Continental Access CARDACCESS 3000 - ARCHITECTURAL AND ENGINEERING SPECIFICATION... Bedienungsanleitung

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

CardAccess®"3000

Architectural & Engineering Specification

Version 2.7

Continental Access

A Division of the Napco Security Group

355 Bayview Avenue

Amityville, New York 11701

Phone (631) 842-9400

Fax (631) 842-9135

www.continentalaccess.net

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

PREFACE

The Continental Access CardAccess 3000 Architectural & Engineering Specification is designed to

serve as a guide for specifying a Continental Access state of the art integrated Access control, alarm,

security, video management system. This document is available free of charge in both printed

form and electronic media.

CardAccess 3000

CardAccess 3000 will be a full-featured enterprise class access control solution, providing a

scalable solution from stand-alone entry level through networked world class enterprise

systems. This multi-tiered systems approach will provide for modular expansion and growth

as required, and is designed to provide cost-effective system with expansion and functional

enhancements.

Key Features

•A seamless integrated interface for Access Control, Alarm Monitoring, DVR/NVR

Interface, Visitor Management Control, Time and Attendance/Payroll Functions, Photo

Badging, Import/Export Utilities, Email/SMS Notification, Threat Level Management,

Napco Security/Fire Interface and Open API support.

•26 to 200 bit card formats plus FIPS 201-1 and NIST 800-116 compliancy.

•Secure MSDE/MSSQL technology and open database information sharing with CA

ExchangeDB Import and Export features.

•Scalable, flexible architecture of robust enterprise-class software provides an easy to use

and easy to install solution for any size facility with unsurpassed down load speeds.

•Interoperability for all the functions required in today's increasingly stringent security

environment in one easy-to-use graphical workstation interface.

More Information

Continental Access reserves the right to modify these specifications at any time. Changes

and updates to this document will be made available as they are released. For the latest

release of this document, check the Continental Access web site www.continentalaccess.net,

or call Continental Access at (631) 842-9400 to talk to a sales representative for information

on the latest release. Technical Assistance on preparing specific project applications is

available by calling (631) 842-9400.

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

CONTENTS

1. GENERAL

1.1. SUMMARY

1.2. SYSTEM REQUIREMENTS

1.3. FUNCTIONS

1.4. CARDACCESS HOST PC/SERVER COMPUTER

1.5. CARDACCESS WORKSTATION

1.6. SECURITY KEY

1.7. DATABASE PARTITIONING

1.8. ACCESS CONTROL PANEL

1.9. ALTERNATES

1.10. DEALERS

1.11. CONTRACTOR

1.12. DEFINITIONS

1.13. MERITS AND FUTURE GROWTH

1.14. SUBMITTALS

1.15. QUALITY ASSURANCE

1.16. WARRANTY

2. PRODUCT

2.1. PC REQIREMENTS

2.2. SYSTEM DESCRIPTION

2.3. SYSTEM SPECIFICATIONS

2.4. SOFTWARE CAPACITIES

2.5. SYSTEM SECURITY

2.6. SOFTWARE SPECIFICATIONS

2.7. SYSTEM SOFTWARE FEATURES

3. EXECUTION

3.1. SECURITY MANAGEMENT SYSTEM – INSTALLATIONS

3.2. TRAINING

3.3. TESTING

3.4. WARRANTY, MAINTENANCE, AND SERVICE

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

1.1. SUMMARY

Section Includes:

A general description, functional requirements, characteristics, and criteria present in the

CardAccess 3000 Access Control, Alarm Monitoring & Video Surveillance System. The

specification provides all necessary information to produce a complete proposal for a

sophisticated, easy to-use, multi-tasking, multi-user Access Control System (ACS) with

features that include, but are not limited to, Alarm Monitoring, Photo-ID Badging

Management, Visitor Management, CCTV Integrated Management, DVR Integration and

NAPCO Alarm panel Integration. Continental Access manufactures CardAccess 3000

(Version 2.x) Security & Management Software which includes all Computer Hardware

and Software, Intelligent Control Panels, Communication Devices, Card

Readers/Keypads, Access Cards, Key Tags, Key Fobs, I/O Boards & Power Supplies as

specified herein. All material will be listed in Continental Access’ catalogs.

1.2. SYSTEM REQUIREMENTS

A. Acceptable Manufacturers: Shall Be, (with no alternatives)

a. Continental Access, LLC

b. Napco Security Group

c. Salient

d. CA View

e. Que Accounting

f. StopWare

g. Fargo

h. Episoft

i. Code Bench

B. Computer Hardware: For optimal performance, CardAccess 3000 software shall operate

on a high-quality IBM compatible Intel processor PC as specified in Article 2.01 under

Part-2.

C. Controller Hardware: Shall be manufactured by a manufacturer of Access Control

equipment for not less than 25 years

D. Operating System: The PC operating system shall be required to be Microsoft

Windows®"2000 Pro, Server, Advanced Server, XP Professional, Win2003 or Vista

certified by the manufacturer.

1.3. FUNCTIONS

A. Card Access shall perform a wide variety of features-rich functions. These functions are

categorized into ‘system modules’, (integration of products), which include, but are not

limited to:

1. Access Control Management

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

2. Alarm monitoring Management

3. Burglar Alarms Panel Integration

4. Photo Imaging/Badging Management

5. CCTV and Digital/Network Video Recorder (DVR/NVR) Integration

6. Full Audit Trail Management report

7. Muster Reporting

8. Personnel Tracking Management Report

9. Visitor Management

10. Advanced Scripting (linking) Interface

11. Building Lock Down

12. Vehicle Tracking & Reporting

13. Graphical Dynamic Maps: Import & Viewing& Executable

14. Automated Data Import and Data Export

15. Full Time & Attendance

B. Controller Hardware shall be of a distributed architecture nature so that in the event of a

server failure the local controller will make all decision utilizing both the Facility code and

the unique ID and be capable of:

1. 2 to 16 card readers per panel

2. 1,000,000 card holders per panel

3. Card formats ranging from 26 bit to 256 bits

4. Processing data at 52 MIBS, (million instructions per second)

5. Down load speeds to the controller not to exceed 6 minutes for 100,000 card

records utilizing the 200 bit format

6. IPV IV and IPV VI Ethernet communications

7. Support AES 128/256 encryption

8. Time zone offsets

9. Reporting alarms to a central monitoring station via Ethernet without the

assistance of an integrated alarm panel

10. Changing addresses of inputs and outputs for door control

11. Global I/O functions

12. Communications of Ethernet TCP/IP, RS 232, RS 422 or a combination thereof

1.4. ACS HOST PC/SERVER COMPUTER

A. This Host PC shall contain the ACS software GUI, Data Server, SQL database and the

Host communications software module. The SQL database shall be able to be located on

a remote server, for improved performance. The communications software module shall

be able to be located on a remote server/s, for improved performance.

B. The Host communications software shall be required to be fully compliant with Microsoft

Windows ®"2000 Pro, Server, Advanced Server, XP Professional, Win2003 or Vista

systems and operate as a true 32-bit system.

C. The Host PC shall communicate with the Access Control Panels using Communication

protocols such as TCP/IP, RS-422 and RS-232.

D. The ACS shall be able to support both a Database server and a Communication server

either as one computer or multiple computers.

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

E. The Card Access shall be capable of supporting a Primary server and a Secondary

server for disaster recovery systems and shall not be limited by distance from Primary to

Secondary.

1.5. ACS WORKSTATION

A. The ACS workstation PC shall contain the software, the GUI, and integration executables

only.

B. The ACS workstation shall have the ability to enroll card data automatically

1.6. SECURITY KEY

A. Security key will be required on all Host communication server PCs in order for the

system to operate. Lack of security key on the Host PC will cause the communication

software and the GUI to shutdown. The user will be notified of the missing security key by

means of a popup message.

B. The Security key shall be available as either a hardware or software key.

C. Security key will not be required at workstations.

D. The Security key will determine both hardware and software limitations.

1. Hardware License Limitations: The key will determine the number of

workstations that will be able to connect to the system simultaneously.

2. Software License Limitations: The key will determine the additional software

features that a user can activate. The features will include:

i. Max # of Secondary Communication Servers

ii. Max # of CCTV DVR/NVR Servers

iii. Time & Attendance

iv. Visitor Management Integration workstations

v. Max # of Scripting servers & Script editing capability

vi. Max # of Napco Integration Servers

vii. API Interface

1.7. DATABASE PARTITIONING

A. ACS shall support MSDE/MSSQL database, and shall allow virtually unlimited database

partitioning.

B. Database Partitioning shall support the ability to assign the following to individual

partitions:

1. Card holders

2. Controllers

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

3. Workstations

4. Card Readers

5. I/O points

6. Alarm Panels

7. Access Levels

8. Time Zones

9. Communications Servers

10. Dynamic Maps

11. System Operators

1.8. ACCESS CONTROL PANELS

A. The Access Control System (ACS) panels shall support, through firmware updates, full

system integration, providing full system integration to standard burglary Alarm Panels

with 32, 96, and 255 Zone Control. This shall allow reporting to Police, Fire Department,

and to the ACS.

B. The following latest panels shall be available:

1. Two 2 Door Intelligent Reader Control Panel

2. Four Door Intelligent Reader Control Panel

3. Eight Door Intelligent Reader Control Panel

4. Expansion Modules:

i. The ACS panels shall provide for full Supervised Alarm Input Expansion

Modules (16 Supervised Alarm Inputs).

ii. The ACS panels shall support Relay Control Expansion Module (16 Form

C Relay Outputs, and 8 Non-Supervised Inputs).

iii. The ACS I/O Board shall support up to 3 expansion boards, each

provides 16 Supervised Inputs and 16 Relay Outputs, for a total of 48

each.

C. Additional Devices:

The ACS Access Panels shall support the following Add-On devices:

1. Personnel Identification Devices, including, but not limited to:

i. Prox-Cards

ii. Smart-Cards,

iii. Key Fobs,

iv. CHUID card

v. CAC card

vi. TWIC

vii. FIPS 201-1 card

viii. Barcode

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

ix. Mag-Stripe Cards

x. Access Authorization Devices, including, but not limited to:

a. Keypads,

b. Prox-Readers,

c. Smart-Card-Readers and

d. Biometric Identification devices

1.9. ALTERNATES

A. Only the manufacturer’s equipment that is explicitly mentioned in this specification are

supplied. Substitutes are not allowed.

B. Equivalence: No item shall be substituted without the prior written and approved

documentation that assures that the substituted part/parts are exactly the same,

technically and aesthetically speaking. The substituted parts must provide the same or

significantly improved performance.

1.10. DEALERS

A. All bidders must be a Certified Access Control Integrator by the manufacturer.

B. All technicians and engineers involved in the project must be trained and certified on the

ACS software and associated interfaces by the manufacturer prior to the bid.

C. All bidders must have 5 years installation experience on the ACS product lines.

D. The Integrators of the ACS products shall have been in the Access Control business for a

minimum of 15 years, and have supplied access control systems/components of similar

configuration, size and complexity.

E. All bidders must maintain a technical support group for providing round the clock

technical assistance.

1.11. CONTRACTOR

A. The contractor of the access control system will meet the following requirements:

1. He will have had a minimum of 5 years of experience in installing, commissioning

and supporting access control systems of similar size, configuration and

complexity.

2. He will have at least two technical staff members who have been trained and

certified by the manufacturer to install and support this system.

3. He will maintain an adequate supply of replacement parts for all system

components installed, as recommended by manufacturer.

B. The installing contractor shall be responsible for the following:

1. Determining operational requirements and planning/designing the system.

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

2. Installing and integrating Access Control, Alarm Monitoring, Alarm Systems,

DVR/NVR, Time and Attendance, Visitor Management interfaces and related

security and door hardware.

3. Configuring local access panels and ACS host communications.

4. Installing proper communication connections between the host system, access

panels, and the related hardware.

5. Testing the security management system communication and operation.

6. Training system operators.

1.12. DEFINITIONS

A. Entry/Exit points: Entry and Exit points are typically doors, turnstiles or portals, which

are controlled by having a reader at the point of entry or exit to which the badge holders

presents their access cards.

B. Application Software: This is the software application that manages the entire system. It

consists of a user interface (GUI), database interface (CIC DataServer) and a

communications module (Host COM).

C. Database: This is where all the system data is stored.

D. Archive Database: This is where all the system data is backed up.

E. Workstations: This is a PC running ACS software. Here, an operator can program and

monitor the security system operations.

F. Access Control Panels: These are the fully distributed hardware devices that store all

data necessary to control the badge/biometric readers and make the access grant/

access denied decisions, lock/unlock the doors and monitor the alarm points.

1.13. MERITS AND FUTURE GROWTH

A. The ACS shall be designed to grow as the project needs grow to virtually an unlimited

size and not be restricted by distance or continent.

B. The security system shall be simple and economical to support a single site, but is yet

powerful enough to manage a worldwide, multi-site network.

C. The Access Control System shall be designed with a scalable Client/Server System

Architecture.

D. The Access software package shall be fully integrated so that the software additions and

upgrades are simply layered in incremental modules. There should be no need to

relocate or jeopardize your database and/or uninstall/reinstall the software.

E. The Access Control System shall be designed to support the manufacturer’s full line of

distributed processing based controllers, system & components including products which

are supplied, installed and commissioned. Each of these products may be supplied in

one or more units.

ARCHITECTURAL AND ENGINEERING SPECIFICATION, v 2.7

F. The system shall have true 32-bit multi-tasking and multi-user capability.

G. Independent activities and monitoring shall be able to occur simultaneously at different

locations.

H. The system must allow for Time Zone offsetting.

I. The Host system shall be user friendly with a minimum learning curve (1 day on

average). It shall employ Microsoft Windows ®"user interface characteristics such as pull

down menus.

1.14. SUBMITTALS

A. Shop Drawings: Provide complete shop drawings which shall include the following:

1. Indicate all system device locations on architectural floor plans. No other

system(s) shall be included on these plans.

2. Include full schematic wiring information on these drawings for all devices. Wiring

information shall include conductor routing, quantities, and connection details at

devices.

3. Include a complete access control system one-line, block diagram.

4. Include a statement of the system sequence of operation.

B. Product Data: Provide complete product data which shall include the following:

1. Manufacturer’s data for all material and equipment, including controllers, local

processors, computer equipment, access cards and any other equipment

provided as part of the ACS.

2. A system description, including analyses and calculations used in sizing

equipment required by the ACS. Description to show how the equipment will

operate as a system to meet the performance requirements of the ACS. The

following information shall be supplied as a minimum:

i. Central processor configuration and memory size

ii. Description of site equipment and its configuration

iii. Protocol description

iv. Hard disk system size and configuration

v. Backup/archive system size and configuration

vi. Start up operations

vii. System expansion capability and method of implementation

viii. System power requirements and UPS sizing

3. A description of the operating system and application software.

C. Functional Design Manual: The functional design manual shall identify the operational

requirements for the system and explain the theory of operation, design philosophy, and

specific functions. A description of hardware and software functions, interfaces, and

requirements shall be included for all system operating modes.

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