CooLink Programmers Reference Manual (PRM)

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1 CooLink Programmers Reference Manual (PRM) CooLink RS232/RS485 Interface Adapter for Residential Air Conditioners CooLink D CooLink S CooLink T Document Revision 0.8 7/15/2012

2 CooLink PRM Contents 2 Table of Contents Part 1 Revisions History 3 Part 2 Layout & Interfaces 4 Part 3 MODBUS Interface MODBUS Address... Map 6 Part 4 RS232 ASCII Interface set 4.2 boot 4.3 on 4.4 off 4.5 cool 4.6 heat 4.7 fan 4.8 dry 4.9 auto 4.10 temp 4.11 feed 4.12 fspeed 4.13 filt 4.14 iset 4.15 stat Part 5 Failure Codes 18 2

3 Revisions History 3 1 Revisions History Document revision 0.8 Sunday, July 15, set modaddr 0.7 iset command 0.6 feed command auto command 0.5 CooLink OEM 0.4 PRO Operation Mode Flag UID Support in CooLink D filt for CooLink D 0.3 CooLink D Main RC support 0.2 CooLink S specific features set master for CooLink D 0.1 Initial Release

4 Layout & Interfaces 4 2 Layout & Interfaces DC Input Input Voltage 9V - 16V Input Current 200mA or more Input Plug 5.2mm (+) Inside RS232 Interface Baud Rate 9600 Start Bits 1 Data Bits 8 Parity None Stop Bits 1 Flow Control None Remote Controller (RC) Line CooLink D P1 P2 CooLink S A B CooLink T A B RS485 & MODBUS Interfaces Baud Rate 9600 Start Bits 1 Data Bits 8 Parity No Stop Bits 1

5 MODBUS Interface 5 3 MODBUS Interface CooLink is fully compliant with following MODBUS specifications: MODBUS over Serial Line Specification and Implementation Guide V1.02 MODBUS application protocol specification V1.1b MODBUS Interface Physical Layer CooLink supports MODBUS RTU Transmission Mode with following byte format: Baud Rate 9600 Start Bits 1 Data Bits 8 Parity No Stop Bits 1 CooLink physical connection to MODBUS is Two-Wire EIA/TIA-485 standard interface via 485-A and 485-B terminals, recommended by MODBUS specification. On such 2W-bus, at any time only one driver has the right for transmitting thus a MODBUS communication is always initiated by the master. CooLink will never transmit without receiving a request from master. A number of CooLink devices can be connected to single 2W-bus. Each CooLink in this case must have unique MODBUS slave address (see set modaddr for details). Supported MODBUS Functions Function Code 03 (0x03) Read Holding Registers 06 (0x06) Write Single Register 16 (0x10) Write Multiple registers (0x2B 0x0E) Read Device Information Function Description

6 MODBUS Interface MODBUS Address Map Holding Reg Address* Read Required** Description Write Hex Dec Version Type Notes CooLink Internals CooLink Version R CooLink S/N R CooLink Type (D,S,...) R MODBUS Address R W Default address is 0x50 (80dec). MODBUS Address change is effective only after reset Reset W 1 - Enter Boot mode CooLink does not respond to the write request into this register 2 - Reset Internal State 0 - Not Connected to RC line 1 - Connecting 2 - Connected as single RC 3 - Connected as Master RC. Detected Slave RC 4 - Connected as Slave RC Master Mode (default) 1 - Slave Mode R W N.A UID - Indoor Unit referenced by "Indoor Group" and "Indoor Status and Control" registers R D 3,4 supported from version S R W D PRO Only 0,1,2 supported See UID. By default UID = 0xFFFF that means the whole Group (All Indoor(s) connected to RC Line Indoor Group Number of Indoors in Group R N.A Indoor Centralized Address R MSB - System Number, LSB - Unit Number 0x W N.A. 0x x040F Indoor Status and Control On/Off 0-Off, 1-On R W Operation Mode (see Mode Encoding ) R W Fan Speed (see Fan Speed Encoding ) R W Set Point C R W Failure Code R Indoor Ambient Temperature C R MSB - Integer Part LSB - Fraction Part

7 MODBUS Interface 7 * On the MODBUS wire register address starts from 0 and thus is 1 less ** If not specified, supported in any version and/or type. N.A. means future option Mode Encoding Cool 0 Heat 1 Auto 2 Dry 3 Haux 4 Fan 5 Fan Speed Encoding Low 0 Medium 1 High 2 Auto 3 Top 4

8 RS232 ASCII Interface 8 4 RS232 ASCII Interface Communication between PC or Home Automation Controller and CooLink via RS232 interface is based on text messages. Communication example is shown below >stat OFF 27C High Cool > Command response exit code prompt Command message sent to CooLink must be terminated by CR (carriage return 0x0D) LF (line feed 0x0A) sequence or a single CR character. Messages from CooLink (except prompt character) are terminated by CR LF. Commands are case sensitive and should not contain leading or trailing spaces. The only separator between command name and command parameter(s) is space character. UID Parameter Some CooLink commands may support UID parameter. UID identifies specific Indoor Unit if more then one Indoor Unit is connected to CooLink RC Line. If UID is not supported or not specified, command will affect all Indoor Units connected to RC Line. CooLink D UID is a 3 digit number in one of the following formats: Sequence number of the Indoor Unit X00...X15 - Centralized Address of the Indoor Unit, where X can be 1..8 CooLink S,T N.A. 4.1 set set [<parameter> <value>] Query or set CooLink configuration. Without parameters set command will list all supported configuration options and their values. To change option use format with option and value. Some options are read only and can not be changed. Parameter R/W Description Notes S/N R Serial Number myid R/W CooLink own address on RC line CooLink S Only 0x40 - Master 0x41 - Slave version R Firmware Version master R/W 0-Slave mode, 1-Master mode CooLink D Only main RC R/W 0-Not main, 1-Main, 3-Changing CooLink D Only. (See Main RC) ambtemp R/W Ambient Temperature In Slave mode 0-Taken from Master RC, 1-Taken from Indoor Return Air CooLink D Only in Slave Mode modaddr R/W CooLink MODBUS Slave Address (decimal) echo R/W 0-Disable 1-Enable commands echo lcd R/W LCD size CS Cntr R RC Line Check Sum errors counter

9 RS232 ASCII Interface 9 TO Cntr R RC Line Timeout errors counter CooLink S Only PARAMETERS S/N S/N is a 4 digits number followed by optional operational mode flag(s): PRO - CooLink is in PRO mode. If you need to change operational mode contact CoolAutomation. CooLink D Main RC Main RC parameter defines the CooLink responsible for changing A/C system operational mode Cooling/Heating. If Main RC is in Cool mode the whole A/C system will be in Cooling mode. If Main RC is in Heat mode the whole A/C system will be in Heating mode. Main RC changing sequence is following: 1. On CooLink that is currently Main RC issue >set main System will go to Main RC changing mode 2. On CooLink that you want to become a new Main RC issue >set main This CooLink becomes Main RC Main RC parameter is relevant only for Daikin VRV systems where the operational mode is controlled by RC and not by Outdoor unit. >set S/N : 9999 version : myid : FF modaddr : 80 echo : 1 lcd : 16 CS Cntr : 0 >set echo 0 Query configuration Set echo option (disable echo) modaddr CooLink D v boot boot Switch CooLink to bootloader mode. Bootloader mode is used for Firmware Update.

10 RS232 ASCII Interface 10 >boot reboot on on on <UID> Turn on indoor Unit(s). >on off CooLink D PRO v off off <UID> Turn off Indoor Unit(s). >off 6 CooLink D PRO v 0.0.7

11 RS232 ASCII Interface cool cool cool <UID> Set indoor unit mode to COOL. >cool heat CooLink D PRO v heat heat <UID> Set indoor unit mode to HEAT. >heat fan CooLink D PRO v fan fan <UID>

12 RS232 ASCII Interface 12 Set indoor unit mode to FAN. >fan dry CooLink D PRO v dry dry <UID> Set indoor unit UID mode to DRY. >dry auto CooLink D PRO v auto auto <UID> Set indoor unit UID mode to AUTO. >auto

13 RS232 ASCII Interface 13 6 CooLink D PRO v temp temp [±]<TEMPERATURE> temp <UID> [±]<TEMPERATURE> Set indoor unit temperature. <TEMPERATURE> parameter must be decimal number. Command can work in relative or absolute manner. If plus '+' or minus '-' sign precedes <TEMPERATURE> parameter it's value will be used as delta. It this case the set temperature will be increased (+) or decreased (-) to that delta. Otherwise set temperature will be set to the given value. >temp 20 >temp -1 >temp +3 Set unit temperature to 20ºC Decrease unit temperature by 1ºC Increase unit temperature by 3ºC feed CooLink D PRO v feed [±]<AMB_TEMP> feed <UID> [±]<AMB_TEMP> To measure ambient temperature Indoor Unit can use Indoor's internal temperature sensor Remote Controller's temperature sensor If ambient temperature provided to CooLink with feed command is ZERO, CooLink will force Indoor Unit to use it's internal temperature sensor. Otherwise (ambient temperature value is not ZERO)

14 RS232 ASCII Interface 14 CooLink will feed this value into Indoor Unit. After reset ambient temperature value assumed to be ZERO. >feed 20 >feed 0 Feed 20ºC ambient temperature into Indoor Unit Use Indoor's internal temperature sensor 6 CooLink D v CooLink S v UID supported only in CooLink D 4.12 fspeed fspeed <l m h a t> fspeed <UID> <l m h a t> Set indoor unit fan speed to low, medium, high, auto, top. >fspeed l >fspeed m >fspeed h >fspeed a >fspeed t 6 Set unit fan speed to low Set unit fan speed to medium Set unit fan speed to high Set unit fan speed to auto Set unit fan speed to top CooLink D CooLink S CooLink T Supported: l h Supported: l m h a Supported: l m h a CooLink D PRO v 0.0.7

15 RS232 ASCII Interface filt filt filt <UID> Clear Filter Sign. >filt iset CooLink D v CooLink S N.A. iset <UID> <SETN> iset <UID> <SETN> <VAL> Read/Write internal Indoor parameter (setting). If value not specified the parameter is read otherwise it is written with <VAL> and read back. Below is the list of most useful parameters: SETN R/W Description Value CooLink D 000 R/W Group Address , , , R/W Airnet Address R/W Return air sensor 1 - Indoor and Thermostat (CooLink) 2 - Indoor Only 3 - Thermostat (CooLink) Only CooLink S 003 R/W Centralized Address R/W Group Address R/W Return air sensor 0 - Indoor 1 - Thermostat (CooLink) *You should check specific A/C system manual for complete up-to-date information about internal parameters and their values. Information in above table is provided only for reference. CooLink D. Read Grooup Address and Airnet Address

16 RS232 ASCII Interface 16 >iset : 102 (Group Address) > >iset : 08 (Airnet Address) CooLink D. Write parameter 10.2 with value 1 >iset : stat CooLink D v CooLink S v stat stat <UID> Display Indoor unit(s) status. >stat 101 OFF 23C 20,50C High Cool - RESPONSE Position in String Example Format Description NNN Indoor unit Sequence or Centralized Address 4-6 OFF ON or OFF On/Off Status C NNC Set Temperature ºC ,50C NN,NNC Ambient Temperature ºC High Low,Med,High,Auto,Top Fan Speed Cool Cool,Heat,Fan,Dry,Auto Operation Mode 28-29/30 or Xn, Xnn or Failure code 6

17 RS232 ASCII Interface 17 CooLink D v 0.0.7

18 Failure Codes 18 5 Failure Codes Below is a translation table between failure code register value and failure code used by A/C manufacturer. CooLink D type 000 (0x00) (0x01) (0x02) (0x03) (0x04) (0x05) (0x06) (0x07) (0x08) (0x09) (0x0A) - 0A 011 (0x0B) - 0H 012 (0x0C) - 0C 013 (0x0D) - 0J 014 (0x0E) - 0E 015 (0x0F) - 0F 016 (0x10) - A0 017 (0x11) - A1 018 (0x12) - A2 019 (0x13) - A3 020 (0x14) - A4 021 (0x15) - A5 022 (0x16) - A6 023 (0x17) - A7 024 (0x18) - A8 025 (0x19) - A9 026 (0x1A) - AA 027 (0x1B) - AH 028 (0x1C) - AC 029 (0x1D) - AJ 030 (0x1E) - AE 031 (0x1F) - AF 032 (0x20) - C0 033 (0x21) - C1 034 (0x22) - C2 035 (0x23) - C3 036 (0x24) - C4 037 (0x25) - C5 038 (0x26) - C6 039 (0x27) - C7 040 (0x28) - C8 041 (0x29) - C9 042 (0x2A) - CA 043 (0x2B) - CH 044 (0x2C) - CC 045 (0x2D) - CJ 046 (0x2E) - CE 047 (0x2F) - CF 048 (0x30) - E0 049 (0x31) - E1 050 (0x32) - E2 051 (0x33) - E3 052 (0x34) - E4 053 (0x35) - E5 054 (0x36) - E6 055 (0x37) - E7 056 (0x38) - E8 057 (0x39) - E9 058 (0x3A) - EA 059 (0x3B) - EH 060 (0x3C) - EC 061 (0x3D) - EJ 062 (0x3E) - EE 063 (0x3F) - EF 064 (0x40) - H0 065 (0x41) - H1 066 (0x42) - H2 067 (0x43) - H3 068 (0x44) - H4 069 (0x45) - H5 070 (0x46) - H6 071 (0x47) - H7 072 (0x48) - H8 073 (0x49) - H9 074 (0x4A) - HA 075 (0x4B) - HH 076 (0x4C) - HC 077 (0x4D) - HJ 078 (0x4E) - HE 079 (0x4F) - HF 080 (0x50) - F0 081 (0x51) - F1 082 (0x52) - F2 083 (0x53) - F3 084 (0x54) - F4 085 (0x55) - F5 086 (0x56) - F6 087 (0x57) - F7 088 (0x58) - F8 089 (0x59) - F9 090 (0x5A) - FA 091 (0x5B) - FH 092 (0x5C) - FC 093 (0x5D) - FJ 094 (0x5E) - FE 095 (0x5F) - FF 096 (0x60) - J0 097 (0x61) - J1 098 (0x62) - J2 099 (0x63) - J3 100 (0x64) - J4 101 (0x65) - J5 102 (0x66) - J6 103 (0x67) - J7 104 (0x68) - J8 105 (0x69) - J9 106 (0x6A) - JA 107 (0x6B) - JH 108 (0x6C) - JC 109 (0x6D) - JJ 110 (0x6E) - JE 111 (0x6F) - JF 112 (0x70) - L0 113 (0x71) - L1 114 (0x72) - L2 115 (0x73) - L3 116 (0x74) - L4 117 (0x75) - L5 118 (0x76) - L6 119 (0x77) - L7 120 (0x78) - L8 121 (0x79) - L9 122 (0x7A) - LA 123 (0x7B) - LH 124 (0x7C) - LC 125 (0x7D) - LJ 126 (0x7E) - LE 127 (0x7F) - LF 128 (0x80) - P0 129 (0x81) - P1 130 (0x82) - P2 131 (0x83) - P3 132 (0x84) - P4 133 (0x85) - P5 134 (0x86) - P6 135 (0x87) - P7 136 (0x88) - P8 137 (0x89) - P9 138 (0x8A) - PA 139 (0x8B) - PH 140 (0x8C) - PC 141 (0x8D) - PJ 142 (0x8E) - PE 143 (0x8F) - PF 144 (0x90) - U0 145 (0x91) - U1 146 (0x92) - U2 147 (0x93) - U3 148 (0x94) - U4 149 (0x95) - U5 150 (0x96) - U6 151 (0x97) - U7 152 (0x98) - U8 153 (0x99) - U9 154 (0x9A) - UA 155 (0x9B) - UH 156 (0x9C) - UC 157 (0x9D) - UJ 158 (0x9E) - UE 159 (0x9F) - UF 160 (0xA0) - M0 161 (0xA1) - M1 162 (0xA2) - M2 163 (0xA3) - M3 164 (0xA4) - M4 165 (0xA5) - M5 166 (0xA6) - M6 167 (0xA7) - M7 168 (0xA8) - M8 169 (0xA9) - M9 170 (0xAA) - MA 171 (0xAB) - MH 172 (0xAC) - MC 173 (0xAD) - MJ 174 (0xAE) - ME 175 (0xAF) - MF 176 (0xB0) (0xB1) (0xB2) (0xB3) (0xB4) (0xB5) (0xB6) (0xB7) (0xB8) (0xB9) (0xBA) - 3A 187 (0xBB) - 3H 188 (0xBC) - 3C 189 (0xBD) - 3J 190 (0xBE) - 3E 191 (0xBF) - 3F 192 (0xC0) (0xC1) (0xC2) (0xC3) (0xC4) (0xC5) (0xC6) (0xC7) (0xC8) (0xC9) (0xCA) - 4A 203 (0xCB) - 4H 204 (0xCC) - 4C 205 (0xCD) - 4J 206 (0xCE) - 4E 207 (0xCF) - 4F 208 (0xD0) (0xD1) (0xD2) (0xD3) (0xD4) (0xD5) (0xD6) (0xD7) (0xD8) (0xD9) (0xDA) - 5A 219 (0xDB) - 5H 220 (0xDC) - 5C 221 (0xDD) - 5J 222 (0xDE) - 5E 223 (0xDF) - 5F 224 (0xE0) (0xE1) (0xE2) (0xE3) (0xE4) (0xE5) (0xE6) (0xE7) (0xE8) (0xE9) (0xEA) - 6A 235 (0xEB) - 6H 236 (0xEC) - 6C 237 (0xED) - 6J 238 (0xEE) - 6E 239 (0xEF) - 6F 240 (0xF0) -?0 241 (0xF1) -?1 242 (0xF2) -?2 243 (0xF3) -?3 244 (0xF4) -?4 245 (0xF5) -?5 246 (0xF6) -?6 247 (0xF7) -?7 248 (0xF8) -?8 249 (0xF9) -?9 250 (0xFA) -?A 251 (0xFB) -?H 252 (0xFC) -?C 253 (0xFD) -?J 254 (0xFE) -?E 255 (0xFF) -?F

19 Failure Codes 19 CooLink S or T type 000 (0x00)- A (0x01)- A (0x02)- A (0x03)- A (0x04)- A (0x05)- A (0x06)- A (0x07)- A (0x08)- A (0x09)- A (0x0A)- A (0x0B)- A (0x0C)- A (0x0D)- A (0x0E)- A (0x0F)- A (0x10)- A (0x11)- A (0x12)- A (0x13)- A (0x14)- A (0x15)- A (0x16)- A (0x17)- A (0x18)- A (0x19)- A (0x1A)- A (0x1B)- A (0x1C)- A (0x1D)- A (0x1E)- A (0x1F)- A (0x20)- C (0x21)- C (0x22)- C (0x23)- C (0x24)- C (0x25)- C (0x26)- C (0x27)- C (0x28)- C (0x29)- C (0x2A)- C (0x2B)- C (0x2C)- C (0x2D)- C (0x2E)- C (0x2F)- C (0x30)- C (0x31)- C (0x32)- C (0x33)- C (0x34)- C (0x35)- C (0x36)- C (0x37)- C (0x38)- C (0x39)- C (0x3A)- C (0x3B)- C (0x3C)- C (0x3D)- C (0x3E)- C (0x3F)- C (0x40)- E (0x41)- E (0x42)- E (0x43)- E (0x44)- E (0x45)- E (0x46)- E (0x47)- E (0x48)- E (0x49)- E (0x4A)- E (0x4B)- E (0x4C)- E (0x4D)- E (0x4E)- E (0x4F)- E (0x50)- E (0x51)- E (0x52)- E (0x53)- E (0x54)- E (0x55)- E (0x56)- E (0x57)- E (0x58)- E (0x59)- E (0x5A)- E (0x5B)- E (0x5C)- E (0x5D)- E (0x5E)- E (0x5F)- E (0x60)- F (0x61)- F (0x62)- F (0x63)- F (0x64)- F (0x65)- F (0x66)- F (0x67)- F (0x68)- F (0x69)- F (0x6A)- F (0x6B)- F (0x6C)- F (0x6D)- F (0x6E)- F (0x6F)- F (0x70)- F (0x71)- F (0x72)- F (0x73)- F (0x74)- F (0x75)- F (0x76)- F (0x77)- F (0x78)- F (0x79)- F (0x7A)- F (0x7B)- F (0x7C)- F (0x7D)- F (0x7E)- F (0x7F)- F (0x80)- H (0x81)- H (0x82)- H (0x83)- H (0x84)- H (0x85)- H (0x86)- H (0x87)- H (0x88)- H (0x89)- H (0x8A)- H (0x8B)- H (0x8C)- H (0x8D)- H (0x8E)- H (0x8F)- H (0x90)- H (0x91)- H (0x92)- H (0x93)- H (0x94)- H (0x95)- H (0x96)- H (0x97)- H (0x98)- H (0x99)- H (0x9A)- H (0x9B)- H (0x9C)- H (0x9D)- H (0x9E)- H (0x9F)- H (0xA0)- J (0xA1)- J (0xA2)- J (0xA3)- J (0xA4)- J (0xA5)- J (0xA6)- J (0xA7)- J (0xA8)- J (0xA9)- J (0xAA)- J (0xAB)- J (0xAC)- J (0xAD)- J (0xAE)- J (0xAF)- J (0xB0)- J (0xB1)- J (0xB2)- J (0xB3)- J (0xB4)- J (0xB5)- J (0xB6)- J (0xB7)- J (0xB8)- J (0xB9)- J (0xBA)- J (0xBB)- J (0xBC)- J (0xBD)- J (0xBE)- J (0xBF)- J (0xC0)- L (0xC1)- L (0xC2)- L (0xC3)- L (0xC4)- L (0xC5)- L (0xC6)- L (0xC7)- L (0xC8)- L (0xC9)- L (0xCA)- L (0xCB)- L (0xCC)- L (0xCD)- L (0xCE)- L (0xCF)- L (0xD0)- L (0xD1)- L (0xD2)- L (0xD3)- L (0xD4)- L (0xD5)- L (0xD6)- L (0xD7)- L (0xD8)- L (0xD9)- L (0xDA)- L (0xDB)- L (0xDC)- L (0xDD)- L (0xDE)- L (0xDF)- L (0xE0)- P (0xE1)- P (0xE2)- P (0xE3)- P (0xE4)- P (0xE5)- P (0xE6)- P (0xE7)- P (0xE8)- P (0xE9)- P (0xEA)- P (0xEB)- P (0xEC)- P (0xED)- P (0xEE)- P (0xEF)- P (0xF0)- P (0xF1)- P (0xF2)- P (0xF3)- P (0xF4)- P (0xF5)- P (0xF6)- P (0xF7)- P (0xF8)- P (0xF9)- P (0xFA)- P (0xFB)- P (0xFC)- P (0xFD)- P (0xFE)- P (0xFF)- P31

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