ENI-10/11 Network Interface Module Hardware Installation Manual. Revision B /AV July, 2003

Transcription

1 ENI-10/11 Network Interface Module Hardware Installation Manual Revision B /AV July, 2003 Document # Revision B / 09 JUL 2003

2 TABLE OF CONTENTS (This document contains 12 pages) Section 1 Introduction 1.1 ENI 10/11 Overview 1.2 Wiring Connections 1.3 LEDs Section 2 Unpacking 2.1 General 2.2 Unpacking Procedures 2.3 Shipping Instructions Section 3 Configuration 3.1 Defaults 3.2 IP Address Configuration Init AAN IP Configuration Web Page IP Configuration ARP/PING IP Configuration 3.3 Web Page Configuration Options 3.4 ASW-250 Configuration 3.5 AAN-4 Standalone Controller Configuration 3.6 AAN-100/32 Configuration Section 4 Firmware Updating 4.1 FTP Firmware Update Section 5 Appendix A Specifications Illustrations 285 ENI-10/11 Circuit Board Layout Page 2 of 14 ENI-10/11 Manual Document #101680_B 9 JUL 2003

3 IMPORTANT DEVICE INFORMATION The information on this page contains important information about the products covered by this manual. Please read all information thoroughly before proceeding. Failure to follow specified procedures may cause your equipment to function improperly, and may void your warranty. W A R N I N G HIGH VOLTAGE, AC MAIN POWER SHOULD ONLY BE CONNECTED BY QUALIFIED, LICENSED ELECTRICIANS. ALL APPLICABLE LAWS AND CODES MUST BE FOLLOWED. IF THIS PRECAUTION IS NOT OBSERVED, PERSONAL INJURY OR DEATH COULD OCCUR 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. Verify that the external circuit breaker which supplies power to the device power supply is turned off prior to installation. Verify that the output voltage of the power supply is within specifications prior to connection to the device. C A U T I O N Several 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 assemblies, 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. FCC Compliance Statement This device complies with Part 15 of FCC Rules. Operation is subject to the following two conditions: 1. This device may not cause harmful interference, and 2. This device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this device in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his/her own expense. The user is advised that any equipment changes or modifications not expressly approved by the party responsible for compliance would void the compliance to FCC regulations and therefore, the user's authority to operate the equipment. Statement of Conditions The information contained in this manual is subject to change without notice. Apollo shall not be liable for errors contained herein or for incidental or consequential damages in connection with the furnishing, performance or use of this manual or equipment supplied with it. Page 3 of 14 ENI-10/11 Manual Document #101680_A 9 JUL 2003

4 Section 1 Introduction 1.1. ENI-10/11 Overview The ENI 10/11 is an interface module that allows interconnectivity of alarm panels and field devices over Ethernet networks. This allows supplementation or replacement of standard RS-485 communication lines in order to increase distance limitations or to reduce site wiring. The ENI-10 is part of the AAN-4 standalone controller, or can be mounted to a standard AIM-4SL Reader Interface Module, in both cases by utilizing the 10-pin connector on the bottom of the unit. The ENI-11 is equipped with a RS-485 interface and can connect directly to ASW-250 software for communications with APN-35 controllers in an EZ-Mulitsite system. Alternatively, the ENI-11 can connect between AAN series control panels and other devices connected by another ENI 10/11 device. 1.2 Wiring Connections The ENI has the following connections for field wiring. (see illustrations 285 for locations) P1: Ethernet Network Interface connection for RJ-45 connector TB1: RS-485 Communications Loop Connection for 5-position quick connect module. Board markings indicate locations of Transmit/Receive and Signal Ground Connections. The ENI-11 should be wired as a field device if connected to the controller, or as a controller if connected to field devices. For RS-485 wiring information, refer to your controller or field device documentation. (Not used on ENI-10) J3: 12-pin connector for plugable RS-485 communications driver module (ENI-11 only) TTL Serial Connector: 10-pin connector located on the underside of the board (ENI-10 only), used for connection to port J12 on the AAN Standalone Controller or the AIM-4SL Reader Interface Module. JP1: Jumper connector for IP address programming mode. (Refer to Figure 285 for on and off position diagram.) J6: Power Connector (ENI-11 only) for connection of DC power. The positive pole is marked by the symbol (+). The ENI-10 is powered through the TTL serial connector and thus does not require this connector to receive power. 1.3 LEDs The following LEDs are provided to display the status of the ENI: (see illustrations 285 & for locations) D5: Ethernet Link Status. When a steady light is displayed, a link to an Ethernet connection is detected, if the LED is not lit, the connection has been disrupted. D6: Ethernet Activity: Displays packet activity on the Ethernet link. This light will flash at varying intervals (typically several flashes per second) when there is activity on the network. D1: RS-485 Activity: Displays activity on the RS-485 line. D2: Heartbeat Display: This light flashes a heartbeat (.2 seconds on,.8 seconds off) during normal operation to indicate power and normal firmware status. Page 4 of 14 ENI-10/11 Manual Document #101680_B 9 JUL 2003

5 Section 2 Unpacking 2.1. General This section provides a step by step procedure for unpacking, inspecting and returning equipment. Failure to follow these instructions may result in loss of warranty coverage Unpacking Procedure CAUTION If any damage to the shipment is noticed before unpacking, a claim must be filed with the commercial carrier. All containers should be opened and 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-shipment 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 other defect is apparent, call for return authorization Shipping Instructions The following steps must be 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 the 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 warranty 2. Obtain the Return Authorization Number (RMA) from the customer service department. 3. Show the RMA number on the outside of all packages shipped. 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 prior to shipment. Page 5 of 14 ENI-10/11 Manual Document #101680_A 9 JUL 2003

6 Section 3 ENI 10/11 Configuration 3.1 Defaults The following defaults are set in the ENI-10/11 at the factory: IP Address: TCP Port: 3001 These settings will need to be modified in order to match the configuration of the network. The IP address is static must be a unique number on your network (consult with your network administrator for available IP addresses). The TCP port should as well be an unused port on your network. In many cases, the default port will work, but check with your network administrator if you are unsure. WWW Username: Apollo WWW Password: www FTP Username: Apollo FTP Password: The www username and password will be used in the initial configuration of the ENI via its internal web server. The FTP username and password are used for access to the internal FTP server of the ENI which is used for firmware and product updates. The usernames and passwords should be changed in order to prevent unauthorized access to the configuration modes. NOTE: Usernames and passwords are CASE SENSITIVE! Baud Rate: Auto Connect: No These settings may also need to be modified to suit your configuration. The ENI-10/11 may be restored to all the defaults (with the exception of the IP address) by assigning it a new IP address (section 3.2). Page 6 of 14 ENI-10/11 Manual Document #101680_B 9 JUL 2003

7 3.2 IP Address Configuration The ENI-10/11 uses a static IP address. The user must insure that this address is not used by any other computers or devices in the system. If you are not sure then verify with your network administrator that a static IP address has been allocated. There are three ways to configure the IP address, using the ANI configuration tool (InitAAN.exe), using arp and ping commands from a DOS command line, or using the built in web page. In all cases the ENI must be powered up with the jumper placed on JP1 (see figure 285) Init AAN Configuration NOTE: Only one ENI should be configured on the network at one time. 1. Disconnect power from the ENI and place a jumper on JP1 (see figure 285). 2. Reconnect power to the ENI. 3. Start the INITAAN.EXE program. 4. In the box labeled AAN IP Address, type the desired IP address and press Program. A dialog box will appear informing of switch settings, this is not used for the ENI settings. Press OK to continue with the configuration. Dialog box of the INITAAN main screen, Waiting for BOOTP request will appear, followed by Received request from EE-yy-yy-yy (the actual numbers will be unique for each ENI). When the message Programming Complete appears, the IP address has been successfully updated. Close the program Page 7 of 14 ENI-10/11 Manual Document #101680_A 9 JUL 2003

8 5. Disconnect power from the ENI and remove the jumper from JP1. 6. Reconnect power to the ENI and continue with Web Page Configuration (see section 3.3) Web Page IP Configuration In most cases, the IP address will need to be set using INITAAN.EXE as explained in the previous section. In some cases, it may be possible to use the web page for configuration, for example to make a modification to a previously configured ENI. If you are unable to connect to the web page, it will not be possible to set the IP address in this manner. To use the web page to configure to the IP address, the IP address of your computer must be on the same network as the IP address of the ENI. For the defaults in the ENI (IP Address = ) the computer s IP address would have to have the first 2 octets the same ( ) for class B addresses and the first 3 octets ( ) for class C addresses. To change the IP address, use the method outlined below in section ARP/PING Configuration NOTE: This method of configuration is for advanced users familiar with Windows Ethernet networks. Disconnect power to the ENI and place a jumper on JP1 then reconnect power. To use the ARP/PING commands to configure the IP Address, your first need to add a static IP to MAC address mapping into the local ARP cache. In a DOS windows type: ARP s xxx.xxx.xxx.xxx EE-yy-yy-yy where xxx.xxx.xxx.xxx is the desired IP address yy-yy-yy is the MAC address of the ENI. Remove power, remove the jumper from JP1 and reconnect power to the ENI. The MAC address is printed on a label on the top of the ENI board. 3.3 Web Page Configuration Once the IP address is setup, then all the configuration can be done with a web browser via the ENI's internal web server. To open the web page configuration, type the IP address of the ENI in the address bar of your web browser. Do not preface the address with www. You should see the following screen: Page 8 of 14 ENI-10/11 Manual Document #101680_B 9 JUL 2003

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10 You must first enter the username and password for the web page configuration. The defaults are Apollo for the username and www for the password (username and password are case sensitive). Then click on ENI Configuration for basic configuration or UDP Host List for configuring the host list. You should see the following screen for ENI Configuration : ENI-10/11 Parameters: IP Address: IP address of the ENI-10/11. This is a static IP address so the network administrator must verify that it will not be used elsewhere in the system. FTP Enable: When checked, enables FTP access to the web page and configuration files stored in the ENI. FTP Username and Password: User name and password that must be entered to log in the FTP server in the ENI. WWW Enable: When checked, enables web page access for configuring the ENI. WWW Username and Password: User name and password that must be entered to access the configuration via the web page. Baud Rate: The baud rate that the ENI will use to communicate on the serial port. This setting must match the baud rate of the ports on the controller or field device(s) that the ENI is connected to. ENI Port: The TCP port number that must be used to open a network connection to the ENI. This should be an unused port on your network. Consult your system administrator for more information. Connection: Select either a TCP or UDP connection. TCP communication is used in EZ-Multisite systems for Page 10 of 14 ENI-10/11 Manual Document #101680_B 9 JUL 2003

11 communication between the ASW-250 software and the ENI. UDP should be used for communicating with devices over the network with a AAN series controllers. Also use UDP if you need to communicate to devices on different networks using the host list. Connection Parameters Host IP Address: When Auto-connect is not specified, this is used to limit which hosts may connect to the ENI. All zeroes means that any host may connect. Auto Connect: If checked will cause the ENI to automatically connect to the Host Address given. This is used where to ENI s are connected with AANseries controllers. The ENI attached to the AAN should be set to Auto Connect using UDP protocol. Gateway Address and Subnet Mask: These are used to connect to another ENI that is not on the same network when the Auto Connect box is checked. UDP Host List From the main screen clicking the UDP Host List Button will bring up the following page: Page 11 of 14 ENI-10/11 Manual Document #101680_A 9 JUL 2003

12 In addition to the Host IP Address on the main configuration page, up to 9 other IP addresses may be used for a total of 10 UDP destinations. These are used to with the Active Connect box checked to send data to ENI s on other networks. When serial data is received it is sent in a UDP packet to all of the Host IP addresses. The devices at these different IP addresses should have different hardware addresses. After changing any of the above configuration options, press the program button at the bottom of the page. The ENI will then save the settings, but power must be disconnected from the ENI and then reconnected before the settings will take effect. Pressing the Reset button at the bottom of the page will reset the values to their current configuration. If you do not wish to change any configuration options, simply close the browser window without pressing either button. 3.4 ASW-250 Configuration For communicating between ASW-250 software and the APN-35 s, one ENI-11 must be used connected to the APN- 35(s). Multiple APN-35 s may be multi-dropped on the RS-485 output of the ENI-11. The only parameter that has to be configured for this setup is the IP address of the ENI that used. It uses the default values of a TCP connection, 9600 baud, port You might want to disable the FTP and WWW access after the system is working to prevent someone from changing any of the configuration. In ASW-250 the network IP address and port number must be set to match this IP address and port number. 3.5 AAN-4 Standalone Controller Configuration For communicating with the AIM-4SL as a standalone controller setup the ENI-10 with the parameters: TCP connection, 9600 baud, port Ensure that Auto-Connect is disabled. 3.6 AAN-100/32 Configuration For communication between the AAN-100/32 and readers, alarm panels, and or other devices you will need to use an ENI-11 attached to the device port on the AAN-100/32 in addition to at least one ENI-10/11 at the devices. Both ENI s should be configured for UDP communications. The ENI-11 at the AAN-100/32 should have the Auto Connect box checked with the Host IP address set to the IP address of the ENI at the devices. If there are more than one ENI's in the system, the IP addresses for subsequent field devices should be set in the UDP hostlist on the ENI-11 connected to the controller. For ENI-10/11's connected to field devices, the IP address and TCP of the ENI-11 connected to the controller should be specified in the foreign host IP address fields, and autoconnect must be disabled. A sample configuration is provided below: Page 12 of 14 ENI-10/11 Manual Document #101680_B 9 JUL 2003

13 Section 4 Firmware Updating 4.1 FTP Firmware Updates In the case of product upgrades, or custom configurations, it may be necessary to update the firmware of the ENI. A file named ENI.BIN will be provided to you if this procedure becomes necessary. To perform the update, follow these steps: 1. Using an FTP client (for example WS_FTP, or the ftp client provided with Windows), open a connection to the ENI, using the previously defined IP address. 2. Log in using the FTP username and password specified in the web page configuration (the defaults are username: Apollo, password: NOTE: Usernames and Passwords are CASE SENSITIVE. 3. Transfer the file ENI.BIN to the default directory of the ENI. The FTP server will display a message indicating a successful transfer of the file. If there is an old version of ENI.BIN in the directory, the transfer may fail. You must delete the old file from the ENI s FTP server before sending the new version. 4. Immediately close the connection with the FTP server before the connection is allowed to time out (approximately 8 seconds). 5. The ENI will automatically begin to update the firmware. The operation should complete and the ENI will return to normal operation in approximately 1 minute. 6. All configuration options should be re-set once the firmware has been updated. Section 5 Specifications Power Requirements +5 to ma typical Dimensions 4.45" (11.3 cm) L x 2.3" (5.85 cm) W x 1.1" (2.8 cm) H Operating Environment Temperature: Relative Humidity: 0 to 70o C (32 to 158oF) 0-95% non-condensing Page 13 of 14 ENI-10/11 Manual Document #101680_A 9 JUL 2003

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