Carel k.Air, Руководство пользователя, Страница: 118 / 192

118
Parameter table
k.air +030220981 rel. 1.2 - 01.12.2020
10.1.2 C . D ampers
R if D escription D ev Min Max UoM D ir Modbus BAC net
DA M P E RS
Ca01 Damper opening time 120 0 65535 s R/W HR1639 PIV3134
Ca03 Enable air quality regulation for fresh air OR mixing damper FALSE 0 1 - R/W CS289 BV289
Air Quality - Dampers PID parameters - Proportional gain 1.0 0.0 999.9 - R/W HR1640 AV3135
Air Quality - Dampers PID parameters - Integral time 60 0 999 - R/W HR1641 PIV3136
Ca06 Fresh air damper - Minimum regulation value 0.0 0.0 100.0 % R/W HR1642 AV3137
Fresh air damper - Maximum regulation value 100.0 0.0 100.0 % R/W HR1643 AV3138
Ca09 Mixing air damper - Minimum regulation value 0.0 0.0 100.0 % R/W HR1644 AV3139
Mixing air damper - Maximum regulation value 100.0 0.0 100.0 % R/W HR1645 AV3140
Ca12 Enable dampers regulation in case of FreeCooling/FreeHeating FALSE 0 1 - R/W CS290 BV290
Tab. 10.d
10.1.3 D . C oils
R if D escription D ev Min Max UoM D ir Modbus BAC net
CO IL S
Da01 Main coil confi guration 2 0 2 - R/W HR1654 PIV3149
Main coil steps number 1 1 4 - R/W HR1655 PIV3150
Compressor type (FALSE: ON/OFF; TRUE: BLDC) TRUE 0 1 - R/W CS291 BV291
Enable EVD emb management TRUE 0 1 - R/W CS292 BV292
Da03 Cooling coil PID parameters - Proportional gain 8.0 0.0 999.9 - R/W HR1656 AV3151
Cooling coil PID parameters - Integral time 120 0 999 - R/W HR1657 PIV3152
Da06 Heating coil PID parameters - Proportional gain 8.0 0.0 999.9 - R/W HR1658 AV3153
Heating coil PID parameters - Integral time 120 0 999 - R/W HR1659 PIV3154
Da09 Dehumidifi cation PID parameters - Proportional gain 8.0 0.0 999.9 - R/W HR1660 AV3155
Dehumidifi cation PID parameters - Integral time 120 0 999 - R/W HR1661 PIV3156
Dehumidifi cation PID parameters - Derivative time 0 0 999 - R/W HR1662 PIV3157
Maximum dehumidifi cation off set 2.0 -99.9 99.9 K R/W HR1663 AV3158
Da12 Heating coil request during antifreeze off status 50.0 0.0 100.0 % R/W HR1664 AV3159
Da18 Cooling coil request during antifreeze off status 50.0 0.0 100.0 % R/W HR1665 AV3160
Da21 Cooling/Heating coil pumps number 0 0 2 - R/W HR1666 PIV3161
Cooling/Heating coil pumps fl ow check startup delay 15 0 999 s R/W HR1667 PIV3162
Cooling/Heating coil pumps fl ow check run delay 5 0 999 s R/W HR1668 PIV3163
Cooling/Heating coil pumps enable antilock function TRUE 0 1 - R/W CS293 BV293
Cooling/Heating coil pumps rotation time 24 0 999 h R/W HR1669 PIV3164
Da24 Coil fl oating valve:Running time 180 1 999 s R/W HR1914 PIV3940
Db01 PreHeating coil steps number 1 1 4 - R/W HR1670 PIV3165
Db03 Pre heating PID parameters - Proportional gain 8.0 0.0 999.9 - R/W HR1671 AV3166
Pre heating PID parameters - Integral time 120 0 999 - R/W HR1672 PIV3167
Db06 PreHeating coil request during antifreeze off status 50.0 0.0 100.0 % R/W HR1673 AV3168
Db09 PreHeating coil pumps number 0 0 2 - R/W HR1674 PIV3169
PreHeating coil pumps fl ow check startup delay 15 0 999 s R/W HR1675 PIV3170
PreHeating coil pumps fl ow check run delay 5 0 999 s R/W HR1676 PIV3171
PreHeating coil pumps enable antilock function TRUE 0 1 - R/W CS294 BV294
PreHeating coil pumps rotation time 24 0 999 h R/W HR1677 PIV3172
Db12 Coil fl oating valve:Running time 180 1 999 s R/W HR1914 PIV3940
Dc01 PostHeating coil steps number 1 1 4 - R/W HR1678 PIV3173
Dc03 Post heating PID parameters - Proportional gain 8.0 0.0 999.9 - R/W HR1679 AV3174
Post heating PID parameters - Integral time 120 0 999 - R/W HR1680 PIV3175
Dc06 PostHeating coil request during antifreeze off status 50.0 0.0 100.0 % R/W HR1681 AV3176
Dc09 Post Heating coil pumps number 0 0 2 - R/W HR1682 PIV3177
Re Heating coil pumps fl ow check startup delay 15 0 999 s R/W HR1683 PIV3178
ReHeating coil pumps fl ow check run delay 5 0 999 s R/W HR1684 PIV3179
Re Heating coil pumps enable antilock function TRUE 0 1 - R/W CS295 BV295
Re Heating coil pumps rotation time 24 0 999 h R/W HR1685 PIV3180
Dc12 Coil fl oating valve:Running time 180 1 999 s R/W HR1914 PIV3940
Tab. 10.e