Frick QUANTUM LX Control Panel Service Manual Download Page 95

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QUANTUM

™

LX EVAPORATOR CONTROL PANEL

COMMUNICATIONS SETUP

090.610-CS (MAY 2016)

Page 95

SETPOINT VALUES: (Read/Write)

Frick®

Address

Modbus
Address

Description of Data

Default

Value

Units

Min.

Max.

49360-49389 N70:19360-N70:19389 89361-89390

Auxiliary Analog Input # 7
High Shutdown Delay (Zones
1 – 30)

Sec.

1,000

49390-49419 N70:19390-N70:19419 89391-89420

Auxiliary Analog Input # 8
High Shutdown Delay (Zones
1 – 30)

Sec.

1,000

49420-49449 N70:19420-N70:19449 89421-89450

Auxiliary Analog Input # 9
High Shutdown Delay (Zones
1 – 30)

Sec.

1,000

49450-49479 N70:19450-N70:19479 89451-89479

Auxiliary Analog Input # 10
High Shutdown Delay (Zones
1 – 30)

Sec.

1,000

49480-49509 N70:19480-N70:19509 89481-89509

Auxiliary Digital Output # 1 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49510-49539 N70:19510-N70:19539 89511-89539

Auxiliary Digital Output # 2 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49540-49569 N70:19540-N70:19569 89541-89570

Auxiliary Digital Output # 3 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49570-49599 N70:19570-N70:19599 89571-89600

Auxiliary Digital Output # 4 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49600-49629 N70:19600-N70:19629 89601-89630

Auxiliary Digital Output # 5 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49630-49659 N70:19630-N70:19659 89631-89660

Auxiliary Digital Output # 6 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49660-49689 N70:19660-N70:19689 89661-89690

Auxiliary Digital Output # 7 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49690-49719 N70:19690-N70:19719 89691-89720

Auxiliary Digital Output # 8 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49720-49749 N70:19720-N70:19749 89721-89750

Auxiliary Digital Output # 9 On
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49750-49779 N70:19750-N70:19779 89751-89779

Auxiliary Digital Output # 10
On Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49780-49809 N70:19780-N70:19809 89781-89809

Auxiliary Digital Output # 1 Off
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49810-49839 N70:19810-N70:19839 89811-89839

Auxiliary Digital Output # 2
Off Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49840-49869 N70:19840-N70:19869 89841-89870

Auxiliary Digital Output # 3
Off Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49870-49899 N70:19870-N70:19899 89871-89900

Auxiliary Digital Output # 4
Off Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49900-49929 N70:19900-N70:19929 89901-89930

Auxiliary Digital Output # 5 Off
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49930-49959 N70:19930-N70:19959 89931-89960

Auxiliary Digital Output # 6
Off Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49960-49989 N70:19960-N70:19989 89961-89990

Auxiliary Digital Output # 7 Off
Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

49990-50019 N70:19990-N70:20019 89991-90020

Auxiliary Digital Output # 8
Off Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

50020-50049 N70:20020-N70:20049 90021-90050

Auxiliary Digital Output # 9
Off Setpoint (Zones 1 – 30)

Temp.

-10,000 10,000

Summary of Contents for QUANTUM LX Control Panel

Page 1: ...LX EVAPORATOR Version 3 1x Form 090 610 CS MAY 2016 COMUNICATIONS SETUP File SERVICE MANUAL Section 90 Replaces 090 610 CS DEC 2012 Dist 3 3a 3b 3c Please check www johnsoncontrols com frick for the...

Page 2: ...ption 18 Quantum LX Communications Protocol List 18 Checklist For Setting Up Communication 18 Frick Protocol 19 Description 19 Frick Protocol Specifications 19 SECTION 3 QUANTUM LX ALLEN BRADLEY COMMU...

Page 3: ...lues 52 Digital Board Values 53 Calculated Values 54 ModeValues 56 Warnings ShutdownValues 69 Timer Values 72 Setpoint Values 73 SECTION 7 WARNING SHUTDOWN MESSAGE CODES 99 SECTION 8 Q5 CONTROLLER 103...

Page 4: ...Module 125 RS 232 Connections 125 RS 422 Connections 125 RS 485 Connections 125 APPENDIX B 126 Quantum LX Ethernet Communications Wiring 126 APPENDIX C 127 Quantum LX Local Ethernet Configurations 12...

Page 5: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 5 SECTION 1 INTRODUCTION TO THE QUANTUM EVAPORATOR CONTROL SYSTEM...

Page 6: ...ill see after the unit has been powered up This is called the Home screen Be aware that the content of this screen may differ from situation to situation based upon the actual configuration and instal...

Page 7: ...d and complicated than this basic explanation the end result is that most of the work is being done invisibly The following write up describes how to set up the Quantum LX to do this behind the scenes...

Page 8: ...connected device that it was intended for net work switches conserve network bandwidth and offer generally better performance than hubs The Switch takes the signal from each computer Quantum LX and s...

Page 9: ...p Tool RJ 45 Crimp tool HT 210C Cablesforless com P 15027 Stonewall Cable Inc S2307692 Computers4sure com 10 RJ1145 Computercablestore com Connectors RJ 45 For Shielded 4 pair solid wire cable P 15007...

Page 10: ...to your local network are routed to other gateways and networks A router is a Gateway device that routes packets between different physical networks A gate way is a network point that acts as an entra...

Page 11: ...r or some other additional information about the unit The Server String has no control function it is strictly an informa tional area E MAIL DATA The purpose of the E Mail data feature is to allow the...

Page 12: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 12...

Page 13: ...ns started moving into the industrial environment it was quickly noted that be cause of the high electrical noise potential from elec tric motors valves solenoids fluorescent lighting etc that the noi...

Page 14: ...ting host or receiving Quantum LX end Baud Rate The baud rate defines the speed at which external communications can occur The higher the baud rate the faster the communications It is best to start ou...

Page 15: ...rated Redetect IO Comms Select this key to detect all con nected Analog and Digital boards If a board has been removed a communication error shutdown will be is sued until this key is selected Referen...

Page 16: ...scription 0 1026 Compressor Motor Start Signal 1 1027 Compressor Motor Starter Feedback Compressor Interlock 2 1028 Oil Pump Start Signal 3 1029 Oil Pump Feedback 4 1003 Capacity Increase 5 1002 Capac...

Page 17: ...8400 38400 38400 57600 57600 57600 115200 115200 115200 Data Bits 7 7 7 8 8 8 Stop Bits 1 1 1 2 2 2 Parity None None None Even Even Even Odd Odd Odd Protocol None None None Frick Frick Frick Modbus AS...

Page 18: ...e back of this manual Send a single command to read data from this Quantum LX using its ID and troubleshoot as above if necessary To prevent noise feedback which is possible when communicating over a...

Page 19: ...ld represent 10 degree Pressure data is usually returned in the current pressure units However the Filter differential reading is always re turned in PSIA When in PSIG or in PSIA the pressure data is...

Page 20: ...mm ss 84 Space 85 91 Message Code 5 92 99 Date 5 as mm dd yy 100 107 Time 5 as hh mm ss 108 Space 109 112 Message Code 6 113 120 Date 6 as mm dd yy 121 128 Time 6 as hh mm ss 129 Space 130 CS Checksu...

Page 21: ...arriage Return RETURNED ANSWER Starting Character Position Description of returned data 1 A Acknowledge 2 3 xx Quantum ID code 4 Value s of requested data CS Checksum followed by Carriage return Line...

Page 22: ...nt Status for units 1 11 6 9 000 Control or Return Air Temp Unit 1 10 0 Fan Status 11 0 Evaporator Status 12 0 Evaporator Mode 13 16 000 Control or Return Air Temp Unit 2 17 0 Fan Status 18 0 Evaporat...

Page 23: ...8 51 000 Control or Return Air Temp Unit 18 52 0 Fan Status 53 0 Evaporator Status 54 0 Evaporator Mode 55 58 000 Control or Return Air Temp Unit 19 59 0 Fan Status 60 0 Evaporator Status 61 0 Evapora...

Page 24: ...23 30 CS Checksum CR Carriage Return RETURNED ANSWER Character Position Description of returned data 1 A Acknowledge 2 3 xx Quantum ID code 4 5 Z1 Current Status for units 23 30 6 9 000 Control or Re...

Page 25: ...owns during these processes SECTION 3 QUANTUM LX ALLEN BRADLEY COMMUNICATION Additionally keeping the Quantum LX busy writing to Flash memory will interfere with the communications to its I O Boards A...

Page 26: ...resentations of the channel con figuration screens from the AB RSLogix500 program ming software for the SLC500 Enter values as shown in order to establish communications via AB Protocol CHANNEL CONFIG...

Page 27: ...l from an Allen Bradley AB SLC500 processor AB RSLogix500 programming software has been used for the following examples however these examples can also be used for the AB RSLogix5 software CHANNEL CON...

Page 28: ...ICATIONS SETUP 090 610 CS MAY 2016 Page 28 Message Sequence Logic Use the following logic to sequence read and write message to the Quantum LX panel This logic prevents hang up due to lost communicati...

Page 29: ...eeded then modify the control block and setup screen parameters accordingly The following message read instruction will be executed whenever counter 5 0 logic shown above is equal to 0 Delay Between M...

Page 30: ...C processor Channel 0 is the RS 232 port Target Device Quantum Panel Data Table Address Data file location in the Quantum LX controller Local Node Quantum LX ID Octal MESSAGE READ SETUP SCREEN The fol...

Page 31: ...o several Evaporators copy paste these rungs as needed then modify the control block and setup screen parameters accordingly The following write message instruction will be executed when counter 5 0 l...

Page 32: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 32 Continued from previous page...

Page 33: ...Valve mode is sent as an integer value that represents the mode it is in For example a 0 is sent if it is in manual or a 10 is sent if it is in automatic or a 20 is sent if it is in Remote Communicati...

Page 34: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 34...

Page 35: ...tween intelligent devices It is a standard truly open and the most widely used network protocol in the industrial manufacturing environment The MODBUS protocol provides an industry stan dard method t...

Page 36: ...in a message is sent as 2 ASCII characters This mode allows time intervals of up to a second between characters during transmission without generating errors Some particulars about MODBUS ASCII The d...

Page 37: ...rror The er ror check field allows the master to confirm that the message contents are valid Data Field The data field is constructed using sets of two hexadecimal digits in the range of 00 to FF hexa...

Page 38: ...dundancy Check CRC method The CRC field checks the contents of the entire mes sage It is applied regardless of any parity check method used for the individual char acters of the message The CRC field...

Page 39: ...arge Pressure value of a compressor Using the ad dress tables found later in this manual locate the address for Discharge Pressure In this case it is Frick Address 2003 decimal Since this is the only...

Page 40: ...d to send 1000 Using the address tables found later in this manual locate the address for the Regulation Mode 1 Setpoint In this case it would be Frick Address 7150 decimal In this particular example...

Page 41: ...CRLF Where Message Start Quantum ID Write Function H O address hex L O address hex H O of Data Value L O of Data Value Error Correction Code Carriage Return Line Feed In this particular example we are...

Page 42: ...CRLF Where Message Start Quantum ID Write Function H O address hex L O address hex H O of Data Value L O of Data Value Error Correction Code Carriage Return Line Feed ASCII Response Example If the pac...

Page 43: ...unless the command is sent to select the units of the panel Therefore 148 8 decimal 148 8 PSIA RTU Query Read Example NOTE Hyperterminal cannot be used to test RTU In the following example a MODBUS co...

Page 44: ...re will assist the end user in writing applications that will allow the Quantum to be implemented into networks that the customer may already have in use This information is subject to change at any t...

Page 45: ...blem A connection from a Comm port of a computer running Microsoft Windows can be used to connect to a serial port of the Quantum SETTING UP HYPERTERMINAL You will need to locate either a lap top or d...

Page 46: ...meters in this box must match the requirements of the protocol that you are wishing to use The one box that normally would need to be changed from one protocol to the next is the Data Bits box For the...

Page 47: ...TESTING COMMUNICATIONS Set the keyboard for CAPS so that all capital letters will be typed Type in the following command 01I then press ENTER This command will request the Quantum with ID 01 to send a...

Page 48: ...t on the Quantum is bad General Notes Ensure that the Quantum communications param eters are correct This setup can be found on the Com munications screen This info must match that of the device that...

Page 49: ...8 99 63 c 14 E ctrl N SO 57 39 9 100 64 d 15 F ctrl O SI 58 3A 101 65 e 16 10 ctrl P DLE 59 3B 102 66 f 17 11 ctrl Q DC1 60 3C 103 67 g 18 12 ctrl R DC2 61 3D 104 68 h 19 13 ctrl S DC3 62 3E 105 69 i...

Page 50: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 50...

Page 51: ...as the page numbers within this manual that the pertinent Data Tables may be found Frick Address Range AB Address Modbus Address Data Table Pages 100 729 N20 100 N20 729 40101 40730 Analog Board Valu...

Page 52: ...ry Analog Output 2 Zones 1 30 Output 370 399 N20 370 N20 399 40371 40400 Auxiliary Analog Output 3 Zones 1 30 Output 400 429 N20 400 N20 429 40401 40430 Auxiliary Analog Output 4 Zones 1 30 Output 430...

Page 53: ...69 N10 340 N10 369 42341 42370 Fan High Zones 1 30 Out 2370 2399 N10 370 N10 399 42371 42400 Reheat Zones 1 30 Out 2400 2429 N10 400 N10 429 42401 42430 Auxiliary Digital Output 1 Zones 1 30 Out 2430...

Page 54: ...Integer 4114 N30 114 44115 Analog Board 5 Port 4 Communications Fail Integer 4115 N30 115 44116 Digital Board 1 Port 3 Communications Fail Integer 4116 N30 116 44117 Digital Board 2 Port 3 Communicat...

Page 55: ...40 N30 769 44741 44770 Shutdown Text Index For Email Notification Zones 1 30 Integer 4770 4799 N30 770 N30 799 44771 44800 Fan Variable Accumulated Integral Zones 1 30 Real 4800 4829 N30 800 N30 829 4...

Page 56: ...ing 3 Zone Emergency Shutdown 4 Zone Shutdown Alarm 5 Zone Disabled 8790 8819 N40 790 N40 819 48791 48820 Current Mode Zones 1 30 R 0 Mode Stand By 1 1 2 2 3 3 4 4 8880 8909 N40 880 N40 909 48881 4891...

Page 57: ...Hot Gas State Zones 1 30 9300 9329 N40 1300 N40 1329 49301 49330 Suction State Zones 1 30 9360 9389 N40 1360 N40 1389 49361 49390 Zone State Zones 1 30 R 0 Zone Disabled 1 Zone Enabled 9450 9479 N40 1...

Page 58: ...N40 1809 49781 49810 Humidity Sensor Configuration Status Zones 1 30 R 0 Disabled 1 Enabled 9810 9839 N40 1810 N40 1839 49811 49840 Group Association Zones 1 30 R 0 Group A 1 Group B 2 Group C 3 Grou...

Page 59: ...Zones 1 30 10620 10649 N40 2620 N40 2649 50620 50649 Heating Cycle Enabled Mode 2 Zones 1 30 10650 10679 N40 2650 N40 2679 50650 50679 Heating Cycle Enabled Mode 3 Zones 1 30 10680 10709 N40 2680 N40...

Page 60: ...umpout Two Speed Fan Speed Zones 1 30 R 0 Fan Off 1 Fan Low 2 Fan High 11520 11549 N40 3320 N40 3349 51521 51550 Ammonia Alarm A Mapping Zones 1 30 R 0 None 1 Ammonia Alarm 1 2 Ammonia Alarm 2 3 Ammon...

Page 61: ...arm Con figuration Zones 1 30 12030 12059 N40 4030 N40 4059 52031 52060 Fan Cycling Function Enabled Heat Cycle Mode 1 Zones 1 30 R 0 False 1 True 12060 12089 N40 4060 N40 4089 52061 52090 Fan Cycling...

Page 62: ...2720 12749 N40 4720 N40 4749 52721 52750 Tuesday Schedule 2 Zones 1 30 12750 12779 N40 4750 N40 4779 52751 52780 Tuesday Schedule 3 Zones 1 30 12780 12809 N40 4780 N40 4809 52781 52810 Tuesday Schedul...

Page 63: ...1 Zones 1 30 13440 13469 N40 5440 N40 5469 53441 53470 Friday Schedule 2 Zones 1 30 13470 13499 N40 5470 N40 5499 53471 53500 Friday Schedule 3 Zones 1 30 13500 13539 N40 5500 N40 5539 53501 53540 Fr...

Page 64: ...14580 Aux Analog Input 3 Alarm Configu ration Zones 1 30 14580 14609 N40 6580 N40 6609 14581 14610 Aux Analog Input 4 Alarm Configu ration Zones 1 30 14610 14639 N40 6610 N40 6639 14611 14640 Aux Anal...

Page 65: ...30 14880 14909 N40 680 N40 6909 44881 44910 Auxiliary Digital Output 4 Mapping Zones 1 30 14910 14939 N40 6910 N40 6939 44911 44940 Auxiliary Digital Output 5 Mapping Zones 1 30 14940 14969 N40 6940...

Page 66: ...iary Digital Output 3 Action Zones 1 30 15480 15509 N40 7480 N40 7509 45481 45510 Auxiliary Digital Output 4 Action Zones 1 30 15510 15539 N40 7510 N40 7539 45511 45540 Auxiliary Digital Output 5 Acti...

Page 67: ...3 Ammonia Sensor 13 34 Ammonia Sensor 14 35 Ammonia Sensor 15 36 Ammonia Sensor 16 37 Ammonia Sensor 17 38 Ammonia Sensor 18 39 Ammonia Sensor 19 40 Ammonia Sensor 20 41 Ammonia Sensor 21 42 Ammonia S...

Page 68: ...45961 45690 Auxiliary Analog Output 2 Configura tion Zones 1 30 15990 16019 N40 7990 N40 8019 45991 46020 Auxiliary Analog Output 3 Configura tion Zones 1 30 16020 16049 N40 8020 N40 8049 46021 46050...

Page 69: ...0 1079 61051 61080 Auxiliary Analog Input 2 Low Warning Zones 1 30 412 21080 21109 N50 1080 N50 1109 61081 61110 Auxiliary Analog Input 3 Low Warning Zones 1 30 416 21110 21139 N50 1110 N50 1139 61111...

Page 70: ...Digital Board 4 Port 4 Comm Shutdown Zones 10 12 2378 22232 22234 N50 2232 N50 2234 22233 22235 Digital Board 5 Port 4 Comm Shutdown Zones 13 15 2379 22235 22237 N50 2235 N50 2237 62236 62238 Digital...

Page 71: ...ones 7 9 2412 22349 22351 N50 2349 N50 2351 62350 62352 Digital Board 9 Port 4 Reset Zones 10 12 2413 22352 22354 N50 2352 N50 2354 62353 62355 Digital Board 10 Port 4 Reset Zones 13 15 2414 22355 223...

Page 72: ...1 30 24380 24409 N60 380 N60 409 64381 64410 Defrost Stage Timer Time Remaining Zones 1 30 24470 24499 N60 470 N60 499 64471 64500 Cooling Elapsed Time Time Elapsed Zones 1 30 24500 24529 N60 500 N60...

Page 73: ...es 1 30 10 Sec 0 100 32200 32229 N70 2200 N70 2229 72201 72230 Ammonia Warning Level Zones 1 30 100 PPM 0 1 000 000 32260 32289 N70 2260 N70 2289 72261 72290 Heating To Cooling Cycle Mode 1 Zones 1 30...

Page 74: ...33010 33039 N70 3010 N70 3039 73011 73040 Dehumidification Off Percent Mode 1 Zones 1 30 20 Percent 0 100 33040 33069 N70 3040 N70 3069 73041 73070 Dehumidification Off Percent Mode 2 Zones 1 30 20 Pe...

Page 75: ...Zones 1 30 42 Temp 20 150 33760 33789 N70 3760 N70 3789 73761 73790 Dehumidification Variable Speed Fan Speed Mode 1 Zones 1 30 60 Percent 0 100 33790 33819 N70 3790 N70 3819 73791 73820 Dehumidifica...

Page 76: ...69 N70 4540 N70 4569 74541 74570 Variable Fan Proportional Band Cool Cycle Mode 1 Zones 1 30 2 Temp Magnitude 0 100 34570 34599 N70 4570 N70 4599 74571 74600 Variable Fan Proportional Band Cool Cycle...

Page 77: ...cle Mode 3 Zones 1 30 27 Minutes 0 1 000 35230 35259 N70 5230 N70 5259 75231 75260 Fan Cycling Off Time Cool Cycle Mode 4 Zones 1 30 27 Minutes 0 1 000 35290 35319 N70 5290 N70 5319 75291 75320 Hot Ga...

Page 78: ...ating Pumpout Variable Fan Speed Zones 1 30 60 Percent 0 100 36790 36819 N70 6790 N70 6819 76791 76820 Two Speed Fan High To Low Temp Heat Cycle Mode 1 Zones 1 30 30 Temp 20 150 36820 36849 N70 6820 N...

Page 79: ...1 000 37510 37539 N70 7510 N70 7539 77511 77540 Auxiliary Analog Input 1 Low Shutdown Delay Zones 1 30 60 Sec 0 1 000 37540 37569 N70 7540 N70 7569 77541 77570 Auxiliary Analog Input 2 Low Shutdown De...

Page 80: ...9 78171 78200 Variable Fan Setpoint Heat Cycle Mode 2 Zones 1 30 25 Temp 20 150 38200 38229 N70 8200 N70 8229 78201 78230 Variable Fan Setpoint Heat Cycle Mode 3 Zones 1 30 25 Temp 20 150 38230 38259...

Page 81: ...ing Off Time Heat Cycle Mode 2 Zones 1 30 27 Minutes 0 1 000 38950 38979 N70 8950 N70 8979 78951 78979 Fan Cycling Off Time Heat Cycle Mode 3 Zones 1 30 27 Minutes 0 1 000 38980 39009 N70 8980 N70 900...

Page 82: ...Setpoint Zones 1 30 10 None 10 000 10 000 39730 39759 N70 9730 N70 9759 79731 79760 Auxiliary Analog Input 5 Low Shutdown Setpoint Zones 1 30 10 None 10 000 10 000 39760 39789 N70 9760 N70 9789 79761...

Page 83: ...9 Hour Day 3 Mode Schedule 3 Zones 1 30 0 Integer 0 23 40480 40509 N70 10480 N70 10509 80481 80509 Hour Day 3 Mode Schedule 4 Zones 1 30 0 Integer 0 23 40510 40539 N70 10510 N70 10539 80511 80539 Hour...

Page 84: ...Hour Day 6 Mode Schedule 4 Zones 1 30 0 Integer 0 23 41230 41259 N70 11230 N70 11259 81231 81260 Hour Day 6 Mode Schedule 5 Zones 1 30 0 Integer 0 23 41260 41289 N70 11260 N70 11289 81261 81190 Hour D...

Page 85: ...ute Day 2 Mode Schedule 5 Zones 1 30 0 Integer 0 59 41980 42009 N70 11980 N70 12009 81981 82009 Minute Day 2 Mode Schedule 6 Zones 1 30 0 Integer 0 59 42010 42039 N70 12010 N70 12039 82011 82039 Minut...

Page 86: ...e Day 5 Mode Schedule 6 Zones 1 30 0 Integer 0 59 42730 42759 N70 12730 N70 12759 82731 82760 Minute Day 5 Mode Schedule 7 Zones 1 30 0 Integer 0 59 42760 42789 N70 12760 N70 12789 82761 82790 Minute...

Page 87: ...ay 2 Defrost Schedule 7 Zones 1 30 0 Integer 0 23 43720 43749 N70 13720 N70 13749 83721 83750 Hour Day 2 Defrost Schedule 8 Zones 1 30 0 Integer 0 23 43750 43779 N70 13750 N70 13779 83751 83779 Hour D...

Page 88: ...ay 5 Defrost Schedule 8 Zones 1 30 0 Integer 0 23 44470 44499 N70 14470 N70 14499 84471 84500 Hour Day 6 Defrost Schedule 1 Zones 1 30 0 Integer 0 23 44500 44529 N70 14500 N70 14529 84501 84530 Hour D...

Page 89: ...Defrost Schedule 1 Zones 1 30 0 Integer 0 59 45220 45249 N70 15220 N70 15249 85221 85250 Minute Day 2 Defrost Schedule 2 Zones 1 30 0 Integer 0 59 45250 45279 N70 15250 N70 15279 85251 85279 Minute Da...

Page 90: ...5 Defrost Schedule 2 Zones 1 30 0 Integer 0 59 45970 45999 N70 15970 N70 15999 85971 86000 Minute Day 5 Defrost Schedule 3 Zones 1 30 0 Integer 0 59 46000 46029 N70 16000 N70 16029 86001 86030 Minute...

Page 91: ...70 16779 86751 86779 Variable Fan Range Floor Zones 1 30 0 Percent 0 100 46780 46809 N70 16780 N70 16809 86781 86809 Variable Fan Range Ceiling Zones 1 30 0 Percent 0 100 46810 46839 N70 16810 N70 168...

Page 92: ...47589 87561 87590 Suction Modulating Valve Propor tional Band Mode 1 Zones 1 30 2 Temp Magnitude 0 100 47590 47619 N70 47590 N70 47619 87591 87620 Suction Modulating Valve Propor tional Band Mode 2 Z...

Page 93: ...30 80 None 10 000 10 000 48340 48369 N70 48340 N70 48369 88341 88370 Auxiliary Analog Input 3 High Warning Setpoint Zones 1 30 80 None 10 000 10 000 48370 48399 N70 48370 N70 48399 88371 88400 Auxili...

Page 94: ...0 48970 48999 N70 48970 N70 48999 88971 89000 Auxiliary Analog Input 4 High Warning Delay Zones 1 30 60 Sec 0 1 000 49000 49029 N70 19000 N70 19029 89001 89030 Auxiliary Analog Input 5 High Warning De...

Page 95: ...Temp 10 000 10 000 49660 49689 N70 19660 N70 19689 89661 89690 Auxiliary Digital Output 7 On Setpoint Zones 1 30 90 Temp 10 000 10 000 49690 49719 N70 19690 N70 19719 89691 89720 Auxiliary Digital Ou...

Page 96: ...0 Auxiliary Analog Output 1 Integration Time Zones 1 30 30 Sec 0 1 000 50350 50379 N70 20350 N70 20379 90351 90379 Auxiliary Analog Output 2 Integration Time Zones 1 30 30 Sec 0 1 000 50380 50409 N70...

Page 97: ...try Low Temperature Threshold Mode 3 Zones 1 30 32 Temp 20 150 51010 51039 N70 21010 N70 21039 91011 91139 Dehumidification Entry Low Temperature Threshold Mode 4 Zones 1 30 32 Temp 20 150 51040 51069...

Page 98: ...91641 91670 Low Temperature Warning Temp Mode 4 Zones 1 30 100 Temp 20 150 51700 51729 N70 21700 N70 21729 91701 91730 New Mode Warning Override Interval Mode 1 Zones 1 30 1 Min 0 250 51730 51759 N70...

Page 99: ...liary Digital Input 4 Shutdown Zones 1 30 930 959 Auxiliary Digital Input 4 Warning Zones 1 30 960 989 Auxiliary Digital Input 5 Shutdown Zones 1 30 990 1019 Auxiliary Digital Input 5 Warning Zones 1...

Page 100: ...10 High Shutdown Zones 1 30 2130 2159 Auxiliary Analog Input 10 High Warning Zones 1 30 2160 2189 Auxiliary Analog Input 10 Low Shutdown Zones 1 30 2190 2219 Auxiliary Analog Input 10 Low Warning Zon...

Page 101: ...eset Zones 1 17 2328 2330 Digital Board 2 Port 3 Reset Zones 19 21 2331 2333 Digital Board 3 Port 3 Reset Zones 22 24 2334 2336 Digital Board 4 Port 3 Reset Zones 25 27 2337 2339 Digital Board 5 Port...

Page 102: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 102...

Page 103: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 103 SECTION 8 Q5 CONTROLLER...

Page 104: ...a number of jumpers present on both the Q5 and the Interface board These jumpers MAY need to be modified by qualified personnel to configure the Q5 for specific applications The Q5 utilizes Flash Card...

Page 105: ...ill be explained in the section en titled Com 4 Description Q5 SERIAL COMMUNICATIONS HARDWARE Q5 GENERAL DESCRIPTION User connections for serial communications to and from the Q5 are located on the In...

Page 106: ...3 TX TX 2 RX RX 1 RX RX RS 485 Signal Wiring Connector Pin Signal COMM 1 P10 COMM 2 P11 COMM 3 P17 COMM 4 P16 3 GND 2 TX RX 1 TX RX The following pictorial shows a cutaway view of the Interface board...

Page 107: ...closed on J7 then RS 422 is selected Notice in the figure entitled RS 422 485 Con nectors Jumpers and LED Location there are six jumpers associated with COMM 2 Refer to the ta ble entitled RS 422 485...

Page 108: ...ID Baud rate data bits and protocol has been setup at the Quantum and matches that of the initiating de vice see the section entitled COMMUNICATIONS SETUP for further details COMM 3 P16 Notice that in...

Page 109: ...e whether the data is IN or OUT Receive or Send and the actual data in Hexadecimal for mat This information can be used to compare against the data being sent and received at the other end of the com...

Page 110: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 110...

Page 111: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 111 SECTION 9 Q4 CONTROLLER...

Page 112: ...h Card feature will primarily be utilized for future program up dates When calling Frick Company for service or help it will greatly assist us if the type of board is known ei ther Q1 2 3 or 4 Additio...

Page 113: ...s Communications Ports on the Q4 Daughter Board PL6 Com 3 RS 485 TB1 Com 1 RS 422 485 TB2 Com 2 RS 422 485 TB3 Com 2 RS 232 COM 1 AND COM 2 DESCRIPTION The board pictured in the previous column actual...

Page 114: ...for COM2 TB2 Standard Setting RS 232 Com 2 TB3 Communications Signals TB3 Connector Pin Signal 1 2 3 Transmit Data TX Received Data RX Ground COM COM 3 PL6 The following pictorial shows the communica...

Page 115: ...wn RS 422 RX LK8 In Out Pull up COM1 No pull up RS 422 RX LK9 In Out Pull down COM1 No pull down RS 422 TX LK10 In Out Pull up COM1 No pull up RS 422 TX LK16 A B COM1 RS 422 TB1 COM1 RS 485 TB1 Standa...

Page 116: ...for COM2 TB2 LK 17 A B COM2 RS 422 TB2 COM2 RS 485 TB2 Standard Setting RS 485 WIRING AND JUMPERS The following table describes the RS 485 connector pinouts and their associated communications signal...

Page 117: ...her details TROUBLESHOOTING RS 422 Com 1 TB1 Notice that in the table entitled RS 422 Com 1 TB1 Board Jumpers that there are six jumpers associated with TB1 NOTE LK11 must be set to position B and LK1...

Page 118: ...n the Communications Setup screen verify that the proper Panel ID Baud rate data bits and pro tocol matches that of the initiating device Com 2 TB2 Notice that in the figure entitled RS 485 Com 2 TB2...

Page 119: ...ee whether the data is IN or OUT Receive or Send and the actual data in Hexadecimal for mat This information can be used to compare against the data being sent and received at the other end of the com...

Page 120: ...4 PL11 PL15 LK4 LK3 PL5 COM 2 RS 232 3 2 1 KB D8 PL1 PL2 SW1 ON 1 2 3 4 5 6 7 8 0 1 2 3 4 5 6 7 RS 422 RS 485 1 2 3 4 COM 1 LK6 B A LK5 LK7 LK6 LK4 LK1 LK3 LK17 LK5 A B 1 2 3 4 RS 422 RS 485 TB1 TB2 L...

Page 121: ...TB2 1 2 3 4 COM 2 RS 422 RS 485 TB1 1 2 3 4 COM 1 RS 422 RS 485 LK17 A B LK11 B A LK16 A B Verify the jumpers in these locations RS 485 Test Configuration 4 Pin Connector 4 1 RX TX RX TX RX TX RX TX...

Page 122: ...e buttons appear on this screen 1 Test Comm 1 Comm 2 2 Test Comm 1 Comm 3 3 Test Comm 2 Comm 3 Ensure that the proper test harness is installed and the associated jumpers are in their correct position...

Page 123: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 123 SECTION 10 APPENDICES...

Page 124: ...IP switch Each end of the housing has a small tab located just below the bottom most terminal block of each end Hold the module as shown in the following pictorial Locking Tabs Disassembling the modul...

Page 125: ...ly Refer to the following figure for the pin connections showing how to wire a standard 9 Pin RS 232 connec tor directly to the Frick Communications Converter Module RS 232 Connections Refer to the fo...

Page 126: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 126 APPENDIX B QUANTUM LX ETHERNET COMMUNICATIONS WIRING...

Page 127: ...NTUM LX LOCAL ETHERNET CONFIGURATIONS Typical Small Local Quantum LX Ethernet Configuration Typical Large Local Quantum LX Ethernet Configuration Switch Switch Switch Computer Computer Quantum LX Quan...

Page 128: ...RK CONFIGURATIONS Computer Computer Typical Small Quantum LX Ethernet Network Configuration Quantum LX Quantum LX Ethernet Network Internet Switch Computer Typical Large Quantum LX Ethernet Network Sw...

Page 129: ...QUANTUM LX EVAPORATOR CONTROL PANEL COMMUNICATIONS SETUP 090 610 CS MAY 2016 Page 129 APPENDIX E QUANTUM LX SERIAL COMMUNICATIONS WIRING...

Page 130: ...Typical MODBUS ASCII Setup DCS Distributed Control System OR PLC With serial interface adapter card that supports our MODBUS and or our AB SLC 500 DF1 protocol SEE ABOVE Generic DCS PLC Setup RS 232...

Page 131: ...m Typical Allen Bradley DF1 Setup PLC 5 SLC 504 SLC 5 04 DH PLC 5 DH Panel View Operator Interface RS 232 to 422 485 Converter RS 422 RS 485 SLC 5 04 DH DCS Distributed Control System with PLC 5 commu...

Page 132: ...ual To Customer Remote Computer DCS System Q5 COM 1 or 2 P10 or P11 RX RX TX TX EVAPORATOR 4 Q4 COM 2 TB2 EVAPORATOR 1 1 2 3 4 1 2 3 4 RX RX EVAPORATOR 2 1 2 3 4 Q4 COM 2 TB2 EVAPORATOR 3 1 2 3 4 Q5 C...

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