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Lenel Access
Hardware Demo
System User Guide
PERPETUAL INNOVATION
Lenel OnGuard
®
2012 Lenel Access Hardware Demo System User Guide, product version 6.5. This guide is item number DOC-971, revision 2.002, November 2011
Copyright © 2008-2012 Lenel Systems International, Inc. Information in this document is subject to change without notice. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of Lenel Systems
International, Inc.
Non-English versions of Lenel documents are offered as a service to our global audiences. We have attempted to provide an accurate translation of the text, but the official text is the English text, and any differences in the translation are not binding and have no legal effect.
The software described in this document is furnished under a license agreement and may only be used in accordance with the terms of that agreement. Lenel and OnGuard are registered trademarks of Lenel Systems
International, Inc.
Microsoft, Windows, Windows Server, and Windows Vista are either registered trademarks or trademarks of
Microsoft Corporation in the United States and/or other countries. Integral and FlashPoint are trademarks of
Integral Technologies, Inc. Crystal Reports for Windows is a trademark of Crystal Computer Services, Inc.
Oracle is a registered trademark of Oracle Corporation. Other product names mentioned in this User Guide may be trademarks or registered trademarks of their respective companies and are hereby acknowledged.
Portions of this product were created using LEADTOOLS © 1991-2012 LEAD Technologies, Inc. ALL
RIGHTS RESERVED.
OnGuard includes ImageStream® Graphic Filters. Copyright © 1991-2012 Inso Corporation. All rights reserved. ImageStream Graphic Filters and ImageStream are registered trademarks of Inso Corporation.
Table of Contents
Lenel Access Hardware Demo System User Guide
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Table of Contents
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Lenel Access Hardware Demo System User Guide
CHAPTER 1
Introduction
The Lenel Access Hardware Demo System (refered to throughout this guide as “Demo Case”) includes the following hardware:
• ISC LNL-2220
• SRI LNL-1300
• XCeedID (LNL-XF-1050-B) OpenProx Multiclass Reader
• HID (800-8045-3020) Mifare Sector Reader
• HID (RWKL550) OSDP LCD iClass Reader
• Three inputs
• Three outputs
• Output reset button
• Amber LED power indicator
• Three door contacts with tipped LED
• RS-485 asset reader connection
• 6-foot retractable CAT 5e crossover cable
Lenel Access Hardware Demo System User Guide
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Introduction
• LenelProx w/Magstripe Sample Card
• HID 2k/2 application area iClass sample card
• Mifare Sample Card
• 12 VDC universal power supply
• Soft-sided carrying case
In addition, a laptop PC is required to run OnGuard software that was installed with the Demo Case database.
• For a description of the hardware installed in the Demo Case, refer to
Chapter 2: Hardware on page 7 .
• For a description of the Lenel hardware and OnGuard database configuration for the Demo Case,
refer to Chapter 3: Configuration on page 11 .
• For a reference table overview of the OnGuard Demo Case database configuration, refer to
Appendix A: Configuration Overview on page 33 .
• For a description of scenarios you can use to demonstrate the Lenel access hardware and OnGuard
software, refer to Appendix B: Demonstration Scenarios on page 41 .
• For a Demo Case wiring interconnect diagram, refer to
Appendix C: Wiring Diagram on page 43 .
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Lenel Access Hardware Demo System User Guide
CHAPTER 2
Hardware
This chapter describes the hardware included in the Lenel Access Hardware Demo System. For
wiring interconnections, refer to Wiring Diagram on page 43
.
Intelligent System Controller (ISC) LNL-2220
The LNL-2220 Intelligent System Controller (IDRC) by Lenel provides a single board solution for interfacing one or two doors to an OnGuard system. In addition, other I/O and reader interface modules can be added on the LNL-2220's downstream port to expand its capabilities. The LNL-2220 revolutionizes access control system architecture by allowing Ethernet connection directly from an entry location to the OnGuard server, while still providing the security, functionality, and modularity of Lenel's proven access series hardware platform. The LNL-2220 is scalable for any access control application, from the most basic to the most sophisticated. In the event of communication loss, the
LNL-2220 allows nearly all local functionality to continue unimpaired until the server connection is restored.
Utilizing its native Ethernet communications and an advanced 32-bit processor, the LNL-2220 can communicate upstream to the host computer through its Ethernet port (with a throughput up to eight times greater than the fastest serial connections) or at up to 115.2Kbps using RS-232 communication directly or through an external dial-up modem. The LNL-2220 can store up to 250,000 cardholders in non-volatile flash memory, and supports selective download for larger cardholder databases. The downstream RS-485 two-wire port can be used to connect up to 32 devices (maximum 64 doors).
Two on-board reader ports support Data1/Data0, Clock/Data, Bioscrypt RS-485 readers and the bidirectional RS-485 Open Supervised Device Protocol (OSDP) communications. Each LNL-2220 supports up to eight different card formats. The LNL-2220 includes eight inputs that support normally open, normally closed, supervised and unsupervised circuits. In addition, four output relays support fail-safe or fail-secure operation.
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8
Hardware
Single Reader Interface Module LNL-1300 Series 2
Lenel Systems International offers a Single Reader Interface (SRI) module for access control solutions. Access control card readers, keypads, or readers with keypads that use standard Wiegand
Data1/Data0 or Clock/Data communication are supported, as are those that support the new bidirectional RS-485 Lenel OnGuard Supervised Device Protocol (OSDP). Lock, unlock, and facility code offline access modes are supported on all readers connected to the SRI. Each DRI supports up to eight different card formats as well as issue codes for both magnetic and Wiegand card formats.
The SRI provides a vital link between the Intelligent System Controller (ISC) and the card reader attached to the interface. As many as 32 SRI modules can be multi-dropped using RS-485 2-wire communication up to 4,000 feet per port away from the ISC. Each SRI module is individually addressed for increased reporting capabilities with OnGuard access control software applications.
The SRI includes two inputs that support normally open, normally closed, supervised, and nonsupervised circuits. Two output relays support fail-safe or fail-secure operation.
XCeedID (LNL-XF-1050-B) OpenProx Multiclass Reader
The Lenel OpenProx Reader supports all major 125 kHz card standards. The Lenel OpenProx Reader provides compatibility with HID® proximity, GE/CASI ProxLite®, XceedID® proximity, AWID®, and LenelProx card formats. Lenel provides a single compact reader that can integrate diverse proximity card populations, or allow seamless transition from one 125 kHz technology to another.
The mullion reader is perfect for narrow-rail mullion installations. It can be used as a sleek and unobtrusive unit, as well as in standard wall-mounted reader applications.
HID (800-8045-3020) MIFARE Sector Reader
The HID MIFARE Sector Reader is a flexible, highly secure and stylish contactless smart card reader ideal for customers that require a customizable reader for new or existing installations. The reader is designed for a wide variety of applications from entry-level access control to secure ID management.
The reader’s keypad adds an extra layer of protection for higher security installations.
HID (RWKL550) OSDP LCD iCLASS Reader
Using 13.56 MHz contactless smart card technology, the HID OSDP LCD iCLASS Reader provides users with new options for supporting multi-factor identity authentication. Combine a contactless card presentation with a personal identification number (PIN) to securely control access to high security areas. Turn the reader into a remotely controlled device, enabling a host to read and write data on an iCLASS card in addition to controlling the LCD to display time, badgeholder information, and so on.
Versatile communication interfaces allow any host to connect to and communicate with the reader.
Local operation mode (access control) allows the reader to interface with the highly secure iCLASS access control application, sending card data one-way to a host over a Wiegand, RS232 or RS485
(point-to-point) physical link while displaying canned messages to the user (multi-language support configurable). Use remote operation mode (pass-through) to open up two-way communications over
Lenel Access Hardware Demo System User Guide
HID (RWKL550) OSDP LCD iCLASS Reader
RS232, RS485 (point-to-point) or USB interfaces. Read and write unique application data on iCLASS cards while controlling the LCD, beeper and LEDs.
Lenel Access Hardware Demo System User Guide
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Hardware
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Lenel Access Hardware Demo System User Guide
CHAPTER 3
Configuration
This chapter describes the hardware and software configuration of the Lenel Access Hardware Demo
System.
LNL-2220 Configuration
LAN Connection (Default Connection)
The Lenel Access Demo System has a network cable cutout on the top of the unit where the cable will connect directly into the LNL-2220. By default, all dipswitches are set to OFF and the factory default
IP address is set to 192.168.0.251, Address 0. To assign a different parameters to the ISC, refer to the
OnGuard Hardware Installation documentation.
LNL-2220 Settings
Parameter
Address
Baud rate
RAM
PIN
Setting
0
38.4 kbps
16 MB
1 to 4 digits
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Configuration
LNL-2220 Tab
System Administration > Access Control > Access Panels
Connection Tab
Options Tab
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Lenel Access Hardware Demo System User Guide
LNL-1300 Single Reader Interface Configuration (Port 2)
LNL-1300 Single Reader Interface Configuration (Port 2)
System Administration > Access Control > Readers and Doors
LNL-1300 Settings
Parameter
Address
Baud rate
Input power
Communication interface
Setting
31
38.4 kbps
12 Vdc unregulated
RS-485 2-wire
General Tab
Parameter
Name
Port
Address
Reader number
Setting
1-HID OSDP Reader
2
31
0
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Configuration
Settings Tab
Controls Tab
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Lenel Access Hardware Demo System User Guide
LNL-1300 Single Reader Interface Configuration (Port 2)
LNL-1300 Outputs
SRI Output Address
RLY 1
RLY 2
Aux Outputs Tab.
Setting
Door Strike HID OSDP Reader
Armed
Parameter
Output 1 Name
Output 1 Pulse Time (sec)
Setting
Armed
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Lenel Access Hardware Demo System User Guide
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Configuration
LNL-2220 IDRC Onboard Reader 1 Configuration (Port 3)
System Administration > Access Control > Readers and Doors
General Tab
Parameter
Name
Address
Reader number
Setting
3-MIFARE Reader w/PINPad
0
0
Settings Tab
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Lenel Access Hardware Demo System User Guide
LNL-2220 IDRC Onboard Reader 1 Configuration (Port 3)
Controls Tab
Lenel Access Hardware Demo System User Guide
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Configuration
LNL-2220 IDRC Onboard Reader 2 Configuration (Port 3)
System Administration > Access Control > Readers and Doors
General Tab
Parameter
Name
Address
Reader number
Setting
2-Lenel OpenProx
0
1
Settings Tab
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Lenel Access Hardware Demo System User Guide
LNL-2220 IDRC Onboard Reader 2 Configuration (Port 3)
Controls Tab
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Configuration
LNL-2220 IDRC Reader Interface Inputs
System Administration > Access Control > Readers and Doors
IN 3
IN 4
IN 5
IN 6
IN 7
IN 8
IDRC Input Address
IN 1
IN 2
Description
Non-supervised - Door 1 Contact MIFARE Reader w/PINPad
Non-supervised - Door 1 REX MIFARE Reader w/
PINPad
Non-supervised - Door 1 Aux 1 - Door
Non-supervised - Door 1 Aux 2 - Window
Non-supervised - Door 2 Contact - Lenel OpenProx
Non-supervised - Door 2 REX - Lenel OpenProx
Non-supervised - Door 2 Aux 1 - Motion
Non-supervised - Door 2 Aux 2 - Reset
Aux Inputs Tab for MIFARE Reader w/PinPad (IN 3 and IN 4)
Aux Inputs Tab for Lenel OpenProx (IN 6 and IN 7)
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Lenel Access Hardware Demo System User Guide
LNL-2220 IDRC Reader Interface Outputs
LNL-2220 IDRC Reader Interface Outputs
System Administration > Access Control > Readers and Doors
DRI Output Address
OUT 1
OUT 2
OUT 3
OUT 4
Description
Non-supervised - Door 1 Contact MIFARE Reader w/PINPad
Non-supervised - Door 1 REX MIFARE Reader w/
PINPad
Non-supervised - Door 2 Contact - Lenel OpenProx
Non-supervised - Door 2 REX - Lenel OpenProx
Aux Outputs Tab for MIFARE Reader w/PinPad (OUT 2)
Aux Outputs Tab for Lenel OpenProx (OUT 4)
Lenel Access Hardware Demo System User Guide
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Configuration
Local I/O Setup for Auxiliary Inputs and Outputs
System Administration > Access Control > Local I/O
Local I/O Function List Tab
Device > Function Links Tab
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Lenel Access Hardware Demo System User Guide
Card Formats
Card Formats
System Administration > Administration > Card Formats
Card Format Tab for OpenProx Format (36-Bit), All Readers
Card Format Tab for FASC-N (200-Bit) HID OSDP and MIFARE Reader with PINPad
Lenel Access Hardware Demo System User Guide
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Configuration
Card Format Tab for FASC-N (75-Bit) HID OSDP Reader and MIFARE
Reader with PINPad
Card Format Tab for Lenel OpenCard Format (36-Bit), All Readers
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Lenel Access Hardware Demo System User Guide
Card Formats
Card Format Tab for Magnetic Format, Not Assigned
Card Format Tab for SEWIG (Access Control), Not Assigned
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Configuration
Custom Encoding Tab for SEWIG (Access Control), Not Assigned
Card Format Tab for SEWIG GSC (Encoding), Not Assigned
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Lenel Access Hardware Demo System User Guide
Card Formats
Custom Encoding Tab for SEWIG GSC (Encoding), Not Assigned
Card Format Tab for OSDP Format (26-Bit), All Readers
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Configuration
Groups
System Administration > Access Control > Groups
Mask Groups Tab
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Lenel Access Hardware Demo System User Guide
Enabling User Commands/Extended Hold Options
Enabling User Commands/Extended Hold Options
System Administration > Administration > System Options
User Commands Tab
Command Keypad Templates
System Administration > Access Control > Command Keypad Templates
Macro Assignments Tab
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Configuration
User Feedback Tab
Default Mask Group Intusion Commands Tab
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Lenel Access Hardware Demo System User Guide
Command Keypad Templates
Any Mask Group Intrusion Commands Tab
Lenel Access Hardware Demo System User Guide
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Configuration
Command Programming Assignment (HID OSDP
Reader)
System Administration > Access Control > Readers and Doors
Command Programming Tab
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Lenel Access Hardware Demo System User Guide
APPENDIX A
Configuration Overview
This appendix provides the Lenel Access Hardware Demo Case configuration parameter settings.
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Configuration Overview
ISC Communication Parameters
Parameter
Workstation
IP address
Baud rate
Memory
Connection type
Panel Address
Online
Setting
<your workstation name>
192.168.0.251
38400
16 MB
LAN
0
YES
ISC Setup Parameters
Parameter Setting
Number of cardholders 500
Options None
Store activate date
Store deactivate date
PIN Type
Store anti-passback location
YES
YES
1-4 digit PIN
NO
Single Reader Interface
Parameter
Reader name
Type
Port
Setting
HID OSDP Reader
Single interface (OSDP Protocol)
2
Address
Reader number
Online mode
Offline mode
31
0
Pin or card
Pin or card
Allow user commands YES
Lenel Access Hardware Demo System User Guide
Single Reader Interface
Parameter
Allow intrusion commands
Held open time (sec)
Extended open (sec)
Strike time (sec)
Extended strike (sec)
Elevator reader
Card formats
Setting
YES
Pin format
20
75
10
25
NO
AWID Format, FASC-N 200 Bit, FASC-N 75 Bit,
Lenel Corporate Format, Wiegand Format (26-Bit)
Eight bit output keypads
Lenel Access Hardware Demo System User Guide
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Configuration Overview
AUX Output 1
Parameter
Name
Pulse time
Activate during time zone
Setting
Armed
5 seconds
None
Dual Reader Interface
Reader 1
Parameter
Reader name
Type
Port
Address
Reader number
Online mode
Setting
MIFARE Reader w/PINPad
IDRC Onboard Reader 1 (Mag w/ Wiegand Output)
0
0
Pin or card
Offline mode Pin or card
Allow user commands YES
Allow intrusion commands
YES
Held open time (sec)
Extended open (sec)
Strike time (sec)
Extended strike (sec)
Elevator reader
Card formats
Pin format
20
75
10
25
NO
AWID Format, FASC-N 200 Bit, FASC-N 75 Bit,
Lenel Corporate Format, Wiegand Format (26-Bit)
Eight bit output keypads
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Lenel Access Hardware Demo System User Guide
Dual Reader Interface
AUX Input 1
Parameter
Name
Input 1
Setting
MIFARE Reader w/ PINPad
Door
Input ID 1
Contact normally open YES
Online
Always mask
YES
NO
Mask during time zone None
Entry delay 10
Exit delay
Non-latch entry
NOT SUPERVISED
10
NO
AUX Output 1
Parameter
Name
Pulse time
Activate during time zone
Setting
Door
5 seconds
None
AUX Input 2
Parameter
Name
Input 2
Input ID
Contact normally open YES
Online YES
Always mask NO
Mask during time zone None
Entry delay
Exit delay
0
0
Setting
MIFARE Reader w/ PINPad
Window
2
Lenel Access Hardware Demo System User Guide
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Configuration Overview
Parameter
Non-latch entry
NOT SUPERVISED
Setting
NO
Reader 2
Parameter
Reader name
Type
Port
Address
Reader number
Online mode
Setting
Lenel OpenProx
IDRC Onboard Reader 2 (Wiegand/Prox)
0
1
Card only
Offline mode Card only
Allow user commands NO
Allow intrusion commands
NO
Held open time (sec)
Extended open (sec)
Strike time (sec)
Extended strike (sec)
Elevator reader
Card formats
Pin format
20
75
10
25
NO
AWID Format, Lenel Corporate Format, Wiegand
Format (26-Bit)
No keypad
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Lenel Access Hardware Demo System User Guide
Dual Reader Interface
AUX Input 1
Parameter
Name
Input 3
Setting
Lenel OpenProx
Motion
Input ID 3
Contact normally open YES
Online
Always mask
YES
NO
Mask during time zone None
Entry delay 0
Exit delay
Non-latch entry
NOT SUPERVISED
0
NO
AUX Output 1
Parameter
Name
Pulse time
Activate during time zone
Setting
Alarm
5 seconds
None
AUX Input 2
Parameter
Name
Input 4
Input ID
Contact normally open YES
Online YES
Always mask NO
Mask during time zone None
Entry delay
Exit delay
0
0
Setting
Lenel OpenProx
Reset
4
Lenel Access Hardware Demo System User Guide
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Configuration Overview
Parameter
Non-latch entry
NOT SUPERVISED
Setting
NO
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Lenel Access Hardware Demo System User Guide
APPENDIX B
Demonstration Scenarios
Valid User Presents Card to Reader
Switch tip will light up green depicting a door strike. User toggles the corresponding door switch to trigger a simulated contact break in a typical door open/close scenario.
User Presents Invalid Badge to Reader
Door LED tipped toggle switch will not light up. When presented to the HID OSDP reader, user will see "Access Denied" on the LCD screen.
Valid User Arms the System
• Armed LED will illuminate. At this point, a motion, window or door switch under the left wing will illuminate an Alarm LED.
Note:
IN1 (Door) has an entry and exit delay of 10 sec.
• Any user can use the F3 key on the HID OSDP reader to view faulted zones.
• Any user with valid access can use the F4 key on the HID OSDP reader to enable extended hold on Door1.
• When the system is armed and an output(s) is activated, the Reset button (IN4) will deactivate all of the outputs except the Armed output.
• By default, upon power up, the system is in an Armed state.
Lenel Access Hardware Demo System User Guide
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Demonstration Scenarios
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Lenel Access Hardware Demo System User Guide
APPENDIX C
Wiring Diagram
Refer to the Figure 1 on page 44 if you need to remove and replace the Demo Case modules.
Lenel Access Hardware Demo System User Guide
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Wiring Diagram
FIGURE 1.
Demo Case Wiring Diagram
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Lenel Access Hardware Demo System User Guide
Lenel Access Hardware Demo System User Guide
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Lenel Systems International, Inc.
1212 Pittsford-Victor Road
Pittsford, New York 14534 USA
Tel 585.248.9720 Fax 585.248.9185
www.lenel.com
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Table of contents
- 5 Introduction
- 7 Hardware
- 7 Intelligent System Controller (ISC) LNL
- 8 Single Reader Interface Module LNL-1300 Series
- 8 XCeedID (LNL-XF-1050-B) OpenProx Multiclass Reader
- 8 HID (800-8045-3020) MIFARE Sector Reader
- 8 HID (RWKL550) OSDP LCD iCLASS Reader
- 11 Configuration
- 11 LNL-2220 Configuration
- 11 LAN Connection (Default Connection)
- 13 LNL-1300 Single Reader Interface Configuration (Port 2)
- 13 LNL-1300 Settings
- 13 General Tab
- 16 LNL-2220 IDRC Onboard Reader 1 Configuration (Port 3)
- 16 General Tab
- 18 LNL-2220 IDRC Onboard Reader 2 Configuration (Port 3)
- 18 General Tab
- 20 LNL-2220 IDRC Reader Interface Inputs
- 21 LNL-2220 IDRC Reader Interface Outputs
- 22 Local I/O Setup for Auxiliary Inputs and Outputs
- 23 Card Formats
- 28 Groups
- 29 Enabling User Commands/Extended Hold Options
- 29 Command Keypad Templates
- 32 Command Programming Assignment (HID OSDP Reader)
- 33 Configuration Overview
- 34 ISC Communication Parameters
- 34 ISC Setup Parameters
- 34 Single Reader Interface
- 36 AUX Output
- 36 Dual Reader Interface
- 36 Reader
- 37 AUX Input
- 37 AUX Output
- 37 AUX Input
- 38 Reader
- 39 AUX Input
- 39 AUX Output
- 39 AUX Input
- 41 Demonstration Scenarios
- 41 Valid User Presents Card to Reader
- 41 User Presents Invalid Badge to Reader
- 41 Valid User Arms the System
- 43 Wiring Diagram