Innotech IG04 User Manual

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Page 1

IG04 BACnet Gateway / Vaisala WXT/WMT

INSTALLATION INSTRUCTIONS

Page 2

Proprietary

No part of this technical manual may be reproduced, transmitted, transcribed, stored in a retrieval system, or translated into any language or computer language, in any form or by any means, without prior written permission of Mass Electronics Pty Ltd.

Trademark

The term ‘Innotech’ used in this manual is a trademark of Mass Electronics Pty Ltd trading as Innotech Control Systems Australia.

'Microso' and 'Windows' are registered trademarks of the Microso Corporation in the United States and other countries.

Disclaimer

While great eorts have been made to assure the accuracy and clarity of this document, Mass Electronics Pty Ltd assumes no liability resulting from any omissions in this document, or from misuse of the information obtained herein. The information in this document has been carefully checked and is believed to be entirely reliable with all of the necessary information included. Mass Electronics Pty Ltd reserves the right to make changes to any products described herein to improve reliability, function and design, and reserves the right to revise this document and make changes from time to time in content hereof with no obligation to notify any persons of revisions or changes. Mass Electronics Pty Ltd does not assume any liability arising out of the application or any use of any product or circuit described herein; neither does it convey licence under its patent rights or the rights of others.

Page 2 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

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Contents

Proprietary ........................................................................................................................ 2

Trademark ......................................................................................................................... 2

Disclaimer ......................................................................................................................... 2

Overview ........................................................................................................................... 4

Supported Vaisala device models ....................................................................................4

Connecting the Vaisala device and the IG04 BACNet Gateway ....................................... 4

Wiring using the 8-Pin M12 connector with independent cabling for heating ................. 5

Wiring using the 8-Pin M12 connector with split cabling for heating ...............................6

Vaisala device 8-Pin M12 connector Pin-outs ....................................................................7

Wiring using the screw terminal connector with independent cabling for heating ........8

Wiring using the screw terminal connector with split cabling for heating ....................... 9

Vaisala device screw terminal Pin-outs ............................................................................10

Accessing embedded web server and FusionLIVE ........................................................ 11

Home page of embedded web server ..............................................................................12

Animated graphics on the home page .............................................................................13

Configuring Vaisala device with FusionLIVE .................................................................. 15

Configuring IG04 BACnet Gateway with FusionLIVE ..................................................... 16

System Tab.........................................................................................................................16

BACnet Tab ......................................................................................................................... 17

Clock Tab ............................................................................................................................18

Configuring Sunrise and Sunset .......................................................................................19

Ethernet Tab ......................................................................................................................20

Services Tab ....................................................................................................................... 21

Troubleshooting .............................................................................................................22

Cannot discover a new IG04 BACnet Gateway .................................................................22

Cannot connect to the embedded web server ................................................................22

Cannot launch FusionLIVE ................................................................................................23

Unstable connection with embedded web server or FusionLIVE ...................................23

Customer Assistance ...................................................................................................... 24

Innotech Support ..............................................................................................................24

Page 3 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 4

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Overview

This document provides instructions to connect a Vaisala device to the IG04 BACnet Gateway, and configuring the Vaisala device and IG04 using the embedded web server and the FusionLIVE Java application.

Detailed instructions are provided to help you access the embedded web server, and easily configure the IG04 and Vaisala device. It is recommended that installation personnel familiarise themselves with the information contained in this document.

Supported Vaisala Device Models

The IG04 BACnet Gateway communicates directly with the Vaisala device using a dedicated RS-485 channel. The IG04 BACnet Gateway is designed to communicate with the Vaisala WXT520 Weather Transmitter or WMT52 Ultrasonic Wind Sensor.

For 'plug and play' communications, ensure to use one of the following order codes when ordering a Vaisala device:

• WXT520-AACxxxxxx0 (where "x" refers to optional extras)

• WMT52-AACxxxxxx0 (where "x" refers to optional extras)

NOTE

If a dierent order code is required, ensure that the Vaisala device is congured to communicate using the NMEA protocol on RS-485 at 19200 baud 8, N, 1.

Connecting the Vaisala Device and the IG04 BACnet Gateway

A Vaisala device can be connected to the IG04 BACnet Gateway using either the 8-Pin M12 connector or by wiring directly to the Screw Terminals. Both the 8-Pin M12 Connector and Screw Terminals can be accessed from the bottom of the Vaisala device.

The Vaisala device and the IG04 BACnet Gateway can be powered using a 24 V to 32V DC power supply. If heating is required, it is recommended to provide independent cabling from the power supply to ensure robust operation and minimal interference. If this is not possible, a single cable run can be used to provide power for both the Vaisala device and optional heating accessory. Ensure to use high capacity cable suitable for carrying such a current load over the distance required.

Refer to the following wiring guides for the most suitable option for your installation.

NOTE

Please refer to the appropriate Vaisala technical documentation for more details at www.vaisala.com. Refer to the relevant datasheets for complete power supply details for the IG04 and Vaisala products.

Page 4 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 5

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Wiring Using The 8-Pin M12 Connector With Independent Cabling For Heating

The wiring example provided below at Figure 1 is recommended for most installations, providing a separate cabling run of high quality cable for the Vaisala device heating current (if required). The pin connections for the 8-Pin M12 and wire colours are listed in Table 1 on page 7.

For installations that do require the optional heating accessory, ensure a high capacity cable between the DC Power supply and the Vaisala device is used.

NOTE

The 8-Pin M12 connector is located on the bottom of the Vaisala device.

IG04 Default Settings

Vaisala WXT520 Weather Transmitter / WMT52 Ultrasonic Wind Sensor

Note: Colour coded as per Vaisala documentation

M12 connector pin-out *

1 2

YEL (Vh+)

PNK (Vh−)

RED Wire (Vin−)

BRN Wire (Vin+)

Shielded cable length should NOT exceed

BLU Wire (RX−)

3m when connecting WXT520 / WMT52

GRY Wire (RX+)

Device to WSP150 Surge Protector

IG04 Default Settings

IP Address: 192.168.2.100 (Static)

IP Address 192.168.2.100 (Static)

S/M: 255.255.255.0 HTTP Port: 80

Subnet Mask 255.255.255.0

Innotech Port: 20000 BACnet/IP

HTTP Port 80

BACnet Port: 47808 BACnet Instance: 1509

Innotech Port 20000

Baud Rate: 19200 Fault Timeout: 30 Sec

BACnet/IP

BACnet Port 47808

BACnet Instance 1509

Baud Rate 19200

Fault Timeout 30 seconds

If a surge protector is not installed, connect the cables directly

GRY Wire (RX+)

BLU Wire (RX−)

SER Terminal Not Used

(Service Tool Connection)

Higher heating currents cause voltage drop. Select cable with sufficient cross section for longer runs.

SER

SHLD

WXT

24V

Ethernet

BACIP

Innotech IG04

BACnet Gateway

EOL

SHLD

MSTP

C-

C+

Ethernet

Port &

BACnet/

IP Output

RS485 Line Termination Jumper RS485 [

Shield

RS485 [-]

RS485 [+]

]

16mm² Copper Cable

Earth Ground

Isolated DC

Power Supply

24V to 32V DC @ < 200mA @ < 800mA

1 2 3 4 5 6 7 8

WSP150 Surge Protector

1 2 3 4 5 6 7 8

BLK Wire (Vin−)

BLK Wire (Vh−)

RED Wire (Vh+)

RED Wire (Vin+)

* *3

WSP150 Surge Protector in accordance with appropriate Vaisala technical documentation.

Wire WXT520 / WMT52 Device to the

When heating is NOT used.

Figure 1: Wiring guide for Vaisala device M12 Connector with independent cabling for heating

NOTE

The 16 mm2 Copper Cable to Earth Ground cable is a critical component for the correct operation of the surge protector. Ensure this is installed correctly.

Page 5 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 6

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Wiring Using The 8-Pin M12 Connector With Split Cabling For Heating

The wiring example provided below at Figure 2 is an alternative M12 connector wiring guide, providing a shared cabling run of suitable high capacity cable for the Vaisala device and heating accessory (if required). The pin connections for the 8-Pin M12 and wire colours are listed in Table 1 on

page 7.

For installations that do require the optional heating accessory, ensure a high capacity cable between the DC Power supply and the Vaisala device is used.

NOTE

The 8-Pin M12 connector is located on the bottom of the Vaisala device.

IG04 Default Settings

Vaisala WXT520 Weather Transmitter / WMT52 Ultrasonic Wind Sensor

Only used when heating is required

Note: Colour coded as per Vaisala documentation

M12 connector pin-out *

1 2

PNK (Vh− )

RED Wire (Vin−)

BRN Wire (Vin+)

YEL (Vh+)

Shielded cable length should NOT exceed

BLU Wire (RX−)

3m when connecting WXT520 / WMT52

GRY Wire (RX+)

Device to WSP150 Surge Protector

IG04 Default Settings

IP Address: 192.168.2.100 (Static)

IP Address 192.168.2.100 (Static)

S/M: 255.255.255.0 HTTP Port: 80

Subnet Mask 255.255.255.0

Innotech Port: 20000 BACnet/IP

HTTP Port 80

BACnet Port: 47808 BACnet Instance: 1509

Innotech Port 20000

Baud Rate: 19200 Fault Timeout: 30 Sec

BACnet/IP

BACnet Port 47808

BACnet Instance 1509

Baud Rate 19200

Fault Timeout 30 seconds

If a surge protector is not installed, connect the cables directly

GRY Wire (RX+)

BLU Wire (RX−)

SER Terminal Not Used

(Service Tool Connection)

When heating IS used. If heating is required and supplied via the same supply wires, ensure a substantial cable with cross-section > 1mm excessive voltage drops. Excessive voltage drops may cause comms problems.

is used to avoid

SER

SHLD

WXT

24V

Ethernet

BACIP

Innotech IG04

BACnet Gateway

EOL

SHLD

MSTP

C-

C+

Ethernet

Port &

BACnet/

IP Output

RS485 Line Termination Jumper RS485 [

Shield

RS485 [-]

RS485 [+]

]

16mm² Copper Cable

Earth Ground

Isolated DC

Power Supply

24V to 32V DC @ < 200mA @ < 800mA

1 2 3 4 5 6 7 8

WSP150 Surge Protector

1 2 3 4 5 6 7 8

BLK Wire (Vin−)

RED Wire (Vin+)

*2 *3

Wire WXT520 / WMT52 Device to the WSP150 Surge Protector in accordance with appropriate Vaisala technical documentation

When heating is NOT used.

Figure 2: Wiring guide for Vaisala device M12 Connector with split cabling for heating

NOTE

The 16 mm2 Copper Cable to Earth Ground cable is a critical component for the correct operation of the surge protector. Ensure this is installed correctly.

Page 6 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 7

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Vaisala Device 8-Pin M12 Connector Pin-Outs

NOTE NOTE

Please take extreme care to ensure when installing and wiring that the wire colours and terminals correctly match as illustrated in Figure 1 or Figure 2, and described below in Table 1. Refer to the appropriate Vaisala technical documentation for more details at www.vaisala.com.

Table 1: M12 Pin-outs for WXT520 / WMT52

Wire Colour M12 Pin# RS-485

Blue 7 RX-

Grey 5 RX+

White 1

Green 3

Pink 6 Vh- (heating GND)

Yellow 4 Vh+ (heating supply voltage)

Red 8 Vin- (operating GND)

Brown 2 Vin+ (operating supply voltage)

NOTE NOTE

Exact minimum cable specications for the power supply will vary, and are installation specic. Ensure to select the correct cable to carry the current load as required.

Page 7 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 8

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Wiring Using The Screw Terminal Connector With Independent Cabling For Heating

The wiring example provided below at Figure 3 is recommended for most installations, providing a separate cabling run of high quality cable for the heating current (if required). The pin connections for the screw terminal connector and wire colours are listed in Table 2 on page 10.

For installations that do require the optional heating accessory, ensure a high capacity cable between the DC Power supply and the Vaisala device is used.

NOTE

The screw terminal connector can be accessed from the bottom of the Vaisala device by unscrewing the three screws on the Vaisala device's chassis, and carefully revealing the terminals. Cable runs can be fed through the small pluggable holes in the base of the unit. Ensure to fully seal the Vaisala device once wiring is complete.

Vaisala WXT520 Weather Transmitter /

WMT52 Ultrasonic Wind Sensor

Screw Terminal connector pin-out *

Shielded cable length should NOT exceed 3m when connecting WXT520 / WMT52 Device to WSP150 Surge Protector

1 2 3 4 5 6 7 8

WSP150 Surge Protector

1 2 3 4 5 6 7 8

16mm² Copper Cable

Earth Ground

Isolated DC

Power Supply

24V to 32V DC @ < 200mA @ < 800mA

* *3

BLK Wire (Vin−)

RED Wire (Vh+)

BLK Wire (Vh−)

BLU Wire (RX−)

PNK (Vh− )

YEL (Vh+)

RED Wire (Vin−)

BRN Wire (Vin+)

RED Wire (Vin+)

If a surge protector is not installed, connect the cables directly

Wire WXT520 / WMT52 Device to the WSP150 Surge Protector in accordance with appropriate Vaisala technical documentation.

When heating is NOT used.

GRY Wire (RX+)

Note: Colour coded as per Vaisala

GRY Wire (RX+)

BLU Wire (RX−)

1 RX-

2 RX+

3 TX-

4 TX+

5 RXD

6 SGND

7 EXH

8 EXL

9 SIPB

10 SIPA

WXT520 / WMT52

Screw Terminals

11 SR-

12 SR+

13 PT-

14 PT+

15 AGND

16 AGND

17 HTG-

18 HTG+

19 VIN-

20 VIN+

SER Terminal Not Used

(Service Tool Connection)

Higher heating currents cause voltage drop. Select cable with sufficient cross section for longer runs.

IG04 Default Settings

IP Address: 192.168.2.100

IP Address 192.168.2.100 (Static)

S/M: 255.255.255.0 HTTP Port: 80

Subnet Mask 255.255.255.0

Innotech Port: 20000 BACnet/IP

HTTP Port 80

BACnet Port: 47808 BACnet Instance: 1509

Innotech Port 20000

Baud Rate: 19200 Fault Timeout: 30 Sec

BACnet/IP

BACnet Port 47808

BACnet Instance 1509

Baud Rate 19200

Fault Timeout 30 seconds

SER

SHLD

WXT

24V

Ethernet

Innotech IG04

BACnet Gateway

BACIP

SHLD

EOL

MSTP

C-

C+

Ethernet

Port &

BACnet/

IP Output

RS485 Line Termination Jumper RS485 [

RS485 [-]

RS485 [+]

Shield

]

Figure 3: Wiring guide for Vaisala device screw terminal connector with independent cabling for

heating

NOTE

The 16 mm2 Copper Cable to Earth Ground cable is a critical component for the correct operation of the surge protector. Ensure this is installed correctly.

Page 8 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 9

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Wiring Using The Screw Terminal Connector With Split Cabling For Heating

The wiring example provided below at Figure 4 is an alternative screw terminal wiring guide, providing a shared cabling run of suitable high capacity cable for the Vaisala device and heating accessory (if required). The pin connections for the screw terminal connector and wire colours are listed in Table 2 on page 10.

For installations that do require the optional heating accessory, ensure a high capacity cable between the DC Power supply and the Vaisala device is used.

NOTE

Vaisala WXT520 Weather Transmitter /

WMT52 Ultrasonic Wind Sensor

Screw Terminal connector pin-out *

Note: Colour coded as per Vaisala documentation

Shielded cable length should NOT exceed 3m when connecting WXT520 / WMT52 Device to WSP150 Surge Protector

If a surge protector is not installed, connect the cables directly

1 2 3 4 5 6 7 8

WSP150 Surge Protector

1 2 3 4 5 6 7 8

Isolated DC

16mm² Copper Cable

Earth Ground

Power Supply

24V to 32V DC

@ < 200mA

@ < 800mA

BLK Wire (Vin−)

*² *3

BLU Wire (RX−)

GRY Wire (RX+)

Only used when heating is required

PNK (Vh− )

YEL (Vh+)

GRY Wire (RX+)

BLU Wire (RX−)

RED Wire (Vin−)

BRN Wire (Vin+)

RED Wire (Vin+)

Wire WXT520 / WMT52 Device to the WSP150 Surge Protector in accordance with appropriate Vaisala technical documentation.

When heating is NOT used.

1 RX-

2 RX+

3 TX-

4 TX+

5 RXD

6 SGND

7 EXH

8 EXL

9 SIPB

10 SIPA

WXT520 / WMT52

Screw Terminals

11 SR-

12 SR+

13 PT-

14 PT+

15 AGND

16 AGND

17 HTG-

18 HTG+

19 VIN-

20 VIN+

SER Terminal Not Used

(Service Tool Connection)

is used to avoid

IG04 Default Settings

IP Address 192.168.2.100 (Static)

Subnet Mask 255.255.255.0

HTTP Port 80

Innotech Port 20000

BACnet/IP

BACnet Port 47808

BACnet Instance 1509

Baud Rate 19200

Fault Timeout 30 seconds

24V

IG04 Default Settings

IP Address: 192.168.2. S/M: 255.255.255.0 HTTP Port: 80 Innotech Port: 20000 BACnet/IP BACnet Port: 47808 BACnet Instance: 1509 Baud Rate: 19200 Fault Timeout: 30 Sec

SER

SHLD

WXT

Innotech IG04

BACnet Gateway

Ethernet

BACIP

SHLD

EOL

MSTP

C-

C+

Ethernet

Port &

BACnet/

IP Output

RS485 Line Termination Jumper RS485 [

Shield

RS485 [-]

RS485 [+]

]

Figure 4: Wiring guide for Vaisala device screw terminal connector with split cabling for heating

NOTE

The 16 mm2 Copper Cable to Earth Ground cable is a critical component for the correct operation of the surge protector. Ensure this is installed correctly.

Page 9 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 10

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Vaisala Device Screw Terminal Pin-Outs

NOTE NOTE

Please take extreme care to ensure when installing and wiring that the wire colours and terminals correctly match as illustrated in Figure 1 or Figure 2, and described below in Table 2. Refer to the appropriate Vaisala technical documentation for more details at www.vaisala.com.

Table 2: Screw Terminal Pin-outs for WXT520 / WMT52

Screw Terminal Pin RS-485

1 RX- RX-

2 RX+ RX+

3 TX- RX-

4 TX+ RX+

5 RXD

6 SGND

7 EXH

8 EXL

9 SIPB

10 SIPA

11 SR-

12 SR+

13 PT-

14 PT+

15 AGND

16 AGND

17 HTG- Vh- (heating GND)

18 HTG+ Vh+ (heating supply voltage)

19 VIN- Vin- (operating GND)

20 VIN+

Vin+ (operating supply voltage)

NOTE NOTE

Exact minimum cable specications for power supply will vary, and are installation specic. Ensure to select the correct cable to carry the current load as required.

Page 10 © Mass Electronics Pty Ltd 2011Edition 5.0 dated 11/11/2013

Page 11

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Accessing Embedded Web Server and FusionLIVE

The Vaisala device and IG04 BACnet Gateway can be configured using the embedded web server and the FusionLIVE Java application on the IG04. However before you can access the embedded web server, your computer must be configured to be on the same network range as the IG04 BACnet Gateway. The default Ethernet settings for the IG04 BACnet Gateway are shown in Table 3 below.

Table 3: IG04 BACnet Gateway Default Ethernet Settings

IP address Gateway Subnet mask Port Number

192.168.2.100 0.0.0.0 255.255.255.0 80

NOTE

Please note that the Java Runtime Environment (JRE) must be installed on your computer in order to access the embedded web server and the FusionLIVE application. The latest version of JRE can be downloaded from

http://java.com/en/.

Since the default IP address of the IG04 BACnet Gateway is 192.168.2.100, your computer must be configured with an IP address in the range of 192.168.2.xxx, and the subnet mask must be configured to 255.255.255.0. When you have configured the IP address and subnet mask of your computer, you can access the web server using Microso Internet Explorer® Web Browser Version 8 or greater. Follow the instructions below to connect to the IG04 BACnet Gateway and access the embedded web server.

Launch Internet Explorer and enter the default IP address of the IG04 BACnet Gateway in the address bar and press Enter, as illustrated in Figure 5 below.

http://192.168.2.100/

Figure 5: Access embedded web server using default IP address

If you changed the port number in the Ethernet Settings, you must specify the port number with the IP address when entered into the address bar, as illustrated in Figure 6 below.

http://192.168.2.100:90

Figure 6: Access embedded web server using IP address with a dierent port

NOTE

For more information on conguring your computer network settings and conguring the IG04 BACnet Gateway, refer to DS99.05 Ethernet Setup Manual for Device Communications.

Page 12

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Home Page of Embedded Web Server

If your network settings are configured correctly, the home page of the embedded web server should be displayed. There are two dierent versions of the home page, configured to suit the two dierent models of supported Vaisala device. The embedded web server identifies which model of Vaisala device is connected before loading the appropriate home page. Actual live data on the home page will not be present until the connection between the IG04 BACnet Gateway and Vaisala device has been properly configured.

The embedded web server's home page for the Vaisala WXT520 Weather Transmitter is illustrated in Figure 7 below, while the home page for the Vaisala WMT52 Ultrasonic Wind Sensor can be seen at Figure 8.

From the embedded web server's home page, you can click on the button to launch the FusionLIVE Java application to modify the Vaisala device or the IG04 BACnet Gateway settings.

NOTE

The IG04 embedded web server uses HTML and port 80 by default.

Figure 7: Home page when connected to Vaisala WXT520 Weather Transmitter

NOTE

The historical data presented at the bottom of the home page, in the Previous 7 Days eld, will initially be blank until enough time has passed to generate historical data.

Figure 8: Home page when connected to Vaisala WMT52 Ultrasonic Wind Sensor

Page 13

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Animated Graphics on the Home Page

The home page provides animated graphical representations of live weather conditions when connected to a Vaisala WXT520 Weather Transmitter. The range of graphics and their meanings are illustrated in below in Figure 9.

NOTE

The home page can automatically cycle through day/night display mode when the Sunrise / Sunset feature has been enabled, and the IG04 BACnet Gateway's clock is programmed correctly.

Day / Night Fine

Day / Night Strong Winds

Day / Night Showers

Day / Night Fresh Breeze

Day / Night Drizzle

Day / Night Rain

Day / Night Hail

Figure 9: Animated graphics for home page

Page 14

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

When the button on the home page is clicked, the FusionLIVE window will be displayed. Refer to the illustration and table below for more detailed information. Actual live data in FusionLIVE will not be present until the connection between the IG04 BACnet Gateway and Vaisala device has been properly configured.

Figure 10: FusionLIVE home screen

Table 4: FusionLIVE screen feature description

Callout

FusionLIVE Screen Feature

Description

This pane of the FusionLIVE window displays device information such as Device Name, Firmware Version, BACnet Instance ID, and Device Address. Click on the

System Settings

device settings. Click on the button to modify or configure the

IG04 BACnet Gateway settings.

This pane of the window displays all relevant sensor data from the Vaisala device. If the IG04 BACnet Gateway is communicating correctly with the Vaisala device then you should see the Present Value data, and a green check mark

Transmitter Data

box under Status. If data from an object is not received by the IG04 BACnet

Gateway, a red cross will appear. The units displayed here are configured automatically to match the units configured for the Vaisala device.

Here you can enter keywords, such as the Sensor Name,

Filter

to filter through the information to quickly view only the necessary information.

Click the button to manually refresh

Auto Refresh / Refresh Now

data as required (recommended). Select Auto Refresh for FusionLIVE to periodically refresh all data (reduces performance for multiple connections)

button to modify or configure the Vaisala

Page 15

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Configuring Vaisala Device with FusionLIVE

When you have accessed the FusionLIVE Java application as described in the Accessing Embedded

Server and FusionLIVE section, you can modify the configuration settings of the Vaisala device by

clicking on the button from the FusionLIVE window. The Configure Vaisala Device Settings window will be displayed, as illustrated in Figure 11 below.

Figure 11: Vaisala device configuration settings window

Table 5: Vaisala device parameter description

Callout

Vaisala device parameter

Description

The baud rate at which the Vaisala device will communicate

Baud Rate

with the IG04 BACnet Gateway. If the baud rate of the Vaisala device is changed, the IG04 baud rate will be updated automatically to match the baud rate of the Vaisala device.

Precipitation Reset

This is the time of the day when the rain and hail counters will reset to zero. The default setting is 12:00AM.

For an explanation of all other Vaisala device settings, refer to the appropriate Vaisala technical documentation at www.vaisala.com.

NOTE

Disabling the Rain, Wind, or Hail settings on the Vaisala device will disable the BACnet objects for those objects on the IG04 BACnet Gateway.

Page 16

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Configuring IG04 BACnet Gateway with FusionLIVE

When you have accessed the FusionLIVE Java application by following the instructions described in the Accessing Embedded Server and FusionLIVE section, you can modify the configuration settings of the IG04 BACnet Gateway by clicking on the button from the FusionLIVE window.

The Configure Innotech IG04 BACnet Gateway Settings window will be displayed with dierent tabbed options you can select to configure the IG04 BACnet Gateway. Each of these tabs is described in detail in the subsequent sections.

It is recommended that the Ethernet settings be configured as the last step since this will require you to modify the TCP/IP address of your computer to be on the same network range as the IG04 BACnet Gateway in order to access the embedded web server.

Sys te m Ta b

Under the System tab you can configure or modify the following settings:

• BACnet device name

• Device password

There is no password configured by default, but if a password is configured then you can only view the data; you cannot make any changes. In cases where you forget the configured password, you will need to contact Innotech to reset your password. Contact details are shown on the last page of this document.

To configure or change the password, enter the current password, and then enter the new password. Click on Change Password to save the new password. If you modify the device name, click on Apply to save your current settings, as illustrated in Figure 12 below.

Figure 12: Congure IG04 settings in FusionLIVE – System Tab

Page 17

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

BACnet Tab

Under the BACnet tab you can configure or modify the following settings:

• BACnet Instance number

• BACnet Datalink protocol

• BACnet MS/TP Settings

Please note that the MS/TP settings can only be modified if the BACnet Datalink is selected as MSTP. Otherwise these settings cannot be modified and will be unaccessible.

NOTE

It is recommended to leave these settings at the default values, as illustrated in Figure 13 below.

Figure 13: Congure IG04 settings in FusionLIVE – BACnet tab

NOTE

The default BACnet Instance number for the IG04 BACnet Gateway is 1509.

Page 18

Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Clock Tab

Under the Clock tab you can configure or modify the following settings:

• Current date and time – used for the Precipitation Reset setting

• Daylight Savings time

• Location – used to create Sunrise / Sunset data on the home page, along with day / night indication

In order to adjust the Daylight Savings time, you must first enable it by turning the Operation to ON. You can then adjust the Start and Stop dates for Daylight Savings time. Click on Apply to save your changes, as illustrated in Figure 14 below.

Figure 14: Configure IG04 settings in FusionLIVE – Clock Tab

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Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Configuring Sunrise and Sunset

If you enable the Sunrise / Sunset feature of the IG04, you will need to enter the latitude and longitude coordinates to determine the sunrise and sunset for your particular location. This information can be obtained from http://www.findlatitudeandlongitude.com, using the map to find your location. You will be provided with the latitude and longitude coordinates required for the IG04 BACnet Gateway, as illustrated in Figure 15 below.

NOTE

Enabling the Sunrise / Sunset feature will alter the embedded web server's home page to display the calculated sunrise and sunset, and display the day / night cycle of the home page, as illustrated below in Figures 16 and 17.

Selected Coordinates

Latitude: S 25° 17' 3.9759"

Longitude: E 151° 28' 46.1719"

Latitude: S 25° 17.066264818981836'

Longitude: E 151° 28.76953125'

Latitude: -25.28443774698303°

Longitude: 151.4794921875°

Figure 15: Example latitude and longitude coordinates for Sunrise / Sunset

Figure 16: Home page day / night cycle when connected to Vaisala WXT520 Weather Transmitter

Figure 17: Home page day / night cycle when connected to Vaisala WMT52 Ultrasonic Wind Sensor

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Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Ethernet Tab

Under the Ethernet tab you can configure or modify the following settings:

• Address type, IP address, Default Router, and Net Mask

• HTTP Port Number

• Net Comms Port number (Innotech Service Port number)

• BACnet Port number

As mentioned previously in the Accessing Embedded Server and FusionLIVE section, your computer MUST be on the same network range as the IG04 BACnet Gateway in order to access the embedded web server.

If you change the IP address from the default settings in this step, you will have to modify the IP address of your computer to be on the same network range as this new IP address. Click on Apply to save your settings.

If you specify a dierent HTTP Port to the default (80), you will have to specify the port number when accessing the IG04 BACnet Gateway through a browser. For Example: if the HTTP Port was changed to 90, you need to enter 192.168.2.100:90 in the web browser to access the IG04 BACnet Gateway.

Figure 18: Configure IG04 settings in FusionLIVE – Ethernet Tab

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Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Services Tab

Under the Service tab you can configure or modify the following settings:

• Maintenance Mode – used for service by Innotech personnel.

• Server IP Address – only used when Maintenance Mode is set to Server or Client.

• Server Port – only used when Maintenance Mode is set to Server or Client.

• Reboot Gateway Now – Reboot the IG04 BACnet Gateway

NOTE

The Maintenance mode is a service tool for Innotech personnel only. It MUST be set to Normal in order to view the data from the Vaisala device, unless instructed otherwise, as illustrated in Figure 19 below.

Figure 19: Configure IG04 settings in FusionLIVE – Service Tab

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Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Troubleshooting

The most common issues when connecting to the IG04 BACnet Gateway's embedded web server and FusionLIVE are incorrect proxy settings or inappropriate security levels in Internet Explorer. If you are experiencing a problem that cannot be resolved, try some of the steps outlined below.

NOTE

Ensure your Internet Explorer proxy settings are correct for the building network by checking with the IT Administrator. Alternatively, you could temporarily disable your Internet Explorer Proxy settings which may help in particular situations.

Cannot Discover A New IG04 BACnet Gateway

• The IG04 BACnet Gateway comes supplied from factory with a Static IP Address. Ensure to follow the steps outlined above at Accessing Embedded Server and FusionLIVE to find and connect to the IG04 BACnet Gateway.

• Try disabling all other Local Area Network connections on your computer through the Control Panel and try to connect again to the IG04 BACnet Gateway.

• Try commissioning the IG04 BACnet Gateway through a direct physical connection. Do the following:

1. Using a Ethernet Crossover Cable, connect directly between your computer and the IG04 BACnet

Gateway.

2. Set your computer to have a Static IP Address of 192.168.2.99, Subnet Mask 255.255.255.0

3. Try to connect again to the IG04 BACnet Gateway.

• For additional help configuring your computer network settings and IG04 BACnet Gateway, refer to

DS99.05 Ethernet Setup Manual for Device Communications.

Cannot Connect to the Embedded Web Server

• Check that your Internet Explorer proxy settings are correct for the building network. On some networks, Internet Explorer proxy settings may require variations of the same address to operate on a network with a proxy server. For example, if the building network is on the range 192.168.0.x, you may need to enter the following:

• http://192.168.0.*;192.168.0.*;

• Check that access to the embedded web server is not being blocked by elevated Internet Explorer security settings. Consult the IT Administrator before making any changes.

• Check that you have entered the HTTP Port Number correctly if it has been changed from the default (80).

• If you are connecting directly to the IG04 BACnet Gateway without physical network access (oline mode), you may experience Javascript security alerts in Internet Explorer. In this situation, you will need to lower your Internet Explorer security settings to allow access to the embedded web server. Once complete, ensure to reset your security settings to a safe level.

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Installation Instructions for Innotech IG04 BACnet Gateway and Vaisala Transmitter / Sensor

Cannot Launch FusionLIVE

• When first launching FusionLIVE from the IG04 BACnet Gateway's embedded web server, you may encounter a window that asks you to install the Java Runtime Environment (JRE). Ensure to follow the prompts to download the JRE from the internet. If you do not have available internet access, you will not be able to continue until you have downloaded and installed the JRE onto the computer. The latest version of JRE can be downloaded from http://java.com/en/.

• If you have received an error message indicating the following, please try restarting FusionLIVE. If that fails to resolve the issue, you may need to restart Internet Explorer. These error messages can appear occasionally on some computers:

• Cannot launch

• Cannot find file

• Missing *.jnlp file

• Check that the JRE proxy settings are correct for the building network, and are switched on. Whilst these should be activated and inherited from Internet Explorer at launch of the JRE, in some instances this field can be blank. Enter the JRE proxy settings exactly as entered into Internet Explorer proxy settings.

Unstable Connection With Embedded Web Server or FusionLIVE

• If you are having stability issues with the embedded web server or FusionLIVE, ensure that you have no more than 5 concurrent computer connections to either of these services.

• Performance and stability may be aected by network connection speed. When multiple computers are connected to the IG04 BACnet Gateway, the slowest connection speed can have an impact on all other connections. Try disconnecting slower connections to see if this helps.

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Innotech Support

Innotech provides technical information on the Web to assist you with using its products. At www.innotech.com.au, you can find technical manuals, user instructions, and data sheets for all our products.

For direct product support or product information, contact your local distributor, or an Innotech representative.

You can contact us via email, fax, or postal mail:

Website: www.innotech.com.au Email: sales@innotech.com.au Fax: +61 7 3421 9101 Mail: Innotech Control Systems

P.O. Box 292 Sunnybank QLD 4109 Australia