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© 2009 Honeywell International Inc. All rights reserved. http://www.security.honeywell.com/ Document 800-03522 Rev. A1

Honeywell

IP-AK2

Access Control Unit 门禁控制模块/門禁控制單元

Installation and Configuration Guide 安装配置指南/安裝配置指南

Honeywell

Warnings and Cautions

Warnings

Fire Safety and Liability Notice: Never connect card readers to any critical entry, exit door, barrier, elevator or gate without providing an alternative exit in accordance with all fire and life safety codes pertinent to the installation. These fire and safety codes vary from city to city and you must get approval from local fire officials whenever using an electronic product to control a door or other barrier. Use of egress buttons, for example, may be illegal in some cities. In most applications, single action exit without prior knowledge of what to do is a life safety requirement. Always make certain that any required approvals are obtained in writing. Verbal approvals are not valid.

Honeywell never recommends using WIN-PAK or related products for use as a primary warning or monitoring system. Primary warning or monitoring systems should always meet local fire and safety code requirements. The installer must also test the system on a regular basis by instructing the end user in appropriate daily testing procedures. Failure to test a system regularly could make installer liable for damages to the end user if a problem occurs.

Earth ground all enclosures for proper installation.

Use suppressors on all door locks. Use S-4 suppressors for installation. Honeywell Access Systems (HAS) recommends only DC locks.

Personal injury or death could occur, and the equipment could be damaged beyond repair, if this precaution is not observed!

• Before installation, turn off the external circuit breaker which supplies power to the system, including door locks.

• Before connecting the device to the power supply, verify that the output voltage is within specifications of the power supply.

• Do not apply power to the system until after the installation has been completed.

Cautions

If any damage to the shipment is noticed, a claim must be filed with the commercial carrier responsible.

Electro-static discharge (ESD) can damage CMOS integrated circuits and modules. To prevent damage always follow these procedures:

• Use static shield packaging and containers to transport all electronic components, including completed reader assemblies.

• Handle all ESD sensitive components at an approved static controlled workstation. These workstations consist of a desk mat, floor mat and an ESD wrist strap. Workstations are available from various vendors.

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Limited Warranty

All product and brand names are the service marks, trademarks, registered trademarks, or registered service marks of their respective owners. Printed in the United States of America. Honeywell reserves the right to change any information in this document at any time without prior notice.

All Products sold or licensed by Honeywell Access Systems (HAS) include a warranty registration card which must be completed and returned to HAS by or on behalf of the end user in order for Honeywell to provide warranty service, repair, credit or exchange. All warranty work shall be handled through the Customer which shall notify Honeywell and apply for a Return Merchandise Authorization (RMA) number prior to returning any Product for service, repair, credit or exchange.

Honeywell warrants that its Products shall be free from defects in materials and workmanship for a period of one year from date of shipment of the Product to the Customer. The warranty on Terminals, Printers, Communications, Products and Upgrade kits is 90 days from date of shipment. Satisfaction of this warranty shall be limited to repair or replacement of Products which are defective or defective under normal use.

Honeywell’s warranty shall not extend to any Product which, upon examination, is determined to be defective as a result of misuse, improper storage, incorrect installation, operation or maintenance, alteration, modification, accident or unusual deterioration of the Product due to physical environments in excess of the limits set forth in Product manuals.

THERE ARE NO WARRANTIES THAT EXTEND BEYOND THIS PROVISION. THIS WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE. NO REPRESENTATION OR WARRANTY OF THE DISTRIBUTOR SHALL EXTEND THE LIABILITY OR RESPONSIBILITY OF THE MANUFACTURER BEYOND THE TERMS OF THIS PROVISION. IN NO EVENT SHALL HONEYWELL BE LIABLE FOR ANY RE-PROCUREMENT COSTS, LOSS OF PROFITS, LOSS OF USE, INCIDENTAL, CONSEQUENTIAL OR SPECIAL DAMAGES TO ANY PERSON RESULTING FROM THE USE OF HONEYWELL PRODUCTS.

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Contents

1 About This Document ..................................................................................................................................1 Overview of Contents.........................................................................................................................1 Special Font and Symbols .................................................................................................................2 How to Use This Document ...............................................................................................................2

2 Introduction..................................................................................................................................................3 IP-AK2 Access Control Panel ............................................................................................................4 Power Supply .....................................................................................................................................4 Battery................................................................................................................................................4

3 Installation ...................................................................................................................................................5 Mounting ............................................................................................................................................6 Wirings ...............................................................................................................................................8

Cabinet Wiring.............................................................................................................................8 Reader Wiring .............................................................................................................................9 Supervised Input Wiring ............................................................................................................10 Output Wiring ............................................................................................................................11

DIP Switch Settings..........................................................................................................................11 LED Status .......................................................................................................................................13

4 Connecting to IP-AK2 Access Control System..........................................................................................14 5 Configuring via IP-AK2 Web Server ..........................................................................................................15

Connecting to IP-AK2 Web Server...................................................................................................15 Connecting Panel to Computer .................................................................................................15 Configuring Network Connection...............................................................................................16

Login to IP-AK2 Web Server ............................................................................................................17 Security Alert .............................................................................................................................17 Login..........................................................................................................................................18

Configuring via Web Server .............................................................................................................19 Time Configuration ....................................................................................................................21 Panel Configuration...................................................................................................................23 Door Configuration ....................................................................................................................29 Access Configuration ................................................................................................................34 System Configuration ................................................................................................................40

Monitor .............................................................................................................................................43 Alarms .......................................................................................................................................43 Events .......................................................................................................................................44 Door View..................................................................................................................................45 Input View..................................................................................................................................45 Output View...............................................................................................................................46 System Status ...........................................................................................................................47

Report ..............................................................................................................................................47 6 Specifications and Panel Wiring ................................................................................................................48

Specifications ...................................................................................................................................48 IP-AK2 Panel Wiring Diagram..........................................................................................................49

7 Maintenance ..............................................................................................................................................50 8 Troubleshooting.........................................................................................................................................51 Appendix A Miscellaneous ...........................................................................................................................52

Basic Standalone Operations...........................................................................................................52 Card Read / Door Lock Operation.............................................................................................52 Door Egress / Door Lock / Door Status Operation ....................................................................52

IP-AK2 Panel Defaults .....................................................................................................................52 Reader Ports .............................................................................................................................52 Reader Tamper Inputs ..............................................................................................................53 Door Egress Inputs....................................................................................................................53 Door Status Inputs.....................................................................................................................53 AC FAIL and Panel Tamper Inputs ...........................................................................................54 Additional Generic Outputs .......................................................................................................54

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Figures Figure 2-1 IP-AK2 Access Control Unit ...................................................................................................................... 3 Figure 3-1 IP-AK2 Panel Cabinet - Top View ............................................................................................................. 6 Figure 3-2 IP-AK2 Panel Cabinet - Bottom View........................................................................................................ 6 Figure 3-3 IP-AK2 Panel Cabinet - Left View ............................................................................................................. 7 Figure 3-4 IP-AK2 Panel Cabinet - Right View........................................................................................................... 7 Figure 3-5 IP-AK2 Panel Cabinet - Back View ........................................................................................................... 8 Figure 3-6 Cabinet Wiring........................................................................................................................................... 9 Figure 3-7 Typical Supervised Input Wiring Diagram ............................................................................................... 10 Figure 3-8 LED Indicators......................................................................................................................................... 13 Figure 4-1 IP-AK2 Panel Connections in IP-AK2 Access Control System ............................................................... 14 Figure 5-1 IP-AK2 Web Server Hub Connection ...................................................................................................... 15 Figure 5-2 IP-AK2 Web Server Direct Connection ................................................................................................... 16 Figure 5-3 Local Area Connection Properties........................................................................................................... 16 Figure 5-4 Network Configuration............................................................................................................................. 17 Figure 5-5 Security Alert 1 ........................................................................................................................................ 17 Figure 5-6 Security Alert 2 ........................................................................................................................................ 18 Figure 5-7 Security Alert 3 ........................................................................................................................................ 18 Figure 5-8 Security Alert 4 ........................................................................................................................................ 18 Figure 5-9 IP-AK2 Web Server Login Page.............................................................................................................. 18 Figure 5-10 IP-AK2 Web Server Main Page............................................................................................................. 19 Figure 5-11 IP-AK2 System Configuration Flow Chart ............................................................................................. 20 Figure 5-12 Configuration Menu in IP-AK2 Web Server........................................................................................... 20 Figure 5-13 Time Zones Page .................................................................................................................................. 21 Figure 5-14 Current Loop Time ................................................................................................................................ 21 Figure 5-15 Update Loop Time................................................................................................................................. 21 Figure 5-16 Add Time Zone...................................................................................................................................... 21 Figure 5-17 Modify Time Zone.................................................................................................................................. 22 Figure 5-18 Holidays Page ....................................................................................................................................... 22 Figure 5-19 Add Holiday ........................................................................................................................................... 23 Figure 5-20 Modify Holiday....................................................................................................................................... 23 Figure 5-21 Select a Different Panel 1...................................................................................................................... 23 Figure 5-22 Select a Different Panel 2...................................................................................................................... 24 Figure 5-23 Panel Attributes Page............................................................................................................................ 24 Figure 5-24 Interlocks Page...................................................................................................................................... 26 Figure 5-25 Add Interlock ......................................................................................................................................... 26 Figure 5-26 Modify Interlock ..................................................................................................................................... 27 Figure 5-27 Data Management Page ....................................................................................................................... 28 Figure 5-28 Select a Different Door 1 ....................................................................................................................... 29 Figure 5-29 Select a Different Door 2 ....................................................................................................................... 29 Figure 5-30 Input Settings Page ............................................................................................................................... 30 Figure 5-31 Door Status 1 ........................................................................................................................................ 30 Figure 5-32 Door Status 2 ........................................................................................................................................ 30 Figure 5-33 Door Status 3 ........................................................................................................................................ 30 Figure 5-34 Output Settings Page ............................................................................................................................ 32 Figure 5-35 Reader Settings Page ........................................................................................................................... 32 Figure 5-36 Site Codes Page ................................................................................................................................... 34 Figure 5-37 Add Site Code ....................................................................................................................................... 34 Figure 5-38 Modify Site Code ................................................................................................................................... 34 Figure 5-39 Access Levels Page .............................................................................................................................. 35 Figure 5-40 Add Access Level.................................................................................................................................. 35 Figure 5-41 Modify Access Level.............................................................................................................................. 36 Figure 5-42 Card Formats Page ............................................................................................................................... 36 Figure 5-43 Card Format Data Layout...................................................................................................................... 37 Figure 5-44 Card Management Page ....................................................................................................................... 38 Figure 5-45 Add Card ............................................................................................................................................... 38 Figure 5-46 Modify Card ........................................................................................................................................... 39

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Figure 5-47 Search Card .......................................................................................................................................... 40 Figure 5-48 User Configuration Page ....................................................................................................................... 40 Figure 5-49 Add User ............................................................................................................................................... 40 Figure 5-50 Modify User ........................................................................................................................................... 41 Figure 5-51 Change Password 1 .............................................................................................................................. 41 Figure 5-52 Change Password 2 .............................................................................................................................. 41 Figure 5-53 Networking Settings Page ..................................................................................................................... 42 Figure 5-54 Web Configuration................................................................................................................................. 42 Figure 5-55 Unacknowledged/ Acknowledged Alarm Number ................................................................................. 43 Figure 5-56 Monitoring->Alarm................................................................................................................................. 43 Figure 5-57 Monitoring->Alarms->“Acknowledged” .................................................................................................. 43 Figure 5-58 Monitoring->Events ............................................................................................................................... 44 Figure 5-59 Monitoring->Doors................................................................................................................................. 45 Figure 5-60 Door Action............................................................................................................................................ 45 Figure 5-61 Monitoring->Inputs ................................................................................................................................ 45 Figure 5-62 Input Action ........................................................................................................................................... 46 Figure 5-63 Monitoring->Outputs.............................................................................................................................. 46 Figure 5-64 Output Action......................................................................................................................................... 47 Figure 5-65 Monitoring->System Status ................................................................................................................... 47 Figure 5-66 Reports Page ........................................................................................................................................ 47 Figure 6-1 IP-AK2 Panel Wiring Diagram................................................................................................................. 49

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Tables Table 3-1 Cabinet Electrical Entries ........................................................................................................................... 6 Table 3-2 Reader Wiring............................................................................................................................................. 9 Table 3-3 Default Supervised Input Assignments..................................................................................................... 10 Table 3-4 DIP Switch Definition ................................................................................................................................ 11 Table 3-5 DIP Switch Settings .................................................................................................................................. 12 Table 5-1 Panel Attributes Description ..................................................................................................................... 25 Table 5-2 Interlock Settings Description ................................................................................................................... 26 Table 5-3 Database Categories................................................................................................................................ 27 Table 5-4 Auto Backup Description .......................................................................................................................... 28 Table 5-5 Input Settings Description......................................................................................................................... 31 Table 5-6 Output Settings Description...................................................................................................................... 32 Table 5-7 Reader Settings Description..................................................................................................................... 33 Table 5-8 Card Format Description .......................................................................................................................... 37 Table 5-9 Card Fields Description ............................................................................................................................ 38 Table 5-10 Networking Settings Description............................................................................................................. 42 Table 5-11 Alarms Field Descriptions....................................................................................................................... 44 Table 5-12 Alarms Field Descriptions....................................................................................................................... 44 Table 5-13 Door Icon Description ............................................................................................................................. 45 Table 8-1 Troubleshooting Problems and Solutions................................................................................................. 51 Table A-1 Default Reader Ports................................................................................................................................ 53 Table A-2 Default Reader Tamper Inputs................................................................................................................. 53 Table A-3 Default Door Egress Inputs ...................................................................................................................... 53 Table A-4 Default Door Status Inputs ....................................................................................................................... 53 Table A-5 Default AC FAIL and Panel Tamper Inputs.............................................................................................. 54 Table A-6 Additional Generic Outputs ...................................................................................................................... 54

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1 About This Document

Thank you for purchasing the IP-AK2 Access Control Unit!

This user guide is designed to be a reference for the installation and configuration of IP-AK2 Access Control Unit.

Overview of Contents

This document contains the following chapters:

• Chapter 1, About This Document, a brief introduction of “IP-AK2 Access Control Unit User Guide”.

• Chapter 2, Introduction, general information about IP-AK2 Access Control Unit components, including IP-AK2 Access Control Panel, Power Supply, Battery, and Enclosure.

• Chapter 3, Installation, describes how to install IP-AK2 panel, mount the cabinet, wire the components, set dip switches, and so on.

• Chapter 4, Connecting to IP-AK2 Access Control System, gives a diagrammatical instruction on how to connect IP-AK2 panel to Access Control System.

• Chapter 5, Configuring via IP-AK2 Web Server, introduces how to configure IP-AK2 panel settings through IP-AK2 Web Server.

• Chapter 6, Specifications and Panel Wiring, shows IP-AK2 Access Control Unit specifications and panel wiring diagram.

• Chapter 7, Maintenance, introduces the maintenance information.

• Chapter 8, Troubleshooting, introduces troubleshooting problems and resolutions.

• Appendix A, Miscellaneous, introduces basic standalone operations and IP-AK2 panel defaults.

1

About This Document

Special Font and Symbols

Italic references

【】 a button, tab or menu item

Note the important notice should pay attention to

Caution important operating alerted

How to Use This Document

• Pictures in the manual are for reference only, so please see the actual items.

• The products will be updated and the information shall not be distributed.

• Please read the book before operation and keep it properly for future use.

• The manual has been reviewed and the accuracy is guaranteed. If there is any uncertainty or controversy, please refer to the final explanation of Honeywell. Honeywell does not take any responsibility for any consequences caused by misunderstanding of the manual or improper operations.

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2 Introduction

The IP-AK2 Access Control Unit is one part of Access Control System (see Figure 4-1 IP-AK2 Panel Connections in IP-AK2 Access Control System on page 14), which protects and preserves enterprise’s resources by providing authentication, authorization, and administration services.

The IP-AK2 Access Control Unit consists of:

• An IP-AK2 Access Control Panel

• A Power Supply

• A Sealed Lead-acid Battery

The following figure shows the IP-AK2 Access Control Unit components in the cabinet.

Figure 2-1 IP-AK2 Access Control Unit

POWER SUPPLY

BATTERY

LED

220VAC Power Input

Backup power lossalarm input

Indictor LED connected 12VDC

RS232

Host 485ReservedEthernet

Panel Tamper Contact

Reader1 Reader2Relay 1, 2 Relay 3, 4

Chassis Ground Connected Cable

SVS input

3

Introduction

IP-AK2 Access Control Panel

The IP-AK2 Access Control Panel (shorted for “IP-AK2 panel” hereafter) is a two-reader access controller that controls up to 2 doors by providing up to 8 inputs and 4 outputs. It can be used as a stand-alone system (Up to 10 panels). User can configure and monitor it through standard web browser. The IP-AK2 panel has the following features:

Real-Time Clock Protection

The panel RTC is backed up using a super capacitor, which will power the real-time clock for one week in the absence of primary power or backup battery.

Memory Protection

The IP-AK2 panel continuously saves database and event information in non-volatile FLASH memory. This activity prevents the panel from losing data when power is lost.

Reader Power

Reader power is supplied at 12VDC nominal with a maximum current distribution of 150mA. The maximum draw of two readers is less than 300mA.

Caution IP-AK2 panel and Reader Power must not be used to power locks.

Power Supply

The IP-AK2 panel uses an internal 220VAC (110VAC) to 12VDC regulated power supply (Hengfu Model HF20W-SB-12). The supply uses 220VAC (110VAC), 60Hz, 0.2(0.4)Amp input, and provides 12VDC at 1.5Amps for the system power. It also charges and monitors the condition of the batteries.

Input power indicator is supplied for illuminating when board input voltage is present. If the indicator is off, it means the input voltage is off or it is too low to operate the system.

Battery

For the IP-AK2 panel, one Long-way 6FM3.2AJ, 12VDC, 3.2AHr sealed lead-acid battery (Honeywell order number 300-03271) must be used to have backup battery capability. The battery will provide standby backup power, depending upon system configuration and activity. The battery is wired and connected to the BAT and COM terminals on the 12VDC power supply in the IP-AK2 enclosure. When AC is lost, the power supply automatically switches to the backup batteries for continuous 12VDC power.

The power supply has deep discharge protection, and it can shutdown battery backup output when discharge voltage is below 9.4V. Refer to the system wiring diagram for details. Replace the batteries every 2 to 2.5 years, or more often if the system has a high rate of backup use.

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3 Installation

Perform the following steps to install IP-AK2 panel:

Caution Use a static strap whenever touching the panel to ensure protection from Electrostatic Discharge (ESD).

1. Check the panel layout, cable runs, and power needs.

2. Mount the enclosure at the proper location on the wall. Use appropriate anchors for the mounting material.

3. Run all I/O wires to the enclosure, and properly mark each wire for its use (Remove each terminal plug one at a time to wire the properly labeled cables).

See Figure 6-1 IP-AK2 Panel Wiring Diagram on page 49. Leave enough shield drain length to secure to the grounding stud. Also, maintain a distance of at least 6.35mm between the non-power limited wiring (220VAC/60Hz input wiring, power line filter wiring, 12VDC wiring, and battery backup/charger wiring) and all other wirings.

Caution Do not apply power at this moment.

4. Connect the shield to the grounding studs.

5. Set DIP switch settings for the panel address (see Table 3-5 DIP Switch Settings on page 12).

6. Check all wirings.

Caution Improper wiring can cause damage to the IP-AK2 panel when power up and result in a loss of warranty.

7. Apply power to the panel, and then POWER LED will turn green meanwhile. The POWER LED is close to 12VDC power connector (TB1). After several minutes, RUN LED will flash per second. The RUN LED is close to 80-pin Connector (J2).

8. Place one 3.2A-Hr battery in the enclosure. Attach the positive (red) Power Supply-to-Battery cable to the remaining positive (red) battery terminal; and the negative (black) Power Supply-to-Battery cable to the remaining negative (black) battery terminal.

Note For panels using the Ethernet connection, the cable clamp must be used for the panel to pass the FCC Part 15 Class B requirements. Snap the clamp around any portion of the Ethernet cable that is inside of the enclosure.

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Installation

Mounting

The following five figures show the back, top, bottom, right, and left views of the IP-AK2 panel cabinet. Each view includes the dimensions and knockout placement to mount the cabinet. See the table below for dimensions of the conduit entries into the cabinet.

Table 3-1 Cabinet Electrical Entries

ENCLOSURE CONDUIT 1” (30mm) CONDUIT 2” (40mm)

Top 2 N/A

Bottom N/A 1

Right 2 N/A

Left 2 N/A

Back 1 N/A

Figure 3-1 IP-AK2 Panel Cabinet - Top View

φ30mm [φ1.181”] Diameter Knockout

78mm [3.071”]

32.44mm [1.277”]

0mm [0.000”]

290m

m [1

1.41

7”]

125m

m [4

.921

”]

0mm

[0.0

00”]

Figure 3-2 IP-AK2 Panel Cabinet - Bottom View

290m

m [1

1.41

7”]

255m

m [1

0.03

9”]

35m

m [1

.378

”]

0mm

[0.0

00”]

0mm [0.000”]

78mm [3.071”]


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Figure 3-3 IP-AK2 Panel Cabinet - Left View

78m

m [3

.071

”]

30m

m [1

.181

”]

0mm

[0.0

00”]

0mm [0.000”]

55mm [2.165”]


195mm [7.677”]

340mm [13.386”]

Figure 3-4 IP-AK2 Panel Cabinet - Right View

30m

m [1

.181

”]

78m

m [3

.071

”]

0mm

[0.0

00”]

0mm [0.000”]

55mm [2.165”]


195mm [7.677”]

340mm [13.386”]

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Installation

Figure 3-5 IP-AK2 Panel Cabinet - Back View

251.

75m

m [9

.911

”]

144.

92m

m [5

.706

”]

290m

m [1

1.41

7”]

38.2

5mm

[1.5

06”]

275m

m [1

0.82

7”]

15m

m [0

.591

”] 0m

m [0

.000

”]

18mm [0.709”] 20mm [0.787”] φ10mm [φ0.394”] Diameter (2 holes)

119mm [4.685”]


221mm [8.701”] 240mm [9.449”]

248mm [9.764”]

284mm [11.181”]

240mm [9.449”]

260mm [10.236”]

262mm [10.315”]

324.5mm [12.776”] 2-N3

325mm [12.795”]

235.

06m

m [9

.254

”]

140m

m [5

.512

”]

160m

m [6

.299

”]

200m

m [7

.874

”]

97.1

mm

[3.8

23”]

15m

m [0

.591

”]

76m

m [2

.992

”]

28m

m [1

.102

”] 48

mm

[1.8

90”]

Wirings

This section describes how to wire the IP-AK2 panel cabinet, the reader, the supervised input and output.

Cabinet Wiring The picture below shows how to connect the IP-AK2 panel and the inputs, outputs, power supply in cabinet.

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Figure 3-6 Cabinet Wiring

Reader Wiring Each reader port supports a single 12-volt reader with Wiegand output format. The maximum power draw is 300 mA for readers.

To fully utilize each reader port, a shielded 7-conductor cable (18-22 AWG) is required. If the optional reader buzzer feature is not needed, you can use the standard 6-conductor cable. The cable shield should be grounded at the panel only. Grounding at both ends can cause ground loops which can be disruptive. The maximum recommended length of wiring is 500 feet per reader.

Table 3-2 Reader Wiring

Terminal Wire Color Wiegand Reader

TB5-1, 6-1 Brown LED Control

TB5-2, 6-2 Green Wiegand Data 0 or Data

TB5-3, 6-3 White Wiegand Data 1 Or Clock

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Installation

Terminal Wire Color Wiegand Reader

TB5-4, 6-4 Black Common

TB5-5, 6-5 Red 12VDC Power

TB5-6, 6-6 Variable Tamper

TB5-7, 6-7 Variable Buzzer

Supervised Input Wiring The supervised inputs are located on TB5, TB6, TB7 and TB8. Input 1 through Input 4 may be configured for normally open or normally closed contacts as supervised or non-supervised. Inputs 5 and 6 are on TB8.

Table 3-3 Default Supervised Input Assignments

Terminal Position Input Number Default Function

TB7-1 Input 1 Door 1 REX (Egress)

TB7-3 Input 2 Door 1 Status

TB7-4 Input 3 Door 2 REX (Egress)

TB7-6 Input 4 Door 2 Status

TB8-1 Input 5 Panel Tamper

TB8-3 Input 6 External Power Supply AC FAIL

TB 5-6, 6-6 Input 7/8 Reader Tamper

Figure 3-7 Typical Supervised Input Wiring Diagram

The figure above shows the typical wiring for a supervised input using standard 2,200 ohm resistors. The IP-AK2 panel accepts 1,000, 2,200, 4,700, or 10,000 ohm values. Note that both resistors must have the same value.

In addition, the Panel Tamper and External Power Fail can be supervised and capable of being used as additional inputs if the default functionality is not needed. They also share a single common.

Caution Supervised input wiring must be used if Input 6 is used for “External Power Supply AC Failed”.

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The wire used for the inputs should be shielded and cannot exceed 20 ohms over the entire length of the cable. Remember that the distance from the panel to the door must be doubled to determine the total resistance.

Caution The cable shield should be grounded only at the panel. Grounding at both ends can cause ground loops disruptive.

Output Wiring Relay 1 is defaulted for controlling Door 1 lock, Relay 2 is defaulted for controlling Door 2 lock, Relay 3 and Relay 4 are used as auxiliary outputs.

IP-AK2 panel is connected to the nominal 12VDC power supply and cannot be used to power the access control door strikes/locks or other auxiliary loads. The voltage range of the relay outputs is 12VDC to 28VDC.

Each relay also has a green indicator LED, which indicates the relay state. If the relay is triggered, the LED will be on.

Caution The cable used must be sized for the current load and should be shielded. Do not bundle these wires with communication, reader, or supervised input wiring.

DIP Switch Settings

IP-AK2 panel includes 10 DIP switches. The table below shows DIP Switch Definition.

Table 3-4 DIP Switch Definition

DIP Switches State Definition

1-5 Panel Address (1 ~ 31)

6 ON/OFF Master/Slave

ON OFF Default IP and User

OFF ON Factory Default

ON ON Reserved 7-8

OFF OFF Normal Operation

9-10 Host 485 EOL

Position 1 to position 5, whose panel address from 1 to 31; they are must not been set 0, which is invalid.

Position 6 will be set with the Host RS485 Master & Slave mode. For Multidrop RS-485 line, Position 6 MUST be set “ON” for RS-485 gateway in Master mode.

Position 7 and position 8 have four combinations. When both of them are “OFF”, it means normal operation; When position 7 is “ON” and position 8 is “OFF”, it means the

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Installation

default IP (“192.168.1.150”) and default user (“admin”) are retrieved to enter the system when user account is forgotten; When position 7 is “OFF” and position 8 is “ON”, it means the IP-AK2 panel is set to factory default; When both of them are “ON”, it is a state reserved for manufacturer but useless for user.

Position 9 and position 10, which set end-of-line termination and biasing for the Multidrop RS-485 Line. You must set both position 9 and position 10 to “ON” (terminated and biased) at the two end-point panels for Multidrop RS-485 Line. At all other panels leave position 9 and position 10 ”OFF”. Note that both jumpers on a given panel must either be “ON” or “OFF”.

Table 3-5 DIP Switch Settings

SW1.1 SW1.2 SW1.3 SW1.4 SW1.5 SW1.6 SW1.7 SW1.8 SW1.9 SW1.10 Selection

ON OFF OFF OFF OFF Address 1 OFF ON OFF OFF OFF Address 2 ON ON OFF OFF OFF Address 3 OFF OFF ON OFF OFF Address 4 ON OFF ON OFF OFF Address 5 OFF ON ON OFF OFF Address 6 ON ON ON OFF OFF Address 7 OFF OFF OFF ON OFF Address 8 ON OFF OFF ON OFF Address 9 OFF ON OFF ON OFF Address 10 ON ON OFF ON OFF Address 11 OFF OFF ON ON OFF Address 12 ON OFF ON ON OFF Address 13 OFF ON ON ON OFF Address 14 ON ON ON ON OFF Address 15 OFF OFF OFF OFF ON Address 16 ON OFF OFF OFF ON Address 17 OFF ON OFF OFF ON Address 18 ON ON OFF OFF ON Address 19 OFF OFF ON OFF ON Address 20 ON OFF ON OFF ON Address 21 OFF ON ON OFF ON Address 22 ON ON ON OFF ON Address 23 OFF OFF OFF ON ON Address 24 ON OFF OFF ON ON Address 25 OFF ON OFF ON ON Address 26 ON ON OFF ON ON Address 27 OFF OFF ON ON ON Address 28 ON OFF ON ON ON Address 29 OFF ON ON ON ON Address 30 ON ON ON ON ON Address 31 ON Host 485 Master OFF Host 485 Slave ON OFF Default IP and User OFF ON Factory Default ON ON Reserved OFF OFF Normal Operation ON ON Host 485 Enable EOL OFF OFF Host 485 Disable EOL

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Note Changes will take effect only after reboot.

LED Status

When all of the wirings and DIP switch settings are finished, turn on the power. It will take a few minutes for the panel to complete the power-up sequence. When the panel is initializing, verify that the appropriate LED indicators identified in the figure are in accord with the descriptions in the table below.

Figure 3-8 LED Indicators

OFF

FLAS

H

RED

GR

EEN

LED

Pow

er Off

N/A

N/A

Pow

er On

PWR

Heart B

eat

N/A

Running

RU

N

No C

om

TX &

RX

Data

Receive

Data

Transmit

Data

485TR

No C

om

TX &

RX

Data

Receive

Data

Transmit

Data

RS232

No link

TX &

RX

Data

Link OK

N/A

Ethernet

De-energized

N/A

N/A

Energized

RELA

Y

Reader O

ff

Flash at R

ead

N/A

Flash at R

ead

Reader

LED Status

13

Connecting to IP-AK2 Access Control System

4 Connecting to IP-AK2 Access Control System

IP-AK2 Access Control System protects and preserves enterprise’s resources by providing authentication, authorization, and administration services. It consists of hardware and software, usually configured in a network environment over a standard network protocol. IP-AK2 Access Control Unit, Readers, Door Strikes, and Video and other devices, for example, can be configured to control and monitor the access to a company site.

The picture below gives an example showing how to connect IP-AK2 panels to an IP-AK2 Access Control System.

Figure 4-1 IP-AK2 Panel Connections in IP-AK2 Access Control System

Ethernet

IP-AK2 Panel

IP-AK2 Panel

IP-AK2 Panel

IP-AK2 Panel

RS-485 M

ultidrop

DIP Switch SettingSW1-SW5: Panel

AddressSW6: ON: MasterSW9-SW10: ON

IP-AK2 Panel

EG EG EG EG

EG


AddressSW6: OFF: SlaveSW9-SW10: OFF


AddressSW6: OFF: SlaveSW9-SW10: ON

Up to 10 panels for one RS-485 Loop

It is recommended to Earth Ground

(EG) each IP-AK2 enclosure

individually

RS-485 Cable

RS485 IP-AK2 Panels

Red/White TB9-6 (RS485+)Black/Green TB9-5 (RS485-)RS-485 COM TB9-4 (RS485 COM)

4,000 ft. (1,200 m) max, 24 AWG, 2 twisted pairs with shield, 120 ohm, 23 pf

100 BaseT (CAT 5) 328Ft (100 Meter). Max

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5 Configuring via IP-AK2 Web Server

IP-AK2 panel is a two-reader access controller with built-in web server. Through standard web browser, up to 20 doors can be controlled and monitored.

IP-AK2 panel supports two kinds of web browsers:

• Internet Explore 6.0

• Firefox 3.0

Note

If not noticed, all operations in this manual are performed in Internet Explore 6.0. All function tests have been passed using web browser in Windows XP Professional. Do not guarantee web browser compatibility in other operation system.

Connecting to IP-AK2 Web Server

Before connecting to the IP-AK2 Web Server, The IP-AK2 panel must be connected to the Computer first, and then the network connection should be configured.

Connecting Panel to Computer There are two ways to connect IP-AK2 panel to computer, see below:

Figure 5-1 IP-AK2 Web Server Hub Connection

IP-AK2

Ethernet Cable

Ethernet Hub

Connect the computer’s Ethernet port and the IP-AK2 panel’s Ethernet port to an Ethernet Hub or switch with standard straight-through Ethernet patch cables.

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Configuring via IP-AK2 Web Server

Figure 5-2 IP-AK2 Web Server Direct Connection

IP-AK2

Ethernet Crossover Cable

Connect the computer’s Ethernet port directly to the IP-AK2 panel’s Ethernet port with an Ethernet cable.

Note The IP-AK2 panel connected is the Master panel. DIP switch 6 on a Master panel must be set to “ON”.

Configuring Network Connection 1. On the computer Desktop, click Start Control Panel Network Connections.

2. Identify your local Ethernet connection (commonly labeled Local Area Connection), and right click the icon, the Local Area Connection Properties page will display.

Figure 5-3 Local Area Connection Properties

3. Highlight the “Internet Protocol (TCP/IP)” connection, and click【Properties】to

display your system’s current Internet Protocol properties.

Note Keep a record of your computer’s current network configuration for future use.

4. Select【Use the following IP address】and configure the parameters as below:

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Figure 5-4 Network Configuration

• IP address: 192.168.1.10

• Subnet mask: 255.255.255.0

• Default gateway: 192.168.1.1

5. Click【OK】to accept the changes.

Login to IP-AK2 Web Server

Security Alert Before logging into the IP-AK2 Web Server, there may be security alert messages popping up to ensure security safe, and according to different web browsers, the security alert windows will be different.

Internet Explorer 6.0 1. Launch the Internet Explorer browser and enter https://192.168.1.150 in the

address bar. Press Enter, the Security Alert window below will pop up.

Figure 5-5 Security Alert 1

2. Click【Yes】and then enter to IP-AK2 Web Server login page.

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https://192.168.1.150/


Firefox 3.0 1. Launch the Firefox browser and enter https://192.168.1.150 in the address bar.

Press Enter, the Security Connection Failed window below will pop up, see below:


2. Click【Or you can add an exception】navigating to the window below:


3. Click【Add Exception】, then on the page below click【Get Certificate】.


4. Click【Confirm Security Exception】on the window prompts, and then enter to

IP-AK2 Web Server login page.

Login After resolving the security problem, the IP-AK2 Web Server Login page will show up.

Figure 5-9 IP-AK2 Web Server Login Page

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https://192.168.1.150/

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1. Enter user name and password.

Note Both the user name and password are case-sensitive. The default user name and password are: admin, admin. It is recommended changing your default user name and password at first time.

2. Click【Log in】to enter the IP-AK2 main page.

Figure 5-10 IP-AK2 Web Server Main Page

Note

Up to 2 users are allowed to login simultaneously. Simplified Chinese, English, Traditional Chinese and Korean are supported by the server. Select them from the drop-down list on the top right corner of the login page.

Configuring via Web Server

This section explains the IP-AK2 configuration functions as accessed via the IP-AK2 Web Server. The menus on Configuration tab in IP-AK2 Web Server are arranged according to the recommended configuration sequence, you can configure them from top to bottom one by one These functions should be performed only by administrator.

Caution CONFIGURATION SEQUENCE given below is recommended at first time. Otherwise, the IP-AK2 system may not be configured successfully.

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Figure 5-11 IP-AK2 System Configuration Flow Chart

Install and Connect Panel

Configure Time Settings

Time Zones Holidays

Configure Panel Specific Settings

Panel Attributes Interlocks Data Management

Configure Door Specific Settings

Input Settings Output Settings Reader Settings

Configure Access Settings

Site Codes Access Levels Card Formats Card Management

Configure System Settings

User Configuration Network Settings Web Configuration

Figure 5-12 Configuration Menu in IP-AK2 Web Server

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Time Configuration

Time Zones The IP-AK2 panel controls access by time zones, or time schedules. Inputs, outputs, readers, and cards with access levels are all configured with time zones by which they will be energized or de-energized, enabled or disabled. For example, you might assign an output to be energized from 12:00 a.m. to 6:00 p.m. every day. The time period, 12:00 a.m. to 6:00 p.m., Sunday through Saturday, is called a time zone.

Click【Time Zones】on Configuration tab to view existing time zones, change the current loop, create a new time zone, modify an existing time zone, or delete time zones.

Figure 5-13 Time Zones Page

Current Loop Time

Current Loop Time is shown on the top of the Time Zones page, see below.

Figure 5-14 Current Loop Time

【Synchronize with PC】provides an easy way to update loop time the same as the PC time. Click the hyperlink in the Current Loop Time field to popup a time editing window, on which the loop time can be updated.

Figure 5-15 Update Loop Time

Creating Time Zone

1. Click【Add Time Zone】above the list, the page below will pop up:

Figure 5-16 Add Time Zone

2. Configure the settings as below:

• Time Zone Name: enter the name of the new time zone.

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• Link to Time Zone: select desired time zone from the drop-down list.

• Start Time: enter the start time of the new time zone.

• End Time: enter the end time of the new time zone.

• Days: select weekdays during which the time zone will take effect.

• Holiday Set: select holiday sets during which the time zone will take effect.

3. Click【OK】to create a new time zone.

Modifying Time Zone

1. Click the name of the time zone to be modified in the list, the page below will pop up:

Figure 5-17 Modify Time Zone

2. Change time zone settings.

3. Click【OK】to accept changes.

Deleting Time Zones

1. Check all the boxes in front of the time zones to be deleted in the list.

2. Click【Delete】above the list.

3. Click【OK】on the prompt window.

Holidays Click Holidays on the Configuration tab, and then view existing holidays, create a new holiday, modify an existing holiday, or delete holidays.

Figure 5-18 Holidays Page

Creating Holiday

1. Click【Add Holiday】above the list, the page below will pop up:

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Figure 5-19 Add Holiday

2. Configure the settings as below:

• Name: enter the new holiday name.

• Date: enter the date of the new holiday.

• Type: assign a type to the holiday: Holiday Set 1, Holiday Set 2 or Holiday Set 3. The type assigned will map to a time zone configuration, and the holiday will be regarded according to the rules of that time zone.

• Annual: select the checkbox if the holiday will occur annually.

3. Click【OK】to create this holiday.

Modifying Holiday

1. Click the name of the holiday to be modified, the page below will pop up:

Figure 5-20 Modify Holiday

2. Change holiday settings.


Deleting Holidays

1. Check all the boxes in front of the holidays to be deleted in the list.



Panel Configuration

Current Panel Make sure you are configuring the correct panel. The horizontal bar shown on the top of Panel Attributes page, Interlocks page, and Data Management page shows the panel number that you are configuring currently.

Figure 5-21 Select a Different Panel 1

You can change the current panel by clicking【Select a different panel】, then select a panel from the page pops up.

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Figure 5-22 Select a Different Panel 2

All active panels in current loop will be shown as hyperlinks. The content of the hyperlink is the name of the panel with the loop address in bracket.

Panel Attributes Click Panel Attributes on the Configuration tab, the page below will show up. You can configure panel settings, input and output settings.

Figure 5-23 Panel Attributes Page

Refer to the table below for description of each filed and make changes.

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Table 5-1 Panel Attributes Description

Setting Description

Name Unique name that identifies the panel.

Address Displays the address set by the panel’s DIP switches.

Type Displays “IP-AK2” as the panel type.

Boot Time Displays the time that power applied to the IP-AK2 panel.

Restart Panel Reboots the panel. Restart won’t change the current configuration in the database.

Door Names Sets the door name that controlled by the panel. Dual Door Interlock

Sets if two doors on this panel must be open exclusively. One door can only be opened when the other is closed.

Anti-Passback

Enabled - Enables anti-passback, which prevents an entrant to an area from passing his card to another potential entrant. Local - Enforces anti-passback only at doors configured locally to the panel controlling the original card reader. Global - Enforces anti-passback at panels throughout the IP-AK2 System after a successful card read at any one of the system’s readers. Forgiveness - Causes all system codes to be reset at midnight every day. This enables a cardholder who exits the building in the evening without using his card for entry the following morning.

Duress Detect

Enabled – Enables the user to trigger an alarm or output device in times of duress, for example when the operator is forced to grant access against his will to an unauthorized person. This feature is available only when the reader is configured with a “Card and Pin” access mode. When this feature is enabled, you can configure an auxiliary output with a pulse time. During normal operation, the duress output will do nothing. To energize the output, the cardholder presents his card to a reader that is configured for Card and PIN access. The cardholder then enters a PIN that is either one number higher or lower than his correct PIN. For example, if his PIN is 2222, the cardholder would enter either 2221 or 2223. Even though the PIN is incorrect, the door will still open normally, but the duress output pulses and an alarm is generated. In this way, the cardholder notifies others without detection by the unauthorized person.

Continuous Card Read

Enabled - Enables continuous card read while the output is being energized. When this option is not enabled, a reader will not be able to read a second card during the pulsing of the output caused by the previous card read.

Reader LEDs Identifies the color of a reader LED when a grant is authorized. Input/Output Settings Please refer Door Configuration on page 29.

Click【Update】to submit changes.

Interlocks An interlock is a programmed connection between two points. An action on one point will cause a reaction from the other point on the same panel. For example, when press egress input, it causes a relay (output) to energize.

Click Interlocks on Configuration tab and the page below will pop up. You can create and delete interlocks, enable or disable existing interlocks.

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Figure 5-24 Interlocks Page

Note Some of interlocks can’t be edited or disabled. These interlocks are created internally to make controls over doors work. They are never supposed to be changed manually.

Creating Interlock

1. Click【Add Interlock】above the list, the page below will pop up:

Figure 5-25 Add Interlock

2. Refer to the descriptions in the following table to configure each field:

Table 5-2 Interlock Settings Description

Setting Description

Name A unique name identifies the interlock.

Trigger Specifies the input or output for which a change of state will cause a reaction from another input, or output. Also, use the drop-down list to specify the number of the input, or output.

Reacting Component Specifies the input or output that will react to a change of state from the trigger point. Also, use the drop-down list to specify the number of the input, or output.

Trigger Alarm Action Specifies the reacting component’s action when the trigger’s state is changed from Normal to Alarm. Select the action from the Upon Trigger Alarm drop-down list.

Trigger Normal Action Specifies the reacting component’s action when the trigger’s state is changed from Alarm to Normal. Select the action from the Upon Trigger Normal drop-down list.

Modifying Interlock

1. Click the name of the interlock to be modified, the page below will pop up:

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Figure 5-26 Modify Interlock

2. Change Interlock settings.


Disable/Enable Interlocks

Click Disable/Enable hyperlink at the end of the row to disable/enable an interlock.

Deleting Interlocks

1. Check all the boxes in front of the interlocks to be deleted in the list.



Data Management All configurations will be saved in panel’s database. On this page, you can download database from a panel or upload database to a panel overwriting existing data. The page is especially useful when changing a panel already been configured successfully.

All configuration data can be saved into three databases:

Table 5-3 Database Categories

Category Description

Common Database This database includes Time Zones, Holidays, Site Codes and Access Levels. Data in this database are supposed to be identical on all panels.

Panel Database This database includes Panel Attributes, Interlocks, and Card Formats. Data in this database is specific to panel.

Card Database This database includes Cards. Data in this database are supposed to be identical on all panels.

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Figure 5-27 Data Management Page

Download

Click the【Download】hyperlink of a category to download the database file from panel to computer..

Upload

Click the【Browse…】button to select the database file from computer to upload it.

Click the【Upload】button to send the database to the panel.

Auto-Backup

Alarms and events record what had happened in the system. It is important for accident analysis. Due to memory limit, old alarms or events will be overwritten. IP-AK2 provides event auto-backup mechanism to avoid event lost. When auto-backup function is enabled, event and alarm will be transferred to remote ftp server automatically when threshold value user defined is reached. For enabling auto-backup function successfully, user should provide ftp server address and authority information.

Refer to the table below for the auto-backup configuration description:

Table 5-4 Auto Backup Description

Setting Description

Enable Specifies if the auto backup function is enabled.

FTP Address The IP address of the ftp server.

Directory Specifies in which directory of the ftp server the database will be uploaded to.

User Name Specifies the user name to be used to log on the ftp server.

Password Specifies the password to be used to log on the ftp server.

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Setting Description

Percent

Specifies the auto backup action trigger. If the number of event in the database reaches the threshold, the database will be updated. For example, if it’s set to 80%, then uploading happens when the number of events reaches 20000 (that’s 80% * 25000(system default)).

Clear Database Specifies if event database of panel is cleared after its auto backup is done.

Export

Alarm and event can be exported manually, and the database will be cleared.

To export data:

1. Click【Export】button.

2. Click【OK】on the pop-up window.

Door Configuration Each IP-AK2 panel supports two doors. For each door, you must configure the readers, inputs and outputs.

Current Door Make sure you are configuring the correct door. The horizontal bar shown on the top of Input Settings page, Output Settings page, and Reader Settings page shows the door number that you are configuring currently.

Figure 5-28 Select a Different Door 1

You can change the current door by clicking【Select a different door】, then select a door from the page pops up.

Figure 5-29 Select a Different Door 2

Input Settings Three inputs are associated with door:

• Status - Provides the following door status information:

o Normal: indicates that the door state is currently in its normal state, either Normally Opened or Normally Closed.

o Alarm: indicates that the door’s state is currently in its abnormal state: if the door is configured as Normally Open, its abnormal state is close; if the door is configured as Normally Close, its abnormal state is open.

o Shorted (supervised input only): indicates that electrical circuit on the door has been short-circuited.

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o Cut (supervised input only): indicates that the electrical circuit on the door has been cut or disconnected.

• Egress

• Tamper - Indicates abnormal handling of the reader device.

Figure 5-30 Input Settings Page

There are four possible mode configurations. The figure above shows the normally Closed/Unsupervised mode. The following figures show the remaining modes.

Figure 5-31 Door Status 1



On Input Settings page, you can:

• Define the Status, Egress and Tamper inputs’ access mode.

• Specify the Status, Egress and Tamper shunt time, or the period of time when the normal state will be ignored.

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• Specify the Status, Egress and Tamper Debounce time, or the period of time when the input must remain in new state before it is recognized.

• Specify the time zones for the Status, Egress and Tamper inputs.

• Enable or disable Auto-Relock for the Status input.

Refer to the table below to configure Status, Egress and Tamper inputs.

Table 5-5 Input Settings Description

Setting Description

Name A unique name identifies the device.

Mode

Normally Closed - Means that the door’s normal state is closed. Normally Open - Means that the door’s normal state is open. Unsupervised - Means that the door’s electrical circuit is wired in one path without alternative paths supervised by resistors. Supervised - Means that the door’s electrical circuit is wired with alternative paths supervised by resistors.

Shunt Time

Specifies the amount of time for which the inputs will be shunted, or de-activated. For example, it specifies how long a door strike will remain released. Enter the desired number of hours (1024 maximum), minutes (60 maximum), and seconds (60 maximum). The sum of all three units comprises the shunt time. Note that you can express seconds in tenths of a second.

Debounce Time

Specifies the period of time the input must remain in a new state before generating an alarm. For example, if a Normal state is changed to Alarm, the state must remain in Alarm for five seconds before an alarm is generated.

Time Zones

Shunt - Specifies the time period during which the input will be ignored. Disable Interlock - Specifies the time period during which the programmed action on this input from another point will be disabled. Disable Alarm msgs - Specifies the time period during which the input will generate no alarms.

Auto-Relock

Causes the door to relock immediately when the door status switch closes after entry. The output relay that controls the door strike de-energizes when the associated input returns to normal state instead of remaining energized for the duration of the pulse time. To enable Auto-Relock, select the Enable checkbox.


Output Settings An output, or output relay, is a switch on the panel that either energizes or de-energizes or pulses an output device, such as a door lock or a horn. For example, a successful card read at a reader (input device) causes the output relay switch on the panel board to change the normal state of a door lock (output device), so that the normally-locked door strike releases and permits entry.

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Figure 5-34 Output Settings Page

Refer to the descriptions in the table below to configure output settings.

Table 5-6 Output Settings Description

Setting Description

Output Number Specifies the number of out point to be occupied by the door.

Output Name The unique name identifies the device.

Pulse Time

Specifies the duration for which the device will assume abnormal status. For example, it specifies how long a horn will blow or a door strike will remain released. Enter the desired number of hours (1 maximum), minutes (60 maximum), and seconds (60 maximum). The sum of all three units comprises the pulse time. Note that you can express seconds in tenths of a second.

Time Zone

Energized – Sets the period during which the output switches are automatically energized. Disable Interlock - Specifies the time period during which the programmed action on this input from another point will be disabled.


Reader Settings A reader is a device that reads cards and either grants or denies access at the door.

Figure 5-35 Reader Settings Page

On Reader Settings page you can:

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• Define the time zone during which the reader will be disabled. When the reader is disabled, neither exit nor entry by Card and PIN mode or Card or PIN mode is allowed.

• Define the time zone during which the reader will be in lockdown mode. When the reader is in lockdown mode, entry is prevented but egress is still allowed.

• Define the reader’s access mode (the combination of card and/or PIN entry required by the reader). Note that the access mode defined here for the door can be overridden by a card assigned with a VIP card type (see Creating Card on page 38 for assigning a VIP card type).

• Configure the anti-passback feature. When enabled, the anti-passback feature prevents an entrant to an area from passing his card back to another potential entrant. Note that anti-passback must first be enabled on the Panel Attributes page.

Refer to the descriptions in the table below to configure reader:

Table 5-7 Reader Settings Description

Setting Description

Reader Name The unique name identifies the device.

Access Mode Time Zones

Specifies the validation conditions required at the door before access is granted. For each access mode, you must also select a time zone from the drop-down list. The time zone is the schedule by which the access mode is effective. Disabled - Allows neither exit nor entry by Card and PIN mode or Card or PIN mode. Free egress is not allowed Lockdown - Denies door entry but allows egress. Card and Pin - Grants access only with both a successful card read and a valid PIN entry at the door’s keypad. You can perform the card read and PIN entry in either sequence. Card or Pin - Grants access with either a successful card read or a valid PIN number entry at the door’s keypad. PIN Only - Grants access with only a valid PIN number. Card Only - Grants access with only a successful card read.

Anti-Passback

Configures the anti-passback feature, which prevents an entrant to an area from passing his card back to another potential entrant. Note that anti-passback must first be enabled at the Panel Attributes page. Enabled - Enables the anti-passback feature. Hard - Does not allow a second entry on the same card without an exit. Soft - Allows a second entry on the same card without an exit; however, an event is generated that indicates the second entry. Out - Applies to readers located inside the area. Cardholders use these readers when attempting to exit the area. In - Applies to readers located outside the area. These are readers that cardholders use when attempting to enter the area.


Note Access mode is priority-preemption mechanism. The priority is decreasing from Disable mode to Card Only mode. Higher priority will be identified first.

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Access Configuration

Site Codes Site Codes identify enterprise sites. Up to 8 site codes can be served as secondary card IDs (in addition to the card number) for additional validation.

Click Site Codes on Configuration tab and the page below displays. You can view existing site codes, create a new site code, modify an existing site code, and delete them.

Figure 5-36 Site Codes Page

Creating Site Code

1. Click【Add Site Code】above the list, the page below will pop up:

Figure 5-37 Add Site Code

2. Configure the parameters as below:

• Site Code Name: enter a name of the site code. • Site Code Number: enter a unique number (up to five digits) of the site code.

3. Click【OK】to create this site code.

Modifying Site Code 1. Click the name of the site code to be modified in the list to open the page below:

Figure 5-38 Modify Site Code

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2. Change site code settings.


Deleting Site Codes 1. Check all the boxes in front of the site codes to be deleted in the list.



Access Levels The access level specifies the time zone, or time schedule, during which the card holder can be granted access at specific doors. For example, an access level embedded in an employee’s card might allow the employee to enter the facility only through door 2 from 6:00 a.m. to 6:00 p.m., Monday through Friday.

Note Door and Time Zone must be configured before configuring an access level.

Click Access Levels to display the page below and view existing access levels, create a new access level, modify an existing access level, or delete access levels.

Figure 5-39 Access Levels Page

Creating Access Level

1. Click【Add Access Level】above the list, the page below will pop up:

Figure 5-40 Add Access Level


• Level Name: enter the name of the new access level.

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• Time Zone: select the time zone from the drop-down list

• Associated Doors: select the door(s). Card holders with this access level can only access selected door(s) during selected time zone.

3. Click【OK】.

Modifying Access Level

1. Click the name of the access level to be modified to open the page below:

Figure 5-41 Modify Access Level

2. Change access level settings.


Deleting Access Levels

1. Check all the boxes in front of the access levels to be deleted in the list.



Card Formats Click Card Formats to display the page below, then you can create and delete card formats, enable or disable existing card formats.

Figure 5-42 Card Formats Page

Creating Card Format

1. Click【Add Card Format】above the list, the page below will pop up:

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Figure 5-43 Card Format Data Layout

2. Refer to the descriptions in the following table to configure card format settings.

Table 5-8 Card Format Description

Setting Description

Name The unique name identifies the card format.

Reverse Bit Order Returns the message from the reader in reverse bit order (the least significant bit first and the most significant bit last).

Concatenated Site Code Combines the Site Code and Card ID as one unique number.

Total Num Bits Lists the total number of bits on the card.

Even Parity

Lists where on the card that even parity is being observed. Start Bit – first bit in the card where even parity begins. Num Bits – Number of bits to the right of the start bit, including the start bit, to include in the even parity check.

Odd Parity

Lists where on the card that odd parity is being observed. Start Bit – first bit in the card where odd parity begins. Num Bits – Number of bits to the right of the start bit, including the start bit, to include in the odd parity check.

CID A,B,C,D

Lists where on the card the Card ID A is listed. Start Bit – first bit in the card where card ID begins. Num Bits – Number of bits to the right of the start bit, including the start bit, comprises of card ID. Most formats require only CID A, and not CID B, C, or D.

Site Code A, B, C, D

Lists where the Site Code A is listed on the card. Consult the card manufacturer for detail. Start Bit – first bit in the card where the card’s Site Code begins. Num Bits – Number of bits to the right of the start bit, including the start bit, comprises the Site Code. Most card formats require only Site Code A.

Modifying Card Formats

1. Click the name of the card format to be modified.

2. Change card format settings on the pop-up window.


Deleting Card Formats

1. Check all the boxes in front of the card formats to be deleted in the list.



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Card Management Card is encoded with a unique number. When swiping a card with valid card number, the card holder would be granted access to certain doors during a certain time.

Click Card Management and the page below will display, and then you can view existing cards, create new card, modify an existing card, delete cards, and search cards.

Figure 5-44 Card Management Page

Creating Card

1. Click【Add Card】below the list to open the page below:

Figure 5-45 Add Card

2. Refer to the field descriptions in the following table to complete the card fields.

Table 5-9 Card Fields Description

Setting Description

Card Number Specifies the unique number by which the card holder will be identified. A card number is required.

Bulk Card Specifies the range of card to be added

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Setting Description

Card Holder Name Identifies the card holder. A card holder’s name includes first name and last name. Each name supports up to 25 characters.

Card Type Specifies whether the card holder is an employee, VIP, or a temporary employee (Temp). A card type is required.

Activation Specifies the date that a temp card is activated. Note that this field is active only when the Card Type is set to Temp.

Expiration Specifies the date that a temp card is de-activated. Note that this field is active only when the Card Type is set to Temp.

PIN

Specifies the Personal Identification Number (PIN) for the card holder. A PIN is optional; however, if the door reader is configured to require PIN identification, then you must create a PIN for the card holder here. The PIN number has a maximum of six digits.

NO. of uses Specifies the number of times the card can be successfully treated as valid on a panel.

Pin Not Required If it’s checked, the card will be granted access without input PIN code even if PIN is required in reader mode.

Access Level Specifies the time zone, or time schedule, during which the card holder can be granted access at specific doors. Up to 32 access levels can be supported by one card.

Trace Sends an alarm message to the alarm monitor whenever a card with trace enabled is presented at a reader. This feature provides a trace of the cardholder’s path through the facility.

3. Click【OK】.

Modifying Card

1. Click the name of a card to be modified to select it, and click【Edit Card】below the list to open the page below:

Figure 5-46 Modify Card

2. Change card properties.


Deleting Card 1. Click the name of a card to select it.

2. Click【Delete Card】below the list.

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Searching Card

1. Check the【Search Mode】above the card list to active search mode.

2. Enter desired criteria and click【Search】, then the result will be shown.

Figure 5-47 Search Card

Note You can use wild char (*) in first name and last name field to do fuzzy search. For example, use “Chun*” will return card 17900.

System Configuration

User Configuration Only User with the following roles can use the IP-AK2 Web Server:

• Administrator - Configures and monitors the IP-AK2 System. • Operator - Monitors and operate the system.

Click User Configuration to display the User Configuration page, then you can view existing users, create a new user, modify an existing user, and delete users.

Figure 5-48 User Configuration Page

Creating User

1. Click【Add User】above the list, the page below will pop up:

Figure 5-49 Add User


• User Name: enter a unique user name of the user.

• New Password: enter a new password of the user.

• Confirm PWD: re-enter the new password.

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• Role: select the user role, either administrator or operator.

• Account State: select account state. Only a user in Enable state can log into the system.

3. Click【OK】to create this user.

Modifying User

1. Click the name of the user to be modified in the list to open the page below:

Figure 5-50 Modify User

2. Change user settings.


Deleting Users

1. Check all the boxes in front of the users to be deleted in the list.



Changing Password

1. Click【Change Password】on the top right corner of the page.

Figure 5-51 Change Password 1

2. The page below will pop up:

Figure 5-52 Change Password 2

3. Input current password, and then input new password and confirm it.

4. Click【OK】.

Network Settings Click Networking Settings to display the page below, then you can view and edit the panel IP address, subnet mask, default gateway, and configure the loop baud rate for communication among downstream panels.

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Figure 5-53 Networking Settings Page

1. Refer to the table below for field descriptions and make corresponding changes.

Table 5-10 Networking Settings Description

Setting Description

IP Address IP address

Subnet Mask subnet mask Networking

Default Gateway default gateway

Baud Rate Specifies the transmission rate (bits per second) among the downstream panels in the loop. Loop

Panel ID The address of the master panel in the loop.

2. Click【Update】to submit changes.

Web Configuration Click Web Configuration to display web configuration page and edit Session Timeout setting.

Figure 5-54 Web Configuration

Modifying Session Timeout Setting

Web session timeout specifies that the time period that a user’s session remains valid. The session will be cleared after the user has been idled for longer than this setting.

1. Enter desired values in the textbox.

2. Click【Update】.

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Monitor

The following IP-AK2 panel status can be monitored:

• Alarms – one type of event, which has been assigned with alarm status. These often include events such as an invalid card read or a forced door.

• Events – the recorded transactions of the IP-AK2 system. For example, an event card found, number of users logged in.

• Doors – an overview of all doors’ status in the system in graphical manner. • Inputs – terminals located on the IP-AK2 panel; the inputs are wired to input points,

such as a card reader, elsewhere in the IP-AK2 system. • Outputs – switches located on the IP-AK2 panel that are connected to output

devices, such as a door lock, elsewhere in the IP-AK2 system. • System Status –IP-AK2 system status.

Alarms Alarms are system-generated messages that indicate the need for user attention. Select Monitoring Alarms and all unacknowledged alarms will display.

Figure 5-55 Unacknowledged/ Acknowledged Alarm Number

Check the box before the alarms and acknowledge the selected alarms.

Figure 5-56 Monitoring->Alarm

By clicking “Acknowledged”, the view can be switched between “Unacknowledged” and “Acknowledged”.

Figure 5-57 Monitoring->Alarms->“Acknowledged”

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Table 5-11 Alarms Field Descriptions

Column head Description

Time Provides the date and exact time the alarm was generated according to the panel’s time.

Panel ID The loop address of the panel that generates the alarm.

Event Point The unique number assigned to the device on the IP-AK2 panel.

Event Point Name The name assigned to the device on the IP-AK2 panel.

Description Description of the alarm.

Card Number Identifies the card number.

Card Holder Identifies the last name of the card holder who energized the input device when the alarm was generated.

Events Both panel-generated and web-generated events (for example, reading a card is a panel event and user login is a web event.) can be monitored on Events page.

Figure 5-58 Monitoring->Events

Table 5-12 Alarms Field Descriptions

Column head Description

Time Provides the date and exact time the alarm was generated.

Panel ID The loop address of the panel that generates the event.

Event Point The unique number assigned to the device on the IP-AK2 panel.

Event Point Name The name assigned to the device on the IP-AK2 panel.

Description Description of the event.

Card Number Identifies the card number.

Card Holder Identifies the last name of the card holder who energized the input device when the event was generated.

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Door View All door status on the panel will be shown on Door View. In addition, some basic control functions are provided on this page, such as “Open/Close”, “Temporarily Open”, “Restore to Time Zone”.

Figure 5-59 Monitoring->Doors

Table 5-13 Door Icon Description

Icon Description

The door is normally open.

The door is not closed.

The door is normally closed.

The door is opened by force.

To change the door status, follow the steps below:

1. Click the icon of the door and select desired action from the pop-up window.

2. Click【OK】.

Figure 5-60 Door Action

Input View The inputs status of all live panels will be shown on Input View. In addition, some basic input control functions are provided on this page, such as “Shunt Input Status” and “Restore to Time Zone”.

Figure 5-61 Monitoring->Inputs

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On Input View, you can:

• View the current status of each input (Normal, Alarm, Cut, Short, Shunted).

• Shunt or un-shunt any input. When an input is shunted, it is de-activated. The default state of an input point is “un-shunted”.

• Restore the input to its shunted time zone. Shunted time zone is a specified time period during which the input will be de-activated.

1. To shunt or un-shunt an input, click the image above the input name, and click【OK】to shunt or un-shunt the input.

2. To restore the input to its shunt state based on its configured time zone, check the 【Restore to Time Zone】and click【OK】.

Figure 5-62 Input Action

Output View The outputs status of all live panels will be shown on Output View. In addition, some basic output control functions are provided on this page, such as “Change Output Status” and “Pulse” as well as “Restore to Time zone”.

Figure 5-63 Monitoring->Outputs

On Output View, you can:

• View the current status of each output in the Discrete tab (Energized or De-energized).

• Energize or de-energize any output indefinitely.

• Pulse any output. This energizes the output for a configured period of time.

• Restore the output to its configured time zone. A time zone is a specified time period during which the output will be energized.

1. Click the status image and display a window.

2. Click【Change Output Status】to energize or de-energize the output indefinitely, and click【OK】.

3. To pulse an output for the configured period of time, click【Pulse】. Then click【OK】to start the pulse.

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4. To reset the output behavior according to its configured time zone, click the【Restore to Time Zone】. Click【OK】to restore the time zone.

Figure 5-64 Output Action

System Status IP-AK2 system basic information can be monitored on this page, including:

• Existing: Number of currently configured items.

• Capacity: Maximum number of items that can be configured.

Figure 5-65 Monitoring->System Status

Report

The IP-AK2 system can generate the following reports (they can be downloaded to the computer by clicking the report icon):

• Alarms & Events Report

• Event Definition

• Cards Report

Figure 5-66 Reports Page

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Specifications and Panel Wiring

6 Specifications and Panel Wiring

Specifications

Specification Parameters

Relay Contacts Four Form-C SPDT relays, 3A @ 28VDC (external PTC preferred) Voltage: 12VDC nominal Power Current: 300mA combined with two readers

LED Output Open collector driver capable of sinking up to 8mA Tamper Supervised or non-supervised input Data Input TTL compatible inputs Buzzer Output Open collector driver capable of sinking 8mA at 12VDC Reader Interface

Reader Type

Honeywell JT-MCR MIFARE Smart READERS Honeywell HON-MSR MIFARE SECTOR READERS HONEYWELL OmniProx PROXIMITY READERS Honeywell OmniClass SMART READERS Honeywell HON-FIN3000 Fingerprint

Reader 150mA (any of the two reader outputs)

Battery 150mA (battery charge current for the battery wired in series) Maximum Output Loading

Total 300mA (combined current of the two reader outputs)

Common Connections

The common connections of supervised input are all connected internally. They are not connected to the panel chassis. The common connections of relay output are NOT all connected internally, which are NOT connected to the panel chassis.

Height: 340mm (13.4inches) Width: 290mm (11.4inches) Enclosure Dimension Depth: 78mm (3.1inches)

Mechanical

Enclosure Weight 5Kg (11lbs), with one battery Operating: 0˚C ~ 50˚C Temperature Storage: -55˚C ~ +85˚C Environment

Humidity 5% ~ 85% RHNC

Ethernet Shield, cat5 to RJ-45 (Maximum 10 panels)

330inches (100m) (Maximum Distance)

Readers 7-Conductor, Shielded 500 inches (153 m) (Maximum Distance)

Supervisor Input Twisted Pair, Shielded 2,000 inches (610 m) (Maximum Distance)

Cable

Relay Outputs Twisted Pair, Shielded 2,000 inches (610 m) (Maximum Distance)

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IP-AK2 Panel Wiring Diagram

Figure 6-1 IP-AK2 Panel Wiring Diagram

Note Maintain at least 25 inch between the non-power limited wiring (220VAC/60 Hz input wiring, 12VDC wiring, battery backup/charger wiring) and all other wirings, which are power-limited Class 2 wiring.

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Maintenance

7 Maintenance

Perform the following maintenance on the IP-AK2 enclosure:

• Change the Long-way 6FM3.2A lead-acid backup batteries every 2 or 2.5 year.

Caution Do not connect an uncharged battery to the panel.

• Oil the lock once a year.

Caution Make sure AC power is disconnected before removing the Power Supply cover.

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8 Troubleshooting

Table 8-1 Troubleshooting Problems and Solutions

Problem Solution

The panel powers up, but it does not respond to any communication, cards reads, or input activation.

Ensure that the Address DIP switches are set to a value other than zero. Turn off the power (including battery), change the settings, and re-apply the power.

No communication exists with the Ethernet port.

Only a panel set to be Gateway (DIP switch 6 = ON) will have communications on the Ethernet port. If you need to use that port to access the panel, turn off the power (including the battery), change the switch setting, and reapply the power. Note that if the panel is normally not a Gateway on a Multidrop communication bus, then the Host RS-485 connection (TB7) should also be disconnected while DIP switch 6 is ON. After completion of the Ethernet session, turn off the power (including the battery), change the switch setting, re-connect the Host RS-485 terminal block, and re-apply the power.

Note The IP-AK2 EOL network is AC-coupled. There is no resistance difference between the RS-485 positive and negative terminals no matter the EOL network is on or off.

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Miscellaneous

Appendix A Miscellaneous

Basic Standalone Operations

Card Read / Door Lock Operation 1. Present a card to a reader.

2. The reader sends the card number to a reader input on the panel.

3. The panel searches its database and:

• If it is a valid card, then energizes the door relay associated with the particular reader input. The card is valid when it is in the card database on the panel and the current time and date conforms to the time zone associated with the card.

• If it is not a valid card, the door relay remains locked.

Door Egress / Door Lock / Door Status Operation 1. Activate the door egress input.

2. The panel energizes the door relay associated with the particular door egress input for a default time of 10 seconds.

3. If the door status goes from close to open and to close again during the 10 second door open period, the door relay will be immediately de-energized.

IP-AK2 Panel Defaults

Reader Ports The panel accepts a Wiegand serial data packet from the card reader. If the card is in the database, the associated relay is activated. If the card is not in the database, the relay state is unchanged.

The followings are the default reader ports to relay associations:

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Table A-1 Default Reader Ports

Reader Number Controls...

1 Relay 1 (Output 1)

2 Relay 2 (Output 2)

Reader Tamper Inputs The card readers have a Tamper signal wired to the IP-AK2 panel. This is a two-state input configured as a Normally Closed contact.

The followings are the default Reader Tamper Inputs to Panel Input associations:

Table A-2 Default Reader Tamper Inputs

Tamper LED Reports as...

Tamper 1 Input 7

Tamper 2 Input 8

Door Egress Inputs The panel has a Request-To-Exit (Egress) input for each door. The default condition is a two-state input configured as Normally Closed contact. When the egress input is active, the associated output relay will be active.

The followings are the default egress input associations:

Table A-3 Default Door Egress Inputs

Egress input Controls relay... Panel input Reports as...

1 1 SUP1 Input 1

2 2 SUP3 Input 3

Door Status Inputs The panel has a Door Status input for each door. The default condition is a two-state input configured as a Normally Closed contact.

The following are the default door status input associations:

Table A-4 Default Door Status Inputs

Door Status input Panel input Reports as…

1 SUP2 Input 2

2 SUP4 Input 4

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Miscellaneous

AC FAIL and Panel Tamper Inputs The panel has the following two additional generic inputs that can be used as generic inputs or as either External Power Fail or Enclosure Tamper inputs. The default condition is a two-state input configured as Normally Closed. Input 14 is a special case, since it reports in as two inputs (inputs 14 and 20). Input 14 can be used as a generic input, but input 20 is used for the Enclosure Tamper alarm. An active External Power Fail input indicates that the system is operating from the battery current, not from the primary input power. An inactive External Power Fail input indicates that the system is operating from the primary input power. About the resistor connection of TB8 supervisors, please see Figure 3-7 Typical Supervised Input Wiring Diagram.

Table A-5 Default AC FAIL and Panel Tamper Inputs

Generic input Panel input Reports as...

Generic/External Power Fail SUP5 Input 5

Generic/Enclosure Tamper SUP6 Input 6

Additional Generic Outputs The panel has the following two additional generic form C relay outputs:

Table A-6 Additional Generic Outputs

Relay output Controls...

3 Output 3

4 Output 4

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