Carrier TruVu MPC Installation manual

T
Tr ru uV Vu u™ ™ M MP PC C P Pr ro oc ce es ss so or r
I
In ns st ta al ll la at ti io on n a an nd d S St ta ar rt t- -u up p G Gu ui id de e
CARRIER CORPORATION ©2021 · Catalog No. 11-808-691-01 · 9/20/2021

Verify that you have the most current version of this document from www.hvacpartners.com, the Carrier Partner
Community website, or your local Carrier office.
Important changes are listed in Document revision history at the end of this document.
CARRIER CORPORATION ©2021. All rights reserved throughout the world. i-Vu is a registered trademark of Carrier
Corporation. All other trademarks are the property of their respective owners.

Contents
What is the TruVu™ MPC Processor?................................................................................................................... 1
Specifications........................................................................................................................................................2
Zone sensors .........................................................................................................................................................5
Touchscreen devices ............................................................................................................................................6
To mount the TV-MPCXP ...................................................................................................................................... 7
To attach I/O expanders....................................................................................................................................... 9
TruVu MPC I/O expander configurations...........................................................................................................9
To attach TruVu MPC I/O expanders............................................................................................................... 13
To attach MPC Open XPIO expanders............................................................................................................. 14
Wiring for power................................................................................................................................................. 15
To wire for power ............................................................................................................................................... 15
Addressing the TV-MPCXP.................................................................................................................................. 16
Rotary switch settings....................................................................................................................................... 17
To set up autobaud............................................................................................................................................ 18
To set the IP address......................................................................................................................................... 19
To set the Port S1 address and baud rate..................................................................................................... 21
To set the Port S2 address and baud rate..................................................................................................... 21
Configuring BACnet Device Instance and network number........................................................................ 22
To set up BACnet Broadcast Management Devices (BBMDs) .................................................................... 23
Wiring for communications................................................................................................................................ 27
Wiring specifications......................................................................................................................................... 27
To connect the TV-MPCXP to the Ethernet..................................................................................................... 28
To wire to a BACnet/ARCNET network........................................................................................................... 28
To wire to a BACnet MS/TP network .............................................................................................................. 29
To wire a third-party device .............................................................................................................................. 29
Wiring devices to the TV-MPCXP's Rnet port ..................................................................................................... 30
To communicate through the BACnet/IP Service Port network ........................................................................ 31
Find and upload in the i-Vu® interface .............................................................................................................. 32
Adjusting the TV-MPCXP driver properties ......................................................................................................... 33
Driver.................................................................................................................................................................... 33
Device .................................................................................................................................................................. 35
Notification Classes........................................................................................................................................... 36
Calendars ............................................................................................................................................................ 37
Common and Specific Alarms ......................................................................................................................... 37
Custom Translation Tables............................................................................................................................... 37
BACnet Router Properties ................................................................................................................................ 38
BACnet Firewall.................................................................................................................................................. 38
Network Diagnostics - Statistics...................................................................................................................... 38
Network Diagnostics - Packet Capture........................................................................................................... 41
I/O Bus and Xnet Expanders............................................................................................................................ 43
Communication Status ..................................................................................................................................... 45
To set up Network Statistic trends.................................................................................................................. 46
To set up the controller through the Service Port .............................................................................................. 47
ModStat tab........................................................................................................................................................ 47
Device tab ........................................................................................................................................................... 48
Ports tab.............................................................................................................................................................. 49
BACnet tab.......................................................................................................................................................... 49
Modbus tab......................................................................................................................................................... 51
Security tab......................................................................................................................................................... 51

Contents
To communicate locally through the Rnet port ................................................................................................. 52
Troubleshooting.................................................................................................................................................. 53
LEDs ..................................................................................................................................................................... 53
To get a Module Status report ......................................................................................................................... 55
To get a Device Log ........................................................................................................................................... 55
To get the TV-MPCXP's serial number ............................................................................................................ 56
To replace the TV-MPCXP's fuses.................................................................................................................... 56
To take the TV-MPCXP out of service.............................................................................................................. 57
Compliance ........................................................................................................................................................ 58
FCC Compliance................................................................................................................................................. 58
CE Compliance ................................................................................................................................................... 58
Industry Canada Compliance........................................................................................................................... 58
BACnet Compliance........................................................................................................................................... 58
Appendix - Module Status field descriptions...................................................................................................... 59
Document revision history.................................................................................................................................. 61

TruVu™ MPC Processor CARRIER CORPORATION ©2021
Installation and Start-up Guide All rights reserved
1
The TruVu™ MPC Processor (part# TV-MPCXP) is a BACnet controller that:
•Provides BACnet routing between any supported BACnet communication types
•Supports I/O expanders
•Runs control programs
•Can have two BACnet/IP networks communicating on the Gig-E port
•Can serve as a BACnet Broadcast Management Device (BBMD) on each of the BACnet/IP networks
•Supports Foreign Device Registration (FDR)
•Supports DHCP IP addressing
•Has built-in network diagnostic capture functionality for troubleshooting
•Has network statistics that can be viewed numerically or as trend graphs
•Supports Rnet devices
•Works with the i-Vu® v6.5 or later system with the latest cumulative patch
•Can serve as a gateway that can act as a:
•Master or slave on a Modbus serial network
•Server or client on a Modbus TCP/IP network
What is the TruVu™ MPC Processor?

What is the TruVu™ MPC Processor?
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2
The TV-MPCXP has 4 physical ports for BACnet or Modbus communication:
Port
Port type
For routing this type
of communication...
At...
Gig-E
10/100/1000 Mbps Ethernet
BACnet/IP,
BACnet/Ethernet, and/or
Modbus TCP/IP
10, 100, or 1000 Mbps
(1 Gbps)
S1
High-speed EIA-485 port
BACnet/ARCNET
or
BACnet/MSTP
or
Modbus Serial
156 kbps
9.6 to 115.2 kbps
9.6 to 115.2 kbps
S2
Electrically isolated EIA-485 port
BACnet/MSTP
or
Modbus Serial
9.6 to 115.2 Kbps
9.6 to 115.2 kbps
Service
Port
10/100 Mbps Ethernet
HTTP/IP
BACnet/IP Service Port
10 or 100 Mbps
The TV-MPCXP also has the following ports:
•I/O Bus port for wired TruVuTM MPC I/O expanders
•I/O bus edge connector for directly-connected TruVuTM MPC I/O expanders
•Xnet port for MPC Open XPIO expanders
•Rnet port for ZS sensors, Wireless Adapter for wireless sensors, and an Equipment Touch
•USB port for recovery
•Ethernet Service Port for connecting locally to controller setup pages and the TruVu™ ET Display
Specifications
Driver
drv_fwex_< version >.driverx
Maximum number of control programs*
999
Maximum number of BACnet objects*
12000
Third-party BACnet integration points
1500
Third-party Modbus integration points
200
*Depends on available memory.

What is the TruVu™ MPC Processor?
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Power
24 Vac ±10%, 50–60 Hz, 50 VA
26 Vdc ±10%, 15 W
I/O expanders
Supports up to 9 TruVuTM MPC I/O expanders and/or 6 MPC Open XPIO expanders,
but no more than 9 expanders total.
Gig-E port
10/100/1000 BaseT, full duplex, Ethernet port for BACnet/IP and/or
BACnet/Ethernet, or Modbus TCP/IP communication.
Port S1
For communication with either of the following:
•A BACnet ARCNET network at 156 kbps
•A BACnet MS/TP network at 9600 to 115200 bps
•A Modbus serial network at 9600 to 115200 bps
This port's End of Net? switch can be set to Yes to terminate the network segment.
Port S2
For communication with either of the following:
•A BACnet MS/TP network at 9600 to 115200 bps
•A Modbus serial network at 9600 to 115200 bps
This port's End of Net? switch can be set to Yes to terminate the network segment.
Rnet port
•Supports Up to 15 ZS wireless and/or ZS sensors, and one Equipment Touch
or TruVu™ ET Display
•Supports local connection for a laptop running the i-Vu® application
•Supplies 12 Vdc/62.5 mA power across its rated temperature range.
NOTE Ambient temperature and power source fluctuations may reduce the
power supplied by the Rnet port.
NOTE If the total power required by the sensors on the Rnet exceeds the power
supplied by the Rnet port, use an external power source. The Wireless Adapter,
Equipment Touch, or TruVu™ ET Display must be powered by an external power
source. See the specifications in each device's Installation and Start-up Guide to
determine the power required.
I/O Bus port
Provides communication for a wired TruVuTM MPC I/O expander that is powered by
an external power supply. See TruVuTM MPC I/O expander configurations (page 9)
to determine how many TruVuTM MPC I/O expanders you can connect to this port.
I/O bus edge connector
6-pin connector that provides communication and power to a directly-connected
TruVuTM MPC I/O expander. See TruVuTM MPC I/O expander configurations (page
9) to determine how many TruVuTM MPC I/O expanders you can use with the edge
connector.
Xnet port
For communication with up to 6 MPC Open XPIO expanders powered by an external
power supply.
Service Port
Ethernet port at 10 or 100 Mbps for setting up the controller and troubleshooting
through a local connection to a computer or connecting to the TruVu™ ET Display
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 and 256 MB DDR3 DRAM (22 MB available to use).
User data is archived to non-volatile Flash memory when parameters are changed,
every 90 seconds, and when the firmware is deliberately restarted.
NOTE When you change a parameter, you must wait 30 seconds before turning
the power off, in order for the change to be saved.
Real-time clock
Real-time clock keeps track of time in the event of a power failure for up to 3 days.

What is the TruVu™ MPC Processor?
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Protection
The TV-MPCXP has two fast acting, 5mm x 20mm glass fuses:
•A 2A fuse for the TV-MPCXP’s power
•A 4A fuse for the I/O bus edge connector
The power and network ports comply with the EMC requirements EN50491-5-2.
CAUTION To protect against large electrical surges on serial EIA-485
networks, place a PROT485 at each place wire enters or exits the building.
LED status indicators
•Tricolor Net LED to show network status
•Tricolor Sys LED to show system status
•A Tx (Transmit) and Rx (Receive) LED for the following ports:
○Gig-E
○I/O Bus
○Port S1
○Port S2
○Xnet
○Rnet
See LEDs (page 53).
Environmental operating
range
-40 to 158°F (-40 to 70°C), 10-95% relative humidity, non-condensing
NOTES
•The TV-MPCXP is suitable for installation inside or outside the building
envelope.
•Install in a UL Listed enclosure only.
•Do not change the position of the power or End of Net switch at temperatures
below -22°F (-30C) to ensure proper operation and electrical connectivity.
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:
7.1 in. (18.03 cm)
6.95 in. (17.65 cm)
2.09 in. (5.31 cm)
Screw mounting dimensions
C:
D:
6.45 in (16.38 cm)
4.1 in. (10.4 cm)
Weight
1 lb. (0.45 kg)
BACnet support
Conforms to the BACnet Building Controller (B-BC) Standard Device Profile as
defined in ANSI/ASHRAE Standard 135-2012 (BACnet) Annex L, Protocol Revision
14

What is the TruVu™ MPC Processor?
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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: 2015/863/EU
Australia and New Zealand:
C-Tick Mark, AS/NZS 61000-6-3
Zone sensors
You can wire ZS sensors and/or a Wireless Adapter that communicates with wireless sensors to the TV-MPCXP's
Rnet port. You can have up to 15 ZS and/or wireless sensors.
NOTES
•A control program can use no more than 5 ZS sensors, so you must use multiple control programs if your
Rnet network has more than 5 sensors.
•ZS and wireless sensors can share the Rnet with an Equipment Touch or TruVu™ ET Display.
CAUTION Rnet power
The Rnet port provides 12 Vdc at 62.5 mA maximum that can be used to power zone sensors. When determining
which devices to put on the Rnet, verify that the total current draw of the sensors does not exceed the controller's
Rnet power. See the sensor's Installation and Start-up Guide to determine the power required.

What is the TruVu™ MPC Processor?
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Touchscreen devices
You can connect the TV-MPCXP to the touchscreen devices using the Rnet port or the Ethernet Service port.
Rnet port
You can wire an Equipment Touch or TruVu™ ET Display to the TV-MPCXP's Rnet port to view or change the
controller's property values, schedule equipment, view trends and alarms, and more, without having to access the
system's server. The Rnet port can have one Equipment Touch or TruVu™ ET Display, plus ZS sensors and/or a
Wireless Adapter that communicates with wireless sensors.
NOTE These touchscreen devices are not powered by the Rnet port.
•The TruVu™ ET Display requires a 24 Vdc external power source.
•The Equipment Touch requires a 24 Vac external power source.
Ethernet port
You can connect the TruVu™ ET Display to the TV-MPCXP's Ethernet Service port to view or change the controller's
property values, schedule equipment, view trends and alarms, and more, without having to access the system's
server.
NOTES
•These touchscreen devices are not powered by the Ethernet port.
•The TruVu™ ET Display requires a 24 Vdc external power source.
CAUTION A touchscreen device can share a power supply with the Carrier controller if:
•The power source shared by the controller and Equipment Touch is AC power.
•The power source shared by the controller and TruVu™ ET Display is DC power.
•You maintain the same polarity.
•You use the power source only for Carrier controllers.

To mount the TV-MPCXP
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The TV-MPCXP can be mounted on a DIN rail or screwed to a surface.
NOTE We recommend screw mounting when installing in a high temperature and high humidity environment.
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 controller.
2 Place the controller on the DIN rail so that the rail is in the trough on the back of the controller.
3 Push the center tabs towards the controller until you hear them click.
4 Pull gently on the controller to verify that it is locked in place.
To mount the TV-MPCXP

To mount the TV-MPCXP
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Screw Mount
Leave about 2 in. (5 cm) on each side of the controller for wiring.
Insert #6 screws through the mounting tabs. Use no more than 8 in.lbs. torque to secure plastic tab to mounting
surface.
A:
B:
C:
D:
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)
2.09 in (5.31 cm)

To attach I/O expanders
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To add inputs or outputs to the TV-MPCXP, you can attach up to 9 TruVuTM MPC I/O expanders and/or 6 MPC
Open XPIO expanders, but no more than 9 expanders total. Each expander must have a unique address (1
through 9) set on its rotary switch. An MPC Open XPIO expander's address must be in the range from 1 to 6.
See:
TruVuTM MPC I/O expander configurations (page 9)
To attach TruVuTM MPC I/O expanders (page 13)
To attach MPC Open XPIO expanders (page 14)
The expander's Installation and Start-up Guide
TruVu MPC I/O expander configurations
The expanders' outputs return to their unconfigured state if they are removed from the program or the program is
deleted from the controller. Also, outputs time out and return to their unconfigured or off state after two minutes
of inactivity. The unconfigured state results in:
•Not running control programs that are due to download
•Losing power to the controller, but not the expander
NOTE This does not apply to outputs that have been locked in the i-Vu® application.
The TruVuTM MPC I/O expander can be connected to the TV-MPCXP in one of the following ways:
•Directly-connected to the I/O bus edge connector that provides power and communication
To attach I/O expanders

To attach I/O expanders
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•Wired to the I/O Bus port for communication and then wired to an external transformer for power
The connection/wiring configuration that you use depends on:
•The number of TruVuTM MPC I/O expanders you need
•Whether you use AC or DC power supply
•The size of the power supply
NOTE The controller has built-in I/O bus network termination and must be the first device on the expander
network. Add termination to the last TruVuTM MPC I/O expander on the network by setting I/O Bus End of Net?
switch to Yes (Up).
WARNING Do not apply line voltage (mains voltage) to the controller's ports and terminals.
CAUTIONS
•The TV-MPCXP 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.

To attach I/O expanders
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Using AC power
The controller and the TruVuTM MPC I/O expander each draw 50 VA. The following images are two possible
configurations when using AC power, but many more configurations exist depending on the size of the
transformers (50 or 100 VA) and the number of TruVuTM MPC I/O expanders you have.
The following configuration shows a combination of connections using the I/O bus edge connector and daisy-
chained wiring to the I/O Bus ports.

To attach I/O expanders
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Using DC power
The controller draws 15 W and the TruVuTM MPC I/O expander draws 12 W. In the following image, the 100 W
power supply can supply power to one controller and 7 expanders. The TruVuTM MPC I/O expanders are connected
to the controller and to each other using the I/O bus edge connector that provides power and communication. The
configuration also shows a combination of connections using the edge connector and wiring to the I/O Bus ports.

To attach I/O expanders
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To attach TruVu MPC I/O expanders
An TruVuTM MPC I/O expander can be directly-connected to the TV-MPCXP's I/O bus edge connector or wired to the
TV-MPCXP's I/O Bus port.
To connect the TruVuTM MPC I/O expander to the I/O bus edge connector
NOTE The following instructions assume that the controller is already mounted either on a DIN rail or using
screws.
1 Turn off the TV-MPCXP's power.
2 Remove the plastic protective cap from the TV-MPCXP's I/O bus edge connector and the expander's edge
connector. Squeeze the plastic tabs to pull the cap off.
WARNING This connector provides power and communication. To prevent risk of shock, do not touch
the bare edge connector if the controller's power is on.
3 DIN rail mounting only—Push down and pull out the expander's center tabs shown below.
4 Slide the expander's left edge connector down onto the TV-MPCXP's edge connector.
5 Do one of the following:
○DIN rail mounting—Push in the expander's center tabs towards the expander until you hear them click.
Pull gently on the expander to verify that it is locked to the DIN rail.
○Screw mounting—Insert #6 screws through the expander's mounting holes.
6 Optional: If using DC power, you may connect additional TruVuTM MPC I/O expanders in the same manner
described above. See the diagrams in TruVuTM MPC I/O expander configurations (page 9).

To attach I/O expanders
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To wire the TruVuTM MPC I/O expander to the I/O Bus port
Use ARC156 wiring (22 AWG, low-capacitance, twisted, stranded, shielded copper wire) to wire the TruVuTM MPC
I/O expander to the controller. Do not exceed 1000 feet (305m) total wire length for the I/O bus.
WARNING Do not apply line voltage (mains voltage) to the expander's ports and terminals.
1 Turn off the controller's and expander's power.
2 Wire the expander's I/O Bus port to the same port on the controller.
NOTES
○To use more than one expander, wire their I/O Bus ports together in a daisy-chain configuration. The
controller must be the first device on the expander network.
○Use the same polarity throughout the network segment.
3 On the last expander on the I/O bus, set the I/O Bus End of Net? switch to Yes to apply network termination
and bias.
NOTE The controller has built-in I/O bus network termination and must be the first device on the expander
network.
4 Mount the TruVuTM MPC I/O expander to a DIN rail or using screws as described in steps 3 and 5 above.
5 Turn on the controller's and expander's power.
To attach MPC Open XPIO expanders
Use ARC156 wiring (22 AWG, low-capacitance, twisted, stranded, shielded copper wire) to wire the MPC Open
XPIO expander to the controller. Do not exceed 100 feet total wire length. See the Open Controller Network Wiring
Guide for complete wiring specifications.
Wire the TV-MPCXP's Xnet port to the MPC Open XPIO expander's Xnet Remote Expansion port. To use more than
one expander, wire their Xnet Remote Expansion ports together in a daisy-chain configuration.
The TV-MPCXP has built-in Xnet termination and must be the first device on the expander network. Add
termination to the last MPC Open XPIO expander by placing the Term jumper (if provided) in the up position. If the
MPC Open XPIO expander does not have a Term jumper, you must add external network termination.
NOTE You must set the Xnet baud rate to 500 kbps in the i-Vu® interface on the driver's I/O Bus and Xnet
Expanders page. See Adjusting TV-MPCXP driver properties (page 33).

Wiring for power
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WARNING Do not apply line voltage (mains voltage) to the controller's ports and terminals.
CAUTIONS
•The TV-MPCXP 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.
To wire for power
1 Make sure the TV-MPCXP’s power switch is in the OFF position to prevent it from powering up before you can
verify the correct voltage.
2 Remove power from the power supply.
3 Pull the red screw terminal connector from the controller's power terminals labeled 24 Vac/Vdc (+/-).
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 controller'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 expander's power switch.
11 Verify that the LED on top of the controller 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.
Wiring for power

Addressing the TV-MPCXP
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Set this port's address ...
In this location...
See...
IP
Service Port
To set the IP address (page 19)
Port S1
On the controller's
rotary switches
To set the Port S1 address and baud rate (page
21)
Port S2
Service Port
To set the Port S2 address and baud rate (page
21)
To access the controller setup through the Service Port:
1 Connect an Ethernet cable from a computer to the controller as shown below.
2 Turn off the computer's Wi-Fi if it is on.
3 If your computer uses a static IP address, use the following settings:
○Address: 169.254.1.x, where x is 2 to 7
○Subnet Mask: 255.255.255.248
○Default Gateway: 169.254.1.1
4 If it uses a DHCP address, leave the address as it is.
5 Open a web browser on the computer.
6 Navigate to http://local.access or http://169.254.1.1 to see the Service Port controller setup pages.
See To set up the controller through the Service Port (page 47) for general information on using the controller
setup pages.
Addressing the TV-MPCXP