CampusView Manual V1-11

7/25/2019 CampusView Manual V1-11

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March 20th, 2008System Manual

Version 1.11

Computerized Elevator Control Corp.Moonachie, NJ

2008


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www.swiftcec.com Campus View Manual

Proprietary Information of CEC Corp. 2

Table of Contents

GENERAL.............................................................................................................31 Quick Start Guide........................................................................................42 Using CampusView.....................................................................................52.1 System Start-up ..........................................................................................5

2.2 System Shut-down......................................................................................52.3 System Login ..............................................................................................52.4 Map Screen.................................................................................................52.5 Area Screen................................................................................................82.6 Service and Status Types .........................................................................132.7 Single Group Screen - Elevators...............................................................222.8 Single Group Screen Escalators & Moving Walks..................................232.9 Alarm Monitoring.......................................................................................242.10 Management Console............................................................................262.11 Membership Administrator .....................................................................272.12 Email Notification ...................................................................................28

2.13 Reporting and Analysis Screen..............................................................303 CampusView Server Application Architecture...........................................313.1 CampusView Decode Application - CVDAS..............................................313.2 Microsoft SQL Server Database................................................................313.3 Microsoft IIS Web Server ..........................................................................323.4 Flash User Interface Application ...............................................................324 Network Architecture.................................................................................334.1 CampusView Network Architecture...........................................................334.2 CampusView & REMON-G2 Network Architecture ...................................345 Installation Instructions..............................................................................355.1 Discrete Wire Interface IO Locations.........................................................36

5.2 Discrete Wire Monitoring Points for Elevators...........................................375.3 Discrete Wire Interface Prints ...................................................................415.4 Getting Started Guide ...............................................................................426 Technical Support .....................................................................................446.1 Part Numbers............................................................................................44INDEX.................................................................................................................45


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GENERAL

CampusView is a web based monitoring system for Elevators, Moving Walks andEscalators. The application runs in an Internet browser on any PC. The application canbe accessed through the Internet and can link multiple buildings together using the

Internet or a Wide Area Network (WAN). The Campus View application extends theREMON-G2 capabilities to a buildings operations forum. The application monitors realtime status of elevators and escalators.

CampusView will fit the needs for Fire Control, Security Control, and BuildingManagement Departments. A secondary use would be for in-house elevator servicedepartments or maintenance companies. CampusView displays a quick overview tohighlight problem areas in monitored buildings. Command and Control functions for themonitored equipment can be accessed through hyperlinks into the full REMON-G2application running in a machine room or through remote control of an OEM commandand control system running on a MS Windows computer.


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1 Quick Start Guide


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2 Using CampusView

The Campus View application is a Buildings Operations tool for monitoring the buildingselevators, escalators, moving walks and possibly passenger boarding bridges at airports.The application consists of three screens, CampusView map, Area View, and SingleGroup view. The installation at DFW airport Terminal D is shown below.

2.1 System Start-up

The system starts automatically when the computer boots up. Any units transmitting onthe network will be immediately entered into the database and updated on the screen.

2.2 System Shut-down

The system will shut down with a graceful shut down of Microsoft Windows. Click Start

then Shut Down and click OK.

2.3 System Login

The web server requires authentication to access the web pages. Users and access areadministrated by the Membership Administrator page.

2.4 Map Screen


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Figure 1 Map Screen for Large Complexes

CampusView Map Screen is the main screen to navigate an entire complex. In additionto monitoring large complexes, the Map Screen can be used to view multiple buildings.

Figure 2 Map Screen for Multiple Build ings


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Figure 3 Map Screen Legend

The legend lists the possible colors of each device state and describes each of the mapentities. The Device Status has five possible colors;

Grey Loss of CommunicationGreen Automatic ServiceBlue Fire ServiceRed Fault Error/ShutdownYellow - Other Service (Car Running on service other than automatic:

Independent Service, Inspection, Hoistway Enable etc)

Figure 4 You Are Here

The You Are Here Icon is configured to display the location of the CampusView server.A client connected to a server will see the server location. The icon is a parametersetting on the web server.


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Figure 5 Map Screen Area Fly Outs

Mousing over an area of the Map Screen displays each unit name. The unit Name is atext field that can be defined by the building owner. Clicking on the area will forward theprogram to the next screen, the Area screen.

2.5 Area Screen

Figure 6 Area Screen

Selecting a unit on the Map Screen leads to a detailed view of a section of the map. Thisscreen is called the Area Screen. This screen displays the logical groups of escalatorsand elevators. Detailed information is given on this screen for each device. Theinformation includes, direction of travel, elevator position (bottom left corner), doorstatus, bottom and top landing floors for escalators, floor location for moving walks andcolor status of the unit.


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Figure 7 Area View Legend

A legend for the Area View is displayed when selecting the legend button at the top ofthe Area Screen.


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Figure 8 Area View Location Key

A location key similar to the Map screen is displayed on the left side of the Area Screen.

This Key is an interactive object enabling the user to navigate the entire Map withoutgoing back to the Map View screen. Highlighting a unit in the Area View will alsohighlight the geographic location in the Key.


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Figure 9 Device Cursor

Mousing over a unit in the Area Screen displays the Device Cursor which shows thecurrent service type, status, IP address and Job ID of the unit.

Figure 10 Menu Bar

The menu bar at the top of the screen offers several key features. The first group offersnavigation between the main pages of CampusView. These are: Globe View, FirePanel, Map View, Area View, and Group View. Clicking on Area or Group view will takeyou to the last group viewed, or if no group was viewed, the first group available.

The second partition offers special commands: Search for a device, Campus Alarms andConfiguration, Global Alerts, and Legend.

The third partition is specific to the Area View and contains a Sort button for changingthe display order of the devices by their Global ID, Status Type or Device Type. Thenext button is a slider to change the scale of the devices.

The fourth partition contains a button to jump to the Management Console and an Aboutbutton to view data relating to the current release of CampusView.


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Figure 11 Service TypesSee Section 2.6 for further information

The service types in above are all the possible device states listed in the Area ScreenDevice Cursors and the Single Group display.

Figure 12 Device Grouping

On the Map View Area View, Area View Location Key, and Group View Location Key,when moving your cursor over a selected device, after a short delay the other devices inthe same group (Job ID) highlight. From the Area View, clicking on a device will bringyou to the Group View screen showing either a hoistway for elevators or an animatedrepresentation for escalators or moving walks.


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2.6 Service and Status Types

CampusView uses two inter-related methods of displaying device status, or health, to the

user. Status Type is a color-coded system for quickly determining a class of service,while Service Types are contained within the bounds of a status, but provide the exactmode of operation of the device using a descriptive title and an icon.

Status Color Descript ion ID

Unknown BlackIf the status ID returned by the system is notrecognize by CampusView

-1 (or out of range)

Loss ofCommunication OrangeIf the server detects a loss of incoming datafrom the device 0

Fault / Error /Shutdown

Red(Flashing)

If the service is for a fault, error, or emergencyshut-down function such as a Drive Faultwhere the device has ceased functioning

1

Automatic GreenIf the device is running in Automatic Service(generally used for elevators), Unit Running onequipped escalators/moving-walks

2

Other Service Yellow

If the device is running a service other than

Automatic, but not a critical fault service. 3

Fire Service Cyan If the device is running in Fire PH1 or Fire PH2 4

Pending Gray

The device has not been connected to thenetwork and Campusview has been configuredto handle the device. Usually during newconstruction installation or for plannedcoverage expansion

5

Table 1: Status Types


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Service Type Icon Status Type Elevator Escalator ID

Unknown Unknown -1

Loss of CommLoss of

Communication 0

Safeties Fault 1

MG Switch Fault 2

Power Loss Fault 3

Inspection Other 4

Init Other 5

Drive Fault Fault 6

CounterweightDerailment

Fault 7

Overload Fault 8

Earthquake Fault 9


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Fire PH 2 Fire 10

Fire PH 1 Fire 11

Code Blue Other 12

Homing Other 13

EMT Other 14

Independent Other 15

At tendant Other 16

Door Disc Front Fault 17

Door Disc Rear(Rear Disc)

Fault 18

VIP Other 19

Lobby Independent Other 20

Dispatch Lost Fault 21


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Stop Switch Fault 22

Service Protection Other 23

Load Bypass Fault 24

Security Other 25

Automatic Automatic 26

IR (IndependentRiser)

Other 27

Mechanic On Site Other 28

Emergency StopTop

Fault 29

Safety Top Fault 30

Emergency StopBottom

Fault 31

Safety Bottom Fault 32

Safety Top Left Fault 33


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Safety Top Right Fault 34

Ready To Run Other 35

Diagnost ic Mode Other 36

Safety Bottom Left Fault 37

Safety Bottom Right Fault 38

Pending (DeviceActivat ion)

Pending 39

Emergency Power Other 40

Battery Power Other 41

Unit Running Automatic 42

Alarm Buzzed Fault 43

Lower Inspection Other 44

Upper Inspection Other 45


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Up Start Other 46

Center Start Other 47

Down Start Other 48

Manual Reset Other 49

LR Level Step Fault 50

LR Skirt Fault 51

LL Comb Impact Fault 52

LR Comb Impact Fault 53

LR Handrail Inlet Fault 54

LR Station Fault 55

Lower Pit Fault 56

Lower E StopSwitch

Fault 57


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Lower AccessCover

Fault 58

LL Station Fault 59

LL Handrail Inlet Fault 60

LL Skirt Fault 61

LL Level Step Fault 62

LR Upthrust Fault 63

LL Upthrust Fault 64

LR IntermediateSkirt

Fault 65

LL IntermediateSkirt

Fault 66

Lower Step Posit ion Fault 67

Lower Missing Step Fault 68

UR Handrail Inlet Fault 69


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UL Comb Impact Fault 70

UR Comb Impact Fault 71

UR Skirt Fault 72

Brake Temperature Fault 73

Motor Pit Fault 74

Upper AccessCover

Fault 75

UR Level Step Fault 76

UL Level Step Fault 77

UL Skirt Fault 78

UL Handrail Inlet Fault 79

Upper E StopSwitch

Fault 80

Upper Step Position Fault 81


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Upper Missing Step Fault 82

Car Safety Circuit Fault 83

Pit Stop Switch Fault 84

Car Station StopSwitch

Fault 85

Car Top Inspection Other 86

Reverse Phase Other 87

Door Left Open Bell Fault 88

Fire Phase 1 Bypass Fire 89

Smoke Detector AllFloors

Fault 90

Smoke DetectorMain Recall Floor

Fault 91

Smoke DetectorMachine Room

Fault 92

Smoke DetectorHoistway

Fault 93


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Hatch Doors Locked Other 94

Car and Hall CallPower Other 95

Test Switch inNormal

Other 96

Fire Phase 2 Hold Fire 97

Car Shut Down Fault 98

Table 2: Service TypesLR = Lower Right, LL = Lower Left, UR = Upper Right, UL = Upper Left

2.7 Single Group Screen - Elevators

Figure 13 Single Group Screen


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The Single Group Screen displays detailed information about each car similar to theprevious screen with the addition of Group information such as Hall Calls and Car Callsfor each car. To return to the Area View, simply click on any device in the layout view onthe area layout map. Additionally, the Campus Overview on the left can be used tonavigate to other areas. The user may return to the CampusView Map Screen from any

screen by selecting the Map button on the menu bar at the top.

2.8 Single Group Screen Escalators & Moving Walks

Figure 14 Single Group Screen Escalators

The Single Group Screen for escalators displays direction of travel, top and bottom floorlocations and service types. Service types for escalators include Automatic,Independent, Stop Switch, Fire Phase 1 for the smoke signal, Safeties and Loss ofComm. when the embedded web service looses communications with the controllers.For a complete list of services, please see the Service Types table earlier in section 2.6.


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Figure 15 Single Group Screen Moving Walks

The Single Group Screen for moving walks displays direction of travel, building floorlocation and service type. Service types for escalators include Automatic, Independent,Stop Switch, and Fire Phase 1 for the smoke signal, Safeties and Loss of Comm. whenthe embedded web service looses communications with the controllers.

2.9 Alarm Monitoring

Figure 16 Audible Alerts

Visual and Audible Alarms are available from any computer using the CampusViewapplication in a browser. The alarms can be configured to trigger on any of the variousservice types and loss of communications. By clicking on the unit in the Current Alarmsscreen, a user can jump directly to a view of the unit firing the alarm. Configuration of thealarm feature is available by selecting the Bell icon from the menu bar.


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Figure 17 Alarm Configuration

Figure 18 Current Alarms


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2.10 Management Console

Figure 19 Management Console

The Management Console gives access to configuration and reporting services forCampusView. The Console is accessed by selecting the Console button in the menubar.


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2.11 Membership Administrator

Figure 20 Membership Administ rator

The Membership Administrator is used to manage users on the CampusView system.Adding users, disabling users (Approved checkbox) and access levels are managed bythis screen. Please note that the Administrator user is necessary for factory support, do


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not delete the user. The roles are CVAdministrators and CVUsers which are used torestrict access to the Membership Administrator and the web site respectively.

2.12 Email Notification

Figure 21 Managing Notification Lists

The Notification List screen is used to setup email notifications based on change ofstatus or change of service type of an individual elevator or escalator. A samplenotification is shown below.


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Figure 22 Sample Notification Message

Notification messages can be emailed or sent to cellular phones of field personnel.


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2.13 Reporting and Analysis Screen

Figure 23 Sample Report

Microsoft SQL Server Reporting Services is used to create some standard traffic andperformance reports. Ad Hoc reporting can be done using most 3rdparty application likeExcel.


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3 CampusView Server Application Architecture

The CampusView application consists of the following four parts, UDP packet decoder,MS SQL Server Database, MS .NET Web Server, and the Macromedia Flash movie.

Figure 24 CampusView Application Components

The four parts will be installed on a Server running the CampusView Server Application.A CampusView client is able to run the CampusView Flash Movie and request remoteXML data over the network to a CampusView Server. The default web page on eachCampusView server will serve up the movie in a web page to a remote user.

3.1 CampusView Decode Application - CVDAS

The campus view server(s) will simply process all CampusView packets receivedon the network. The packets are UDP packets varying in length from 28 bytes fordynamic car data to 256 bytes for static information like building name and unitname. The static packets are sent at power up and once every 15 minutes usingport 7366. The dynamic packets are sent on change of status, e.g. when anelevator moves. If no change of status occurs within two minutes of the lastpacket sent, a dynamic packet is sent to the server as an I am alive signal. Thepackets are validated and then stored in a Microsoft SQL Server database on the

same machine. The application runs as an Operating System Service underWindows XP Professional.

On private networks a broadcast UDP packet is used. For WAN, Wide AreaNetworks, and Internet compatibility a second option exists for UDP Unicast. Thisoption is well suited for networks with routing including the Internet. This optionrequires close coordination with the buildings IT department.

3.2 Microsoft SQL Server Database

The database will consist of one table storing the current state of each device on

the network and one table used to lookup job information such as job name,customer job id and possibly other job static information. Tables also exist forentering Notification Lists and decoding of Service Types. The Database servercan also be configured to use replication and subscriptions to merge server datafrom several geographically dispersed CampusView servers. The SQL Serverdatabase uses triggers on change of service type to send email notifications tousers listed in the notification list table.


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3.3 Microsoft IIS Web Server

The web server presents data to each local CampusView application. Also, thedefault web page runs the CampusView application in a browser to clients on thenetwork. The SMTP Virtual Server included in the Windows IIS application isused to send email notifications over the Internet.

3.4 Flash User Interface Application

The Campus View application is a Rich Internet Application (RIA) that is customconfigured on a per job basis. The application is constantly running Live Datafrom a REMON-G2 database.


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4 Network Architecture

4.1 CampusView Network Architecture

CampusView Clients

SWIFT Controls 5000's/TAC50/TAC20/ISIS

RS485/

I2CSWEC

SWECSWEC

IO Boards

SWEC

SWEC

RS-485RS-232

CampusView Server

CAT5 or Fiber

Network

Figure 25 CampusView Network

The communications architecture is designed for to eliminate any single points of failure.A multitude of devices, escalators & elevators, will be communicating to theCampusView application(s) using UDP broadcast packets. The devices will transmit astate refresh packet every five seconds. Upon a state change the device will transmit itsnew state and not wait for the refresh cycle. If the CampusView application does notreceive a refresh packet after two refresh cycles, the application will show the device in aloss of communications state.


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4.2 CampusView & REMON-G2 Network Architecture

SWIFT Controls

FUTURA Meridia

CampusView Clients

RS485/I2C

SWECSWEC

IO Boards

SWEC

RS-485

REMON-G2

CAT5 or Fiber

CampusView ServerDedicated Server or Existing Data

Center Server

CAT5 or Fiber

Network

Figure 26 CampusView & REMON-G2 Network

The CampusView application integrates and complements the REMON-G2 application.CampusView is a view only application suitable for many building owners needs.REMON-G2 is an additional application, which adds the capabilities of Command &Control. No additional network infrastructure is required to add a REMON-G2 server to aCampusView network.


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5 Installation Instructions

Installation instructions for the CampusView Servers are included inside the DellDimension box. These are the general computer installation instructions from Dell. Nospecial instructions are needed for setting up the CampusView server hardware. The

application is configured to start on boot up.

The client application runs in an Internet browser. Enter the IP address into a webbrowser to start the client application.

A complete set of Interface Prints, IO Terminal Block Layouts are provided with each job;see examples below.


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5.1 Discrete Wire Interface IO Locations

Figure 27 Discrete Wire interface


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5.2 Discrete Wire Monitoring Points for Elevators

NO. HSM ADDRESS- 0 TB AC-IN1 CS CAR SAFETY CIRCUIT 1 CS

2 ICS IN CAR STOP 2 ICS

3 ICI IN CAR INSPECTION 3 ICI

4 LCO

4 HS HOISTWAY SAFETY CIRCUIT 5 HS6 LCO

5 DET DETECTOR EDGE 7 DET8 LCO

6 DCL6 DOOR CLOSE LIMIT SW @ 6 IN 9 DCL6

7 DCL DOOR CLOSE LIMIT SW 10 DCL

8 DOL DOOR OPEN LIMIT SW 11 DOL

12 LCO

NO. RLM ADDRESS- 1 TB AC-IN1 TCI TOP CAR INSPECTION 1 TCI

2 2

3 34 LCO

4 56

5 RDET REAR DETECTOR EDGE 7 RDET8 LCO

6 RDL6 REAR LIMIT SW @ 6 IN 9 RDL6

7 RDCL REAR D CLOSE LIMIT SW 10 RDCL

8 RDOL REAR D OPEN LIMIT SW 11 RDOL

12 LCO

NO. DCM ADDRESS- 0 TB AC-OUT1 1

22 3

3 HVD HEAVY DOOR 4 DCM I/O 95 HEVY

4 FBP2 HALL FIRE BYPASS AUX (STOP SW) 6 LCM I/O-1-27 HSM I/O 2

5 DO DOOR OPEN RELAY 8 DO9 DZ2

6 DC DOOR CLOSE RELAY 10 DC11 LSN

7 NR NUDGING RELAY 12 NR


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NO. LCM ADDRESS- 1 TB RELAY1 FBP1 FIRE BYPASS ( STOP SW ) 1 HSM I/O-1-1

2 DCM I/O-4-6

2 - 3 -4

3 - 56

4 ALF AUTO LIGHT / FAN 7 ALF-B8 LLN

5 CUL CAB UP LANTERN 9 VTC

10 CUL

6 CDL CAB DOWN LANTERN 11 VTC

12 CDL

NO. CFM ADDRESS- 0 TB DC IN/OUT1 VT+2 VT+

1 CFON CAR FIRE SWITCH ON 3 CFON

2 CFCF CAR FIRE SWITCH OFF 4 CFCF

3 RSB RESET BUTTON 5 RSB

4 DOB DOOR OPEN BUTTON 6 DOB

5 DCB DOOR CLOSE BUTTON 7 DCB

6 IC INDEPENDENT SERVICE 8 IC

7 9

8 FSL FIRE SERVICE LIGHT 10 FSL

11 VTC12 VTC

NO. BM ADDRESS- 3 TB DC IN/OUT1 VT+2 VT+

1 3

2 43 5

4 6

5 DHB DOOR HOLD OPEN BUTTON 7 DHB

6 8

7 BZ BUZZER (FIRE/NUDGING) 9 BZ

8 HBZ HANDICAP BUZZER 10 HBZ

11 VTC12 VTC


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NO. CC1 ADDRESS- 4 TB DC IN/OUT1 VT+2 VT+

1 BC CAR CALLS 3 BC

2 1C CAR CALLS 4 1C

3 2C CAR CALLS 5 2C

4 3C CAR CALLS 6 3C

5 4C CAR CALLS 7 4C

6 5C CAR CALLS 8 5C

7 6C CAR CALLS 9 6C

8 7C CAR CALLS 10 7C

11 VTC12 VTC

NO. CC2 ADDRESS- 5 TB DC IN/OUT1 VT+

2 VT+1 8C CAR CALLS 3 8C

2 9C CAR CALLS 4 9C

3 10C CAR CALLS 5 10C

4 6

5 7

6 8

7 9

8 10

11 VTC12 VTC

NO. UC1 ADDRESS- 0 TB DC IN/OUT1 VH+

2 VH+

1 BUC UP HALL CALL 3 BUC

2 1UC UP HALL CALL 4 1UC



5 4UC UP HALL CALL 7 4UC 6 5UC UP HALL CALL 8 5UC



11 VHC 12 VHC


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NO. DC1 ADDRESS- 4 TB DC IN/OUT1 VH+

2 VH+

1 HCP HALL CALL POWER 3 HCP

2 1DC DOWN HALL CALL 4 1DC

3 2DC DOWN HALL CALL 5 2DC4 3DC DOWN HALL CALL 6 3DC





11 VHC12 VHC

NO. DC2 ADDRESS- 5 TB DC IN/OUT1 VH+

2 VH+1 8DC DOWN HALL CALL 3 8DC








11 VHC12 VHC


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5.3 Discrete Wire Interface Prints

Figure 28 Sample Discrete Wire Control ler interface


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5.4 Getting Started Guide

Figure 29 Escalator/Moving Walk Installation Serial Interface


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Figure 30 Elevator Installation Serial Interface


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6 Technical Support

For Technical Support Call:

Computerized Elevator ControlTechnical Support201-508-230024 Empire BlvdMoonachie, NJ 07074http://www.swiftcec.com

For Warranty Issues on the Dell Computers Contact CEC or Dell:DELL Technical Support800-234-1490http://support.dell.com/

6.1 Part Numbers

Part Number Description

P50W38 50 inch Zenith Plasma Display

02-1533 IMS Gateway Router

02-1645 9 CAT5e Patch Cable

02-1670-05 5-Port Ethernet Hub

02-1670-24 24 Port Ethernet Switch

02-2001 Omron Serial Adapter Module

02-2002 Omron Din-Mount Cable Adapter

03-0100 CampusView Server, Dell Dimension Desktop

03-0403 9 Pin RJ-11 to 25 Pin Sub-D Serial Adapter

09-6666 SWEC Ethernet Gateway Module

1395 APC 19 13U Wall Mount Computer Rack

2150 Outlet Strip with Surge Protectors

2647-01 12x12 Electrical Enclosure

7001-03 SWEC to Omron Crossover Cable

7045-53 Radiant Kiosk Computer


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INDEX

AArea Screen, 8, 9, 10, 11, 12

Automatic Service, 7

C

Car Calls, 22

D

Device Cursor, 11, 12Device Status, 7

FFault Error, 7Fire Service, 7

H

Hall Calls, 22

I

Installation, 35, 42, 43

L

Location Key, 10

Loss of Communication, 7

M

Map Screen, 5, 6, 7, 8, 9, 10, 23, 27

N

Notification, 29

O

Other Service, 7

S

Service Types, 12Shutdown, 7

Shut-down, 5, 27Single Group, 5, 12, 22, 23, 24Start-up, 5

T

Technical Support, 44

Y

You Are Here, 7

Documents

CampusView Manual V1-11