AAN100操作说明书英文.docx

1、AAN100操作说明书英文AAN-100Access/Alarm Network ControllerInstallation Manual TABLE OF CONTENTS(This document contains 25 pages)Section 1 Unpacking1.1 General1.2 Unpacking Procedures1.3 Shipping InstructionsSection 2 Introduction2.1 AAN General Features2.2 Memory Expansion Option2.3 Communication Ports2.3.

2、1 ANI-1 Network Interface Module2.4 Power Input ProtectionSection 3 Installation3.1 Mounting the AAN3.2 Power Fault and Cabinet Tamper Wiring3.3 Communication with the Host3.3.1 Local Printout3.4 Communication with Slave Devices3.4.1 Local Printout3.5 Power Wiring3.6 Power ON Indicator3.7 Installing

3、 Memory Backup Batteries3.8 Memory Expansion Module Installation3.9 Installating a Second ANI Module3.10 Installation Verification3.11 Repair/Replacement of Failed UnitsSection 4 Configuration4.1 AAN-100 DIP Switches4.2 ASI-1 DIP SwitchesSection 5 SpecificationsFigure Illustrations139 Enclosure with

4、 basic AAN and Power Supply140 PC Board Layout141 Power Fault/Cabinet Tamper Wiring142 AAN to Slave Devices Communication Wiring (RS-485)143 AAN to Slave Devices Communication Wiring (RS-232/Modem)144 AAN to Host Communication Wiring145 Local Printer Connection146 Power Supply Wiring147 UPS Wiring14

5、8 Installing Memory Backup Batteries149 ANI-1 Installation150 Optional Plug-in Module DimensionsSAFETY PRECAUTIONSA number of safety precautions appear in various paragraphs on the following pages. A summary of those precautions are repeated below for emphasis:CAUTIONIf any damage to the shipment is

6、 noticed, a claim must be filed with the commercial carrier responsible.CAUTIONSeveral important procedures should be followed to prevent electro-static discharge (ESD) damage to sensitive CMOS integrated circuits and modules. All transport of electronic components, including completed reader assemb

7、lies, should be in static shield packaging and containers. Handle all ESD sensitive components, at an approved static controlled work station. These work stations consist of a desk mat, floor mat and a ESD wrist strap. Work stations are available from various vendors including the 3M company.WARNING

8、Power should not be applied to the system until after the installation has been completed. If this precaution is not observed, personal injury or death could occur, and the equipment could be damaged beyond repair.WARNINGVerify that the external circuit breaker which supplies power to the device pow

9、er supply is turned off prior to installation.WARNINGVerify that the output voltage of the power supply is within specifications prior to connection to the device.WARNINGThis equipment generates, uses, and can radiate radio frequency energy. If not installed and used in accordance with the installat

10、ion and operating manuals, it may cause interference to radio communications.Operation of this equipment in a residential area may cause interference. In this case, the user will be required to take necessary measures to correct the interference (This warning is provided as required by federal law).

11、Section 1 Unpacking1.1 GeneralThis section provides a step by step procedure for unpacking, inspecting and returning equipment.1.2 Unpacking ProcedureCAUTIONIf any damage to the shipment is noticed before unpacking, a claim must be filed with the commercial carrier.All containers should be opened an

12、d unpacked carefully in order to prevent damage to the contents.The following steps are used to unpack equipment in preparation for installation:1. Open the container and remove the unit(s) and all packing material. Retain the container and all packing materials. They may be used again for re-shipme

13、nt of the equipment, if needed.2. Inspect the contents for shortage. If items are missing, contact the order entry department.3. Visually check contents. If damage is discovered, perform the following:a. If damage was caused by shipping, claim must be filed with the commercial carrier.b. If any othe

14、r defect is apparent, call for return authorization.1.3 Shipping InstructionsThe following steps are used to ship any equipment:1. Contact the customer service department prior to returning equipment. When you call, please have available:a. A description of the problem or reason you are returning th

15、e equipment.b. Your original purchase order number, invoice number, and if the unit is still under warranty.c. A new purchase order number if the unit is not under warranty2. Obtain the Return Authorization Number (RMA) from the customer service department.3. Show the RMA number on all packages ship

16、ped. Packages which are not marked with an RMA number will be refused at the factory and returned to you - COD.4. Carefully pack the equipment and prior to shipment. Section 2 Introduction 2.1 AAN General FeaturesThe AAN-100 alarm/access network controller is a modular system that provides full dist

17、ributed processing for access control, alarm reporting and remote control operation in network applications.The AAN system provides 4 plug-in memory module SIMM sockets, for up to 8 Mbytes of RAM, up to 2 ANI-1 Ethernet modules (10 BASE-T and AUI interface on each), and up to 6 ASM-23, (RS-232) or A

18、SM-48, (RS-485) device port and host port driver modules.The AAN provides the following hardware features: High speed CMOS 32 bit microprocessor 6 serial ports (4 device ports up to 9600 baud, 2 host ports up to 57.6K baud) Battery back-up of access database and events DIP switches for configuration

19、 options Status LEDs for operation and diagnostics RS-232/RS-485/Ethernet communication Unique address. Up to 8 AAN-100s on a single communication line (RS-485).2.2 Memory Expansion OptionsThe standard AAN configuration provides 1 Mbyte of high speed static RAM for cardholder and event storage. Opti

20、onal plug-in memory expansion modules can provide, up to 8 Mbytes (using 4 2Mbyte AME-20 modules) for expanded cardholder and event storage.NOTE: Event storage reduces the amount of memory that can used to store the database. The host software configures the number of cardholders that the database w

21、ill hold and the rest of the space is used for event storage. Each event stored uses 12 bytes per event and a minimum of 100 events is always reserved. Database storage overhead uses about 10 percent of the available memory.Amount of memory for cardholder database and event storage: 1 MB - 839,577 b

22、ytes 2 MB - 1,783,296 bytes 4 MB - 3,670,732 bytes 8 MB - 7,445,606 bytes2.3 Communication PortsThe AAN has 6 high speed serial communication ports. Ports 3-6 are normally used to communicate with devices such as card readers, alarm panels and status panels. The remaining two ports (1 and 2) may be

23、used as a dual path to the host when employing the ANI-I, Network Interface module, as a single port to the host with a local printout/display of event activity on the other port, or as a dual serial path to the host, when using the ASI-1, Serial Interface module.All device ports (1-6) can be config

24、ured for either RS-232 or RS-485 communication using optional plug-in driver modules: ASM-23 (430-131) for RS-232, or ASM-48 (430-132) for RS-485 ( See Figure 140). Port 1 of the ASI-1 has the full complement of signals for dial modem communication (See Figure 144).2.3.1 ANI-1 Network Interface Modu

25、leUp to 2 ANI-1 modules are supported by the AAN. The ANI provides an AUI connector (DB15) and a 10 BASE-T connector (RJ-45) for connection to any LAN cable medium with a simple, plug-in installation.The ANI has 3 diagnostics LEDs: POL (polarity) is a yellow LED that illuminates when the polarity of

26、 the incoming data is reversed. ACT (activity) is a green LED indicating that commands from the host are being received. LINK is a green LED that illuminates when a LINK pulse from the host is received.The ANI has 2 jumpers, JP1 and JP2. In a system which uses 2 ANI modules, JP1 must be removed from

27、 one module to identify their system addresses. JP2 must be removed in systems which are using AUI.2.4 Power Input ProtectionThe AAN-100 PCB assembly is protected from over-current and over -voltage by on-board circuity.When an over-current condition occurs, solid-state fuses trip to protect the ass

28、embly. In many cases, the solid-state fuses automatically reset when normal current resumes, otherwise, the circuit current must be interrupted to reset the devices.Each communication module is protected from voltage surges and ESD by state-of-the-art semiconductor transient voltage suppressors.Sect

29、ion 3 Installation Installation of the AAN-100 requires the following steps: Plug-in optional modules Mount the AAN assembly Wire the power fault/cabinet tamper Wire the RS-485/RS-232 or network communication link to the host Wire the slave devices Wire power to the AAN Configure the AAN Verify the

30、installation and check system functions Install the memory back-up batteries3.1 Mounting Modules3.2 Mounting the AANThe AAN-100 mother board (with options) is installed in a utility cabinet/enclosure. The PC board has 4 holes for mounting (See Figure 139).3.3 Power Fault and Cabinet Tamper WiringWir

31、es are connected as shown in Figure 141.3.4 Communication with the HostPort 1 is the primary communication path to the host. When using the ASI-1 DUART, configure Port 1 using DIP switch SW1 on the ASI-1, as described in Section 4.2.Select RS-232 or RS-485, plugging in the desired driver, as shown in Figure 141. If using RS-485, install RS-485 terminators (ATM-48, P/N 470-030) at both ends. Observe the general guidelines for RS-485 communication.Wire the communication link to the host as shown in Figure 144.NOTE: Port 2 may be configured as an alternat