FT Cvr TOC · Internet. Internal IP addresses are non-public IP addresses that usually begin with a 10 or 192, for example, 192.168.0.2. A common scheme for a NAT is to have one public

This document is the property of Carrier Corporation and is delivered on the express condition that it is not to be disclosed,reproduced in whole or in part, or used for manufacture by anyone other than Carrier Corporation without its written consent, andthat no right is granted to disclose or so use any information contained in said document.

Carrier reserves the right to change or modify the information or product described without prior notice and without incurring anyliability.

© 2006, Carrier Corporation 808-288 Rev. 04/06

CCNWeb

Overview and ConfigurationManual

Introduction ................................................................. 1About this Manual .................................................. 1Terminology ............................................................ 2

Operating Characteristics ........................................... 5Applications ............................................................ 5

Exposing a CCNWeb through a Firewall ........ 6Features ................................................................... 7

LED Indicators ................................................ 7Connectors ..................................................... 8Power Supply ................................................. 9

CCNWeb Configuration Tables ..............................10Broadcast Configuration Table .....................10CCNWeb Configuration Table ......................10Controller Identification Table .......................10Internet Protocol Configuration Table ...........10Modem Configuration Table .........................11User Access Configuration Table .................11System Access Configuration Table .............11

CCNWeb Maintenance Tables ...............................11 CCNWeb Maintenance Table .......................11

Internet Protocol Maintenance Table ............12Modem Maintenance Table ...........................12

Configuration ..............................................................13Broadcast Configuration Table ..............................13CCNWeb Configuration Table ...............................16Controller Identification Table ................................19Internet Protocol Configuration Table ....................19Modem Service Configuration Table ......................21User Access Service Configuration Table ..............24System Access Service Configuration Table .........27

Maintenance ................................................................29CCNWeb Maintenance Table .................................29Internet Protocol Maintenance Table .....................32Modem Maintenance Table ....................................33

Web Operation ............................................................37Logging In to the CCNWeb ....................................37

Home Page .....................................................37The CCNWeb Menu ...............................................39Logging Out of the CCNWeb .................................40

Auto Logout ..................................................40Scanning a CCN Bus ..............................................40Viewing Controller Tables ......................................43

Status Display Table Format .........................49Modifying (Forcing) Status Display andMaintenance Table Values ............................51Clearing (Autoing) a Force ............................51Occupancy and Setpoint Tables ...................52

Viewing CCN Alarms ..............................................52Alarm Message Format .................................54

Viewing Main View Pages ......................................55Types of Main View Pages ............................55Main View Page Library .................................55To Display a Main View ................................55

Configuration SheetsBroadcast Configuration Sheet ..............................59CCNWeb Configuration Sheet ...............................60Internet Protocol Configuration Sheet ....................61Modem Configuration Sheet ..................................62

Appendix A - Creating Main Views ............................63Introduction ............................................................63

Factory-Provided Templates .........................63Assigning and Viewing Main View Pages .....63Types of Pages ..............................................65

General Information ................................................68Eligible Data Points .......................................68Background Formats .....................................68Pic Type and Version Number .......................68File Names .....................................................68File Location ..................................................69

ii

Microsoft and Windows are registered trademarks of Microsoft Corporation.

Netscape is a registered trademark of Netscape Communications Corporation.

Transferring Pages to and from the CCNWebModule ..........................................................69

ViewSPACE Page Creation .....................................69Required Sections and Parameters ................69

Tabular Page Creation ............................................77Required Sections and Parameters ................77

Sample ViewSPACE ................................................78Sample Tabular Page ..............................................81Sending and Retrieving Web Pages .......................82

Disabling FTP Access ...................................82To Connect and Login to the CCNWebModule ..........................................................82FTP Commands .............................................84FTP Example 1 ................................................87FTP Example 2 ................................................88

Appendix B - Console Port Operation andCommands ...................................................................89

Introduction ............................................................89Cable .......................................................................89Port Settings ...........................................................89Console Port Operation andCommands ..............................................................89

Appendix C - Troubleshooting ....................................93CCNWeb IP Addressing ........................................93Configuration Parameters .......................................93

IP Address .....................................................93Subnet Masks ................................................94Default Gateway ............................................95

Maintenance Parameters ........................................95PING Command ......................................................96Using a Crossover Cable To TestCommunication .......................................................98

To Build an Ethernet 10BaseTCrossover Cable ............................................98

Networks and Firewalls ..........................................99Firewalls .........................................................99Port Numbers ............................................... 100Security ....................................................... 100

Operational Problems and Solutions .................... 101Log In Failure - Maximum Numberof Users ....................................................... 101Log In Failure .............................................. 102CCNWeb Does Not Reflect CurrentComfort Configuration ................................. 102

CCNWeb Only Displays 16Comfort Controller Setpoint Tables ............. 102Unable To Perform a Scan ........................... 103

Appendix D - Dial-up Networking Setupand Operation ............................................................ 105

Configuring Dial-up Networking .......................... 105Connecting to CCNWeb ....................................... 106

Index .......................................................................... 109

iii

ManualRevisions

The CCNWeb Overview and Configuration Manual is catalognumber 808-288, Rev. 04/06. This manual is written for CCNWebII and replaces the CCNWeb Overview and Configuration Manual,catalog number 808-288, 07/02.

Section/Chapter Changes

1. Revised Table and Figure 2-2 to reflect changes in the CCN-to-Ethernet Converter.

2. Under CCNWeb Configuration Table, revised description ofCCNWeb Table to remove reference to default user name andpassword, and added description of new System AccessConfiguration Table.

3. Revised Figure 3-2, CCNWEBC Table screen, to reflect newtable.

4. Under Internet Protocol Service Configure ($IP_CONF)Table, updated the default values for the IP_Conf Table'sHost IP Address and Subnet Mask decisions and added a newdecision, Max Transmission Unit.

5. Also added the following sentence to the description ofDefault Gateway: "The address provided by the DHCP serverwill not appear in this decision but will appear in the IPMinatenance Table."

6. Revised Figure 3-3, $IP_CONF Table screen, to reflectchange in table name (IP_CONF to $IP_CONF).

7. Revised Figure 3-5, $USERACC Table screen, to reflectchange in table name (USERACC to $USERACC). Alsorevised Default Value for Username decision and AllowableEntries and Default Value for Access Level decision.

8. Added Figure 3-6 $SYSACC Table screen, and added de-scriptions of and allowable entries and default values forassociated decisions.

9. Revised Figure 4-1 to reflect new decisions, Available DiskSpace and Available Pool Space. Also added decision de-scriptions, allowable entries, and default values.

Operating Characteristics

Configuration

Maintenance

iv

Configuration Sheets

Appendix A

10. On Page 35, added the following sentence to the descriptionof Default Gateway: "If the Use DHCP Service decision isset to No, then this display should match the Default Gatewayvalue configured in the IP_CONF Table."

11. Updated Table 5-1, CCNWeb Menu, to include new menuitems.

12. Updated figures Figures 5-1 through 5-11 to reflect changesin CCNWeb screens. Also, added new screen shots, Figures5-7a and 5-7b.

13. Revised Scanning a CCN Bus, Viewing Controller Tables,and viewing Main View Pages to reflect new menu itemnames.

14. Under Viewing CCN Alarms, updated Step 3 and revisedFigures 5-8 through 5-11.

15. Updated configuration sheets in accordance with changes inconfiguration tables.

16. Revised Figures 1 and 2.

17. Revised Table 5 to correct a typo in the YCoord parameter.

18. Revised "Configuring Dial-up Networking" instructions toreflect changes for Windows XP.

Web Operation

Appendix D

Introduction

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1

This manual contains information about the functions of CCNWeb andhow the user configures the CCNWeb to perform those functions anduses the CCNWeb's Internet-based interface to access CCN controllersand alarms.

The manual is divided into the following sections:

• Introduction• Operating Characteristics• Configuration• Maintenance• Web Operation• Configuration Sheets• Appendix A - Creating Main Views• Appendix B - Console Port Operation and Commands• Appendix C - Troubleshooting• Appendix D - Dial-up Networking Setup and Operation

The Introduction consists of this description of the manual and a definitionof terms used in this manual.

The Operating Characteristics section contains a description of theCCNWeb hardware, a description of how the CCNWeb operates, anda summary description of its configuration tables.

The Configuration section contains detailed lists of the decisions for eachCCNWeb configuration table. Each list entry includes the decision’spurpose, the range of values that may be used, and the default values thatwill appear in the decision if it is not configured by the user.

The Maintenance section contains detailed lists of the decisions for eachCCNWeb maintenance table. Each list entry includes the decision’spurpose and the range of values that may be displayed.

The Web Operation section provides you with instructions on using theCCNWeb's Internet-based interface to access your CCN controllersand alarms.

About thisManual

Introduction

2

The Configuration Sheets section consists of a list of configuration deci-sions arranged in a table format. These sheets are provided so that theymay be photocopied for use as worksheets and hard copy records whenconfiguring the CCNWeb.

Appendix A provides you with instructions on creating Main ViewCCNWeb pages.

Appendix B lists the commands that you would use in order to read andenter data in the CCNWeb's Internet Protocol (IP_CONF) Table using adumb terminal or a PC running a terminal emulation program. This alterna-tive method of configuring the IP_CONF Table is referred to as ConsolePort mode.

Appendix C has been included to assist you with troubleshooting yourCCNWeb.

Appendix D provides you with information on setting up a Windows XPPC to allow direct modem-to-modem dial-up networking from your PC tothe CCNWeb and with step-by-step instructions on connecting to theCCNWeb using dial-up networking.

The following terms are used within this manual.

IP - Internet Protocol - one of several protocols which computers use tocommunicate to one another over a network.

IP Address - a numeric identifier used to specify a particular host on aparticular network, and is part of a global standardized scheme for identify-ing devices that are connected to a network. An IP address is analogous toyour telephone number in that the telephone number is used by the tele-phone company to direct calls to you. The IP address is used to direct datato a computer or device on a network. IP addresses consist of four num-bers between 0 and 255, separated by periods, which represent both thenetwork and host machine.

Terminology

3

Subnet Mask - a value used to distinguish the network ID portion of theIP address from the host ID. The Subnet Mask is in the form ofnnn.nnn.nnn.nnn, where nnn is a decimal number ranging from 0 to 255.The only valid numbers are 0, 128, 192, 224, 240, 248, 252, 254 and255.

DHCP - Dynamic Host Configuration Protocol - a protocol thatenables individual computers/devices on an IP network to extract their IPconfigurations from a DHCP server. Using DHCP allows for dynamicassignment of IP addresses.

LAN - Local Area Network - a computer network that spans a rela-tively small area. Most LANs are confined to a single building or groupof buildings. However, one LAN can be connected to other LANs overany distance via telephone lines and radio waves. There are many differ-ent types of LANs, Ethernet being the most common for PCs.

WAN - Wide Area Network - a computer network that spans greatdistances and usually connects together many LANs. The most notableWAN is the Internet.

Router - a device that directs traffic from one LAN or subnet to another.This device allows a connection between two separate LANs. A routeris always installed between an internal LAN and the Internet (WAN).

Firewall - a piece of hardware or software with the function of protectinginternal LANs from intrusion. A firewall filters IP addresses, ports, andprotocols to only allow valid IP traffic to pass between internal andexternal LANs.

NAT - Network Address Translator - used to translate IP addressesfrom an internal LAN to different IP addresses on another LAN or theInternet. Internal IP addresses are non-public IP addresses that usuallybegin with a 10 or 192, for example, 192.168.0.2. A common schemefor a NAT is to have one public IP address that is used for all Internettraffic, translating each internal IP address to the one public address as itleaves the NAT. This scheme reduces the need for a large pool ofpublicly known IP addresses.

4

Proxy Server - a proxy server acts on the behalf of clients to accessWeb pages. When a client requests a page from a web server on theInternet or a local LAN, the proxy server fetches the page on behalf ofthe client and caches it. When any client makes subsequent requests forthe same page, the proxy server sends the page from its cache, whichspeeds up response times for the client.

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CCNWeb is a device designed to provide Internet/Intranet connection toa Carrier Comfort Network (CCN). CCNWeb can be accessed using aweb browser over an Ethernet-based Local Area Network (LAN) or viaa telephone line using point to point protocol.

Physically, the CCNWeb module consists of a compact desktop unitequipped with specialized hardware and software. It can also be wall orpanel mounted using the detachable mounting plate that is included withthe unit.

Please refer to the CCNWeb Installation Instructions (997-020110-1)for detailed instructions on installing the CCNWeb module.

The user configures the CCNWeb by means of the Network ServiceTool or ComfortVIEW. In addition, the Internet Protocol (IP) configura-tion may be accomplished using a dumb terminal (VT100 compatible) orPC connected directly to the CCNWeb module using a program such asWindows® Hyperterminal.

The user can access the CCNWeb and associated CCN controllers andalarms using the following Internet browsers: Microsoft® InternetExplorer or Netscape® Navigator.

Figure 2-1 depicts a typical application of the CCNWeb.

OperatingCharacteristics

Applications

6

Figure 2-1CCNWeb System Diagram

Exposing CCNWebthrough a Firewall

The CCNWeb uses IP Port 80 for HTTP traffic and Port 21 for FTPtraffic. If the CCNWeb is to be accessed from the Internet or anotherWide Area Network (WAN) and a firewall is used, the firewall must beset up to allow traffic through these ports.

7

LED Indicators

The CCNWeb module is shown in Figure 2-2. It has the followingfeatures.

• LED indicators for processor status and communication status

• RS-485 serial communication port for CCN connection (COM1)

• RS-485 or RS-232 (RS574) communication port (console port)for dumb terminal or PC connection (COM2)

• 10/100Base-T Ethernet port

• Phone port

• 24VAC Power connector

• CCN Service Tool connector.

A CCNWeb's address on its CCN Communication Bus must have asystem element number within the range of 1 to 239. Its default ad-dress is Bus # 0, Element # 1. The default IP address is 192.168.0.1.

There are three sets of three LEDs and one set of two LEDs on thefront of the converter that indicate system status. One set indicatesmodule and CCN communication status while the second set indicatesEthernet communication status. The CAN2.0B LEDs are unused. SeeFigure 2-4. The LEDs are described in the following tables.

LED Label Blinks

STATUS Red at 2 Hz when module is initializing and at.5 Hz rate when module is powered andrunning properly.

COM1 Yellow when communication is occurring onCCN Bus

COM2 Green when communication is occurring onCOM2

Features

Table 2-1Status/COM LEDs

8

LED Label Indicates

LINK steady Red when physically connected to LANRX blinking Red when data is being receivedTX blinking Red when data is being transmitted

LED Label Indicates

CD (Carrier Detect)steady Red when connection is established

RX blinking Red when data is being receivedTX blinking Red when data is being transmitted

Front View

The CCNWeb features a CCN Service Tool connector on the front, andCCN Bus (COM1), Console Port (COM2), Power, and Ethernetconnectors on the back. They are described in the table below. TheCAN 2.0B connector is not used.

Figure 2-2CCN-to-Ethernet Converter(front and back views)

Back View

Table 2-210/100Base-T LEDs

Connectors

Table 2-3Modem LEDs

CCN

SERVICE

STATUS COM1 COM2 CD RX TX

MODEM

LINK RX TX

10/100BASE-T

RUN STATUS

CAN2.0B

PHONE

LINE 10/100BASE-T

RS574(232)

COM2

RS485 - G +

CCN/COM1 POWER

H G L - +

CAN2.0B OUT

RS485 - G +

24VAC/DC - +

9

Connector Type

CCN Service 6 conductor modularCCN Bus COM1 three pin, screw terminalRS-232 (RS-574) COM2 9 pin female miniature D-sub style Console PortPhone Jack RJ-14Power three pin, screw terminal

Pin assignments for the CCN Bus (COM1) connector and Console Port(COM2) connectors are described below.

Connector Signal Pin

CCN Bus Data (+) 1Signal ground 2Data (-) 3

RS-232 DCD 1RS-574 RXD 2COM2 TXD 3Console Port DTR 4

GND 5Unused 6RTS 7CTS 8Unused 9

Power 24 Vac+ 124 Vac- 2Ground 3 *

* Note: To comply with FCC regulations, Pin 3 must be connected toearth ground.

The CCNWeb requires a dedicated 24 Vac power source minimum15VA rating.

Note: Do not power this unit from the same transformer used topower other devices.

Table 2-5Pin Assignments

Power Supply

Table 2-4Connectors

10

Internet ProtocolConfiguration Table

ControllerIdentification Table

The CCNWeb's operation is controlled by data entered into a group ofconfiguration tables. You enter and view this configuration data using aCCN front end such as ComfortVIEW or a Network Service Tool.

For descriptions of the decisions in each table, refer to this manual'sConfiguration section. The purpose of each table is summarized on thefollowing pages.

The CCNWeb contains a Broadcast Table by which you can configure itto be the CCN's broadcaster of time and date to all system elements onthe CCN. There must be only one broadcaster on a CCN so this func-tion should not be activated if any other system element is acting as timebroadcaster.

The CCNWeb Configuration table is where you enter information suchas CCN alarm acknowledger designation, and default units (US ormetric.) This table is also the place where you designate the CCN Busand range of system elements that you wish to examine, and where youstart and stop a scan.

Each CCNWeb contains a Controller Identification Table (Ctlr-ID). Bychanging the information that appears in this table, you can change thename, description, and location that appears for the Converter in theComfortVIEW Controller List and in NDS Reports.

The Internet Protocol Configuration table contains decisions used tospecify the following:

• IP Addresses• Host Name

This configuration is required in order for the CCNWeb to communicateon an Ethernet LAN.

Broadcast Table

CCNWeb Table

CCNWebConfigurationTables

11

Required IP addresses must be obtained from the LAN administrator toensure there is no conflict with other devices connected to the LAN. IPaddresses can be either static (user assigned) or dynamic DHCP (auto-matic system assigned, provided a DHCP server is active on the LAN.)

Configuration of this table may be accomplished on the CCN using theNetwork Service Tool, ComfortWORKS or ComfortVIEW. The IPconfiguration may also be accomplished through the RS-232 port(COM2) on the module using a dumb terminal (VT100 compatible) orPC running a terminal emulation program such as Windows®Hyperterminal. This mode of configuration referred to as Console Port, isdescribed in detail in Appendix B of this manual.

The Modem Configuration table is where you can customize settings inthe CCNWeb's internal modem.

The User Access table is where you specify usernames, passwords, andaccess levels for CCNWeb users.

The System Access table is where you specify default FTP user nameand password for system level access.

The CCNWeb contains the maintenance tables listed below. Thesetables are only accessible from a CCN front end such as ComfortVIEWor a Network Service Tool. The values displayed in these tables areread-only displays values. You cannot enter data into any maintenancefields.

For descriptions of the information provided in each table, refer to theMaintenance section of this manual.

• CCNWeb Maintenance Table• Internet Protocol Maintenance Table• Modem Maintenance Table

The CCNWeb Maintenance Table displays information such as thenumber of logged in users, and number of bus and system elementcurrently being examined. This table also displays information about thelast bus scan that was performed such as execution time, date, andsource of scan request.

Modem ConfigurationTable

User AccessConfiguration Table

CCNWebMaintenanceTables

CCNWeb MaintenanceTable

System AccessConfiguration Table

12

Internet ProtocolMaintenance Table

Modem MaintenanceTable

The Internet Protocol Maintenance Table displays the current IP ad-dresses being used by the CCNWeb.

The Modem Maintenance Table displays status information about theCCNWeb's internal modem.

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The CCNWeb's operation is controlled by decisions entered in a groupof configuration tables. The CCNWeb contains the following configura-tion tables:

BRODEF Broadcast Configuration TableCCNWEBC CCNWeb Configuration TableCtlr-ID Controller Identification Table$IP_CONF Internet Protocol Service Configuration

TableMDMCONFG Modem Service Configuration Table$USERACC User Access Service Configuration Table$SYSACC System Access Service Configuration Table

Figure 3-1 displays the Broadcast Configuration Table. An explanation ofeach configuration decision follows.

Configuration

Figure 3-1Broadcast (BRODEFS)Table

BroadcastConfiguration(BRODEF) Table

14

Use this decision to indicate whether the CCNWeb will broadcast the timeand date to other system elements on the CCN. CCNWeb will broadcasttime at 1 am, 1 pm, whenever its time is changed, and whenever it receivesa time request from the CCN. If time broadcast is enabled then there mustbe a CCN device set as the broadcast acknowledger for the bus.

Allowable Entries Disable/Enable

Default Value Disable

Use these decisions to configure the start and end of daylight saving.

Use this decision to enter the month in which the real time clock will adjustthe time for the start of daylight saving time.

Allowable Entries 1 to 12

Default Value 4

Use this decision to enter the day of the week in which the real time clockwill adjust the time for the start of daylight saving time,where 1 = Monday.


Default Value 7

Use this decision to enter the week of the month when the real time clockwill adjust the time for the start of daylight saving time.


Default Value 1

Use this decision to enter the time of day at which the real time clock willadjust the time for the start of daylight saving time. Use a decimal, orcolon, to separate hours from minutes.

Start Time

Start Day of Week

Start Week

Start Month

Daylight Savings

Time BroadcastEnable

15

Allowable Entries 00:00 to 23:59

Default Value 02:00

Use this decision to enter the number of minutes by which the real timeclock will adjust the time for the start of daylight saving time. An entry of0 will disable this feature.

Allowable Entries 0 to 360 minutes

Default Value 60

Use this decision to enter the month in which the real time clock willadjust the time for the end of daylight saving time.


Default Value 10

Use this decision to enter the day of the week on which the real timeclock will adjust the time for the end of daylight saving time,where 1 = Monday.


Default Value 7

Use this decision to enter the week of the month in which the real timeclock will adjust the time for the end of daylight saving time.


Default Value 5

Stop Month

Stop Day of Week

Stop Week

Start Advance

16

Figure 3-2CCNWeb (CCNWEBC) Table

CCNWebConfiguration(CCNWEBC)Table

Use this decision to enter the number of minutes by which the real timeclock will adjust the time for the end of daylight saving time. An entry of0 will disable this feature.

Allowable Entries 0 to 360 minutes

Default Value 60

Figure 3-2 displays the CCNWeb Configuration Table. An explanationof each configuration decision follows.

Use this decision to enter a name to identify the CCN site. This name willbe displayed on the CCNWeb's home page in the left frame above thelist of CCN controllers.

Allowable Entries Up to 24 Alphanumeric Characters

Default Value Blank

Site Name

Stop Back

17

Use this decision to specify whether this CCNWeb will act as the alarmacknowledger for CCN alarm messages. There must be only one CCNalarm acknowledger per CCN.

This decision has no effect on the CCNWeb's Alarm List functionality.For information on the Alarm List, refer to the Web Operation chapter ofthis manual.

Allowable Entries Yes/No

Default Value No

Use this decision to specify the system of measure that the CCNWeb willuse to process and display data. Select metric for the metric system(degrees Celsius) or US for the United States system (degrees Fahren-heit.) You can reset the units for a specific session via the Internet usingthe CCNWeb's Config menu item. For additional information on theCCNWeb's Internet functionality, refer to the Web Operation chapter ofthis manual.

Allowable Entries US/metric

Default Value US

Use the decisions below to set up, start, and stop a scan. You can scanan entire CCN Bus or a specific portion of a CCN to identify the con-trollers that are present on the bus.

To scan an entire CCN, enter 0 for the Bus, First Element, and LastElement decisions. To scan a portion of a CCN, enter a specific Bus,First Element, and Last Element.

Default Units

Alarm Acknowledger

Bus Scan

18

Use this decision to enter the number of the CCN Bus that you wish toexamine.

Allowable Entries 0-239

Default Value 0

Use this decison to enter the lowest system element on the specified bus.The bus scan will examine those system elements beginning with thiselement number up to and including the element number specified in theBus Scan Last Element decision.


Default Value 0

Use this decison to specify the highest system element address that youwish to examine on the specified bus. The bus scan will examine thosesystem elements beginning with the element number specified in the BusScan First Element decision up to and ending with the element numberspecified in this decision.


Default Value 0

Use this decision to activate the bus scan function. The CCNWeb willexamine the specified range of addresses and will produce a list ofsystem elements that it will display in the left frame of the Home page.After starting a scan, the CCNWeb resets this decision back to No.

Note: You will only be allowed to perform a bus scan using thisdecision if no users are currently logged into the web server.Refer to the CCNWeb Maintenance Table's No.of Logged InUsers decision to determine if there are any current logins.


Default Value No

LastElement

FirstElement

Bus

Start Bus Scan

19

You can use this decision to stop an in-progress bus scan. The scan willstop at its current location and the Controller List will include all systemelements scanned up until the scan was stopped.

Note: After stopping a scan, the CCNWeb resets this decision backto No.


Default Value No

The Controller Identification Table contains product identification infor-mation that is entered when the module is assembled. By changing theinformation that appears in this table, you can change the name, descrip-tion, and location that appears for the CCNWeb in the Network ServiceTool, ComfortWORKS or ComfortVIEW Controller List and in NDSReports.

Figure 3-3 displays the Internet Protocol Service Configuration Table.An explanation of each configuration decision follows.

ControllerIdentification(Ctlr-ID) Table

Stop Bus Scan

Figure 3-3Internet Protocol ($IP_Conf)Table

Internet ProtocolServiceConfiguration($IP_CONF) Table

20

The following five decisions define the IP configuration of the CCNWeb.When any of these decisions is changed and downloaded to theCCNWeb, the CCNWeb must be power cycled for the new values totake effect.

Use this decision to specify whether the CCNWeb's IP address will beprovided by a DHCP server. If No is selected an IP address must beentered in the Host IP Address decision.

Note: If DHCP is selected a DHCP server must reside on the LAN.Additionally, the DHCP server must provide an infinite leasewith the IP address.


Default Value No

Use this decision to input the IP address of the CCNWeb. This addresswill be provided by the LAN administrator. The address provided by theDHCP server will not appear in this decision but will appear in the IPMaintenance Table.

Allowable Entries xxx.xxx.xxx.xxxwhere xxx is a decimal numberbetween 0-255

Default Value 192.168.0.1

Use this decision to enter the Subnet Mask value of the CCNWeb. Thisvalue will be provided by the LAN network administrator. The maskprovided by the DHCP server will not appear in this decision but willappear in the IP Maintenance Table

Allowable Entries xxx.xxx.xxx.xxxwhere xxx is a decimal number.Valid entries are 0, 128, 192, 224,240, 248, 252, 254 and 255


IP Configuration

Host IP Address

Subnet Mask

Use DCHP Service

21

Use this decision to enter the IP address of the default gateway (router)on the Ethernet LAN. This address will be provided by the LAN admin-istrator. The address provided by the DHCP server will not appear inthis decision but will appear in the IP Maintenance Table.

Allowable Entries xxx.xxx.xxx.xxxwhere xxx is a decimal numberbetween 0-255


Use this decision to enter the Host Name used to identify the CCNWebon the Ethernet. This name may be created by the user but must beunique and not already used by another device on the LAN. The namemust begin with a letter and be entered without any spaces betweencharacters. Dashes may be used to separate characters.

Allowable Entries Up to 16 Alphanumeric Characters(A - Z), (a-z), (0 - 9) and dashes

Default Value Blank

Use this decision to enter the maximum packet size for IP packetstransmitted by the CCNWeb. It may be necessary to limit packet sizebased on network requirements.

Note: In most cases, this parameter can be left at its default value.


Default Value 1500

Figure 3-4 displays the Modem Service Configuration Table. An expla-nation of each configuration decision follows.

Default Gateway

Host Name

Modem ServiceConfiguration(MDMCONFG)Table

Max Transmission Unit

22

The decisions below define the configuration of the CCNWeb's internalmodem.

Use this decision to specify the ITU-T country code. Refer to Table 3-1below.


Default Value B5

Country Code

Modem Configuration

Figure 3-4Modem ServiceConfiguration (MDMCONFG)Table

23

This decision is unused in the CCNWeb. Leave it at its default setting.

Use this decision to specify a number of rings after which the CCNWebmodem will automatically answer.

Allowable Entries 0-2550 = Disable auto answer

Default Value 1

Use this decision to enable or disable control of the modem speaker.

Allowable Entries On/Off

Default Value On

Use this decision to increase or decrease modem speaker volume.


Default Value 5

Dial Type

Table 3-1ITU-T Country Codes

Rings to Auto AnswerOn

Speaker Volume

Speaker Control

24

These 4 decisions, which are intended for use primarily by servicepersonnel, allow you to add additional configuration information for theCCNWeb's modem.

For example, you can use these decisions to modify parameters such asmaximum connection speed, or to disable error correction or datacompression. For additional information, you should contact Carrier'sSystem Support personnel.

Note: Strings must begin with the characters AT.


Default Value Blank

Example: The following example shows the strings required to limitthe modem's V.34 capability to between 4800 and 9600baud for transmission and reception.

Extra Configuration 1 AT+MS=V34,1,4800,9600,Extra Configuration 2 4800,9600Extra Configuration 3Extra Configuration 4

Figure 3-5 displays the User Access Service Configuration Table. Anexplanation of each configuration decision follows.User Access

ServiceConfiguration($USERACC)Table

Extra Configuration1 - 4

25

Figure 3-5User Access ServiceConfiguration ($USERACC)Table

Each of these decisions is used to specify username, password, andaccess level information to allow up to 4 users to access the CCNWeb.

Note: As is the case with most password-protected systems, it isrecommended that you periodically change your username andpassword for security reasons.

Use this decision to specify the default username that will allow you to login to the CCNWeb.


Note: Usernames are case sensitive.

Default Value blank

User 1-4 Access

Username

26

Password

Access Level

Use this decision to specify the default password that will allow you tolog in to the CCNWeb.


Note: Passwords are case sensitive.

Default Value blank

Use this decision to specify this user's privilege level.

Allowable Entries 1 = Limited Read-Only AccessUser access is limited to display onlyof data in controller ID, statusdisplay, holiday, setpoint, occupancy, and alarm history tables.

2 = Limited Read/Write AccessRead/Write access to data in con-troller ID, status display, holiday,setpoint, occupancy, and alarmhistory tables.

3 = Full Read/Write AccessAll functionality is available to user.Read/Write access to data in con-troller ID, status display, con-figuration, maintenance, serviceconfiguration, and holiday tables,setpoint, occupancy, and alarmhistory tables.

Default Value 1

27

Figure 3-6 displays the System Access Service Configuration Table. Anexplanation of each configuration decision follows.System Access

ServiceConfiguration($SYSACC) Table

Figure 3-6Sustem Access ServiceConfiguration ($SYSACC)Table

Use the next three decisions to specify system administrator username,password, and access level information.

Use this decision to specify the system administrator username that willallow you to log in to the CCNWeb. This is also the username thatauthorized service personnel would use to gain FTP access to CCNWebmemory for purposes of file transfer.

The administrator username and password would typically be used byservice personnel. Names and passwords of actual CCNWeb users arespecified in the User Access Configuration Table.


Also for security reasons, you can disable FTP access to theCCNWeb by leaving this decision blank.

Username

System AdminAccess

28

Password

Access Level


Note: Usernames are case sensitive

Default Value blank

Use this decision to specify the default password that will allow you tolog in to the CCNWeb. This is also the password that authorized servicepersonnel would use to gain FTP access to CCNWeb memory forpurposes of file transfer.



Default Value sa

Use this decision to specify this user's privilege level.

Allowable Entries 1 = Read-Only AccessUser access is limited to display onlyof data in status display, timeschedule, and setpoint tables.

2 = Read/Write Access to statusdisplay, time schedule, and setpointtables.

3 = Read/Write AccessAll functionality is available to user.

4 = Read/Write Access to allfunctionality, plus access to the UserAccess ($USERACC) and InternetProtocol ($IP_CONF) tables.

Default Value 4

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Maintenance

The CCNWeb contains the maintenance tables listed below. Thesetables are only accessible from a CCN front end such asComfortWORKS, ComfortVIEW, or a Network Service Tool.

CCNWEBM CCNWeb Maintenance TableIP_MAINT Internet Protocol Maintenance TableMDMMAINT Modem Maintenance Table

Figure 4-1 illustrates the CCNWeb Maintenance Table. The maintenancevalues displayed in this table are read-only values. An explanation of eachvalue in the table follows.

CCNWebMaintenance(CCNWEBM)TableFigure 4-1CCNWeb Maintenance(CCNWEBM) Table

30

Current Scan Bus

Current Scan Element

Last Bus Scan History

Scan Type

Indicates the number of users that are currently logged in to theCCNWeb.

Valid Display 0 - 4

Indicates the bus scan status for the CCNWeb module.

Valid Display Never = No prior scan data wasdetected in the CCNWebmodule.

Active = Scan currently in progress.Complete = Scan finished or prior scan

data was detected.Stopped = Scan has been halted by

the user.

Indicates the number of the bus currently being examined.

Valid Display 0 - 239

Indicates the number of the system element currently being examined.


The next seven decisions display information on the last bus scan thatwas performed.

Indicates whether the last scan examined the entire CCN or only aspecified portion (as specified in the CCNWeb Configuration Table'sBus Scan First Element and Bus Scan Last Element decisions.)

Valid Display Total = Entire CCNIncr = Portion of CCN

Displays the time of day that the last scan started.

Valid Display hh:mmwhere: hh = 00-23

mm = 00-59

Execution Time

Bus Scan Status

No. of Logged In Users

31

Scan Source

Scan Bus

Displays the day, month, and year that the last scan started.

Valid Display DDmmmYYwhere: DD = 01-31

mmm = Jan - DecYY = 00-99

Indicates the source of the last bus scan request.

Valid Display CCN = requested from a CCN frontend (ComfortWORKS,ComfortVIEW, NetworkService Tool)

Web = requested from Internet

Indicates the number of the bus that was last scanned.


Indicates the lowest system element number that was examined on thelast bus scan. The last bus scan examined those system elements begin-ning with this element number up to and ending with the element numberdisplayed in the Scan Last Element decision.


Indicates the highest system element number that was examined on thelast bus scan. The last bus scan examined those system elements begin-ning with number displayed in the Scan First Element decision up to andending with the element number displayed in this decision.


Indicates the unused disk space (number of unused bytes) on theCCNWeb's internal 16Mb flash disk. This information is provided as adiagnostic tool for service personnel.

Valid Display 0 - 16,000,000

Scan First Element

Scan Last Element

Execution Date

Available Disk Space

32

Indicates the available RAM space in the CCNWeb (number of unusedbytes that are used to store uploaded controller data). This information isprovided as a diagnostic tool for service personnel.

Valid Display 0 - 800,000

Figure 4-2 illustrates the Internet Protocol Maintenance Table. Themaintenance values displayed in this table are read-only values. Anexplanation of each value in the table follows.

Indicates if the DHCP Service has provided the IP configuration.

Valid Display Yes/No

Indicates the current IP address of the CCNWeb. If the IP_CONFTable's Use DHCP Service decision is set to No, then this displayshould match the IP_CONF Table's Host IP address.

Valid Display xxx.xxx.xxx.xxxwhere xxx is any decimal numberbetween 0 to 255

DHCP Active

Host IP Address

Figure 4-2Internet ProtocolMaintenance (IP_MAINT)Table

Internet ProtocolMaintenance(IP_MAINT) Table

Available Pool Space

33

Indicates the CCNWeb's current Subnet Mask value. If the Use DHCPService decision is set to No, then this display should match the SubnetMask value configured in the IP_CONF Table.

Valid Display xxx.xxx.xxx.xxxwhere xxx is a decimal numberValid numbers are 0, 128, 192, 224,240, 248, 252, 254 and 255

Indicates the IP address of the default gateway to which the CCNWebmodule is associated. If the Use DHCP Service decision is set to No,then this display should match the Default Gateway value configured inthe IP_CONF Table.

Valid Display xxx.xxx.xxx.xxxwhere xxx is any decimal numberbetween 0 to 255

Indicates the current Host Name set in the CCNWeb.

Valid Display Up to 16 alphanumeric characters(A - Z), (a-z), (0 -9) and dashes

Indicates the physical Ethernet address of the CCNWeb.

Valid Display 00-02-52-xx-xx-xxwhere xx is any hexadecimal numberbetween 00 to FF.

Figure 4-3 illustrates the Modem Maintenance Table. The maintenancevalues displayed in this table are read-only values. An explanation ofeach value in the table follows.

Host Name

Ethernet (MAC)Address

Default Gateway

ModemMaintenance(MDMMAINT)Table

Subnet Mask

34

Connection Status Indicates state of CCNWeb's modem connection.

Valid Display Client connectedDialing serverRedial delayClient connectedDialing serverRedial delayVerifying serverConnected to serverHanging upIdle

The next eight decisions display status information about the CCNWeb'sinternal modem.

Modem Configuration

Figure 4-3Modem Maintenance(MDMMAINT) Table

35

Status Indicates current state of the modem.

Valid Display ReadyRingBusyErrorConnectedDelayedNo AnswerNo CarrierNo Dial ToneBlacklistedBad modem result codeResetting modem...Initializing modem...

Indicates if modem is improperly configured.

Valid Display NoneError in extra stringsNo AT in extra string 1Error resetting modemError in base stringConfiguration time out

Displays the CCNWeb modem's current or last used modulation proto-col.

Valid Display V90 = V.90 modulationK56 = K56flex modulationV34 = V.34 modulationV32 = V.32 or V.32bis modulation

Displays the CCNWeb modem's current or last used error correctionprotocol.

Valid Display NoneALT = Microcom Network Protocol

(MNP 4)LAPM = Link Access Procedure for

Modems

Modulation

Protocol

Configuration Error

36

Displays the CCNWeb modem's current or last used data compressionmethod.

Valid Display ALT = Microcom MNP-5V42B = V .42 bisNone

Displays the data transmission speed of the CCNWeb modem.


Displays the data receipt speed of the CCNWeb modem.


Compression

Line TX Speed

Line RX Speed

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37

This chapter will provide you with instructions on using the CCNWeb'sInternet-based interface to access your CCN controllers and alarms.

The following topics will be presented:

• Logging In to the CCNWeb• Logging Out• The CCNWeb Menu (Home, Alarms, Config)• Scanning a CCN Bus• Viewing CCN Controller Tables• Viewing CCN Alarms• Viewing Main View Pages

Follow the instructions below to log in to the CCNWeb. The CCNWeballows up to 4 simultaneous log ins.

1. On your PC, connect to the Internet using either Microsoft®Internet Explorer or Netscape® Navigator.

2. Point your browser to the address of your CCNWeb.

Example: http://192.168.0.1

The CCNWeb Login page will now be displayed.

3. Enter your username and password and then click on Login.

The Home page will be displayed. Refer to Figure 5-1 for asample Home page.

Note: If, however, this is the first log in following power up ofthe CCNWeb module, the CCNWeb Bus Scan pagewill be displayed. Refer to Figure 5-2. You would theninitiate a scan to display a list of controllers on thespecified bus. Refer to the Scanning a CCN Bus sectionof this chapter for instructions.

Web Operation

Logging In to theCCNWeb

38

The left frame of the Home page will display the results of the last CCNBus scan. The names of all controllers found as a result of the scan will bedisplayed in this frame listed as links sorted according to their address.The right frame will display the default homepage graphic, (the spinning"Carrier prism".) If desired, you can replace the default graphic with onethat is custom to your site. Simply assign your graphic the filenamehomepage.gif and FTP the file to the CCNWeb's Data folder.

The left frame will contain scroll bars across the bottom and side thatallow you to view any unseen portions of the controller list. Clicking on acontroller link will cause the CCNWeb to poll the controller and displaythe names of the controller's tables in the left frame. The right frame willdisplay the Main View page for this controller, if one has been assigned,

Home Page

Figure 5-1Home Page

39

or, depending on the tables in the controller, the first status display,occupancy, or setpoint table. If none of the aforementioned is found, thehome page graphic will be displayed. For additional information onviewing controller tables, refer to Viewing Controller Tables, whichappears later in this chapter.

The CCNWeb menu is displayed along the top of each page. Refer toTable 5-1 for a description of each menu item.

Menu Item Use this menu item to

Home view the Home page. Refer to Figure 5-1 and HomePage, which appears in this chapter immediately prior tothis menu explanation.

Bus Scan examine a specified CCN Bus and to display a list of itscontrollers. Refer to the Scanning a CCN Bus section ofthis chapter for additional information.

Alarms view a list of the last 50 CCN alarms. Newest alarms willbe displayed at the top of the list. Refer to the ViewingCCN Alarms section of this chapter for additionalinformation.

Setup specify the engineering units for this session (customaryUS or metric), set the time in the CCNWeb module andbroadcast it to the CCN network.

Logout log out of the CCNWeb. For additional information onthis item, refer below to Logging Out of the CCNWeb.Note: You must use this command to log out. Simplyclosing the browser does not perform a log out. Also,you must be sure to close all CCNWeb browser win-dows to fully log out.

Table 5-1CCNWeb Menu

The CCNWebMenu

40

Scanning a CCNBus

You can log out at any time by following the instructions below.

Note: Simply closing the browser window does not perform a logout. You must use the CCNWeb's Logout menu item.

In the event that you opened additional browser windows byright clicking on a link in the left frame, you must close allbrowser windows in order to completely log out.

1. Click on the Logout menu item displayed at the top of theCCNWeb page.

You will be prompted to close all browser windows.

After you log out, the CCNWeb continues to run and alarms continue tobe received.

The CCNWeb includes an auto logout feature whereby you will beautomatically logged out after a 15 minute period of inactivity. Note thatthis quiet time log out will not take effect if a ViewSPACE Main View isopen, due to the ViewSPACE's refresh. Quiet time logout will take effecteverywhere else, unless you are actively refreshing the screen (by dis-playing a new screen or clicking on the Refresh button.) Note that quiettime log out will take effect when you are editing a table, as there is noscreen refresh.

Follow the instructions below to examine a specified CCN Bus and todisplay a list of its controllers.

Note: You require full read/write operator access (Level 3 or 4) toperform this function.

You will only be permitted to perform a bus scan if you are theonly logged in user. The CCNWeb Maintenance Table's No.of Logged In Users decision displays the number of currentlogins.

1. Click on the Bus Scan menu item displayed at the top of the page.

The CCNWeb Configuration page will be displayed. Refer toFigure 5-2.

Logging Out ofthe CCNWeb

Auto Logout

41

2. Select Total Bus Scan if you wish to examine an entire CCN andreplace the existing scan results or,

select Incremental to only examine the specified range of ele-ments and add new elements to the existing scan results.

Note: To delete or refresh a single controller entry, scan justthat controller by entering that controller's address inboth the First element and Last element boxes.

3. Click on Start Scan to commence the bus scan.

Note: The Start Scan button will be disabled if there wasanother user logged in to CCNWeb when you dis-played this CCNWeb Configuration page. If anotheruser logs in after you displayed this CCNWeb Configu-ration page, you will be notified that the bus scan cannotbe performed after you click on the Start Scan button.

An incrementing counter will be displayed in the left frame whilethe scan is in progress. The right frame will display the current setof scanned controllers. The list will be refreshed every five sec-onds . Clicking on the Stop button will interrupt the scan anddisplay the results thus far.

At the completion of the scan all controllers found will be dis-played in the left frame listed as links sorted according to theiraddress. The right frame will display the animated Carrier oval oryour site's custom Home page graphic. Refer to Figure 5-3.

You can now click on a controller to view its associated statusdisplay, occupancy, and setpoint tables. For step-by-step instruc-tions, refer to Viewing Controller Tables, which appears later inthis chapter.

Note: UT203 FIDs will display in the list of controllers but willcontain no links to display their associated tables.

42

Figure 5-2Bus Scan Page

43

ViewingController Tables

Follow the instructions below to display a CCN controller's tables.

1. Display the list of CCN controllers either by clicking on the Homemenu item or by clicking on Bus Scan and performing a new busscan.

If necessary, refer back to the Logging In to the CCNWeb orScanning a CCN Bus sections of this chapter.

2. Click on a controller link in the left frame.

The CCNWeb will display the names of the controller's tables inthe left frame. The right frame will display the Main View page forthis controller, if one has been assigned, or the first table in the

Figure 5-3Sample Scan Results

44

controler list. If none of the aforementioned is found, the homepage graphic will be displayed. Refer to Figure 5-3, which isdisplaying the home page graphic.Notes: There will be a delay in presenting the table list the first

time you display the list following a bus scan.

If the table list for a TSM, PSM or Comfort Controllerdoes not appear to be complete, you should performanother bus scan specifying that specific controller only.

3. To view a table's point information, click on the table link in the leftpage frame.

Note: Right-clicking on the table link and selecting Open inNew Window will allow you to display the table in a newbrowser window, if desired.

The points for the selected table will be loaded and displayed inthe right page frame. There will also be a slight delay the first timeyou visit a table following a bus scan.

Figures 5-5 to 5-7 show sample status display, occupancy, andsetpoint pages. Refer to Table Format, which follows these figures,for additional information on viewing and modifying table values.

45

Figure 5-4Sample Controller TableDirectory

46

Figure 5-5Sample Status DisplayTable Page

47

Figure 5-6Sample Occupancy TablePage

48

Figure 5-7Sample Setpoint Page

Figure 5-7aSample Configuration Page

49

Figure 5-7bSample Maintenance Page

A Status Display Table page includes the description, value, units, alarm/communication status, force status, and name for each of the table'spoints.

The data that is displayed in these tables is not dynamic. You must clickon the page's Refresh button to update.

The appearance of one of the following messages in a point's statuscolumn indicates the following:

Message Meaning

Sensor no sensor connected or sensor failure

Software an internal failure has occurred

Alarm the point is in alarm, the point's high or low limithas been exceeded

Alert the point is in alert

Comm a communication failure has occurred

Status Display TableFormat

Table 5-2Point Status Descriptions

50

If a point is currently forced, one of the following abbreviations willappear in the force column:

Abbreviation Meaning

BEST forced by BEST or BEST++ program

Control forced by a CCN Option

Fire forced by fire override

Loadshed forced by the Loadshed Option

Min-Off forced by Loadshed minimum offtime

Monitor forced by a remote ComfortVIEW/WORKS

Safety forced by internal safety override

Service forced by the Network Service Tool

Supervis forced by CCNWeb, ComfortVIEW/WORKS

Temp forced by temperature override

If desired, you can create customized displays of status display tabledata. You can customize the look of your displays by doing such thingsas grouping similar points from different controllers together, changing theorder in which points are displayed, etc. You do this by creating aCCNWeb Main View page. For instructions on viewing Main Viewpages, refer to the Viewing Main View Pages section of this chapter. Forinstructions on creating and assigning Main View pages, refer to Appen-dix A of this manual.

Table 5-3Force Descriptions

51

Modifying (Forcing)Status Display andMaintenance TableValues

Follow the instructions below to override a point's value. If a status

display point is forceable, it will be preceded by

Note: You must have read/write operator access in order to performthis function.

1. To override a point's value, click on its button.

CCNWeb will display a Force dialog box.

2. For discrete points:

Click on the Force drop down list and select the desired value.

For analog points:

Enter the desired value.

3. Then click on Force to send the new value to the controller.

The dialog box will close and the page will re-display with the newvalue. The word Supervis will also appear in the Force column toindicate that a CCNWeb force is in effect.

Note: For certain PIC controllers, the force value may notimmediately appear on your screen. In this case, youshould wait a couple of seconds, and then click theRefresh button to update your screen values.

Follow the instructions below to clear an existing force and return thepoint to the controller's automatic control.

Note: You must have read/write operator access in order to performthis function.

1. Click on the point's button.

CCNWeb will display a Force dialog box.

2. In the Force dialog box, click on Auto to clear the force.

The dialog box will close.

Note: CCNWeb will only remove Supervis forces or those that havea lower force precedence.

Clearing (Autoing) aForce

52

Occupancy, setpoint, and configuration table pages include the descrip-tion, value, units (in setpoint and configuration tables only), and name foreach decision.

The data that is displayed in these tables is not dynamic. You must clickon the page's Refresh button to update.

You can modify values by entering the desired value in the value cells orby clicking to enable/disable occupancy table days of week. Clicking onApply saves the data and downloads it to the controller.

Note: You must have read/write operator access in order to modifyvalues.

The CCNWeb maintains a list of the last 50 CCN alarm, alert, andreturn to normal messages. Note that in order to see alarms in this alarmlist, the sending CCN system element must have its Alarm Routingdecision set to CCN User Interface.

To view the alarm list:

1. Click on the Alarms menu item displayed at the top of theCCNWeb page.

The Alarms page will be displayed. Refer to Figure 5-8.

Alarms messages are displayed according to time/date received,with the newest alarms displayed at the top of the list.

The alarm list employs colors to distinguish between alarm, alert,and return to normal messages. Alarms are displayed in red; alertsin blue; returns to normal in green.

2. To move up or down the list, use the scroll bar.

3. To clear the alarm list, clear on the Clear button.

Viewing CCNAlarms

Occupancy, Setpoint,and ConfigurationTables

53

Figure 5-8Sample Alarm List

54

Alarm Message Format A sample alarm message is shown below. An alarm message contains theinformation shown below.

Figure 5-9Sample Alarm Message

55

Viewing MainView Pages

In addition to viewing a controller's status display, occupancy, andsetpoint tables, you can also display a controller's associated Main Viewpage. Main Views are tabular or graphically-oriented displays thatcombine an optional background image and a set of superimposed statusdisplay points read from one or more CCN controllers.

There are two types of Main View pages - tabular pages, which consistof data displayed in a tabular format and ViewSPACE pages, which aregraphically-oriented pages combining a background image with a set ofsuperimposed status display points. Data in ViewSPACE pages isdynamic. These pages are updated every 10 seconds with the latestcontroller data. Note that refresh rate can be longer dependent onEthernet or CCN network activity.

The CCNWeb includes a library of factory-provided Main View pagesfor some of the more popular CCN controllers. An installer can modifythese factory-provided pages to create job-specific Main View pages.Table 1 in Appendix A of this manual lists those controllers havingfactory-provided Main View pages. If a Main View has been assigned toa controller, the words Main View will be displayed at the top of the leftframe containing the controller's table list.

If a Main View page does not exist for your controller, you can createyour own Main View page and upload it to the CCNWeb using anystandard File Transfer Protocol (FTP) utility. Refer to Appendix A of thismanual for instructions on creating and uploading Main View tabular orViewSPACE pages.

To display a controller's Main View page:

1. Display the list of CCN controllers either by clicking on the Homemenu item or by clicking on Bus Scan and performing a new busscan.

2. In the left frame, click on a controller name.

Types of Main ViewPages

Main View Page Library

To Display a Main View

56

The CCNWeb will then display the names of its status display, configura-tion, maintenance, setpoint, occupancy, and alarm history tables in the leftframe.

Notes: There will be a delay in presenting the table list the firsttime you display the list following a bus scan.

If the table list for a TSM, PSM or Comfort Controllerdoes not appear to be complete, you should performanother bus scan specifying that specific controller only.

If a Main View has been assigned to this controller, the words MainView will be displayed at the top of the left frame below the name of thecontroller, and the Main View will automatically display in the rightframe.

Note: You can also display a Main View at any time by clicking onMain View in the left frame. Right-clicking on the table linkand selecting Open in New Window will allow you to displaythe Main View page in a new browser window, if desired.

As in status display table displays, you can force and auto points fromMain View pages by double clicking on the point's data box (keeping inmind that read/write operator access is required.) The cursor, whenplaced over a data box that supports force and auto, will change to a"hand."

Refer to Figures 5-10 and 5-11 for sample ViewSPACE and TabularMain View pages.

57

Figure 5-10Sample ViewSPACE MainView

58

Figure 5-11Sample Tabular Main View

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This appendix provides you with instructions on creating Main ViewCCNWeb pages. It is divided into the following sections:

• Introduction - consists of this description of the appendix and anoverview of Main View pages including examples of the two types ofpages.

• General Information - presents information and standards that applyto both ViewSPACE and Tabular Display Main View pages.

• ViewSPACE Creation - lists and describes the sections to beincluded in a ViewSPACE file. This section includes names anddescriptions of all ViewSPACE file parameters.

• Tabular Display Creation - lists and describes the sections andparameters to be used when creating a Tabular Display file.

• Sample ViewSPACE - presents a sample ViewSPACE page andthe file that was used to create it.

• Sample Tabular Display - presents a sample Tabular Display pageand its accompanying file.

• Sending and Retrieving Web Pages - provides you with instructionson using Windows' FTP utility to send pages to and retrieve pagesfrom the CCNWeb module.

The CCNWeb includes a library of factory-provided Main ViewViewSPACE pages for most CCN controllers. Table 1 on the next pagelists those controllers having factory-provided Main View pages.

Using a standard text editor, an installer can modify these factory-provided templates to create job-specific web pages.

The presentation, format, and data of each Main View page is specifiedin a file that you create using a standard text editor such as WindowsNotepad. The files are sent to or retrieved from the CCNWeb moduleusing any standard File Transfer Protocol (FTP) tool.

The CCNWeb automatically links a Main View page with its respectiveCCN controller based on the Main View page's file name(nnnXXvv.DSP where nnnXX = PIC Type-consisting of 3 digits fol-lowed by 2 characters, vv = major version number.) Refer to Tables 1and 2 for controller name, type, and version number data.

You display a controller's associated Main View web page by clicking onMain View, which appears in the left frame when you are viewingcontroller tables.

Appendix A -Creating MainViewsIntroduction

Factory-ProvidedTemplates

Assigning and ViewingMain View Pages

64

PIC Latest TemplateType Name Description Version Filename

046CP CSMIII Chiller System Manager 5.0 046CP04.DSP105FS FSM Flotronic System Manager 1.5 105FS01.DSP016JT ABS16JT Absorption Chiller 2.0 016JT02.DSP016JB ABS16JB 16 JB Absorption Chiller 4.0 016JB04.DSP019XL 19XLCHLR 19XL Centrif Chiller 4.1 019XL04.DSP023XL 23XLCHLR 23XL Screw Chiller 3.0 023XL03.DSP030GM CHILLER 30 Series Chiller 2.3 030GM02.DSP030GX 30GX 30GX Ecologic Chiller 16.2 030GX16.DSP050BJ DEVCONF 50BJ/BK024-064 4.0 050BJ04.DSP048NP ROOFTOP 48/50NP Phase II PIC 2.0 048NP02.DSP017EX 17EXCHLR 17EX/FA/ Centrif Chiller 1.1 017EX01.DSP035— AIRTERM Air Terminal Controller 2.5 035--02.DSP040ZC 40ZC Fan Coil Controller 2.2 040ZC02.DSP039LT CS5000 Air Handler Controller 1.0 039LT01.DSP040UV 40UV/UH Comfort System Unit Vent 2.0 040UV02.DSP021GT 30GT NFG Air Cooled Chiller 2.1 021GT02.DSP048EJ C48/50E Standard Tier Rooftop 4.1 048EJ04.DSP023LL 23XL_II 23XL Screw Chiller 2.0 023LL02.DSP040RC PremierLINK PremierLINK Rooftop 1.5 040RC01.DSP033TM 33CSTM Temp System Monitor 3.0 033TM03.DSP033VM 33CSVM VVT Monitor (T) 3.0 033VM03.DSP033ZC 33CSZC Zone Controller 2.0 033ZC02.DSP033PI 33CSZC Zone Controller 2.0 033PI02.DSP033BC 33CSBC Bypass Controller 3.0 033BC03.DSP050HG 48_50HG Centurion 2.0 019RR02.DSP019RR 19XRPIC3 19XR Centrifugal Chiller 1.0 019RR01.DSP016DN 16DNPIC3 SNAPP DN 1.0 016DN01.DSP016DE 16DEPIC3 16DE ICVC Absor Chiller 1.0 016DE01.DSP030SC CHILLER 30 Series Chilller Single 1.1 030SC01.DSP030CS CHILLER 30 Series Chiller (Screw) 3.0 030CS03.DSP

Example: FSM major version number would be 0130 GX major version number would be 16

Table 1Factory-ProvidedMain View PageTemplates

65

PIC LatestType Name Description Version Filename

100BR 38K_BRDG 38K Bridge 3.0 100BR02.DSP100BR NETDIRBR Network Dir Serv/Bridge 8088 1.0 100BR01.DSP100BR NETDIRBR Network Dir Serv/Bridge 8052 1.0 100BR01.DSP110ET AUTODIAL Autodial Gateway III 1.1 110ET01.DSP110PC TeLINK TeLINK Remote Service Interface 1.6 110PC01.DSP112HY NAM Network Access Module 1.2 112HY01.DSP144CB CLVRBRKS Cleaver Brooks Interface 1.1 114CB01.DSP145LI LIEBERT Liebert Interface Device 2.1 145LI02.DSP100TS TSM II Terminal System Manager II 2.2 100TS02.DSP100TS TSM Terminal System Manager II Plus 3.2 100TS03.DSP039L- 39L 39Series Air Handler 2.0 039L-02.DSP050DK DEVCONFG 48/50DK084-104 2.0 050DK02.DSP160MP 32MPGTWY 3200MP GATEWAY 2.2 160MP02.DSP064CC CC6400 Comfort Controller 1600 1.7 064CC01.DSP033LT LINKSTAT Linkage Thermostat 1.0 033LT01.DSP125PM PSM Service Monitor 1.4 125PM01.DSP125UX UC16 Universal Controller 1.2 125UX01.DSP044ZC 3V.ZONE 3V Zone Controller 1.2 044ZC01.DSP044BC BYPASS 3V Bypass Controller 1.1 044BC01.DSP044SS SYSPILOT 3V System Pilot 1.1 044SS01.DSP

Table 2CCN System Element PICType and Version

Types of Pages There are two types of CCNWeb Main View pages - tabular pages,which present point identification, value and status data in a tabularfashion, and ViewSPACE pages, which are graphically-oriented pagesthat combine an optional background image and a set of superimposeddata points read from the CCN system element. Refer to Figures 1 and 2below for examples of each page type.

66

Figure 1Tabular Main View PageExample

67

Figure 2ViewSPACE Main ViewPage Example

68

The following information applies to both tabular and ViewSPACEpages:

• Displayed data points are limited to those that exist in the statusdisplay table(s) and most points in the maintenance tables of the givensystem element.

• Background graphic formats are limited to JPEG and GIF. No otherfile types are allowed.

• There can be no more than one Main View page defined for eachtype of CCN system element, identified by PIC type and majorversion number. Major version number is the integer portion of theversion number prior to the decimal point.

For example, Versions 2.0 and 2.8 would both be referred to asmajor Version 2. Older versions than those listed in Table 1 maysometimes exist on a job site where a CCNWeb is added. In orderto assign a Main View page to an older controller, simply adjust themajor version number to match that of the controller you have on theCCN.

Note: Version number can be found in the system element's DeviceConfiguration Table, which is also known as Table 20. Youcan also use the Network Service Tool's Address Searchfunction to determine a controller's major version number.Clicking on the controller link itself will also display Table 20.

• Main View page files must be named using the conventionnnnXXvv.DSP, where:

nnnXX = PIC type. Refer to Tables 1 and 2.vv = Major version number (as described above under Pic Type andVersion Number)

Example: 039LT01.DSP is the file name for standard PIC type39LT and major Version 1.Note: If the template is for one specific system element, it should

also include the CCN address in the formatnnnXXvvbbbeee.DSP, where:

bbb = CCN bus numbereee = CCN element number

GeneralInformationEligible Data Points

Background GraphicFormats

Pic Type andVersion Number

File Names

69

ViewSPACE PageCreation

Required Sections andParameters

Example: 039LT01001066.DSP is the file name for standard PICtype 39LT, major Version 1, customized for the system element onBus 1, Element 66.

• Main View page files must be located in CCNWeb's TEMPLATESdirectory. Accompanying graphic image files (.jpeg and .gif) can belocated in the TEMPLATES directory or in any user-createdCCNWeb directory under the CCNWeb root.

Example: \TEMPLATES\039XL02.DSPExample: \IMAGES\AHU\39XL.JPG

• You can transfer page files to and from the CCNWeb module usingany File Transfer Protocol (FTP) tool. For further information onsending pages to CCNWeb using Windows' FTP utility, refer toSending and Retrieving Web Pages, which appears at the end of thisappendix.

ViewSPACE files are created and named based on controller type or oncontroller type and address as described in this chapter's PIC Type andVersion Number and File Names sections which appear on the preced-ing pages.

A ViewSPACE file consists of a series of English-language parametersthat you enter using a standard text editor, such as Windows®

Notepad. In each file you specify the graphic background, color andlocation of data points, etc. All data is case insensitive and the line orderwithin each section is immaterial.

If a parameter is not specified, it will be assigned to the default value aslisted in the tables which follow.

A ViewSPACE file must contain the sections and parameters shown inTables 3 to 5 below.

Style Section: Each ViewSPACE file must begin with a Style section,identified with the tag [Style]. This section specifies the graphical back-ground filename and databox specifications. Most of these parametersare global databox and text format specifiers, which means that theyapply to all databoxes on the page. These parameters can, however, beoverwritten for individual databoxes if specified in the Data Box sectionof the file.

Transferring Pages toand from the CCNWebModule

File Location

70

Table 3 lists the various Style parameters, specifies whether the param-eter is required or optional, and includes a brief summary of the style'spurpose. If an optional databox parameter is not included in the file, it willbe assigned to the default value as specified.

Parameter Purpose & Default

[Style] Comments must be preceded andended with the characters [ ] and canbe inserted throughout the file. Theyare typically used for purposes ofclarity.

Type = ViewSPACE Required - Specifies that this is aViewSPACE (graphical display) file.

Background = background graphic filenameRequired - Specifies the directory pathand graphic background filename.Default - When no \ is specified, defaultsto the \TEMPLATES folder.Example 1: Background = 39XL.JPGFile is in \TEMPLATES folder.Example 2: Background =\IMAGES\AHU\39XL.JPGFile is in the user-created\IMAGES\AHU\ folder under theCCNWeb's root directory.Note: Be sure to include the leading \.

Height = n Optional - Specifies height of the back-ground image. Default - 400.

Width = n Optional - Specifies width of the back-ground image. Default - 580.

Transparent = Y/N Optional - "See through" databoxcolor? If N, databoxes will use thebackground color specified using theBackColor parameter.Default - Y.

BackColor = RGB hex code Optional. 0x followed by the databoxbackground color in RGB hexadecimalformat.Default - 0xFFFFFF (white) 1 2

(continued)

Table 3Style Parameters

71


Border = Y/N Optional. Databoxes to include aborder? Border color will be black.Default - N 1

FontColor = RGB hex code Optional. Default color for all text.Default - 0x000000 (black) 1, 2

FontName = Name Optional. Font type for all text.Default - SansSerif 1Supported Fonts - Internet Explorer:TimesRoman, Dialog, Courier, Arial;Netscape: TimesRoman, Serif, Dialog,Courier, Monospaced, Arial, SansSerif,Helvetica

FontSize = n Optional. Font size for all text.Default - 12 1

FontBold = Y/N Optional. Bold all text?Default - N 1

AlarmColor = RGB hex code Optional. Color for alarmed Value text.Default - 0xFF0000 (red) 1, 2

ForceColor = RGB hex code Optional. Color for forced Value text.Default - 0x0000FF (blue)1, 2

IncludedFields = NDVUCF Optional. Data field set to be included.Default - DVUCF 1, 2

where: N = Point NameD = Point DescriptionV = Point ValueU = Point UnitsC = Communications Status (abbreviated)F = Force Status (abbreviated)

1 Note: These parameters are global databox and text format specifi-ers and apply to all databoxes on the page, unless individuallyspecified for databoxes in the Data Point or Databox sectionof the file.

(continued)

Table 3Style Parameters(continued)

72


2 Note: RGB (Red, Green, and Blue) refers to a system for represent-ing the colors to be used on a computer display. Red, green,and blue can be combined in various proportions to obtain anycolor in the visible spectrum. Levels of R, G, and B can eachrange from 0 to 100 percent of full intensity. Each level isrepresented by the range of decimal numbers from 0 to 255(256 levels for each color), equivalent to the range of binarynumbers from 00000000 to 11111111, or hexadecimal 00 toFF. The total number of available colors is 256 x 256 x 256,or 16,777,216 possible colors.

Example: Gray is defined in RGB colors as 192 192 192. 192 inhexadecimal is C0. Therefore, to define the font color as graythe following line must be added:FontColor=0xC0C0C0

Hexadecimal codes for other commonly used colors are asfollows: Blue: 0000FF; Red: FF0000; Yellow: FFFF00;Green: 008000; White: FFFFFF; Black: 000000; Cyan:00FFFF; Magenta: 8B008B

[Position of data in column-type databoxes][Databox position itself is set in the databox parameters section.][Refer to Table 4.]

NameCol = n Pixel offset for the 8 character pointname when using a Columns-typedatabox 3

DescriptionCol = n Pixel offset for the 24 character description when using a Columns-typedatabox 3

ValueCol = n Pixel offset for the point value whenusing a Columns-type databox 3

UnitsCol = n Pixel offset for the point units whenusing a Columns type databox 3

ComStatusCol = n Pixel offset for the point communication status when using a Columns typedatabox 3

(continued)


73

Table 4Data Point Parameters


ForceStatusCol = n Pixel offset for the point force statuswhen using a Columns type databox 3

3 Note: These are global column databox specifiers. They specify thepixel offset from the left border of the databox to a specifiedcolumn of data. These parameters apply to all columnardataboxes. All column specifiers are required if any databox isof type “Columns”, or else all databoxes will default to type“Normal”.

Data Point Section: A data point section, identified as [Pointnn] wherenn = 01 to 60, typically follows the Style section. This section is whereyou specify the data points. Up to 60 data points, originating from any ofthe controller’s Status Display Tables or most of the controller's Mainte-nance Tables may be specified. The point number nn shall link the datapoint to its databox. Each data point shall be specified using the param-eters shown in Table 4.

Note: Each data point must be immediately followed by a databoxsection, where you specify the databox type and its location onthe screen.


[Pointnn]

Bus = n Optional.CCN address - bus number 4

Element = n Optional.CCN address - element number 4

Table = CCN table name Required. Controller table name ofpoint to be shown.

Point = CCN point name Required. Controller point name ofpoint to be shown.

4 Note: Unused in factory provided templates. Point is assumed to befrom the selected controller. Thus, you only need to specifybus and element if the pointis from another controller.


74

Databox Section: Each data point must be followed by a Databoxsection, identified as [Dboxnn] where nn = 01 to 60. Each data pointoccupies a data box, linked by point number nn. There are two types ofdata boxes - Normal and Columns. In a Normal data box the selecteddata fields appear in a single column. In a Columns data box the selecteddata fields appear in a single row of globally defined columns. This isillustrated in Figure 3.


[Dboxnn]Type = Normal/Columns Required.

where: Normal - Defines a databoxwith the style shown in the top portion ofFigure 3.Columns - Defines a databox with styleshown in the lower portion ofFigure 3.

XCoord = n Required. Horizontal pixel offset ofupper left corner of data box fromupper left corner of ViewSPACE.

YCoord = n Required. Vertical pixel offset of upperleft corner of data box from upper leftcorner of background image.

Transparent = Y/N Optional - "See through" databoxcolor? If N, databoxes will use thebackground color specified using theBackColor parameter. Default - Y.

BackColor = RGB hex code Optional. 0x followed by the databoxbackground color in RGB hexadecimalformat.Default - 0xFFFFFF (white) 5, 6

Border = Y/N Optional. Databoxes to include aborder? Border color will be black.Default - N 5

FontColor = RGB hex code Optional. Default color for text.Default - 0x000000 (black) 5, 6

(continued)

Table 5Databox Parameters

75


FontName = Name Optional. Font type for all text.Default - Sans Serif 5Supported Fonts - Internet Explorer:TimesRoman, Dialog, Courier, Arial;Netscape: TimesRoman, Serif, Dialog,Courier, Monospaced, Arial, SansSerif,Helvetica

FontSize = n Optional. Font size for all text.Default - 12 5

FontBold = Y/N Optional. Bold all text?Default - N 5

AlarmColor = RGB hex code Optional. Color for alarmed Value text.Default - 0xFF0000 (red) 5, 6

ForceColor = RGB hex code Optional. Color for forced Value text.Default - 0x0000FF (blue)5, 6

IncludedFields = NDVUCF Optional. Data field set to be included.Order of fields is user-selectable.Default - DVUCF 5where: N = Point Name

D = Point DescriptionV = Point ValueU = Point UnitsC = Communications Status (abbreviated)F = Force Status (abbreviated)

5 Note: These parameters are all optional. If any specifier is missing, itwill be replaced by the associated global specifier defined inthe Style Section section at the top of the file (Refer to Table3). If the global specifier is missing, the default will take effect.

6 Note: RGB (Red, Green, and Blue) refers to a system for represent-ing the colors to be used on a computer display. Red, green,and blue can be combined in various proportions to obtain anycolor in the visible spectrum. Levels of R, G, and B can eachrange from 0 to 100 percent of full intensity. Each level is

Table 5Databox Parameters(continued)

76

represented by the range of decimal numbers from 0 to 255(256 levels for each color), equivalent to the range of binarynumbers from 00000000 to 11111111, or hexadecimal 00 toFF. The total number of available colors is 256 x 256 x 256,or 16,777,216 possible colors.

Example: Gray is defined in RGB colors as 192 192 192.192 in hexadecimal is C0. Therefore, to define the font coloras gray the following line must be added:FontColor=0xC0C0C0

Hexadecimal codes for other commonly used colors are asfollows: Blue: 0000FF; Red: FF0000; Yellow: FFFF00;Green: 008000; White: FFFFFF; Black: 000000; Cyan:00FFFF; Magenta: 8B008B

Figure 3Example of ViewSPACEwith Databox Specifiers

77

Tabular page files, in accordance with ViewSPACE page files, arecreated and named based on controller type or on controller type andaddress.

All data is case insensitive and the line order within each section isimmaterial.

If a parameter is not specified, it will be assigned to the default value aslisted in the tables which follow.

A Tabular page file must contain the sections and parameters shown inTables 6 and 7 below.

Style Section: Each Tabular file must begin with a Style section, identi-fied with the tag [Style].


[Style]

Type = Table Required - Specifies that this is aTabular page file.

Data Point Section: A data point section, identified as [Pointnn] wherenn = 01 to 60, follows the Style section. This section is where youspecify the data points. Up to 60 data points, originating from any of thecontroller’s Status Display Tables or most of the controller's Mainte-nance Tables may be specified. The point number nn shall link the datapoint to its databox.

Note: Unlike ViewSPACEs, a Tabular page's data fields are notconfigurable. A Tabular page will always include point de-scription, value, units, status, force, and name.

Each data point shall be specified using the parameters shown in Table 7below.

Table 6Style Parameters

Tabular PageCreation

Required Sections andParameters

78

SampleViewSPACE


[Pointnn]

Bus = n Optional.CCN address - bus number 7

Element = n Optional.CCN address - element number 7

Table = CCN table name Required. Controller table name ofpoint to be shown.

Point = CCN point name Required. Controller point name ofpoint to be shown.

7 Note: Unused in factory provided templates. Point is assumed to befrom the selected controller. Thus, you only need to specifybus and element if the point is from another controller.

Figure 4 below shows a ViewSPACE. The ViewSPACE contains 3points. Space/Return Temperature and Supply Air Temperature arecolumn style databoxes. Controlling Temperature is a normal styledatabox.

Figure 5 on the next page shows the file that was used to create thisViewSPACE. The file has been annotated in italics to explain eachparameter.

Table 7Data Point Parameters

79

Figure 5Sample ViewSPACE File Parameter Explanation

[Style]Note: Those style parameters that are not specified will revert to

their default values.Type = ViewSPACE Defines that it will be a graphical

displayBackground = 39m.jpg Directory path and filename of

background graphic. Defaults tothe \TEMPLATES directory.

DescriptionCol = 0 X offset for description columndataboxes

ValueCol = 155 X offset for value column databoxes

UnitsCol = 185 X offset for units column databoxes

ComStatusCol = 220 X offset for communication statuscolumn data boxes

(continued)

Figure 4Sample ViewSPACE

80

Parameter Explanation

[Point01]Table = POINTS Table name for the desired pointPoint = SPT Point name for the desired point[DBox01]Type = Normal Specifies a Normal data box styleXCoord = 370 Specifies X location of point data

on background image in pixelsYCoord = 30 Specifies Y location of point data

on background image in pixelsIncludedFields = DVUF Show Description, Value, Units

and Force for the pointFontColor = 0xFF000 RGB color defined as blueFontName = Times New Roman Change from default font to

Times New RomanFontSize = 18 Change from default font size to 18

[Point02]Table = POINTS Table name for the desired pointPoint = RAT Point name for the desired point[DBox02]Type = Columns Specifies a Column data box style

(see Figure 3)XCoord = 10 Specifies X location of point data


on background image in pixelsIncludedFields = DVUC Show Description, Value, Units,

Comm Status for the point

[Point03]Table = POINTS Table name for the desired pointPoint = SAT Point name for the desired point[DBox03]Type = Columns Specifies a Column data box style

(see Figure 3)XCoord = 10 Specifies X location of point data


on background image in pixelsIncludedFields = DVUC Show Description, Value, Units,

Comm Status for the point

Figure 5Sample ViewSPACE File(continued)

81

Figure 6 below shows a Tabular page. The page contains 4 points.

Figure 7 on the next page shows the file that was used to create thispage. The file has been annotated in italics to explain each parameter.

Sample TabularPage

Figure 6Sample Tabular Page

82

Parameter Explanation

[Style]Type = Table Defines that it will be a tabular

display

[Point01]Table = HWP01-32 Table name for the desired pointPoint = HX1HWP1S Point name for the desired point

[Point02]Table = HWP01-32 Table name for the desired pointPoint = HX1HWP2S Point name for the desired point

[Point03]Table = HWP32-64 Table name for the desired pointPoint = HX1_HWST Point name for the desired point

[Point04]Table = HWP32-64 Table name for the desired pointPoint = HX1_HWRT Point name for the desired point

You can transfer web page files to and from the CCNWeb module usingany standard File Transfer Protocol (FTP) tool. The section whichfollows provides a brief introduction to your Windows (DOS-based)FTP utility.

Note: This utility is only available if TCP/IP protocol is installed onyour computer.

For security reasons, you may want to disable FTP access to theCCNWeb module after transferring your web pages. You can do thisfrom the CCNWeb Configuration (CCNWEBC) Table by downloadinga blank Default Access Username and Password.

You must connect and log in to the CCNWeb module before you cantransfer web page files. Follow the instructions below.

To Connect and Log Into the CCNWeb Module

Figure 7Sample Tabular Page File

Sending andRetrieving WebPages

Disabling FTP Access

83

Open a DOS window and initiate a FTP session by doing as follows on aWindows-based computer:

1. Click on the Start button and then select Run.

2. From the Run dialog box, type ftp www.yourdomain.com andpress Enter

or,

type ftp IPaddress and press Enter.

Note: Replace yourdomain with the actual name of your webpage, or replace IPaddress with the actual IP addressof the CCNWeb module.

Example: ftp 199.244.162.78 orftp www.webaddress.com

You will be prompted to provide a user name.

3. Type the CCNWeb's Default Access User Name and pressEnter.

Note: The Default Access User Name can be viewed in theCCNWeb Configuration (CCNWEBC) Table.

Next, you will be prompted for the password.

4. Type the CCNWeb's Default Access Password and press Enter.

Note: The Default Access Password can be viewed in theCCNWeb Configuration (CCNWEBC) Table.

TIP: If you make a mistake typing user name or password.you can restart the login process by typing USER. Youwill then be prompted again for the user name andpassword.

TIP: For a list of FTP commands type HELP.

84

Once you have successfully logged into CCNWeb you can use otherFTP commands to modify your CCNWeb. Refer to Tables 8 to 13below.

Tables 8 to 12 list the FTP commands that you will commonly use totransfer page files to and from the CCNWeb module.

Command Description

HELP Displays a list of FTP commands

? Like HELP, also displays a list of FTPcommands

HELP command Gives a brief explanation of thespecified command.

Command Description

FTP Starts an FTP session. Refer toexample on previous page.

OPEN www.domain.com Specifies the CCNWeb domain towhich to connect. Domain name canbe specified by IP address or computername (a DNS or HOSTS file must beavailable.)

USER Use this command to re-login. If youhave mistyped the user name or password, this process will restart the loginprocess.

CLOSE Closes the connection but does notclose the FTP session.

QUIT Closes connection and terminates theFTP session.

Table 8FTP Help Commands

Table 9Opening and ClosingConnection Commands

FTP Commands

85

Command Description

DIR Gives a full directory listing on theCCNWeb.

DIR test* Displays only files and directorieswhose name begins with with thecharacters test.

LS Same as dir, but provides a simplifiedlisting of filenames.

Command Description

PWD Prints the name of the currentCCNWeb directory.

CD CCNWeb-directory Changes working directory onCCNWeb

CD .. Moves up one level in the directorystructure on the CCNWeb. Note thespace that is required between CD and ..

LCD directory Changes the default local directory onyour local machine

MKDIR Make a new directory on the CCNWeb

RMDIR Remove or delete directory on theCCNWeb

Command Description

binary * Type this command at the FTP promptto set binary mode before transferringbinary files

Use binary mode with thefollowing types of files:Graphics files (e.g., *.gif, *.jpg)JAVA Classes (eg., *.class)ZIP, JAR archive files

(continued)

Table 12File Type Commands

Table 11CCNWeb DirectoryNavigation Commands

Table 10CCNWeb BrowsingCommands

86

Command Description

ascii * Type this command at the FTP promptto set ASCII mode before transferringtext files.

Use ASCII mode with any of thefollowing file types:DSP template file extentionHTML or HTM files

*Note: For Windows NT, these commands are case sensitive.

Command Description

GET filename.extension Copies the specified file fromCCNWeb to local computer (fromcurrent CCNWeb directory to currentlocal directory). Before using GET youmust first configure FTP for the type offiles being transferred. If the file is anHTML file or any other type of ASCIItext file then you will need to first typeASCII at the FTP prompt. If the file isa GIF or image or other binary file youwill need to type BINARY at the FTPprompt before using GET.Note: If the file name containsspaces you must put quotation marks(“ “) around it.

Example: If the name of a file isMY PAGE.HTM you must put quota -tion marks around it“MY PAGE.HTM”.

(continued)

Table 13File Transfer Commands

Table 12File Type Commands(continued)

87

FTP Example 1

Command Description

PUT filename.extension Copies the specified file from the localSEND filename.extension computer to the CCNWeb module.

Before using PUT you must firstconfigure FTP for the type of filesbeing transferred. If the file is anHTML file or any other type of ASCIItext file then you will need to first typeASCII at the FTP prompt. If the file isa GIF or image or other binary file youwill need to type BINARY at the FTPprompt before using PUT.

Note: If the file name containsspaces you must put quotation marks(“ “) around it. See Get exampleabove.

Example: If the name of a file isMY PAGE.HTM you must put quota -tion marks around it“MY PAGE.HTM”.

This example shows how to use the Windows' FTP utility to copy a file(named pic.gif) from a CCNWeb module to your local computer. Thefile is in the CCNWeb directory called \templates. On the local computerthe file will be copied to the c:\temp folder.

1. Connect and login. For instructions, refer to Sending and Retriev-ing Web Pages, which appears earlier in this appendix.

2. At FTP prompt change your local drive directory by typing LCDc:\temp.

3. Type binary to enable binary file transfer.

4. Type CD templates to change your CCNWeb directory.

5. Type GET pic.gif to copy the file to your local PC from theCCNWeb.

Table 13File Transfer Commands(continued)

88

Example of copying a file (c:\data\TSM100TS32.DSP) from the localPC to the CCNWeb module.

1. At the FTP prompt specify the location of the files you wish tocopy by typing LCD c:\data\.

2. Type ascii to enable ascii transfer.

3. Type CD templates to specify that you want to transfer the file tothat directory in the CCNWeb.

4. Type PUT TSM100TS32.DSP to copy the file from the local PCto the CCNWeb module.

5. Type QUIT to close the connection and terminate the FTPsession.

FTP Example 2

89

Appendix B -Console PortOperation andCommandsIntroduction

An alternate way to configure the IP_Config Table is by connecting adumb terminal or a PC running a terminal emulation program such asWindows® Hyperterminal to the module's RS-232 port (COM2).

Accessing and inputting data to the CCNWeb module using a dumbterminal or a PC running a terminal emulation program is referred to asConsole Port mode.

The following cable will be required to connect between the RS-232 port(COM2) on the CCNWeb and the serial communication port of yourPC. See Table 1 below for required pin-outs.

9-pin female miniature 9-pin female miniature D-sub style D-sub style

Pin Pin

1 and 6 42 33 24 1 and 65 57 78 8

Cable Equivalent: Black Box # EYN257H-0006-FF

The following port settings are required for the dumb terminal (VT100)or terminal emulation program.

Bits per second = 9600 Flow Control = None (if usingData Bits = 8 a serial null modem cable)Parity = noneStop bits = 1

Once the cable is connected between the terminal's or PC's communica-tion port and COM2 on the CCNWeb module, press the Return (orEnter) key. The terminal screen should display the prompt Console Port>.

Cable

Table B-1PC to Ethernet ConverterCable (Serial Null ModemCable)

Port Settings

Console PortOperation andCommands

90

The following describes the Console Port commands that you use inorder to read and enter data in the CCNWeb's Internet Protocol($IP_CONF) Table.

Commands may be entered in either upper or lower case and must beterminated by pressing the Return (or Enter) key. Upper case is used inthis document for clarity. When entering data a space must be left be-tween the command character and the data entered.

Note: When any decision's data is changed, you must power cyclethe converter in order for the change to take effect.

Command Function

? Displays menu of commands and one linedescription for each. See sample screendisplay below.

Commands:

c - Display Current IP ConfigurationSettingsa - a <xxx.xxx.xxx.xxx> Device IPAddressm - m <xxx.xxx.xxx.xxx> Subnet Maskf - f <xxx.xxx.xxx.xxx> Default Gateway IP Addressn - n <text> Host Name (up to 24

characters A-Z,a-z,0-9,-)d - d <1/0> DHCP Service

(1 = Enabled or0 = Disabled)

l - l <1/0> Lock Out ConfigurationTable(1 = Yes or 0 = No)

u - u <xxxx> Max Transmission Unit

(continued)

Table B-2Commands

91

Command Function

C Displays current configuration of$IP_CONF Table

A Displays the current IP address of thedevice

A xxx.xxx.xxx.xxx Sets device IP address toxxx.xxx.xxx.xxx where xxxis a decimal number between 0 to 255.

M Displays current value for Subnet Mask

M xxx.xxx.xxx.xxx Sets Subnet Mask value toxxx.xxx.xxx.xxx where xxxis a decimal number ranging between 0and 255. Valid entries are 0,128, 192, 224, 240, 248, 252, 254 and255

F Displays configured IP address forDefault Gateway

F xxx.xxx.xxx.xxx Sets Default Gateway IP address toxxx.xxx.xxx.xxx where xxx is adecimal number between 0 to 255

N Displays current Host Name

N hostname Sets device where hostname consists ofup to 16 alphanumeric characters. Thefirst character must be a letter and noblank spaces can be used.Dashes may be used to separate characters. Characters may be upper orlower case.

D Displays current configuration for DHCPSelect

Table B-2Commands(continued)

92

(continued)

Command Function

D 1 Sets DHCP Select to YesNote: When set to Yes, the DHCPserver must provide an infinitelease on the IP address.

D 0 Sets DHCP Select to No

L Displays whether IP Configuration Tableis Locked or Unlocked.When Locked, the IP Configurationcannot be changed from CCN

L 1 Sets IP Configuration table to Locked

L 0 Sets IP Configuration table to Unlocked

U Displays the current Max TransmissionUnit

U xxxx Sets the Max Transmission Unit wherexxxx is a decimal number between 576and 1500

Table B-2Commands(continued)

93

The information which follows has been included to assist you withtroubleshooting your CCNWeb.

The CCNWeb supports both static and dynamic (DHCP) IP addressing.If using static addressing, three pieces of information are required - the IPAddress, the Subnet Mask, and a Default Gateway address. Eachsystem element on a LAN (Local Area Network) must have a unique IPaddress. You must obtain a static IP address from your LAN administra-tor. This is to avoid conflicts with duplicate addresses and to ensure thatthe IP address is a valid address for your network.

Every time the IP configuration in the CCNWeb has been modified, youmust cycle power on the controller in order for the new settings to takeeffect. After cycling power, check the IP Maintenance Table to ensurethat the new IP settings are present.

The following is a brief explanation of the CCNWeb's configurationparameters.

In order for a CCNWeb to communicate on a TCP/IP network thesystem element requires an IP address. This IP address has to be uniqueto the system element and cannot be used by another system elementinside that network. Think of an IP address as a telephone number.Inside of your area code only you can have that telephone number.

A typical IP address might look something like this:

187.10.11.23

There are two ways of allocating an IP address for a CCNWeb - anautomatic procedure called DHCP (Dynamic Host Configuration Proto-col) and a manual procedure where you manually allocate a static IPaddress. If a CCNWeb uses a DHCP method to allocate an IP address,the CCNWeb itself requests an IP address from a DHCP server onceconnected to the network. Upon a request the DCHP server assigns theIP address, the Subnet Masks, and the default gateway address for thatsystem element. If you do not use the automatic procedures you mustmanually assign a static IP address, the Subnet Masks, and the defaultgateway address. If you are using a manual method, you must obtain an

Appendix - CTroubleshooting

CCNWeb IPAddressing

ConfigurationParametersIP Address

94

IP address from your LAN administrator. This is in order to avoid conflictswith duplicate addresses and to verify that the IP address is a valid IP forthat network.

The purpose of a Subnet Mask decision is to specify to the networkCCNWeb which part of the IP address is the Network ID and which isthe host ID (system element ID). This concept can be explained by usingan example of a telephone number. In the US the first three digits of thetelephone number is the area code. In the US telephone number 860-555-1234, the first three digits are the area code - 860. Other countries onlyuse the first 2 digits. So, unless you know the telephone number's countryof origin, you have no way of knowing the part of the phone number that isthe area code. An IP address works the same way. If you look at the IPaddress 187.10.11.23 you do not know if the network ID is 187 or187.10 or 187.10.11. Assigning a Subnet Mask to the LAN systemelement gives you the ability to extract the network ID of that systemelement.

For example, if the Subnet Mask is 255.255.255.0 and the IP address is187.10.11.23 the network ID is 187.10.11 and 23 is the system elementID (Host ID). Looking at the Subnet Mask, you see that the first threeoctets are 255.255.255. This means that the first three octets of that IPaddress is the network ID. If the Subnet Mask in the previous examplewas 255.255.0.0 the network ID would be 187.10, which are only the firsttwo octets.

Imagine the following scenario:

Your company consists of five separate offices: one in Frankfurt, one inLondon, one in Paris, one in New York and one in Denmark.

The first network that you design is the one in Frankfurt. When you assignnetwork IP addresses to the network system elements you use 187.1.1.xIP addresses, where x is a number between 1 and 255. You assign theSubnet Mask 255.255.0.0 to these IP addresses. You can now build yournext network using the IP addresses 187.1.2.x, where x is a numberbetween 1 and 255, and again Subnet Mask 255.255.0.0. You can keepincrementing the 3rd digit until you have built all 5 networks. When finishedyou would have the following IP addresses:

Subnet Masks

95

Network IP address

Frankfurt 187.1.1.xLondon 187.1.2.xParis 187.1.3.xNew York 187.1.4.xDenmark 187.1.5.x

As long as you ensure that the subnet mask is set to 255.255.0.0 you willbe able to communicate successfully on this network because all thesystem elements have the same network ID (187.1). If you try to use asubnet mask of 255.255.255.0 your network ID becomes the first threeoctets. So, only system elements that are on the same network cancommunicate with each other. For example, if you are in the Parisnetwork and your subnet mask is 255.255.255.0, you should still be ableto communicate in the 187.1.3.x network. If, however, you try to com-municate with New York, London, Denmark or Frankfurt you will failsince their network IDs are different from the Paris network ID.

The default Gateway (router) allows the two networks to talk to eachother. If a system element from Network A sends a command to asystem element on Network B the Default Gateway takes that messageand routes it to network B. It will also return any answer back fromNetwork B.

Look at the IP Maintenance Table to verify IP configurations.After changing the CCNWeb's IP configuration use the IP MaintenanceTable to verify that the controller has accepted the new settings. Toaccess the CCNWeb's configuration or maintenance information, aCarrier front end (such as ComfortWORKS or ComfortVIEW) isrequired.

If, after a power cycle, the IP Maintenance Table does not show thecorrect information do the following:

Default Gateway

MaintenanceParameters

96

• Double check to see if you entered the correct IP Address andSubnet Mask. The CCNWeb does error checking on the IP Ad-dress and the Subnet Mask. In the event that you enter an invalid IPAddress or invalid Subnet Mask the controller will reject the newsettings and enter 0.0.0.0 in the IP Address and Subnet Maskdecisions.

• Verify that you have entered a valid Host Name. The controller willalso reject the new settings if the Host Name is blank or invalid. Avalid Host Name consists of up to 16 alphanumeric characters. Donot use characters such as apostrophe, space etc.

• If you are using DHCP for IP settings, verify that the dynamic IP isaccepted and that all IP Maintenance Table parameters are correct.If the IP Maintenance Table shows all zeros or some other invaliddata verify that there is a DHCP Server on this LAN.

Once you have configured the CCNWeb it is possible to test its Ethernetcommunication by using standard Windows command. To do this, youcan use the PING command. The PING command is a part of theWindows operating system. The PING command sends some simpleTCP/IP data to a specified system element. If the system element isconfigured correctly, it will answer back. If you receive an answer from aPING, then there is a good chance that you have configured yourCCNWeb correctly. If there is no response, then you can assume thatthere is a problem.

To use the PING command:

1. Verify that your computer is connected to the LAN.

2. From the Start menu, select Run and in the Run dialog box, typethe word COMMAND and then press the ENTER key.

This will open a MS-DOS window.

3. At the command prompt type the command PING followed bythe IP address of the system element you wish to test. Then, pressEnter.

PING Command

97

For example:

PING 187.1.10.23

If you specify a correct IP address and the system element isworking correctly, you will see something like this:

C:\windows>ping 187.1.10.23

Pinging 187.1.10.23 with 32 bytes of data:

Reply from 187.1.10.23: bytes=32 time=3ms TTL=255Reply from 187.1.10.23: bytes=32 time=1ms TTL=255Reply from 187.1.10.23: bytes=32 time=2ms TTL=255Reply from 187.1.10.23: bytes=32 time=2ms TTL=255

A PING command sends four requests to the specified IP address.When everything is properly functioning you should see a response toeach of the four requests. From the above example you can see that youhave had four replies from the system element (187.1.10.23). This meansthat the system element is communicating over the Ethernet. At times,when Ethernet activity is very high, you may see the message Requesttimed out mixed with proper replies. If you receive a mixture of Requesttimed out messages with the message Reply from 187.1.10.23:bytes=32 time=2ms TTL=255, it usually indicates that your systemelement is configured properly, but that the LAN activity is high.

If there are problems with system elements with which you are attemptingto communicate, you will receive four error messages similar to thefollowing:

C:\windows>ping 187.1.10.23

Pinging 187.1.10.23 with 32 bytes of data:

Request timed out.Request timed out.Request timed out.Request timed out.

In the above example, four Request timed out error messages aredisplayed. This tells us that there is a problem with the system element

98

with which you have tried to communicate. If you receive such an errorcheck the following:

• You did not specify the correct IP address:Verify that the IP address that you are specifying is the same as theIP Address as displayed in the CCNWeb's IP Maintenance Table.

• There is a possibility that there is a problem with the cabling. If thereis another system element on the same LAN, see if you can commu-nicate with that system element using the PING command. If youcannot, there is a good possibility that there is something wrong withyour cabling.

• Check to see if you have the correct default gateway in theCCNWeb. The CCNWeb with which you are attempting to commu-nicate may be on another network.

In order to test communication, you can connect the CCNWeb directlyto the computer using a special LAN cable called a crossover cable. Youcan buy a crossover cable at most electronics/computer stores.

The pinouts for an Ethernet crossover cable are as follows:

Connector 1 Connector 2

1 3 2 6 3 1 4 OPEN 5 OPEN 6 2 7 OPEN 8 OPEN

Pin 1 -> pin 3, pin 2 -> pin 6, pin 3 -> pin 1, and pin 6 -> pin 2. All ofthe other pins are left open.

Using aCrossover CableTo TestCommunication

To Build an Ethernet10BaseT CrossoverCable

99

Figure 1Crossover Cable

Figure 2Use of Crossover Cable

Computer with functional network adapter

CrossoverCable

CCNWebComputer with functional network adapter

CrossoverCable

CCNWeb

CrossoverCable

CCNWeb

With the crossover cable connected, make sure that you can PING theIP address of the CCNWeb. You must first change the IP address of thecomputer to be similar to the IP address of the CCNWeb.

Example: If the IP of the CCNWeb is 187.1.10.23 then set the com-puter IP address to 187.1.10.1 and make the subnet mask255.255.255.0.

Be sure to write down the existing PC configuration before changing it. Ifyou can successfully PING the CCNWeb, then open your Internetbrowser and verify that you can see the CCNWeb.

Questions regarding network performance and security arise wheninstalling the CCNWeb in a facility that utilizes a firewall. The CCNWebfunctions fine in this type of environment, provided a few simple condi-tions are met. During the planning phase of the installation you are ad-vised to consult your system owner’s network or information systemspersonnel to avoid unnecessary delays and rework resulting from a lackof adequate communication.

Firewalls are used to keep private networks secure. A firewall can beimplemented in a single router that filters out unwanted packets, or it canuse a combination of technologies (hardware and software) in routers

Networks andFirewalls

Firewalls

100

and hosts. Firewalls are often implemented to provide access to and froma secure network via the Internet as well as to separate a company’spublic web server from its internal network. Firewalls can also be used tokeep separate internal networks secure. For instance, an IS Managermay wish to keep a research or accounting subnet secure from theremainder of his internal network.

Firewall protection can be implemented using a combination of hardwareand software networking devices. The following are two commonly usedtechniques that can be used with the CCNWeb.

Packet Filter: Also known as a ‘screening router,’ this techniqueblocks traffic based on IP address and/or port number.

Network Address Translation (NAT): Proxies generally employnetwork address translation, which presents one organization-wide IPaddress to the Internet – it funnels all user requests to the Internet andfans responses back to the appropriate user.

In a TCP/IP-based network such as the Internet, certain ports areassigned to various applications. A port number is used to link incomingdata to an appropriate service. The port numbers that must be enabled atthe firewall to allow a user to access CCNWeb data from outside afacility over the Internet include:

• TCP Port 80: Provides HTTP access to the CCNWeb from astandard Web browser.

• FTP Port 21: Provides FTP access to the CCNWeb. FTP is onlyneeded if you plan on making modifications to the CCNWeb’s flashdisk (for example, sending Main View pages to the CCNWeb).

If there are concerns about locating ithe CCNWeb on a secure network,CCNWeb can be located outside a company’s firewall. CCNWebemploys an industry-standard encryption algorithm (40-bit Data Encryp-tion Standard) to transmit user name and password over the Internet.

Port Numbers

Security

101

OperationalProblems andSolutions

The section which follows is intended to assist you in diagnosing situa-tions that may be encountered when using the CCNWeb.

Problem: When I attempt to log in to CCNWeb I receive a messageinforming me that the maximum number of users has been reached. Thereis, however, no other user logged in to the CCNWeb. Why am I receiv-ing this message?

Solution: A single CCNWeb is capable of supporting up to four simul-taneous web sessions. A session is defined as a single browser sessioninitiated through the CCNWeb login process. In the case where foursessions are open, if you attempt to open another session, the CCNWebwill display a page informing you that the maximum number of users hasbeen reached. The page shall contain a link back to the login page. SeeFig. below. Refer to the figure shown below.

Log In Failure -Maximum Number ofUsers

The CCNWeb will automatically log you out after a period of 15 minutesof inactivity. If you log in to the CCNWeb and then close your webbrowser without logging out of the CCNWeb, that session will remainactive for 15 minutes at which point you will be automatically logged out.

102

To prevent this situation from occurring, be sure to log out of theCCNWeb before closing the web browser or leaving the CCNWeb site.To logout from the CCNWeb, click on the Logout menu item displayedat the top of the CCNWeb page.

Problem: During the log in process I enter the correct user name andpassword. Instead of logging me in, however, CCNWeb brings me backto the Login page.

Solution: CCNWeb requires you to enable your Internet browser'sCookies option. When a web browser communicates with the CCNWebit must pass an additional piece of data, commonly referred to as aCookie. Most browsers have Cookies enabled by default.

To enable Cookies using Internet Explorer 5.5, select the Tool menu'sInternet Options command. Then click on the Security tab. Under theSecurity options, click Custom Level and then scroll down to the Cook-ies heading. Check to enable both the stored on computer and per-session Cookies. Make this change for both Internet and Local Intranet.

To enable Cookies using Netscape 6.2, select the Edit menu's Prefer-ences command. In the Preferences dialog box, click the Privacy andSecurity heading and then click to enable the Enable all cookies option.

Problem: CCNWeb does not reflect current point configuration in aComfort Controller.

Solution: When the CCNWeb scans a controller it determines thecontroller's type and configuration. If a Comfort Controller is modifiedafter it has been scanned by CCNWeb, a rescan of that Comfort con-troller will be necessary in order to reflect the new point configuration.

Problem: I can only view 16 Comfort Controller setpoint tables, but Iknow I have more the 16 setpoint table configured in that controller.

Solution: CCNWeb supports only the first 16 setpoint tables in acontroller.

Log In Failure

CCNWeb Does NotReflect CurrentComfort ControllerConfiguration

CCNWeb Only Displays16 Comfort ControllerSetpoint Tables

103

Problem: Even though my user name and password have read andwrite privileges I am unable to perform a scan for new controllers.

Solution: If more than one user is logged into the CCNWeb, CCNWebwill not permit a controller scan.

Unable To Perform aController Scan

104

105

This appendix provides you with information on:

• setting up a Windows XP PC to allow direct modem-to-modem dial-up networking from your PC to the CCNWeb.

• connecting to the CCNWeb using dial-up networking.

Prior to initially connecting you must setup a dial-up networking connec-tion to the CCNWeb modem. Follow the Configuring Dial-up Network-ing instructions below.

Follow the instructions below to configure dial-up networking using theWindows XP Network Connection Wizard:

1. Go to Control Panel and if Pick a Category is displayed in thewindow, click on the Switch to Classic View link at the top leftof the window.

2. Double click on Network Connections. Click on the Create anew connection link at the top left of the window and the NewConnection Wizard will be displayed.

3. Click the Next button and select the Connect to the network atmy workplace radio button. Click the Next button.

4. Ensure that the Dial-up connection radio button is selected andthen click the Next button.

Note: If more than one modem is installed, select whichmodem to use for this connection and then click Next.

5. Type in a name for the dial-up connection. For example,CCNWeb at Carrier. Then, click the Next button.

6. Enter the phone number of the CCNWeb and then click Next.

7. Ensure that the Do not use my smart card radio button is se-lected and then click Next.

8. Specify whether you would like anyone who is logged onto thisPC to be able to use this dial-up connection or just yourself byselecting the proper radio button. Then, click Next.

Appendix D -Dial-upNetworkingSetup andOperation

Configuring Dial-up Networking

106

Connecting toCCNWeb

9. If a shortcut to this dial-up connection is desired, check the Adda shortcut... box and click the Finish button. A Connect pop-upbox will appear.

10. Go to Step 2 of the next section entitled Connecting toCCNWeb to dial out to the CCNWeb.

Follow the instructions below to dial from your PC directly to theCCNWeb.

Note: Your PC must be configured for dial-up networking to thisCCNWeb before proceeding with these instructions. Ifnecessary, refer back to the Configuring Dial-up Networkinginstructions that appear on the previous page.

1. From the Start menu, select Settings, Network and Dial-upConnections, and then select the name of your CCNWebconnection (refer to Step 5 in the Configuring Dial-up Network-ing instructions preceding this page.)

2. In the Connect dialog box, enter the Default Access Usernameand Password.

Note: Default Access Username and Password can be foundin the CCNWeb's Service Configuration ($SYSACC)Table.

3. In the Connect dialog box, click on Properties, and under theNetworking tab, uncheck all components with the exception ofInternet Protocol (TCP/IP), which you should select.

4. Then, click on OK to return to the Connect dialog box and clickon Dial.

5. After dialing is complete, launch the Internet browser of yourchoice and point your browser at the CCNWeb's I/P address asit is configured on the building's local area network.

Note: If the CCNWeb is not on a LAN, you can use thefollowing I/P address: 192.168.0.1

107

CCNWeb has an idle time logout of 15 minutes and a PPP idle timeoutof 20 minutes. Note that these CCNWeb settings override those thatmay exist in your PC's Network and Dial-up Connections properties.

108

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109

Index

AAlarm List

viewing 52Applications 5Auto Logout 40Autoing

a force 51

BBroadcast Table 13BRODEFS Table 13Bus Scan 40

CCable

console port operation 89crossover 98

CCNWebdescription of 5

CCNWeb Configuration Table 16CCNWeb Maintenance Table 29CCNWEBC Table 16CCNWEBM Table 29Configuration Tables 10, 13

Broadcast (BRODEFS) Table 13CCNWeb (CCNWEBC) Table 16Controller Identification (CtlrID)

Table 19Connectors 8

pin assignments 9Console Port Operation 89

cable 89Controller Identification Configuration

Table 19Crossover Cable

use of in testing CCNWeb communica-tion 98

CtlrID Table 19

DDefault Gateway 21, 95Description of Manual 1DHCP 3Dial-up Networking 105

FFirewall 3, 99Firewalls and Networks 99Firewell 6Forcing

point values 51FTP

use of in sending Main Viewpages 69

use of in sending web pages 82

GGrouping

points from different controllers 50

HHome Page 38

IInternet Operation 37Internet Protocol 2Internet Protocol Maintenance Table 32Internet Protocol Service Configuration

Table 19IP Address 2, 20, 93IP_CONF Table 19

configuring using Console Port 89IP_MAINT Table 32

LLAN 3LED Indicators 7Library

of ViewSPACE pages 63Local Area Network 3Logging In 37

problems with 101, 102Logging Out 40

MMain View

transferring to and fromCCNWeb 82

Main View Pagescreating 50, 63displaying 55file location 69file naming convention 68transferring to and from

CCNWeb 69types of 65

Maintenance Tables 11, 29CCNWeb Maintenance (CCNWEBM)

Table 29Internet Protocol (IP_MAINT)

Table 32Manual

description of 1Menu Items

description of 39Modem Service Configuration Table 21MODEMCFG Table 21

NNAT 3Network Address Translator 3Networks and Firewalls 99

OOverriding

point values 51

PPIC Type and Version 68PING Command 96Port Number 100Power Supply 9Proxy Server 4

QQuiet Time Logout 40

RRouter 3

SScanning

a CCN Bus 40Service Configuration Tables

Internet Protocol ($IP_CONF)Table 19

Modem Service Configuration(MODEMCFG) Table 21

System Access Service Configuration($SYSACC) Tabl 27

User Access Service Configuration($USERACC) Table 24

Status display, Occupancy, SetpointTables

viewing 43Subnet Mask 3, 94Subnet Mast 20SYSACC Table 27System Access Service Configuration

Table 27System Diagram 6

TTabular Display Pages

creating 63Tabular Page

sample 81Tabular Pages

creating 77description of 65displaying 55

110

Templates 63Terminology 2Troubleshooting 93

UUser Access Service Configuration

Table 24USERACCS Table 24

VViewing

status display, occupancy, setpointtables 43

ViewSPACE Pagesample 78

ViewSPACE Pagescreating 63, 69description of 65displaying 55templates 63

WWAN 3Web Operation 37Wide Area Network 3

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808 - 288 Rev. 04/06

Documents

FT Cvr TOC · Internet. Internal IP addresses are non-public IP addresses that usually begin with a 10 or 192, for example, 192.168.0.2. A common scheme for a NAT is to have one public