User Guide
Tracer CH530™
Chiller Control System
CGWN/CCUN 205-211
CGAN 209-214
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General information
Warranty
Training
Warranty is based on the general
terms and conditions of the
manufacturer.The warranty is void
if the equipment is repaired or
modified without the written
approval of the manufacturer, if the
operating limits are exceeded or if
the control system or the electrical
wiring is modified. Damage due to
misuse, lack of maintenance or
failure to comply with the
manufacturer's instructions or
recommendations is not covered by
the warranty obligation. If the user
does not conform to the rules of
this manual, it may entail
To assist you in obtaining the best
use of it and maintaining it in
perfect operating condition over a
long period of time, the
manufacturer has at your disposal a
refrigeration and air conditioning
service school.The principal aim of
this is to give operators and
technicians a better knowledge of
the equipment they are using, or
that is under their charge. Emphasis
is particularly given to the
importance of periodic checks on
the unit operating parameters as
well as on preventive maintenance,
which reduces the cost of owning
the unit by avoiding serious and
costly breakdown.
cancellation of warranty and
liabilities by the manufacturer.
Maintenance contract
It is strongly recommended that you
sign a maintenance contract with
your local Service Agency.This
contract provides regular
maintenance of your installation by
a specialist in our equipment.
Regular maintenance ensures that
any malfunction is detected and
corrected in good time and
minimizes the possibility that
serious damage will occur. Finally,
regular maintenance ensures the
maximum operating life of your
equipment. We would remind you
that failure to respect these
installation and maintenance
instructions may result in
immediate cancellation of the
warranty.
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Contents
General Information
Overview
2
5
DynaView Interface
6
Display Screens
6
TechView Interface
19
Software Download
20
Diagnostics
22
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Overview
TheTrane CH530 control system
that runs the chiller consists of
several elements:
The CH530 uses the IPC3 protocol
based on RS485 signal technology
and communicating at 19.2 Kbaud
to allow 3 rounds of data per
second on a 64-device network.
Most diagnostics are handled by the
DynaView. If a temperature or
pressure is reported out of range by
a LLID, the DynaView processes this
information and calls out the
diagnostic.The individual LLIDs are
not responsible for any diagnostic
functions.
•
The main processor collects
data, status, and diagnostic
information and communicates
commands to the LLID (for Low
Level Intelligent Device) bus.The
main processor has an integral
display (DynaView).
•
LLID bus.The main processor
communicates to each input and
output device (e.g. temperature
and pressure sensors, low
voltage binary inputs, analog
input/output) all connected to a
four-wire bus, rather than the
conventional control architecture
of signal wires for each device.
The communication interface to
a building automation system
(BAS).
Note: It is imperative that the CH530
ServiceTool (TechView) be used to
facilitate the replacement of any
LLID or reconfigure any chiller
component.
•
•
Controls Interface
DynaView (picture on cover)
A service tool to provide all
service/maintenance capabilities.
Main processor and service tool
(TechView) software is
Each chiller is equipped with the
DynaView interface. DynaView has
the capability to display additional
information to the advanced
operator including the ability to
adjust settings. Multiple screens are
available and text is presented in
multiple languages as factory-
ordered or can be easily
downloadable from
www.Trane.com.The process is
discussed later in this section
underTechView Interface.
DynaView provides bus
management. It has the task of
restarting the link, or filling in for
what it sees as "missing" devices
when normal communications
has been degraded. Use of
TechView may be required.
downloaded online.
TechView
TechView can be connected to the
DynaView module and provides
further data, adjustment
capabilities, diagnostics
information, downloadable
software, and downloadable
languages.
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DynaView Interface
The display on DynaView is a
1/4 VGA display with a resistive
touch screen and an LED backlight.
The display area is approximately
4 inches wide by 3 inches high
(102mm x 60mm).
Radio Buttons
Radio buttons show 1 menu choice
among 2 or more alternatives, all
visible.The possible selections are
each associated with a button.The
selected button is darkened,
presented in reverse video to
indicate it is the selected choice.The
full range of possible choices as
well as the current choice is always
in view.
CAUTION!
Equipment Damage! Putting
excessive pressure on the touch
screen could cause damage. It takes
less than 7 kg of force to break the
screen.
Spin Value Buttons
In this touch screen application, key
functions are determined
Spin values are used to allow a
variable setpoint to be changed,
such as leaving water setpoint.The
value increases or decreases by
touching the (+) or (-) arrows.
completely by software and change
depending upon the subject matter
currently being displayed.The basic
touch screen functions are outlined
below.
Action Buttons
Action buttons appear temporarily
and provide the user with a choice
such as Enter or Cancel.
File FolderTabs
File folder tabs are used to select a
screen of data.The tabs are in 1 row
across the top of the display.The
user selects a screen of information
by touching the appropriate tab.
Figure 1 - Basic Screen Format
Display Screens
1
2
3
The main body of the screen is used
for description text, data, setpoints,
or keys (touch sensitive areas).The
Chiller Mode is displayed here.
A double arrow pointing to the right
indicates more information is
available about the specific item on
that same line. Pressing it will bring
you to a sub-screen that will present
the information or allow changes to
settings.
Main
Reports
Settings
5
6
4
7
Auto
Stop
Alarms
8
9
6
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DynaView Interface
The bottom of the screen (7) is
present in all screens and contains
the following functions.The contrast
(8,9) may require re-adjustment at
ambient temperatures significantly
different from those present at last
adjustment.The other functions are
critical to machine operation.The
AUTO and STOP keys are used to
enable or disable the chiller.The key
selected is in black (reverse video).
The chiller will stop when the STOP
key is touched and after completing
the Run Unload mode.
Touching the AUTO key will enable
the chiller if no diagnostic is
Keypad/Display Lockout
Feature
present. (A separate action must be
taken to clear active diagnostics.)
The AUTO and STOP keys take
precedence over the Enter and
Cancel keys. (While a setting is
being changed, AUTO and STOP
keys are recognized even if Enter or
Cancel has not been pressed.)The
ALARMS button appears only when
an alarm is present, and blinks (by
alternating between normal and
reverse video) to draw attention to a
diagnostic condition. Pressing the
ALARMS button takes you to the
corresponding tab for additional
information.
Note: The DynaView display and
Touch Screen Lock screen is shown
above.This screen is used if the
Display and touch screen and lock
feature is enabled.Thirty minutes
after the last keystroke, this screen
is displayed and the Display and
Touch Screen is locked out until the
sequence "159 <ENTER>" is
pressed. Until the proper password
is entered, there will be no access
to the DynaView screens including
all reports, setpoints, and
Auto/Stop/Alarms/Interlocks.The
password "159" can not be changed
from either DynaView orTechView.
For setting changes, use the
password "314 <ENTER>".
Figure 2 - Keypad
1
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DynaView Interface
Main Screens
The Main screen shall be the default
screen. After an idle time of
30 minutes the CH530 shall display
the Main screen with the first data
fields.The remaining items (listed in
the following table) will be viewed
by selecting the up/down arrow
icons.
Figure 3 - Main screen
Main
Reports
Settings
Chiller Mode:
Circuit 1 Mode:
Circuit 2 Mode:
Running
Running - Limit
Auto
Evap Ent / Lvg Water Temp:
Cond Ent / Lvg Water Temp:
Active Chilled Water Setpoint:
12 / 7 C
30 / 35 C
7 C
Auto
Stop
8
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DynaView Interface
Figure 4 - Main screen menu, Chiller Operating Modes - Sub Level
Back
Chiller Mode:
Running
Maximum Capacity
Capacity Control Softloading
Ice Building
Auto
Stop
Figure 5 - Main screen menu, Chiller Operating Modes - Sub Level
Back
Circuit 1 Mode:
Running - Limit
Low Evaporator Pressure Start
Auto
Stop
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DynaView Interface
Table 1 - Main screen menu, Chiller Operating Modes -Top Level
Chiller Level Mode
Top Level Mode
Description
MP Resetting
The main processor is going through reset.
Description
MP Resetting Sub Modes
No Chiller Sub-Modes
Chiller Level Mode
Top Level Mode
Stopped
Description
The chiller is not running either circuit, and cannot run without
intervention.
Stopped Sub Modes
Description
Local Stop
Chiller is stopped by the DynaView Stop button command-
cannot be remotely overridden.
Immediate Stop
Chiller is stopped by the DynaView Immediate Stop (by
pressing the Stop then Immediate Stop buttons in
succession) - previous shutdown was manually commanded
to shutdown immediately.
No Circuits Available
The entire chiller is stopped by circuit diagnostics or lockouts
that may automatically clear.
Diagnostic Shutdown - Manual Reset
The chiller is stopped by a diagnostic that requires manual
intervention to reset.
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DynaView Interface
Chiller Level Mode
Top Level Mode
Run Inhibit
Description
The chiller is currently being inhibited from starting (and
running), but may be allowed to start if the inhibiting or
diagnostic condition is cleared.
Run Inhibit Sub Modes
Description
Ice Building Is Complete
The chiller is inhibited from running as the Ice Building
process has been normally terminated on the evaporator
entering temperature. The chiller will not start unless the ice
building command (hardwired input or Building Automation
System command) is removed or cycled.
Start Inhibited by BAS
Chiller is stopped by Tracer or other BAS system.
Start Inhibited by External Source
The chiller is inhibited from starting or running by the "external
stop" hardwired input.
Diagnostic Shutdown - Auto Reset
Waiting for BAS Communications
Start Inhibited by Low Ambient Temp
The entire chiller is stopped by a diagnostic that may
automatically clear.
The chiller is inhibited because of lack of communication with
the BAS. This is only valid 15 minutes after power up.
The chiller is inhibited based on the outdoor air temperature.
Chiller Level Mode
Top Level Mode
Auto
Description
The chiller is not currently running but can be expected to
start at any moment given that the proper conditions and
interlocks are satisfied.
Auto Sub Modes
Description
Waiting For Evaporator Water Flow
The chiller will wait a user adjustable time in this mode for
evaporator water flow to be established per the flow switch
hardwired input.
Waiting For A Need To Cool
Waiting For A Need To Heat
The chiller will wait indefinitely in this mode, for an evaporator
leaving water temperature higher than the Chilled Water
Setpoint plus some control dead-band.
For water cooled (CGWN), the chiller will wait indefinitely in
this mode, for a condenser leaving water temperature lower
than the Hot Water Setpoint plus some control dead-band. For
a reversible (CXAN) the chiller will wait indefinitely in this
mode, for an evaporator leaving water temperature lower than
the Hot Water Setpoint plus some control dead-band.
Power Up Delay Inhibit: MIN:SEC
On Power up, the chiller will wait for the Power Up Delay
Timer to expire.
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DynaView Interface
Chiller Level Mode
Top Level Mode
Waiting to Start
Description
The chiller is going through the necessary steps to allow the
lead circuit to start.
Waiting to Start Sub Modes
Description
Waiting For Condenser Water Flow
The chiller will wait a user adjustable time in this mode for
condenser water flow to be established per the flow switch
hardwired input.
Chiller Level Mode
Top Level Mode
Description
Running
At least one circuit on the chiller is currently running.
Description
Running Sub Modes
Maximum Capacity
Capacity Control Softloading
The chiller is operating at its maximum capacity.
The control is limiting the chiller loading due to capacity based
softloading setpoints.
Unit is Building Ice
The chiller is Building Ice, and will terminate on the Ice
Termination Setpoint based on the Entering Evap Water
Temperature sensor.
Chiller Level Mode
Top Level Mode
Running - Limit
Description
At least one circuit on the chiller is currently running, but the
operation of the chiller as a whole is being actively limited by
the controls. The sub modes that apply to the Running top
modes may also be displayed along with the following limit
specific modes.
Running - Limit Sub Modes
Description
Demand Limit
The number of compressors allowed to operate is being
limited to less than the available number of compressors by
either the BAS system, the front panel demand limit setpoint
or the external demand limit input.
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DynaView Interface
Chiller Level Mode
Top Level Mode
Shutting Down
Description
The chiller is still running but shutdown is imminent. The
chiller is going through a compressor run-unload.
Shutting Down Sub Modes
Description
Evaporator Water Pump Off Delay:
MIN:SEC
The Evaporator pump is executing the pump off delay timer.
Condenser Water Pump Off Delay:
MIN:SEC
The Condenser pump is executing the pump off delay timer.
Chiller Level Mode
Top Level Mode
Misc.
Description
These sub modes may be displayed in most of the top level
chiller modes
Misc. Sub Modes
Description
Cond Fans Inhibited By Low Pressure The condenser fans are being inhibited from running because
the ambient temperature was below 10°C and the suction
pressure status is not good at startup for each circuit.
Hot Water Control
For water cooled (CGWN) the chiller is controlling to the
leaving condenser water temperature. For a reversible (CXAN)
the reversing valve is in the heating position. This sub-mode is
mutually exclusive with the Chilled Water Control mode.
Chilled Water Control
For water cooled (CGWN) the chiller is controlling to the
leaving evaporator water temperature. For a reversible (CXAN)
the reversing valve is in the cooling position. This sub-mode is
mutually exclusive with the Hot Water Control mode
Manual Evaporator Pump Override
The evaporator water pump relay is on due to a manual
command.
Diagnostic Evap Pump Override
Diagnostic Condenser Fan Override
Manual Condenser Pump Override
The evaporator water pump relay is on due to a diagnostic.
The condenser fan relays are on due to a diagnostic.
The condenser water pump relay is on due to a manual
command.
Manual Compressor Control Signal
Anti-Freeze Heater On
Chiller capacity control is being controlled by DynaView or
TechView.
The anti-freeze heater is on.
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DynaView Interface
Table 2 - Circuit Level Operating Modes:
Circuit Level Mode
Top Level Mode
Stopped
Description
The circuit is not running, and cannot run without
intervention.
Stopped Sub Modes
Description
Diagnostic Shutdown - Manual Reset
Front Panel Circuit Lockout
The circuit has been shutdown on a latching diagnostic.
The circuit is manually locked out by the circuit lockout setting
- the nonvolatile lockout setting is accessible through either
the DynaView or TechView.
Circuit Level Mode
Top Level Mode
Run Inhibit
Description
The given circuit is currently being inhibited from starting (and
running), but may be allowed to start if the inhibiting or
diagnostic condition is cleared.
Run Inhibit Sub Modes
Description
Diagnostic Shutdown - Auto Reset
The circuit has been shutdown on a diagnostic that may clear
automatically.
Condenser Pressure Limit
The circuit is being inhibited from starting due to high
condenser pressure.
Circuit Level Mode
Top Level Mode
Auto
Description
The circuit is not currently running but can be expected to
start at any moment given that the proper conditions are
satisfied.
Auto Sub Modes
Description
No Circuit Sub-Modes
Circuit Level Mode
Top Level Mode
Waiting to Start
Description
The chiller is going through the necessary steps to allow the
lead circuit to start.
Waiting to Start Sub Modes
Description
No Circuit Sub-Modes
Circuit Level Mode
Top Level Mode
Running
Description
The compressor on the given circuit is currently running.
Description
Running Sub Modes
No Circuit Sub-Modes
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DynaView Interface
Circuit Level Mode
Top Level Mode
Running - Limit
Description
The compressor on the given circuit is currently running in a
limit mode.
Running - Limit Sub Modes
Description
Hot Start Limit
Additional stages on a given circuit are being held off based
on leaving evaporator temperature.
Condenser Pressure Limit
The circuit is being inhibited from loading due to high
condenser pressure.
Low Evaporator Pressure Limit
The circuit is being inhibited from loading due to low
evaporator pressure.
Circuit Level Mode
Top Level Mode
Description
Preparing Shutdown
Preparing Shutdown Sub Modes
Operational Pumpdown
The circuit is preparing to de-energize the compressor.
Description
The operational pumpdown is enabled and the circuit is
shutting down.
Circuit Level Mode
Top Level Mode
Shutting Down
Description
The chiller is going through the necessary steps after de-
energizing the compressor.
Shutting Down Sub Modes
Description
No Circuit Sub-Modes
Circuit Level Mode
Top Level Mode
Misc.
Description
These sub modes may be displayed in most of the top level
circuit modes
Misc. Sub Modes
Defrosting
Description
The circuit is in a defrost operational mode.
The circuit is currently performing a service pumpdown.
A specific compressor is running where X is A or B.
Service Pumpdown
Compressor X Running
Restart Time Inhibit Cprsr X: MIN:SEC If there is accumulated Restart Inhibit Time, it must expire
before the compressor is allowed to start. X is denoted as
compressor A or B.
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DynaView Interface
Figure 6 - Reports screen
Reports Screen
The Reports tab will allow a user to
select from a list of possible reports
headings.
Main
Reports
Settings
Each report will generate a list of
status items as defined in the
following tables.
Evaporator
Condenser
Compressor
Chiller Log
Auto
Stop
Alarms
Table 3 - Reports screen
Description
Units
Resolution
Evaporator
Evap Entering Water Temp
Evap Leaving Water Temp
Evap Water Flow Switch Status
Circuit Evaporator
Evap Sat Rfgt Temp
Suction Pressure
Temperature
Temperature
+ or -XXX.X
+ or -XXX.X
(Flow, No Flow)
Temperature
Temperature
Temperature
+ or -XXX.X
+ or -XXX.X
+ or -XXX.X
Evap Approach Temp
Condenser
Cond Entering Water Temp
Cond Leaving Water Temp
Cond Water Flow Switch Status
Outdoor Air Temperature
Circuit Condenser
Temperature
Temperature
Enumeration
Temperature
+ or -XXX.X
+ or -XXX.X
(Flow, No Flow)
+ or -XXX.X
Cond Sat Rfgt Temp
Discharge Pressure
Cond Approach Temp
Compressor
Temperature
Temperature
Temperature
+ or -XXX.X
+ or -XXX.X
+ or -XXX.X
Chiller Running Time
Circuit Compressor
Compressor Starts
hr:min
XXXX:XX
Integer
hr:min
XXXX
Compressor Running Time:
XXXX:XX
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DynaView Interface
ASHRAE Chiller Log
Current Time/Date
Date / Time
Text
XX:XX mmm dd, yyyy
Chiller Mode
Active Chilled Water Setpoint
Evap Entering Water Temp
Evap Leaving Water Temp
Evap Water Flow Switch Status
Cond Entering Water Temp
Cond Leaving Water Temp
Cond Water Flow Switch Status
Outdoor Air Temp
Temperature
Temperature
Temperature
Text
XXX.X
XXX.X
XXX.X
Temperature
Temperature
Text
XXX.X
XXX.X
Temperature
XXX.X
Circuit ASHRAE Log
Circuit Mode
Text
Evap Sat Rfgt Temp
Temperature
Pressure
XXX.X
X
Suction Pressure
Evap Approach Temp
Cond Sat Rfgt Temp
Temperature
Temperature
Pressure
XXX.X
XXX.X
X
Discharge Pressure
Cond Approach Temp
Compressor A Starts
Compressor A Running Time
Compressor B Starts
Compressor B Running Time
Historic Diagnostics
Temperature
Integer
XXX.X
XXXX
XX:XX
XXXX
XX:XX
Hours:Minute
Integer
Hours:Minute
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DynaView Interface
Settings Screen
The Settings screen provides a user
the ability to adjust settings justified
to support daily tasks.The layout
provides a list of sub-menus,
organized by typical subsystem.
This organization allows each
subscreen to be shorter in length
which should improve the users
navigation.
Figure 7 - Settings screen
Main
Reports
Settings
Chiller
Feature Settings
Mode Overrides
Display Settings
Auto
Stop
Alarms
Table 4 - Settings screen
Description
Units
Resolution, Default
Chiller
Front Panel Chilled Water Setpt
Low Refrigerant Temp Cutout
Front Panel Demand Limit
Front Panel Ice Build Cmd
Front Panel Ice Termn Setpt
Design Delta Temp
Temperature
Temperature
Percent
+ or - XXX.X
+ or - XXX.X
X
Text
On/Auto
XXX.X
Temperature
Temperature
Text
XXX.X
Setpoint Source
(BAS/Ext/FP, Ext/ Front Panel,
Front Panel), BAS/Ext/FP
Leaving Water Temp Cutout
Circuit Staging Option
Temperature
Text
XX.X
Bal Starts/Hrs, Circuit 1 Lead,
Circuit 2 Lead), Bal Starts/Hrs
Compressor Staging Option
Text
(Fixed, Bal Starts/Hrs), Fixed
18
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DynaView Interface
Feature Settings
Chilled Water Reset
Text
(Constant, Outdoor, Return,
Disable), Disable
Return Reset Ratio
Percent
Temperature
Temperature
Percent
Temperature
Temperature
Text
XXX
Return Start Reset
XXX.X
Return Maximum Reset
Outdoor Reset Ratio
Outdoor Start Reset
Outdoor Maximum Reset
Ext Chilled Water Setpoint
Ice Building
XXX.X
XXX
XXX.X
XXX.X
(Enable, Disable), Disable
(Enable, Disable), Disable
(Text, Code), Text
XX
Text
LCI-C Diag Encoding
LCI-C Diag Language
System Manual Control Settings
Evap Water Pump
Text
Text
Text
Text
Time
Text
(Auto, On), Auto
(Auto, On), Auto
X:XX
Cond Water Pump
Clear Restart Inhibit Timer
Capacity Control
Auto
Circuit Manual Control Settings
Cprsr A Pumpdown
Text
Status: (Avail, Not Avail,
Pumpdown) Override Subscreen
command buttons: (Abort,
Pumpdown) - button is either
greyed out or not shown if not
available
Cprsr B Pumpdown
Text
Status: (Avail, Not Avail,
Pumpdown) Override Subscreen
command buttons: (Abort,
Pumpdown) - button is either
greyed out or not shown if not
available
Front Panel Ckt Lockout
Text
Text
(Not Locked Out, Locked Out),
Not Locked Out
Display Settings
Date Format
("mmm dd, yyy", "dd-mmm-yyyy"),
"mmm dd, yyy
Date
Text
Text
Text
Text
Text
Text
Text
xxx
Time Format
Time of Day
Keypad/Display Lockout
Display Units
Pressure Units
Language
(12-hour, 24-hour), 12-hour
00:00
(Enable, Disable), Disable
(SI, English), English
(Absolute, Gauge), Gauge
(English, ...), English
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DynaView Interface
The scrollable list will be sorted by
Diagnostics Screen
The diagnostic screen is accessible
by depressing the Alarms
enunciator A scrollable list of the
last (up to 20) active diagnostics will
be presented.
time of occurrence. If a diagnostic
of severity = warning is present, the
"Alarms" key will be present but not
flashing. If a diagnostic of severity =
shutdown (normal or immediate) is
present, the "Alarm" key will display
that is flashing. If no diagnostics
exist, the "Alarm" key will not be
present.
Performing a Reset All Active
Diagnostics will reset all active
diagnostics regardless of type,
machine or refrigerant circuit.
Compressor diagnostics, which hold
off only one compressor, will be
treated as circuit diagnostics,
consistent with the circuit to which
they belong.
The "Operating Mode At Last
Diagnostic" text above the most
recent diagnostic will display a sub-
screen listing the operating mode
and submodes at the time of the
last diagnostic.
Figure 8 - Diagnostics screen
Main
Reports
Settings
Reset Diags
Chiller Mode:
Stopped
[01] 8:32 AM Nov 16, 2001
Comm Loss: Emergency Stop
[02] 8:29 AM Nov 16, 2001
MP: Reset Has Occurred
Auto
Stop
Alarms
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TechView Interface
TechView is the PC (laptop) based
tool used for servicingTracer CH530.
Technicians that make any chiller
control modification or service any
diagnostic withTracer CH530 must
use a laptop running the software
application "TechView."TechView is
aTrane application developed to
minimize chiller downtime and aid
the technicians' understanding of
chiller operation and service
Minimum PC requirements to install
and operateTechView are:
•
•
•
•
•
•
•
Pentium II or higher processor
128Mb RAM
1024 x 768 resolution of display
CD-ROM
56K modem
9-pin RS-232 serial connection
Operating system -
Windows 2000
•
Microsoft Office (MS Word,
MS Access, MS Excel)
Parallel Port (25-pin) or USB Port
requirements.
•
CAUTION: Performing anyTracer
CH530 service functions should be
done only by a properly trained
service technician. Please contact
your localTrane service agency for
assistance with any service
Note: TechView was designed for
the proceeding listed laptop
configuration. Any variation will
have unknown results.Therefore,
support forTechView is limited to
only those operating systems that
meet the specific configuration
listed here. Only computers with a
Pentium II class processor or better
are supported; Intel Celeron, AMD,
or Cyrix processors are not
requirements. TechView software is
available viaTrane.com.
oftware/tracerch530/)This download
site provides a user theTechView
installation software and CH530
main processor software that must
be loaded onto your PC in order to
service a CH530 main processor.
TheTechView service tool is used to
load software into theTracer CH530
main processor.
supported.
TechView is also used to perform
any CH530 service or maintenance
function.
Servicing a CH530 main processor
includes:
•
Updating main processor
software
•
•
Monitoring chiller operation
Viewing and resetting chiller
diagnostics
•
•
Low Level Intelligent Device
(LLID) replacement and binding
Main processor replacement and
configuration modifications
Setpoint modifications
Service overrides
•
•
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TechView Interface
3. Download theTechView
Software Download
Instructions for FirstTimeTechView
Users
installation utility file onto your
PC in the CH530 folder (please
note that this does not install
TechView, it only downloads the
installation utility).
This information can also be found at
oftware/tracerch530/.
1. Create a folder called "CH530" on
your C:\ drive.You will select and
use this folder in subsequent
steps so that downloaded files
are easy to locate.
2. Download the Java Runtime
installation utility file onto your
PC in the CH530 folder (please
note that this does not install
Java Runtime, it only downloads
the installation utility).
• Click on the latest version of
Java Runtime shown in the
TechView Download table.
• Click on the latest version of
TechView shown in theTechView
Download table.
• Select "Save this program to
disk" while downloading the files
(do not select "Run this program
from its current location").
4. Remember where you
downloaded the files (the
"CH530" folder).You will need to
locate them to finish the
installation process.
5. Proceed to "Main Processor
Software Download" page and
read the instructions to
download the latest version of
main processor installation files.
Note: you will first select the chiller
type to obtain the available file
versions.
• Select "Save this program to
disk" while downloading the files
(do not select "Run this program
from its current location").
22
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TechView Interface
6. Select the product family. A table
with the download link will
appear for that product family.
7. Download the main processor
software onto your PC in the
CH530 folder (please note that
this does not install the main
processor, it only downloads the
installation utility).
Note: During the Java Runtime
Environment installation, you may
be prompted to "select the default
Java Runtime for the system
browsers...". Do not select any
system browsers at this step.There
should be no default browsers
selected for proper operation.
• TechView (6200-0347-VXXX.exe)
• The main processor
• To do this, click on the latest
version of the main processor.
• Select "Save this program to
disk" while downloading the files
(do not select "Run this program
from its current location").
8. Remember where you
(6200-XXXX-XX-XX.exe).
-The main processor program will
self extract to the proper folder
within theTechView program
directory, provided theTechView
program is properly installed on
the C:\ drive.
11. Connect your PC to the CH530
main processor using a standard
9-pin male/9-pin female RS-232
cable.
downloaded the files (the
"CH530" folder).You will need to
locate them to finish the
installation process.
9. To complete the installation
process, locate the installation
utilities you downloaded into the
CH530 folder. If necessary, use
your PC's file manager to locate
the downloaded files.
10.Install the applications in the
following order by double-
clicking on the install program
and following the installation
prompts:
12.Run theTechView software by
selecting theTechView icon
placed on your desktop during
the installation process.The
"Help...About" menu can be
viewed to confirm proper
installation of latest versions.
• Java Runtime Environment
(JRE_VXXX.exe)
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Diagnostics
The following diagnostic table
contains all the diagnostics
possible. Not all data is available
unless tech view is connected.
Persistence: Defines whether or not
the diagnostic and its effects are to
be manually reset (Latched), or can
be either manually or automatically
reset (Nonlatched).
Code: Three digit hexadecimal code
used on all past products to
uniquely identify diagnostics.
Criteria: Quantitatively defines the
criteria used in generating the
diagnostic and, if nonlatching, the
criteria for auto reset. If more
explanation is necessary a hot link
to the Functional Specification is
used.
Diagnostic Name: Name of
Diagnostic and its source. Note that
this is the exact text used in the
User Interface and/or ServiceTool
displays.
Reset Level: Defines the lowest level
of manual diagnostic reset
command which can clear the
Severity: Defines the severity of the
above effect. Immediate means
immediate shutdown of the effected
portion, Normal means normal or
friendly shutdown of the effected
portion, Special Mode means a
special mode of operation (limp
along) is invoked, but without
shutdown, and Info means an
Informational Note or Warning is
generated.
diagnostic.The manual diagnostic
reset levels in order of priority are:
Local and Remote. A diagnostic that
has a reset level of Local, can only
be reset by a local diagnostic reset
command, but not by the lower
priority remote Reset command
whereas a diagnostic listed as
Remote reset can be reset by either.
24
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Diagnostics
Table 5 - Main Processor Diagnostics
Active
Modes
[Inactive
Modes]
Reset
Level
Diagnostic Name
Effects
Severity Persistence
Criteria
MP: Reset Has Occurred
Chiller
Warning
Immediate
Immediate
NonLatch
All
The main processor has successfully come out of a reset and
built its application. A reset may have been due to a power up,
installing new software or configuration. This diagnostic is
immediately and automatically cleared and thus can only be
seen in the historic diagnostic list.
NA
Low Pressure Cutout
Circuit
Cprsr
Latch
Starting and The suction refrigerant pressure (gauge) fell below the given
Running threshold for the refrigerant installed:
[Stop, See • 0.7 bar for R22 and R407c
Local
Local
criteria]
• 0.3 bar for R134a
• 1.0 bar for R410a
High MotorTemp/Overload
Compressor Fault
Latch
All
• The High Motor Temperature or the Compressor Overload
switch remained open for more than 35 minutes.
• Five compressor fault diagnostics have occurred within the
last 210 minutes.
Cprsr
Chiller
Chiller
Immediate NonLatch
All
The High Motor Temperature or the Compressor Overload
switch input is open.
Local
BAS Failed to Establish
Communication
Special
Special
NonLatch At power-up The BAS was setup as "installed" and the BAS did not
communicate with the MP within 15 minutes after power-up.
Remote
Remote
BAS Communication Lost
NonLatch
All
The BAS was setup as "installed" at the MP and the Comm
3 LLID lost communications with the BAS for 15 continuous
minutes after it had been established. The chiller follows the
value of the Tracer Default Run Command which can be
previously written by Tracer and stored nonvolatilely by the MP
(either use local or shutdown).
External Chilled/Hot Water
Setpoint
Chiller
Chiller
Circuit
Warning
Warning
Warning
NonLatch
NonLatch
Latch
All
All
a. Function Not "Enabled": no diagnostics.
Remote
Remote
b. "Enabled ": Out-Of-Range Low or Hi or bad LLID, set
diagnostic, default CWS/HWS to next level of priority (e.g.
Front Panel SetPoint). This Warning diagnostic will automatically
reset if the input returns to the normal range.
External Demand Limit
Setpoint
a. Function Not "Enabled": no diagnostics.
b. "Enabled ": Out-Of-Range Low or Hi or bad LLID, set
diagnostic, default DLS to next level of priority (e.g. Front Panel
SetPoint). This Warning diagnostic will automatically reset if the
input returns to the normal range.
Circuit Pumpdown
Terminated
Operational/ Going below the low pressure setting + 0.2 bar shall terminate Remote
Service Service Pumpdown. This indicates that the suction pressure of
Pumpdown circuit 1 or 2 did not go below the low pressure setting + 0.2
[All Except bar within 1 minute from the start of Service Pumpdown.
Operational
and Service
Pumpdown]
Chilled Water Flow (Entering Chiller
Water Temp)
Immediate
Latch
Any Ckt(s) The entering evaporator water temperature fell below the
Energized leaving evaporator water temperature by more than 1.7°C for
[No Ckt(s) 37°C sec while at least 1 compressor was running.
Energized]
Remote
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Diagnostics
Evaporator Entering Water
Temp Sensor
Chiller
Chiller
Chiller
Chiller
Circuit
Normal
Normal
Warning
Warning
Normal
Latch
Latch
Latch
Latch
Latch
All
All
All
All
All
Bad Sensor or LLID
Bad Sensor or LLID
Bad Sensor or LLID
Bad Sensor or LLID
Bad Sensor or LLID
Remote
Remote
Remote
Remote
Remote
Evaporator Leaving Water
Temp Sensor
Condenser Entering Water
Temp Sensor
Condenser Leaving Water
Temp Sensor
Discharge Pressure
Transducer
Suction PressureTransducer
SuctionTemperature Sensor
Circuit
Circuit
Circuit
Immediate
Normal
Latch
Latch
Latch
All
All
All
Bad Sensor or LLID
Bad Sensor or LLID
Bad Sensor or LLID
Remote
Remote
Remote
Evaporator Protection Water
Temp Sensor
Normal
Low Evap Leaving Water
Temp: Unit Off
Chiller or
Circuit and Special
Action
Warning
NonLatch Unit in Stop a) The leaving chilled water temperature fell below the leaving
Mode, or in water temp cutout setting for 16.6°C- seconds while the Chiller
Auto Mode is in the Stop mode, or in Auto mode with no compressors
Remote
and No
Ckt(s)
running. Energize Evap Water pump Relay until diagnostic auto
resets, then return to normal evap pump control. Automatic
Energized reset occurs when the temp rises 1.1°C above the cutout
[Any Ckt setting for 30 minutes. When this diagnostic is active AND
Energized] Leaving Water Temperature sensor diagnostic (loss of comm or
out of range) the Evap Water pump relay shall be de-energized.
b) If evaporator protection temperature sensors are installed,
the effect is on the appropriate circuit. Else, the effect is on the
chiller.
Low Evap Leaving Water
Temp: Unit On
Chiller or Immediate NonLatch
Circuit and Special
Action
Any Ckt[s] a) The chilled water temperature fell below the cutout setpoint
Energized for 16.6°C-seconds while a compressor was running.
[No Ckt(s) Automatic reset occurs when the temperature rises 1.1°C
Energizd] above the cutout setting for 2 minutes. This diagnostic shall not
de-energize the Evaporator Water Pump Output. If this
diagnostic is active the Low Evap Leaving Water Temp: Unit Off
diagnostic shall be suppressed.
Remote
b) If evaporator protection temperature sensors are installed,
the effect is on the appropriate circuit. Else, the effect is on the
chiller.
Low Refrigerant
Temperature
Circuit
Immediate
Latch
All except The Evaporator Saturated Refrigerant Temperature dropped
Local
[Service
below the Low Refrigerant Temperature Cutout Setpoint for
Pumpdown] 16.6°C-seconds.
26
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Diagnostics
High Evaporator Water
Temperature
Chiller
Circuit
Immediate NonLatch
All
The evaporator leaving water temperature is above 46°C. This
Local
Local
diagnostic shall clear once the evaporator leaving water
temperature falls below 43.3°C. This diagnostic protects the
rupture disk. The evaporator water pump shall not run when
this diagnostic is active.
High Pressure Cutout
Immediate
Immediate
Latch
All
The high pressure cutout switch was open for more than one
second.
Emergency Stop
Chiller
Chiller
Latch
Latch
All
All
Emergency Stop input is open.
Local
Outdoor AirTemp Sensor
Warning
and Special
Action
Bad Sensor or LLID. If configured as an air-cooled this
diagnostic shall use a minimum low refrigerant temperature
ignore time of 30 seconds.
Remote
MP: Non-Volatile Memory
Reformatted
None
Warning
Warning
Latch
Latch
All
All
MP has determined there was an error in a sector of the Non-
Volatile memory and it was reformatted. Check settings.
Remote
Remote
Check Clock
Platform
The real time clock had detected loss of its oscillator at some
time in the past. Check / replace battery? This diagnostic can
be effectively cleared only by writing a new value to the chillers
time clock using the TechView or DynaViews set chiller time
functions.
MP: Could not Store Starts
and Hours
Platform
Warning
Latch
All
MP has determined there was an error with the previous
power down store. Starts and Hours may have been lost for
the last 24 hours.
Remote
MP: Non-Volatile BlockTest
Error
Platform
Cprsr
Warning
Warning
Latch
All
All
MP has determined there was an error with a block in the Non-
Volatile memory. Check settings.
Starts/Hours Modified
NonLatch
A counter for compressor starts or hours has been modified by
TechView. This diagnostic is immediately and automatically
cleared and thus can only be seen in the historic diagnostic
list.
NA
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Diagnostics
Evaporator Water
Flow Lost Pump 1
(or Pump 2)
Chiller
Warning and
Special Action
NonLatch
Evap pump
commanded on
After flow had been proven the chilled water flow input
was open for more than 4 continuous seconds. The
evaporator pump control will switch control to the
redundant pump. If redundant pump is not available,
diagnostic will clear when flow is established.
Remote
Evaporator Water
Flow Overdue
Pump 1 (or
Chiller
Chiller
Chiller
Chiller
Chiller
Warning and
Special Action
NonLatch
NonLatch
NonLatch
NonLatch
NonLatch
Estab. Evap. Water Evaporator water flow was not proven within a user
Flow on going from adjustable time of the evaporator water pump relay being
Remote
Remote
Remote
Remote
Remote
STOP to AUTO.
energized. Diagnostic is reset with return of evaporator
water flow.
Pump 2)
Fault Detected:
Evaporator Water
Pump 1 (or
Warning and
Special Action
All
Detection of a pump fault will cause pump control to
switch to the redundant pump.
Pump 2)
Condenser Water
Flow Lost Pump 1
(or Pump 2)
Warning and
Special Action
Start and All Run After flow had been proven the condenser water flow
Modes
input was open for more than 4 continuous seconds. This
diagnostic is automatically cleared once all circuits are de-
energized.
Condenser Water
Flow Overdue
Pump 1 (or
Warning and
Special Action
Estab Cond Water Condenser water flow was not proven within a user
Flow
adjustable time of the condenser water pump relay being
energized.
Pump 2)
Fault Detected:
Condenser Water
Pump 1 (or
Warning and
Special Action
All
Detection of a pump fault will cause pump control to
switch to the redundant pump.
Pump 2)
Fan Fault
Circuit
Chiller
Warning
Warning
NonLatch
Latch
All
The fan fault input was open for more than 5 seconds.
Local
High Condensing
Pressure Pump
Add
Running
When running in parallel pump control, with one pump
on, a high condensing pressure will force add the second
pump. It will latch on to prevent pump cycling.
Remote
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Diagnostics
Table 6 - Communication Diagnostics
Many LLIDs, such as the Quad
Relay LLID, have more than one
functional output associated with
it. A comm loss with such a
multiple function board will
generate multiple diagnostics.
Refer to the Chiller's wiring
diagrams to relate the
Notes:
1. The following communication
loss diagnostics will not occur
unless that input or output is
required to be present by the
particular configuration and
installed options for the chiller.
2. Communication diagnostics
(with the exception of "Excessive
Loss of Comm" are named by
the Functional Name of the input
or output that is no longer being
heard from by the Main
occurrence of multiple
communication diagnostics back
to the physical llid boards that
they have been assigned to
(bound).
Processor.
Diagnostic Name
Effects
Severity Persistence
Active
Modes
Criteria
Reset
Level
[Inactive
Modes]
Excessive Loss of Comm
Chiller
Immediate
Latch
All
Loss of comm with 20% or more of the llids configured for the Remote
system has been detected. This diagnostic will suppress the
callout of all subsequent comm loss diagnostics. Check power
supply(s) and power disconnects - troubleshoot LLIDS buss
using TechView
Comm Loss:
External Auto/Stop
Chiller
Chiller
Chiller
Normal
Normal
Warning
Latch
Latch
Latch
All
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Remote
Remote
Remote
Comm Loss:
Emergency Stop
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Ext Ice Building Ctrl Input
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. Chiller
shall revert to normal (non-ice building) mode regardless of last
state.
Comm Loss:
Outdoor Air Temperature
Chiller
Warning
Latch
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. If
configured as an air-cooled this diagnostic shall turn on all fans
and use a minimum LPC ignore time of 30 seconds.
Remote
Comm Loss:
Evap Leaving Water Temp
Chiller
Chiller
Chiller
Chiller
Circuit
Normal
Normal
Warning
Warning
Normal
Latch
Latch
Latch
Latch
Latch
All
All
All
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Remote
Remote
Remote
Remote
Remote
Comm Loss:
Evap Entering Water Temp
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Condenser Leaving Water
Temp
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Condenser Entering Water
Temp
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Discharge Pressure
Transducer
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
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Diagnostics
Comm Loss:
Suction Pressure Transducer
Circuit
Chiller
Immediate
Latch
Latch
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Remote
Remote
Comm Loss:
Ext Chilled/Hot Wtr Setpoint
Warning
and Special
Action
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. Chiller
shall discontinue use of the External Chilled/Hot Water
Setpoint source and revert to the next higher priority for
setpoint arbitration
Comm Loss:
External Demand Limit
Setpoint
Chiller
Chiller
Warning
and Special
Action
Latch
Latch
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. Chiller
shall discontinue use of the External Demand Limit Setpoint
source and revert to the next higher priority for setpoint
arbitration
Remote
Remote
Comm Loss:
Auxiliary Setpoint Command
Warning
and Special
Action
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. Chiller
shall discontinue use of the Auxiliary Setpoint and revert to the
Chilled Water Setpoint based on setpoint arbitration
Comm Loss:
High Pressure Cutout Switch
Chiller
Chiller
Chiller
Chiller
Circuit
Cprsr
Immediate
Immediate
Immediate
Latch
Latch
All
All
All
All
All
All
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Remote
Remote
Remote
Remote
Remote
Remote
Remote
Remote
Comm Loss:
Evaporator Water Flow Switch
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Condenser Water Flow Switch
Latch
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Local BAS Interface
Warning
and Special
Action
NonLatch
Latch
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. Use the
last values sent from BAS
Comm Loss:
Solenoid Valve
Normal
Immediate
Immediate
Warning
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Motor Temp/Overload
Latch
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Compressor Run Command
Cprsr
Latch
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Protection Module Cprsr
Circuit
Latch
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
30
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Diagnostics
Comm Loss:
Condenser Fan Control Relays
Circuit
Chiller
Chiller
Chiller
Circuit
Chiller
Immediate
Warning
Warning
Latch
Latch
Latch
Latch
Latch
Latch
All
All
All
All
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Remote
Remote
Remote
Remote
Remote
Remote
Comm Loss:
Fan Fault
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Op Status Programmable
Relays
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Anti-Freeze Heater Relay
Warning
and Special
Action
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Evap Protection Water Temp
Normal
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss:
Evaporator Water Pump 1 (or
Pump 2) Relay
Warning
and Special
Action
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. For
multi-pump systems, control switches to redundant pump.
Failure of both pump systems results in a normal shutdown.
Comm Loss:
Condenser Water Pump 1 (or
Pump 2) Relay
Chiller
Chiller
Chiller
Warning
and Special
Action
Latch
Latch
Latch
All
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. For
multi-pump systems, control switches to redundant pump.
Failure of both pump systems results in a normal shutdown.
Remote
Remote
Remote
Comm Loss:
Evaporator Pump 1 (or
Pump 2) Fault Input
Warning
and Special
Action
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. For
multi-pump systems, control switches to redundant pump.
Failure of both pump systems results in a normal shutdown.
Comm Loss:
Condenser Pump 1 (or
Pump 2) Fault Input
Warning
and Special
Action
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period. For
multi-pump systems, control switches to redundant pump.
Failure of both pump systems results in a normal shutdown.
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Diagnostics
Comm Loss: Suction
Temperature
Circuit
Circuit
Chiller
Chiller
Circuit
Normal
Normal
Normal
Normal
Normal
Latch
Latch
Latch
Latch
Latch
All
All
All
All
All
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Remote
Remote
Remote
Remote
Remote
Comm Loss: Compressor
Staging Relay
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss: Heat/Cool
Switch
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss: Condenser
Speed Signal
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Comm Loss: Electronic
Expansion Valve
Continual loss of communication between the MP and the
Functional ID has occurred for a 35-40 second period.
Table 7 - Main Processor - Boot Messages and Diagnostics
DynaView Display Message
Description
Troubleshooting
Boot Software Part Numbers: The "boot code" is the portion of the code that is resident in all MPs regardless of what application code (if any) is loaded. Its
LS Flash
--> 6200-0318-XX
MS Flash
main function is to run power up tests and provide a means for downloading application code via the MP's serial connection.
The Part numbers for the code are displayed in the lower left-hand corner of the DynaView during the early portion of the
power up sequence and during special programming and converter modes. See below.
--> 6200-0319-XX
Err2: RAM Pattern 1 Failure
Err2: RAM Pattern 2 Failure
There were RAM errors detected in RAM Test Pattern #1. Recycle power, if the error persists, replace MP.
There were RAM errors detected in RAM Test Pattern #2. Recycle power, if the error persists, replace MP.
There were RAM errors detected in RAM Address Test #1. Recycle power, if error persists, replace MP.
There were RAM errors detected in RAM Address Test #2. Recycle power, if the error persists, replace MP.
Err2:
RAM Addr Test #1 Failure
Err2:
RAM Addr Test #2 Failure
No Application Present
Please Load Application...
No Main Processor Application is present - There are no RAM Test Errors. Connect a TechView Service Tool to the MP's serial
port, provide chiller model number (configuration information) and download the configuration if prompted by TechView. Then
proceed to download the most recent application or specific version as recommended by Technical Service.
MP: Invalid Configuration
MP has an invalid configuration based on the current software installed
MP Application Memory CRC App software inside the MP failed its own checksum test. Possible causes: application software in the MP is not complete -
Error
software download to the MP was not completed successfully - or MP hardware problem. Note: User should attempt to
reprogram the MP if this diagnostic occurs.
App Present. Running
Selftest.Selftest Passed
An application has been detected in the Main Processor's nonvolatile memory and the boot code is proceeding to run a check
on its entirety. 8 seconds later, the boot code had completed and passed the (CRC) test. Temporary display of this screen is
part of the normal power up sequence.
App Present. Running
SelftestErr3: CRC Failure
An application has been detected in Main Processor's nonvolatile memory and the boot code is proceeding to run a check on
its entirety. A few seconds later, the boot code had completed but failed the (CRC) test.
Connect a TechView Service Tool to the MP's serial port, provide chiller model number (configuration information) and
download the configuration if prompted by TechView. Then proceed to download the most recent application or specific
version as recommended by Technical Service. Note that this error display may also occur during the programming process, if
the MP never had a valid application any time prior to the download. If the problem persists, replace the MP.
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Diagnostics
A Valid Configuration is
Present
A valid configuration is present in the MP's nonvolatile memory. The configuration is a set of variables and settings that
define the physical makeup of this particular chiller. These include: number/airflow and type of fans, number/and size of
compressors, special features, characteristics, and control options. Temporary display of this screen is part of the normal
power up sequence.
Err4: UnHandled
InterruptRestart Timer:
[3 sec countdown timer]
An unhandled interrupt has occurred while running the application code. This event will normally cause a safe shutdown of
the entire chiller. Once the countdown timer reaches 0, the processor will reset, clear diagnostics, and attempt to restart the
application and allow a normal restart of chiller as appropriate. This condition might occur due to a severe electro-magnetic
transient such as a near lightening strike. Such events should be rare or isolated and if no damage results to the CH530
control system, the Chiller will experience a shutdown and restart. If this occurs more persistently it may be due to an
MP hardware problem. Try replacing the MP. If replacement of the MP proves ineffective, the problem may be a result of
extremely high radiated or conducted EMI. Contact Technical Service.If this screen occurs immediately after a software
download, attempt to reload both the configuration and the application. Failing this, contact Technical Service.
Err5: Operating System
ErrorRestart Timer:
[3 sec countdown timer]
An Operating System error has occurred while running the application code. This event will normally cause a safe shutdown
of the entire chiller. Once the countdown timer reaches 0, the processor will reset, clear diagnostics, and attempt to restart
the application and allow a normal restart of chiller as appropriate.See Err 4.
Err6: Watch Dog Timer
ErrorRestart Timer:
[3 sec countdown timer]
A Watch Dog Timer Error has occurred while running the application code. This event will normally cause a safe shutdown of
the entire chiller. Once the countdown timer reaches 0, the processor will reset, clear diagnostics, and attempt to restart the
application allowing a normal restart of chiller as appropriate.
Err7: Unknown ErrorRestart
Timer:
[3 sec countdown timer]
An unknown Error has occurred while running the application code. This event will normally cause a safe shutdown of the
entire chiller. Once the countdown timer reaches 0, the processor will reset, clear diagnostics, and attempt to restart the
application allowing a normal restart of chiller as appropriate
Err8: Held in Boot by User Key A touch was detected during boot indicating the user wanted to stay in boot mode. This mode can be used to recover from a
Press
fatal software error in the application code. Cycle power on the MP to clear this error if it was unintentional.
[3 sec countdown timer]
Converter Mode
A command was received from the Service Tool (Tech View) to stop the running application and run in the "converter mode".
In this mode the MP acts as a simple gateway and allows the TechView service computer to talk to all the LLIDS on the
IPC3 bus.
Programming Mode
A command was received by the MP from the Tech View Service Tool and the MP is in the process of first erasing and then
writing the program code to its internal Flash (nonvolatile) Memory. Note that if the MP never had a prior application already
in memory, the error code "Err3"will be displayed instead of this, during the programming download process.
Design Note: In general, all failures/comm loss due to CH530 components should have a latching diagnostic and effect. All customer inputs failures (out of range, etc) are
generally nonlatching.
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Diagnostics
Four relays are available for this
function, and they are provided
(generally with a Quad Relay Output
LLID) as part of the Alarm Relay
Output Option.
The events/states that can be
assigned to the programmable
relays are listed in the following
table and through aTechView
configuration.
Programmable Relays
(Alarms and Status)
CH530 provides a flexible alarm or
chiller status indication to a remote
location through a hard wired
interface to a dry contact closure.
Table 8 - Chiller events/status descriptions
Event/state
Description
Alarm - Latching
This output is true whenever there is any active diagnostic that requires a manual reset to clear, that affects the chiller, the
circuit, or any of the compressors on a circuit. This classification does not include informational diagnostics.
Alarm - Auto reset
This output is true whenever there is any active diagnostic that could automatically clear that affects the chiller, the circuit or
any of the compressors on a circuit. This classification does not include informational diagnostics. If all of the auto resetting
diagnostics were to clear, this output would return to a false condition.
Alarm
This output is true whenever there is any diagnostic affecting any component, whether latching or automatically clearing. This
classification does not include informational diagnostics.
Warning
This output is true whenever there is any informational diagnostic affecting any component, whether latching or automatically
clearing.
Chiller Limit Mode
This output is true whenever the chiller has been running in one of the Unloading types of limit modes (Condenser,
Evaporator, Current Limit or Phase Imbalance Limit) continuously for the last 20 minutes. A given limit or overlapping of
different limits must be in effect continuously for 20 minutes prior to the output becoming true. It will become false, if no
Unload limits are present for 1 minute. The filter prevents short duration or transient repetitive limits from indicating. The
chiller is considered to be in a limit mode for the purposes of front panel display and annunciation, on if it is fully inhibiting
loading by virtue of being in either the "hold" or "forced unload" regions of the limit control, excluding the "limited loading
region". In previous designs, the "limit load" region of the limit control was included in the criteria for the limit mode call out
on the front panel and annunciation outputs.
Compressor Running
Maximum Capacity
The output is true whenever any compressors are started or running on the chiller and false when no compressors are either
starting or running on the chiller. This status may or may not reflect the true status of the compressor in Service Pumpdown
if such a mode exists for a particular chiller.
The output is true whenever the chiller has reached maximum capacity continuously for the Max Capacity Relay debounce
time. The output is false when the chiller does not have all its available compressors running continuously for the debounce
time.
Table 9 - Default settings
Default setting
Output relay 1
Output relay 2
Output relay 3
Output relay 4
Event/Status
Compressor running
Latching alarm
Chiller limit mode
Warnings
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Notes
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Literature Order Number
CG-SVU02B-E4
0805
Date
New
CG-SVU02A_0405
Europe
Literature Stocking Location
Trane has a policy of continuous product and product data improvement and reserves the right to
change design and specifications without notice. Only qualified technicians should perform the
installation and servicing of equipment referred to in this publication.
For more information, contact your local
American Standard Europe BVBA
sales office or e-mail us at [email protected]
Registered Office: 1789 Chaussée de Wavre, 1160 Brussels - Belgium
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