Carrier 33ZCVAVTRM Specifications Page 160
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COMPRESSOR SAFETY — When the controller is in
sensor mode, this point can be used to monitor the status of the
compressor trouble output supplied with some equipment.
When the input is detected, the controller will issue a compres-
sor trouble alert on the communications network. Staging will
operate as normal.
Compressor
Safety: Display Units Discrete ASCII
Display Range Off/On
Default Value Off
Network Access Read Only
ROOFTOP MODE — This point displays the numeric value
of the Rooftop Mode ASCII point and is used with the LON
Translator for interfacing into third party LON systems.
Rooftop Mode: Display Units Numeric
Default Value 1
Display Range 1-10 (1=OFF,
2=COOL,
3=HEAT,
4=FAN ONLY,
5=UNOCCOOL,
6=UNOCHEAT,
7=WARMUP,
8=FREECOOL,
9=PRESS, 10=EVAC)
Network Access Read Only
LON SETPOINT — This point displays the midpoint be-
tween the configured Occupied Low Setpoint and the Occu-
pied High Setpoint. It is used to display the LON Setpoint
when the PremierLink™ controller is used with a LON transla-
tor for interfacing into third party LON Systems.
LON Setpoint: Display Unit degrees F (degrees C)
Default Value 72.0 F
Default Range -40.0 to 245.0 F
Network Access Read/Write
ALARM STATUS — This point displays the alarm status of
the PremierLink controller if there is an active alarm. It is pri-
marily used to display the alarm status when used with the
LON translator for interfacing into third party LON systems.
ALARM
STATUS: Units Discrete ASCII
Default Value Normal
Default Range Normal/Alarm
Network Access Read Only
Thermostat Control Input Screen — The Thermo-
stat Control Input Display is used to display the input status of
equipment requests from the thermostat (TSTAT). See
Table 12.
Alarm Service Configuration Screen — The Alarm
Service Configuration (ALARMS) is used to configure the
alarms used on the PremierLink™ controller. See Table 13.
ALARM ROUTING CONTROL — The Alarm Routing
Control indicates which CCN system software or devices will
receive and process alarms sent by the PremierLink controller.
This decision consists of 8 digits which can be set to zero or
one. A setting of one indicates alarms should be sent to this
device. A setting of zero disables alarm processing for that
device. Currently the corresponding digits are configured for
the following devices: first digit is for user interface software
(ComfortWORKS
®
, ComfortVIEW™, BACnet/Modbus
Translator, etc.); second digit is for Autodial Gateway or
Telink; fourth digit is for Alarm Printer Interface Module,
DataLINK™ module; digits 3 and 5 through 8 are unused.
Alarm Routing
Control: Range 00000000 to 1111111
Default Value 00000000
ALARM RE-ALARM TIME — This decision is used to con-
figure the number of minutes that will elapse between
re-alarms. A re-alarm occurs when the condition that caused
the initial alarm continues to persist for the number of minutes
specified. Re-alarming continues to occur at the specified
interval until the alarm condition no longer exists.
Re-Alarm Time: Display Units minutes
Display Range 0 to 1440
Default Value 0 (Disabled)
CONTROL TEMPERATURE HYSTERESIS — This con-
figuration defines the range above the high set point and below
the low set point the space temperature must exceed for an
alarm condition to exist during occupied hours.
For example, if the current setpoint is 75 F and the hystere-
sis value is 5° F, an alarm will be generated if space tempera-
ture exceeds the low limit of 70 F or the high limit of 80 F.
Control
Temperature
Hysteresis: Display Units delta degrees F
(delta degrees C)
Range 1.0 to 100.0
Default Value 5.0
CONTROL HUMIDITY HYSTERESIS — This configura-
tion defines the range above the dehumidification set point that
the humidity must exceed to generate an alarm condition. This
value is added to the both the occupied and unoccupied dehu-
midification set points.
Control Humid
Hysteresis: Range –5 to 10 %
Default Value 5 %
SUPPLY AIR TEMPERATURE — LOW LIMIT — The
Supply Air Temperature Low Limit alarm is used to monitor
the value of the supply-air temperature within a specified
range. If the supply-air temperature becomes too low, an alarm
condition will exist.
Supply Air
Temperature
Low Limit: Display Units degrees F (degrees C)
Display Range –40.0 to 245.0
Default Value 45.0
SUPPLY AIR TEMPERATURE — HIGH LIMIT — The
Supply Air Temperature High Limit alarm is used to monitor
the value of the supply-air temperature within a specified
range. If the supply-air temperature becomes too high, an alarm
condition will exist.
Supply Air
Temperature
High Limit: Display Units degrees F (degrees C)
Display Range –40.0 to 245.0
Default Value 150.0
INDOOR AIR QUALITY ALERT LIMIT — The Indoor-
Air Quality Alert Limit alarm defines the allowable CO
2
levels
during occupied periods. If the CO
2
levels become too low or
too high during occupied periods, an alarm condition will exist.
Indoor Air Quality
Low Limit: Display Units PPM (implied)
Display Range 0.0 to 5000.0
Default Value 0.0
Indoor Air Quality
High Limit Display Units PPM (implied)
Display Range 0.0 to 5000.0
Default Value 1200.0
IMPORTANT: Forcing this point will cause the configured
Occupied Low and Occupied High set points to change by
equal amounts.
- Specification 1
- Mount Bypass Controller 6
- Dimensions in ( ) are in mm 9
- START-UP 16
- Display Units F 21
- 0.0 dF TEMP_CAL 21
- OPERATION 22
- System Pressure Operation 22
- Tab 1 1 a 1 3 a 24
- Features/Benefits (cont) 26
- Field-installed accessories 27
- Override 32
- Transformer ground 34
- Chassis Ground 34
- ZC — Zone Controller 48
- 24VAC/DC 50
- (IF USED) 52
- FIELD-SUPPLIED 53
- DRY CONTACT 53
- Perform System Checkout 54
- CONFIGURATION TABLES 57
- pressure and other 58
- as loading conditions on 60
- slidebar information 63
- 2.0 ^F SET_LIMT 66
- 2.0 ^F LOADLIMT 66
- MAINTENANCE TABLES 68
- System Mode Selection — 79
- → 3V™ System Mode Selection 83
- 3V™ Zone Damper Operation 84
- Limit such that: 86
- Table of contents 90
- VVT® system key components 91
- Dimensions (cont) 94
- Performance data 96
- Performance data (cont) 98
- Application data 99
- Application data (cont) 100
- (Locate upstream of damper) 101
- 2) and maximum 110
- 2 (if applicable) 110
- Features/Benefits 114
- Accessories 115
- Specifications 115
- Accessories (cont) 116
- Dimensions 116
- Installation Instructions 117
- CONNECTOR 118
- (PLUG-IN TYPE 118
- Communication Connections 120
- Related Documentation 120
- Smoke Control Applications 121
- CCN Bus Supervisor 122
- Comfort Controller 6400 123
- PRODUCT DATA 124
- Comfort Controller 6400-I/O 125
- Installation, Start-Up and 127
- Configuration Instructions 127
- INSTALLATION 128
- Inspection — 128
- Mount PremierLink™ Control 129
- 50HJQ014,016 UNITS 131
- FIELD WIRING 133
- Factory Wiring 135
- Field Wiring 135
- COVER REMOVED SIDE VIEW 138
- OA — Outdoor Air 141
- OAT — Outdoor Air Temperature 141
- MANUFACTURER CABLE PART NO 142
- Alpha 2413 or 5463 142
- American A22503 142
- Belden 8772 142
- Columbia 02525 142
- LEGEND 145
- N/C — Normally Closed 145
- N/O — Normally Open 145
- C7400A1004 146
- ACTUATOR 150
- 50TJ400812 150
- M9206-GGC-2 150
- Check-Out 151
- O) when occupied 154
- CONFIGURATION 157
- 0.0 ^F STO 158
- 2.0 ^F LIMT 165
- Rev Valve Heat Mode Cool Mode 167
- Heat ON OFF 167
- Cool OFF ON 167
- Book 1 4 178
- Tab 11a 13a 178
- Universal Controller 191
- Introduction 193
- About this Manual 195
- Numbers Specifications 196
- Overview 196
- 8 Inputs 196
- Features 197
- 8 Outputs 197
- Figure 1 199
- InstallationandWiring 201
- Installation and 203
- Panel Mounting 204
- Wall Mounting 205
- DIN Rail Mounting 206
- Power Wiring 207
- System Pilot 207
- Installation 207
- Power Supply 207
- Figure 5 208
- Power Connector Location 208
- Power Connector Pin 208
- Assignments 208
- Communication 209
- Grounding of Bus 210
- Figure 7 211
- CCN Communication Wiring 211
- Figure 8 212
- Communication Connector 212
- Location 212
- Sensor and Device 213
- General Input 214
- Sensor Wiring 214
- Externally Powered 215
- 4-20 mA Sensor Wiring 215
- Wiring T-56 Space 216
- Temperature Sensor 216
- Wiring ACI 10K-AN 216
- Configuration 217
- Guidelines 217
- Checkout 219
- Diagnostic LEDs 222
- External Devices 223
- Module Operation 223
- Additional Temperature to 227
- Resistance Conversions 227
- Input and Output 228
- Connection 228
- Tuning Control 229
- Definition of Terms 230
- Equations 231
- System Checkout 232
- Determination of 234
- Throttling Range 234
- Dual Loop PID Tuning 234
- Single Loop PID Tuning 238
- Appendixes 241
- Wire List 243
- Appendix B 245
- Figure 18 246
- Button for Clearing the 246
- Database 246
- Appendix C 247
- Item Value Comments 248
- Table C-1 248
- Quick Reference Guide 248
- (Continued) 248
- Reader's 257
- Comments 257
- Carrier Corporation 258
- One Carrier Place 258
- Farmington, CT 06034-4015 258
- Attn: CCN Documentation 258
- INSTALLATION 266
- General — 266
- Zone Controller Hardware — 266
- Field-Supplied Hardware — 266
- Mount Zone Controller 268
- ZONE Controller 269
- Connect Airflow Pickups — 271
- HF23BJ042 272
- Install Sensors 283
- Cool Warm 285
- BLK (GND) 285
- RED (SPT) 285
- Zone Controller 288
- Remote Occupancy Contact — 290
- Connect the Outputs — 290
- Perform System 293
- Check-Out 293
- Network Addressing — 294
- Initial Operation and Test — 294
- Airflow Check — 294
- Points Display Screen — 295
- Default Value 1 299
- 0 cfm OFFSET 303
- 2 F LIMT 305
- — This configuration deter 306
- 0 cfm SOFFSET 306
- Units cfm 307
- airflow 312
- Minimum Cooling 312
- Heat Master 314
- Ta b 11 a 1 3 a 316
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