Regin REGIO ARDO Manual Download Page 115

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Modbus signal lists

Signal name

Modbus
address

Default
value

Scale

Description

AlaData.AlaPt13_DelayValue

457

Delay value for point no. 13 Slave3CommFail

AlaData.AlaPt14_DelayValue

458

Delay value for point no. 14 Slave4CommFail

AlaData.AlaPt15_DelayValue

459

Delay value for point no. 15 RoomTempHigh

AlaData.AlaPt16_DelayValue

460

Delay value for point no. 16 RoomTempLow

AlaData.AlaPt17_DelayValue

461

Delay value for point no. 17 RoomTempDeviation

AlaData.AlaPt18_DelayValue

462

Delay value for point no. 18
RoomControllerInManualMode

AlaData.AlaPt19_DelayValue

463

Delay value for point no. 19
RoomTempHighRoom2

AlaData.AlaPt20_DelayValue

464

Delay value for point no. 20 RoomTempLowRoom2

AlaData.AlaPt21_DelayValue

465

Delay value for point no. 21
RoomTempDeviationRoom2

AlaData.AlaPt22_DelayValue

466

Delay value for point no. 22
RoomControllerInManualModeRoom2

AlaData.AlaPt23_DelayValue

467

Delay value for point no. 23 MasterCommFail

AlaData.AlaPt24_DelayValue

468

Delay value for point no. 24 SlaveNormalOperation

AlaData.AlaPt25_DelayValue

469

Delay value for point no. 25 CO2 Level High

AlaData.AlaPt26_DelayValue

470

Delay value for point no. 26 CO2 Level High
Room2

Alarms.AlaAcknow

471

External acknowledge command

Alarms.AlaBlock

472

External blocking command

Alarms.AlaUnBlock

473

External unblocking command

C.4 Input status registers

Signal name

Modbus
address

Description

RCPActual.RegioOpenWindowInd

Open window indication

RCPActual.RegioCondensationAlarm

Alarm Condensation indication

RCPActual.RegioPresenceInd

Pressens indication

RCPActual.RegioChangeOverInd

Change over indication

RCPActual.RegioDigOut1

Digital output 1

RCPActual.RegioDigOut2

Digital output 2

RCPActual.RegioDigOut3

Digital output 3

RCPActual.RegioDigOut4

Digital output 4

RCPActual.RegioDigOut5

Digital output 5

RCPActual.RegioDigOut6

Digital output 6

RCPActual.RegioFanSpeed1Output

Start Fan Speed 1

RCPActual.RegioFanSpeed2Output

Start Fan Speed 2

RCPActual.RegioFanSpeed3Output

Start Fan Speed 3

RCPActual.RegioLightingOutput

Start signal Lighting

RCPActual.RegioSunBlindsInOutput

In signal Blind

RCPActual.RegioSunBlindsOutOutput

Out signal Blind

RCPActual.RegioForcedVentOutput

Start forced ventilation

RCPActual.RegioHeat1IncOutput

Increase heat 1 valve

Regio

Ardo

manual, Rev. D

115

Summary of Contents for REGIO ARDO

Page 1: ...en WE TAKE BUILDING AUTOMATION PERSONALLY MANUAL REGIOARDO...

Page 2: ...rket as well as of how our products and systems function under the most variable conditions Every year Regin makes substantial investments in the development of our systems and HVAC products DISCLAIME...

Page 3: ...lation 41 2 8 Presence detection 44 2 9 Two rooms 46 2 10 CO2 control 47 3 Room unit 49 3 1 Model overview and user interface description 49 3 2 Room units without display 51 3 2 1 Selecting a fan spe...

Page 4: ...73 10 Maintenance and service 75 10 1 Changing the battery 75 10 2 Resetting the application memory 75 Appendix A Technical data 77 A 1 General data 77 A 2 Inputs 77 A 3 Outputs 77 A 4 RS485 communica...

Page 5: ...and commissioned by using Regin s Application tool software The controller functions and their configuration options are therefore described in an Application tool context The manual has the followin...

Page 6: ...Introduction W Wa ar rn niin ng g This type of text and symbol is used to show warnings 6 RegioArdo manual Rev D...

Page 7: ...ng change over Heating VAV Cooling VAV VAV Heating Cooling VAV Based on the selected controller mode the controller outputs one or multiple control signal sequences denoted Y1 Y2 and Y3 The signal seq...

Page 8: ...the heating demand At 100 heating demand Y1 Heating signal reaches its maximum When the room temperature is higher than the heating setpoint and no heating demand exists Y1 Heating signal is at its m...

Page 9: ...imum When the room temperature is higher than the heating setpoint and no heating demand exists both Y1 Heating signal and Y2 Heating 2 signal are at their minimum Figure 2 3 Control behaviour for the...

Page 10: ...ature falls below the heating setpoint Y1 Heating signal increases to respond to the heating demand At 100 heating demand Y1 Heating signal reaches its maximum When the room temperature is in the rang...

Page 11: ...om temperature is lower than the cooling setpoint and no cooling demand exists Y1 Cooling signal is at its minimum Figure 2 5 Control behaviour for the Cooling controller mode 2 1 5 Heating Cooling ch...

Page 12: ...hes its maximum When the room temperature is higher than the heating setpoint and no heating demand exists Y1 Change over heating mode signal is at its minimum Figure 2 6 Control behaviour for the Hea...

Page 13: ...eating Cooling mode when the controller change over state is cooling See section 2 3 for information about the controller change over state The Heating Heating mode is typically used during cold seaso...

Page 14: ...exists both Y1 Change over heating mode signal and Y2 Heating signal are at their minimum Figure 2 8 Control behaviour for the Heating Heating Cooling change over controller mode when the controller...

Page 15: ...nd Y1 Change over cooling mode signal reaches its maximum When the room temperature is in the range between the cooling setpoint and the deadband centre and no cooling demand exists Y1 Change over coo...

Page 16: ...n heating and cooling demand when no maximum or minimum limits are set for the heating output signal and when a minimum limit is set for the VAV output signal The heating demand increases as the room...

Page 17: ...ontroller output configuration value Controller output type Y1 Cooling Analog Cooling valve increase Cooling valve decrease Digital Digital Cooling valve thermal PWM Digital Y2 VAV Analog Figure 2 11...

Page 18: ...ates the control behaviour when the controller regulates based on cooling demand and when a minimum limit is set for the VAV output signal The cooling demand increases as the room temperature rises Wh...

Page 19: ...thermal PWM Digital Y2 Cooling Analog Cooling valve increase Cooling valve decrease Digital Digital Cooling valve thermal PWM Digital Y1 Y2 6 way valve Analog 6 way valve increase 6 way valve decrease...

Page 20: ...n tool The heating output limits are active when the controller is in heating mode and inactive when the controller is not in heating mode When the controller is in heating mode or not is defined by t...

Page 21: ...g output 2 3 Change over Change over is a control function that enables the controller to provide both a heating or a cooling signal on the same controller output This is achieved by shifting the cont...

Page 22: ...e When using a potential free contact for change over detection the controller shifts the controller change over state to cooling when the contact is closed The controller shifts the controller change...

Page 23: ...ssible for the room HVAC system to operate with priority on comfort or energy saving The following controller states are available for use and the controller always operates in one of them Off Unoccup...

Page 24: ...mfort Occupancy indication is shown HEAT or COOL indication is shown when the demand is greater than zero The room temperature setpoint setpoint adjustment or CO2 level is shown according to the curre...

Page 25: ...or the unoccupied controller state Standby In this state the controller regulates based on the configured occupied heating and cooling setpoints in combination with the configured standby deadband set...

Page 26: ...forced ventilation function Active setpoints The configured occupied heating and cooling setpoints combined with any applied setpoint adjustment Figure 2 22 illustrates the control behaviour when no m...

Page 27: ...rter than 5 seconds short press The occupancy on off button on the room unit is pressed for more than 5 seconds long press Presence is detected Via a presence detector for example a motion detector wh...

Page 28: ...ontroller state changes for when presence detection and the occupancy on off button on the room unit are used Bypass state Preset setting Default Occupied state Shutdown setting Default Unoccupied sta...

Page 29: ...ule is active Presence detection Bypass state Shutdown setting Default Unoccupied state Note The controller does not check presence Presence detected setting Default Bypass state Preset setting Defaul...

Page 30: ...the room unit or set via communication When the controller is in the state specified by the Shutdown controller state setting see section 2 4 2 the operative fan mode is always auto In addition fan c...

Page 31: ...heating or cooling demand as illustrated in Figure 2 27 In manual mode the Y1 signal is independent of the current heating or cooling demand Instead the fan speed 1 2 and 3 signals are defined by a nu...

Page 32: ...al 3 speeds All 3 fan speed signals are used default setting EC fan starts when demand exceeds Auto The fan starts when this heating or cooling demand is exceeded Limit maximum EC fan speed to Auto an...

Page 33: ...on a controller output Figure 2 29 3 speed fan control configuration settings in Application tool The controller outputs 3 fan speed signals Y1 Y2 and Y3 that are configured on the controller outputs...

Page 34: ...that the controller outputs the fan speed 2 signal instead of the fan speed 3 signal 3 speeds All 3 fan speed signals are used default setting Demand for fan speed 1 Auto The fan speed 1 signal is ac...

Page 35: ...s to temporarily run the fan at an increased speed to provide a perceived cooling effect until the cooling distribution from the cooling valve establishes The fan boost is achieved by the use of a sep...

Page 36: ...anual mode The fan boost configuration settings are described in Table 2 19 Table 2 19 Fan boost configuration settings Configuration setting Description Fan boost mode At cooling demand Fan boost is...

Page 37: ...k start function is activated when the fan starts from standstill in manual or auto mode When the fan kick start function is active the controller sets the fan speed output signal to its maximum for t...

Page 38: ...in Table 2 21 Table 2 21 Fan afterblow configuration settings Configuration setting Description Fan afterblow mode Off Fan afterblow is disabled default setting After heating 1 Fan afterblow is activa...

Page 39: ...seful when the heating device that provides the room with heat is located in the supply air duct and behind the damper that regulates the airflow into the room When this function is active and the hea...

Page 40: ...Specifies the minimum limit for the VAV output signal when the controller is in the off controller state Max limit for VAV output Specifies the maximum limit for the VAV output signal Max limit for V...

Page 41: ...ventilation function is activated when the controller changes to bypass state and any of the conditions specified by the Forced ventilation active or Forced ventilation active at max output settings a...

Page 42: ...reached their maximum Off Forced ventilation is not activated default setting At max heating output Forced ventilation is activated when the heating output signal is at its maximum and the controller...

Page 43: ...onfiguration settings are applied Forced ventilation active In cooling mode Forced ventilation active at max output At max heating output Heating signal VAV signal when Forced ventilation active is se...

Page 44: ...RU DOCS room unit is connected the controller recognizes the built in CO2 sensor automatically and no controller input configuration is needed The controller checks for presence continuously when the...

Page 45: ...controller does not change to the presence detected controller state and the timer is stopped and reset Presence deactivation delay min The controller checks for presence continuously when the contro...

Page 46: ...40 Two rooms configuration settings in Application tool When the two rooms function is enabled all configuration settings for room 2 are displayed in all panes in Application tool Figure 2 41 shows fo...

Page 47: ...ilt in CO2 sensor automatically and no controller input configuration is needed Table 2 27 CO2 control configuration value and controller input type Configuration value Controller input type CO2 senso...

Page 48: ...is lower than the CO2 setpoint and no fresh air demand exists VAV signal is at its minimum Figure 2 42 CO2 control behaviour VAV signal Output Max 100 CO2 setpoint Min 0 CO2 level in room 100 0 Fresh...

Page 49: ...oint adjustment Fan speed If a window is open If a sun blind is out If the room lighting is on Relative humidity level in room Outdoor temperature 3 1 Model overview and user interface description The...

Page 50: ...om unit models provide Table 3 1 Room unit features per model Model LEDs Display Occupancy on off button Up down buttons for setpoint adjustment Setpoint adjustment knob Fan speed button Fan speed swi...

Page 51: ...e state specified by the Shutdown controller state setting the fan speed is always auto regardless of what is selected via the room unit 3 2 2 Performing a setpoint adjustment A setpoint adjustment is...

Page 52: ...fan indication in the display starts to blink 2 Press the fan speed button to scroll between the auto fan speed selection and the available as configured in the controller manual fan speed selections...

Page 53: ...oom HVAC system in energy saving mode by default in unoccupied controller state 3 3 4 Display indications The display indications are shown in Figure 3 4 Figure 3 4 Indications in room unit display Th...

Page 54: ...window is open Lighting is active Sun blind is out Relative humidity level in room is shown temporarily Note Only the ED RU DOS model supports showing the relative humidity level in the display Outdoo...

Page 55: ...ter 2 minutes of inactivity in the parameter menu 3 3 6 Parameter menu access Access to the parameter menu in room units with display can be disabled to prevent unauthorized users to perform basic con...

Page 56: ...lways auto regardless of what is selected via the room unit 3 4 Communication LED An LED is located inside the lower right corner of the room unit and blinks when the room unit is communicating with t...

Page 57: ...dentification when neither FAIL nor is shown After the room units have been identified by the controller Application tool provides support functions for checking assigned room unit IDs and for swappin...

Page 58: ...used for configuration purposes that is for displaying relevant configura tion settings in Application tool that are related to the specific room unit model Room unit address Specifies the room unit E...

Page 59: ...ink indicates ID 1 and two fast blinks indicate ID 2 For room units with display ID 1 and ID 2 are shown in the displays When the indications are shown in room units with display the IDs can be swappe...

Page 60: ...e display alternates between showing the current View mode setting and the CO2 level in the room default setting Disabled The current View mode setting is shown Brightness when lit Specifies the displ...

Page 61: ...lication tool Figure 4 1 Controller input and output configuration in Application tool Table 4 1 provides an overview of the controller inputs and outputs and lists their configuration options The roo...

Page 62: ...room 2 Supply air temperature room 2 Condensation sensor room 2 CO2 sensor room 2 RH sensor room 2 DI1 DI2 DI3 DI4 Digital input DIb Disabled Change over Open window Presence detector Open window room...

Page 63: ...ge over valve thermal PWM 6 way valve increase 6 way valve decrease Sum alarm Sum alarm A Sum alarm B Fan speed 1 room 2 Fan speed 2 room 2 Fan speed 3 room 2 Lighting room 2 Blind in room 2 Blind out...

Page 64: ...rview Configuration setting Controller state applicability Heating setpoint occupied C Standby Occupied Bypass Cooling setpoint occupied C Heating setpoint unoccupied C Unoccupied Cooling setpoint uno...

Page 65: ...ent A setpoint adjustment is performed via the setpoint knob or the buttons on the room unit or via communication A setpoint adjustment shifts both the active heating and cooling setpoints by equal me...

Page 66: ...shared zone Only the configuration settings in the master are used to determine the control demand data that is used for controlling the shared zone After the master has determined the control demand...

Page 67: ...the master configuration settings 4 Enable the removable walls function 5 Synchronize parameters Table 6 1 Removable walls configuration settings in the master controller Configuration setting Descrip...

Page 68: ...ctions and wiring diagrams 7 Controller connections and wiring diagrams The controller connections are shown in Figure 7 1 and described in Table 7 1 Figure 7 1 Controller connections layout 68 RegioA...

Page 69: ...ed for Ethernet TCP IP communication 40 AO1a 41 AO2a 42 AO3a 43 AO4a Analog output Output used for valve damper or EC fan control 50 GND 53 GND Digital ground Signal ground for digital inputs 51 DI1b...

Page 70: ...24 V AC DO6b DO5b DO4b GDO DO3b DO2b DO1b 10 GDO 11 12 13 14 15 16 17 Agnd AO4a AO3a AO2a AO1a 45 43 42 41 40 DI4b DI3b GND DI2b DI1b GND 55 54 53 52 51 50 AI4a AI3a Agnd AI2a AI1a 20 Agnd 21 22 23 24...

Page 71: ...diagram Figure 7 3 Wiring diagram for the ED RU room unit The following table describes how the EDSP K3 cable is connected to the room unit Table 7 2 ED RU room unit terminals and EDSP K3 wire colors...

Page 72: ...the controller status and behaviour LED colour Description Green solid Power is on All is OK Red solid Battery problem Yellow blinking The controller is selected from the list in the Search window in...

Page 73: ...qualified personnel The manufacturer is not responsible for any eventual damage or injury caused by inadequate skills during installation or through removal of or deactivation of any security devices...

Page 74: ...astener to secure the controller Figure 9 3 Attaching the controller to the baseplate 3 Attach the terminal protection covers to the baseplate and then secure the covers using the pre mounted Torx T20...

Page 75: ...e the top of the casing by pressing the two tabs on each side of the casing and then lift up the top of the casing carefully Figure 10 1 Removing the top of the casing 3 Change the battery A lithium C...

Page 76: ...Maintenance and service Figure 10 2 Resetting the application memory 76 RegioArdo manual Rev D...

Page 77: ...terminal blocks WxHxD 149 x 136 x 58 mm Dimensions controller unit with baseplate and terminal protection covers WxHxD 153 x 202 x 68 mm Cable connections Pluggable terminal blocks screw AI AO DI DO...

Page 78: ...Parity Even Odd None Stop bits 1 or 2 A 5 RS485 communication port 2 Default protocol EXOline Supported protocols EXOline Modbus BACnet MS TP Port isolation No Communication speed 9600 bps 1200 38400...

Page 79: ...nt for the Cascade PID in Heat Mode 12 RCPSettings RegioSupplyAirTempLimHeatMaxLimit 35 C Max Setpoint for the Cascade PID in Heat Mode 13 RCPSettings RegioSupplyAirTempLimCoolMinLimit 12 C Min Setpoi...

Page 80: ...erature Room2 34 RCPSettings RegioCO2PBandZone2 100 CO2 PID P Gain Room2 35 RCPSettings RegioCO2ITimeZone2 100 sec CO2 PID I Time Room2 36 RCPSettings RegioCO2SetpointZone2 600 ppm Setpoint for CO2 PI...

Page 81: ...one2 4 Presence operating mode Room2 3 Occupied 4 ByPass 16 RCPSettings RegioControllerStateRemoteZone2 5 Is used for remote control Room2 0 Off 1 Unoccupied 2 Stand by 3 Occupied 5 No remote control...

Page 82: ...alve1Type 0 Output Signal for CoolValve1 14 RCPSettings RegioCoolValve2Type 0 Output Signal for CoolValve2 15 RCPSettings RegioHeatCoolValveType 0 Output Signal for ChangeOver 6 WayValve 16 RCPSetting...

Page 83: ...0 If higher controller output start fanspeed 2 4 RCPSettings RegioFanSpeed3Start 100 If higher controller output start fanspeed 3 5 RCPSettings RegioFanSpeedHyst 5 Hysteresis for start stop fan 6 RCPS...

Page 84: ...anual Auto of ECFan 11 RCPSettings RegioHeat1OutputSelectZone2 2 Manual Auto of Heat1 Room2 12 RCPSettings RegioHeat2OutputSelectZone2 2 Manual Auto of Heat2 Room2 13 RCPSettings RegioCoolOutputSelect...

Page 85: ...egioDigOutSelectSumAlarmZone2 2 Manual Auto of SumAlarm Room2 41 RCPSettings RegioDigOutSelectSumAlarmAZone2 2 Manual Auto of SumAlarmA Room2 42 RCPSettings RegioDigOutSelectSumAlarmBZone2 2 Manual Au...

Page 86: ...DOCS 10 ED RUD 15 RCPSettings RegioRUTemperatureCompZone2 0 C Temperature Compensation for RU 2 16 RCPSettings RegioRUDisplayViewTypeZone2 0 Select view mode for the display Room2 0 Display value 1 Di...

Page 87: ...tion room 2 105 CO2 sensor room 2 106 RH sensor room 2 107 Not used 108 Not used 109 Not used 111 Supply air temp room 2 2 RCPSettings RegioAi2 0 Configuration for Analog Input 2 3 RCPSettings RegioAi...

Page 88: ...ot used 5 Changeover 6 Way Valve 6 VAV 7 EC Fan 101 Heat room 2 102 Heat 2 room 2 103 Cool room 2 104 Not used 105 Changeover 6 Way valve room 2 106 VAV room 2 107 Ec Fan room 2 14 RCPSettings RegioAo...

Page 89: ...2 Dec room 2 113 Heat Valve 2 Thermal PWM room 2 114 Cool Valve Inc room 2 115 Cool Valve Dec room 2 116 Cool Valve thermal PWM room 2 117 Not used 118 Not used 119 Not used 120 Change over Valve Inc...

Page 90: ...point no 3 SensorAlarm 18 AlaData AlaPt4_DelayValue 0 Delay value for point no 4 SensorAlarmZone2 19 AlaData AlaPt5_DelayValue 0 Delay value for point no 5 Presence 20 AlaData AlaPt6_DelayValue 0 Del...

Page 91: ...alue 0 Delay value for point no 24 SlaveNormalOperation 39 AlaData AlaPt25_DelayValue 10 Delay value for point no 25 CO2 Level High 40 AlaData AlaPt26_DelayValue 10 Delay value for point no 26 CO2 Lev...

Page 92: ...gs RegioSunBlindsInCmd 11 0 Command to take in jalusi RCPSettings RegioSunBlindsOutCmd 12 0 Command to take out jalusi RCPSettings RegioEnableZone2 13 0 Enables Control in Room2 RCPSettings RegioHeatS...

Page 93: ...ce Order 0 Heat 1st Sequence 1 Heat 2nd Sequence RCPSettings RegioSixWayValveSequenceOrderZone2 41 0 6 Way Valve Sequence Order Room2 0 Heat 1st Sequence 1 Heat 2nd Sequence RCPSettings RegioDi1NC 42...

Page 94: ...Condensation Source Selector 0 Use Controller Input Values 1 use remote values Exoline Modbus Bacnet RCPSettings RegioRemoteRoomCO2Select 70 0 CO2 Source Selector 0 Use Controller Input Values 1 use...

Page 95: ...0 Communication Presence State RCPSettings RegioRemoteDIChangeover 88 0 Communication ChangeOver State RCPSettings RegioRemoteDICondenseAlarm 89 0 Communication Condensation State RCPSettings RegioRem...

Page 96: ...ol signal VAV 0 100 RCPActual RegioECFanOutputSignal 32 1 Control signal EC fan 0 100 RCPActual RegioFanSpeed 33 1 Current 3speed fan speed 0 Off 1 Speed1 2 Speed2 3 Speed3 RCPActual RegioECFanSpeedIn...

Page 97: ...CPActual RegioVAVOutputSignalZone2 59 1 Control signal VAV 0 100 Room2 RCPActual RegioECFanOutputSignalZone2 60 1 Control signal EC fan 0 100 Room2 RCPActual RegioFanSpeedZone2 61 1 Current 3speed fan...

Page 98: ...CPSettings RegioSetPOffset 12 0 10 Setpoint Offset RCPSettings RegioSetPOffsetRemote 13 0 10 Setpoint Offset Remote RCPSettings RegioControllerStateReturn 14 3 1 Select return unit state 0 Off 1 Unocc...

Page 99: ...tilation Control Mode 0 Off 1 Force Vent on Heat 2 Force Vent on Cool 3 Force Vent on Both Heat and Cool RCPSettings RegioForcedVentAtMaxOutput 40 0 1 Forced Ventilation on Max Heat Cool Both 0 Off 1...

Page 100: ...work when on Heating 0 Cooling 1 Both 2 RCPSettings RegioConfigFanBoostTime 67 0 1 Time sec 0 to 600 seconds that the Boost Func tion is active If 0 the boost function is disabled RCPSettings RegioSho...

Page 101: ...ings RegioPresenceOffDelayZone2 91 10 1 Off timer for changing to not presence min Room2 RCPSettings RegioPresenceOnDelayZone2 92 0 1 On timer for changing to presence min Room2 RCPSettings RegioHeatO...

Page 102: ...Frost Protection Temperature Room2 RCPSettings RegioCO2PBandZone2 117 100 1 CO2 PID P Gain Room2 RCPSettings RegioCO2ITimeZone2 118 100 1 CO2 PID I Time Room2 RCPSettings RegioCO2SetpointZone2 119 60...

Page 103: ...an just in Boost Startup Mode Room2 RCPSettings RegioLightControlFunctionZone2 140 0 1 Select light control function Room2 0 Central controlled 1 Local Time controlled 2 Presence controlled 3 Time or...

Page 104: ...3 1 1 Configuration for Digital Condensation Input 1 0 Disable 1 Regin s KG A 1 sensor 2 Regin s KG A 1 sensor room 2 RCPSettings RegioCI2 154 0 1 Configuration for Digital Condensation Input 2 RCPSet...

Page 105: ...lve Dec room 2 110 Heat Valve thermal PWM room 2 111 Heat Valve 2 Inc room 2 112 Heat Valve 2 Dec room 2 113 Heat Valve 2 Thermal PWM room 2 114 Cool Valve Inc room 2 115 Cool Valve Dec room 2 116 Coo...

Page 106: ...gs RegioValveHeat1RunTimeZone2 186 120 1 Run time sec closed to opened valve Heat 1 Room2 RCPSettings RegioValveHeat2RunTimeZone2 187 120 1 Run time sec closed to opened valve Heat 2 Room2 RCPSettings...

Page 107: ...221 8 1 Day for exercise heating and heat cool valve 0 Never 1 7 mon sun 8 every day RCPSettings RegioCVCoolExerciseDay 222 8 1 Day for exercise cooling valve 0 Never 1 7 mon sun 8 every day RCPSetti...

Page 108: ...g input 1 compensation RCPSettings RegioAi2Comp 250 0 10 Analog input 2 compensation RCPSettings RegioAi3Comp 251 0 10 Analog input 3 compensation RCPSettings RegioAi4Comp 252 0 10 Analog input 4 comp...

Page 109: ...tZone2 283 2 1 Manual Auto of Cool1 Room2 RCPSettings RegioHeatCoolOutputSelectZone2 284 2 1 Manual Auto of Heat Cool Room2 RCPSettings RegioVAVOutputSelectZone2 285 2 1 Manual Auto of VAV Room2 RCPSe...

Page 110: ...ool 0 Off 1 Speed1 2 Speed2 3 Speed3 4 Auto RCPSettings RegioRUType 315 9 1 Room Unit attached to the controller 0 None 1 ED RU 2 ED RU O 3 ED RU F 4 ED RU FO 5 ED RU DO 6 ED RU DFO 7 ED RU DOS 8 ED R...

Page 111: ...y Value with setpoint adjustment 2 Heat setpoint 3 Cool setpoint 4 Average cool heat setpoint 5 Only setpoint offset 6 CO2 Level RCPSettings RegioRUDisplaySetPointTypeZone2 338 0 1 Select view mode fo...

Page 112: ...ioPort1Func 363 2 1 Defines the function for Port1 0 Not used 1 Exoline Master 2 Exoline Slave 3 ModBusMaster 4 ModBus Slave 5 Bacnet 6 Room Unit Display RCPSettings RegioBaud_Port_1 364 0 1 Bit rate...

Page 113: ...to control it s own outputs RCPSettings RegioRemoteRoomTemp 396 0 10 Communication Room Temperature Value RCPSettings RegioRemoteAIChangeOver 397 0 10 Communication Changeover Temperature Value RCPSet...

Page 114: ...18 RoomControllerInManualMode AlaData AlaPt19_Status 437 1 1 Status for point no 19 RoomTempHighRoom2 AlaData AlaPt20_Status 438 1 1 Status for point no 20 RoomTempLowRoom2 AlaData AlaPt21_Status 439...

Page 115: ...469 10 1 Delay value for point no 25 CO2 Level High AlaData AlaPt26_DelayValue 470 10 1 Delay value for point no 26 CO2 Level High Room2 Alarms AlaAcknow 471 1 External acknowledge command Alarms AlaB...

Page 116: ...f presence if CO2 is high RCPActual RegioAIChangeOverState 40 Is set if change over from analog input RCPActual RegioChangeOverState 41 Is set if change over RCPActual RegioRoomTempSensorAlarm 42 Is s...

Page 117: ...h Room2 RCPActual RegioAIChangeOverStateZone2 79 Is set if change over from analog input Room2 RCPActual RegioChangeOverStateZone2 80 Is set if change over Room2 RCPActual RegioRoomTempSensorAlarmZone...

Page 118: ...d3 RCPSettings RegioLightControlFunction RegioLightControlFunction 30031 YES Select light control function 1 Central controlled 2 Local Time controlled 3 Presence controlled 4 Time or Presence control...

Page 119: ...nual 3 Auto RCPSettings RegioVAVOutputSelect RegioVAVOutputSelect 30084 YES Manual Auto of VAV 1 Off 2 Manual 3 Auto RCPSettings RegioECFanOutputSelect RegioECFanOutputSelect 30085 YES Manual Auto of...

Page 120: ...SelectZone2 30111 YES Manual Auto of Lighting Room2 1 Off 2 On 3 Auto RCPSettings RegioSunBlindsInSelectZone2 RegioSunBlindsInSelect Zone2 30112 YES Manual Auto of BlindIn Room2 1 Off 2 On 3 Auto RCPS...

Page 121: ...oFanSpeedSelectCombined RegioFanSpeedSelect Combined 40037 NO Fan speed Selected 1 Off 2 Speed1 3 Speed2 4 Speed3 5 Auto RCPActual RegioMasterSlaveState RegioMasterSlaveState 40039 NO Current State in...

Page 122: ...ata AlaPt14_Status AlaPt14_Status 30159 YES Status for point no 14 Slave4CommFail AlaData AlaPt15_Status AlaPt15_Status 30160 YES Status for point no 15 RoomTempHigh AlaData AlaPt16_Status AlaPt16_Sta...

Page 123: ...3 RCPActual RegioDigOut4 RegioDigOut4 20008 NO Digital output 4 RCPActual RegioFanSpeed1Output RegioFanSpeed1Output 20011 NO Start Fan Speed 1 RCPActual RegioFanSpeed2Output RegioFanSpeed2Output 20012...

Page 124: ...Occ 20044 NO Time Group UnOccupied No 2 RCPActual RegioTimeGroupLighting RegioTimeGroupLighting 20045 NO Time Group Lighting No 3 RCPActual RegioOpenWindowIndZone2 RegioOpenWindowInd Zone2 20046 NO Op...

Page 125: ...DAlaManualZone2 20074 NO Alarm Output The Regulator is in Manual mode Room2 RCPActual RegioRoomTempCon trolStateZone2 RegioRoomTempControl StateZone2 20075 NO Current controller state 1 Heating 2 Cool...

Page 126: ...ase setpoint heating RCPSettings RegioCoolSetPointOccupied RegioCoolSetPointOccu pied 30002 YES Room Base setpoint cooling RCPSettings RegioRoomTempPBand RegioRoomTempPBand 30003 YES Temperature PID P...

Page 127: ...nStopTime 30029 YES Time Sec for the Fan Stop delay when Fan AfterBlow used RCPSettings RegioHeatSetPointOccupiedZone2 RegioHeatSetPointOccu piedZone2 30033 YES Room Base setpoint heating Room2 RCPSet...

Page 128: ...tings RegioCVCoolExerciseDay RegioCVCoolExerciseDay 30063 YES Day for exercise cooling valve RCPSettings RegioCVHeatExerciseHour RegioCVHeatExercise Hour 30064 YES Hour for exercise heating and heat c...

Page 129: ...ture CompZone2 30122 YES Temperature Compensation for RU 2 RCPSettings RegioRUButtonsUsedZone2 RegioRUButtonsUsed Zone2 30123 YES Buttons that can be used in the RU RCPSettings RegioAlarmHyst RegioAla...

Page 130: ...16 NO Analog output 2 RCPActual RegioAnaOut3 RegioAnaOut3 40017 NO Analog output 1 RCPActual RegioAnaOut4 RegioAnaOut4 40018 NO Analog output 2 RCPActual RegioHeatSeq1 RegioHeatSeq1 40019 NO Control v...

Page 131: ...00 Room2 RCPActual RegioCoolOutputZone2 RegioCoolOutputZone2 40060 NO Control signal Cooling 0 100 Room2 RCPActual RegioVAVOutputSignalZone2 RegioVAVOutputSignal Zone2 40061 NO Control signal VAV 0 10...

Page 132: ...Delay value for point no 15 RoomTempHigh AlaData AlaPt16_DelayValue AlaPt16_DelayValue 30187 YES Delay value for point no 16 RoomTempLow AlaData AlaPt17_DelayValue AlaPt17_DelayValue 30188 YES Delay v...

Page 133: ...RegioArdo manual Rev D 133...

Page 134: ...Regin All rights reserved HEAD OFFICE AB Regin Box 116 SE 428 22 K llered Visiting address Bang rdsv gen 35 SE 428 36 K llered Phone 46 0 31 720 02 00 Fax 46 0 31 720 02 50 info regincontrols com www...

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