Controls Operation and
Troubleshooting
CONTENTS
SAFETY CONSIDERATIONS. . . . . . . . . . . . . . . . . . . . . . 1
GENERAL. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
MAJOR SYSTEM COMPONENTS . . . . . . . . . . . . . . . 1 -7
Comfort Controller Processor (PCB1) . . . . . . . . . . . . 1
Comfort Controller I/O Module (PCB2). . . . . . . . . . . . 2
Comfort Controller I/O Module (PCB3). . . . . . . . . . . . 2
Local Interface Display . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
PCB Addresses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
Control Module Communication. . . . . . . . . . . . . . . . . . 2
Carrier Comfort Network Interface. . . . . . . . . . . . . . . . 4
Optional and Field-Installed
Accessory Sensors/Devices . . . . . . . . . . . . . . . . . . . 4
Wiring Control Devices. . . . . . . . . . . . . . . . . . . . . . . . . . . 6
CONTROLS AND FUNCTIONS. . . . . . . . . . . . . . . . . 8-15
Using the Local Interface Display . . . . . . . . . . . . . . . . 8
Automatic Run Test . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
Power Up the LID Display . . . . . . . . . . . . . . . . . . . . . . . 12
Log On to the LID Display . . . . . . . . . . . . . . . . . . . . . . . 12
Change the Default Password . . . . . . . . . . . . . . . . . . . 12
Set the Clock. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12
Configure Schedules. . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Program Set Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13
Check System Parameters . . . . . . . . . . . . . . . . . . . . . . 14
Display Alarm History . . . . . . . . . . . . . . . . . . . . . . . . . . . 14
Configure Custom Programming Selections . . . . 14
Set Controller Address . . . . . . . . . . . . . . . . . . . . . . . . . . 15
Log Off from Controller . . . . . . . . . . . . . . . . . . . . . . . . . 15
OPERATION. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16-26
Occupancy Determination. . . . . . . . . . . . . . . . . . . . . . . 16
Fan Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
Sequence of Operation. . . . . . . . . . . . . . . . . . . . . . . . . . 16
Diagnostic Features. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18
50XJ Variable Frequency Drive Control. . . . . . . . . . 19
50BV Variable Frequency Drive Control
Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations.
PC 111
Catalog No. 535-00137
Printed in U.S.A.
Form 50BV,XJ-2T
Pg 1
2-04
Replaces: 50BV,XJ-1T
Book 1
1
Tab 2a 2b
Table 1 — Control Inputs and Outputs
CONTROLLER I/O NO.
DIP SWITCH SETTINGS
Switch No. and Position
DESCRIPTION
ABBREV.
TYPE
Water Econ. Units Air Econ.Units
Inputs
SW2
SW3
SW1
Addr = 1-16
Main Controller (PCB1)
Supply Air Temperature
VFD Duct Static Pressure
SAT
DSP
Analog; 10K MCI
4-20mA; Internally Powered
1
2
1
2
1
2
Up
Up
1
2
Down
Up
1
2
Up
Down
COL/Safeties —
(Comprs.Status; Resister Bd.)
CMP MUX Analog; 0-10VDC
3
3
3
Up
3
Down
3
Down
Fire Alarm/Shutdown
Condenser Waterflow Switch
Remote Occupancy
Duct High Static Limit Switch
Entering Water Temp. Sensor
I/O Board (PCB2)
FSD
Switch closure
Switch closure
Switch closure
Switch closure
Analog; 5K
4
5
6
7
8
4
5
6
7
8
4
5
6
7
8
Up
Up
Up
Up
Up
4
5
6
7
8
Down
Down
Down
Down
Down
4
5
6
7
8
Down
Down
Down
Up
CDWF
RMTOCC
DHS
EWT
Up
Addr = 17-32
Mixed/Return Air Sensor
Filter Status Switch
(Dirty Filter Detect)
MAT/RAT
FLTS
Analog; 10K MCI
Switch closure
1
2
1
2
1
2
Up
Up
1
2
Down
Down
1
Up
2
Down
Phase Loss Monitor
External reset
PHASE
RESET
Switch closure
0-10VDC Externally Powered
3
4
3
4
3
4
Up
Up
3
4
Down
Down
3
4
Down
Down
LEGEND
3
Carrier Comfort Network Interface — The 50BV,XJ
units can be connected to the CCN (Carrier Comfort Network)
if desired. System elements are connected to the communica-
tion bus in a daisy chain arrangement. The negative pin of
each system element’s communication connector must be
wired to the respective negative pins, and positive pins on each
4
Dependencies
5
by the freeze condition. Unit reset is automatic when the
contacts on the freeze protection switch close again. The
6
AIR TERMINALS AND FRESH AIR DAMPER (50XJ
PCB2) — The VAV Terminal Open (TRMOP), Ventilation
7
CONTROLS AND FUNCTIONS
Using the Local Interface Display — The Local
Interface Device (LID) is a CCN operator interface that gives
the user the capability to view and modify all configuration and
service data for the CC6400 control system. The LID also
allows the user to override all point display and maintenance
data.
MENU STRUCTURE — The LID operates on a hierarchy of
four levels (menus).
The top level contains the LID’s major functions. Each
function has a corresponding key on the LID. For an explana-
tion of each function key, refer to Table 3.
The second level separates the major functions (items) into
types with corresponding type numbers that can be used for
quick access.
The third level gives the user the capability to access each
occurrence of an item. For example, the application may
require two DO (Discreet Output) — Analog Comparison
8
•
Pressing the appropriate LID numeric key (i.e., 2) and
the appropriate function key (i.e., ) to directly
9
Table 6 — Quick Access Chart
LEGEND
NOTES:
1. To change from Edit mode to Status mode, press
or press
again.
2. Not all available selections will have items to select in sublevels.
Automatic Run Test — The 50BV,XJ unit controls are
programmed with an automatic run test that checks connection
and operation of major components. To perform the run test:
Verify that the control display (LID device/System Monitor)
interface cable is connected to internal jack on main controller;
that the fire alarm/shutdown switch input (FSD) has a factory
jumper or field input; that Bypass (if installed) is set in the
DRIVE position; and that the Local/Off/Remote switch is set to
the REMOTE position.
NOTE: When the Local/Off/Remote switch is in the
REMOTE position, the controller time schedule is pre-set
10
2. Press 3 and then
Controller Password
. The LID display will show:
3. Press
Log in to Controller
Enter Password
. The LID display will show:
NOTE: The LID display has two modes: Edit mode and
Status/Maintenance mode. If the LID display is in Edit
mode, then the display will only show the word “pass-
11
22. The control forces CMP4 (compressor 4) on, if config-
ured, then waits 5 seconds.
The LID display shows:
Factory/Field Test
Stop
The yellow LED will go off, and the red LED will go
off.
23. The control forces CMP4 off.
24. The run test is complete.
Power Up the LID Display —
12
8. Enter the last two digits of the current year. Press
then press
Update Clock
. The LID display will show:
No
9. Press 1 and then
to cause the controller to
update the clock. The LID display will flash. Press
twice to view the default display and the clock
should update to the input time and date.
Configure Schedules — Schedules are one method of
starting and stopping the unit at specified intervals. To config-
ure the schedules, perform the following procedure:
1. Press 1 and then
. The LID display will show:
Occupancy Algorithm
2. Press
Time Schedule
Enter to select
3. Press
. The LID display will show:
. If the LID display shows “MODE 0” then
the user is in Maintenance mode and the LID display is
showing the maintenance information for the occupancy
schedule. Press
to enter the configuration
mode. The LID display will show:
Manual Override Hours
0 hours
This is the first configuration for each occupancy
algorithm and is used to put the schedule in or out of
occupancy override for the number of hours entered.
4. Press
. The LID display will show:
Period 1: Day of week
00000000
The eight digits represent if this period should apply to
certain days of the week or holidays. The digits repre-
sent M, Tu, W, Th, F, Sa, Su, and Hol, respectively.
13
Table 7 — Controller Set Points
pressing the
History.” Press
and type of alarm.
button. The LID display will show “Alarm
. The LID display will show the date
DESCRIPTION
DISPLAY
VALUE UNITS STATUS FORCE
NAME
SCREENS
As an example, if the LID display shows:
ALARM — 10:55 11-27-02
SFS
OMNIZONE::SETPT01:
Supply fan Status
Occupied Lo Setpoint
Occupied Hi Setpoint
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
0.3 in H2O
0.4 in H2O
0.3 in H2O
0.4 in H2O
OccLow
OccHgh
UnOccLow
UnOccHgh
That display indicates that on 11/27/02 at 10:55 A.M. the
system Supply Fan was either on when it had not been
commanded on or was off when it was commanded on.
The user can view other stored alarms by pressing the up
and down arrows. The twenty-four most recent alarms are
stored.
OMNIZONE::SETPT02:
VAVRESETbaseline
Occupied Lo Setpoint
Occupied Hi Setpoint
Unoccupied Lo Setpoint
0
0
dF
dF
OccLow
OccHgh
Configure Custom Programming Selections —
To configure the custom programming selections, perform the
following procedure:
1. Press 37
. The LID display will show:
Custom Program
2. Press
. The LID display will show:
2.0 Global Dictionary
OMNIZONE
3. Press
Press
. The display indicates “No Data.”
then press Press
again. The LID display should now show:
.
Compressor Stages
4.00
4. Press 4 and then
are installed.
to indicate that 4 compressors
5. Use the down and up arrows to select the other configura-
tion parameters as required. See Table 10 for a list of con-
figuration parameters.
6. A field-supplied 0 to 10 vdc signal to the 50XJ unit may
be used to reset the supply-air temperature.
The reset will be taken off the supply air set point
configured in the controller. The reset range can be
changed by adjusting the High Conversion Endpoint
value of the custom voltage input to a value other than
20. For example for 10 degrees of reset change the Hi
input value to 10. This may be found by pressing 7
from the Keypad. RESET will be the second
custom voltage input point in the controller. The first
will be CSMUX, which is the compressor status multi-
LEGEND
plexed input. Press
LID display:
to see the following in the
Ext. Supply Air Reset
RESET
Check System Parameters — To check system
parameters, press the button. The LID display will
show: “Hardware Points Table 1.” Press to view the
Press
. If the LID display shows:
hardware points. The user can navigate up and down through
the points with the up and down arrows.
System Value
Press
. The LID display will show:
Press 2 and
to display the software points. The user
Low Input Endpoint
2.0 Volts
can navigate up and down through the points with the up and
down arrows.
Press
three times to get to the High Conversion
Endpoint. The user must be logged in to be able to change this
otherwise you can only view it. See the start up section for how
to log into the controller.
Refer to Tables 8 and 9 for hardware and software points.
Display Alarm History — If the controller is indicating
there are alarms, the user can view the alarm history by
Configuration parameters are shown in Table 10.
14
Table 8 — Controller Hardware Points
Table 9 — Software Points
DESCRIPTION
DISPLAY
VALUE UNITS STATUS FORCE NAME
SCREENS
OMNIZONE::HWP01-32:
Hardware points Table 1
Supply Air Temperature
Duct Static Pressure
Comp. Status MUX
Fire Alarm/ShutDown
Cond. Water Flow Switch
Remote Occupancy
Duct High Press. Switch
Entering Water Temp.
Compressor 1 Relay
Compressor 2 Relay
Compressor 3 Relay
Compressor 4 Relay
Supply Fan/VFD
67
dF
in H2O
Volts
SAT
0.2
DSP
1.86
Enable
Yes
CSMUX
FSD
CDWF
ROCC
DHS
Disable
Normal
69.9
Stop
Stop
Stop
Stop
Stop
0
Off
Off
77.2
Clean
Normal
dF
EWT
CMP1
CMP2
CMP3
CMP4
SF
VFD Speed Signal
%
SPEED
WARN
ALARM
MA_RA
FLTS
Non Critical Fault
Critical Fault
Mixed/Return Air Temp
Dirty Filter Status
dF
Phase Loss Protection
PHASE
Table 10 — Configuration Parameters
LEGEND
1. Press
. The display should show:
Set Controller Address — To set the address of the
OMNIZONE™ System Control panel controller, perform the
following procedure:
Log in to Controller
Logged in
If this is not displayed, Press
displayed.
1. Press 7 and then
.
. Press
and then
until it is
2. Type in the CCN element number and press
.
2. Press the
button. The LID display will show:
3. Press the
press
button. Type in the CCN bus number and
.
Log out of Controller
Press 1. Press
to log off.
Log Off from Controller — To log off from the
OMNIZONE System controller Press 3 and then
controller password will be displayed.
. The
15
OPERATION
16
COMRES triggers the compressor staging routine that
controls the number of compressors energized. Units are
equipped with 4 compressors piped in separate refrigerant
circuits, and staged On/Off in a fixed sequential manner
(compressor no. 1 through compressor no. 4). The compressor
control routine uses a PID calculation to determine the percent-
age of cooling required, from 1 to 100%. Demand for the PID
calculation is determined from the supply air temperature and
the supply air set point (SETPT06).
Compressor cooling (COMPRES) will be turned off for any
of the following reasons:
•
•
There is no condenser water flow (CDWF is Off).
Economizer Freezestat (FREEZ) has been in alarm for
more than 15 minutes.
•
•
•
MODE changes to heat.
OK-FAN turns off during normal shut down.
During normal compressor operation the minimum on
time is 5 minutes and the minimum off time is 5 min.
ECONOMIZER COOLING (50XJ) — The unit diverts con-
denser inlet water flow through an optional economizer coil to
precool evaporator entering airflow. This occurs when there is
demand for the cooling, and the temperature at an Entering
17
Units not equipped with a water economizer can be ordered
with the reverse/head pressure control valve factory installed
and a pressure transducer located in the discharge line of
compressor no. 1.
When the condenser water temperature gets low enough to
cause the head pressure to drop, the valve will be modulated to
control the head pressure of all four compressors by varying
the water flow through the condensers.
When the unit is operating and the COOLOK software
point is enabled and the EWT gets below 60 F, the Head
software point will become enabled and the head pressure
control valve will modulate to keep the head pressure at the
head pressure set point (SETPT04). The default set point is
225 PSI and may be set from 200 to 250 PSI. The minimum
output value for the head pressure control algorithm is 40% in
order to maintain a minimum flow through the condensers. The
valve will modulate between 40 and 100%. Do not set the
minimum lower than 40% or the compressors may shut down
due to low flow, resulting in the high-pressure switch tripping.
FIRE INPUT (FSD) — This is a normally closed input, which
when opened, deenergizes an isolation relay in the unit, opening
the input to the controller. When this input turns On, all control
outputs are immediately turned Off, including the fan. Unit
reset requires manual resetting at the main controller keypad.
DUCT HIGH STATIC INPUT (DHS) — This air switch
provides backup protection for the ductwork. It is factory
installed in the unit, wired to the unit main controller to receive
5 vdc. It is a normally open discreet switch, with adjustable
manual setting at the switch (range is 1 to 5 in. wg). Upon
switch closure, the controller immediately turns all outputs Off,
VENTILATION REQUEST (50XJ) — The ventilation request
output will close a set of relay contacts to activate a ventilation
damper whenever the supply fan and supply fan status are both
true and the TIMECLOCK software point is on.
VAV TERMINAL OPERATION OUTPUT (50XJ) — The
VAV terminal control output (TRMCT) closes a set of relay
contacts to indicate to non-Carrier air terminals that the fan is
either forced on or is going to turn on. This signals the
terminals to open and start controlling to the desired CFM and
Temperature set points.
VAV TERMINAL OPEN OUTPUT (50XJ) — The VAV ter-
minal open output (TRMOP) closes a set of relay contacts to
command the air terminals to open to maximum CFM at times
when the fan is operating on the VFD Bypass.
PUMP AND TOWER OUTPUTS (50XJ) — The pump and
Tower outputs close a set of relay contacts to indicate that the
50XJ unit is in operation and may require condenser water
flow through the unit.
BUILDING PRESSURE CONTROL (50XJ) — The building
pressure control output provides an analog 4 to 20 mA signal to
control return fan or exhaust fan speed. Fan speed is modulated
to maintain the building static pressure set point (SETPT07).
The control parameters for the building pressure set point
and building pressure are read and controlled in milliamps but
are converted to inches of water for ease of setting and display.
The range and low start values of the sensor selected should be
configured in the custom configurations screen. The raw sensor
value in milliamps will be displayed on the hardware point
BSP. The converted sensor reading in inches of H2O will be
displayed at the software point BSP_IN. The set point input in
SETPT07 in inches of H2O is converted to a raw milliamp set
point in SETPT08. The algorithm controls to the milliamp
values since the math required for control using the static
pressure in inches generates numbers too small to be used
given the range of the controller configuration parameters.
Diagnostic Features — The CC6400 provides a number
of features to help protect the unit and allow problem
diagnosis.
CRITICAL FAULT — The controller provides an output
(for field connection) to signal an external building systems
monitor or control that the unit is not operating properly and
has shut down. A red light mounted on the front of the unit
provides visual indication of this alarm condition.
NOTE: If the Local/Off/Remote switch is in the OFF
position, it is normal for the red alarm light on the display
panel to be lit, indicating that the unit is disabled.
NON-CRITICAL FAULT — The controller provides an
output for a yellow light, mounted on the front of the unit, that
indicates the need for minor maintenance or service.
18
LOW-PRESSURE SWITCH (LPS) — The Low-Pressure
Switch is located in the suction refrigerant line of each
compressor, and is set to open at pressures below 27 psig. It is
wired in the 115 vac control power line of the compressor
19
20
Table 13 — VFD Trip Messages for 50XJ Unit
LED MESSAGE
nErr
EXPLANATION
Displayed in the trip history in standard monitor mode when no trip has been recorded
since the last VFD reset or trip clear.
OC1
OC2
Overcurrent during acceleration trip
Overcurrent during deceleration trip
OC3
Overcurrent during normal (constant speed) run trip
Overcurrent in DC section during acceleration trip
Overcurrent in DC section during deceleration trip
Overcurrent in DC section during normal (constant speed) run trip
OC1P
OC2P
OC3P
OCL
LEGEND
21
Table 14 — VFD Mode Summary for 50XJ Unit
50BV Variable Frequency Drive Control — The
variable frequency drive is factory wired and programmed for
proper operation with the unit controls; no installation or
service adjustments are normally required.
The VFD default conditions at unit power up are: “0.0 Hz”
in the LED display. When the fan is operating, the LED
displays the output frequency in Hz.
OPERATING KEYPAD — The keypad allows users to en-
able or disable the keypad, input commands from the keypad,
22
VEC lamp
ECN lamp
RUN lamp
MON lamp
Lights when the inverter is
operating. Blinks when the
automatic acceleration/deceleration
is operating
Lights when the
inverter is in
monitor mode.
Lights whenenergy-saving
mode is in operation.
Up/down key lamp
Pressing up or down
key when this lamp
is lit.
STOP key
RUN key
RUN key lamp
Every pressing of this key
while the RUN key lamp is
lit will cause a slowdown
stop.
Pressing this key
while the RUN key
lamp is lighted
Lights when the
RUN key is
enabled.
starts operations.
23
Table 15 — Non-Trip Messages for the 50BV VFD
ERROR
CODE
PROBLEM
POSSIBLE CAUSES
REMEDIES
OFF (Note 1)
NOTES:
1. ST : Terminal of stand by function.
2. When the ON/OFF function is selected for DC braking (DB), using the input terminal selection parameter, you can judge
the inverter to be normal if “db” disappears when opening the circuit between the terminal and CC.
Table 16 — Trip Messages for 50BV VFD
24
Table 16 — Trip Messages for 50BV VFD (cont)
ERROR COMMUNICATION
PROBLEM
POSSIBLE CAUSES
REMEDIES
CODE
OP3
NO.
C
Overvoltage during
constant-speed
operation
• The input voltage fluctuates abnormally.
(1) The power supply has a capacity of
200kVA or more.
(2) A power factor improvement capacitor is
opened or closed.
25
Table 16 — Trip Messages for 50BV VFD (cont)
ERROR COMMUNICATION
PROBLEM
POSSIBLE CAUSES
REMEDIES
CODE
*UC
NO.
1D
Small-current
operation trip
• The output current falls to the low-current
detection level during operation.
• Enable F610 (low-current detection
parameter).
• Check whether the detection level is set
properly to the system.
(F611 and F612)
• If no error is found in the setting, make a
*With a parameter, you can choose between trip-on and -off.
NOTES:
1. During operation, the following alarms may be displayed, which have the same meaning as previously defined alarms.
• C (overcurrent alarm) — same as OC
• P (overvoltage alarm) — same as OP
• L (overload alarm) — same as OL1/OL2
• H (overheat alarm) — same as OH
2. If two or more problems arise simultaneously, one of the following alarms appears and blinks.
CP, PL, CPL
The blinking alarms, C, P, L, H are displayed in this order from left to right.
26
TROUBLESHOOTING
Refer to Tables 17-21 for troubleshooting information.
Run Test Troubleshooting — The automatic run test
is a diagnostic tool used during unit start-up. Table 17
describes troubleshooting specifically for the automated run
test.
Table 17 — Run Test Troubleshooting
PROBLEM
Control modules do not have lights when unit power on.
Control display does not light up when unit power on.
Run test will not start.
POSSIBLE CAUSE
Transformer open. Circuit breaker open. Power wiring open. Module failure.
Connection location. Interface cable open. Display failure.
Pre-existing ALARM (red)? Not “Logged in” with password.
Switch not in Local.
WARN (yel) does not light during run test.
ALARM (red) does not light during run test.
Wiring open. Lamp failure. Control module failure.
Wiring open. Lamp open. Control module failure.
Run test stops, ALARM (red) light is lit after it blinks once.
Bypass switch to LINE. Mode switch to OFF. Duct high
pressure switch open. Fire shutdown input or jumper open.
Supply air temp out of range. Duct static pressure sensor out of range.
Compressor resistor board wiring error or failure.
Fan does not start/ALARM (red) blinks 2 times.
Fan relay failure.
Run test stop, ALARM (red) light is lit after blinking 3 times.
Wiring open. VFD connection error. VFD setup error. Fan relay failure.
Current isolator failure. Control module failure.
Run test stop, ALARM (red) is lit after it blinks 4 times.
Fan does not increase speed.
VFD connection error. VFD setup error.
Current isolator load adjustment too low.
Fan does not stop after ALARM (red) blinks 5 times.
Fan rotation is backwards.
Fan relay failure.
VFD to motor wiring sequence error. VFD setup error.
Run test stop, ALARM (red) is lit after blinking 6 times.
Compressor 1 does not start.
Wiring open. Compressor resistor board wiring error or failure.
High-pressure switch, low-pressure switch, coil frost switch,
or compressor protection module open. Compressor relay failure.
Contactor failure. Control module failure. No refrigerant charge.
Run test stop, ALARM (red) is lit after blinking 7 times.
Compressor 2 does not start.
Wiring open. Compressor resistor board wiring error or failure.
High-pressure switch, low-pressure switch, coil frost switch,
or compressor protection module open. Compressor relay failure.
Contactor failure. Control module failure. No refrigerant charge.
Run test stop, ALARM (red) is lit after blinking 8 times.
Compressor 3 does not start.
Forcing and Clearing an Input or Output — Dur-
ing unit operation and/or troubleshooting, it may be necessary
or desirable to clear an input or output. Tables 18 and 19
describe the procedure for clearing inputs and outputs.
Table 18 — Forcing an Input or Output
Table 19 — Clearing a Forced Input or Output
27
Table 20 — Alarms Displayed at Unit LID
FUNCTION ALARM MESSAGE (Actual Text)
CAUSE
UNIT RESPONSE (See Notes)
RESET
SAT xx.x dF outside
limit of xxx.x dF
SAT reads out of prescribed range
for 5 sec. during operation
Unit shuts down and
indicates alarm
Automatic
SAT
Duct Static Sensor Failure
Duct Pressure Sensor reading is out of
range (i.e., likely faulty sensor or circuit).
External Fire Alarm input opens for 5 sec.
Pressure rises above 3.0 in.H2O during
operation. Set point adjustable on the switch.
Used for Off position of switch on smaller
units with one controller
Unit shuts down, indicates alarm
Automatic
DSP_ALM
FSD
Fire Shutdown
Duct High Static Pressure
Unit shuts down, indicates alarm
Unit shuts down, indicates alarm
Automatic
Automatic
DHS
CSMUX x.xx Volts outside
limit of x.xx Volts
Compressor safety circuit Resistor Board
reads out of prescribed range for 5 sec.
during operation
Unit shuts down and indicates
alarm
Automatic
CSMUX
Check Condenser Water Flow
Change Filters
Waterflow Switch contacts are open at startup, Compressor Cooling shuts down, Automatic
CDWF
FLTS
or go open for 5 sec. during operation.
locks out and indicates warning
Filter pressure drop exceeds Filter Pressure
Switch setting (and contacts open) for 5 sec.
Unit operates normally,
but still indicates Warning
Automatic
Economizer Freeze Condition
Economizer Freeze Switch contacts for 5 sec. Warning indicated for 15 minutes Automatic
open during operation.
turns off ventilation request, then
unit shuts down and Econo valve
opens, pump request stays on,
and Alarm indicated
FREEZ
C1_ALM
C2_ALM
C3_ALM
C4_ALM
Compressor 1 Fault
Compressor 2 Fault
Compressor 3 Fault
Compressor 4 Fault
Compressor safety circuit opens for 2 sec.
Unit shuts that compressor down, Automatic
and indicates Warning, but retries
2 more times before locking it out.
Check Supply Fan
Duct Pressure Sensor reading is below .3 in.
H2O at 10 sec. after starting fan, or during
operation, or reads above .3″ when fan is
supposed to be Off.
If on but indicates off cooling,
and heating will be disabled
warning light will be on
Automatic
SFS
EWT xx.x dF outside
limit of xxx.x dF
MA_RA xx.x dF outside
limit of xxx.x dF
EWT reads out of prescribed range for 5 sec.
or more
ma_ra reads out of prescribed range for 5 sec. Indicates warning
or more
Phase monitor activates (see “Phase
Loss/Reversal Protection Switch” on page 5)
for 5 sec. during operation.
Indicates warning
Automatic
Automatic
Automatic
EWT
MA_RA
Phase Loss
Unit shuts down, indicates alarm
PHASE
BYPAS switch in Bypass position or Off,
local remote in Off position
BYPAS
NOTES:
1. Unit display will indicate alarm by displaying “There is 1 Alarm” or
“There are X alarms”, for the active alarms in the controller.
2. Red light on, indicating alarm.
3. Yellow light is on, indicating a warning.
again. A system alarm will be generated and displayed at the
keypad.
Standard Diagnostic Features, Alarm and
Warning Lights
DUCT HIGH STATIC INPUT (DHS) — This air switch
provides over pressurization protection for the ductwork. It is
factory installed in the unit. The switch is a normally open
switch, with adjustable manual setting (range is 1 to 5 in. wg
default setting is 3.0 in. wg). Upon switch closure, the control-
ler outputs will be forced to off with safety forces, the alarm
output will close and the red Alarm light will be lit. A system
alarm will be generated and displayed on the unit keypad. Unit
reset is automatic when the duct pressure is again below the
switch setting minus the device hysteresis.
COMPRESSOR MULTIPLEX (MUX) BOARD — A re-
sistance board is used to generate a variable voltage input to the
controller to determine compressor status. If the voltage output
from this board gets out of the acceptable range the controller
outputs will be forced to off with safety forces, the alarm
output will close and the red Alarm light will be lit. A system
alarm will be generated and displayed on the unit keypad. Unit
reset is automatic when the Mux board has a valid reading
again. The valid range is between 1.5 and 10 vdc. The table
below indicates what voltages correspond to the compressor
status indicated in the controller.
SUPPLY AIR TEMPERATURE SENSOR FAILURE — If
the supply air temperature sensor fails and indicates either
245 F from a short or -40.0 F from and open sensor the control-
ler outputs will be forced to off with safety forces, the alarm
output will close and the red Alarm light will be lit. A system
alarm will be generated and displayed on the unit keypad. Unit
reset is automatic when the supply air sensor has a valid
reading again.
DUCT STATIC PRESSURE SENSOR FAILURE — If the
duct static pressure sensor fails and indicates either 5.0 inches
from a short or 0.0 inches from and open sensor the controller
outputs will be forced to off with safety forces, the alarm
output will close and the red Alarm light will be lit. A system
alarm will be generated and displayed on the unit keypad. Unit
reset is automatic when the supply air sensor has a valid
reading again.
FIRE/SHUTDOWN INPUT (FSD) — This is a normally
closed input, which when opened, deenergizes an isolation
relay in the unit, opening the input to the controller. When this
input turns opens, all control outputs are immediately turned
off, including the fan. Fire forces will be displayed on the
outputs. Unit reset is automatic when the FSD input is closed
28
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Table 21 — Compressor MUX Board Voltages
CONDENSER WATER FLOW — This is an optional
switch that can be used with the OMNIZONE™ controller. A
thermal dispersion flow switch detects water flowing past the
sensor element and closes normally open contacts that energize
29
APPENDIX A — WIRING DIAGRAMS
30
31
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ECONO MBV
24VAC
VFD2
Close
Open
( C )
C O M M O N
VFD1
( R ) A C 2 4 V
CSMUX
32
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33
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1
2
3
1
2
4
34
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VFD2
( C )
C O M M O N
VFD1
( R ) A C 2 4 V
CSMUX
35
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VFD2
( C )
C O M M O N
VFD1
( R ) A C 2 4 V
CSMUX
36
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LEGEND AND NOTES FOR ALL 50BV WIRING DIAGRAMS
LEGEND
ECONO — Economizer Valve/Damper Control
ALARM — Unit Alarm Relay (Critical Fault)
ALM-CM— Alarm/Warning Relay Common
RESET
ROCC
SAT
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
External Reset
EWT
FLTS
— Entering Water Temp. Sensor
— Filter Status Switch
Remote Occupancy
Supply Air Temp. Sensor
Space/Zone Temperature Sensor
Supply Fan Start/Stop Relay
0-10 VDC Signal Isolator for VFD
Switch
AO
— Analog Output
FREEZ — Freeze Thermostat
AQUA — Aquastat
SPT
(Water Economizer)
BM
— Blower Motor
SF
FRZ
FSD
GND
HIR
— Freeze Thermostat (DX Circuit)
BPS_S — Fan Start/Stop Relay
(VFD Bypass Mode)
SPEED
SW
— Fire Alarm/Shutdown
— Ground
BR
— Blower Relay
T
TB2
Transformer
Terminal Block for Field Connections
Transformer
VAV Terminals Control
VAV Terminals Open
Ventilation Output
Variable Frequency Drive
Unit Warning Relay
(Non-Critical Fault)
— Heat Interlock Relay
— High Refrigerant Pressure Switch
— Hot Water Valve
BYPAS — VFD Bypass Control
HPS
HWV
LPS
CBR
CC
— Circuit Breaker
— Compressor Contactor
TRANS
TRMCT
TRMOP
VENTR
VFD
— Low Refrigerant Pressure Switch
CDWF — Condenser Waterflow Relay
CDWFS — Condenser Waterflow Switch
MA_RA — Mixed/Return Air Temp. Sensor
MBVR — Motorized Ball Valve Relay
CLO
CMP
— Compressor Lockout Control
— Compressor Control Relay
MSR
OLR
PCB1
— Local/Remote Control Relays
— Compressor Motor Protector
— Unit Control Board
WARN
COMPR — Compressor
CSMUX — Signal Multiplexer-Comp Status
DEHUM — External Dehumidification
Unit Wire
PCB2,3 — I/O Expansion Board
PHASE — Phase/Rotation Monitor
PHASER— Phase Monitor Relay
DHS
DO
DSP
— Duct High Static Limit Switch
— Digital Output
— Duct Static Pressure Transducer
Field Wiring
RAT
— Return Air Thermostat
NOTES:
1. Partial wiring shown on both power and control diagrams.
2. Class 2 transformer TRANS-1 is wired into separate circuit. Do not interconnect other
transformers or circuits; circuit separation or compressor transformers from low voltage
control panel transformers shall be maintained.
3. Shielded wire shall have drain wire connected to VFD ground screw. The floating end
of the drain wire shall be insulated.
4. Shielded wire shall have drain wire connected to the control panel, adjacent to the
PCB. The floating end of the drain wire shall be insulated.
37
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TB4
N
NOTE 1
GRN
T1
GRN
PCB1
1
2
3
CB1
J2
503/BRN
502/RED
HRN5
HRN5
2
24 V
502
1
501
500
504
X1
X2
RED
RED
ORN
BRN
503/BRN
16
15
14
13
12
11
10
9
8
7
6
5
510/WHT
NOTE 4
511
505
512/YEL
592/BRN
514/BLK
RED
WHT
BRN
SPEED
IN OUT
VFD
CC
592
700
GRN
-
-
510
621
BRN
0
ALARM 1
WHT
BRN
515/WHT
516/GRA
529/YEL
532/PNK
612/BLU
514
701
+
+
J4
IV
BLK
WHT
SW1
1
0
1 2 3 4 5 6 7 8
GRD
513
YEL
SF
SW2
1 2 3 4 5 6 7 8
YEL
INT
703/BLK
702/RED
4
2
ST
CC
F
EXT
4
3
2
1
SW3
1 2 3 4 5 6 7 8
512
507
4-20mA
OTHER
0
WARN 1
YEL
BRN
SW4
1 2 3 4 5 6 7 8
0-10VDC
4-20mA
CSMUX
V
HRN4
5
SW5
712/RED
536/RED
704/BLK
705/RED
710/GRN
711/WHT
550/BRN
551/BLU
587/BRN
588/ORN
552/BRN
553/BLK
18
17
16
15
14
13
12
11
10
9
8
7
6
5
DO
AO
1
2
3
3
4
4
537
538
S4
RED
RED
SW6
DO
AO
1
2
509
509
BRN
EWT
DHS
C
4
3
2
1
S
BRN
542
543
4
3
2
1
6
6
6
6
8
8
8
8
CMP4
CMP3
CMP2
CMP1
GRA
GRA
0
0
SF
1
1
515/WHT
506/BRN
541
540
539
544
545
2
2
2
4
4
4
ROCC
CDWF
FSD
YEL
YEL
HRN3
1
HRN4
6
J3
546
547
516
517
518
520
BRN
519
CMP4
2
2
2
2
3
1
PNK
PNK
GRA
GRA
GRA
BRN
CLO4
LOGIC
HRN3
12
548
549
525
524
BRN
BLU
BLU
BRN
554/VIO
HRN3
2
+
712/RED
DSP
4
3
2
1
529
530
531
0
0
0
CMP3
1
713/BLK
714/GRN
715/WHT
-
3
1
YEL
YEL
YEL
J7
2
CLO3
LOGIC
3
3
1
1
SAT
526
BRN
NOTE 5
HRN3
3
532
533
534
CMP2
1
1
3
1
PNK
PNK
PNK
GRN
CLO2
LOGIC
1
2
3
2
527
561/BRN
557/RED
BRN
J7
J2
PCB2
16
15
14
13
12
11
10
9
8
7
6
5
HRN3
4
612
613
535
CMP1
T2
564/YEL
3
1
BLU
BLU
BLU
CLO1
LOGIC
528
BRN
623/WHT
567/PNK
609/ORN
610/VIO
568/BLU
622/BLK
561/BRN
GRN
CB2
HRN5
3
HRN5
X2
4
J4
24 V
635
556
555
560
X1
RED
RED
ORN
BRN
SW1
1 2 3 4 5 6 7 8
1
0
SW2
1 2 3 4 5 6 7 8
INT
EXT
4
3
2
1
SW3
1 2 3 4 5 6 7 8
4-20mA
OTHER
SW4
1 2 3 4 5 6 7 8
0-10VDC
4-20mA
565/BRN
508/BRN
623
0
HIR
1
1
1
1
3
18
17
16
15
14
13
12
11
10
9
8
7
6
5
SW5
WHT
DO
AO
1
2
3
3
4
4
SW6
564
DO
AO
1
2
0
0
0
1
TRMOP
TRMCT
VENTR
CDWF
620/BRN
566/BRN
506/BRN
599/BRN
YEL
569/GRA
568
BLU
570/BLU
727/GRN
728/WHT
J3
622
FREEZ
BLK
571/YEL
WHT
CDWFS
CB3
BRN
WHT
BLK
600/RED
558/RED
1
2
4
716/GRN
717/WHT
724/GRN
725/WHT
4
3
2
1
BLU
FLTS
MA_RA
3
T3
24 V
GRN
HRN5
HRN5
6
604
603
602
BRN
5
X1
X2
RED
ORN
NOTE 5
607/BRN
MVLV
W1
RA (CCW)
633/BRN
634/RED
609/ORN
COMMON
24 VAC
605/RED
W2
4-20mA
0-20 mA
ECONO
W1
RA (CCW)
608/BRN
606/RED
COMMON
24 VAC
W2
610/VIO
0-20 mA
4-20mA
580/BRN
1
1
FSD
3
3
558/RED
559/RED
581/PNK
573/YEL
598/YEL
LOCAL
OFF
ROCC
MODE
SW
574
BRN
569/GRA
REMOTE
575/
BRN
BLK
J1
50XJ Low Voltage Control Wiring
38
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H4 H3 H2 H1
TB3
N
T4
6
TB2
115 V
Bussman MDQ5
5 A, 250 V
301
300
302
302
FU27
X1
X2
115 V
BLK
BLK
WHT
WHT
HRN1
HRN1
306
307
BLK
309
308
1
1
6
BLK
WHT
WHT
CMP1
HRN1
310
BLK
311
312
BLU
2
4
2
2
BLK
T1
T2
OLR1
HRN1
LPS1
HPS1
FRZ1
312
313
314
315
316
318
320
M1
M2
3
3
A
C1
B
BLU
BLU
BLU
BLU
BLU
BLU
WHT
CMP2
HRN1
322
323
2
4
4
4
BLK
PNK
T1
T2
OLR2
HRN1
LPS2
HPS2
FRZ2
323
324
325
326
327
329
M1
M2
5
5
A
C2
B
PNK
PNK
PNK
PNK
PNK
PNK
HRN2
HRN2
332
BLK
333
BLK
335
334
WHT
1
1
6
6
WHT
CMP3
HRN2
337
338
2
4
2
2
BLK
YEL
T1
T2
OLR3
HRN2
HPS3
LPS3
FRZ3
338
339
340
341
342
YEL
344
M1
M2
3
3
A
C3
B
YEL
YEL
YEL
YEL
YEL
CMP4
HRN2
348
349
2
4
4
4
BLK
GRA
T1
T2
OLR4
HRN2
LPS4
HPS4
FRZ4
349
350
351
352
353
GRA
355
M1
M2
5
5
A
C4
B
GRA
GRA
GRA
GRA
GRA
BYPAS*
10
BPS_S*
359
361
2
4
9
BLK
WHT
NOTE 1
CUVL*
UVC
DS1*
362
BLK
363
VIO
364
BLK
WHT
WHT
SWITCH SETTINGS
Open
ID
Close
45 +/- 6 °F
FRZ1-4
HPS1-4
LPS1-4
30 +/- 5 °F
360 +/- 10 PSIG
264 +/- 15 PSIG
27 +/- 4 PSIG
67 +/- 7 PSIG
50XJ 115V Control Wiring
39
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USE COPPER SUPPLY WIRES.
POWER WIRING
50XJ - 460 V Unit
DISC1*
TB1
VFD
IFM
2
206/BLK
103
104
107
100/BLK
L1
FU1
FU2
FU3
R
S
T
U
V
BLK
BLK
BLK
207/BLK
108
109
112
101/BLK
L2
1
YEL
YEL
YEL
208/BLK
113
114
117
102/BLK
L3
W
3
BLU
BLU
BLU
GRN
GRN
GRN
GND
E
I
GND
5
PHASE*
1
SW1
Phase rotation
sequence is
ABC (L1-L2-L3).
201
V
10
BLK
Note 1
202
2
YEL
203
3
BLU
Note 1
Current Loop
of CLO1
COMP1
C1
127
128
129
BLK
132
YEL
135
BLU
FU7
FU8
FU9
L1
T1
1
2
3
BLK
BLK
GRN
CH1
130
131
YEL
L2
L3
T2
T3
YEL
133
134
BLU
BLU
136/BLK
137/BLK
Current Loop
of CLO2
C2
C3
C4
COMP2
138
139
140
FU10
FU11
FU12
L1
L2
L3
T1
T2
T3
1
2
3
BLK
BLK
BLK
GRN
CH2
141
142
YEL
143
YEL
YEL
144
145
146
BLU
BLU
BLU
147/BLK
148/BLK
Current Loop
of CLO3
COMP3
149
150
151
FU13
FU14
FU15
L1
L2
L3
T1
T2
T3
1
2
3
BLK
BLK
BLK
GRN
CH3
152
153
YEL
154
YEL
YEL
155
156
157
BLU
BLU
BLU
158/BLK
159/BLK
Current Loop
of CLO4
COMP4
160
161
162
FU16
FU17
FU18
L1
L2
L3
T1
T2
T3
1
2
3
BLK
BLK
BLK
GRN
CH4
163
164
YEL
165
YEL
YEL
166
167
BLU
168
BLU
BLU
169/BLK
170/BLK
T1
193
YEL-COM
RED-200V
ORN-230V
BLK-460V
X2
BLK
Note 1
Note 2
194
X1
X2
BLU
T2
195
YEL-COM
RED-200V
ORN-230V
BLK-460V
BLK
Note 1
Note 2
196
X1
X2
BLU
T3*
204
YEL-COM
RED-200V
ORN-230V
BLK-460V
BLK
Note 1
Note 2
FUSES 1-18 ARE 600 V, CLASS RK-5 FUSES.
FUSES 25-26 ARE 600 V, CLASS CC FUSES.
205
X1
X2
BLU
460 V
15 HP 35 A
20 HP 40 A
25 HP 60 A
30 HP 80 A
40 HP 80 A
50 HP 100 A
FUSE
USAGE
T4
197
198
Com
H1
FU25
BLK
BLK
200V
H2
FU1-3
Note 1
230V
H3
199
200
460V
FU26
H4
X1
BLU
BLU
10 Ton Compressor 30 A
13 Ton Compressor 40 A
15 Ton Compressor 40 A
20 Ton Compressor 50 A
25 Ton Compressor 60 A
3 A
FU 7-18
FU 25-26
50XJ Power Wiring
40
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J7
2
3
3
1
1
GRN
PCB3
1
2
3
2
TRAN
24 V
GRN
J7
CB
J2
X1
X2
16
15
14
13
12
11
10
9
J4
DEHUM
0
1
Exhaust
Fan Control
4-20 mA
SW1
1 2 3 4 5 6 7 8
+
-
1
0
TOWER
PUMP
0
0
0
0
0
0
1
1
1
1
1
1
SW2
1 2 3 4 5 6 7 8
INT
EXT
8
HEAT
4
SW3
1 2 3 4 5 6 7 8
7
6
4-20 mA
OTHER
HEAT
3
5
4
SW4
1 2 3 4 5 6 7 8
HEAT
2
3
0-10 VDC
4-20 mA
2
HEAT
1
1
SW5
18
17
16
15
14
13
12
11
10
9
1
2
2
3
3
4
4
DO
AO
SW6
1
DO
AO
Outdoor Air Temperature
Indoor Relative Humidity
J3
+
-
-
8
+
7
Indoor Air Quality
6
Leaving Water Temp
5
4
+
-
3
Building Pressure
Tower Sump Temp
2
1
50BV,XJ Accessory Control Module (PCB3) Schematic
41
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LEGEND AND NOTES FOR ALL 50XJ WIRING DIAGRAMS
LEGEND
SAT
SPT
SF
—
—
—
—
—
—
—
—
—
—
Supply Air Temp. Sensor
Space/Zone Temperature Sensor
Supply Fan Start/Stop Relay
0-10 VDC Signal Isolator for VFD
Switch
FREEZ — Freeze Thermostat
ALARM — Unit Alarm Relay (Critical Fault)
ALM-CM— Alarm/Warning Relay Common
BPS_S — Fan Start/Stop Relay
(VFD Bypass Mode)
(Water Economizer)
FRZ
FSD
FU
— Freeze Thermostat (DX Circuit)
SPEED
SW
— Fire Alarm/Shutdown
— Fuse
BYPAS — VFD Bypass Control
GND — Ground
T
Transformer
C
— Compressor Contactor
— Circuit Breaker
TB1
TB2
TB3
TB5-7
Power Distribution Terminal Block
120 V-Hot Terminal Block
120 V-Neutral Terminal Block
Terminal Blocks for
Field Connections
Tower Request
HEAT — Electric Heat Stage Control
CB
HIR
HPS
— Heat Interlock Relay
— High Refrigerant Pressure Switch
CDWF — Condenser Waterflow Relay
CDWFS — Condenser Waterflow Switch
HRN — Harness
CH
CLO
CMP
— Crankcase Heater
— Compressor Lockout Control
— Compressor Control Relay
HWV — Hot Water Valve
IFM
J
LPS
— Indoor Fan Motor
TOWE
R
—
— Jumper Wire
COMP — Compressor
TRMCT
TRMOP
VENTR
VFD
—
—
—
—
—
VAV Terminals Control
VAV Terminals Open
Ventilation Output
Variable Frequency Drive
Unit Warning Relay
(Non-Critical Fault)
— Low Refrigerant Pressure Switch
CSMUX — Signal Multiplexer-Comp Status
CUVL — UVC Light For Indoor Coil Area
DEHUM — External Dehumidification
MA_RA— Mixed/Return Air Temp. Sensor
MVLV — Modulating Valve (Econ)/
Heat Pres. Ctl.
DHS
— Duct High Static Limit Switch
OLR — Compressor Motor Protector
PCB1 — Unit Control Board
PCB2,3— I/O Expansion Board
PHASE— Phase/Rotation Monitor
PUMP — Water Pump Request
RESET — External Reset
WARN
DISC1 — Disconnect Switch
DS
DSP
— Door Switch
— Duct Static Pressure Transducer
Optional Wiring
(Optional Items Noted With “*”)
ECONO — Economizer Valve/Damper
Control
— —
Field Wiring
EWT
FLTS
— Entering Water Temp. Sensor
— Filter Status Switch
ROCC — Remote Occupancy
NOTES:
1. Partial wiring shown on both power and control diagrams.
2. All class 2 transformers are wired into separate circuits. Do not interconnect these
transformers or circuits; circuit separation shall be maintained.
3. On 200/240 v units, the transformers are factory wired for 240 v. For 200 v applica-
tions, move the blue wire to the 200 v tap of each transformer.
4. Shielded wire shall have drain wire connected to VFD ground screw. The floating end
of the drain wire shall be insulated.
5. Shielded wire shall have drain wire connected to the control panel, adjacent to the
PCB. The floating end of the drain wire shall be insulated.
42
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APPENDIX B — CONTROL SCREENS
Display Screens
DESCRIPTION
VALUE
UNITS
STATUS
FORCE
NAME
OMNIZONE::HWP01-32:Hardware points Table 1
Supply Air Temperature
Duct Static Pressure
Comp. Status MUX
67
dF
SAT
0.2
in H2O
Volts
DSP
1.86
Enable
Yes
CSMUX
FSD
Fire Alarm/Shut Down
Cond. Water Flow Switch
Remote Occupancy
Duct High Press. Switch
Entering Water Temp.
Compressor 1 Relay
Compressor 2 Relay
Compressor 3 Relay
Compressor 4 Relay
Supply Fan/VFD
CDWF
ROCC
DHS
Disable
Normal
69.9
Stop
Stop
Stop
Stop
Stop
0
Off
Off
77.2
Clean
Normal
0
dF
EWT
CMP1
CMP2
CMP3
CMP4
SF
VFD Speed Signal
%
SPEED
WARN
ALARM
MA_RA
FLTS
PHASE
RESET
FREEZ
SPT
BYPAS
PRES
VENTR
TRMCT
ECONO
MVLV
HWV
Non Critical Fault
Critical Fault
Mixed/Return Air Temp
Dirty Filter Status
dF
Phase Loss Protection
Ext. Supply Air Reset
Water Econ. FreezeStat
Space_Reset Sensor
VFD Bypass Enable
Head Pressure(Comp1)
Ventilation Request
dF
Normal
79.2
Disable
118.76
Close
No
dF
PSIG
VAV Terminals Control
2-position/Econo Valve
Reverse/Head Press Ctrl
Hot Water Valve
Heat Interlock Relay
Bypass Start_Stop
VAV Terminals Open MAX
0
%
%
%
100
Control
0
Off
HIR
BPS_S
TRMOP
Stop
Close
OMNIZONE::HWP33-64: Hardware points table 2
Cooling Tower Sump Temp.
Building Static Milliamp
Condenser Leaving Water
Indoor Air Quality
57.5
12.51
70.3
587.21
49.7
76.1
Off
dF
ma
dF
TWR
BSP
LWT
IAQ
Indoor Relative Humidity
Outdoor Air Temp.
%
dF
IRH
OAT
Heat Stage 1
HEAT1
HEAT2
HEAT3
HEAT4
PUMP
TOWER
EXH
Heat Stage 2
Off
Heat Stage 3
Off
Heat Stage 4
Off
Pump Request
Off
Cooling Tower Request
Exhaust Fan
Off
0
%
Ext. Dehumidification
Stop
DEHUM
OMNIZONE::SWP65-96:Software Points
Compressor 1 Status
Compressor 2 Status
Compressor 3 Status
Compressor 4 Status
Bypass Acc Panel Secure
DX VAV RESET Control
Factory/Field Test
Off
CLO1
CLO2
CLO3
CLO4
BP_SAFE
VAVRESET
FLDTST
BSP_IN
Off
Off
Off
No
0
dF
Stop
Building Static Pressure
Time Clock
0.03
in H2O
Off
TIMCLOCK
COOLOK
SFS
Cooling
Disable
Off
Supply Fan Status
Control
Control
Ok to run Fan
No
OKFAN
OK Fan + Sup. Fan Stat
Fan + Cond. Water Flow
Equipment Mode
FALSE
FALSE
Cool
SF_SFS
FAN_CDWF
MODE
Activate Evacuation Mode
Space Control Point
Mod. Econ Enabled
Head Pressure Control
Economizer Control Temp.
Compressor Cooling
Duct Static Failure
Compressor 1 Alarm
Compressor 2 Alarm
Compressor 3 Alarm
Compressor 4 Alarm
Cond. Flow Alarm Status
Disable
74
No
EVAC
dF
dF
CTRLPT
ECON_OK
HEAD
Control
Control
Disable
77.22
Disable
Normal
Normal
Normal
Normal
Normal
Disable
ECONPT
COMPRES
DSP_ALM
C1_ALM
C2_ALM
C3_ALM
C4_ALM
CDWF_ST
Control
43
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Display Screens (cont)
DESCRIPTION
VALUE
UNITS
STATUS
FORCE
NAME
OMNIZONE:Custom Configuration
Compressor Stages
Reset Ratio
2
3
0
0
1
0
0
2
0
0
NUM_CMP
RSET_RTO
CDFW_SWT
EWT_SNS
EWT_RST
MOD_ECON
FLOW_TYP
MARA_SNS
PHAS_SWT
FREZ_SWT
ECON_SET
SPT_SNS
dF
CDWF 0=NO,1=YES
ECON 0=NO,1=YES
EWT Reset 0=NO,1=YES
MOD.VLV 0=NO,1=YES
0=CONST.,1=VARIABLE
0=RAT,1=MAT,2=NONE
PHASE 0=NO,1=YES
FREEZ 0=NO,1=YES
ENABLE ECON.
68
0
dF
SPT 0=NO,1=YES
PRES 0=NO,1=YES
TWR 0=NO,1=YES
LWT 0=NO,1=YES
IAQ 0=NO,1=YES
IRH 0=NO,1=YES
BSP 0=NO,1=YES
BSP Range
0
SPT_SNS
0
TWR_SNS
LWT_SNS
IAQ_SNS
0
0
0
IRH_SNS
0
BSP_SNS
BSP_RNG
BSP_LOW
1.00
-0.5
in H2O
in H2O
BSP LOW VALUE
Setpoints
OMNIZONE::SETPT01: Supply fan Status
Occupied Lo Setpoint
0.3
0.4
0.3
0.4
in H2O
in H2O
in H2O
in H2O
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT02: VAVRESETbaseline
Occupied Lo Setpoint
0
0
0
0
dF
dF
dF
dF
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT03: Heat\Cool Mode & Reset
Occupied Lo Setpoint
70
74
55
85
dF
dF
dF
dF
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT04: Head Pressure Control
Occupied Lo Setpoint
225
225
225
225
PSIG
PSIG
PSIG
PSIG
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT05: Supply Static Pressure
Occupied Lo Setpoint
1.5
1.5
1.5
1.5
in H2O
in H2O
in H2O
in H2O
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT06: Supply Air Temperature
Occupied Lo Setpoint
55
55
55
55
dF
dF
dF
dF
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT07: Building Static Pressure
Occupied Lo Setpoint
0.02
0.02
0.02
0.02
in H2O
in H2O
in H2O
in H2O
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT08: BSP raw control
Occupied Lo Setpoint
12.32
12.32
12.32
12.32
ma
ma
ma
ma
OccLow
Occupied Hi Setpoint
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
OMNIZONE::SETPT09: Humidity Control
Occupied Lo Setpoint
0
%RH
%RH
%RH
%RH
OccLow
Occupied Hi Setpoint
99
0
OccHgh
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
UnOccLow
UnOccHgh
99
44
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Configuration Screens
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::CC6400:Controller Identification
Description:
OMNIZONE VPAC
Test Version 0.009
CEPP-130124-07
6400
DevDesc
Location
PartNum
ModelNum
SerialNo
RefNum
Location:
Software Part Number:
Model Number:
Serial Number:
Reference Number:
Version 1.6
OMNIZONE::ADAPT01: VAVRESET Software point con-
trol
Analog Output Point
Status Point
VAVRESET
COOLOK
LINK_01
Name
Name
Name
Name
Name
Time Schedule
Setpoint Schedule
Reset Point
SETPT02
TEMP_I00
Reset
Start Reset Value
Stop Reset Value
Control Point
-40
dF
dF
StrtRst
StopRst
Name
245
RESET
PID_Master_Loop
Proportional Gain
Integral Gain
1
KP
0
KI
Derivative Gain
0
KD
Disabled Output Value
Minimum Output Value
Maximum Output Value
Starting Value
Block Iteration Rate
Power on Delay
0
%
DsblOut
MinOut
MaxOut
StartVal
BlkRate
PowerUp
0
%
20
20
10
0
%
%
sec
sec
OMNIZONE::ADAPT02: Head Pressure control
Analog Output Point
Status Point
MVLV
Name
Name
Name
Name
Name
HEAD
Time Schedule
LINK_01
SETPT04
TEMP_I00
Setpoint Schedule
Reset Point
Reset
Start Reset Value
Stop Reset Value
Control Point
-40
PSIG
PSIG
StrtRst
StopRst
Name
245
PRES
PID_Master_Loop
Proportional Gain
Integral Gain
-0.2
-0.1
-0.1
0
KP
KI
Derivative Gain
KD
Disabled Output Value
Minimum Output Value
Maximum Output Value
Starting Value
Block Iteration Rate
Power on Delay
%
DsblOut
MinOut
MaxOut
StartVal
BlkRate
PowerUp
40
%
100
100
10
%
%
sec
sec
0
OMNIZONE::ADAPT03: Building Pressure Ctrl.
Analog Output Point
Status Point
EXH
Name
Name
Name
Name
Name
OKFAN
LINK_01
SETPT08
TEMP_I00
Time Schedule
Setpoint Schedule
Reset Point
Reset
Start Reset Value
Stop Reset Value
Control Point
-40
245
BSP
ma
ma
StrtRst
StopRst
Name
PID_Master_Loop
Proportional Gain
Integral Gain
-20
-10
0
KP
KI
Derivative Gain
KD
Disabled Output Value
Minimum Output Value
Maximum Output Value
Starting Value
Block Iteration Rate
Power on Delay
0
%
DsblOut
MinOut
MaxOut
StartVal
BlkRate
PowerUp
0
%
100
40
10
0
%
%
sec
sec
OMNIZONE::ANCTL01: Supply Fan Status
Discrete Output Point
Sensor Group/SPT Sensor
Time Schedule
SFS
Name
Name
Name
Name
DSP
OCCPC01
SETPT01
Setpoint Schedule
Analog
Hysteresis
Block Iteration Rate
Power on Delay
0
30
0
in H2O
sec
sec
Hyst
BlkRate
PowerUp
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuation information.
45
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::DOPI_01: Supply Fan Status
Discrete Output Point
Time Schedule
SFS
Name
Name
Name
OCCPC01
SETPT01
Setpoint Schedule
Permissive Interlock
Control Point Type
Occ Discrete State
Unocc Discrete State
Occ Analog Test
Analog
On
On
Type
OccSt
UnoccSt
OAnlgTst
UAnlgTst
Ovrd
Low
Low
0
Unocc Analog Test
Override Value
Hysteresis
0.2
in H2O
sec
Hyst
Persistence Time
0
Persist
Name
Analog Control Point
Discrete Control Point
Power on Delay
DSP
PNT_NAME
0
Name
sec
PowerUp
OMNIZONE::ANCTL02: Humidity Control
Discrete Output Point
Sensor Group/SPT Sensor
Time Schedule
DEHUM
IRH
Name
Name
Name
Name
LINK_01
SETPT09
Setpoint Schedule
Analog
Hysteresis
Block Iteration Rate
Power on Delay
10
60
0
%RH
sec
sec
Hyst
BlkRate
PowerUp
OMNIZONE::CCVAV01: Modulating Economizer Control
Cooling Coil Valve
Fan Status Point
ECONO
Name
Name
Name
Name
Name
Name
Name
Name
ECON_OK
VAVRESET
LINK_01
Sensor Group/SPT Sensor
Time Schedule
Setpoint Schedule
High Humidity Switch
Humidity Setpoint
High Humidity Sensor
VAV Setpoint Reset
Supply Air Setpoint
Reset Ratio
Start Reset
Maximum Reset
Supply Air Temperature
PID_Master_Loop
Proportional Gain
Integral Gain
Derivative Gain
Disabled Output Value
Minimum Output Value
Maximum Output Value
Starting Value
Block Iteration Rate
Power on Delay
SETPT02
SENSDI00
SETPT00
MAMP_I00
53
dF
^F
dF
^F
Setpt
1
RstRat
StrtRst
MaxReset
Name
20
20
ECONPT
-4
-2
0
0
0
100
30
30
0
KP
KI
KD
%
DsblOut
MinOut
MaxOut
StartVal
BlkRate
PowerUp
%
%
%
sec
sec
OMNIZONE::BSP: Building Static Milliamp
Low Input Endpoint
4
ma
ma
ma
ma
ma
ma
LowRange
HighRng
LowConv
HighConv
LowFlt
High Input Endpoint
20
4
Low Conversion Endpoint
High Conversion Endpoint
Low Input Fault
High Input Fault
Externally Powered
20
4
20
No
HighFlt
ExtPower
OMNIZONE::IAQ: Indoor Air Quality
Low Input Endpoint
4
ma
ma
LowRange
HighRng
LowConv
HighConv
LowFlt
High Input Endpoint
20
0
Low Conversion Endpoint
High Conversion Endpoint
Low Input Fault
High Input Fault
Externally Powered
2000
4
20
Yes
ma
ma
HighFlt
ExtPower
OMNIZONE::CSMUX: Comp. Status MUX
Low Input Endpoint
0
Volts
Volts
Volts
Volts
Volts
Volts
LowRange
HighRng
LowConv
HighConv
LowFlt
High Input Endpoint
11
0
Low Conversion Endpoint
High Conversion Endpoint
Low Input Fault
11
1
10.5
High Input Fault
HighFlt
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
46
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Configuration Screens (cont)
DESCRIPTION
OMNIZONE::PRES: Head Pressure(Comp1)
Low Input Endpoint
VALUE*
UNITS
NAME
LowRange
0.6
4
6.23
309.77
0.3
5
Volts
Volts
PSIG
PSIG
Volts
Volts
High Input Endpoint
HighRng
LowConv
HighConv
LowFlt
Low Conversion Endpoint
High Conversion Endpoint
Low Input Fault
High Input Fault
HighFlt
OMNIZONE::RESET: Ext. Supply Air Reset
Low Input Endpoint
2
Volts
Volts
dF
LowRange
HighRng
LowConv
HighConv
LowFlt
High Input Endpoint
10
0
Low Conversion Endpoint
High Conversion Endpoint
Low Input Fault
20
0
10
dF
Volts
Volts
High Input Fault
HighFlt
OMNIZONE::ALARM: Critical Fault
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
4
sec
sec
sec
Minimum On Time
Delay Time
4
10
OMNIZONE::BPS_S: Bypass Start_Stop
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
60
60
5
sec
sec
sec
Minimum On Time
Delay Time
OMNIZONE::CMP1: Compressor 1 Relay
Output Logic Type
Normal
300
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
sec
sec
sec
Minimum On Time
Delay Time
300
30
OMNIZONE::CMP2: Compressor 2 Relay
Output Logic Type
Normal
300
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
sec
sec
sec
Minimum On Time
Delay Time
300
30
OMNIZONE::CMP3: Compressor 3 Relay
Output Logic Type
Normal
300
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
sec
sec
sec
Minimum On Time
Delay Time
300
30
OMNIZONE::CMP4: Compressor 4 Relay
Output Logic Type
Normal
300
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
sec
sec
sec
Minimum On Time
Delay Time
300
30
OMNIZONE::DEHUM: Ext. Dehumidification
Output Logic Type
Normal
60
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
sec
sec
sec
Minimum On Time
Delay Time
60
10
OMNIZONE::HEAT1: Heat Stage 1
Output Logic Type
Minimum Off Time
Minimum On Time
Delay Time
Normal
60
LogType
MinOff
MinOn
DlyTim
sec
sec
sec
60
10
OMNIZONE::HEAT2: Heat Stage 2
Output Logic Type
Minimum Off Time
Minimum On Time
Delay Time
Normal
60
LogType
MinOff
MinOn
DlyTim
sec
sec
sec
60
10
OMNIZONE::HEAT3: Heat Stage 3
Output Logic Type
Minimum Off Time
Minimum On Time
Delay Time
Normal
60
LogType
MinOff
MinOn
DlyTim
sec
sec
sec
60
10
OMNIZONE::HEAT4: Heat Stage 4
Output Logic Type
Minimum Off Time
Minimum On Time
Delay Time
Normal
60
LogType
MinOff
MinOn
DlyTim
sec
sec
sec
60
10
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
47
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::HIR: Heat Interlock Relay
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
60
60
5
sec
sec
sec
Minimum On Time
Delay Time
OMNIZONE::PUMP: Pump Request
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
5
5
5
sec
sec
sec
Minimum On Time
Delay Time
OMNIZONE::SF: Supply Fan/VFD
Output Logic Type
Minimum Off Time
Minimum On Time
Delay Time
Normal
30
LogType
MinOff
MinOn
DlyTim
sec
sec
sec
60
10
OMNIZONE::TOWER: Cooling Tower Request
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
5
5
5
sec
sec
sec
Minimum On Time
Delay Time
OMNIZONE::TRMCT: VAV Terminals Control
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
60
60
5
sec
sec
sec
Minimum On Time
Delay Time
OMNIZONE::TRMOP: VAV Terminals Open MAX
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
5
5
5
sec
sec
sec
Minimum On Time
Delay Time
OMNIZONE::VENTR: Ventilation Request
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
3
3
5
sec
sec
sec
Minimum On Time
Delay Time
OMNIZONE::WARN: Non Critical Fault
Output Logic Type
Normal
LogType
MinOff
MinOn
DlyTim
Minimum Off Time
4
sec
sec
sec
Minimum On Time
Delay Time
4
10
OMNIZONE::DSALM01: Duct High Pressure
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
DHS
Name
Name
Name
SENSDI00
SENSDI00
Alarm Logic
Normal
15
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
1
Alarm Source
Alarm Routing
5
11010000
0
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
Duct High Static
Pressure
0
sec
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
48
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::DSALM02: Phase Protection
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
PHASE
Name
Name
Name
SENSDI00
SENSDI00
Alarm Logic
Normal
15
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Re-Alarm Interval
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
0
min
Alarm=1 or Alert=0
Alarm Level
1
1
Alarm Source
5
Alarm Routing
11010000
0
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
Phase Loss
0
sec
OMNIZONE::DSALM03: Freeze Protection
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
FREEZ
Name
Name
Name
SENSDI00
SENSDI00
Alarm Logic
Normal
15
900
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
1
Alarm Source
5
Alarm Routing
11010000
0
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
Economizer Freez
e Condition
0
sec
OMNIZONE::DSALM04: Duct Static Failure
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
DSP_ALM
SENSDI00
SENSDI00
Name
Name
Name
Alarm Logic
Normal
10
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
1
Alarm Source
5
Alarm Routing
11010000
0
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
Duct Static Sens
or Failure
0
sec
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
49
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::DSALM05: Fire alarm
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
FSD
Name
Name
Name
SENSDI00
SENSDI00
Alarm Logic
Invert
10
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
Alarm Processor
Alarm Processing
Re-Alarm Interval
Alarm=1 or Alert=0
Alarm Level
Alarm Source
Alarm Routing
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
sec
sec
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
0
min
1
0
5
11010000
0
Fire Shutdown
0
sec
OMNIZONE::DSALM06: Condenser Water Flow
Monitored Input Point
Comparison Point
CDWF
Name
Name
Name
COOLOK
CDWF_ST
Alarm Inhibit Point
Discrete Check
Alarm Logic
Normal
120
120
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
2
Alarm Source
5
Alarm Routing
11010000
0
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
Check Condenser
Water Flow
0
sec
OMNIZONE::DSALM07: Filter Alarm
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
FLTS
Name
Name
Name
SENSDI00
SENSDI00
Alarm Logic
Normal
10
20
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
Alarm Processor
Alarm Processing
Re-Alarm Interval
Alarm=1 or Alert=0
Alarm Level
Alarm Source
Alarm Routing
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
sec
sec
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
0
min
1
2
5
11010000
0
Change Filters
0
sec
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
50
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::DSALM08: Compressor 1 Alarm
Monitored Input Point
Comparison Point
C1_ALM
Name
Name
Name
SENSDI00
SENSDI00
Alarm Inhibit Point
Discrete Check
Alarm Logic
Normal
10
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
2
Alarm Source
5
Alarm Routing
11010000
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
0
Compressor 1 fau
lt
0
sec
OMNIZONE::DSALM09: Compressor 2 Alarm
Monitored Input Point
Comparison Point
C2_ALM
Name
Name
Name
SENSDI00
SENSDI00
Alarm Inhibit Point
Discrete Check
Alarm Logic
Normal
10
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
2
Alarm Source
5
Alarm Routing
11010000
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
0
Compressor 2 Fau
lt
0
sec
OMNIZONE::DSALM10: Compressor 3 Alarm
Monitored Input Point
Comparison Point
C3_ALM
Name
Name
Name
SENSDI00
SENSDI00
Alarm Inhibit Point
Discrete Check
Alarm Logic
Normal
10
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
2
Alarm Source
5
Alarm Routing
11010000
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
0
Compressor 3 Fau
lt
0
sec
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
51
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::DSALM11: Compressor 4 Alarm
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
C4_ALM
Name
Name
Name
SENSDI00
SENSDI00
Alarm Logic
Normal
10
10
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
2
Alarm Source
5
Alarm Routing
11010000
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
0
Compressor 4 Fau
lt
0
sec
OMNIZONE::DSALM12: Supply Fan Alarm
Monitored Input Point
Comparison Point
Alarm Inhibit Point
Discrete Check
SFS
Name
Name
Name
SF
SENSDI00
Alarm Logic
Normal
120
120
AlmLogic
DlyTim
Persist
Enable Delay Time
Persistence Time
sec
sec
Alarm Processor
Alarm Processing
Enable
AlmProc
ReAlmTim
Type
AlmLevel
AlmSrc
AlmRtg
AlmDesc
Message
Message
Message
Message
PowerUp
Re-Alarm Interval
0
min
Alarm=1 or Alert=0
Alarm Level
1
2
Alarm Source
5
Alarm Routing
11010000
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
Alarm Message - Part 3
Alarm Message - Part 4
Power on Delay
0
Check Supply Fan
0
sec
OMNIZONE::DXVAV01: Compressor Staging
Discrete Output Point 1
Discrete Output Point 2
Discrete Output Point 3
Discrete Output Point 4
Discrete Output Point 5
Discrete Output Point 6
Fan Status Point
CMP1
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
CMP2
CMP3
CMP4
DISCRO00
DISCRO00
COMPRES
VAVRESET
LINK_01
SETPT02
SENSDI00
SETPT00
IRH
Sensor Group/SPT Sensor
Time Schedule
Setpoint Schedule
High Humidity Switch
Humidity Setpoint
High Humidity Sensor
VAV Setpoint Reset
Supply Air Setpoint
Reset Ratio
Start Reset
Maximum Reset
Supply Air Temperature
PID_Master_Loop
Proportional Gain
Integral Gain
Derivative Gain
57
1
20
20
SAT
dF
^F
dF
^F
SetPT
RstRat
StrtRst
MaxReset
Name
-1
KP
-0.4
-0.7
0
KI
KD
Disabled Output Value
Minimum Output Value
Maximum Output Value
Starting Value
%
DsblOut
MinOut
MaxOut
StartVal
BlkRate
0
%
100
0
%
%
Block Iteration Rate
Staging Control
30
sec
Total Number of Stages
On Time Delay
4
2
1
0
TotalStg
OnDelay
OffDelay
PowerUp
min
min
sec
Off Time Delay
Power on Delay
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
52
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::EHVAV01: DO - Elec Heat VAV 01
Discrete Output Point 1
Discrete Output Point 2
Discrete Output Point 3
Discrete Output Point 4
Discrete Output Point 5
Discrete Output Point 6
Fan Status Point
HEAT1
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Name
Value
OccHeat
HEAT2
HEAT3
HEAT4
DISCRO00
DISCRO00
MODE
LINK_09
LINK_01
LINK_01
SENSDI00
SETPT00
IRH
SAT
150
Yes
Sensor Group/SPT Sensor
Time Schedule
Setpoint Schedule
High Humidity Switch
Humidity Setpoint
High Humidity Sensor
Duct Temperature
Duct High Limit
dF
Occupied Heating
PID_Master_Loop
Proportional Gain
5
KP
Integral Gain
2.5
0
KI
Derivative Gain
KD
Disabled Output Value
Minimum Output Value
Maximum Output Value
Starting Value
0
0
%
DdblOut
MinOut
MaxOut
StartVAl
BlkRate
Value
%
100
0
%
%
Block Iteration Rate
Heating Setpoint Offset
Staging Control
Total Number of Stages
On Time Delay
Off Time Delay
Power on Delay
15
3
sec
^F
4
3
1
0
TotalStg
OnDelay
OffDelay
PowerUp
min
min
sec
OMNIZONE::HCVAV01: AO - Heating VAV 01
Heating Coil Valve
HWV
Name
Name
Name
Name
Name
Value
Name
Name
Name
OccHeat
Fan Status Point
MODE
LINK_09
LINK_01
LINK_01
3
Sensor Group/SPT Sensor
Time Schedule
Setpoint Schedule
Heating Setpoint Offset
High Humidity Switch
Humidity Setpoint
^F
SENSDI00
SETPT00
IRH
High Humidity Sensor
Occupied Heating
Yes
PID_Master_Loop
Proportional Gain
3
1.5
0
KP
Integral Gain
KI
Derivative Gain
KD
Disabled Output Value
Minimum Output Value
Maximum Output Value
Starting Value
Block Iteration Rate
Supply Air Temperature
P_Submaster_Loop
Proportional Gain
Disabled Output Value
Minimum Output Value
Maximum Output Value
Center Value
Block Iteration Rate
Power on Delay
35
40
140
80
15
SAT
dF
dF
dF
dF
sec
DsblOut
MinOut
MaxOut
StartVal
BlkRate
Name
3
KP
0
%
FanOff
MinOut
MaxOut
Center
BlkRate
PowerUp
0
%
100
30
2
%
%
sec
sec
0
OMNIZONE::INTLK01: OK to run Fan
Discrete Output Point
Discrete Input Point 1
Discrete Input Point 2
Discrete Interlock
OKFAN
Name
Name
Name
TIMCLOCK
ROCC
Input 1 Comparison
Input 2 Comparison
Off Persistence Time
On Persistence Time
Output Logic Type
Off
Off
5
Sns1Sta
Sns2Sta
OffPrst
OnPrst
LogType
PowerUp
sec
sec
5
Invert
5
Power on Delay
sec
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
53
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Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::INTLK02: Ok to Cool
Discrete Output Point
Discrete Input Point 1
Discrete Input Point 2
Discrete Interlock
COOLOK
MODE
Name
Name
Name
SF_SFS
Input 1 Comparison
Input 2 Comparison
Off Persistence Time
On Persistence Time
Output Logic Type
Off
On
Sns1Sta
Sns2Sta
OffPrst
OnPrst
LogType
PowerUp
3
sec
sec
10
Normal
0
Power on Delay
sec
OMNIZONE::INTLK03: OK Fan + Sup. Fan Stat
Discrete Output Point
Discrete Input Point 1
Discrete Input Point 2
Discrete Interlock
SF_SFS
OKFAN
SFS
Name
Name
Name
Input 1 Comparison
On
Sns1Sta
Sns2Sta
OffPrst
OnPrst
LogType
PowerUp
Input 2 Comparison
On
Off Persistence Time
On Persistence Time
Output Logic Type
2
sec
sec
2
Normal
0
Power on Delay
sec
OMNIZONE::INTLK04: Supply Fan Delays
Discrete Output Point
Discrete Input Point 1
Discrete Input Point 2
Discrete Interlock
SF
Name
Name
Name
OKFAN
SENSDI00
Input 1 Comparison
On
Sns1Sta
Sns2Sta
OffPrst
OnPrst
LogType
PowerUp
Input 2 Comparison
Off
Off Persistence Time
On Persistence Time
Output Logic Type
300
20
sec
sec
Normal
0
Power on Delay
sec
OMNIZONE::INTLK05: Dis. Cool befor SF delay
Discrete Output Point
FAN_CDWF
CDWF
Name
Name
Name
Discrete Input Point 1
Discrete Input Point 2
OKFAN
Discrete Interlock
Input 1 Comparison
On
On
3
Sns1Sta
Sns2Sta
OffPrst
Input 2 Comparison
Off Persistence Time
sec
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
54
Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::INTLK09: Condenser Pump
Discrete Output Point
Discrete Input Point 1
Discrete Input Point 2
Discrete Interlock
PUMP
Name
Name
Name
COOLOK
SENSDI00
Input 1 Comparison
Input 2 Comparison
Off Persistence Time
On Persistence Time
Output Logic Type
On
Off
Sns1Sta
Sns2Sta
OffPrst
OnPrst
LogType
PowerUp
30
sec
sec
2
Normal
0
Power on Delay
sec
OMNIZONE::INTLK10: Tower Request
Discrete Output Point
TOWER
COOLOK
SENSDI00
Name
Name
Name
Discrete Input Point 1
Discrete Input Point 2
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
55
Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::LMALM02: Entering WaterTemp.
Monitored Input Point
Alarm Inhibit Point
Limit Check
EWT
Name
Name
SENSDI00
Low Limit
35
95
15
10
5
dF
LowLim
HighLim
DlyTim
Persist
Hyst
High Limit
dF
Enable Delay Time
Persistence Time
Hysteresis
sec
sec
^F
Alarm Processor
Alarm Processing
Re-Alarm Interval
Alarm=1 or Alert=0
Alarm Level
Enable
AlmProc
ReAlmTim
Type
0
min
1
1
AlmLevel
AlmSrc
Alarm Source
5
Alarm Routing
11010000
7
AlmRtg
AlmDesc
Message
Alarm Description Index
Alarm Message - Part 1
Alarm Message - Part 2
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
56
Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::OCCPC01: Occupancy 01
Time Schedule
Manual Override Hours
Period 1: Day of Week
Period 1: Occupied from
Period 1: Occupied to
Period 2: Day of Week
Period 2: Occupied from
Period 2: Occupied to
Period 3: Day of Week
Period 3: Occupied from
Period 3: Occupied to
Period 4: Day of Week
Period 4: Occupied from
Period 4: Occupied to
Period 5: Day of Week
Period 5: Occupied from
Period 5: Occupied to
Period 6: Day of Week
Period 6: Occupied from
Period 6: Occupied to
Period 7: Day of Week
Period 7: Occupied from
Period 7: Occupied to
0
hours
Ovrd
0
DOW1
Occ1
0:00
24:00:00
0
0:00
24:00:00
0
0:00
24:00:00
0
0:00
24:00:00
0
0:00
24:00:00
0
0:00
24:00:00
0
0:00
24:00:00
UnOcc1
DOW2
Occ2
UnOcc2
DOW3
Occ3
UnOcc3
DOW4
Occ4
UnOcc4
DOW5
Occ5
UnOcc5
DOW6
Occ6
UnOcc6
DOW7
Occ7
UnOcc7
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
57
Configuration Screens (cont)
DESCRIPTION
VALUE*
UNITS
NAME
OMNIZONE::VPTESTC: Field Test
Field Test
Reschedule Rate
5
40
sec
sec
RESCHRAT
RESCHPOR
Power on Delay
OMNIZONE::MODECTRC: Mode Control
Determines Heat
Reschedule Rate
10
30
sec
sec
RESCHRAT
RESCHPOR
Power on Delay
Run Fan in Bypass
Reschedule Rate
10
30
sec
sec
RESCHRAT
RESCHPOR
Power on Delay
Water Economizer Control
Reschedule Rate
10
30
sec
sec
RESCHRAT
RESCHPOR
Power on Delay
Mod Valve & Econo
Reschedule Rate
2
10
sec
sec
RESCHRAT
RESCHPOR
Power on Delay
OMNIZONE::SETSYNCC: Setpoint Synchronization
Setpoint Synch
Reschedule Rate
3
10
sec
sec
RESCHRAT
RESCHPOR
Power on Delay
*Default values from factory.
NOTE: See CC6400 Comfort Controller Overview and Configuration Manual for configuration information.
Maintenance Screens
DESCRIPTION
VALUE
UNITS
STATUS
FORCE
NAME
Value
Value
Status
Value
RefOut
Value
OMNIZONE::ADAPT01: VAVRESET Software point control
Analog Output Point
Status Point
0
%
Off
No
0
Occupied ?
Reset Point
dF
dF
dF
Controlling Setpoint
Control Point
0
0
PID_Master_Loop
Reference Output
Proportional Term
Integral Term
0
%
%
%
%
RefOut
PTerm
ITerm
0
0
0
100
6
Derivative Term
DTerm
Flags
Integrator Flags
Task Timer
OMNIZONE::ADAPT02: Head Pressure control
Analog Output Point
Status Point
Occupied ?
Reset Point
Controlling Setpoint
Control Point
sec
%
TaskTimr
100
Off
No
0
Control
Control
Value
Value
Status
Value
RefOut
Value
PSIG
PSIG
PSIG
0
117.72
PID_Master_Loop
Reference Output
Proportional Term
Integral Term
0
%
%
%
%
RefOut
PTerm
ITerm
0
0
0
100
2
Derivative Term
DTerm
Flags
Integrator Flags
Task Timer
sec
TaskTimr
58
Maintenance Screens (cont)
DESCRIPTION
OMNIZONE::ANCTL01: Supply Fan Status
Discrete Output Point
Sensor Group/SPT Sensor
Occupied ?
Analog
Low Setpoint
Lo Setpoint + Hyst
Hi Setpoint - Hyst
High Setpoint
Reference Output
Task Timer
VALUE
UNITS
STATUS
FORCE
NAME
Off
0.17
No
Control
Value
in H2O
Value
Status
0.3
0
in H2O
in H2O
in H2O
in H2O
LowSP
ModLowSP
ModHghSP
HghSP
0
0.4
FALSE
47
RefOut
TaskTimr
sec
OMNIZONE::ANCTL02: Humidity Control
Discrete Output Point
Sensor Group/SPT Sensor
Occupied ?
Off
Value
Value
Status
49.56
No
%RH
Analog
Low Setpoint
0
%RH
%RH
%RH
%RH
LowSP
Lo Setpoint + Hyst
Hi Setpoint - Hyst
High Setpoint
10
ModLowSP
ModHghSP
HghSP
89
99
Reference Output
Task Timer
FALSE
25
RefOut
TaskTimr
sec
OMNIZONE::BSP_IN: Building Static Pressure (Typical Analog Software point)
System Value
Force
0.03
in H2O
Sysvalue
Force
0
Status
Alarm Status
0
Status
Normal
AlmStat
OMNIZONE::CCVAV01: Modulating Economizer Control
Cooling Coil Valve
Fan Status Point
0
%
Value
Value
Value
Status
Value
Value
Value
Off
0
Control
Sensor Group/SPT Sensor
Occupied ?
dF
No
Off
99
0
High Humidity Switch
High Humidity Setpoint
High Humidity Sensor
VAV Setpoint Reset
Setpoint
%RH
%RH
73
dF
^F
dF
dF
Setpoint
Offset
CCVVRF
Value
Setpoint Offset
20
CCV Supply Air Setpoint
Supply Air Temperature
PID_Master_Loop
Reference Output
73
77.19
0
%
%
%
%
RefOut
PTerm
ITerm
DTerm
Flags
TaskTimr
Proportional Term
0
Integral Term
0
Derivative Term
0
Integrator Flags
100
4
Task Timer
sec
ma
OMNIZONE::BSP: Building Static Milliamp
System Value
12.4
0
0
Sysvalue
Force
Force
Status
HwStat
Alarm Status
Normal
12.4
12.4
34
AlmStat
Sensor Value
ma
ma
SenValue
HwValue
ChanNum
AlgoName
AlmName
Hardware Value
Channel Number
Control Algorithm Name
Alarm Algorithm Name
ADAPT03
OMNIZONE::IAQ: Indoor Air Quality
System Value
584.3
0
Sysvalue
Force
Force
Status
0
HwStat
Alarm Status
Normal
584.3
8.7
AlmStat
Sensor Value
SenValue
HwValue
ChanNum
AlgoName
AlmName
Hardware Value
Channel Number
Control Algorithm Name
Alarm Algorithm Name
ma
36
OMNIZONE::CSMUX: Comp. Status MUX
System Value
1.83
0
Volts
Sysvalue
Force
Force
Status
0
HwStat
Alarm Status
Normal
1.83
1.8
3
AlmStat
Sensor Value
Volts
Volts
SenValue
HwValue
ChanNum
AlgoName
AlmName
Hardware Value
Channel Number
Control Algorithm Name
Alarm Algorithm Name
LMALM03
59
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Maintenance Screens (cont)
DESCRIPTION
OMNIZONE::PRES: Head Pressure(Comp1)
System Value
VALUE
UNITS
PSIG
STATUS
FORCE
NAME
118.76
0
Sysvalue
Force
Force
Status
0
HwStat
Alarm Status
Normal
118.76
1.9
24
ADAPT02
AlmStat
Sensor Value
PSIG
Volts
SenValue
HwValue
ChanNum
AlgoName
AlmName
Hardware Value
Channel Number
Control Algorithm Name
Alarm Algorithm Name
OMNIZONE::RESET: Ext. Supply Air Reset
System Value
0
dF
Sysvalue
Force
Force
0
Status
0
HwStat
Alarm Status
Normal
AlmStat
Sensor Value
0
dF
Volts
SenValue
HwValue
ChanNum
AlgoName
AlmName
Hardware Value
Channel Number
Control Algorithm Name
Alarm Algorithm Name
1.1
20
ADAPT01
OMNIZONE::UPDATEDB: Database Control
Database Error
No
DBError
EEError
RAMError
EEPROM
RAM
EEPROM Error
No
RAM Error
Available Program Bytes
Available Data Bytes
No
11130
14742
OMNIZONE::ALARM: Critical Fault (Typical Discrete Out)
System Value
Force
Off
SysVal
Force
HwStat
AlmStat
CtrValue
0
Status
Alarm Status
Control Value
0
Normal
Off
60
Maintenance Screens (cont)
DESCRIPTION
VALUE
UNITS
STATUS
FORCE
NAME
OMNIZONE::DXVAV01: Compressor Staging
61
Maintenance Screens (cont)
DESCRIPTION
VALUE
UNITS
STATUS
FORCE
NAME
Value
Value
Value
Status
Value
Value
Value
Value
OMNIZONE::HCVAV01: AO - Heating VAV 01
Heating Coil Valve
Fan Status Point
0
%
Off
74
Control
Sensor Group/SPT Sensor
Occupied ?
dF
dF
No
55
Space Setpoint
High Humidity Switch
High Humidity Setpoint
High Humidity Sensor
Morning Warm Up
Reference Output
Morning Warmup ?
PID_Master_Loop
Reference Output
Proportional Term
Integral Term
Off
99
%RH
%RH
49.56
Off
FALSE
RefOut
HeatFlg
35
dF
^F
^F
^F
RefOut
PTerm
ITerm
DTerm
FLAGS
HCVVRF
Value
50.9
0
Derivative Term
Integrator Flags
0
100
35
66.99
HCV Supply Air Setpoint
Supply Air Temperature
P_Submaster_Loop
Reference Output
Proportional Term
Submaster Flags
dF
dF
0
%
%
RefOut
-96
1
PropTerm
SubmFlag
TaskTimr
Task Timer
1
sec
OMNIZONE::INTLK01: OK to run Fan (Typical Interlock)
Discrete Output Point
Off
Off
Off
On
1
Value
Discrete Input Point 1
Value
Discrete Input Point 2
Value
RefOut
TaskTimr
Reference Output
Task Timer
sec
OMNIZONE::LINK_01: Linkage/AOSS Schedule 01
Setpoint Bias
0
%
Value
Adaptive Optimal Start
Start Bias
0
10
5
min
StrtBias
CoolKFct
HeatKFct
StartDay
BiasTim
BiasOcc
CoolFlg
Value
Start Cool K Factor
Start Heat K Factor
Biased Start Day
Biased Start Time
Biased Occupied
Cool Flag
Sensor Group/SPT Sensor
Occupied ?
Outside Air Temp
Linkage Time Schedule
Mode
0:00
No
FALSE
74
dF
dF
No
76.1
Status
Value
0
0
Mode
Biased Occupied
Next Occupied Day
Next Occupied Time
Next Unoccupied Day
Next Unoccupied Time
Last Unoccupied Day
Last Unoccupied Time
Status
BiasFlag
NxtOcDay
NxtOccT
NxtUnDay
NxtUnoT
PrvUnDay
PrvUnoT
Status
0:00
0:00
Thu
15:04
0
Override is set
0
Override
Linkage Setpt Schedule
Occupied Lo Setpoint
Occupied Hi Setpoint
Unoccupied Lo Setpoint
Unoccupied Hi Setpoint
Linkage Space Temp
Supply Air Temp
70
dF
dF
dF
dF
dF
dF
OccLow
OccHgh
UnoccLow
UnoccHgh
Link
74
55
85
74
66.97
Off
Value
Fan Status
Value
Air Side Linkage
Linkage Status
1
LinkStat
Supe-Adr
Supe-Bus
BlockNum
OcLoStpt
OcHiStpt
UnLoStpt
UnHiStpt
AZT
Supervisory Element
Supervisory Bus
140
0
Supervisory Block No.
Avg Occ Heat Setpoint
Avg Occ Cool Setpoint
Avg Unocc Heat Setpoint
Avg Unocc Cool Setpoint
Avg Zone Temperature
Avg Occ Zone Temp
Adaptive Optimal Stop
Stop Bias
3
0
dF
dF
dF
dF
dF
dF
0
0
0
0
0
AOZT
0
min
StopBias
CoolKFct
HeatKFct
BiasLow
BiasHigh
AOStop
Stop Cool K Factor
Stop Heat K Factor
Biased Low Setpoint
Biased High Setpoint
Biased Stop
10
15
70
dF
dF
74
No
FALSE
Cool Flag
CoolFlg
Biased Stop Day
BiasDay
BiasTim
TaskTimr
Evacuate
Pressure
Biased Stop Time
Task Timer
0:00
9
Off
Off
sec
Evacuation
Pressurization
62
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Maintenance Screens (cont)
DESCRIPTION
VALUE
UNITS
dF
STATUS
FORCE
NAME
OMNIZONE::LMALM01: Supply air Sensor (Typical Limit Alarm)
Monitored Input Point
Alarm Inhibit Point
66.97
Off
Value
Value
Limit Check
Alarm Status
Normal
Status
AlmValue
ExcdLim
Alarm Value
0
0
dF
dF
Exceeded Limit
Alarm Processor
Alarm Type
2
AlmType
LastTime
LastDate
LastDate
LastDate
TaskTimr
Time of Last Message
Month of Last Message
Day of Last Message
Year of Last Message
Task Timer
15:08
10
26
1
4
sec
OMNIZONE::DSP: Duct Static Pressure (Typical Milliamp Input)
System Value
Force
0.2
in H2O
Sysvalue
Force
0
Status
Alarm Status
Sensor Value
Hardware Value
Channel Number
Control Algorithm Name
Alarm Algorithm Name
0
HwStat
Normal
0.2
AlmStat
in H2O
ma
SenValue
HdwValue
ChanNum
AlgoName
AlmName
4.5
2
ANCTL01
OMNIZONE::ECONO: 2-position/Econo Valve (Typical Milliamp Output)
System Value
Force
0
%
Sysvalue
Force
0
Status
Alarm Status
Control Value
Hardware Value
Channel Number
Control Algorithm Name
Alarm Algorithm Name
0
HwStat
Normal
AlmStat
0
%
ma
CtrValue
HdwValue
ChanNum
AlgoName
AlmName
4
27
CCVAV01
OMNIZONE::OCCPC01: Occupancy 01
Time Schedule
Mode
0
Mode
Period
OverLast
Current Occupied Period
Override in Progress
0
No
63
Maintenance Screens (cont)
DESCRIPTION
VALUE
UNITS
STATUS
FORCE
NAME
OMNIZONE::TC01: DO - Time Clock 01
Discrete Output Point
Occupied ?
Off
No
No
Value
Status
Status
Redline ?
Duty Cycle
Reference Output
Off Time Duration
Region of Hour
Task Timer
Off
0
RefOut
min
OffTime
Region
TaskTimr
0
22
sec
dF
OMNIZONE::EWT: Entering Water Temp.
System Value
69.9
0
0
Normal
69.9
8
Sysvalue
Force
HwStat
AlmStat
SenValue
Varnum
AlgoName
AlmName
Force
Status
Alarm Status
Sensor Value
dF
Channel Number
Control Algorithm Name
Alarm Algorithm Name
LMALM02
OMNIZONE::VPIOM: I/O & Faults (Typical BEST++ maintenance)
Compressor Status
Task State
RESCHED
TASKSTAT
TASKTIMR
EXETIME
Task Timer
1
sec
sec
Execution Time
Critical Fault
Task State
0.183
RESCHED
TASKSTAT
TASKTIMR
EXETIME
Task Timer
1
sec
sec
Execution Time
Fire Shutdown
Task State
0.111
RESCHED
TASKSTAT
TASKTIMR
EXETIME
Task Timer
1
sec
sec
Execution Time
Non Critical Fault
Task State
0.049
RESCHED
TASKSTAT
TASKTIMR
EXETIME
Task Timer
1
sec
sec
Execution Time
Compressor Fault/Test
Task State
0.113
RESCHED
TASKSTAT
TASKTIMR
EXETIME
Task Timer
Execution Time
1
sec
sec
0.046
Copyright 2004 Carrier Corporation
Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations.
PC 111 Catalog No. 535-00137 Printed in U.S.A. Form 50BV,XJ-2T Pg 64 2-04 Replaces: 50BV,XJ-1T
Book 1
1
Tab 2a 2b
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