parity ✶ 1 Stop Bit ✶ No Auto Line Feed after Carriage Return ✶ X-ON/X-OFF Data Flow Control

Use the Model A2P cable to connect the AM/II to a

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNING

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O

1BO1N.O.

PRINTER

LARGE (128 K) X-LARGE (256 K)

DC POWER

INPUT

12 - 35 VDC

OFF

EARTH GROUND

AC POWER

INPUT

14 - 24 VAC

MODEL A2C

CABLE

RADIO

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

CHANNEL A CHANNEL B

ACCESS A

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

CHANNEL C

CHANNEL DREADER IN

COM.

N.C.

N.O.

COM.

N.C.

N.O.

COM.

N.C.

N.O.

COM.

N.C.

A2P CABLE

MALE

DB-25

DB-25 SIGNAL

2 3 7

PIN 2 PIN 3 PIN 4 PIN 5 PIN 6 PIN 7 PIN 8

REQUEST TO SEND

N/C N/C CLEAR

DATA

PIN 1

SEND DATA

SIGNAL

TD RD

GND

DTR

RECIEVE

8-PIN

2 1 8 6

TO SEND

8-PIN MODULAR

AM/II

GND CTS

N/C GROUND

PIN 1

SAMPLE REAL-TIME EVENT PRINTOUT

TOP LINE OF EVENT SHOWS:

STORED EVENT LOG SHOWS ALL EVENTS FROM MOST RECENT TO OLDEST STORED EVENT

TIME & DATE

NETWORK ADDRESS : REMOTE DEVICE ADDRESS

8-PIN MODULAR

PLUG PINOUT

REAL-TIME EVENT LOG PRINTS EACH EVENT AS IT HAPPENS

DIRECTION OF ENTRY & RELAY LETTER

MEDIA TYPE & ID#

SAMPLE STORED EVENT LOG

Event Log Report Jun 22, 1995 09:56:39 Page 001 Installation: South Hills Apartments AM/II Unit #1

08:55:35 06/22/95 0:0 sTx[00003] ->{B} Unit #1

08:51:21 06/22/95 0:2 Crd[01470] ->{B} Front Door Card Reader

08:45:49 06/22/95 0:0 sTx[00001] ->{A} Unit #1

12:28:42 06/20/95 0:0 Obs[1] Obstacle Txmtr Trouble

11:02:42 06/20/95 0:0 Exit Program Mode 11:02:42 06/20/95 0:0 Program Mode Timed Out

BOTTOM LINE OF EVENT SHOWS:

DEVICE NAME

Personal Computer and Data Terminal Connections

3 2 7 5 4

8-PIN

2 1 8 6 3

RD TD

GND

CTS RTS

DB-25 SIGNAL

GND

CTS RTS

SIGNAL

AM/II

MODEM

MALE DB-25

8-PIN MODULAR

PIN 1

A2M CABLE

☞

NOTE: The installation of a personal computer (PC) or data terminal for event logging and system programming is optional, but recommended. Programming the AM/II is much easier, especially when using names, with a PC or data terminal.

The AM/II can connect to virtually any PC’s serial port. Use the Model A2C-DB25 (25-pin) or A2C-DB9 (9-pin) cable to connect the AM/II to a computer.

When using a data terminal, connecting the cable and setting the terminal port options is all that’s required. When using a PC, a communications program (AccessBase, Account Manager, Windows Terminal, Procomm, Quick Link, BitComm, etc.) must be used to communicate with the AM/II.

The computer’s software will have settings for the PC’s port options.

The software port options must be set correctly to match the output of the AM/II before the PC software will function properly.

Refer to the specific software’s instructions

for details on how to set the port options. The serial port (COM port) options that must be set are:

✶ Baud Rate 9600 ✶ 8 Data Bits ✶ No Parity ✶ 1 Stop Bit ✶ X-ON/X-OFF Data Flow Control

Setting the AM/II RS-232 port output to the “PRINTER” option will show the ongoing event log on the computer screen. Setting the AM/II RS-232 port output to the “TERMINAL” option will allow the computer to access the AM/II just like the keyboard on the AM/II. The only keyboard differences when using a PC or terminal to access the AM/II are:

✶ The ENTER key equals the AM/II’s OK key. ✶ The ESCAPE (Esc) key is similar the AM/II’s * (star) key.

Press ESCAPE twice to enter program mode, once to jump back to the main menu.

✶ The A-Z & 0-9 keys are used for character inputs. ✶ Hold the CONTROL (Ctrl) key and press “Z” to exit

programming.

Modem Connections

☞

NOTE: The installation of a modem is optiona l. It will allow remote programming of the AM/II.

The AM/II can connect to most personal computer external modems. Use the Model A2M cable to connect the AM /II to a modem. Connection to a modem allows you to call the AM/II over the telephone with a personal computer and another modem. All of the same programming functions that can be performed locally can be made remotely, off-site. System reports and the event log can be retrieved remotely.

POWER

DISPLAY CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

NETWORK

O1O1O

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNI NG

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O

RADIO

DECODE

LARGE (128 K)

ACCESS GRANTED

X-LARGE (256 K)

NETWORK DATA

WARNING

ACCESS OUT DATA

SEVERE

ELECTRICAL

DAMAGE

READER KEYPAD

KEYPAD IN

CHANNEL A CHANNEL B

1BO1N.O.

COMPUTER

RADIO

DECODE

LARGE (128 K)

ACCESS GRANTED

X-LARGE (256 K)

NETWORK DATA

ACCESS OUT DATA

READER KEYPAD

1BO

MAGIC WAND

OBSTACLE

COM.

N.C.

N.O.

COM.

SIGNAL

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

ACCESS A

ACCESS B

ACCESS C

ACCESS D

CHANNEL C

CHANNEL DREADER IN

N.C.

N.O.

COM.

N.C.

N.O.

COM.

RD GND DTR

FEMALE

GND

DTR DSR CTS RTS

N.O.

MODEL A2C

CABLE

OFF

EARTH GROUND

AC POWER

DC POWER

INPUT

12 - 35 VDC

14 - 24 VAC

N.C.

A2C-DB25 CABLE

FEMALE

DB-25

DB-25 SIGNAL

8-PIN

2 3 7

A2C-DB9 CABLE

DB-9

DB-9 SIGNAL

8-PIN

3 2 5 4 6 8 7

MAGIC WAND

OBSTACLE

COM.

N.C.

ACCESS A

ACCESS B

ACCESS C

ACCESS D

N.O.

DC POWER

INPUT

CHANNEL C

CHANNEL DREADER IN

12 - 35 VDC

COM.

N.C.

N.O.

COM.

N.C.

OFF

EARTH

GROUND

AC POWER

INPUT

14 - 24 VAC

MODEL A2C

CABLE

PIN 1

8-PIN MODULAR

1 8 6

AM/II

GND CTS

PIN 1

8-PIN MODULAR

1 8 6

AM/II

GND

CTS

ACCESS OUT CONNECTIONS

Radio control can be added easily to Sentex Infinity and other systems. The AM/II can output the Sentex30, SecuraKey31, and Wiegand26 data formats through its ACCESS OUT terminals.

When connected, the AM/II output simulates a card reader input to the external access control panel. A few programming options must be set in the AM/II to configure the output to match the access control panel.

☞

NOTE: Connection to an external access control panel is optional.

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNIN G

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

KEYPAD IN

ACCESS OUT

NETWORK

O1O1O

1BO

LARGE (128 K) X-LARGE (256 K)

RADIO

ACCESS A

DECODE

ACCESS B

ACCESS GRANTED

ACCESS C

ACCESS D

ACCESS IN DATA

ACCESS OUT DATA

MAGIC WAND

READER KEYPAD

OBSTACLE

CHANNEL A CHANNEL B

N.O.

COM.

N.C.

N.O.

OFF

EARTH GROUND

AC POWER

DC POWER

INPUT

CHANNEL C

CHANNEL DREADER IN

12 - 35 VDC

COM.

14 - 24 VAC

N.C.

N.O.

COM.

N.C.

N.O.

COM.

N.C.

ACCESS OUT

3-CONDUCTOR

SHIELDED

TB4

CABLE

OPTIONAL

2-DEVICE

HOOKUP

TB6

USE BELDEN TYPE 9925 CABLE OR EQUIVALENT

MAXIMUM WIRE RUN DISTANCE: 500 FEET

LED A A RDR 1 A RDR 0 +5 VDC GND

SENTEX

INFINITY

SYSTEM

LED B B RDR 1 B RDR 0 +5 VDC GND

NETWORK CONNECTIONS

Up to eight AM/II’s can be networked together allowing information sharing between the units. A common event log is retained for all of the networked units.

Each unit is interconnected with a two-wire RS-485 connection to the NETWORK terminals. Belden Type 9925 shielded cable is recommended for network connections.

POWER

DISPLAY

CONTRAST

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

WARNI NG

SEVERE

ELECTRICAL

DAMAGE

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

NETWORK

KEYPAD IN

O1O1O

LARGE (128 K) X-LARGE (256 K)

1BO

RADIO

ACCESS A

DECODE

ACCESS B

ACCESS GRANTED

ACCESS C

ACCESS D

ACCESS IN DATA

ACCESS OUT DATA

MAGIC WAND

POWER

READER KEYPAD

DISPLAY

OBSTACLE

CONTRAST

CHANNEL A CHANNEL B

RESET

N.O.

COM.

N.C.

N.O.

COM.

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

ACCESS OUT

NETWORK

O1O1O

N.C. N.O.

WARNI NG

CHANNEL C

COM. N.C. N.O.COM. N.C.

SEVERE ELECTRICAL DAMAGE

CHANNEL DREADER IN

LARGE (128 K) X-LARGE (256 K)

KEYPAD IN

1BO

OFF

EARTH GROUND

DC POWER

AC POWER

INPUT

12 - 35 VDC

INPUT

14 - 24 VAC

RADIO

ACCESS A

DECODE

ACCESS B

ACCESS GRANTED

ACCESS C

ACCESS D

ACCESS IN DATA

ACCESS OUT DATA

MAGIC WAND

READER KEYPAD

OBSTACLE

CHANNEL A CHANNEL B

POWER

DISPLAY

N.O.

COM.

N.C.

RESET

MEMORY EXPANSION CARD SMALL (16 K) MEDIUM (64 K)

TURN THE POWER SWITCH OFF BEFORE INSTALLING OR

REMOVING THIS MEMORY EXPANSION CARD

NETWORK

O1O1O

CONTRAST

N.O.

COM.

WARNI NG

ACCESS OUT

OFF

EARTH GROUND

DC POWER

AC POWER

INPUT

CHANNEL C

CHANNEL DREADER IN

12 - 35 VDC

INPUT

14 - 24 VAC

N.C. N.O.

COM. N.C. N.O.COM. N.C.

RADIO

ACCESS A

DECODE

ACCESS GRANTED

ACCESS IN DATA

ACCESS OUT DATA

READER KEYPAD

CHANNEL A CHANNEL B

N.O.

ACCESS B

ACCESS C

ACCESS D

MAGIC WAND

OBSTACLE

COM.

N.C.

N.O.

COM.

OFF

EARTH GROUND

DC POWER

AC POWER

INPUT

CHANNEL C

CHANNEL DREADER IN

12 - 35 VDC

INPUT

14 - 24 VAC

N.C. N.O.

COM. N.C. N.O.COM. N.C.

LARGE (128 K) X-LARGE (256 K)

SEVERE

ELECTRICAL

DAMAGE

KEYPAD IN

1BO

UP TO 8 AM/II UNITS

CAN BE NETWORKED

AM/II

USE BELDEN TYPE 9925 OR CAROL C0600 SHIELDED CABLE OR EQUIVALENT

AM/II

MAXIMUM WIRE RUN DISTANCE: 4000 FEET

GROUND EACH SHIELD AT ONE END ONLY

AM/II

SYSTEM POWER-UP

START UP DISPLAY SHOWING SUCCESSFUL TESTS

First Time Power-up

Turn the POWER switch on. The factory loaded defaults are already installed in memory. Adjust the display contrast as desired.

After programming, adjust the red RADIO RANGE knob next to the antenna to limit the maximum range of the receiver. Start with the knob fully counterclockwise, this will be minimum range. Adjust the range up as required by the installation. This can be determined during testing.

Internal Diagnostic Checks

The AM/II performs an automatic internal diagnostic check when the system is first powered up. The system checks itself to be sure everything is in order. The internal check takes about 5 seconds. The display will indicate that start-up is occurring, the firmware version number, the date of manufacture and the serial number. If all tests are good, the display will show “ALL STARTUP TESTS PASSED”.

Watchdog Monitor

While the system is operating, an internal “watchdog” circuit monitors the system. If for some reason (lightning strike, etc.) the system is upset, the watchdog monitor will reset the system, restoring system integrity.

MEDIA ENCODING

All code data is stored in the non-volatile EEPROM memory module. Even with complete loss of all power, the AM/II will remember all of the media code data.

START UP DISPLAY SHOWING FIRMWARE VERSION

Transmitter Coding

There is no programming of transmitter codes or setting of dipswitches required to set up the system. Each transmitter is preset at the factory to a unique code. With over 1,000,000 codes available, the MegaCode format virtually eliminates any possibility of transmitter code duplication. Since the AM/II “learns” specific transmitter codes, no unauthorized person can gain access by reprogramming a transmitter.

Block Coded Transmitters

Sequentially “block-coded” transmitters are available to speed installation and programming and simplify installation record keeping. The entire transmitter block can be programmed into the system by simply entering the first and last transmitter in the block.

Block transmitters are identified with two numbers:

A transmitter number in the range of 1-65,535 is printed on a

label on the back of the transmitter. A facility code in the range of 0-15 is printed on the block

transmitters’ box.

Block Coded Cards

Sequentially “block-coded” cards are available for use with card readers attached to Model AM-CRI card reader interface. The entire card block can be programmed into the system by simply entering the first and last card in the block.

Keypad Entry Codes

Keypad entry codes are programmed one at a time.

DISPLAYS

When a transmitter is activated, the AM/II LCD display will show four “fields” of information about the transmitter and the transmitter’s system information.

FIELD 1: “bTx” = Block Transmitter “uTx” = Un-learned Transmitter “OB1” & “OB2” = Obstacle Transmitters one & two “MW1 - MW8” = Magic Wand Transmitters one to eight “KpadX” Remote Keypads (X=device number) “CardX” Remote Card Reader (X=device number) “RadoX” Remote Radio Receiver (X=device number)

FIELD 2: the transmitter sequence number as assigned when the transmitter is learned by the system. (Field will be blank for MGT safety edge and Magic Wand transmitters.)

FIELD 3: Facility Code. With block coded transmitters, this number will be the same for all transmitters in the same block. With single transmitters this number can be ignored, it is derived from part of the internal code of the transmitter.

FIELD 4: Media Code. This is a numeric equivalent of the internal code programmed into the transmitters, the entry code or the card code.

Activation Type.

Sequence Number.

“sTx” = Single Transmitter

For single transmitters, this is

FIELD 1

FIELD 2

FIELD 3

FIELD 4

Radio Indicator

The RADIO indicator displays the output of the built-in radio receiver. The visual display is used to determine when signals are “on-the-air” on the frequency that the radio is tuned to. It is normal for the RADIO indicator to flicker, showing the receiver responding to the ambient background radio noise. When a transmitter is triggered the RADI O indicator will light brightly, showing that the receiver is detecting the transmitter’s data. If the RADIO indicator flashes continuously, it is usually an indication of radio interference.

Decode Indicator

The DECODE indicator lights when a device sends the correct format data to the AM/II. This indicator signals that the control has decoded the data from the device correctly. The media code will be shown on the display. Even though a device is decoded, it will only activate an access output if it has been programmed into the AM/II and has not been suspended.

Access Granted Indicator

The ACCESS GRANTED indicator lights when all of the correct conditions are met by a device. The device must be decoded properly, it must send correct data, it must be programmed into the AM/II, meet the validation criteria and it must not be suspended from access.

KEYPAD FUNCTIONS

DATA ENTRY KEYS NUMERIC KEYPAD

Data Entry Keys

The arrow keys (⇑ ⇓ ⇐ ⇒) are used to navigate through the various menu trees during programming.

The up and down arrows change the display to the previous or next programming item. Items that are above or below each other in the programming menu trees can be selected using the up and down arrow keys.

The OK key is used to accept an entry or to branch to sub-menu items in the programming menu trees. Items that blink in the displayed menus are the current selection, (⇐ & ⇒) scrolls to a new selection. Pressing OK accepts that item and enters it into the system’s memory.

Numeric Keypad

The numeric keypad is used to enter area numbers, media codes and any other numeric data required during programming. Special key combinations are used for special functions (resetting supervisory low battery, status and trouble indications from MGT safety edge transmitters).

[*] Key

The [*] key has several functions. Pressing and holding the [*] key for about three seconds will cause the AM/II to ask for a password to enter Program Mode. This is the only way to enter Program Mode.

While in Program Mode, the [ key. Pressing the [ cancel any ongoing entries and return the display to the top of that area’s menu. Pressing the [ display to the top of Area 01 (the first programming step).

Pressing and holding the [ Program Mode will cause the AM/II to exit Program Mode and return to the normal Run Mode.

While in Run Mode, pressing and holding the [ pressing an ACCESS button will lock that relay closed, preventing any transmitters from activating that output. The output can be unlocked by pressing the appropriate ACCESS button twice (to lock open, then to return to normal unlocked operation).

] key during any programming step will

] key acts as an escape (cancel)

] key again will return the

] key for about three seconds in

] key and

[#] Key

The [#] key is used as a shift key to activate special system functions.

Pressing and holding the [#] key and pressing [1] will reset any trouble indications caused by supervised MGT safety edge transmitters. If an MGT transmitter sends a trouble signal for low battery, tamper or doesn’t send status signals for six hours, the OBSTACLE indicator will flash and a trouble message will be shown on the LCD display. To clear the trouble indication, hold the [#] key and press [1].

Alphanumeric Data Entry

The AM/II keypad has alphanumer ic capabilites. Each button on the numeric keypad can create five characters.

The first press of the key enters the key number, presses 2-4 enters a lower case alphabetic character. Press the [#] key to change a lower case to an upper case letter. Press a number key then the [#] key for symbol characters.

NOTE: Entering alphanumeric characters is much easier

☞

using a computer or data terminal through the RS-232 port.

NUM THEN

abc

jk l

stu

b = BLANK

def

mno

vw x

b-.

ghi

pqr

yz;

PRESS [#] TO

[# ] K E Y

1 = = 2 = @ 3 = # 4 = $ 5 = % 6 = ? 7 = & 8 = * 9 = ( 0 = )

M AKE CAPITAL

UP & DOW N ARROWS WILL M O VE BETW EEN MENU TOPICS

[OK] KEY ENTERS NUMERIC DATA IN T O M E M O R Y

Learn Single Xmtr(s) Press OK when Ready

Enter Single Xmtr Numb Enter Xmtr. ID: 000

Suspend Single Xmtr. Transmitter ID: = [0000]

Reactivate Single Xmtr. Transmitter ID: = [0000]

Status of Single Xmtr. Transmitter ID: = [0000]

Enter Expiration Date. Expires On: mm/dd/yyyy

Delete One Single Xmtr. Transmitter ID: = [0000]

Delete All Single Xmtr. Are You Sure? Yes No

AREA 01

SINGLE TRANSMITTERS

1.1

1.2

1.3

1.4

1.5

1.6

1.7

1.8

Select Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Learning Transmitters Transmitter ID: = 0001

Item/Code: Press OK When Ready

[OK] KEY SELECTS SUB-M ENUS

1.1A

1.1B

LEFT & R IG HT ARROWS WILL M O VE BETW EEN MENU ITEMS

B L IN K IN G IT E M IS T H E O N E CURRENTLY SELECTED

1.5A

[OK] KEY ENTERS SELECTED M ENU IT E M IN T O MEMORY

SYSTEM PROGRAMMING

Following are instructions for programming each Area of the AM/II memory. Only the Areas pertaining to the specific installation need to be programmed. Reference the following pages with the programming outline to complete the system programming.

The AM/II must be in Program Mode to perform any system programming. FOLLOW THE STEPS IN THE PROGRAMMING OUTLINE TO PROGRAM THE SYSTEM. Because many of the features of the AM/II are interrelated, certain areas must be programmed before other areas.

Entering Program Mode

STEP 1

STEP 2

Exiting Program Mode

Exit Program Mode by pressing and holding the [*] key for three seconds. With computer access, press CTRL-Z.

☞

NOTE: The system will automatically exit Program Mode after five minutes of programming inactivity.

Enter programming mode by pressing and holding the [

] key for about five seconds. With computer

access press the ESC key. Enter 123456 (if the system is new), or the correct

password and press [OK].

PROGRAMMING MENU TREES

Learn Single Xmtr(s) Press OK when Ready

Enter Single Xmtr Numb Enter Xmtr. ID: 000

Suspend Single Xmtr. Transmitter ID: = [0000]

Reactivate Single Xmtr. Transmitter ID: = [0000]

Status of Single Xmtr. Transmitter ID: = [0000]

Enter Expiration Date. Expires On: mm/dd/yyyy

Delete One Single Xmtr. Transmitter ID: = [0000]

Enter Block Xmtr(s). Press OK when Ready

Enter Transmitter Numb Enter ID Number: 00000

Suspend Block Xmtr. ID Number : [00000]

Reactivate Block Xmtr. ID Number : [00000]

Status of Block Xmtr. ID Number : [00000]

Delete All Block Xmtrs. Are You Sure? Yes No

AREA 01

SINGLE TRANSMITTERS

1.1

1.2

1.3

1.4

1.5

1.6

1.7

Select Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Learning Transmitters Transmitter ID: = 0001

Item/Code: Press OK When Ready

AREA 02

BLOCK TRANSMITTERS

2.1

2.2

2.3

2.4

2.5

2.6

Enter Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Block Range Start:End 00000:00000

Item/Code: Press OK When Ready

1.1A

1.1B

2.1A

2.1B

1.5A

2.5A

Enter Block Cards Press OK when Ready

Enter Card Number Enter ID Number: 00000

Suspend Block Card. ID Number : [00000]

Reactivate Block Card. ID Number : [00000]

Status of Block Card. ID Number : [00000]

Delete All Block Cards. Are You Sure? Yes No

AREA 05

ENTRY CODES

Select Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Entry Code. Entry Code: ********

Suspend Entry Code. Entry Code: ********

Reactivate Entry Code. Entry Code: ********

Status of Entry Code. Entry Code: ********

Delete Single Entry Code Entry Code: ********

Delete All Entry Codes. Are You Sure? Yes No

AREA 06

BLOCK CARD CODES

6.1

6.2

6.3

6.4

6.5

6.6

Enter Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Block Range Start:End 00000:00000

Item/Code: Press OK When Ready

5.1

5.2

5.3

5.4

5.5

5.6

5.7

6.1A

6.1B

6.5A

AREA 10

VALIDATION GROUPS

Validation Group [1-15]. Validation Group Num: 00

Door Schedule [0-15] Door Schedule Number

Choose First Time Zone Time Zone [0-15] 00

Choose Second Time Zone Time Zone [0-15] 00

Choose Third Time Zone Time Zone [0-15] 00

Choose Fourth Time Zone Time Zone [0-15] 00

Select Anti-Passback. None Timed

10.1

10.2

10.3

10.4

10.5

10.6

10.7

Which Obstacle Xmtr. OBTx1 OBTx2

Transmitter Name.

Learn Obstacle Xmtr. Press OK when Ready

Delete Obstacle Xmtr. Press OK when Ready

Which MagicWand Xmtr.

M W 1 M W 2 MW 3 M W 4 M W 5 M W 6 M W 7 M W 8

Transmitter Name.

Learn MagicWand Xmtr. Press OK when Ready.

Delete MagicWand Xmtr. Press OK when Ready.

AREA 03

OBSTACLE TRANSMITTERS

3.1

3.2

3.3

3.4

Learning Obstacle Xmtr. Learned ID = 00000

AREA 04

MAGIC WAND TRANSMITTERS

4.1

4.2

4.3

4.4

Learning MagicWand Xmtr. Learned ID = 00000

3.3A

4.3A

TELEPHONE ENTRY NUMBERS

Enter Directory Code Directory Code: 0000

Enter Tenent Name

Enter Telephone Number Telephone#: ************

Extended Talk Time Yes No

Delete Directory Entry Directory Code: 0000

7.1

7.2

7.3

7.4

7.5

AREA 11

AREA 07

BUTTON SCHEDULES

Channel A Valid Buttons.

None Any Left Right Top Top&Lft Top&Rgt BtmLft Btm Rgt

Channel B Valid Buttons.

None Any Left Right Top Top&Lft Top&Rgt BtmLft Btm Rgt

Channel C Valid Buttons.

None Any Left Right Top Top&Lft Top&Rgt BtmLft Btm Rgt

Channel D Valid Buttons.

None Any Left Right Top Top&Lft Top&Rgt BtmLft Btm Rgt

11.1

11.2

11.3

11.4

AREA 12

DOOR SCHEDULES

Which Door Sch. [1-15]. Door Schedule Number: 0

Select Valid Doors ABCD DS[1]: 0=No, 1=Yes: 1111

AREA 13

TIME ZONES

Which Time Zone [1-15] Time Zone Number: 00

Valid Days SMTWTFSH 0=No, 1=Yes: 11111111

Period 1 Begin/End Time Tz[01]: 00:00/00:00

Period 2 Begin/End Time Tz[01]: 00:00/00:00

Period 3 Begin/End Time Tz[01]: 00:00/00:00

Period 4 Begin/End Time Tz[01]: 00:00/00:00

12.1

12.2

13.1

13.2

13.3

13.4

13.5

13.6

AREA 20

TIME AND CALENDAR

STANDARD time hh:mm 13:33

Enter Date as mm/dd/yyyy 05/26/1995

Select Daylight Savings Yes No

Downlight On/Off time. On/Off: 00:00/00:00

Which Holiday [1-24] Holiday Number: 00

Holiday Number[]: Date Hol[01] Month/Day 00/00

Which Ex Holiday [1-24] Holiday Number 00

Expiring Holiday XX MM/DD/YYYY 00/00/0000

20.1

20.2

20.3

20.4

20.5

20.6

20.7

20.8

AREA 21

RELAY SETUP

Which Relay to Program. CH-A CH-B CH-C CH-D

Select Operation: Control Shunt Alarm Obstacle CCTV

Select Timing Mode: Time Pulse Toggle Latch

Enter Activation Time: Time in seconds: 00000

Assign Time Zone [1]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Assign Time Zone [2]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Assign Time Zone [3]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Assign Time Zone [4]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Channel Name

Assign Telephone Digit None 1 2 3 4 5 6 7 8 9

Channel Control Normal Activate LockOpen LockClosed

21.1

21.2

21.3

21.4

21.5

21.6

21.7

21.8

21.9

21.10

21.11

AREA 23

FACILITY/SITE CODES

System Site Code Site Code: 00000

Txmtr Facility Code Fac Code: 000

Card Facility Code 1 Fac Code [1]: 000

Card Facility Code 2 Fac Code [2]: 000

Card Facility Code 3 Fac Code [3]: 000

Card Facility Code 4 Fac Code [4]: 000

23.1

23.2

23.3

23.4

23.5

23.6

AREA 22

SYSTEM SETUP

Installation Name

AM/II Name

Retained Event Log None 500 1000 2000 5000 Max

Antipassback Time None 1min 2min 3min 4min

Integral Radio Direction None In Out Neutral

Network Address 0ff 1 2 3 4 5 6 7 8

Keypad Strikes and Out Strikes Allowed: 0

Door Ajar Time Open Time Seconds: 000

Local Program Password Password: 123456

Remote Program Password Password: 123456

Priority Access Password Password: 123456

22.1

22.2

22.3

22.4

22.5

22.6

22.7

22.8

22.9

22.10

22.11

AREA 24

RS-232 PORT SETUP

RS-232 Port Device Off Printer Modem Terminal PC

Modem Init. String 1 ATH0&F0F8E0&K0&Q0&D0&W0

Modem Init. String 2 ATH0&FS0=0E0&N6&H0Y1&W1

Modem Termination String ATH0

24.1

24.2

24.3

24.4

AREA 25

CONFIGURE REMOTE DEVICES

Which Remote Device DV1 DV2 DV3 DV4 DV5 DV6 DV7

Type of Device None Keypad CardRdr Radio Relay Phone SecuraKey31

Assign Control Channel CH-A CH-B CH-C CH-D Buttons

Access Direction None In Out Neutral

Enable Options ABCD 0=No, 1=Yes: 1111

Enter Name for Device

25.1

25.2

25.3

25.4

25.5

25.6

AREA 26

CONFIGURE ACCESS OUT

Access Out Format Off Wiegand26 Sentex30 SecuraKey31

Access Out Mode Validation Pass-TXID Pass-SEQID

Access Out Facility Code Facility Code: 00000

Access Out Button Offset Off On

26.1

26.2

26.3

26.4

AREA 27

TELEPHONE ENTRY SETUP

Directory Code Length 1 2 3 4

Directory Begins At Beginning(A) Middle(M)

PBX Dialing Digit Off 9 8 7 6 5 4 3 2 1 0

Set Talk Time Talk Time Seconds: 060

Assign Postal Key Door CH-A CH-B CH-C CH-D Buttons

Sort Directory Names Now Yes No

Edit Display Messages Message Number: 00

Edit Display Message

Max Directory Entries Maximum Entries: 00000

Delete All Tlph. Entries Yes No

Adjust Hybrid Level Press OK To Start/Stop

Display Brightness Dim Low Med High

Priority Access ABCD 0=No 1=Yes 0000

27.1

27.2

27.3

27.4

27.5

27.6

27.7

27.8

27.9

27.10

27.11

27.12

27.13

AREA 29

MEMORY MODULE UTILITIES

Send Memory Module Yes No

Receive Memory Module Yes No

Copy Memory Module Off SendMM ReceiveMM

Print Memory Module Yes No

Initialize Memory Module Are You Sure? Yes No

29.1

29.2

29.3

29.4

29.5

AREA 30

SYSTEM REPORTS/UTILITIES

Print System Report Yes No

Print Single Xmtr Report Yes No

Print Block Xmtr Report Yes No

Print Entry Code Report Yes No

Print Block Card Report Yes No

Print Tele/Entry Report Yes No

EvntLog Rpt Start Date 00/00/1990

Print Event Log Report All SinceLastRpt FromDate

30.1

30.2

30.3

30.4

30.5

30.6

30.7

30.8

PROGRAMMING OUTLINE

The following outline is intended to guide you through the programming of an AM/II system. The AM/II is programmed by setting options in various program “Areas”. Use this outline in conjunction with the following program area detail pages to set up the system.

Install and connect the AM/II as previously described.

Fill out the Programming Worksheet (P/N 211677).

Enter program mode (Hold the * key for 5 seconds or press

Esc on programming computer). Set date and time (standard time) in Time and Calendar

Area 20. If the system is going to be networked, Area 22 Network

Address must be set. (If AccessBase is used, this is the only local programing step needed.)

Determine the button configurations and enter them in Button

Schedule Area 11. Program any time zones in Time Zone Area 13.

Program the door access in Door Schedules Area 12.

Program the validation groups in Validation Group Area 10.

Set all additional system options in the System Setup Area 22.

10.

Program all single transmitters using Single Transmitters

11.

Area 01. Program all block coded transmitters using Block Area 02.

12.

Program all MGT safety edge obstacle transmitters using

13.

Obstacle Transmitter Area 03. Program all “MagicWand” transmitters using Magic Wand Xmtr

14.

Area 04. Program all keypad entry codes using Entry Code Area 05.

15.

Program all block card codes using Block Card Codes Area 06.

16.

Program the relay output options using Relay Setup Area 21.

17.

Program the facility and site codes (if used) using Facility/Site

18.

Codes Area 23. Set any remote accessory device address and options using

19.

Configure Remote Devices Area 25. If using the Model AE-1 or AE-2 telephone entry module,

20.

program the telephone entry settings using Telephone Entry Setup Area 27.

If using the Model AE-1 or AE-2 telephone entry module,

21.

program the telephone and directory numbers and names using Telephone Entry Numbers Area 07.

Setup the ACCESS OUT terminals if connecting to an external

22.

access control panel using the Configure Access Out Area 26. Examine the system, single transmitter, block transmitter, entry

23.

code and block card reports for a system programming overview. Use the System Reports/Utilities Area 30 to view (using a terminal, computer or printer) the reports.

Test the system and adjust the red RADIO RANGE knob to

24.

determine the optimum range of the receiver.

SETUP DATE AND TIME

(AREA 20)

SET NETWORK ADDRESS

(AREA 22)

SET BUTTON SCHEDULE

(AREA 11)

SET TIME ZONES

(AREA 13)

SET DOOR SCHEDULES

(AREA 12)

SET VALIDATION GROUPS

(AREA 10)

SET ALL SYSTEM OPTIONS

(AREA 22)

PROGRAM SINGLE

TRANSMITTERS

(AREA 01)

PROGRAM BLOCK CODED

TRANSMITTERS

(AREA 02)

PROGRAM OBSTACLE

TRANSMITTERS

(AREA 03)

PROGRAM MAGIC WAND

TRANSMITTERS

(AREA 04)

PROGRAM KEYPAD

ENTRY CODES

(AREA 05)

PROGRAM BLOCK

CARD CODES

(AREA 06)

SET RELAY OPTIONS

(AREA 21)

SET FACILITY AND SITE CODES

CONFIGURE REMOTE DEVICES

PROGRAM TELEPHONE ENTRY

(AREA 23)

(AREA 25)

SETUP TELEPHONE ENTRY

(AREA 27)

NUMBERS AND NAMES

(AREA 07)

CONFIGURE ACCESS OUT

(AREA 26)

PRINT OR VIEW

SYSTEM REPORTS

(AREA 30)

TEST SYSTEM

Learn Single Xmtr(s) Press OK when Ready

Enter Single Xmtr Numb Enter Xmtr. ID: 000

Suspend Single Xmtr. Transmitter ID: = [0000]

Reactivate Single Xmtr. Transmitter ID: = [0000]

Status of Single Xmtr. Transmitter ID: = [0000]

Enter Expiration Date. Expires On: mm/dd/yyyy

Delete One Single Xmtr. Transmitter ID: = [0000]

Delete All Single Xmtr. Are You Sure? Yes No

AREA 01

SINGLE TRANSMITTER PROGRAMMING

Area 01 is used to enter, suspend, reactivate, delete, and

check the status of single transmitters. A validation group

can be selected for each transmitter when it’s entered into

AREA 01

SINGLE TRANSMITTERS

1.1

1.2

1.3

1.4

1.5

1.6

1.7

1.8

Select Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Learning Transmitters Transmitter ID: = 0001

Item/Code: Press OK When Ready

memory.

1.1A

1.1B

1.5A

Each of the following activities are performed in programming Area 01. From the main menu, use [⇑], [⇓] or enter “01” on the keypad to scroll to “Single Transmitter(s), Enter Program Area 01” and press [OK]. Press [ the main menu.

] when finished to return to

Learning Single Transmitters

Use [⇑] or [⇓] to scroll to “Learn Single Xmtr(s)” and press [OK].

➊

Use [⇐] or [⇒] to choose a validation group for the transmitter. Press

➋

[OK] when desired selection is blinking. Enter the desired transmitter ID# and activate the transmitter.

➌

☞

NOTE: If the transmitter ID # is already in use, an asterisk will show before the ID #.

For additional transmitters in the same validatio n group, use [

] or [⇓] to

⇑

select the next ID# and repeat Step 3. For additional transmitters in different validation groups, press [OK] and repeat Steps 1-3.

Suspending Single Transmitters

Use [⇑] or [⇓] to scroll to “Enter Single Xmtr Numb”.

➊

Enter the transmitter ID# to suspend and press [OK].

➋

Use [⇑] or [⇓] to select “Suspend Single Xmtr” and press [OK].

➌

To suspend additional transmitters, repeat Steps 1-3.

Reactivating Single Transmitters

Use [⇑] or [⇓] to scroll to “Enter Single Xmtr Numb”.

➊

Enter the transmitter ID# to reactivate and press [OK].

➋

Use [⇑] or [⇓] to select “Reactivate Single Xmtr.” and press [OK].

➌

To reactivate additional transmitters, repeat Steps 1-3.

Status of Single Transmitters

Use [⇑] or [⇓] to scroll to “Enter Single Xmtr Numb”.

➊

Enter the transmitter ID# for status and press [OK].

➋

Use [⇑] or [⇓] to select “Status of Single Xmtr.” and press [OK].

➌

To view status of additional transmitters, press [OK] then repeat Steps 1-3.

Deleting One Single Transmitter

Use [⇑] or [⇓] to scroll to “Enter Single Xmtr Numb”.

➊

Enter the transmitter ID# to delete and press [OK].

➋

Use [⇑] or [⇓] to select “Delete Single Xmtr.” and press [OK].

➌

To delete additional transmitters, repeat Steps 1-3.

Deleting All Single Transmitters

Use [⇑] or [⇓] to scroll to “Delete All Single Xmtr.”

➊

Use the [⇐] and [⇒] keys to select “YES”.

➋

Press [OK] to delete all single transmitter’s from the system.

➌

Enter Block Xmtr(s). Press OK when Ready

Enter Transmitter Numb Enter ID Number: 00000

AREA 02

BLOCK TRANSMITTERS

Area 02 is used to enter, suspend, reactivate, delete, and

check the status of block coded transmitters. A validation

group can be selected for each transmitter block when it is

AREA 02

BLOCK TRANSMITTERS

2.1

2.2

Enter Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Block Range Start:End 00000:00000

entered into memory.

2.1A

2.1B

Suspend Block Xmtr. ID Number : [00000]

Reactivate Block Xmtr. ID Number : [00000]

Status of Block Xmtr. ID Number : [00000]

Delete All Block Xmtrs. Are You Sure? Yes No

2.3

2.4

2.5

2.6

Each of the following activities are performed in programming Area 02. From the main menu, use [⇑], [⇓] or enter “02” on the keypad to scroll to “Block Transmitter(s), Enter Program Area 02” and press [OK]. Press [ the main menu.

] when finished to return to

Entering Block Transmitters

Use [⇑] or [⇓] to scroll to “Enter Block Xmtr(s)”.

➊

Use [⇐] or [⇒] to choose a validation group for the transmitter block.

➋

Press [OK] when desired selection is blinking. Enter the numbers for the start and the end of the transmitter block and

➌

press [OK].

To learn additional block transmitters, repeat Steps 1-3.

Item/Code: Press OK When Ready

2.5A

Deleting All Block Transmitters

Use [⇑] or [⇓] to scroll to “Delete All Block Xmtrs”

➊

Use the [⇐] and [⇒] keys to select “YES”.

➋

Press [OK] to delete all block transmitter’s from the system.

➌

Suspending Block Transmitters

Use [⇑] or [⇓] to scroll to “Enter Transmitter Numb”.

➊

Enter the transmitter ID# to suspend and press [OK].

➋

Use [⇑] or [⇓] to select “Suspend Block Xmtr” and press [OK].

➌

To suspend any additional transmitters, repeat Steps 1-3.

Reactivating Block Transmitters

Use [⇑] or [⇓] to scroll to “Enter Transmitter Numb”.

➊

Enter the transmitter ID# to reactivate and press [OK].

➋

Use [⇑] or [⇓] to select “Reactivate Block Xmtr.” and press [OK].

➌

To reactivate additional transmitters, repeat Steps 1 & 2.

Status of Block Transmitters

Use [⇑] or [⇓] to scroll to “Enter Transmitter Numb”.

➊

Enter the transmitter ID# for status and press [OK].

➋

Use [⇑] or [⇓] to select “Status of Block Xmtr.” and press [OK].

➌

To view status of additional transmitters, press [OK] then repeat Steps 1-3.

Which Obstacle Xmtr. OBTx1 OBTx2

Transmitter Name.

AREA 03

OBSTACLE TRANSMITTERS

Area 03 is used to enter, delete and define names for

Model MGT obstacle transmitters.

AREA 03

OBSTACLE TRANSMITTERS

3.1

3.2

Learn Obstacle Xmtr. Press OK when Ready

Delete Obstacle Xmtr. Press OK when Ready

3.3

3.4

Each of the following activities are performed in programming Area 03. From the main menu, use [⇑], [⇓] or enter “03” on the keypad to scroll to “Obstacle Transmitter(s), Enter Program Area 03” and press [OK]. Press [ the main menu.

] when finished to return to

Naming Obstacle Transmitters

Use [⇑] or [⇓] to scroll to “Which Obstacle Xmtr”.

➊

Use [⇐] or [⇒] to select “OBTx1” or “OBTx2” (obstacle transmitter 1

➋

for Channel C, obstacle transmitter 2 for Channel D). Press [OK] when desired selection is blinking. Enter the transmitter name and press [OK].

➌

To name the other obstacle transmitter, repeat Steps 1-3.

Learning Obstacle Xmtr. Learned ID = 00000

3.3A

Deleting Obstacle Transmitters

Use [⇑] or [⇓] to scroll to “Which Obstacle Xmtr”.

➊

Use [⇐] or [⇒] to select “OBTx1” or “OBTx2” (obstacle transmitter 1

➋

for Channel C, obstacle transmitter 2 for Channel D). Press [OK] when desired selection is blinking. Use [⇑] or [⇓] to scroll to “Delete Obstacle Xmtr.” and press [OK].

➌

To delete the other obstacle transmitter, repeat Steps 1-3.

Learning Obstacle Transmitters

Use [⇑] or [⇓] to scroll to “Which Obstacle Xmtr”.

➊

Use [⇐] or [⇒] to select “OBTx1” or “OBTx2” (obstacle transmitter 1

➋

for Channel C, obstacle transmitter 2 for Channel D). Press [OK] when desired selection is blinking. Use [⇑] or [⇓] to scroll to “Learn Obstacle Xmtr.” and press [OK].

➌

Activate MGT obstacle transmitter, display will show the learned ID#.

➍

To learn the other obstacle transmitter, repeat Steps 1-4.

AREA 04

MAGIC WAND TRANSMITTERS

Which MagicWand Xmtr.

Learning MagicWand Xmtr. Learned ID = 00000

4.1

4.2

4.3

4.3A

MW1 MW2 MW3 MW4 MW5 MW6 MW7 MW8

Transmitter Name.

Learn MagicWand Xmtr. Press OK when Ready.

Delete MagicWand Xmtr. Press OK when Ready.

4.4

MAGIC WAND TRANSMITTERS

Area 04 is used to enter, delete and define names for Model MDT-4 transmitters used as “magic wands” by

maintenance personnel.

Each of the following activities are performed in programming Area 04. From the main menu, use [⇑], [⇓] or enter “04” on the keypad to scroll to “Magic Wand Xmtr(s), Enter Program Area 04” and press [OK]. Press [ the main menu.

] when finished to return to

Naming Magic Wand Transmitters

Use [⇑] or [⇓] to scroll to “Which MagicWand Xmtr”.

➊

Use the [⇐] and [⇒] keys to choose “MW1 MW2 MW3 MW4 MW5

➋

MW6 MW7 MW8” for Magic Wand transmitter 1-8. Press [OK] when desired selection is blinking. Enter a name for the selected transmitter and press [OK].

➌

To name additional transmitters, repeat Steps 1-3.

Learning Magic Wand Transmitters

Use [⇑] or [⇓] to scroll to “Which MagicWand Xmtr”.

➊

Use the [⇐] and [⇒] keys to choose “MW1 MW2 MW3 MW4 MW5

➋

MW6 MW7 MW8” for Magic Wand transmitter 1-8. Press [OK] when desired selection is blinking. Use [⇑] or [⇓] to scroll to “Learn MagicWand Xmtr” and press [OK].

➌

Activate the MDT-4 transmitter by pressing any transmitter button,

➍

display will show the learned ID number.

To learn additional Magic Wand transmitters, repeat Steps 1-4.

Deleting Magic Wand Transmitters

Use [⇑] or [⇓] to scroll to “Which MagicWand Xmtr”.

➊

Use the [⇐] and [⇒] keys to choose “MW1 MW2 MW3 MW4 MW5

➋

MW6 MW7 MW8” for Magic Wand transmitter 1-8. Press [OK] when desired selection is blinking. Use [⇑] or [⇓] to scroll to “Delete MagicWand Xmtr” and press [OK].

➌

To delete additional magic wand transmitters, repeat Steps 1-3.

AREA 05

ENTRY CODES

Area 05 is used to enter, suspend, reactivate, delete, and check the status of keypad entry codes. A validation group can be selected for each entry code when it is entered into

AREA 05

ENTRY CODES

Select Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Entry Code. Entry Code: ********

Suspend Entry Code. Entry Code: ********

Reactivate Entry Code. Entry Code: ********

Status of Entry Code. Entry Code: ********

Delete Single Entry Code Entry Code: ********

Delete All Entry Codes. Are You Sure? Yes No

memory.

5.1

5.2

5.3

5.4

5.5

5.6

5.7

Each of the following activities are performed in programming Area 05. From the main menu, use [⇑], [⇓] or enter “05” on the keypad to scroll to “Entry Codes, Enter Program Area 05” and press [OK]. Press [

] when finished to return to the main menu.

Entering Entry Codes

NOTE: Entry codes should all have the same length. For the

☞

best security, the entry codes should be at least four digits long.

Use [⇑] or [⇓] to scroll to “Select Validation Group”.

➊

Use [⇐] or [⇒] to choose a validation group for the entry code. Press

➋

[OK] when desired selection is blinking. Enter up to eight digits for the entry code and press [OK].

➌

For additional entry codes with the same validation group repeat Step 3. For entry codes in other validation groups, repeat Steps 1-3.

Suspending Entry Codes

Use [⇑] or [⇓] to scroll to “Suspend Entry Code”.

➊

Enter the entry code to suspend and press [OK].

➋

To suspend additional entry codes, repeat Steps 1 & 2.

Reactivating Entry Codes

Use [⇑] or [⇓] to scroll to “Reactivate Entry Code”.

➊

Enter the entry code to reactivate and press [OK].

➋

To reactivate additional entry codes, repeat Steps 1 & 2.

Status of Entry Codes

Use [⇑] or [⇓] to scroll to “Status of Entry Code”.

➊

Enter the entry code for status and press [OK].

➋

To view status of additional entry codes, pr ess [OK] then repeat Steps 1 & 2.

Deleting One Single Entry Code

Use [⇑] or [⇓] to scroll to “Delete Single Entry Code”.

➊

Enter the entry code to delete and press [OK].

➋

To delete additional entry codes, repeat Steps 1 & 2.

Deleting All Entry Codes

Use [⇑] or [⇓] to scroll to “Delete All Entry Codes”.

➊

Use [⇐] or [⇒] to select “YES”.

➋

Press [OK] to delete all entry codes from the system.

➌

AREA 06

BLOCK CARD CODES

Enter Block Cards Press OK when Ready

Enter Card Number Enter ID Number: 00000

Suspend Block Card. ID Number : [00000]

Reactivate Block Card. ID Number : [00000]

Status of Block Card. ID Number : [00000]

Delete All Block Cards. Are You Sure? Yes No

Area 06 is used to enter, suspend, reactivate, delete, and

validation group can be selected for each card block when it

AREA 06

BLOCK CARD CODES

6.1

6.2

6.3

6.4

6.5

6.6

Enter Validation Group. 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Block Range Start:End 00000:00000

Item/Code: Press OK When Ready

check the status of swipe cards entered as a block. A

is entered into memory.

6.1A

6.1B

6.5A

Each of the following activities are performed in programming Area 06. From the main menu, use [⇑], [⇓] or enter “06” on the keypad to scroll to “Block Card Codes, Enter Program Area 06” and press [OK]. Press [ menu.

] when finished to return to the main

Entering Block Card Codes

Use [⇑] or [⇓] to scroll to “Enter Block Cards”.

➊

Use [⇐] or [⇒] to choose a validation group for the transmitter block.

➋

Press [OK] when desired selection is blinking. Enter the numbers for the start and the end of the card block and press

➌

[OK].

To enter additional block card codes, repeat Steps 1-3.

Suspending Block Card Codes

Use [⇑] or [⇓] to scroll to “Enter Card Number”.

➊

Enter the card number to suspend and press [OK].

➋

Use [⇑] or [⇓] to select “Suspend Block Card” and press [OK].

➌

To suspend any additional block cards, repeat Steps 1-3.

Reactivating Block Card Codes

Use [⇑] or [⇓] to scroll to “Enter Card Number”.

➊

Enter the card number to reactivate and press [OK].

➋

Use [⇑] or [⇓] to select “Reactivate Block Card” and press [OK].

➌

To reactivate additional block cards, repeat Steps 1 & 2.

Status of Block Card Codes

Use [⇑] or [⇓] to scroll to “Enter Card Number”.

➊

Enter the card number for status and press [OK].

➋

Use [⇑] or [⇓] to select “Status of Block Card” and press [OK].

➌

To view status of additional block cards, press [OK] then repeat Steps 1-3.

Deleting All Block Card Codes

Use [⇑] or [⇓] to scroll to “Delete All Block Cards”

➊

Use the [⇐] and [⇒] keys to select “YES”.

➋

Press [OK] to delete all block card codes from the system.

➌

AREA 07

TELEPHONE ENTRY NUMBERS

Area 07 is used to enter and delete telephone directory

codes, tenant names and select extended talk time for

users. (A Model AE-1 or AE-2 telephone entry module is

AREA 07

TELEPHONE ENTRY NUMBERS

Enter Directory Code Directory Code: 0000

Enter Tenent Name

7.1

7.2

required to use these functions.)

Enter Telephone Number Telephone#: ************

Extended Talk Time Yes No

Delete Directory Entry Directory Code: 0000

Each of the following activities are performed in programming Area 07. From the main menu, use [⇑], [⇓] or enter “07” on the keypad to scroll to “Telephone Entry Numbers, Enter Program Area 07” and press [OK]. Press [ the main menu.

NOTE: The AE-1 or AE-2 Telephone Entry Module must be

☞

] when finished to return to

installed to use these functions.

Entering Tenant Names & Numbers

Use [⇑] or [⇓] to scroll to “Enter Directory Code”.

➊

Enter the tenant’s directory code number and press [OK].

➋

Enter the tenant’s name (up to 24 characters, but only the first 16 (AE-1)

➌

and the first 20 (AE-2) can be displayed on the current models), and press [OK]. Enter the tenant’s telephone number and press [OK].

➍

Use [⇐] or [⇒] to choose “YES” or “NO” for “Extended Talk Time”.

➎

Press [OK] when the desired selection is blinking.

To enter addition al tenant informatio n, repeat Steps 1-5.

7.3

7.4

7.5

Deleting Directory Entries

Use [⇑] or [⇓] to scroll to “Enter Directory Code”.

➊

Enter the tenant’s directory code number to delete an d press [OK].

➋

To delete additional tenant entries, repeat Steps 1 & 2.

AREA 10

VALIDATION GROUPS

Area 10 is used to program door schedules, time zones and

anti-passback selection for each of the 15 validation groups.

AREA 10

VALIDATION GROUPS

Validation Group [1-15]. Validation Group Num: 00

Door Schedule [0-15] Door Schedule Number

Choose First Time Zone Time Zone [0-15] 00

Choose Second Time Zone Time Zone [0-15] 00

Choose Third Time Zone Time Zone [0-15] 00

Choose Fourth Time Zone Time Zone [0-15] 00

Select Anti-Passback. None Timed

10.1

10.2

10.3

10.4

10.5

10.6

10.7

Each of the following activities are performed in programming Area 10. From the main menu, use [⇑], [⇓] or enter “10” on the keypad to scroll to “Validation Groups, Enter Program Area 10” and press [OK]. Press [ menu.

NOTE: Door schedules, time zones and button schedule

☞

] when finished to return to the main

should be set before programming the validation groups. When a validation group is programmed, it aquires the button schedule that is currently set.

Configuring Validation Groups

Use [⇑] or [⇓] to scroll to “Validation Group [1-15]”.

➊

Enter the number of the validation group to program and press [OK].

➋

Unit displays: “Door Schedule [0-15]”. Enter 0-7 to select a door

➌

schedule for the validation group selected and press [OK]. (Door schedule 0 allows access to all four relay channels.) Unit displays: “Which Time Zone [0-15]”. Enter 0-15 to select a time

➍

zone for the validation group selected and press [OK]. (Time zone 0 allows access at any time.) Use [⇐] or [⇒] to choose “None” or “Timed” for “Select Anti-Passback”

➎

for the validation group selected. When the desired selection is blinking, press [OK].

To program additional validation groups, repeat Steps 1-5.

AREA 11

BUTTON SCHEDULES

11.1

11.2

11.3

11.4

Channel A Valid Buttons.

None Any Left Right Top Top&Lft Top&Rgt BtmL ft BtmRgt

Channel B Valid Buttons.

None Any Left Right Top Top&Lft T op&Rgt BtmLft BtmR gt

Channel C Valid Buttons.

None Any Left Right Top Top&Lft T op&Rgt BtmLft BtmR gt

Channel D Valid Buttons.

None Any Left Right Top Top&Lft T op&Rgt BtmLft BtmR gt

BUTTON SCHEDULES

Area 11 is used to program which transmitter buttons

activate which relay channel. When a validation group is

programmed, it will acquire the current button schedule.

Each of the following activities are performed in programming Area 11. From the main menu, use [⇑], [⇓] or enter “11” on the keypad to scroll to “Button Schedule, Enter Program Area 11” and press [OK]. Press [ menu.

NOTE: Set the button schedule before programming any

☞

] when finished to return to the main

validation groups. When validation groups are programmed, they aquire the current button schedule.

Setting the Channel “A” Button Schedule

Use [⇑] or [⇓] to scroll to “Channel A Valid Buttons”

➊

Use [⇐] or [⇒] to choose which transmitter button(s) will activate relay

➋

channel “A”. Press [OK] when the desired selection is blinking.

Setting the Channel “B” Button Schedule

Use [⇑] or [⇓] to scroll to “Channel B Valid Buttons”

➊

Use [⇐] or [⇒] to choose which transmitter button(s) will activate relay

➋

channel “B”. Press [OK] when the desired selection is blinking.

Setting the Channel “C” Button Schedule

Use [⇑] or [⇓] to scroll to “Channel C Valid Buttons”

➊

Use [⇐] or [⇒] to choose which transmitter button(s) will activate relay

➋

channel “C”. Press [OK] when the desired selection is blinking.

Setting the Channel “D” Button Schedule

Use [⇑] or [⇓] to scroll to “Channel D Valid Buttons”

➊

Use [⇐] or [⇒] to choose which transmitter button(s) will activate relay

➋

channel “D”. Press [OK] when the desired selection is blinking.

AREA 12

DOOR SCHEDULES

Area 12 is used to program which of the four relay channels can be activated by each of the fifteen door schedules. Each

AREA 12

DOOR SCHEDULES

Which Door Sch. [1-15]. Door Schedule Number: 0

Select Valid Doors ABCD DS[1]: 0=No, 1=Yes: 1111

validation group can use one of the fifteen door schedules.

12.1

12.2

Each of the following activities are performed in programming Area 12. From the main menu, use [⇑], [⇓] or enter “12” on the keypad to scroll to “Door Schedule, Ente r Program Area 12” and press [OK]. Press [ menu.

] when finished to return to the main

Setting the Door Schedules

Use [⇑] or [⇓] to scroll to “Which Door Sch. [1-15]”. Enter 1-15 and press

➊

[OK]. Each door schedule has selectors for relay channels A, B, C & D.

➋

0 = NO (door schedule cannot activate relay channel) 1 = YES (door schedule can activate relay channel) Use [

] or [⇒] to choose which selector to change and enter a “0” to

⇐

disable or “1” to enable the relay access for that doo r sched ule. Press [OK] when finished.

To set more door schedules, repeat Steps 1 & 2.

AREA 13

TIME ZONES

13.1

13.2

13.3

13.4

13.5

13.6

Which Time Zone [1-15] Time Zone Number: 00

Valid Days SMTWTFSH 0=No, 1=Yes: 11111111

Period 1 Begin/End Time Tz[01]: 00:00/00:00

Period 2 Begin/End Time Tz[01]: 00:00/00:00

Period 3 Begin/End Time Tz[01]: 00:00/00:00

Period 4 Begin/End Time Tz[01]: 00:00/00:00

TIME ZONES

Area 13 is used to program the 15 time zones. Days of

operation, four time periods and a holiday enable can be

programmed for each time zone. Each validation group can

use one of the 15 time zones.

Each of the following activities are performed in programming Area 13. From the main menu, use [⇑], [⇓] or enter “13” on the keypad to scroll to “Time Zones, Enter Program Area 13” and press [OK]. Press [

] when finished to return to the main menu.

Setting the Time Zones

Use [⇑] or [⇓] to scroll to “Which Time Zone [1-15]”.

➊

Enter the number of the time zone to program and press [OK].

➋

Unit displays: “Valid Days SMTWTFSH”

➌

Each time zone has selectors for active days of the week and holidays. 0 = NO (time zone cannot activate any relays on this day) 1 = YES (time zone can activate relays on this day) Use [

] or [⇒] to choose which selector to change and enter a “0” to

☞

⇐

disable or “1” to enable the time zone for that day. Press [OK] when finished.

NOTE: Holiday dates are set in Area 20 “Time and Calendar”.

Unit displays: “Period 1 Begin/End Time”. Enter the starting and ending

➍

times (24 hour format: 1pm=13:00) for this time period. The time zone selected will have access between the time periods entered. Press [OK]. Unit displays: “Period 2 Begin/End Time”. Enter the starting and ending

➎

times (24 hour format: 1pm=13:00) for this time period. The time zone selected will have access between the time periods entered. Press [OK]. Unit displays: “Period 3 Begin/End Time”. Enter the starting and ending

➏

times (24 hour format: 1pm=13:00) for this time period. The time zone selected will have access between the time periods entered. Press [OK]. Unit displays: “Period 4 Begin/End Time”. Enter the starting and ending

➐

times (24 hour format: 1pm=13:00) for this time period. The time zone selected will have access between the time periods entered. Press [OK].

☞

NOTE: Setting all four periods beginning and ending times to 00:00 allows 24-hour access for that time zone (same as using time zone “0” in a validation group.

AREA 20

TIME AND CALENDAR

AREA 20

TIME AND CALENDAR

STANDARD time hh:mm 13:33

Enter Date as mm/dd/yyyy 05/26/1995

Select Daylight Savings Yes No

Downlight On/Off time. On/Off: 00:00/00:00

Which Holiday [1-24] Holiday Number: 00

Holiday Number[]: Date Hol[01] Month/Day 00/00

Which Ex Holiday [1-24] Holiday Number 00

Expiring Holiday [XX] MM/DD/YYYY 00/00/0000

Area 20 is used to set the date and time, select daylight

savings adjustment, program keypad downlight times and

program the 24 possible holiday dates.

20.1

20.2

20.3

20.4

20.5

20.6

20.7

20.8

Each of the following activities are performed in programming Area 20. From the main menu, use [⇑], [⇓] or enter “20” on the keypad to scroll to “Time and Calendar, Enter Program Area 20” and press [OK]. Press [ the main menu.

] when finished to return to

Setting the Time

Use [⇑] or [⇓] to scroll to “STANDARD time hh:mm”

➊

Enter the current standard time in HH:MM 24-hour format (1pm=13:00)

➋

HH=hours (00-23) MM=minutes (00-59) Press [OK] after entering the time.

Setting the Date

Use [⇑] or [⇓] to scroll to “Enter Date as mm/dd/yyyy”

➊

Enter the current date in the mm/dd/yyyy American format:

➋

mm=month (01-12) dd=day (01-31) yyyy=year (1995-2089) Press [OK] after entering the date.

Daylight Savings Option

Use [⇑] or [⇓] to scroll to “Select Daylight Savings”.

➊

Use [⇐] or [⇒] to select “Yes” or “No” for daylight savings time

➋

adjustment. When the desired response is blinking, press [OK].

Setting Keypad Downlight Time

Use [⇑] or [⇓] to scroll to “Downlight On/Off time”.

➊

Enter an on and off time for the downlight on Model AM-KP keypads.

➋

Enter the time in HH:MM 24-hour format (1pm=13:00).

Setting Holiday Dates

Use [⇑] or [⇓] to scroll to “Which Holiday [1-24]”

➊

Enter the holiday number and press [OK].

➋

Enter the date of the holiday in mm/dd format:

➌

mm=month (01-12) dd=day (01-31) Press [OK].

To add additional holidays, repeat Steps 1-3.

Setting Expiring Holiday Dates

Use [⇑] or [⇓] to scroll to Ex Holidays.

➊

Enter date of holiday in mm/dd/yyyy

➋

mm=month (01-12) dd=day (01-31) yyyy=(1999, etc.)

AREA 21

RELAY SETUP

Which Relay to Program. CH-A CH-B CH-C CH-D

Select Operation: Control Shunt Alarm Obstacle CCTV

Select Timing Mode: Time Pulse Toggle Latch

Enter Activation Time: Time in seconds: 00000

Assign Time Zone [1]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Assign Time Zone [2]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Assign Time Zone [3]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Assign Time Zone [4]: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Enter Channel Name

21.1

21.2

21.3

21.4

21.5

21.6

21.7

21.8

21.9

AREA 21

RELAY SETUP

Area 21 is used to program the four relay channels. Each channel can be given a name and programmed for type of operation. The contact action and timing, the selection of

which telephone digit and which time zone will cause

activation are also programmed.

Assign Telephone Digit None 1 2 3 4 5 6 7 8 9

Channel Control Normal Activate LockOpen LockClosed

21.10

21.11

Relay Timing Options

Each relay can be programmed for timed, pulse, toggle or latching modes of operation. With the timed option, the length of activation time can be set.

Timed Operation

Timed operation makes the relay stay activated for the length of time that it is programmed.

Pulse Operation

Pulse operation causes the relay to activate for just 1/4 second each time it is triggered.

Toggle Operation

Toggle operation causes the relay to engage with the first activation and disengage with the next activation.

Latching Operation

Latching operation causes the relay to stay engaged after activation until it is reset by pressing ACCESS button for the relay channel on the AM/II.

NOTE: If relay channels “C” & “D” are used for obstacle

☞

outputs. If they are set t o latch, they will only latch when a trouble signal is sent from an MGT safety edge transmitter. When the relays are set to latch, a normal obstacle signal will cause the relays to operate in the timed mode.

Each of the following activities are performed in programming Area 21. From the main menu, use [⇑], [⇓] or enter “21” on the keypad to scroll to “Relay Setup, Enter Program Area 21” and press [OK]. Press [

] when finished to return to the main menu.

Relay Programming

Use [⇑] or [⇓] to scroll to “Which Relay to Program”.

➊

Use [⇐] or [⇒] to select “CH-A CH-B CH-C CH-D” relay to program.

➋

Press [OK] when desired selection is blinking. Unit displays: “Select Operation:”. Use [⇐] or [⇒] to select “Control

➌

Shunt Alarm Obstacle CCTV” for the relay. Press [OK] when desired selection is blinking.

☞

NOTE: Relays “A” & “B” can only be programmed as control relays. The CCTV option can only be used if the Model AE- 1 or AE-2 Telephone Entry module is installed.

Unit displays: “Select Timing Mode:”. Use [⇐] or [⇒] to select “Time

➍

Pulse Toggle Latch” for the relay. Press [OK] when desired selection is blinking. Unit displays: “Enter Activation Time:”. Enter the time in seconds for the

➎

relay to activate. Press [OK]. Unit displays: “Assign Time Zone [1]:”. Use [⇐] or [⇒] to select a time

➏

zone to cause the relay to activate automatically during the time zone. (Time zone “0” allows normal activation). Continue for time zones 2,3, and 4. Press [OK] when desired selection is blinking. Unit displays: “Enter Channel Name”. Enter a name/location for the relay

➐

channel for the event log. Press [OK]. Unit displays: “Assign Telephone Digit”. Use [⇐] or [⇒] to select which

➑

telephone digit (1-9) will activate the relay.

☞

NOTE: This option can only be used if the Model AE-1 or AE-2 Telephone Entry module is installed.

Unit displays: “Channel Control”. Use [⇐] or [⇒] to activate, lock open

➒

or lock close the relay selected.

To program the other relays, repeat steps 1-8.

AREA 22

SYSTEM SETUP

Installation Name

AM/II Name

Retained Event Log None 500 1000 2000 5000 Max

Antipassback Time None 1min 2min 3min 4min

Integral Radio Direction None In Out Neutral

Network Address 0ff 1 2 3 4 5 6 7 8

Keypad Strikes and Out Strikes Allowed: 0

Door Ajar Time Open Time Seconds: 000

Local Program Password Password: 123456

Remote Program Password Password: 123456

Priority Access Password Password: 123456

22.1

22.2

22.3

22.4

22.5

22.6

22.7

22.8

22.9

22.10

22.11

AREA 22

SYSTEM SETUP

Area 22 is used to program a variety of system functions.

These functions should be set before programming the

other areas. Passwords, system names, event log and

anti-passback timing, and many other system settings are

programmed in this area.

Each of the following activities are performed in programming Area 22. From the main menu, use [⇑], [⇓] or enter “22” on the keypad to scroll to “System Setup, Enter Program Area 22” and press [OK]. Press [

] when finished to return to the main menu.

Setting Installation and Unit Names

Use [⇑] or [⇓] to scroll to “Installation Name”.

➊

Enter the location name for the installation event log (up to 24

➋

characters) and press [OK]. Use [⇑] or [⇓] to scroll to “AM/II Name”.

➌

Enter the unit name for th e installation event log (up to 24 characters)

➍

and press [OK].

Setting Event Log Limits

Use [⇑] or [⇓] to scroll to “Retained Event Log”.

➊

Use [⇐] or [⇒] to select “None 500 1000 2000 5000 Max”. Press [OK]

➋

when desired selection is blinking.

Setting Anti-Passback Time

Use [⇑] or [⇓] to scroll to “Antipassback Time”.

➊

Use [⇐] or [⇒] to select “None 1min 2min 3min 4min”. Press [OK] when

➋

desired selection is blinking.

Setting Intregral Radio Direction

Use [⇑] or [⇓] to scroll to “Integral Radio Direction”.

➊

Use [⇐] or [⇒] to select “None In Out Neutral”. Press [OK] when

➋

desired selection is blinking. Select “IN”, it is the only functioning option at this time.

Setting Network Address

Use [⇑] or [⇓] to scroll to “Network Address”.

➊

Use [⇐] or [⇒] to select “OFF” or 1-8 for the network address. Press

➋

[OK] when desired selection is blinking. After pressing [OK], press the reset button.

☞

NOTE: Resetting the unit assures network activation. After reset, the network LED will be blinking.

Setting Keypad Strike Outs

Use [⇑] or [⇓] to scroll to “Keypad Strikes and Out”.

➊

Enter the number of keypad attempts allowed (1-7) before keypad

➋

lockout and press [OK].

Setting Door Ajar Time

Use [⇑] or [⇓] to scroll to “Door Ajar Time”.

➊

Enter the time in seconds that all doors are allowed to be open after

➋

access without causing an alarm. Press [OK].

Setting Local Password

☞

NOTE: The local password must be six digits long. Include any leading zeros when entering the code.

Use [⇑] or [⇓] to scroll to “Local Program Password”.

➊

Enter the new six-digit password and press [OK].

➋

Setting Remote Password

NOTE: The remote password must be six digits long. Include

☞

any leading zeros when entering the code.

Use [⇑] or [⇓] to select “Remote Program Password”.

➊

Enter the six-digit password and press [OK].

➋

✘

CAUTION: Write the new passwords down and keep them in a safe place. Programming access is impossible without the proper password. If you forget the password, call Linear Technical Services for instructions for resetting the passwords to the factory default.

Setting Priority Access Password

NOTE: The priority access password must be six digits long.

☞

Use [⇑] or [⇓] to select “Priority Access Password”.

➊

Enter the six digit password and press [OK].

➋

AREA 23

FACILITY/SITE CODES

AREA 23

23.1

23.2

23.3

System Site Code Site Code: 00000

Txmtr Facility Code Fac Code: 000

Card Facility Code 1 Fac Code [1]: 000

Card Facility Code 2 Fac Code [2]: 000

Card Facility Code 3 Fac Code [3]: 000

Card Facility Code 4 Fac Code [4]: 000

23.4

23.5

23.6

Facility/Site Codes

Area 23 is used to program the system site code, the

transmitter facility code and the four card facility codes.

Facility and site codes are used in networked installations

and when the AM/II is connected to an external access

control system.

Each of the following activities are performed in programming Area 23. From the main menu, use [⇑], [⇓] or enter “23” on the keypad to scroll to “Facility/Site Codes, Enter Program Area 23” and press [OK]. Press [ the main menu.

] when finished to return to

System Site Code

Use [⇑] or [⇓] to scroll to “System Site Code”.

➊

Enter the five-digit “System Site Code” and press [OK]. The custom

➋

system site code number for entry cards is determined by Linear at the time of the block coded transmitter order.

Transmitter Facility Code

☞

NOTE: The Transmitter Facility Code is only used with block coded transmitters.

Use [⇑] or [⇓] to scroll to “Txmtr Facility Code”.

➊

Enter the three-digit transmitter facility code and press [OK]. The

➋

transmitter facility code for the block of transmitters is labeled on the transmitter master carton. The custom facility code number is determined by Linear at the time of the block coded transmitter order.

Card Facility Codes

☞

NOTE: The Card Facility Codes are only used with block coded entry cards. The card facility code for the block of entry cards is labeled on the cards’ master carton.

Use [⇑] or [⇓] to scroll to “Card Facility Code 1”.

➊

Enter the three-digit card facility code for code #1 and press [OK].

➋

Use [⇑] or [⇓] to scroll to “Card Facility Code 2”.

➌

Enter the three-digit card facility code for code #2 and press [OK].

➍

Use [⇑] or [⇓] to scroll to “Card Facility Code 3”.

➎

Enter the three-digit card facility code for code #3 and press [OK].

➏

Use [⇑] or [⇓] to scroll to “Card Facility Code 4”.

➐

Enter the three-digit card facility code for code #4 and press [OK].

➑

AREA 24

RS-232 PORT SETUP

printer, modem, terminal or PC. The modem initialization

AREA 24

RS-232 PORT SETUP

RS-232 Port Device Off Printer Modem Terminal PC

Modem Init. String 1 ATH0&F0F8E0&K0&Q0&D0&W0

Modem Init. String 2 ATH0&FS0=0E0&N6&H0Y1&W1

Modem Termination String ATH0

Area 24 is used to set the RS-232 port to function for a

and termination strings are also set in Area 24.

24.1

24.2

24.3

24.4

Each of the following activities are performed in programming Area 24. From the main menu, use [⇑], [⇓] or enter “24” on the keypad to scroll to “RS-232 Port Setup, Enter Program Area 24” and press [OK]. Press [ the main menu.

] when finished to return to

Setting RS-232 Device

Use [⇑] or [⇓] to scroll to “RS-232 Port Device”.

➊

Use [⇐] or [⇒] to select “Off Printer Modem Terminal PC” for the

➋

RS-232 device. Press [OK] when desired selection is blinking. Choose “Off” if nothing is connected to the port. Choose “Printer” if the port is connected to a printer. Choose “Modem” if the port is connected to a modem. Choose “Terminal” if the port is connected to a data termin al or a PC running a terminal program. Choose “PC” if the port is connected to a P C to receive raw standard transaction string data for further processing.

Changing Modem Initialization Strings

☞

Modem initialization string #1 is sent to the modem first, then string #2 is sent. The termination string is sent to hangup the modem. The default modem strings are set for the Linear’s Model AM-MOD modem. The strings my need to be changed if a different modem is used.

Use [⇑] or [⇓] to scroll to “Modem Init. String 1”.

➊

Edit the initialization string #1 as required by your modem. Press [OK].

➋

Use [⇑] or [⇓] to scroll to “Modem Init. String 2”.

➌

Edit the initialization string #2 as required by your modem. Press [OK].

➍

Setting Modem Termination String

Use [⇑] or [⇓] to scroll to “Modem Termination String”.

➊

Edit the termination string as required by your modem. Press [OK].

➋

AREA 25

CONFIGURE REMOTE DEVICES

Area 25 is used to set the seven remote device addresses to

the type of device connected to the AM/II. The remote

devices can be keypads, card readers, remote radio

receivers, control relays, and telephone entry modules. A

relay channel can be assigned to each device and four

options can be selected for each device.

AREA 25

OPTION “A”

OPTION “B”

OPTION “C”

OPTION “D”

OPTION “A”

OPTION “B”

OPTION “C”

OPTION “D”

AM-KP OPTIONS

0 = KEYPAD BEEPS OFF 1 = KEYPAD BEEPS ON

0 = KEYPAD DOWNLIGHT TIMING OFF 1 = KEYPAD DOWNLIGHT TIMING ON

0 = KEYPAD DOWNLIGHT ALWAYS OFF 1 = KEYPAD DOWNLIGHT ALWAYS ON

0 = KEYPAD BEEPS OFF 1 = KEYPAD BEEPS ON

AM-CRI OPTIONS

0 = TBD 1 = TBD

CONFIGURE REMOTE DEVICES

Which Remote Device DV1 DV2 DV3 DV4 DV5 DV6 DV7

Type of Device None Keypad CardRdr Radio Relay Phone SecuraKey31

Assign Control Channel CH-A CH-B CH-C CH-D Buttons

Access Direction None In Out Neutral

Enable Options ABCD 0=No, 1=Yes: 1111

Enter Name for Device

Each of the following activities are performed in programming Area 25. From the main menu, use [⇑], [⇓] or enter “25” on the keypad to scroll to “Configure Remote Devices, Enter Program Area 25” and press [OK]. Press [ the main menu.

] when finished to return to

Remote Device Programming

Use [⇑] or [⇓] to scroll to “Which Remote Device”.

➊

Use [⇐] or [⇒] to select [DV1] to [DV7]. Press [OK] when desired

➋

device selection is blinking.

☞

NOTE: Device [DV7] is reserved for the Model AE-1 or AE-2 telephone entry module.

Unit displays: “Type of Device”. Use [⇐] or [⇒] to select “None Keypad

➌

CardRdr Radio Relay Phone” for the sele cted device address. Press [OK] when desired selection is blinking. Use “Keypad” for Model AM-KP keypad. Use “CardRdr” for Model AM-CRI card reader interface. Use “Radio” for Models AM-RRR & AM-RPR radio receivers. Use “Relay” for Model AM-RLY relay interface. Use “Phone” for Model AE-1 or AE-2 tele phone entry interface ([DV7] only). Use “SecuraKey31” fo r SecuraKey devices.

☞

NOTE: Relays “A” & “B” can only be programmed as control relays. The CCTV option can only be used if the Model AE-1 or AE-2 Telephone Entry module is installed.

AM-RRR OPTIONS

25.1

25.2

25.3

25.4

25.5

25.6

Unit displays: “Assign Control Channel”. Use [⇐] or [⇒] to select relay

➍

OPTION “A”

OPTION “B”

OPTION “C”

OPTION “D”

OPTION “A”

OPTION “B”

OPTION “C”

OPTION “D”

0 = TBD 1 = TBD

AM-RPR OPTIONS

0 = TBD 1 = TBD

channel A-D that the device will activate. Press [OK] when desired selection is blinking. Unit displays: “Access Direction”. Select “None In Out Neutral” to match

➎

the direction of access that the remote device per mits. Press [OK] when desired selection is blinking. Unit displays: “Enable Options ABCD”

➏

Each remote device has selectors for four function options (A-D). 0 = NO (option disabled) 1 = YES (option enabled) See the tables above. Use [

] or [⇒] to choose which selector to

⇐

change and enter a “0” or “1”. Press [OK] when finished. Unit displays: “Enter Name for Device”. Enter a name/location for the

➐

remote device. Press [OK].

To configure additional remote devices, repeat Steps 1-7.

AREA 26

CONFIGURE ACCESS OUT

Area 26 is used to setup the access out terminals when

connecting the AM/II to an external access control system.

The access out format, data mode, facility code and button

AREA 26

CONFIGURE ACCESS OUT

Access Out Format Off Wiegand26 Sentex30 SecuraKey31

Access Out Mode Validation Pass-TXID Pass-SEQID

Access Out Facility Code Facility Code: 00000

Access Out Button Offset Off On

26.1

26.2

26.3

26.4

offset can be programmed in this area.

Each of the following activities are performed in programming Area 26. From the main menu, use [⇑], [⇓] or enter “26” on the keypad to scroll to “Access Out Format, Enter Program Area 26” and press [OK]. Press [ the main menu.

] when finished to return to

Access Out Application Note

The format of the data that is sent to an external access control panel through the ACCESS OUT terminals is programmable in Area 26. Currently the AM/II can send Wiegand26, SecuraKey31 or Sentex30 format data.

Three different data structures can be selected for each format. Each selects which data is sent out.

VALIDATION: If this option is selected, data will only get sent from the ACCESS OUT terminals when media is granted access by the AM/II. The data sent is the Access Out Facility Code and the media ID number.

PASS-TXID: If this option is selected, data will always get sent from the ACCESS OUT terminals when any media is decoded, regardless if access is granted by the AM/II. The data sent is the Access Out Facility Code and the media ID number.

PASS-SEQID: If this o ption is selected, data will always get sent from the ACCESS OUT terminals when any valid transmitter is decoded, regardless if access is granted by the AM/II. The data sent is the Access Out Facility Code and the transmitter sequence number.

Access Out Setup

NOTE: Refer to the Advanced Programming Bulletin

☞

(P/N 210516) for expanded details on programming the AM/II to activate other access control panels.

Use [⇑] or [⇓] to select “Access Out Format”.

➊

Use [⇐] or [⇒] to select “Off Wiegand26 Sentex30 Se cura Ke y31” for

➋

the access out data format. Match the format with the type of access control panel connected to t he ACCESS OUT terminals. Press [OK] when desired selection is blinking. Unit displays: “Access Out Mode”. Use the [⇐] and [⇒] keys to select

➌

“Validation Pass-TXID Pass-SEQID” for the Access Out Mode. Press [OK] when desired selection is blinking. See Advanced Programming Bulletin for details. Unit displays: “Access Out Facility Code”. Enter the three-digit facility

➍

code and press [OK]. This code must be the same code as programmed into the access control panel connected to the ACCESS OUT terminals. Unit displays: “Access Out Button Offset”. Use th e [⇐] and [⇒] keys

➎

to select “Off On” for the Access Out Button Offset. Select “ON” if separate buttons on the same transmitter are intended to control two different devices. Press [OK] when desired selection is blinking.

AREA 27

TELEPHONE ENTRY SETUP

Area 27 is used to configure the telephone directory entries

by length, starting display point, PBX dialing digit and

sorting. (A Model AE-1 or AE-2 telephone entry module is

AREA 27

TELEPHONE ENTRY SETUP

Directory Code Length 1 2 3 4

Directory Begins At Beginning(A) Middle(M)

PBX Dialing Digit Off 9 8 7 6 5 4 3 2 1 0

Set Talk Time Talk Time Seconds: 060

Assign Postal Key Door CH-A CH-B CH-C CH-D Buttons

Sort Directory Names Now Yes No

Edit Display Messages Message Number: 00

Edit Display Message

Max Directory Entries Maximum Entries: 00000

Delete All Tlph. Entries Yes No

Adjust Hybrid Level Press OK To Start/Stop

Display Brightness Dim Low Med High

Priority Access ABCD 0=No 1=Yes 0000

27.1

27.2

27.3

27.4

27.5

27.6

27.7

27.8

27.9

27.10

27.11

27.12

27.13

required to use these functions.)

Each of the following activities are performed in programming Area 27. From the main menu, use [⇑], [⇓] or enter “27” on the keypad to scroll to “Telephone Entry Setup, Enter Program Area 27” and press [OK]. Press [ the main menu.

NOTE: The Model AE-1 or AE-2 Telephone Entry Module

☞

] when finished to return to

must be installed for these programming steps to function.

Configuring Directory

Use [⇑] or [⇓] to scroll to “Max Directory Entries”. Enter the maximum

➊

number of directory entries expected. Press [OK]. Use [⇑] or [⇓] to scroll to “Directory Code Length”.

➋

Use [⇐] or [⇒] to select 1-4 for the number of directory d igits. Press

➌

[OK] when desired selection is blinking. Unit displays: “Directory Begins At”. Use [⇐] or [⇒] to select

➍

“Beginning(A) Middle(M)” for where the directory display starts at. Press [OK] when desired selection is blinking. Use [⇑] or [⇓] to scroll to “Sort Directory Names”. Use [⇐] or [⇒] to

➎

select “YES” or “NO” to sort the names. Press [OK] when desired selection is blinking. Use [⇑] or [⇓] to scroll to “Assign Postal Key Door”. Use [⇐] or [⇒] to

➏

select the relay channel that the postal key will activate. Press [OK] when desired selection is blinking.

Setting PBX Dialing Digit

Use [⇑] or [⇓] to scroll to “PBX Dialing Digit”.

➊

Use [⇐] or [⇒] to select “OFF” or 0-9 for the number the AE-1 or AE-2

➋

will dial before dialing a tenant’s telephone number. Press [OK] when the desired selection is blinking.

Setting Talk Time

Use [⇑] or [⇓] to scroll to “Set Talk Time”.

➊

Enter the length of talk time allowed up to 255 seconds (default is 60

➋

seconds). Press [OK].

Editing Display Messages

Use [⇑] or [⇓] to scroll to “Edit Display Messages”.

➊

Enter the message number to be edited (1-40) and press [OK].

➋

Unit displays: “Edit Display Message”. Customize display message for

➌

your needs and press [OK].

Deleting All Telephone Entries

Use [⇑] or [⇓] to scroll to “Delete All Tlph. Entries”.

➊

Use [⇐] or [⇒] to choose “Yes” or “No”. Press [OK] when desired

➋

selection is blinking. All directory entries will be deleted.

Adjusting the Speaker/Microphone Balance

This adjustment is factory set and normally does not need changing.

With the AE-1or AE-2 telephone e ntry modu le co nne cted to the a ctive

➊

phone line, attach an AC voltmeter to the AE-1’s or AE-2’s speaker. Use [⇑] or [⇓] to scroll to “Adjust Hybrid Level”. Press [OK].

➋

Adjust the AE-1’s or AE-2’s HYBRID LEVEL control for a

➌

minimum

voltage reading on the voltmeter. Press [OK] when finished.

➍

Set Priority Access Function

Use [⇐] or [⇒] to select relay to access and replace 0 with a 1.

➊

Press [OK] when finished.

➋

AREA 29

MEMORY MODULE UTILITIES

AREA 29

29.1

29.2

29.3

29.4

29.5

Send Memory Module Yes No

Receive Memory Module Yes No

Copy Memory Module Off SendMM ReceiveMM

Print Memory Module Yes No

Initialize Memory Module Are You Sure? Yes No

MEMORY MODULE UTILITIES

Area 29 is used for system service and maintenance. The

contents of the AM/II’s memory module can be copied to a

PC or to another AM/II using this area. The memory

contents can also be printed or initialized (erased) using this

area.

Each of the following activities are performed in programming Area 29. From the main menu, use [⇑], [⇓] or enter “29” on the keypad to scroll to “Memory Module Utilities , Enter Program Area 29” and press [OK]. Press [ the main menu.

] when finished to return to

Sending Memory Module

Before sending the memory module contents, set the protocol to “XMODEM” in the receiving computer’s communication program. Connect the computer to the AM/II RS-232 port directly or use the Model AM-MOD modem for remote telephone connection.

Use [⇑] or [⇓] to scroll to “Send Memory Module”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Unit displays: “Begin File Transfer”. You have one minute to begin

➌

receiving the memory file. Instruct the receiving computer’s software to receive (download) the binary file. When the transfer is finished, the AM/II will display: “File Transfer

➍

Complete”.

Receiving Memory Module

Before receiving the memory module contents, set the protocol to “XMODEM” in the sending computer’s communication program. Connect the computer to the AM/II RS-232 port directly or use the Model AM-MOD modem for remote telephone connection.

Use [⇑] or [⇓] to scroll to “Receive Memory Module”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Unit displays: “Begin File Transfer”. You have one minute to begin

➌

sending the memory file. Instruct the sending computer’s software to send (upload) the binary file. When the transfer is finished, the AM/II will display: “File Transfer

➍

Complete”.

Copying Memory Module

Before copying the memory module contents to another AM/II, connect the two units together using the Model A2A cable.

Set both unit’s RS-232 port

device settings to “Off”.

Use [⇑] or [⇓] to scroll to “Copy Memory Module” on both units.

➊

Use [⇐] or [⇒] to select “ReceiveMM” on the receiving unit. Press [OK].

➋

Use [⇐] or [⇒] to select “SendMM” on the sending unit. Press [OK].

➌

When the transfer is finished, the AM/II will display: “File Transfer

➍

Complete”. Press [OK] to continue.

Printing Memory Module

Use [⇑] or [⇓] to scroll to “Print Memory Module”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK]. The contents of the memory

➋

module will be sent to the AM/II’s RS-232 port.

Initializing Memory Module

✘

WARNING: Initializing the memory module will erase all programmed data.

Use [⇑] or [⇓] to scroll to “Initialize Memory Module”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK]. The contents of the memory

➋

module will be completely erased and the default values restored.

AREA 30

SYSTEM REPORTS/UTILITIES

30.1

30.2

30.3

30.4

30.5

30.6

30.7

30.8

Print System Report Yes No

Print Single Xmtr Report Yes No

Print Block Xmtr Report Yes No

Print Entry Code Report Yes No

Print Block Card Report Yes No

Print Tele/Entry Report Yes No

EvntLog Rpt Start Date 00/00/1990

Print Event Log Report All SinceLastRpt FromDate

SYSTEM REPORTS/UTILITIES

Area 30 is used to print the various system reports. Reports

can be sent to a printer on viewed on-line with a PC. System

configuration, single transmitter, block transmitter, entry

code, block card code, telephone entry and event log reports

are available.

Each of the following reports can be sent to a printer or viewed on a computer display or terminal. Connect the output device to the AM/II’s RS-232 port before selecting the report option.

Each of the following activities are performed in programming Area 30. From the main menu, use [⇑], [⇓] or enter “30” on the keypad to scroll to “System Reports/Utilities, Enter Program Area 30” and press [OK]. Press [ the main menu.

] when finished to return to

Printing System Report

Use [⇑] or [⇓] to scroll to “Print System Report”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Printing Single Transmitter Report

Use [⇑] or [⇓] to scroll to “Print Single Xmtr Report”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Printing Block Transmitter Report

Use [⇑] or [⇓] to scroll to “Print Block Xmtr Report”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Printing Entry Code Report

Use [⇑] or [⇓] to scroll to “Print Entry Code Report”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Printing Block Card Report

Use [⇑] or [⇓] to scroll to “Print Block Card Report”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Printing Telephone Entry Report

Use [⇑] or [⇓] to scroll to “Print Tele/Entry Report”.

➊

Use [⇐] or [⇒] to select “Yes”. Press [OK].

➋

Printing Event Log

Use [⇑] or [⇓] to scroll to “EvntLog Rpt Start Date”.

➊

Enter the date for the start of the event log an d press [OK].

➋

Use [⇑] or [⇓] to scroll to “Print Event Log Report”.

➌

Use [⇐] or [⇒] to select “All”, “SinceLastRpt” or “FromDate”. Press

➍

[OK] when the desired selection is blinking. “All” = prints everything in the event log. “SinceLastRpt” = prints everything in the even t log tha t o ccurred since the last time the event log was printed. “FromDate” = prints all events from the date entered in Step 2 to the present.

OPERATION OVERVIEW

RESETS THE AM/II

LOCKS CHANNEL "A" OPEN

LOCKS CHANNEL "B" OPEN

LOCKS CHANNEL "A" CLOSED

LOCKS CHANNEL "B" CLOSED

MAGIC WAND TRANSMITTER

MANUAL OPERATION

Standard Operation

When a valid transmitter, entry code or card code is detected by the system, the control will activate the programmed relay output. If the AM/II is connected to a printer, a message is sent giving the code number, the time of activation, device and network number and relay activated.

The system’s clock has built-in battery backup to keep the time accurate during power loss. The time is displayed in 24-hour format.

Suspending media codes allows the system administrator to deny a user’s access without removing their information from the system’s memory. Reactivating the media code allows the user to again have access.

Transmitters, cards and entry codes that are lost, stolen or need to be exchanged can be manually deleted from the system.

Manual Operation

The access outputs can be manually activated from the ACCESS buttons on the AM/II. This is useful for maintenance personnel during setup and testing. Pressing any of the access buttons will latch its corresponding relay output and light its LED indicator. Pressing the button again will unlatch the relay output and turn off the LED.

Magic Wand Transmitters

Up to eight MDT-4 four-button transmitters can be programmed as “Magic Wand” transmitters. They allow maintenance personnel to remotely lock the relay outputs open or closed for Channels A & B. When service is being performed on a gate, maintenance personnel will want to lock an output closed to prevent users from activating the device. With a Magic Wand transmitter, the device can be disabled remotely without having to disconnect the operator from the AM/II.

When service is being performed on a door with a door strike, maintenance personnel might want to lock an output open to constantly unlock the door during service.

When programmed as a Magic Wand transmitter, the MDT-4 buttons function as follows:

WHITE BUTTON: Locks Channel A open (relay activated). GREEN BUTTON: Locks Channel B open (relay activated). YELLOW BUTTON: Locks Channel A closed (relay

de-activated). RED BUTTON: Locks Channel B closed (relay de-activated). TOP BUTTON: Resets the AM/II.

Obstacle Transmitters

One or two MGT safety edge transmitters can be used with the AM/II. Obstacle transmitters #1 and #2 can be programmed to activate any of the four relays.

When a safety edge connected to an MGT transmitter is triggered, the appropriate output relay will activate, causing the operator to perform an “obstacle cycle”.

The MGT safety edge transmitters are fully supervised. Every hour they automatically send a status report to the AM/II. If the MGT has a low battery or the cover is tampered with, unique signals will be sent t o the receiver. Trouble is indicate d by a flashing OBSTACLE light on the AM/II. If the relay output is set to latch, it will latch only when there is trouble (it will be a timed output with a normal obstacle signal). The systems LCD display will state what the trouble is. If connected, the prin ter will log the trouble. To clear the trouble indication, press # and 1.

MODEL MGT OBSTACLE TRANSMITTER

SPECIFICATIONS

Outputs

LCD DISPLAY

LED INDICATORS

Inputs

OPEN REQUEST

DOOR SENSE

KEYPAD

RELAY

RS-232

Four form “C” relays (N.O. & N.C.) rated at 3 amps, 30 volts, programmable output style and duration.

One RS-232 port for connection to a local line printer, PC for transaction logging and modem for remote programming.

Integral 2 line by 24 character backlit display for local programming and transaction monitoring. Adjustable display contrast.

Front panel indicators for all input and output activity for easy on-site troubleshooting.

318 MHz super-heterodyne receiver. MegaCode format. Adjustable 20 dB attentuator for controlling radio range.

Contact closure to ground activates corresponding output relay.

Normally closed input to sense door status.

Integral 17 key silicone rubber keypad for local programming. Push buttons for manual control of relays.

Hardware

AC INPUT POWER DC INPUT POWER

OPERATING

TEMPERATURE

MEMORY

CLOCK/

CALENDAR

Construction

CONNECTIONS

DIMENSIONS

WEIGHT

14 to 24 V 12 to 35 V

Electronics: -30 to +65° C Display: 0 to +40° C (Frozen display will not affect system operation)

All data memory is non-volatile EEPROM with data retention in excess of ten years. Memory is housed in a removable module for easy transfer to another AM/II unit.

Built-in battery backed-up clock/calendar.

Plug-on, screw terminal block.

8.5" high, 9.75" wide, 2.25" deep.

3.5 Lbs.

INDEX

AC & DC Power 23 Access Buttons 5

Access Devices 7 Access Granted Indicator 35 Access Media 15 Access Out 18 Access Out Connections 32 Access Out Setup 58 Access Out Terminals 5, 18 Accessories 4 Alarm Relay 29 Alphanumeric Data Entry 36 Antenna Input 5 Antenna Installation 25 Anti-passback 11 Anti-passback Time 54

Block Card Codes 46 Block Card Report 61 Block Coded Cards 34 Block Coded Transmitters 34 Block Diagram 6 Block Transmitter Report 61 Block Transmitters 42 Button Schedule 8 Button Schedules 49

Cabinet Knockouts 22 Cable Types Required 24 Card Facility Codes 55 Card Reader Interface 27 CCTV Relay 29 Configuring Validation Groups 48 Contrast Control 5 Control Inputs 27 Control Relay 28 Copying

Memory Module 60

Data Entry Keys 5, 36 Data Terminal Connections 31 Daylight Savings Option 52 Decode Indicator 35 Deleting

All Block Card Codes 46 All Block Transmitters 42 All Entry Codes 45 All Single Transmitters 41 All Telephone Entries 59 Directory Entries 47 Magic Wand Transmitters 44 Obstacle Transmitters 43 One Single Entry Code 45

Single Transmitters 41 Directory Configuration 59 Display Messages 59 Displays 35 Door Ajar Time 54 Door Schedules 9, 50 Door Sense 27

Earth Ground 23 Earth Ground Terminal 5 Editing

Display Messages 59 Entering

Block Card Codes 46

Block Transmitters 42

Entry Codes 45

Tenant Names & Numbers 47 Entering Program Mode 37 Entry Code Report 61 Entry Codes 45 Event Log 13, 61 Event Log Limits 54 Exiting Program Mode 37 External Access Control 7 External Antenna 7 External Control Indicators 5

Facility Code 35 Facility Codes 55 Features 3, 5 First Time Power-up 34

Holiday Dates 52

Initializing

Memory Module 60 Installation Outline 20 Installation Tips 21 Internal Diagnostic Checks 34 Intregral Radio Direction 54 Introduction 2

Keypad Downlight Time 52 Keypad Entry Codes 34 Keypad Functions 36 Keypad In Terminals 5 Keypad Strike Outs 54 Keypad Strikeout 11

LCD Display 5 Learning

Magic Wand Transmitters 44

Obstacle Transmitters 43

Single Transmitters 41 Load Numbers 24 Local Password 54

Magic Wand Transmitters 44, 62 Manual Operation 62 Media Code 35 Media Encoding 34 Memory Expansion Card 5 Memory Module Installation 21 Memory Module Utilites 60 Memory Utilities 19 Modem Connections 31 Modem Initialization Strings 56 Modem Termination String 56 Mounting Unit 22

Naming

Magic Wand Transmitters 44

Obstacle Transmitters 43 Network Address 54 Network Connections 33 Network Terminals 5, 18 Networked Units 7 Numeric Keypad 5, 36

Obstacle Relay 29 Obstacle Transmitters 43, 62 Open Request 27 Open Request and Door Sense Inputs 7 Operating Temperature Range 22 Operation Overview 62

Pass-SEQID 58 Pass-TXID 58 PBX Dialing Digit 59 Peripherals Indicators 5 Personal Computer Connections 31 Pound [#] Key 36 Power Connections 23 Power Light 5 Power Switch 5 Power Terminals 5 Pre-installation 21 Pre-installation Planning 20 Printer Connection 30 Printing

Block Card Report 61 Block Transmitter Report 61 Entry Code Report 61 Event Log 61 Memory Module 60 Single Transmitter Report 61 System Report 61

Telephone Entry Report 61 Programming Menu Trees 38 - 39 Programming Outline 40

Radio Indicator 5, 35 Radio Range Knob 5 Radio Transmitters 7 Reactivating

Block Card Codes 46

Block Transmitters 42

Entry Codes 45

Single Transmitters 41 Reader In Terminals 5 Receiving

Memory Module 60 Relay Indicators 5 Relay Options 28 Relay Outputs 16, 28 Relay Programming 53 Relay Setup 53 Relay Terminals 5 Relay Timing Options 53 Remote Device Programming 57 Remote Devices 7, 14, 57 Remote Keypad 26 Remote Password 54

Remote Proximity Receiver 26 Remote Radio Receiver 25 Reset Button 5 RS-232 Jack 5 RS-232 Port 17, 30 RS-232 Port Setup 56

Sending

Memory Module 60 Sensing Inputs 16 Sequence Number 35 Serial Port 31 Setting

Anti-passback Time 54

Button Schedule 49

Date 52

Door Ajar Time 54

Door Schedules 50

Event Log Limits 54

Holiday Dates 52

Intregral Radio Direction 54

Keypad Downlight Time 52

Keypad Strike Outs 54

Local Password 54

Names 54

Network Address 54

Remote Password 54

RS-232 Port Device 56

Talk Time 59

Time 52

Time Zones 51 Shunt Relay 28 Single Transmitter Programming 41 Single Transmitter report 61 Site Codes 55 Specifications 63 Standard Operation 62 Star [*] Key 36 Status

Block Card Codes 46

Block Transmitters 42

Entry Codes 45

Single Transmitters 41 Suspending

Block Card Codes 46

Block Transmitters 42

Entry Codes 45

Single Transmitters 41 System Power-Up 34 System Programming 37 System Report 61 System Reports 61 System Setup 54 System Site Code 55 System Utilities 61

Talk Time 59 Telephone Entries 59 Telephone Entry Numbers 47 Telephone Entry Report 61 Telephone Entry Setup 59 Time and Calendar 52 Time Zones 10, 51 Transmitter Coding 34 Transmitter Facility Code 55

Unpacking the System 21

Validation 58 Validation Groups 12, 48

Watchdog Monitor 34 Wiring Requirements 24 Wiring Strain Reliefs 5

LINEAR LIMITED WARRANTY

This Linear product is warranted against defects in material and workmanship for twelve (12) months. The Warranty Expiration Date is labeled on the product.

to wholesale customers

through Linear’s normal distribution channels.

warrant this product to consumers.

inquire from their selling dealer as to the nature of the dealer’s warranty, if any.

part of Linear corporation for consequential damages arising out of or in connection with use or performance of this product or other indirect damages with respect to loss of property, revenue, or profit, or cost of removal, installation, or reinstallation.

implied warranties for merchantability and implied warr anties for fitness, are valid only until Warranty Expiration Date as labeled on the product.

in lieu of all other warranties express or implied.

All products returned for warranty service require a Return Product Authorization Number (RPA#). Contact Linear Technical Services at 1-800-421-1587 for an RPA# and other important details.

IMPORTANT !!!

Linear radio controls provide a reliable communications link and fill an important need in portable wireless signalling. However, there are some limitations which must be observed.

✶ For U.S. installations only: The radios are required to comply

with FCC Rules and Regulations as Part 15 devices. As such, they have limited transmitter power and therefore limited range.

✶ A receiver cannot respond to more than one transmitted

signal at a time and may be blocked by radio signals that occur on or near their operating frequencies, regardless of code settings.

✶ Changes or modifications to the device may void FCC

compliance.

✶ Infrequently used radio links should be tested regularly to

protect against undetected interference or fault.

✶ A general knowledg e of radio and its vagaries should be

gained prior to acting as a wholesale distributo r or dealer, and these facts should be communicated to the ultimate users.

There are no obligations or liabilities on the

This Linear Corporation Warranty is

This warranty extends only

who buy direct from Linear or

Linear does not

Consumers should

All implied warranties, including

Linear Access AM/II Installation And Programming Instructions

Specifications and Main Features

Frequently Asked Questions

User Manual