Carrier Evergreen 19XR Instructions and recipes

Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations.
Catalog No. 04-53190018-01 Printed in U.S.A. Form 19/23-2SI Pg 1 6-11 Replaces: 19/23-1SI
Installation and Start-Up Instructions
Part No: 33CNTVIEW
CONTENTS
SAFETY CONSIDERATIONS . . . . . . . . . . . . . . . . . . . . . . 1
INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
ABBREVIATIONS AND EXPLANATIONS . . . . . . . . . . 1
PACKAGE CONTENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
CHILLER SOFTWARE VERSION
REQUIREMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1,2
INSTALLATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4
Equipment Needed . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Step 1 — Identify Power Supply . . . . . . . . . . . . . . . . . . 2
Step 2 — Assemble Swing Arm . . . . . . . . . . . . . . . . . . 2
Step 3 — Attach Arm to Tube Sheet . . . . . . . . . . . . . . 2
Step 4 — Mount Display Screen on Arm
Mounting Bracket . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Step 5 — Connect Cable Between Display and
ICVC (International Chiller Visual Control) . . . . . . 4
START-UP . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-10
Start Touch Screen System . . . . . . . . . . . . . . . . . . . . . . 4
Start Carrier Network Manager . . . . . . . . . . . . . . . . . . . 5
Configure ComfortVIEW™ Software on Touch
Screen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
SAFETY CONSIDERATIONS
When installing this accessory, observe precautions in the
literature and on any labels attached to the equipment, and all
other safety precautions that may apply.
• Follow all safety codes.
• Use care in handling and installing this accessory.
INTRODUCTION
Carrier's new EverVu™ touch screen display allows a facil-
ity manager to monitor a chiller from a 15-in. color touch
screen display. The EverVu display screens allow easy naviga-
tion to determine data and chiller trends such as a chiller per-
formance trend, chilled water trend, condenser water trend and
power trend. The EverVu touch screen display is available for
Evergreen 19XR, 19XRV and 23XRV chillers and 32 Series
chiller retrofit packages. The display is provided with Comfort-
VIEW™ software preloaded.
Retrofit Compatibility — The EverVu™ display can
be retrofitted to any existing Carrier Comfort Network®(CCN)
compatible chiller, though default screen sets may not be
included for all chillers. The display may also be retrofitted to
competitor’s chillers when the 32 Series retrofit panels are
applied.
ABBREVIATIONS AND EXPLANATIONS
Terms and abbreviations used in this manual include:
PACKAGE CONTENTS
• Touch screen display screen with quick connect mount
• Swing arm for mounting (assembly required; see Swing
Arm Assembly Instructions)
• RS-232 to RS-485 converter from B&B Electronics
• ComfortVIEW software key (USB) (already installed in
back side of display screen)
• Several bags containing bolts and Allen style wrenches
• Touch computer power supply
• 6-ft or 25-ft Beldon power cable (25-ft cable will be
available for order)
• 25-ft coiled communication cable with RJ-14 connectors
• Swing Arm Assembly Instructions
CHILLER SOFTWARE VERSION REQUIRE-
MENTS
The chiller software in the International Chiller Visual Con-
trol (ICVC) controller must match a version of chiller software
for which the EverVu workspace screens have been developed.
The EverVu display is supplied with databases to support the
chiller software versions listed in Table 1.
Table 1 — Chiller Software Version Requirements
WARNING
Electrical shock can cause personal injury and death. Shut
off all power to this equipment during installation. There
may be more than one disconnect switch. Tag all discon-
nect locations to alert others not to restore power until work
is completed.
CCN (Carrier
Comfort Network)
— Carrier’s proprietary communications
protocol
CCN bus — 3-wire RS-485 network for CCN elements
CCN element — Unique addressing scheme for devices
on a CCN network
Network Manager — ComfortVIEW software system for
managing network devices
Workspace
Manager
— ComfortVIEW software for managing
viewspaces and trends within
workspaces for graphical representation
of a system
UNIT EVERVU DATABASE
VERSION
CHILLER
SOFTWARE
VERSION
19XR 19XR Version 09 Chiller CESR-131294-09
19XRV 19XRV Version 04 Chiller CESR-131350-04
23XRV 23XRV Version 02 Chiller CESR-131293-02
32DK 19DK Version 01 Chiller
(Build 0.016) CESR-131458-01
32XR 32XR Version 01 Chiller CESR-131435-01
EVERVU™ Touch Screen Display for
EVERGREEN®19XR,XRV, 23XRV Chillers
with PIC II or PIC III Controls

2
If the chiller software is an earlier version than is supported
by the EverVu display, the chiller software will need to be up-
graded to match the version of EverVu database that will be
cloned during the installation of the display.
If the chiller software is a later version than is supported by
the EverVu display, a new EverVu database will need to be
downloaded and imported into the EverVu display. Contact a
Carrier Service office for assistance in importing the databases.
INSTALLATION
Equipment Needed
•3/16 in. hex screwdriver
•1/4 -20-1 in. hex bolts
• Voltmeter
Step 1 — Identify Power Supply
POWER REQUIREMENTS — The EverVu™ panel is pro-
vided with a 25-ft Beldon power cable and plug for connection
to a 120-v receptacle. If 120-v receptacle is available, proceed
to Step 2. If 120-v receptacle is not available, power may be
obtained directly from the chiller power panel by following the
instruction below.
Connecting Power Cable to Chiller Power Panel — The
following instructions are for connecting the power cable of the
display panel directly to the 110-v supply at the chiller power
panel. If the power cable of the display can be connected to a
120-v receptacle, this step is not necessary; proceed to Step 2.
1. Identify the oil heater contactor (1C) in the chiller power
panel.
2. Using a voltmeter, check the voltage across Terminals
22 and 23. The voltage should be 110 v 10%. If the
voltage is not within this range, STOP immediately
and consult an appropriate electrical specialist.
3. Using a voltmeter, verify that Terminal 23 in oil heater
contractor is neutral. If not, STOP immediately and
consult an appropriate electrical specialist.
4. After verifying voltages in Steps 2 and 3, turn off
chiller power and verify that the oil heater contractor is
deenergized and no voltage is present at the input
Terminals 22 and 23.
5. LOCK OUT and TAG OUT power supply to the chill-
er power panel.
6. Remove the plug of the display panel power cord with a
wire cutter.
7. Strip approximately 6 in. of insulation off power cable
end.
8. Using two fork connectors (red and blue), crimp accord-
ing to the following color code:
a. WHITE wire to RED connector
b. BLACK wire to BLUE connector.
9. Strip the insulation off the green grounding wire.
10. Remove the electrical knockout from the panel and
add a strain relief connection, if necessary.
11. Pulls the wires through strain relief and connect the
green grounding wire to the grounding lug. Connect
the fork terminals to the input of the oil heater circuit
breaker as follows:
a. 1C-22 to RED fork terminal (WHITE wire)
b. 1C-23 to BLUE fork terminal (BLACK wire).
12. For safety reasons, do not remove LOCK OUT and TAG
OUT until completing Step 5 — Connect Cable Between
Display and ICVC (International Chiller Visual Control).
Step 2 — Assemble Swing Arm — Refer to sepa-
rate Swing Arm Assembly Instructions provided in package.
Step 3 — Attach Arm to Tube Sheet
1. Identify the tube sheet on the evaporator (19XR,XRV) or
condenser (23XRV) where the display is to be mounted.
Insert the bolt into the center hole of the tube sheet
mounting bracket.
NOTE: Do not remove the white plastic piece inside
the mounting bracket. This serves to insulate the metal
between the tube sheet and mounting bracket.
2. Attach the 1/4 -20-1 in. hex bolts halfway through in the
base of the mounting bracket. Do not tighten com-
pletely.
3. Align the arm mounting bracket to the tube sheet and
tighten hex bolts using a 3/16 hex screwdriver. See Fig. 1.
Step 4 — Mount Display Screen on Arm
Mounting Bracket — Locate the EverVu display panel.
Do not remove the plastic covering until you are ready to start
up the touch screen. The display screen is shipped with the
quick connect mount attached to the back of the screen. See
Fig. 2.
WARNING
Electrical shock can cause personal injury and death. Shut
off all power to this equipment during installation. There
may be more than one disconnect switch. Tag all discon-
nect locations to alert others not to restore power until work
is completed.
Fig. 1 — Attach Arm to Tube Sheet
MOUNTING
BOLTS
TUBE
SHEET
ARM BASE
a19-1891
Fig. 2 — Display Panel with Mount Attached
BACK OF DISPLAY PANEL
DISPLAY MOUNT
a19-1890

3
1. Slide the screen display onto the mounting bracket.
(location shown in Fig. 3).
2. Two hooks secure the display screen to the mounting
bracket. Hold the display screen until verifying that the
display screen is supported by the hooks on the mounting
bracket before releasing. See Fig. 4.
3. The display height is adjustable within a 15.9 in. range.
Arm dimensions are shown in Fig. 5.
4. Using a hex screwdriver, secure the arm from pulling out
of the mount by tightening the hex screw on the side of
the mount. The display screen can now be positioned to
desired height. To adjust tension on the up and down
movement of the arm, tighten the hex screw on the top of
the arm mount (Fig. 6).
IMPORTANT: To prevent damage to display screen,
do not mount the display on the arm until arm is com-
pletely attached to the tube sheet.
Fig. 3 — Display Screen Mounting Location
MOUNTING
BRACKET
a19-1892
Fig. 4 — Bolt Display Screen to Arm
MOUNTING
BRACKET
RETAINING
BOLT
DISPLAY
MOUNT
a19-1893
MAX
HORIZONTAL
RANGE
24.1"
MAX
VERTICAL
RANGE
15.9"
3.1"
3.5"
6.7"
13.3"
15.3"
7.1"
5.6"
Fig. 5 — Display Arm Dimensions
a19-1894
Fig. 6 — Adjust Arm Tension
HEX SCREW TO
ADJUST ARM
TENSION
ARM
HEX SCREW
TO SECURE
ARM TO ARM
BASE
a19-
1891

4
Step 5 — Connect Cable Between Display and
ICVC (International Chiller Visual Control)
1. Remove the knockout from the control panel box.
2. Pass the 25-ft coiled RS-485 cable, through the knock-
out. Approximately 16 to 20 in. of cable should be insert-
ed into the control box.
3. Connect one end of the RS-485 cable to the J8/SERVICE
port of the ICVC.
4. Connect the other end of the cable to the RJ14 connector
in the B&B Electronics converter provided with the dis-
play. The converter should then be attached to the 9-pin
serial port on the display. If chiller is connected to a CCN
network, see note below.
5. The ComfortVIEW™ software key is already installed in
the back side of the display. The software key will allow
preloaded software to run automatically when the display
screen is booted up.
6. After connecting both cable ends, connect the power cord
to the power brick and connect to the EverVu™ panel.
Pull the cord through the side of the back cover and attach
to the display.
7. If touch screen power cord was connected directly to the
chiller power panel rather than an AC outlet, remove
LOCK OUT and TAG OUT.
8. Turn on power to the display screen (lower right side) and
to the ICVC.
Before going to the job site to perform the installation, you
will need to know the chiller ICVC version. Some older ver-
sions need to be updated to work with the touch panel. Contact
a Carrier Service office for assistance in downloading a new
version, if required.
NOTE: Besides being connected to the display, the chiller
may be on a CCN network in the building. If this is the case,
make sure the correct wiring is utilized and coordinate with
the Carrier controls technician on the site. The refresh rate
of the touch screen display may need to be extended,
depending on the other devices on the network.
COMMUNICATION BUS WIRE SPECIFICATIONS —
The communication bus wiring is field-supplied and field-
installed. Bus wiring consists of shielded three-conductor cable
with drain (ground) wire. The cable selected must be identical
to the communication bus wire used for the entire network. See
Table 2 for recommended cable.
Table 2 — Recommended Cables
NOTE: Conductors and drain wire must be at least 20 AWG (Ameri-
can Wire Gage), stranded, and tinned copper. Individual conductors
must be insulated with PVC, PVC/nylon, vinyl, Teflon*, or polyethyl-
ene. An aluminum/polyester 100% foil shield and an outer jacket of
PVC, PVC/nylon, chrome vinyl or Teflon with aluminum operating
temperature range of –20 C to 60 C is required.
START-UP
Start Touch Screen System — Once the ICVC and
display screen are powered up, the Touch Screen display will
boot up to a default graphical chiller for a Version 04XRV. The
CCN database for this display is defaulted to database only, so
there will be no communications.
An expandable keyboard (Fig. 7) is viewable after boot up.
The keyboard is used for inputting data into any menu screen
or prompt that is the active.
The keyboard can be minimized to an icon again by press-
ing the large rectangular icon on the left side of the expandable
keyboard.
The keyboard can be viewed at any time by pressing the
keyboard icon at the top right side of any active screen or
prompt.
The expandable keyboard can be moved to different posi-
tions on the screen be touching any of the blue areas between
the keys and moving it to desired position on screen.
MANUFACTURER CABLE PART NO
Alpha 2413 or 5463
American A22503
Beiden 8772
Columbia 02525
Fig. 7 — Expandable Keyboard
a19-1898
*Registered trademark of DuPont.

5
Start Carrier Network Manager
1. Minimize the expandable keyboard.
2. Select (tap) the Windows Start icon in the lower left cor-
ner of the screen.
3. Select “All Programs.”
4. Select “ComfortVIEW.”
5. Select “Carrier Network Manager” (Fig. 8).
Configure ComfortVIEW™ Software on Touch
Screen — For ease of use, a default CCN database called
“Local Chillers” was created and set up for communications
through COM 1 port of the display. An example of the display
showing the default CCN databases and the Local Chiller data-
base is shown in Fig. 9.
The other CCN databases listed in Fig. 9 are provided as
templates of chiller versions. Each CCN database contains one
chiller database in Network Manager and associated workspac-
es in Workspace Manager. These files are provided to allow the
cloning of these workspaces for your specific chiller.
More CCN databases are planned for release to support older
software versions and future software releases.
If at any time, Carrier Network Manager issues the operator
message, “Your Access Level will not allow you to perform
this function” or if there is a problem during the configuration
procedure, it may be necessary to log out of ComfortVIEW
and log in again.
To login, use the local administrative account and password.
The username is “sa” and the password is “carrier”, both in
lowercase (Fig. 10). The username and password are entered
using the expandable keyboard. The keyboard can be displayed
by tapping the small keypad icon.
It will be necessary to upload your specific chiller into the
Local Chiller CCN database to be able to communicate with
your chiller.
1. Double tap on “Local Chillers.”
2. Double tap on “”Local Chillers - My chiller.”
3. Carrier Network Manager is started with “Local Chillers -
My chiller” is displayed, as shown in Fig. 11.
4. Select the “+” icon at the top of the “Local Chillers - My
chiller” screen.
5. “CCN Element Definition” screen is displayed. Enter
“Element name” (for this example we are using “My
19XR”) and “Element description” using onscreen key-
board, then press “OK” (Fig. 12). Enter “Bus” and “Ele-
ment” numbers.
NOTE: Default numbers are 0 for Bus and 1 for Element.
Fig. 8 — Start Carrier Network Manager
a19-1899
Fig. 9 — Default and Local Chillers Database
a19-1900
Fig. 10 — Login Prompt a19-1901
Fig. 11 — “Local Chillers - My chiller” Screen
a19-1902

6
.
6. “Upload element?” prompt screen is displayed. Press
“Yes” to upload.
7. “Uploading element” screen is displayed. Wait for upload
to complete.
8. After uploading your chiller into the Local Chiller CCN
database (Fig. 13), press “OK” to the prompt. The tree
can be expanded for your chiller to select point and con-
figuration screens to verify communication. If preferred,
the configuration of an existing chiller database can be
used by performing the copy function rather than the up-
load function while adding your chiller to the Local Chill-
er CCN.
9. Once your chiller has been added, it is possible to clone
all of your workspaces and viewspaces for your local
chiller from one of the existing chiller databases. In order
to do this, start Workspace Manager (Fig. 14) as follows.
10. Select (tap) the Windows Start icon in the lower left cor-
ner of the screen.
11. Select “All Programs.”
12. Select “ComfortVIEW.”
13. Select “WorkSPACE Manager.”
14. From chiller display page, select “File” tab at the top of
the screen, then select “Open WorkSPACE” (Fig. 15).
15. From the “Open WorkSPACE” screen, open the default
workspace for the chiller that is the same version as your
local chiller (Fig. 16). It is important to use the same type
and version number of your chiller or the cloning tool
will not clone all the workspaces and viewspaces. Other-
wise, an error response will be generated indicating the
chiller versions do not match.
Chiller software version can be found on ICVC, under
“ICVC CONFIGURATION” or from the touch screen
using Carrier Network Manager under “Device Con-
figuration,” then “Controller ID.”
Fig. 12 — CCN Element Definition
a19-
1903
Fig. 13 — Local Chiller Successfully Added
Fig. 14 — Start Workspace Manager
Fig. 15 — Select Open Workspace

7
16. Select the appropriate chiller type and version and press
“OK.”
17. After the default workspace of the chiller version to be
cloned is opened, select the “Run” tab at the top of the
screen, then “Enter design mode” (Fig. 17).
18. The prompt “Reload current WorkSPACE for design?”
will be received. Press the “Yes” button. (Fig. 18).
19. From chiller display page, select “File” tab at the top of
the screen, then select “Save Current WorkSPACE as”
(Fig. 19).
20. The “Save Current WorkSPACE As” prompt box is dis-
played. Input the filename of your local chiller default
screen. Then press the “Clone” button (Fig. 20).
21. The “Clone WorkSPACE” prompt is received. Enter the
new workspace name of the default workspace for your
local chiller. Enter using the onscreen expandable key-
board. Then press “OK” (Fig. 21).
Fig. 16 — Open Workspace
a19-1907
Fig. 17 — Select Design Mode a19-1908
Fig. 18 — Reload Prompt a19-1909
Fig. 19 — Select “Save Current WorkSPACE as”
Fig. 20 — Save Workspace Name
Fig. 21 — Enter New Workspace Name
a19-1914

8
22. The system will prompt to select the area and CCN ele-
ment screens to clone. Select the area “Local Chiller” and
element that was just added in Network Manager. Then
press “OK” (Fig. 22).
23. A confirmation screen will be displayed of the clone to be
made. Press the “Close” button” (Fig. 23).
24. The cloning tool will now search for all linked workspac-
es and viewspaces. A pop up screen with the names of the
first 8 linked workspaces found will be displayed. The
workspace names can be customized here and the area
and element to be cloned can be selected.
25. Select the same local chiller (“Local Chillers - My chill-
er”) and your chiller (for this example, “My 19XR”) for
all 8 workspaces.
26. Select element names for all 8 workspaces.
27. After entering the information press “Proceed” (Fig. 24).
28. A confirmation will be received for each workspace that
is cloned; press “Close” for each one.
Fig. 22 — Select Element Definition
Fig. 23 — Confirmation Prompt
Fig. 24 — Multiple Clone Screen a19-1915

9
29. A second enhanced clone screen will open with the next 8
screens to be cloned. Again, the names can be customized
and the area and element of the chiller these workspaces
to be cloned must be selected.
30. Select the same local chiller and your chiller for all 8
workspaces.
31. Select element names for all 8 workspaces.
32. After entering the information press “Proceed” (Fig. 24).
33. A confirmation will be received for each workspace that
is cloned; press “Close” for each one.
34. The Run mode can now be selected for the workspace
just created (Fig. 25). Select the “Run” tab, then “Enter
run mode.”
35. From chiller display page, select the “File” tab, then se-
lect “Open WorkSPACE” (Fig. 26).
36. Select the filename of the workspace to display and press
“OK” (Fig. 27).
37. These new screens created for your local chiller should
now all be able to communicate with your chiller and
show the data selected.
38. As a last step, log out as administrator and log in as the lo-
cal default operator. The user name for the local default
operator is “Carrier” and the password field is left blank.
39. The old default screen will open first in Workspace Man-
ager. Select and open the new default workspace created
while cloning.
40. Under the “Run” tab at the top of the screen, select the
“Enter design mode.” Answer “Yes” to open the dis-
played screen for design (Fig. 28).
41. Then, under the “Configure” tab, select "Set default
workSPACE" (Fig. 29).
42. The default screen for the local operator is now set. Note
that if you are still logged in as administrator, this will set
the default screen for the administrator and not the local
operator account. The local operator account is the only
one that is set to start on boot of the computer.
Fig. 25 — Enter Run Mode
Fig. 26 — Open Workspace
Fig. 27 — Select Workspace
a19-1918
Fig. 28 — Enter Design Mode

10
43. As a final verification, power down, then power up and
the default screen for the local operator should be dis-
played after boot up.
The EverVu™ touch screen display provides 17 indepen-
dent user screens for most of the default graphical representa-
tions. Navigation from screen to screen is accomplished by
double tapping the buttons that are not highlighted in blue on
the display. The blue highlight is used on a button to identify
the screen currently being displayed. The following screens are
provided:
• Default 19XR, viewspace with links
• Compressor, viewspace with links
• Heat exchanger, viewspace with links
• Main Status, viewspace with links
• Integrated Starter (19XR) or VFD (19XRV), viewspace
with links
• Power, viewspace with links
• Startup, viewspace with links
• Lead lag, viewspace with links
• Capacity, viewspace with links
• Surge Prevention, viewspace with links
• Chilled Water, trend and viewspace with links
• Condenser water, trend and viewspace with links
• Power, trend and viewspace with links
• Chiller performance, trend and viewspace with links
• Setpoints, viewspace with links
• Alarms, viewspace with links
• All 4 trends and viewspace with links
Fig. 29 — Configure as Default Workspace

Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations.
Catalog No. 04-53190018-01 Printed in U.S.A. Form 19/23-2SI Pg 12 6-11 Replaces: 19/23-1SI
Copyright 2011 Carrier Corporation