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Manual 2100-614K
Page

58 of 61

7961-731

Comfort Mode

Press “Comfort” button once to reset to 72F/22C

Cooling and 68F/20C Heating for 1-hour. Display

will flash during override period. Press 2nd-time to

cancel during override if desired, or controller will

automatically revert to selected SP after 1-hour.

1. To swap lead and lag units press “ADVANCE”.
2. To enter the Program mode press the

“Program” button and release it when “Pro9”

appears. Use “DOWN” or “UP” arrows to

scroll through menu.

3. A “Flashing” display means that the function

or choice is “Set”, and the display will alternate

between the step function and setting.

4. To change the setting of any step press

the “Change” button and the display will

stop flashing, allowing change to the

setting by using the “Down” or “Up” arrows.

When desired setting is reached press the

“Save” button, and proceed as desired.

5. When done programming press the

“Program” button until display stops flashing

and room temperature is shown. If no buttons

are pushed within 30-seconds the controller

will automatically revert back to “Run” mode.

Operating Instructions

1st

Stage

2nd

Stage

Unit

3rd

Stage

4th

Stage

Cooling

Heating

Digital

Display

Dehumid.
Operation

Lead
Unit

1st

Stage

2nd

Stage

3rd

Stage

4th

Stage

Power Loss Sys. 1

Fire/Smoke Alarm

Low Temp. Alarm

High Temp. Alarm 1

High Temp. Alarm 2

Lead/Lag Controller

Failure Alarm

Power Loss Sys. 2

Refrig. Alarm Sys. 1

Refrig. Alarm Sys. 2

AB3000-B

Alarm Board Functions

AB3000-A

Alarm Board Functions

Off

Program

Advance

Change

Save

Comfort

Alarms

Alarm boards are optional
and can be factory or field

installed. See inside of

controller for any alarm

functions.

Solid State Dual Unit Lead Lag Controller

Series

Program Menu

NOTE: Push and hold Up or Down arrows for 1-second

until display blanks to move between steps.

Temperature at local (main) Sensor

Temperature at Remote 1 sensor location*

Temperature at Remote 2 sensor location*

Cooling setpoint temperature

(65 to 90F or 18.3 to 32.2C - Default is 77F/25C)

Deadband between cooling and heating setpoint

(2 to 40F or 1.1 to 22.2C - Default is 17F/9.4C)

Continuous blower operation

(None, Lead, Both - Default is None)

Degree display (F or C - Default is F)

Alternating Lead-Lag-Lead-Lag Sequence or

Non-Alternating Lead-Lead-Lag-Lag Sequence

(Yes or No - Default is Yes for Alternating)

Lead-Lag changeover time (Days)

(1 to 30 days, or 0 for disabled - Default is 7)

Heat pump logic enabled - only for 1-stage

heat pumps and forces Lead-Lag sequence

and overrides a Non-Alt setting

(Yes or No - Default is No)

Unit 1 and 2 blowers automatically both run if

delta T

5F between any 2 connected sensors

(Yes or No - Default is Yes)

3-minute lead unit & 4-minute lag unit off-delay enabled

(Yes or No - Default is No)

Minimum of 3-minute compressor runtime enabled

(Yes or No - Default is No)

Low temperature alarm setpoint

(28 to 65F or 21.1 to 48.8C - Default is 45F/7.2C)

High temperature alarm Level 1 setpoint

(70F to 120F or 21.1 to 48.8C - Default is 90F/32.2C)

High temperature alarm Level 2 setpoint (70F to 120F or 21.1 to 49C - Default is 95F/35C)

Inter-stage differential from Stage 1 to 2 (2, 3, 4, 5 or 6F - Default is 4)

Inter-stage differential from Stage 2 to 3

(2 or 3F - Default is 2)

Inter-stage differential from Stage 3 to Stage 4

(2 or 3F - Default is 2)

Turn “On” above SP for Stage 1 Cooling (+1 or +2 - Default is +2)

Turn “Off” below SP for Stage 1 Cooling (-1, -2, -3, or -4F - Default is -2)

Note: For CSon and CSoF Stage 2, 3 and 4 Cooling are automatically same as Stage 1

All Heating stages are equal -/+ On & Off differential (-1/+1 or -2/+2 - Default is -2/+2)

1 or 2-stage compressor, if set to 1 the 2nd-Stage Cooling Alarm activates on Cooling Call 2

If set to 2 the 2nd-Stage Cooling Alarm activates on Cooling Call 3. (1 or 2 - Default is 1)

Controller is Locked. Consult building authority for further instructions.

r1 and r2 will display temperature only if optional remote sensors are installed.

If sensors are not installed these are omitted in the display sequence. If r1 and/or r2 sensor

installed the MC

controller

will control to the “average” of the connected sensors.

Consult installation instructions for additional details.

Содержание MC4002

Страница 1: ...4002 Series Solid State Dual Unit Lead Lag Controller INSTALLATION INSTRUCTIONS REPLACEMENT PARTS LIST Bard Manufacturing Company Inc Bryan Ohio 43506 www bardhvac com Manual 2100 614K Supersedes 2100 614J Date 4 1 21 ...

Страница 2: ... Operating Sequences for Alternating Lead Lag Lead Lag Configuration 11 Cooling Operating Sequences for Non Alternating Lead Lead Lag Lag Configuration 13 Heating Sequence of Operation 15 Specifications for Optional Remote Communication Board 15 Controller Wiring 23 Security Locking Feature 23 Generator Run Feature 23 Backup DC Power Connection 23 Controller Connections Diagrams 24 Single Unit App...

Страница 3: ...ations or user preference The MC4002 can be equipped with one of two alarm boards and these can be factory installed or installed at any time in the field if so desired Should the base controller alone be initially installed it is easily upgradeable by simple snap in plug in field installation of either one of the alarm boards requiring only the connection of the building alarm circuitry to the al...

Страница 4: ... 49C Storage temperature range 20 to 140F 29 to 60C Temperature accuracy 1F from 60 85F 16 30C 1 outside 60 85F Lead lag changeover time 0 to 30 days Timing accuracy 1 Inter stage time delay 10 seconds between stages Inter stage differential Stage 1 to 2 Range 2 6F default is 4 Stage 2 to 3 Range 2 3F default is 2 Stage 3 to 4 Range 2 3F default is 2 On Off differential 2F 1C is standard 4F 3C whe...

Страница 5: ...f this is the only sensor connected it will control the temperature read out the space building temperature and also be used for Low and High Temperature alarm functions If one or more REMOTE sensors are installed and connected Rem 1 or Rem 2 the temperature read out will display and the building will be controlled to an average of all connected sensors If there is more than 10F difference from th...

Страница 6: ...ated for pilot duty operation at 2 amp 24VAC minimum Shielded wire 22 gauge minimum must be used and the shield must be grounded to the controller enclosure SPECIFICATIONS FEATURES FOR ALARM BOARDS MC4002 A w Optional Base Alarm Board Inputs Outputs NOTE If this alarm board was not originally factory installed it can be field installed at anytime Bard part number is AB3000 B NOTE If this alarm boa...

Страница 7: ...ling output is delayed after that stage is called for There is also a delay after the stage is satisfied and after the LED stops blinking the stage will turn off There is a minimum 10 second delay between stages 2 3 and 3 4 but no delayed output when stage is turned on or off and LED for those stages will not blink BLOWER OPERATION The controller can be configured to have main HVAC blowers cycle o...

Страница 8: ... SETTINGS Order Display Description Range Choice Default LSEn Temperature at local main sensor SP Cooling setpoint temperature 65 to 90F 18 to 32C 77F 25C db Deadband between cooling SP and heating setpoint 2 to 40F 1 to 24C 17F 9 4C r1 Temperature at remote sensor 1 location if connected r2 Temperature at remote sensor 2 location if connected cFAn Continuous blower operation None Lead Both None d...

Страница 9: ...running in dehumidification mode Cooling and heating operation will use lead lag operation controlled by the MC4002 When purchasing equipment to be used with this humidity reduction method it is important that one or both wall mount units include the D hot gas reheat dehumidification option Synchronized Dehumidification Option NOTE This function is not available if controller is configured for hea...

Страница 10: ...r 8403 047 One or both units must be equipped with the D hot gas reheat dehumidification option Dehumidification operation will be independent from the MC4002 controller Sequence of operation with default set points 1 Temperature control always has priority over dehumidification regarding individual unit operation If there is any stage of cooling demand active the dehumidification sequence is lock...

Страница 11: ...he Stage 1 LED will blink for 10 seconds before going solid at which time the compressor will start 2nd cooling setpoint is 4F default setting user selectable 2 6F warmer than Stage 1 On a call for 2nd Stage cooling the blower of the lag unit is turned on if not already on See Blower Operation and the Stage 2 LED will blink for 10 seconds before going solid at which time the compressor will start ...

Страница 12: ...turned on if not already on See Blower Operation and the Stage 2 LED will blink for 10 seconds before going solid at which time the lag unit Y1 cooling output turns on If the outdoor temperature and humidity conditions are below the setpoint of the economizer control the lag unit economizer will operate instead of the compressor If outdoor conditions are not acceptable for free cooling the compres...

Страница 13: ...ing selection and force system to Alternating Lead Lag Lead Lag sequence 1 2 Stage Compressor Units No Economizer 1st stage1st stage cooling setpoint is the setting SP input into the controller Factory default is 77F 25C On a call for cooling the blower of the lead unit will come on immediately if not already on See Blower Operation and the Stage 1 LED will blink for 10 seconds before going solid ...

Страница 14: ...outside free cooling range no action occurs at 4th cooling setpoint 4 2 Stage Compressor Units with EIFM Economizers 1st stage cooling setpoint is the setting SP input into the controller Factory default is 77F 25C On a call for cooling the blower of the lead unit will come on immediately if not already on See Blower Operation and the Stage 1 LED will blink for 10 seconds before going solid at whi...

Страница 15: ...ditioners with electric heat or heat pumps will automatically operate in Alternating Lead Lag Lead Lag sequence even if controller is set to Non Alternating for cooling with or without economizers 1 Air Conditioners with Electric Heat 1st stage heating setpoint is the dead band db below the 1st stage cooling setpoint the SP entered into the program The dead band is adjustable from 2 40F and factor...

Страница 16: ...ndows 10 1 Open Control Panel click Network Internet 2 Click Network Sharing Center 3 Click Local Area Connection or Ethernet link 4 Click Properties 5 Highlight Internet Protocol Version 4 TCP IPV4 and select Properties 6 Change the addresses as follows IP address 192 168 1 50 Subnet mask 255 255 255 0 Default gateway 192 168 1 1 Preferred DNS server 192 168 1 10 Alternate DNS server 192 168 1 11...

Страница 17: ...ontroller system Locked or Unlocked e Comfort mode Active or not 3 Temperatures a Average temperature if more than one sensor used if not will read same as Local sensor b Local sensor at controller c Remote 1 or Remote 2 if connected 4 General Alarm Status a Fire Smoke Clear or Alarm b Low Temp Clear or Alarm c High Temp 1 Clear or Alarm d High Temp 2 Clear or Alarm e Controller Failure Clear or A...

Страница 18: ...eries in the browser s URL address bar to access the CB5000 Series NOTE 2 To get back to the CB5000 Series default IP setting simply hold the reset button next to the Ethernet jack for 5 seconds then release Connect to Network 1 After initial set up using laptop computer disconnect computer cable from the Ethernet port and connect the CAT 5 or CAT 6 network cable 2 Remote access is now available u...

Страница 19: ...es Notification Setup Page MC4000 HVAC Monitor Controller The notification setup page is used to determine which alarms are remotely communicated to the offsite monitoring systems The CB5000 Series has the capability to communicate using SNMP v2 protocol as well as email notifications for specific events Email Notifications To enable email notifications ensure that the check box is checked next to...

Страница 20: ... Traffic Limitation The CB5000 Series has limitations regarding how fast the controller can be polled for data It is recommended that polling be limited to no faster than once per minute In addition to this it is also recommended that the network administrator for the network in which the device will be connected is contacted regarding a network inventory scan If the network has a scheduled networ...

Страница 21: ... List Description Setup ipv4TrapReceiverNumber Used to indicate the row of the table and is not configurable Setup ipv4TrapEnabled Used to enable up to 4 IPv4 trap recipients Setup ipv4TrapReceiverIPAddress Used to set the IP address destination for each IPv4 recipients Setup ipv4TrapCommunity Used to set the community for each IPv4 recipient Setup ipv6TrapReceiverNumber Used to indicate the row o...

Страница 22: ...er Locked Status SystemStatus LeadUnitHVAC1 Lead unit is HVAC 1 SystemStatus LeadUnitHVAC2 Lead unit is HVAC 2 SystemStatus Unit1Fan Unit 1 fan status SystemStatus Unit2Fan Unit 2 fan status Operation Status CoolingStage1 Stage 1 cooling status Operation Status CoolingStage2 Stage 2 cooling status Operation Status CoolingStage3 Stage 3 cooling status Operation Status CoolingStage4 Stage 4 cooling ...

Страница 23: ...d password CONTROLLER WIRING The MC4002 can be used for controlling two 2 air conditioners with or without economizers It can also be configured for two 2 heat pumps without economizers Units with economizers will connect differently than units without economizers therefore it is important to use the correct connection diagram There are older style EIFM economizers and newer style ECONWM or WECOP ...

Страница 24: ...37 14 1 Stage WA WL W A W L Series Air Conditioners No Economizers with Alarm Board CB5000 Series Communication Board 38 15 1 Stage WA WL W A W L Series Air Conditioners with ECONWM Economizers 39 16 1 Stage WA WL W A W L Series Air Conditioners with ECONWM Economizers and with Alarm Board CB5000 Series Communication Board 40 17 1 Stage WA WL W A W L Series Air Conditioners with EIFM Economizers 4...

Страница 25: ...EN ON ALARM REMOVE JUMPER GENERATOR RUN ALARM OPTIONAL FIELD INSTALLED 1 NUMBER 8612 023A SILVER COPPER SILVER COPPER SILVER COPPER SENSORS BARD PART SENSOR 12 LEADS STANDARD LOCAL 35 FOOT TEMPERATURE CU AND SILVER LEAD TO AG LEAD MUST CONNECT TO CONTROLLER GEN REM 2 REM 1 LOCAL UNIT 2 UNIT 1 4 48 VDC HUMIDITY POLARITY SENSITIVE COPPER NOTE ALL SENSORS ARE OPTIONAL FIELD INSTALLED OPTIONAL ALARM B...

Страница 26: ...LARM REMOVE JUMPER C GENERATOR RUN ALARM OPTIONAL FIELD INSTALLED 1 NUMBER 8612 023A SILVER COPPER SILVER COPPER SILVER COPPER SENSORS BARD PART SENSOR 12 LEADS STANDARD LOCAL 35 FOOT TEMPERATURE CU AND SILVER LEAD TO AG LEAD MUST CONNECT TO CONTROLLER GEN REM 2 REM 1 LOCAL UNIT 2 UNIT 1 O 48 VDC HUMIDITY POLARITY SENSITIVE COPPER NOTE ALL SENSORS ARE OPTIONAL FIELD INSTALLED OPTIONAL ALARM BOARD ...

Страница 27: ...ARE NUMBER 8612 023A REMOVE JUMPER SENSORS BARD PART NC CONTACTS OPEN ON ALARM GENERATOR RUN ALARM 35 FOOT TEMPERATURE OPTIONAL FIELD INSTALLED NO CONTACTS CLOSE ON RISE HUMIDITY CONTROLLER JADE CONTROLLER MUST BE SET TO 10V ON MINIMUM POSITION TO WORK AS EMERGENCY COOLING REMOVE JUMPER 3 2 2 F E 3 OPTIONAL ALARM BOARD F E 2 3 2 3 ECON 1 LOCKOUT 1 LOCKOUT 2 1 ECON 2 A 3 2 1 2 A C 1 A C 2 1 REFRIGE...

Страница 28: ...VE COPPER NOTE ALL SENSORS ARE NUMBER 8612 023A NC CONTACTS OPEN ON ALARM GENERATOR RUN ALARM 35 FOOT TEMPERATURE OPTIONAL FIELD INSTALLED NO CONTACTS CLOSE ON RISE HUMIDITY CONTROLLER JADE CONTROLLER MUST BE SET TO 10V ON MINIMUM POSITION TO WORK AS EMERGENCY COOLING REMOVE JUMPER 3 2 2 F E 3 3 F E 2 3 2 A ECON 1 LOCKOUT 1 LOCKOUT 2 ECON 2 A 1 BOARD ALARM 3 2 1 2 A C 1 A C 2 1 REFRIGERANT PRESSUR...

Страница 29: ...UMBER 8612 023A REMOVE JUMPER SENSORS BARD PART NC CONTACTS OPEN ON ALARM GENERATOR RUN ALARM 35 FOOT TEMPERATURE NO CONTACTS CLOSE ON RISE HUMIDITY CONTROLLER A C 2 THE JUMPER BETWEEN Y2 AND Y3 MUST BE IN PLACE Y2 OPTIONAL FIELD INSTALLED NC CONTACTS OPEN ON ALARM FIRE SMOKE ALARM CIRCUIT A C 1 REMOVE JUMPER UNIT 1 48 VDC CONNECTION FIRE SMOKE OPTIONAL 48 VDC Y1 R G B W1 C R G W Y2 Y1 C F2 F1 Y2 ...

Страница 30: ...Y2 B W1 G R C G R B W1 Y2 NC CONTACTS OPEN ON ALARM FIRE SMOKE FIRE SMOKE ALARM CIRCUIT CONNECTION 48 VDC UNIT 1 UNIT 2 LOCAL REM 1 REM 2 GEN OPTIONAL 48 VDC CONTROLLER HUMIDITY SENSOR 12 LEADS COPPER SILVER COPPER SILVER COPPER SILVER NOTE DC BACK UP POWER STANDARD LOCAL 3 NUMBER 8612 023A BOARD RT NC CONTACTS OPEN ON ALARM GENERATOR RUN ALARM 35 FOOT TEMPERATURE NO CONTACTS CLOSE ON RISE 3 2 2 F...

Страница 31: ...8 VDC HUMIDITY CONNECTION FIRE SMOKE OPTIONAL 48 VDC POLARITY SENSITIVE COPPER NOTE ALL SENSORS ARE OPTIONAL FIELD INSTALLED OPERATE ON DC POWER ONLY OR CONTROLLER WILL NOT FIRE SMOKE ALARM CIRCUIT NC CONTACTS OPEN ON ALARM Y1 B W1 Y2 R G C R B W1 C CU AG CU AG R G W C H2 H1 G2 G1 AG CU Y2 G Y1 F2 F1 IS POLARITY SENSITIVE AND MIS 4285 Y2 MUST BE CONNECTED AS SHOWN 5 W2 ADD JUMPER IF 15 KW OR HIGHE...

Страница 32: ...TANDARD LOCAL POLARITY SENSITIVE COPPER NOTE ALL SENSORS ARE NUMBER 8612 023A REMOVE JUMPER SENSORS BARD PART NC CONTACTS OPEN ON ALARM GENERATOR RUN ALARM 35 FOOT TEMPERATURE NO CONTACTS CLOSE ON RISE 3 2 2 F E HUMIDITY CONTROLLER 3 3 F E 2 3 2 A LOCKOUT 1 F1 LOCKOUT 2 ECON 2 A BOARD 3 2 4 2 4 A C 1 A C 2 ALARM OPTIONAL FIELD INSTALLED OPTIONAL FIELD INSTALLED R 2 3 E P M A D T U O X 3 3 NO 2 C 3...

Страница 33: ...ONAL FIELD INSTALLED REFRIGERANT LOCKOUT CONNECTIONS FOR OPTIONAL ALARM BOARD IS POLARITY SENSITIVE AND NOTE DC BACK UP POWER Y2 Y1 UNIT 1 LOCAL REM 1 GEN 48 VDC LOCKOUT 2 HUMIDITY CONTROLLER CU AND SILVER LEAD TO AG LEAD MUST CONNECT TO SENSOR 12 LEADS CU COPPER R SILVER COPPER SILVER STANDARD LOCAL POLARITY SENSITIVE COPPER NOTE ALL SENSORS ARE NUMBER 8612 023A REMOVE JUMPER SENSORS BARD PART NC...

Страница 34: ... TERMINALS A C 2 24V TERMINALS A C 1 MUST BE CONNECTED AS SHOWN POLARITY SENSITIVE COPPER NOTE ALL SENSORS ARE U STANDARD LOCAL 48 VDC UNIT 1 UNIT 2 LOCAL REM 1 REM 2 GEN CONTROLLER HUMIDITY CU AND SILVER LEAD TO AG LEAD MUST CONNECT TO SENSOR 12 LEADS COPPER SILVER COPPER SILVER COPPER O 35 FOOT TEMPERATURE GENERATOR RUN ALARM NC CONTACTS OPEN ON ALARM NUMBER 8612 023A REMOVE JUMPER SENSORS BARD ...

Страница 35: ... MUST CONNECT TO SENSOR 12 LEADS COPPER SILVER COPPER SILVER COPPER SILVER NOTE DC BACK UP POWER STANDARD LOCAL POLARITY SENSITIVE COPPER NOTE ALL SENSORS ARE NUMBER 8612 023A REMOVE JUMPER SENSORS BARD PART NC CONTACTS OPEN ON ALARM GENERATOR RUN ALARM 35 FOOT TEMPERATURE OPTIONAL FIELD INSTALLED NO CONTACTS CLOSE ON RISE HUMIDITY CONTROLLER A C 2 REMOVE JUMPER 3 2 2 F E 3 A 3 F E 2 3 2 A ECON 1 ...

Страница 36: ...PER SILVER REMOVE JUMPER IS POLARITY SENSITIVE AND GEN OPTIONAL 48 VDC CONTROLLER NOTE ALL SENSORS ARE HUMIDITY 2 REM 1 C ECON 2 STANDARD LOCAL NOTE DC BACK UP POWER NC GENERATOR RUN ALARM REMOVE JUMPER 3 2 2 LOCKOUT 1 F CB5000 3 3 F E 2 3 2 A ECON 1 E NUMBER 8612 023A NC CONTACTS OPEN ON ALARM HUMIDITY CONTROLLER LOCKOUT 2 35 FOOT TEMPERATURE OPTIONAL FIELD INSTALLED NO CONTACTS CLOSE ON RISE W N...

Страница 37: ...Manual 2100 614K Page 37 of 61 MIS 2012D CONTROLLER CONNECTIONS DIAGRAM 13 1 Stage WA WL W A W L Series Air Conditioners No Economizers ...

Страница 38: ...Manual 2100 614K Page 38 of 61 CONTROLLER CONNECTIONS DIAGRAM 14 1 Stage WA WL W A W L Series Air Conditioners No Economizers with Alarm Board CB5000 Series Communication Board ...

Страница 39: ...Manual 2100 614K Page 39 of 61 CONTROLLER CONNECTIONS DIAGRAM 15 1 Stage WA WL W A W L Series Air Conditioners with ECONWM Economizers ...

Страница 40: ...Manual 2100 614K Page 40 of 61 CONTROLLER CONNECTIONS DIAGRAM 16 1 Stage WA WL W A W L Series Air Conditioners with ECONWM Economizers and with Alarm Board CB5000 Series Communication Board ...

Страница 41: ...Manual 2100 614K Page 41 of 61 CONTROLLER CONNECTIONS DIAGRAM 17 1 Stage WA WL W A W L Series Air Conditioners with EIFM Economizers ...

Страница 42: ...Manual 2100 614K Page 42 of 61 CONTROLLER CONNECTIONS DIAGRAM 18 1 Stage WA WL W A W L Series Air Conditioners with EIFM Economizers and with Alarm Board CB5000 Series Communication Board ...

Страница 43: ...Manual 2100 614K Page 43 of 61 CONTROLLER CONNECTIONS DIAGRAM 19 2 Stage WA S WL S Series Air Conditioners No Economizers ...

Страница 44: ...Manual 2100 614K Page 44 of 61 CONTROLLER CONNECTIONS DIAGRAM 20 2 Stage WA S WL S Series Air Conditioners No Economizers with Alarm Board CB5000 Series Communication Board ...

Страница 45: ...Manual 2100 614K Page 45 of 61 CONTROLLER CONNECTIONS DIAGRAM 21 2 Stage WA S WL S Series Air Conditioners with ECONWM Economizers ...

Страница 46: ...Manual 2100 614K Page 46 of 61 CONTROLLER CONNECTIONS DIAGRAM 22 2 Stage WA S WL S Series Air Conditioners with ECONWM Economizers and with Alarm Board CB5000 Series Communication Board ...

Страница 47: ...Manual 2100 614K Page 47 of 61 CONTROLLER CONNECTIONS DIAGRAM 23 2 Stage WA S WL S Series Air Conditioners with EIFM Economizers ...

Страница 48: ...Manual 2100 614K Page 48 of 61 CONTROLLER CONNECTIONS DIAGRAM 24 2 Stage WA S WL S Series Air Conditioners with EIFM Economizers and with Alarm Board CB5000 Series Communication Board ...

Страница 49: ...62 RELAYS NOTE ALL SENSORS ARE G IS POLARITY SENSITIVE AND R REMOVE JUMPER UNIT 1 48 VDC CONNECTION FIRE SMOKE F2 F1 CB OPTIONAL 48 VDC 3 LOCKOUT 1 LOCKOUT 2 2 REFRIGIRANT LOCKOUT CONNECTIONS FOR NC CONTACTS OPEN ON ALARM REMOVE JUMPER GENERATOR RUN ALARM OPTIONAL ALARM BOARD 1 NUMBER 8612 023A SILVER COPPER SILVER COPPER SILVER COPPER SENSORS BARD PART SENSOR 12 LEADS STANDARD LOCAL CONTROLLER GE...

Страница 50: ...1 G2 H1 H2 AG CU AG CU LOCAL REM 1 REM 2 GEN HUMIDITY SENSOR 12 LEADS COPPER SILVER COPPER SILVER C 1 24V TERMINALS HEAT PUMP 1 HEAT PUMP 2 24V TERMINALS NUMBER 8612 023A CONTROLLER STANDARD LOCAL 35 FOOT TEMPERATURE REMOVE JUMPER REFRIGIRANT LOCKOUT GENERATOR RUN ALARM LOCKOUT 2 LOCKOUT 1 CB F1 F2 CONNECTIONS FOR 2 3 CONNECTION Y2 48 VDC SENSORS BARD PART MUST BE CONNECTED AS SHOWN COPPER OR CONT...

Страница 51: ...Manual 2100 614K Page 51 of 61 CONTROLLER CONNECTIONS DIAGRAM 27 WH W H SH S H Heat Pumps No Economizers ...

Страница 52: ...Manual 2100 614K Page 52 of 61 CONTROLLER CONNECTIONS DIAGRAM 28 WH W H SH S H Heat Pumps No Economizers and with Alarm Board CB5000 Series Communication Board ...

Страница 53: ...DEDWIRES TOKEEP UNIT2 POWER LOSS ALARMOFF 2 2 3 OPTIONALFIELDINSTALLED OPTIONALALARMBOARD CONNECTIONS FOR NOTE DC BACK UP POWER IS POLARITYSENSITIVE AND M USTBE CONNECTEDAS SHOWN OR CONTROLLER WILLNOT OPERATE ONDC POWER ONLY REQUIRES ALARMRELAYINEACHA C UNITWHICHIS PARTOF J CONTROLM ODULE WIRE PER CORRECT DIAGRAMFOR UNITBEING CONNECTED Single Unit Application for MC4002 with Alarm Board When conne...

Страница 54: ...a method to issue an alarm signal that the lead air conditioner is down or not delivering full capacity and that the lag air conditioner is now operating REFRIGERANT PRESSURE ALARMS Air conditioners with J control module are equipped with an alarm relay that is activated upon high or low refrigerant pressure lockout conditions Connecting terminals 2 and 3 from the air conditioner 24V terminal bloc...

Страница 55: ... from possible damage during installation of the wiring to main controller board and or the alarm board It is polarity sensitive and is keyed so it can only be installed in correct position see ALARM LED DISPLAY BOARD on page 54 NOTE 1 2nd Stage Econ 1 Econ 2 High Temp 2 and Controller alarms are only on B alarm board All other alarms are on both A and B alarm boards ...

Страница 56: ... from possible damage during installation of the wiring to main controller board and or the alarm board It is polarity sensitive and is keyed so it can only be installed in correct position see ALARM LED DISPLAY BOARD on page 54 NOTE 1 2nd Stage Econ 1 Econ 2 High Temp 2 and Controller alarms are only on B alarm board All other alarms are on both A and B alarm boards ...

Страница 57: ... shown If no buttons are pushed within 30 seconds the controller will automatically revert back to RUN mode To reset all controller settings to the factory default values press the PROGRAM button for 10 seconds until display reads dEF NOTE When the controller has the security locking feature enabled no changes to any selectable features can be made and the default reset feature is also locked out ...

Страница 58: ...Default is 77F 25C 5 Deadband between cooling and heating setpoint 2 to 40F or 1 1 to 22 2C Default is 17F 9 4C 6 Continuous blower operation None Lead Both Default is None 7 Degree display F or C Default is F 8 Alternating Lead Lag Lead Lag Sequence or Non Alternating Lead Lead Lag Lag Sequence Yes or No Default is Yes for Alternating 9 Lead Lag changeover time Days 1 to 30 days or 0 for disabled...

Страница 59: ...Manual 2100 614K Page 59 of 61 FIGURE 3 PARTS LIST DESCRIPTION DIAGRAM Parts list on following page 1 10 17 8 11 MIS 2954 C 16 6 3 4 5 12 7 9 2 15 14 13 18 ...

Страница 60: ...x Door X X X X X 7 8611 099 LTF Fitting X X X X X 8 5400 002 Hinge X X X X X 9 8612 023A Sensor X X X X X 10 7961 731 Label Keypad X X X X X 11 8611 006 Ground Lug 2 2 2 2 2 12 8612 047 Communication Board X X X 13 8607 030 Terminal Block X X X X X 14 113 588 Fuse Bracket X X X X X 15 8614 056 Fuse Holder X X X X X 16 1171 023 1 4 Turn Receptacle X X X X X 17 1171 022 1 4 Turn Fastener X X X X X 1...

Страница 61: ... 3 104 100 310 9257 3 109 101 311 4812 3 115 102 312 0367 3 120 103 312 5922 3 126 104 313 1477 3 131 105 313 7032 3 137 NOTES 1 If sensor is connected in reverse copper wire to AG terminal and silver wire to CU terminal the voltage across the two terminals will measure approximately 7vDC Controller must be On 2 If sensor connected with reverse polarity the display should read 00 3 Cannot check se...

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