Controls, Start-Up, Operation, Service and ... - Climayoreo

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Discrete Switch Logic Configuration — The SW.LG submenu is used to configure the normally open/normally closed settings of switches and inputs. This is used when field-supplied switches or input devices are used instead of Carrier devices. The normally open or normally closed setting may be different on a field-supplied device. These points are used to match the control logic to the field-supplied device. The defaults for this switch logic section will not normally need changing. However, if a field-installed switch is used that is different from the Carrier switch, these settings may need adjustment. IMPORTANT: Many of the switch inputs to the control can be configured to operate as normally open or normally closed. Settings for switch logic are found at the local displays under the ConfigurationSW.LG submenu. See Table 64. Filter Status Input — Clean (FTS.L) — The filter status input for clean filters is set for normally open. If a field-supplied filter status switch is used that is normally closed for a clean filter, change this variable to closed. IGC Feedback — Off (IGC.L) — The input for IGC feedback is set for normally open for off. If a field-supplied IGC feedback switch is used that is normally closed for feedback off, change this variable to closed. Remote Switch — Off (RMI.L) — The remote switch is set for normally open when off. If a field-supplied control switch is used that is normally closed for an off signal, change this variable to closed. Enthaply Input — Low (ENT.L) — The enthalpy input is set for normally closed when low. If a field-supplied enthalpy switch is used that is normally open when low, change this variable to open. Fan Status Switch — Off (SFS.L) — The fan status switch input is set for normally open for off. If a field-supplied fan status switch is used that is normally closed, change this variable to closed. Demand Limit Switch 1 — Off (DL1.L) — The demand limit switch no. 1 input is set for normally open for off. If a field-supplied demand limit switch is used that is normally closed, change this variable to closed. Demand Limit Switch 2 — Off (DL2.L) — The demand limit switch no. 2 input is set for normally open for off. If a field-supplied demand limit switch is used that is normally closed, change this variable to closed. IAQ Discrete Input — Low (IAQ.L) — The IAQ discrete input is set for normally open when low. If a field-supplied IAQ Table 64 — Switch Logic Configuration 86 discrete input is used that is normally closed, change this variable to closed. Fire Shutdown — Off (FSD.L) — The fire shutdown input is set for normally open when off. If a field-supplied fire shutdown input is used that is normally closed, change this variable to closed. Pressurization Switch — Off (PRS.L) — The pressurization input is set for normally open when off. If a field-supplied pressurization input is used that is normally closed, change this variable to closed. Evacuation Switch — Off (EVC.L) — The evacuation input is set for normally open when off. If a field-supplied evacuation input is used that is normally closed, change this variable to closed. Smoke Purge — Off (PRG.L) — The smoke purge input is set for normally open when off. If a field-supplied smoke purge input is used that is normally closed, change this variable to closed. Dehumidify Switch — Off (DH.LG) — The dehumidify input is set for normally open when off. If a field-supplied dehumidify input is used that is normally closed, change this variable to closed. Display Configuration — The DISP submenu is used to configure the local display settings. A list is shown in Table 65. Test Display LEDs (TEST) — This is used to test the operation of the ComfortLink display. Metric Display (METR) — This variable is used to change the display from English units to Metric units. Language Selection (LANG) — This variable is used to change the language of the ComfortLink display. At this time, only English is available. Password Enable (PAS.E) — This variable enables or disables the use of a password. The password is used to restrict use of the control to change configurations. Service Password (PASS) — This variable is the 4-digit numeric password that is required if enabled. VFD Configurations — There are two sub-menus under the Configuration menu, ConfigurationS.VFD and ConfigurationE.VFD. These configurations are for units equipped with optional supply fan or exhaust fan variable frequency drives (VFDs). These sub-menus contain the configurations required for the Supply Fan and Exhaust Fan VFDs. This section defines the configurations in these sub-menus. See Tables 66 and 67. Further information on VFD configurations can be found in Appendix D. ITEM EXPANSION RANGE CCN POINT DEFAULT SW.LG SWITCH LOGIC: NO / NC FTS.L Filter Status Inpt-Clean Open/Close FLTSLOGC Open IGC.L IGC Feedback - Off Open/Close GASFANLG Open RMI.L RemSw Off-Unoc-Strt-NoOv Open/Close RMTINLOG Open ENT.L Enthalpy Input - Low Open/Close ENTHLOGC Close SFS.L Fan Status Sw. - Off Open/Close SFSLOGIC Open DL1.L Dmd.Lmt.Sw.1 - Off Open/Close DMD_SW1L Open DL2.L Dmd.Lmt.Sw.2 - Off Open/Close DMD_SW2L Open IAQ.L IAQ Disc.Input - Low Open/Close IAQINLOG Open FSD.L Fire Shutdown - Off Open/Close FSDLOGIC Open PRS.L Pressurization Sw. - Off Open/Close PRESLOGC Open EVC.L Evacuation Sw. - Off Open/Close EVACLOGC Open PRG.L Smoke Purge Sw. - Off Open/Close PURGLOGC Open DH.LG Dehumidify Sw. - Off Open/Close DHDISCLG Open
SUPPLY FAN VFD CONFIGURATION — The sub-menu that contains these configurations is located at the local display under ConfigurationS.VFD. VFD1 Nominal Motor Volts (N.VLT) — This configuration defines the nominal motor voltage. This value must equal the value on the motor rating plate. This value sets the maximum drive output voltage supplied to the motor. NOTE: The VFD cannot supply the motor with a greater voltage than the voltage supplied to the input of the VFD. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD1 Nominal Motor Amps (N.AMP) — This configuration defines the nominal motor current. This value must equal the value defined in the Supply Fan Motor Limitations Table 26 or Table 27. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD1 Nominal Motor Freq (N.FRQ) — This configuration defines the nominal motor frequency. This value must equal the value on the motor rating plate. This value sets the frequency at which the output voltage equals the Nominal Motor Volts (N.VLT). Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD1 Nominal Motor RPM (N.RPM) — This configuration defines the nominal motor speed. This value must equal the value on the motor rating plate. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD1 Nominal Motor HPwr (N.PWR) — This configuration defines the nominal motor power. This value must equal the value on the motor rating plate. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD1 Motor Direction (M.DIR) — This configuration sets the direction of motor rotation. Motor direction change occurs immediately upon a change to this configuration. Power to the VFD need NOT be cycled for a change to this configuration to take effect. VFD1 Acceleration Time (ACCL) — This configuration sets the acceleration time from zero to maximum output frequency. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD1 Deceleration Time (DECL) — This configuration sets the deceleration time from maximum output frequency to zero. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD1 Switching Frequency (SW.FQ) — This configuration sets the switching frequency for the drive. Power to the VFD *This default is model number dependent. Table 65 — Display Configuration Table 66 — Supply Fan VFD Configuration 87 must be cycled in order for a change to this configuration to take effect. VFD1 Type (TYPE) — This configuration sets the type of VFD communication. This configuration should not be changed without first consulting a Carrier service engineering representative. EXHAUST FAN VFD CONFIGURATION — The submenu that contains these configurations is located at the local display under ConfigurationE.VFD. VFD2 Nominal Motor Volts (N.VLT) — This configuration defines the nominal motor voltage. This value must equal the value on the motor rating plate. This value sets the maximum drive output voltage supplied to the motor. NOTE: The VFD cannot supply the motor with a greater voltage than the voltage supplied to the input of the VFD. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD2 Nominal Motor Amps (N.AMP) — This configuration defines the nominal motor current. This value must equal the value defined in the High-Capacity Power Exhaust Systems Motor Limitations Table 28. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD2 Nominal Motor Freq (N.FRQ) — This configuration defines the nominal motor frequency. This value must equal the value on the motor rating plate. This value sets the frequency at which the output voltage equals the Nominal Motor Volts (N.VLT). Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD2 Nominal Motor RPM (N.RPM) — This configuration defines the nominal motor speed. This value must equal the value on the motor rating plate. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD2 Nominal Motor HPwr (N.PWR) — This configuration defines the nominal motor power. This value must equal the value on the motor rating plate. Power to the VFD must be cycled in order for a change to this configuration to take effect. VFD2 Motor Direction (M.DIR) — This configuration sets the direction of motor rotation. Motor direction change occurs immediately upon a change to this configuration. Power to the VFD need NOT be cycled for a change to this configuration to take effect. VFD2 Acceleration Time (ACCL) — This configuration sets the acceleration time from zero to maximum output frequency. Power to the VFD must be cycled in order for a change to this configuration to take effect. ITEM EXPANSION RANGE UNITS CCN POINT DEFAULT TEST Test Display LEDs ON/OFF TEST Off METR Metric Display ON/OFF DISPUNIT Off LANG Language Selection 0-1(multi-text strings) LANGUAGE 0 PAS.E Password Enable ENABLE/DISABLE PASS_EBL Enable PASS Service Password 0000-9999 PASSWORD 1111 ITEM EXPANSION RANGE UNITS CCN POINT DEFAULT S.VFD SUPPLY FAN VFD CONFIG N.VLT VFD1 Nominal Motor Volts 0 to 999 Volts VFD1NVLT 460* N.AMP VFD1 Nominal Motor Amps 0 to 999 Amps VFD1NAMP 55.0* N.FRQ VFD1 Nominal Motor Freq 10 to 500 Hz VFD1NFRQ 60 N.RPM VFD1 Nominal Motor RPM 50 to 30000 RPM VFD1NRPM 1750 N.PWR VFD1 Nominal Motor HPwr 0 to 500 HP VFD1NPWR 40* M.DIR VFD1 Motor Direction 0=FWD, 1=REV VFD1MDIR 0 ACCL VFD1 Acceleration Time 0 to 1800 sec VFD1ACCL 30 DECL VFD1 Deceleration Time 0 to 1800 sec VFD1DECL 30 SW.FQ VFD1 Switching Frequency 0=1kHz, 1=4kHz, 2=8kHz, 3=12kHz VFD1SWFQ 2 TYPE VFD1 Type 0=LEN, 1=ANALOG VFD1TYPE 0
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Controls, Start-Up, Operation, Serv
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WARNING What to do if you smell gas
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and the ENTER keys until the desire
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START-UP IMPORTANT: Do not attempt
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Table 4 — Fan Performance — 48P
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AIRFLOW (cfm) Table 10 — Fan Perf
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AIRFLOW (Cfm) LEGEND Table 18 — F
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AIRFLOW (cfm) LEGEND Bhp — Brake
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HIGH-EFFICIENCY MOTORS Nominal Maxi
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2. Under the Setpoints menu, set th
Page 35 and 36: would use Period 2 and set days Sat
Page 37 and 38: there is a loss of communication be
Page 39 and 40: and when ON, the control sets a cap
Page 41 and 42: System Mode Test — When the syste
Page 43 and 44: Table 31 — Unit Configuration ITE
Page 45 and 46: SETTING UP THE SYSTEM Machine Contr
Page 47 and 48: High SST Alert Delay Time (H.SST)
Page 49 and 50: Table 36 — Cool/Heat Set Point Of
Page 51 and 52: Table 38 — Run Status Cool Displa
Page 53 and 54: To use Demand Limiting, select the
Page 55 and 56: Size 050, 055, 060 Contactor OFM(s)
Page 57 and 58: Whenever the outdoor ambient temper
Page 59 and 60: Demand Level Low Heat Off Offset (L
Page 61 and 62: Limit Switch Low Temp (SW.L.T) —
Page 63 and 64: STAGE Table 49 — IGC LED Indicato
Page 65 and 66: Table 50 — Static Pressure Contro
Page 67 and 68: Table 53 — Dirty Filter Switch Po
Page 69 and 70: NOTE: If the user wishes to disable
Page 71 and 72: the economizer modulates when attem
Page 73 and 74: P = K * BP.P * (error) I = K * BP.I
Page 75 and 76: its smoke. Closing the economizer (
Page 77 and 78: Table 57 — Indoor Air Quality Con
Page 79 and 80: Table 58 — Humidity Configuration
Page 81 and 82: The default sensor is the return ai
Page 83 and 84: TEMPERATURE COMPENSATED START LOGIC
Page 85: Sensor Trim Configuration — The T
Page 89 and 90: REMOTE SWITCH LOGIC CONFIGURATION (
Page 91 and 92: Alarms and Alarm History for for an
Page 93 and 94: Transducer Troubleshooting — The
Page 95 and 96: Table 75 — 10K Thermistor vs Resi
Page 97 and 98: TEMP RESISTANCE (F) (Ohms) -25 98,0
Page 99 and 100: PRESSURE (PSIG) Table 80 — Suctio
Page 101 and 102: Table 81 — Discharge Pressure Tra
Page 103 and 104: Table 82 — Auto View of Run Statu
Page 105 and 106: Table 84 — Cooling Information Di
Page 107 and 108: equalize compressor oil levels. If
Page 109 and 110: Table 91 — Alert and Alarm Codes
Page 111 and 112: T072 (Evaporator Discharge Reset Se
Page 113 and 114: This alarm will disable mechanical
Page 115 and 116: This is the reverse of the Pressuri
Page 117 and 118: 117 a48-8408 Fig. 19 — Typical Po
Page 119 and 120: OD ENTHALPY SWITCH LOW REMOTE OCCUP
Page 121 and 122: Fig. 23 — Typical Electric Heat U
Page 123 and 124: 123 Fig. 25 — Typical Gas Heat Se
Page 125 and 126: 125 Fig. 27 — Component Arrangeme
Page 127 and 128: ACCSY — Accessory ACC’Y — Acc
Page 129 and 130: Table 93 — Rooftop Control Board
Page 131 and 132: Table 96 — Control Expansion Modu
Page 133 and 134: LEGEND IAQ — Indoor Air Quality V
Page 135 and 136: the motor position to be configured
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TIME EWT LWT SETP Run Status Servic
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Fig. 37 — Door Latch Fig. 38 —
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SUPPLY FAN AND POWER EXHAUST MOTOR
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Routine cleaning of coil surfaces i
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Saturated Discharge Temperature (de
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Gas System Adjustment (48P Only) GA
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APPENDIX A — LOCAL DISPLAY TABLES
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APPENDIX B — CCN TABLES (cont) ST
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APPENDIX B — CCN TABLES (cont) ST
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APPENDIX B — CCN TABLES (cont) SE
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APPENDIX B — CCN TABLES (cont) MA
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APPENDIX B — CCN TABLES (cont) MA
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TESTACTC TESTCOOL TESTFANS TESTHEAT
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APPENDIX C — UNIT STAGING TABLES
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* 41 for Supply Fan Motor VFD, 42 f
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Fig. B — VFD Keypad START UP WITH
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Upload All Parameters — To upload
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To replace the main fan for frame s
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ALARM CODE ALARM NAME IN PANEL 2001
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APPENDIX E — MODE SELECTION PROCE
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CONTROLS SET POINT AND CONFIGURATIO
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Controls, Start-Up, Operation, Service and ... - Climayoreo

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