Carrier i-Vu XT Installation And Startup Manual

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Document revision history

Verify that you have the most current version of this document from

or your local Carrier

office.

Important changes are listed in

at the end of this document.

What is the i-Vu® XT Router? ..................................................................................................................................... 1

To mount the i-Vu® XT Router .................................................................................................................................... 4

Wiring for power .......................................................................................................................................................... 6

Addressing the i-Vu® XT Router ................................................................................................................................. 7

Wiring for communications ...................................................................................................................................... 11

Find and upload in the i-Vu® interface .................................................................................................................... 14

Adjusting the i-Vu® XT Router driver properties ..................................................................................................... 15

To set up the controller through the Service Port ................................................................................................... 25

Troubleshooting ......................................................................................................................................................... 30

Compliance ................................................................................................................................................................ 36

Appendix - Module Status field descriptions ........................................................................................................... 37

Document revision history ........................................................................................................................................ 39

Contents

Specifications ........................................................................................................................................................ 1

To wire for power .................................................................................................................................................. 6

Rotary switch settings .......................................................................................................................................... 7

To set the IP address ............................................................................................................................................ 8

To set the Port S1 address and baud rate ..................................................................................................... 10

To set the Port S2 address and baud rate ..................................................................................................... 10

Wiring specifications ......................................................................................................................................... 11

To connect the i-Vu® XT Router to the Ethernet ........................................................................................... 12

To wire to a BACnet/ARCNET network ........................................................................................................... 13

To wire to a BACnet MS/TP network .............................................................................................................. 13

Driver ................................................................................................................................................................... 15

Device .................................................................................................................................................................. 15

Notification Classes ........................................................................................................................................... 16

Calendars ............................................................................................................................................................ 17

Common and Specific Alarms ......................................................................................................................... 18

BACnet router properties .................................................................................................................................. 18

BACnet firewall ................................................................................................................................................... 18

Network Diagnostics - Statistics ...................................................................................................................... 19

Network Diagnostics - Packet Capture ........................................................................................................... 21

Communication Status ..................................................................................................................................... 23

To set up Network Statistic trends .................................................................................................................. 23

ModStat tab ........................................................................................................................................................ 25

Device tab ........................................................................................................................................................... 26

Ports tab .............................................................................................................................................................. 26

BACnet tab .......................................................................................................................................................... 27

Security tab ......................................................................................................................................................... 29

LEDs ..................................................................................................................................................................... 30

To get a Module Status report ......................................................................................................................... 32

To get a Device Log ........................................................................................................................................... 32

To get the i-Vu® XT Router's serial number .................................................................................................. 33

To replace the i-Vu® XT Router's fuse ............................................................................................................ 33

To take the i-Vu® XT Router out of service .................................................................................................... 35

FCC Compliance ................................................................................................................................................. 36

CE Compliance ................................................................................................................................................... 36

Industry Canada Compliance ........................................................................................................................... 36

BACnet Compliance........................................................................................................................................... 36

Port type

For routing this type of communication...

At...

Specifications

End of Net?

Yes

End of Net?

Yes

What is the i-Vu® XT Router?

The i-Vu® XT Router:

• Provides BACnet routing between any supported BACnet communication types

• Supports DHCP IP addressing

• Can serve as a BACnet Broadcast Management Device (BBMD)

• Supports Foreign Device Registration (FDR)

• Works with the i-Vu® v6.5 or later system

The i-Vu® XT Router has 3 physical BACnet communication ports:

10/100/1000 Mbps Ethernet BACnet/IP and/or

High-speed EIA485 port BACnet/ARCNET

Electrically isolated EIA485 port BACnet/MSTP 9.6 to 115.2 Kbps

The i-Vu® XT Router also has a:

• 10/100 Mbps Ethernet Service Port for configuring, commissioning, and troubleshooting

• USB port for recovery

Driver drv_fwex_< version >.driverx

Power 24 Vac ±10%, 50–60 Hz, 50 VA

BACnet/Ethernet

or BACnet/MSTP

26 Vdc ±10%, 15 W

10, 100, or 1000 Mbps (1 Gbps)

156 Kbps

9.6 to 115.2 Kbps

Gig-E port 10/100/1000 BaseT Ethernet port for BACnet/IP and/or BACnet/Ethernet

Port S1 For communication with either of the following:

Port S2 For communication with a BACnet MS/TP network at 9600 to 115200 bps. This

Service Port Ethernet port at 10 or 100 Mbps for system start-up and troubleshooting

communication on the Ethernet at 10, 100, or 1000 Mbps, full duplex

• A BACnet ARCNET network at 156 kbps

• A BACnet MS/TP network at 9600 to 115200 bps

This port's

port's

switch can be set to

to terminate the network segment.

What is the i-Vu® XT Router?

• Tricolor NET LED to show network status SYS

USB port USB 2.0 host port for device recovery

Microprocessor 32-bit ARM Cortex-A8, 600MHz, processor with multi-level cache memory

Memory 16 GBs eMMC Flash memory (120 MB available for use) and 256 MB DDR3

DRAM. User data is archived to non-volatile Flash memory when parameters are changed, every 90 seconds, and when the firmware is deliberately shutdown or restarted.

Real-time clock Real-time clock keeps track of time in the event of a power failure for up to 3 days

Protection Device is protected by a replaceable, fast acting, 250 Vac, 2A, 5mm x 20mm glass

fuse.

The power and network ports comply with the EMC requirements EN50491-5-2.

LED status indicators

• Tricolor

• A

LED to show system status

(Transmit) and RX (Receive) LED for the following ports:

• Gig-E

• Port S1

• Port S2

See LEDs (page 30).

Environmental operating range

32 to 140°F (0 to 60°C), 10–90% relative humidity, non-condensing

Physical Fire-retardant plastic ABS, UL94-5VA

Terminal blocks and connectors

Screw-type terminal blocks.

0.2 in (5.08 mm) pitch connectors

Mounting 35mm DIN rail mounting or screw mounting

Overall dimensions A:

B: Depth:

Screw mounting dimensions C:

Recommended panel depth 6 in. (15.24 cm) minimum

7.1 in. (18.03 cm)

6.95 in. (17.65 cm)

2.79 in. (7.09 cm)

6.45 in (16.38 cm)

4.1 in. (10.4 cm)

Weight 1 lb. 1 oz. (0.482 kg)

BACnet Support Conforms to the BACnet Router (B-R-TR) Standard Device Profile as defined in

ANSI/ASHRAE Standard 135-2012 (BACnet) Annex L, Protocol Revision 9

What is the i-Vu® XT Router?

Compliance

United States of America: FCC compliant to Title CFR47, Chapter 1, Subchapter A, Part 15, Subpart B, Class A; UL Listed to UL 916, PAZX, Energy Management Equipment

Canada: Industry Canada Compliant, ICES-003, Class A cUL Listed UL 916, PAZX7, Energy Management Equipment

Europe: Mark EN50491-5-2:2009; Part 5-2: EMC requirements for HBES/BACS used in residential, commercial and light industry environment EN50491-3:2009, Part 3: Electrical safety requirements for Home and Building Electronic Systems (HBES) and Building Automation and Control Systems (BACS) Low Voltage Directive: 2014/35/EU RoHS Compliant: 2011/65/EU

Australia and New Zealand:

C-Tick Mark, AS/NZS 61000-6-3

To mount the i-Vu® XT Router

The i-Vu® XT Router must be mounted in a metal enclosure or cabinet which is properly rated for the location where it is being installed.

DIN rail mount

1 Push down and pull out the center tabs shown below to clear the din rail trough on the back of the router.

2 Place the router on the DIN rail so that the rail is in the trough on the back of the router.

3 Push the center tabs towards the router until you hear them click.

4 Pull gently on the router to verify that it is locked in place.

To mount the i-Vu® XT Router

Screw Mount

Leave about 2 in. (5 cm) on each side of the router for wiring.

Insert #6 screws through the mounting holes. Use no more than 8 in.lbs. torque to secure plastic tab to mounting surface.

Depth:

7.1 in. (18.03 cm)

6.95 in. (17.65 cm)

6.45 in. (16.38 cm)

4.1 in. (10.4 cm)

2.79 in (7.09 cm)

Wiring for power

WARNING

CAUTIONS

To wire for power

OFF

24 Vac/Vdc (+/-

Wiring for power

• The i-Vu® XT Router is powered by a Class 2 power source. Take appropriate isolation measures when mounting it in a control panel where non-Class 2 circuits are present.

• Carrier controllers can share a power supply as long as you:

• Maintain the same polarity.

• Use the power supply only for Carrier controllers.

Do not apply line voltage (mains voltage) to the router's ports and terminals.

1 Make sure the i-Vu® XT Router’s power switch is in the

you can verify the correct voltage.

2 Remove power from the power supply.

3 Pull the red screw terminal connector from the router's power terminals labeled

4 Connect the power supply's wires to the red screw terminal connector.

5 Connect an 18 AWG or larger wire from the power supply's negative (-) terminal to earth ground. This wire

must not exceed 12 in. (30.5 cm).

6 Apply power to the power supply.

7 Measure the voltage at the red screw terminal connector to verify that the voltage is within the operating

range of 20 to 30 Vac or 23.4 to 30 Vdc.

8 Insert the red screw terminal connector into the router's power terminals.

9 To verify the polarity of the wiring, measure the voltage from the negative terminal of the red screw terminal

connector to a nearby ground. The reading should be 0V.

10 Turn on the router's power switch.

position to prevent it from powering up before

11 Verify that the LED on top of the router is on.

12 Measure the voltage at the red screw terminal connector to verify that the voltage is within the operating

range of 20 to 30 Vac or 23.4 to 30 Vdc.

Addressing the i-Vu® XT Router

Set this port's address ...

In this location...

See...

Service Port

Rotary switch settings

Default IP address

Addressing the i-Vu® XT Router

IP Service Port To set the IP address

Port S1 On the router's

rotary switches

Port S2 Service Port To set the Port S2 address and baud rate (page

To access the controller setup through the

1 Connect an Ethernet cable from a computer to the router as shown below.

2 If your computer uses a static IP address, set the address to 169.254.1.x, where x is 2 or greater. If it uses a

DHCP address, leave the address as it is.

3 Turn off the computer's Wi-Fi if it is on.

4 Open a web browser on the computer.

5 Navigate to http://local.access or http://169.254.1.1 to see the controller setup pages.

See To set up the controller through the Service Port (page 25) for general information on using the controller setup pages.

To set the Port S1 address and baud rate (page

10)

Rotary switch settings (see example below) are used to determine the following items in your system, so you should plan carefully before setting the switches.

• If you use a be a unique number from 1 to 253). See To set the IP address (page

, the final octet is the number created by the three rotary switch settings (must

8).

Addressing the i-Vu® XT Router

Device Instance

BACnet Network Number

EXAMPLE

CAUTION

To set the IP address

Use a...

If...

DHCP IP Address

Custom Static IP Address

Have any third-party IP devices?

Default IP Address

NOTE

• If you autogenerate the following:

, the number is automatically set to a number equal to the ((IP network number x 100) +

rotary switch settings).

for the ARC/MSTP port, the number is automatically set to a number equal to the

((IP network number + rotary switch settings) x 10).

Autogenerating is set up through the controller setup pages (page 25).

• The rotary switch settings determine the router number in the i-Vu interface.

The switches below are set to 125.

Do not leave the rotary switches set at 0 (the factory default). The i-Vu® XT Router cannot be

discovered if the rotary switches are left at 0.

You must define the i-Vu® XT Router's IP addressing (IP address, subnet mask, and default gateway) in the controller setup pages so that the router can communicate with the i-Vu Pro Server on the IP network.

Use one of the IP addressing schemes described below with the associated instructions that follow.

generated by a DHCP server

from your network administrator

that your system creates

Carefully plan your addressing scheme to avoid duplicating addresses. If third-party devices are integrated

into the system, make sure your addresses do not conflict with their addresses.

The IP network uses a DHCP server for IP addressing

You do not use a DHCP server and the answer to any of the following questions is yes. Will the i-Vu® system:

• Share a facility's existing IP data network?

• Have 199 or more Carrier IP devices, or 254 or more devices

with static IP addresses?

• Be connected to the Internet?

• Have at least one device located on the other side of an IP

router?

•

The answer to all of the above questions is no.

Addressing the i-Vu® XT Router

Modstat

Ethernet MAC address

Ports

IP Port

DHCP

Save

IP Address

Ports

IP Port

Custom Static

IP Address, Subnet Mask

Default Gateway

Save

EXAMPLE

Ports

IP Port

Default IP Address

Save

CAUTIONS

To set a DHCP IP address

1 On the controller setup pages

2 On the

3 Click

4 Write down the

5 Give the DHCP network administrator the IP address and Ethernet MAC address and ask him to reserve that

tab under

IP address for the router so that it always receives the same IP address from the DHCP server.

, select

tab, find the router’s

and write it down.

To set a custom IP address

1 Obtain the IP address, subnet mask, and default gateway address for the router from the facility network

administrator.

2 On the controller setup pages

3 Enter the

you.

4 Click

tab under

, and

, select

addresses that the network administrator gave

To set a default IP address

Default IP addressing assigns the following to the router:

• IP address = 192.168.168.x where

is the setting on the rotary switches in the range from 1 to 253

• Subnet mask = 255.255.255.0

• Default Gateway = 192.168.168.254

1 Set the router's three rotary switches to a unique address on the network. Set the left rotary switch to the

hundreds digit, the middle switch to the tens digit, and the right switch to the ones digit.

The switches below are set to 125.

2 On the controller setup pages

3 Click

• The Default IP address range is 1 to 253. Setting the rotary switches to 0 will set the Default IP address to 1.

Setting the switches to 255 will set the Default IP to 253. Do not set the switches to 254.

tab under

, select

Addressing the i-Vu® XT Router

Ports

Update IP Address

Find Devices

Upload All

Content

NOTE

To set the Port S1 address and baud rate

Port address

For MS/TP, set the port's baud rate

Ports

S1 Port

MSTP Baud Rate

NOTE

Save

To set the Port S2 address and baud rate

Ports

Port S2

Port S2 Address

Baud Rate

NOTE

Save

• If you set the Default IP address controller setup one of the following to correct the IP address in the router:

• Go to the controller setup

tab and click the

• Cycle the router's power. You will then need to correct the IP address in the i-Vu® application using

. See the i-Vu® Help for more information.

The default address is an intranet address. Data packets from this address are not routable to the Internet.

• For ARCNET, you cannot change the default address of 254.

• For MS/TP, you cannot change the default address of 0.

1 On the controller setup

2 Click

tab under

, select the

Use the same baud rate for all devices on the MS/TP network.

tab and then change the rotary switches, you must do

. The default is 76,800 bps.

and

1 On the controller setup

must be in the range 0 to 127.

2 Select the MS/TP network's

Use the same baud rate for all devices on the MS/TP network.

3 Click

tab under

, type the address in the

. The default is 76,800 bps.

field. The address

Wiring for communications

Port Protocol

Port type(s)

Speed(s)

Gig-E

Port S1

Port S2

Service Port USB Port

Port S1 Configuration 0 1 2

Wiring specifications

For...

Use...

Maximum Length

WARNING

Wiring for communications

The i-Vu® XT Router communicates on the following ports.

BACnet/IP Ethernet 10 Mbps

BACnet/ARCNET RS485 156 kbps

BACnet/MSTP RS485 9600 bps

HTTP/IP

Ethernet

USB2.0 USB

Set the

See To set up the router through the Service Port.

if the port is not used for MS/TP for ARCNET

rotary switch to:

100 Mbps 1000 Mbps

19.2 kbps

38.4 kbps

57.6 kbps

76.8 kbps (default)

115.2 kbps

10 Mbps 100 Mbps

Ethernet CAT5e or higher Ethernet cable 328 feet (100 meters)

ARCNET 22 AWG, low-capacitance, twisted, stranded,

shielded copper wire *

MS/TP 22 AWG, low-capacitance, twisted, stranded,

shielded copper wire *

See the Open Controller Network Wiring Guide.

Do not apply line voltage (mains voltage) to the router's ports and terminals.

2000 feet (610 meters)

Wiring for communications

To connect the i-Vu® XT Router to the Ethernet

NOTES

BBMD Configuration Tool

Broadcast Distribution Table

Connect an Ethernet cable to the Gig-E Ethernet port.

If your system has multiple routers that reside on different IP subnets, you must set up one router on each IP subnet as a BACnet/IP Broadcast Management Device (BBMD).

Every subnet with a router must have a BBMD configured in order for broadcasts from routers on that subnet to reach the rest of the routers on the network.

• The i-Vu® Standard or Plus application - If the i-Vu® web server is on a separate subnet than the rest of the routers, the internal router must be assigned an IP address and configured as a BBMD.

• The i-Vu® Pro application - If the i-Vu® Pro server is on a separate subnet than the rest of the routers, you must register it as a foreign device.

Use the

• Define the

• Allow controllers on one subnet to communicate with controllers on other subnets

to:

(BDT) in each BBMD

• Enable the i-Vu® application to see, upload, or configure controllers on different subnets

Wiring for communications

To wire to a BACnet/ARCNET network

off

ARC/MSTP

Net +, Net -

GND

NOTE

MSTP / ARCNET

End of Net

Yes

NOTE

End of Net

NOTE

To wire to a BACnet MS/TP network

ARC/MSTP

MSTP

off

ARC/MSTP

MSTP

Net +, Net -

GND

NOTE

ARC/MSTP

MSTP / ARCNET

NOTE

ARC/MSTP

End of Net

Yes

NOTE

End of Net

NOTE

1 Turn

the i-Vu® XT Router's power.

2 Check the communications wiring for shorts and grounds.

3 Connect the communications wiring to the

Use the same polarity throughout the network segment.

4 Set the

rotary switch to 2.

5 If the i-Vu® XT Router is at either end of a network segment, set the port's

The router’s

switch applies network termination and bias. See the Open Controller Network

Wiring Guide.

6 Turn on the router's power.

7 To verify communication with the network, get a Module Status report in the i-Vu® interface for a controller

on the ARCNET network.

This step requires that you have discovered and uploaded the router in the i-Vu® application.

An MS/TP network can be wired to either the

1 Turn

the i-Vu® XT Router's power.

2 Check the communications wiring for shorts and grounds.

3 Connect the communications wiring to the

and

Use the same polarity throughout the network segment.

4 If you are using the

If the

port, set the

port is not being used for any network, set this rotary switch to 0.

5 If the i-Vu® XT Router is at either end of a network segment, set the port's

The router’s

switch applies network termination and bias.

6 Turn on the router's power.

7 To verify communication with the network, get a Module Status report in the i-Vu® interface for a controller

on the MS/TP network.

This step requires that you have discovered and uploaded the router in the i-Vu® application.

port’s screw terminals labeled

port or the

port.

port’s screw terminals labeled

rotary switch to 1.

switch to

, and

Find and upload in the i-Vu® interface

Devices

Manage

Find Devices

Manage

Upload All Content

Ctrl+click, Shift+click

This will upload all content for the controller. Are you sure you want to

do this?

Status

NOTES

Find and upload in the i-Vu® interface

1 In the i-Vu® interface, select the system level in the navigation tree.

2 On the

3 Once routers are found, select one or more routers in the list on the

4 Click OK when you see the message

page >

to upload to the i-Vu® application. Use

tab, click

to discover your routers.

tab and click

, or both to select multiple items.

○ If an error message appears, click on the message to view an explanation.

○ For details, see the i-Vu® Help.

. When complete, a check mark under

indicates a successful upload.

Adjusting the i-Vu® XT Router driver properties

Driver Properties

Driver

Update

Driver

Settings

Controller Clock

Clock Fail Date and Time

Time Synch Sensitivity (seconds)

Debug

Enable Debug Messages

Device

Adjusting the i-Vu® XT Router driver properties

After you find and upload the i-Vu® XT Router in the i-Vu® interface, you may want to customize the i-Vu® XT Router's settings for your applications. You can change settings on the

1 In the i-Vu® interface, right-click the i-Vu® XT Router in the navigation tree and select

2 Adjust the driver as desired.

page.

On the

page >

tab, you can:

• Obtain information about the i-Vu® XT Router, get a Modstat, and device logs

• Add, update, or delete drivers

The

page >

• The date/time of last parameter change or the last time the database was archived

• If control programs, properties, and schedules were successfully stored in memory

• Undelivered Alarm Status

tab provides the following information plus the items described in the table below:

The

• BACnet device object properties for the i-Vu® XT Router

• Status of the BACnet communication

• The character sets supported by this device for BACnet communication

Date and time the router uses when its real-time clock is invalid.

When the router receives a time sync request, if the difference between the

page provides the following information plus the items described in the table below:

router's time and the time sync's time is greater than this field's value, the router's time is immediately changed. If the difference is less than this field's value, the router's time is slowly adjusted until the time is correct.

Enable only if directed by Carrier Controls System Support.

Adjusting the i-Vu® XT Router driver properties

Configuration

BACnet System Status

APDU Timeout

APDU Segment Timeout Number of APDU Retries

Controller Clock

Time Broadcaster will synchronize time every ____

Time Synchronization Recipients

Add

Device ID

Address

Recipient Type

Notification Classes

Priorities

NOTE Priority range

Network message priority

The current state of the router:

Operational Download in Progress Download Required Backup in Progress Non-Operational

The following three fields refer to all networks over which the i-Vu® XT Router communicates.

How many milliseconds the device will wait before resending a message if no

response is received.

How many milliseconds the device will wait before resending a message segment

if no response is received.

The number of times the device will resend a message.

If you have third-party BACnet devices on one of the router's networks, you can have the router send a BACnet time sync to those devices at the interval you define in this field.

To define third-party BACnet devices as Time Synchronization Recipients:

1 Click

2 Select

in the

field.

3 Enter the Device ID or Address information.

4 Click

A BACnet alarm's Notification Class defines:

• Alarm priority for Alarm, Fault, and Return to Normal states

• Options for BACnet alarm acknowledgment

• Where alarms should be sent (recipients)

Alarms in the i-Vu® application use Notification Class #1. The i-Vu® application is automatically a recipient of these alarms.

00–63 Life Safety

64–127 Critical Equipment

128–191 Urgent

192–255 Normal

BACnet defines the following Network message priorities for Alarms and

Events.

Adjusting the i-Vu® XT Router driver properties

Priority of Off-Normal

Priority of Fault

Priority of Normal

Ack Required for Off-Normal, Fault, and Normal

TIP

Alarm

Enable/Disable

Recipient List

Recipients

Add

Recipient Description

Recipients

Recipient Type

Address

Issue Confirmed

Notifications). This use is rare.

Recipient Device Object Identifier

Device Instance

Process Identifier

Issue Confirmed Notifications

Transitions to Send

Calendars

Schedules

BACnet priority for Alarms.

BACnet priority for Fault messages.

BACnet priority for Return-to-normal messages.

Specifies whether alarms associated with this Notification Class require a BACnet Acknowledgment for Off-Normal, Fault, or Normal alarms.

You can require operator acknowledgment for an Alarm or Return-to-

normal message (stored in the i-Vu® database). In the i-Vu® interface on the

source or an alarm category.

tab, change the acknowledgment settings for an alarm

The first row in this list is the i-Vu® application. Do not delete this row. Click

you want other BACnet devices to receive alarms associated with this Notification Class.

Days and times The days and times during which the recipient will receive alarms.

Calendars are provided in the driver for BACnet compatibility only. Instead, use the interface.

Name that appears in the

Use

Change for third-party devices that use a BACnet Process Identifier other than 1.

Uncheck the types of alarms you do not want the recipient to get.

table.

(static binding) for either of the following:

• Third-party BACnet device recipients that do not support dynamic binding When you want alarms to be broadcast (you must uncheck

•

Type the

in the # field.

The i-Vu® application processes alarms for any 32-bit Process Identifier.

Select to have a device continue sending an alarm message until it receives delivery confirmation from the recipient.

feature in the i-Vu®

Adjusting the i-Vu® XT Router driver properties

Common and Specific Alarms

Common alarm:

Specific alarm:

• Controller Halted Duplicate Address

• Dead Controller Timeout

NOTE

Controller Generated Alarm

Description

Alarms

Events

Alarm Category and Alarm Template

Enable

Notification Class

BACnet router properties

CAUTION

BACnet firewall

On these pages, you can enable/disable, change BACnet alarm properties, or set delays for the following BACnet alarms:

•

To set up alarm actions for controller generated alarms, see Setting up alarm actions in the i-Vu® Help.

Short message shown on the

Clear these checkboxes to disable Alarm or Return to normal messages of this

In a typical i-Vu® system, the Notification Class is 1; however, if needed, you can

controller setup pages (page

Do not change the settings on this page as it will result in communication failure. Use the

25) to change settings and then resolve mismatches in the i-Vu® application.

page or in an alarm action when this type of

alarm is generated.

See Customizing alarms in i-Vu® Help.

type from the i-Vu® XT Router.

associate a different notification class with the alarm. See Notification Classes to set up alarm delivery options for a specific Notification Class.

If this IP router is accessible from the Internet, you can increase security by enabling its BACnet firewall. When enabled, this feature prevents the router from receiving BACnet messages from unidentified sources and allows communication only with IP addresses that you define. These can be all private IP addresses and/or a list of IP addresses. Follow the instructions in the i-Vu® interface to set up the BACnet firewall.

Adjusting the i-Vu® XT Router driver properties

Network Diagnostics - Statistics

Trends > Enabled Points

Reset

Router Statistics

Error Counters

Dropped Packets

Route Not Found

Route Unreachable

Network Activity

Router Sourced Packets

Network Activity

Trends

Router Error Rate

Router Packet Rate Gig-E Port Statistics

BACnet/IP Statistics

BACnet/IP Rx Unicast Packets

BACnet/IP Tx Unicast Packets

BACnet/IP Rx Broadcast Packets

BACnet/IP Tx Broadcast Packets

Whitelist Rejections

This page shows the network statistics for each of the i-Vu® XT Router's ports that are in use. This same information is provided in a Module Status report (page 32).

Click a link at the bottom of each section to see the statistics displayed as trend graphs. You can also access these trends by clicking on the driver in the network tree, and then selecting desired trend graph.

Click a port's

button to set all of the numbers to zero so the counting can start over.

network does not exist.

either busy or offline

Shows the number of incoming and outgoing unicast and broadcast packets for

each of the i-Vu® XT Router's networks.

Shows the number of packets initiated by the i-Vu® XT Router that are not in

response to a request from another device. The numbers in this table will also appear in the appropriate columns in the

interval.

received within the trend sampling interval.

device.

BACnet device.

i-Vu® XT Router.

the i-Vu® XT Router.

by the BACnet Firewall because the IP address that sent the message was not in the whitelist.

—Data packets that could not be delivered.

—Packets that could not be delivered because the requested

—These are routed packets whose destination network is

—Shows the total number of errors within the trend sampling

—Shows the total number of packets transmitted and

—BACnet/IP packets received from a single BACnet

—BACnet/IP packets transmitted to a single

—BACnet/IP broadcast packets received by the

—BACnet/IP broadcast packets transmitted by

(if BACnet Firewall (page 18) is enabled)—Messages blocked

tab.

> and the

Adjusting the i-Vu® XT Router driver properties

Ethernet Statistics

Ethernet Rx packets

Ethernet Tx packets

Receive Errors (total)

Transmit Errors (total)

Dropped Packets

Trends

Gig-E Error Rate

Gig-E Packet Rate

Port S1 Statistics

Error Counters

Node Reconfiguration

Bus Reconfiguration

Excessive NACK

Dropped Packets

Activity Counters

BACnet/ARCNET Rx Packets

BACnet/ARCNET Tx Packets

Trends

ARC Error Rate

ARC Packet Rate

Port S1 Statistics

Port S2 Statistics

Error Counters

UART Errors

Invalid Frames

Dropped Packets

Dropped Tokens

No responses—

when used for ARCNET

when used for MSTP or

—All packets (including non-BACnet packets such as a ping)

received by the i-Vu® XT Router.

—All packets (including non-BACnet packets such as a ping)

transmitted by the i-Vu® XT Router.

—All errors related to received packets such as CRC errors,

FIFO errors, frame errors, length errors, missed errors, and overrun errors.

—All errors related to transmitted packets such as aborted errors, carrier errors, dropped errors, FIFO errors, heartbeat errors, and window errors.

—Packets dropped by the i-Vu® XT Router's Ethernet interface.

—Shows the total number of errors within the interval time.

—Shows the total number of packets transmitted and received

within the trend sampling interval

—The ARCNET reconfigurations initiated by the i-Vu® XT

Router.

—An ARCNET reconfiguration not generated by the i-Vu® XT

Router (such as when a controller connects to the network).

—Excessive NACKs received by the i-Vu® XT Router's ARCNET chip. Excessive NACKs are usually the result of a station which is unable to process a steady stream of packets due to buffer overflows or slow responses.

—Dropped receive and transmit frames. These may be dropped

due to buffer allocation failures, length errors, or NACKed transmit packets.

—BACnet/ARCNET data packets received by the i-

Vu® XT Router.

—BACnet/ARCNET data packets transmitted by the i-

Vu® XT Router.

—Total number of errors within the interval time on this network,

including break errors, framing errors, etc..

—BACnet/ARCNET data packets transmitted through router, not

the total utilization.

—UART receive and transmit errors such as break errors, framing

errors, parity errors, and overrun errors.

—Received MS/TP frames that contain an error such as CRC.

—Dropped receive and transmit frames. These may be dropped due to buffer allocation failures, length errors, or APDU timeouts (in the case of transmit frames)

—Dropped tokens that have been retransmitted.

Messages that did not receive a response from the destination

device.

Adjusting the i-Vu® XT Router driver properties

Activity Counters

BACnet/MSTP Rx Packets

BACnet/MSTP Tx Packets

Latency

Average Value (milliseconds)

Maximum Value (milliseconds)

Trends

MSTP Error Rate

MSTP Network Utilization

NOTE

Network Diagnostics - Packet Capture

Start/Stop

Start

NOTE

Get capture file

Start capture:

At (mm/dd/yyyy hh:mm AM/PM)

Start

NOTE

Continuous

Start

Save

Start/Stop

Continuous

Router.

XT Router.

be transmitted until it is actually transmitted on the bus.

queued to be transmitted until it is actually transmitted on the bus

—Total number of errors within the interval time on this network,

including break errors, framing errors, etc.

data packets.

This is for all bus traffic, not just traffic generated by the i-Vu® XT Router.

This page allows you to capture network communication on a port and then download the capture file for troubleshooting. Choose one of the following capture options:

•

capture stops, the capture file is generated.

Start/Stop captures have completed.

○

- Define the start and stop criteria, and then click

If a Start/Stop capture is running on any other port, the

, the packet capture begins at the date and time you specified.

The hours field is validated from 0 to 12, and minute field is validated from 0 to 59.

- When you check

- Click

and

to begin the capture. Click

create the capture file. The capture will automatically resume. Click on the

capture.

—BACnet/MSTP data packets received by the i-Vu® XT

—BACnet/MSTP data packets transmitted by the i-Vu®

—The average time from when a packet is queued to

—The maximum time from when a packet is

—Percentage of total bus bandwidth used to transmit

and

to begin the capture. When the

button will be disabled until all

, enter the time and date, and click

to momentarily stop the capture and

option to end the

Adjusting the i-Vu® XT Router driver properties

Packet Capture

Get capture file

NOTE

Get capture file

captures

NOTES

mstpcap0 mstpcap1

Get capture file

To download the capture file

Capture files are Wireshark files that are added to the Device Log Archive .tgz file. Do the following to view the files.

1 If you do not have Wireshark installed on your computer, download the latest version from the Wireshark

website (http://www.wireshark.org).

2 Run the install program, accepting all defaults. Include WinPcap in the installation.

3 On the i-Vu®

"Retrieving the file, this may take a little while". Click

If the size of the .tgz is large, there could be a considerable delay (for example, over 2 minutes) after

you click

4 Open the .tgz file. The files are in the

page, click

to download the .tgz file. The message appears

until your browser begins the download.

folder.

Capture file names are based on the ports.

• If you have an MSTP capture file for both Port S1 and Port S2, the file names will be:

• Clicking

for Port S1 for Port S2

generates the port's .pcap file. If the port has a .pcap file from a previous

capture, that file will be overwritten.

5 Extract the .pcap file from the .tgz file.

6 Open the .pcap file in Wireshark.

Adjusting the i-Vu® XT Router driver properties

Communication Status

Protocols

To set up Network Statistic trends

PREREQUISITE

Network

Driver

Network Diagnostics

Statistics

Driver

Trends

Enabled Points

Configure

Enable/Disable

Field

Notes

Sample every _:_:_ (hh:mm:ss)

Sample on COV (change of value)

COV Increment

Sample every

COV Increment

Max samples

NOTE

Reset

Stop When Full

Enable trend log at specific times only

Enable Trend Historian

Store Trends Now

Write to historian every __ trend samples

NOTE

The

page shows the status of the protocols currently running on the i-Vu® XT Router.

cumulative patch.

To view the Network Statistics (page 19) as trend graphs, go to one of the following on the i-Vu®

• Under

• On the

You can define:

• How the graph looks on the trend's

• How you want trend samples to be collected on the

To view Network Statistic trends, you must have a i-Vu® v6.5 or later system with the latest

, on the

Network Statistic trends have a non-configurable maximum trend log buffer

Check this field to stop trend sampling when the maximum number of

page, click the

Archives trend data to the system database.

Writes all trend data in the router to the system database without having to

(Recommended method) To record the value at a regular time interval, enter

hh:mm:ss in this field.

To record the value only when the value changes by at least the amount of the in the

size of 1440.

samples currently stored in the router.

samples is reached.

Collects trend data for the specific period of time you define in the time and date fields.

enable trend historian.

Writes all trend data in the router to the system database each time the router collects the number of samples that you enter in this field. This number must be greater than zero and less than the number entered in the Max samples field. The number of trends specified must be accumulated at least once before the historical trends can be viewed.

power.

drop-down button, select

Any trends not stored in the historian will be lost if the router loses

tab.

Trending consumes memory in the router. Click

page, click a Trend link at the bottom of each section.

, set the

field.

tab. See table below.

and then the graph you want.

field to 0:00:00 and enter a value

to delete all

tree:

Adjusting the i-Vu® XT Router driver properties

Field

Notes

Trend samples accumulated since last notification

Last Record Written to Historian

Keep historical trends for __ days

System Settings

General

Shows the number of samples stored in the router since data was last written to the database.

Shows the number of trend samples that were last written to the database.

This is based on the date that the sample was read. Select the first option to use the system default that is defined on the

Select the second option to set a value for this trend only.

tab.

To set up the controller through the Service Port

NOTE

ModStat tab

To set up the controller through the Service Port

Using a computer and an Ethernet cable, you can communicate with the i-Vu® XT Router through a web browser to:

• View the router's Module Status report

• View/change router and network settings. Changes take effect immediately.

• Troubleshoot

1 Connect an Ethernet cable from a computer to the router as shown below.

2 If your computer uses a static IP address, set the address to 169.254.1.x, where x is 2 or greater. If it uses a

DHCP address, leave the address as it is.

3 Turn off the computer's Wi-Fi if it is on.

4 Open a web browser on the computer.

5 Navigate to http://local.access or http://169.254.1.1 to see the controller setup pages.

The first time you access the router in the i-Vu® interface after you have changed settings through the Service Port, be sure to upload the changes to the system database. This will preserve those settings when you download memory or parameters to the router.

This tab provides the router's Module Status report that gives information about the router and network communication status. See Appendix - Module Status field descriptions (page 37).

To set up the controller through the Service Port

Device tab

BACnet Object

Device Instance

Autogenerated

Assigned

Device Name

Autogenerated

Assigned

Device Location

Device Description

Configuration

APDU Timeout

APDU Segment Timeout APDU Retries

Controller Information

Clear Counts/Logs

Ports tab

IP Port

IP Addressing Port S1

End of Network

End of Net?

Active Protocol

MAC Address Port S2

End of Network

End of Net?

Active Protocol

the (IP network number) x 100 + rotary switch address.

device + the Device Instance. For example, device2423911.

You can enter an intuitive location for the device in the i-Vu® interface.

You can enter an intuitive description for the device in the i-Vu® interface.

How many milliseconds the device will wait before resending a message if no

response is received.

How many milliseconds the device will wait before resending a message segment

if no response is received.

The number of times the device will resend a message.

—(Default) The Device ID is automatically set to a number equal to

—Lets you enter a specific number that is unique on the BACnet network.

—(Default) The Device Name is automatically set as the word

—Lets you enter a specific name that is unique on the BACnet network.

Clears Reset counters and the three message history fields from the Module

Status.

Select the type of addressing the router is to use. See Addressing the i-Vu® XT

Router (page 7).

Indicates status of the router's

switch.

Indicates status of the router's Port S1 rotary switch.

0=Disabled 1=MS/TP 2=ARCNET 3=Modbus

The address that is set on the three rotary switches. See To set the Port S1

address and baud rate (page 10).

Indicates status of the router's

The protocol that has been enabled for Port S2 on the BACnet or Modbus tab.

switch.

To set up the controller through the Service Port

BACnet tab

IP Port

BACnet Network Number

Disable Routing Autogenerated Assigned

BACnet UDP Port

Enable NAT Routing

For future use.

Global NAT IP Address

For future use.

Global NAT BACnet UDP Port

For future use.

BACnet Secondary IP Net Number

Private

side

BACnet router

Public side

N A T

ntro

lle

Secondary IP

network

BACnet Secondary UDP Port

BACnet UDP Port

Ethernet Port

MAC Address

Gig-E

BACnet Network Number Port S1

End of Network

End of Net?

Active Protocol

MAC Address ARCNET Baud Rate

MSTP Baud Rate

The port that the i-Vu® application will use for BACnet communication.

—Select if the IP port is not used.

—The BACnet/IP network number is automatically set to 1600.

—Lets you enter a specific number.

Check if the i-Vu® XT Router is behind a NAT router (firewall).

Public IP address of the NAT router.

Port number assigned to the NAT router's public interface.

If the i-Vu® XT Router has two BACnet/IP networks communicating on the Gig-E port, enter the second IP network number in this field.

If the i-Vu® XT Router is behind a NAT router and there is a second network with BACnet/IP devices behind the NAT router, enter the second network number in this field to logically connect the i-Vu® XT Router to the devices on the second network.

If the i-Vu® XT Router has two BACnet/IP networks communicating on the Gig-E

port, enter the port number that the i-Vu® application will use for BACnet communication. This port must be different than the

A factory assigned Ethernet MAC Address for the

Specify a number for the BACnet/Ethernet network or set to 0 if the port is not

used.

port.

Indicates status of the router's

Indicates status of the router's Port S1 rotary switch.

The address that is set on the three rotary switches. See To set the Port S1

156000

Set this to a baud rate that all other devices on the MS/TP network are set to.

0=Disabled 1=MS/TP 2=ARCNET 3=Modbus

address and baud rate (page 10).

switch.

To set up the controller through the Service Port

MSTP Max Master

MSTP Max Info Frames

TIP

Max Info Frames

BACnet Network Number Disable Routing Autogenerated

Assigned

Port S2

End of Network

End of Net?

Active Protocol

Modbus

BACnet/MSTP

BACnet Network Number

Disabled if neither of the above have been done

MSTP Address

MSTP Baud Rate

MSTP Max Master

MSTP Max Info Frames

TIP

Max Info Frames

BACnet Network Number Disable Routing Autogenerated

Assigned

Home Network

To increase MS/TP performance, enter the highest address used on the MS/TP

network for a master controller. This number must be less than or equal to 127.

This is the maximum number of information messages a controller may transmit

before it must pass the token to the next controller. Valid values are 1 to 255.

Set

to a number in the range 20 to 100 so that the router does not become a bottleneck for traffic being routed from a high speed network to the slower MS/TP network.

Select:

if Port S1 is not used.

to have the network number for Port S1 automatically set to a

number equal to ((IP network number + rotary switch address) x 10).

to enter a specific number.

Indicates status of the router's

switch.

Shows one of the following:

•

if enabled on the

if you enter a

tab

below for an MS/TP

network

•

The router’s unique address on the MS/TP network.

Set this to a baud rate that all other devices on the MS/TP network are set to.

To increase MS/TP performance, enter the highest address used on the MS/TP

network for a master controller. This number must be less than or equal to 127.

This is the maximum number of information messages a controller may transmit

before it must pass the token to the next controller. Valid values are 1 to 255.

Set

to a number in the range 20 to 100 so that the router does not become a bottleneck for traffic being routed from a high speed network to the slower MS/TP network.

Select:

if Port S2 is not used.

to have the network number for Port S2 automatically set to a

number equal to ((IP network number + rotary switch address) x 10) + 3.

to enter a specific number.

This is typically the network that is communicating with the building automation

system's application. This sets the BACnet Address of the Device object.

To set up the controller through the Service Port

Security tab

BACnet Firewall

Security

NOTE

If your BACnet Firewall configuration in the i-Vu® interface did not include the i-

Vu® server IP address, thus blocking communication with the i-Vu® server, you can disable the router's BACnet Firewall on the controller setup

You can enable the BACnet Firewall only in the i-Vu® interface.

tab.

Troubleshooting

LEDs

Color Pattern

Condition

Message in Module Status

Possible Solutions

• Connect Ethernet Cable

components

port

• Use the controller setup

Ports

address

Troubleshooting

If you have problems mounting, wiring, or addressing the i-Vu® XT Router, contact Carrier Controls System Support.

NET (Network Status) Tricolor LED

Red

On Ethernet connection problem No Ethernet Link

1 blink One of the following BACnet/IP

(Ethernet) DLL reporting issue:

• Unable to create tasks

•

2 blink Current default IP address does not

match the current rotary switch setting

Unable to open socket for BACnet

• Check other network

BACnet/IP error Cycle power

Default IP address mismatch

address

• Cycle power to accept new IP address

•

Change rotary switches to match current default IP

tab to set the IP

Troubleshooting

Color Pattern

Condition

Message in Module Status

Possible Solutions

Invalid protocol selected

• Change rotary switch to

• Check that network cable

correct

• Check that network cable

correct

• Check the network

excessive COV traffic

Color Pattern

Condition

Message in Module Status

Possible Solution

NET (Network Status) Tricolor LED

Blue

On One of the following issues:

• Port communication firmware did

• Port communication firmware is

•

1 blink Invalid address selected for protocol Invalid address selection

2 blink Router has same MAC address as

another connected device

3 blink Router is the only device on the

network

4 blink Excessive errors detected over 3

second period

5 blink ARCNET traffic overload possibly due

to circular router or excessive COVs (change of values)

ARCNET/MSTP firmware error

not load properly

not running

for ARCNET/MSTP

Duplicate address on ARCNET/MSTP

No other devices detected on ARCNET/MSTP

Excessive communication errors on ARCNET/MSTP

Event System Error FPGA RX FIFO full

select valid protocol

• Cycle power

Change rotary switch to valid address

Change rotary switch to unique address

is connected properly

• Check that baud rate is

is connected properly

• Check that baud rate is

configuration for a circular route

• Increase the time between COVs to reduce

Green

On All enabled networks are functioning

properly

SYS (System Status) Tricolor LED

Red

Green

2 blink Restarting after an abnormal exit Auto restart delay due to

4 blink Firmware image is corrupt Firmware error Download driver again

Fast blink

1 blink No errors Operational No action required

2 blink Download of driver is in progress Download in progress No action required

Firmware error has caused the firmware to exit and restart

No errors No action required

After 5 minute delay has

system error on startup

Fatal error detected No action required

expired, if condition occurs again then cycle power

Troubleshooting

Color Pattern

Condition

Message in Module Status

Possible Solution

To get a Module Status report

Module Status

Properties

Module

Status

ModStat

To get a Device Log

Properties

Device Log

NOTE

Device Log Archive

SYS (System Status) Tricolor LED

Green

Blue

3 blink BACnet Device ID is not set Download required Download the router

Fast blink

On Router is starting up N/A No action required

Slow blink

Fast blink

Installation of recently downloaded driver is occurring

Linux (operating system) is starting up N/A No action required

Linux is running but it could not start the firmware application

A Module Status report provides information about the router and verifies proper network communication with the router. You can get this report:

• In the i-Vu® application—Right-click the router on the navigation tree, then select

N/A No action required

N/A Download driver

• In the i-Vu® application—Select the router on the navigation tree. On the .

• On the controller setup (page 25)

See Appendix - Module Status field descriptions (page 37).

If Carrier Controls System Support instructs you to get the router's Device Log containing diagnostic information for troubleshooting:

1 Select the i-Vu® XT Router in the i-Vu® navigation tree.

2 On the

also contains any network packet captures that have been run from the Network Diagnostics - Packet Captures (page

You can click

21) driver page.

page, click

tab.

to download a file containing multiple Device Logs to your computer. This

page, click

Troubleshooting

To get the i-Vu® XT Router's serial number

Core

Main) board hardware

To replace the i-Vu® XT Router's fuse

Manufacturer

Mfr. Model #

If you need the router’s serial number when troubleshooting, the number is on:

• A Module Status report (Modstat) under

(or

• A sticker on the main board

See To get a Module Status report (page 32).

If you turn on the router’s power switch and the LED is not lit, the fuse that protects the router may be blown. Remove the fuse and use a multimeter to check it.

The fuse is a fast acting, 250Vac, 2A, 5mm x 20mm glass fuse that you can purchase from one of the following vendors:

Littelfuse 0217002.HXP

Bussmann S500-2-R

Belfuse 5SF 2-R

Optifuse FSD-2A

Before replacing the fuse, try to determine why the fuse blew. Check the power wiring polarity of the i-Vu® XT Router and any other devices that share the power supply. Use the same polarity for all of them.

Troubleshooting

To replace the fuse:

1 Turn off the router's power.

2 Remove the red power connector.

3 On one end of the router, insert a small flathead screwdriver as shown below, and then gently pry up on the

cover until it is released from the base.

4 Remove the cover from the base.

5 The fuse labeled F1 is located near the power connector. Use a fuse puller to remove the fuse.

6 Use the fuse puller to snap the new fuse into the fuse holder.

7 Replace the router's cover.

8 Replace the power connector.

9 Turn on the router's power switch.

10 Verify that the

LED on top of the router is on.

Troubleshooting

To take the i-Vu® XT Router out of service

Out of

Service

Properties

Out of Service

If needed for troubleshooting or start-up, you can prevent the i-Vu® application from communicating with the iVu® XT Router by shutting down communication from the i-Vu® XT Router to the i-Vu® application. When

, i-Vu® no longer communicates properties, colors, trends, etc.

1 On the i-Vu® navigation tree, select the i-Vu® XT Router.

2 On the

3 Click

page, check

Compliance

FCC Compliance

NOTE

CAUTION

CE Compliance

WARNING

Industry Canada Compliance

BACnet Compliance

Compliance

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:

1 This device may not cause harmful interference.

2 This device must accept any interference received, including interference that may cause undesired

operation.

This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy, and if it is not installed and used in accordance with this document, it may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the interference at his own expense.

granted to the user by the FCC to operate this equipment.

Any modifications made to this device that are not approved by Carrier will void the authority

This is a light industrial product. In a domestic environment, this product may cause radio

interference in which case the user may be required to take adequate measures.

This Class A digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe A est conforme à la norme NMB-003 du Canada.

Compliance of listed products to requirements of ASHRAE Standard 135 is the responsibility of BACnet International. BTL

is a registered trademark of BACnet International.

Appendix - Module Status field descriptions

Field Description

NOTE

None

NOTE

Appendix - Module Status field descriptions

Date/Time Date and time the Modstat was run

CM The controller's rotary switch address (MAC address)

Model Name Model Name identifies the Product Type

Device Instance A unique ID assigned to the controller

Driver built When the driver was built

Downloaded by When and where the last download was performed

Data Partition Version Data Partition identifies the clipping used when the product was

manufactured.

This field will say

Carrier product is subsequently downloaded in the field, then this field will say

# PRGs initialized # PRGs running

Driver version The name, version, and date of the driver, as well as all the bundles and

If applicable, the number of control programs that were downloaded vs. the number that are running. If these numbers are not the same, the controller has a problem such as lack of memory.

versions.

except for a Carrier product from the factory. If a

Reset Counters: The number of times each of the following events have occurred since the last

time the controller was commanded to clear the reset counters. See

Power failures Interruption of incoming power

Commanded boots Includes commands issued from the i-Vu® interface such as the zap manual

command, plus commands issued during a memory download.

System errors Error in the controller's firmware or hardware

S/W Watchdog timeouts

H/W Watchdog timeouts

System status Gives the current status of the controller's operation. See LEDs (page 30) for

Network status Gives the current status of the controller's networks. See LEDs (page 30) for

System error message history High-severity errors since the last memory download. Shows the most recent

Warning message history Low-severity errors and warning messages since the last memory download.

Watchdog is firmware that monitors the application firmware for normal operation. If the watchdog firmware detects a problem, it restarts the application firmware.

H/W Watchdog will restart the controller if it detects a severe problem with the controller's operating system

all possible conditions.

10 messages. See

Shows the most recent 10 messages. See

below this table.

Appendix - Module Status field descriptions

Field Description

NOTE

Total

Initiated by this node

The manufacture date and serial number.

Non-Volatile

Volatile

BBMD Active

BBMD Entries

FDT Entries

Current

Assigned

Enable IP configuration changeover

BACnet Router Properties

NOTE

Clear Counts/Logs

Properties

Device

Information message history Information-only messages since the last memory download. Shows the most

recent 10 messages. See

below this table.

ARC156 reconfigurations during the last hour

An ARCNET network normally reconfigures itself when a controller is added to or taken off the network. The reconfigurations in the last hour.

field indicates the number of

indicates the number of reconfigurations initiated by this controller. Typical sources of the problem could be this controller, the controller with the next lower rotary switch address, any controller located on the network between these two controllers, or the wiring between these controllers. An excessive number in these fields indicates a problem with the network.

Core and Base board hardware Gives the following information about the controller's boards:

• Type and board numbers that are used internally by Carrier.

•

Number of BACnet Objects Indicates the number of BACnet objects that were created in the device and

the number of those objects that are network visible

Database Partition

partition (16 MB maximum) contains data that needs to be preserved through a power cycle and archived to flash such as parameters and trend data.

partition (6 MB maximum) contains data that does not need to be preserved through a power cycle such as status values that are calculated during runtime.

IP Networks - BBMDs Shows the following information for each active IP network:

shows whether the BACnet Broadcast Management Device is

currently active (1) or inactive (0).

—the number of entries in the BBMD table (500 maximum).

—the number of entries in the Foreign Device Table (500

maximum).

Third party integration points Shows number of points used.

Network Information The various network addresses for the controller. The

and addresses will be the same unless the the

page is being implemented.

Statistics and Network Activity Shows network communication statistics to assist with troubleshooting. See

Network Diagnostics - Statistics (page 19) for more information.

Route Information Port Number

If you want to clear the Reset counters and the three message history fields, click the

button on the controller's

BACnet networks that a router is currently routing traffic to. The list changes as BACnet routers are added or removed from the system.

page in the i-Vu® application or in the controller setup

tab.

Document revision history

Date

Topic

Change description

Code*

10/2/18

Entire document

Major changes due to: 4/20/18

Network Diagnostics (2 topics)

New topics

C-D 1/12/18

To set the ARC/MSTP port address

Correction - default address for ARCNET is 254.

C-TS-CI-E 10/24/17

Rotary switch settings

New topic

C-TS-CI-F

7/27/17

Specification

Added BACnet support specification.

X-D-LG

BACnet Compliance

New topic

Document revision history

Important changes to this document are listed below. Minor changes such as typographical or formatting errors are not listed.

- Controller label changes

- New and revised controller setup pages

and To set up Network Statistics trends

and baud rate

- Driver pages revisions

* For internal use only

A member of the United Technologies Corporation family · Stock symbol UTX · Catalog No. 11-808-580-01 · 10/2/2018

Carrier i-Vu XT Installation And Startup Manual

Specifications and Main Features

Frequently Asked Questions

User Manual