Distech Controls ECL-PTU-207 User Manual
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Distech Controls ECL-PTU-207 User Manual

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Summary of Contents for Distech Controls ECL-PTU-207

  • Page 1 ECL-PTU-207 Preloaded Applications User Guide...
  • Page 2 ©, Distech Controls Inc. 2010. All rights reserved. While all efforts have been made to verify the accuracy of information in this manual, Distech Controls is not responsible for damages or claims arising from the use of this manual. Persons using this man-...

  • Page 3: Table Of Contents

    Table of Contents ABLE OF ONTENTS Introduction to the Preloaded Applications ....................... 7 Applications Comparison Chart ........................ 7 Purpose of the User Guide ........................ 8 Intended Audience............................ 8 Conventions Used in this Document...................... 8 Notes.............................  8 Cautions and Warnings.........................  8 Conventions for using the mouse .................... 8 Variables................................ 9 Enum Constants ............................ 9 ConfigOccSensor (ConstantEnum1).....................
  • Page 4 Table of Contents nviSourceTemp (nviFP10) ...................... 19 nviOutdoorTemp (nviFP11)...................... 20 nviSpaceCO2 (nviFP13) ...................... 20 nviTerminalLoad (nviFP14)...................... 20 nviSpaceTempAvg (nviFP15) .....................  20 nviOutdoorCO2 (nviFP16) ...................... 20 nviChgOver (nviFP17) ........................  21 nviDewPtSensor (nviFP18)...................... 21 nviWindowContact (nviFP20)......................  21 nviShedding (nviFP21)........................  22 nviUnitStatus (nviFP22) ...................... 23 nviSlaveInfo (nviFP23)........................
  • Page 5 Table of Contents UnoccOccDelay (ConstantNum3).................... 38 DamperMinPosUnocc (ConstantNum4)e.................. 38 DewPointSensorDelay (ConstantNum5).................. 38 ElectricHeatPeriod (ConstantNum6)...................  38 FloatingDriveTime (ConstantNum7) ...................  38 SensorSleepTime (ConstantNum8) ....................  39 SlaveTempDelta (ConstantNum14) ....................  39 SlaveDelayMotion (ConstantNum15).................. 39 ChangeOverCoolOn (ConstantNum16) .................. 39 ChangeOverCoolOff (ConstantNum17) .................. 39 Sequence of Operation........................... 40 Occupancy Control .......................... 40 Temperature Setpoint Control ........................ 40 Fan Control ............................. 41...
  • Page 6 Digital Input 4............................ 92 Digital Input 5............................ 92 Digital Input 6............................ 93 Tables of IO Assignments .......................... 94 Fan Configuration ........................... 94 Electric Heater Configuration........................ 94 Damper Configuration.......................... 94 Cooling Valve Configuration ........................ 94 Heating Valve Configuration ........................ 95 Change-Over Valve Configuration...................... 95 Wiring Diagrams ............................. 96 ECL-PTU-207 ............................ 96 Notes............................ 97...

  • Page 7: Introduction To The Preloaded Applications

    Introduction to the Preloaded Applications Introduction to the Preloaded Applications Distech Controls’ ECL-PTU controllers come preloaded with code containing standard applications. This code was created using EC- gfx Program, a Graphical Programming Interface (GPI) tool that en- ables visual assembly of building blocks and the design of custom programs that control Building Au- tomation Systems.

  • Page 8: Purpose Of The User Guide

    EC- gfx Program user guide, both of which are available on the Distech Controls website. This user guide only explains hardware installation in a general sense. Please refer to the individual device’s installation guides for specific hardware installation information.

  • Page 9: Variables

    1 = WindowContactNO : Hardware Input is used to connect a normally opened window contact. (Contact close = Window Constant Enum 3 Open) WindowContactNC 2 = WindowContactNC : Hardware Input is used to connect a normaly close window contact. (Contact close = Window Close) ECL-PTU-207 Preloaded Applications...

  • Page 10: Di5Config (Constantenum4)

    3 = CoolElectHeat : 2 pipes heating only with electric heater Constant Enum 6 CoolHeat 4 = ChgOver: 2 pipes change-over 5 = ChgOverElectHeat: 2 pipes change-over with electric heater 6 = CoolHeat: 4 pipes 7 = CoolHeatElectHeat: 4 pipes with electric heater ECL-PTU-207 Preloaded Applications...

  • Page 11: Coolvalvetype (Constantenum7)

    Default Value 0 = None: Damper Control is disabled. Constant Enum 9 1 = 0-10V : Damper used 0-10V signal type. 0-10V 2 = 2-10V: Damper used 0-10V signal type See IO assignement section for more details. ECL-PTU-207 Preloaded Applications...

  • Page 12: Hardware Inputs

    This input is used to connect Auxiliary Contact, Change Over State (heating/cooling) or Occupation sensor. It is configurable via DI6Config (EnumConstant5) . Units Valid Range Default Value nvoHwInput_6 Snvt_Switch 0 to 100% / On to Off 0 % / Off ECL-PTU-207 Preloaded Applications...

  • Page 13: Ec-Smart-Vue: Humidity Display

    This input is used to display the Allure EC-Smart-Vue CO concentration reading if an Allure EC- Smart-Vue equipped with a CO sensor is connected to the system. Units Valid Range Default Value nvoComSensor01_04 0 to 2000 ppm ECL-PTU-207 Preloaded Applications...

  • Page 14: Hardware Outputs

    Floating, this output is used to open the corresponding floating valve. The normally closed / normally opened setting of the output can be changed using CoolValveConfig (BooleanConstant5). Units Valid Range Default Value nvoHwOutput_5 Percent (PWM) 0 to 100% ECL-PTU-207 Preloaded Applications...

  • Page 15: Do6: Valve Do6

    0 to 100% AO10: Heating Valve This output is used to control the Heating Valve. This output is usually used to control a 0-10V valve actuator. Units Valid Range Default Value nvoHwOutput_10 Percent (%) 0 to 100% ECL-PTU-207 Preloaded Applications...

  • Page 16: Network Variables Input

    All occupied and standby setpoints will be shifted upward (+) or downward (-) by the value of nviSpOff- set. Note: The unoccupied setpoints are not changed. If nviSetpoint and nviSetptOffset are used together, the result on the effective setpoints is cumulative. Units Valid Range Default Value nviFP02 SNVT_Temp_p (°C) -10 to 10°C 327,67°C ECL-PTU-207 Preloaded Applications...

  • Page 17: Nvioccmancmd (Nvifp03)

    0xFF = OC_NUL: This is the initial value after power-up and it remains until another value is received. It is used to indicate that this network variable input is invalid or unused. OC_NUL is equivalent to OC_OCCUPIED. All other enumerations are handled as equivalent to OC_NUL. ECL-PTU-207 Preloaded Applications...

  • Page 18: Nviapplicmode (Nvifp05)

    0 to 100 0.5 to 33 1 to 33% SPEED 1 33.1 to 66 33.1 to 66% SPEED 2 66.1 to 100 66.1 to 100% SPEED 3 AUTO AUTO Units Default Value nviFP06 SNVT_switch 0% / -1 ECL-PTU-207 Preloaded Applications...

  • Page 19: Nviauxheatenable (Nvifp08)

    When using 2 pipes change-over systems, this value will be used to determine the heat/cool mode. See nvoChgOver (nvoFP21) for more information about the heat/cool management. Units Valid Range Default Value nviFP10 SNVT_temp_p (°C) 0 to 100¨C 327,67°C ECL-PTU-207 Preloaded Applications...

  • Page 20: Nvioutdoortemp (Nvifp11)

    When this value is received, the local unit will automatically adjust the space CO2 setpoint using nvi- OutdoorCO2 and nciDamperSettings/outdoorCO2Offset (nviFP40). SpaceCO2Setpoint = nviOutdoorCO2 + outdoorCO2Offset Units Valid Range Default Value nviFP16 SNVT_ppm 300 to 5000 ppm 65535 ppm ECL-PTU-207 Preloaded Applications...

  • Page 21: Nvichgover (Nvifp17)

    150 seconds to make sure that the controller will receive an update before the end of the timer. State Value Window Close Close 1 to 100 Open Close Units Default Value nviFP20 SNVT_switch 0% / -1 ECL-PTU-207 Preloaded Applications...

  • Page 22: Nvishedding (Nvifp21)

    (nviFP44) must be set to True. It is also possible to do shedding on lighting outputs. See the variable nviLightBlndCnfg (nviFP42) for more information on this topic. Units Valid Range Default Value nviFP21 SNVT_lev_percent (%) 0 to 100% 163,835% ECL-PTU-207 Preloaded Applications...

  • Page 23: Nviunitstatus (Nvifp22)

    Must be true for SetpointOffset to be processed. FanSpeedCmdUpdate Must be true for FanSpeedCmd to be processed. OccupancyUpdate Must be true for Occupancy to be processed Group1 Indicate an update of the EC-Remote remote control group commands Group2 EC-Remote remote control group commands (Light/Blind/) ECL-PTU-207 Preloaded Applications...

  • Page 24: Ncispaceco2Lim (Nvifp37)

    This configuration property defines a high limit CO2 setpoint for the controlled space. This setpoint will be used to control the air quality damper if nviOutdoorCO2 is not used. Units Valid Range Default Value nviFP37 SNVT_ppm 300 to 5000 ppm 1000 ppm ECL-PTU-207 Preloaded Applications...

  • Page 25: Ncifansettings (Nvifp39)

    0 (Continuous) CoolMaxFanSpeed 100% 100% HeatMaxFanSpeed 100% 100% FanOffDelay 6553.5s 120s FanSpeed1Level 100% FanSpeed2Level 100% FanSpeed3Level 100% VarSpeedMinLevel 100% FanCoolLow 100% FanCoolHigh 100% 100% FanHeatLow 100% Units Default Value nviFP39 UNVT_fan_settings See IO assignement section for more details. ECL-PTU-207 Preloaded Applications...

  • Page 26: Ncidampersettings (Nvifp40)

    Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Default Value Units Default Value nviFP41 UNVT_hvac_scaling ECL-PTU-207 Preloaded Applications...

  • Page 27: Ncimiscconfig (Nvifp44)

    0(Not Limited) ChgOverDelay 0 min 30 min 1 min MotionHoldTime 1 min 120 min 15 min BypassTime 0 min 360 min 60 min Sensor1Zone Sensor2Zone SheddingOnSetpoint SheddingEnabled Reserved1 Reserved2 Reserved3 Reserved4 Reserved5 Reserved6 Units Default Value nviFP44 UNVT_Misc_Config_PTU ECL-PTU-207 Preloaded Applications...

  • Page 28: Ncicomsensorconfig (Nvifp45)

    29.5°C 22°C ComSensorSpType 0(coolheatsp) 2(midsetpoint) 1(spoffset) ComSensorDisplay 0(spacetemp) 3(effectsp) 0(spacetemp) ComSensor1Lock 0(Full Access) 3(No Access) 0(Full Access) ComSensor2Lock 0(Full Access) 3(No Access) 0(Full Access) ComSensor1DegF ComSensor2DegF DisplaySpaceCO2 DisplayOutdoorTemp DisplaySpaceRH Reserved1 Reserved2 Reserved3 Units Default Value nviFP45 UNVT_comsensor_1to2_config ECL-PTU-207 Preloaded Applications...

  • Page 29: Nvischedule_1

    OC_OCCUPIED 3 = OC_STANDBY: The Space Comfort Controller should operate in the standby mode 0xFF = OC_NUL: It is used to indicate that this network variable input is invalid or unused. for next_state: (optional) ECL-PTU-207 Preloaded Applications...

  • Page 30: Network Variables Output

    (4) : Light Extension 2 offline inAlarm (8) : Blind Extension 1 offline (16) : Blind extension 2 offline (32) : MultiSensor offline (64) : EC-Smart-vue offline (128) : additional digital alarm in gfx. Units Valid Range Default Value nvoUnitStatus SNVT_hvac_status ECL-PTU-207 Preloaded Applications...

  • Page 31: Nvoeffectsetpt (Nvofp01)

    Value Between 1% and 100% >0% Units Valid Range Default Value nvoFP04 SNVT_switch nvoDischargeAirTemp (nvoFP05) This output network variable is used to display the actual discharge air temperature sensor value. Units Valid Range Default Value nvoFP05 SNVT_temp_p ECL-PTU-207 Preloaded Applications...

  • Page 32: Nvoterminalload (Nvofp06)

    This output value will output one of the following using this priority order: SI3 Space Temperature £ EC-Smart-Vue temperature £ EC-Remote Space Temperature £ SI3 Return Temperature £ EC-Multi-Sensor Temperature £ Units Valid Range Default Value nvoFP11 SNVT_temp_p ECL-PTU-207 Preloaded Applications...

  • Page 33: Nvoreturntemp (Nvofp12)

    This output network variable is used to monitor the effective heating setpoint. Units Valid Range Default Value nvoFP16 SNVT_temp_p nvoEffectHeatSp (nvoFP16) This output network variable is used to monitor the effective heating setpoint. Units Valid Range Default Value nvoFP16 SNVT_temp_p ECL-PTU-207 Preloaded Applications...

  • Page 34: Nvosetptoffset (Nvofp17)

    The change over is switch between heating and cool- ing based on ChgOverCoolOn(NumericConstant16) and ChgOverCoolOff(NumericConstant17) If none of these are valid, nvoChgOver is by default set to Heat and will output -1.0. Units Valid Range Default Value nvoFP21 SNVT_switch ECL-PTU-207 Preloaded Applications...

  • Page 35: Nvodewpointsensor (Nvofp22)

    Valid Range Default Value nvoFP25 SNVT_switch nvoEcoVue (nvoFP26) This output network variable can be used to display the actual ECO-Vue of the unit. This variable is not used in this program. Units Valid Range Default Value nvoFP26 SNVT_energy_efficient ECL-PTU-207 Preloaded Applications...

  • Page 36: Nvoslaveinfo (Nvofp27)

    Local Window Contact Information SetpointOffsetUpdate Local Setpoint Offset Update FanSpeedCmdUpdate Local Fan Speed Command Update processed. OccupanyUpdate Local Occupancy Update GroupUpdate Local EC-Remote Group Command Update Group1-8 EC-Remote remote control group commands (Light/Blind/) Units Valid Range Default Value nvoFP27 SNVT_SlaveInfo ECL-PTU-207 Preloaded Applications...

  • Page 37: Boolean Constants

    Valid Range Default Value Constant Boolean 4 NormOpen/NomClose NormClose (FALSE) CoolValveConfig (ConstantBool5) This variable is used to configure the operating mode of the cooling or change-over valve Units Valid Range Default Value Constant Boolean 5 NormOpen/NomClose NormClose (FALSE) ECL-PTU-207 Preloaded Applications...

  • Page 38: Numeric Constants

    FloatingDriveTime (ConstantNum7) This variable is used to configure the drive time of the floating valve when either CoolValveType (Con- stantEnum7) or HeatValveType (ConstantEnum8) is set to Floating. Units Valid Range Default Value Constant Numeric 7 seconds 95 seconds ECL-PTU-207 Preloaded Applications...

  • Page 39: Sensorsleeptime (Constantnum8)

    16 °C ChangeOverCoolOff (ConstantNum17) This variable is used to configure the water temperature above which 2 pipes change-over systems are considered to be in heating mode. Units Valid Range Default Value Constant Numeric 17 Degrees-Celsius (°C) 20 °C ECL-PTU-207 Preloaded Applications...

  • Page 40: Sequence Of Operation

    StandbyCoolSP (nciSetpoints) + Standby nvoSetPtOffset nvoSetPtOffset Unoccupied UnoccHeatSP (nciSetpoints) UnoccCoolSP (nciSetpoints) Table 3: Actual setpoints values The effective setpoint nvoEffectSetpt is computed according to HvacModeStatus: HvacModeStatus value nvoEffectSetpt Heat or Off nvoEffectHeatSp Cool nvoEffectCoolSp Table 4: Effective setpoint value ECL-PTU-207 Preloaded Applications...

  • Page 41: Fan Control

    Whenever the system is in freeze protection mode, the fan is set to HeatMaxFan (nviFP39). When the fan request switches from active to inactive, the FanOffDelay is enabled if equipments were being controlled before stopping the fan. ECL-PTU-207 Preloaded Applications...

  • Page 42: Hvac Mode Management

    The heating or change-over valve and the electric heater are disabled when the fan is not running un- less the nciFanSettings.FanCtrlType (nviFP39) is set to None. The fan speed request is rescaled between 0% and HeatMaxFan (nviFP39) when TerminalLoad (nvoFP06) is between FanHeatLow and FanHeatHigh. ECL-PTU-207 Preloaded Applications...

  • Page 43: Damper Control

    LowLimit): the cooling valve is limited by MinDischAirLimit (PID5) which is calculated depending on the discharge temperature and nciMiscConfig.MinDischAirSp (nviFP44) , the valve opening is lim- ited to the minimum value between Cooling Load and MinDischAirLimit (PID5). ECL-PTU-207 Preloaded Applications...

  • Page 44: Master/Slave Control

    FanSpeed is binded to the slave’s nviFanSpeedCmd. In this case, the slave does not control its fan any more. Total Master Management The slave uses the equipment values from the master using nvoUnitStatus. The slave behavior is identical to the master. ECL-PTU-207 Preloaded Applications...

  • Page 45: Bindings

    Using nvoEffectOccup, the master can control the occupancy of slave controllers by linking nvoEffec- tOccup to nviOccManCmd of slave controllers. Figure 2: nvoEffectOccup-Bindings nvoHeatCool Bindings Using nvoHeatCool, the master controller can make sure that all the controllers in a zone are con- trolled based on the same operating mode. Figure 3: nvoHeatCool-Bindings ECL-PTU-207 Preloaded Applications...

  • Page 46: Nvospacetemp Bindings

    Bindings All the controllers, including the master itself must send their nvoSlaveInfo to the variable nviSlaveInfo of the master controller. The master will use this variable to calculate occupancy detection and all other relevant information. Figure 6: nvoSlaveInfo-Bindings ECL-PTU-207 Preloaded Applications...

  • Page 47: Nvowindowcontact Bindings

    Using nvoEnergyHoldOff, the master can synchronise the energy hold off value between controllers when a window is open in the zone. Figure 8: nvoEnergyHoldOff-Bindings FanSpeed Bindings nvoFanSpeed Using nvoFanSpeed, the master send FanSpeed value to every slave via nviFanSpeedCmd. Figure 9: nvoFanSpeed ECL-PTU-207 Preloaded Applications...

  • Page 48: Hvac Bindings

    Figure 10: nvoFanSpeedCmd HVAC Bindings Using nvoUnitStatus, the master send every HVAC value (Fanspeed, Valves, Damper, Hvaec Mode and Electric heater). This enables all the units to work based on the control signal of the master. Figure 11: HVAC-Bindings ECL-PTU-207 Preloaded Applications...

  • Page 49: Using The Dcgfxapplications

    Network driver of the configured station and then matched with an existing device in the BcpLonNet- work. The following procedure explains how to add devices to a configured station and then how to match them with existing devices in the network: 1. Open the gfxApplications modules folder in the template sidebar ECL-PTU-207 Preloaded Applications...
  • Page 50 Figure 12: Adding device to the BcpLonNetwork driver To add multiple copies of the same device, right-click the device just added, click Copy, and then right-click the BcpLonNetwork driver and click Paste Special. Figure 13: Adding Multiple Copies of a Device ECL-PTU-207 Preloaded Applications...
  • Page 51 Network database appears in the bottom section. 5. Select the discovered device that is to be matched with the one just added to the database. Click Match. Figure 14: Matching discovered device with Device in Database The Match window appears. Figure 15: Match Window ECL-PTU-207 Preloaded Applications...
  • Page 52 Upload. This will take the configuration properties from the controller to the database. 11. Now from the BcpLonNetwork folder, double-click the new device. An overview of the system in place appears in the View pane. ECL-PTU-207 Preloaded Applications...
  • Page 53 Using the dcgfxApplications Main menu with buttons that can be linked to Navigation menu other pages Configuraton parameters Right-click to override Figure 18: ECL-PTU System View with various parts explained ECL-PTU-207 Preloaded Applications...

  • Page 54: Configuring The Ptu With Ec-Net 4

    Occupied mode, thereby lowering operating costs. Freeze Protection Setpoint The limit at which the system is maintained to prevent freezing conditions. Water Temperature Setpoint Enter the desired setpoints for heating and cooling water. ECL-PTU-207 Preloaded Applications...

  • Page 55: Configuring The System Parameters

    – No limits for discharge air temperature. lowLimit – Limit to cooling discharge air temperature. Discharge Air Limit Type highLimit – Limit to heating discharge air temperature. highLowLimit – Limit to heating and cooling discharge air temperature. ECL-PTU-207 Preloaded Applications...

  • Page 56: Minimum And Maximum Fan Configuration

    Con Cycle – Fan continuously operating in occupied mode and cycling during unoccupied Control Mode periods Cycle Heat – Fan cycling based on heating load only Cycle Cool – Fan cycling based on cooling load only Fan Off Delay Amount of time before the fan enters standby. ECL-PTU-207 Preloaded Applications...

  • Page 57: Setting Up Trends

    To enable these two trends, refer to the following procedure: 1. In the Nav tree of EC-Net Pro, expand the Services folder of the configured station. 2. Double-click HistoryService. Figure 25: Double-clicking HistoryService The History Extension Manager appears in the View pane. Figure 26: History Extension Manager ECL-PTU-207 Preloaded Applications...
  • Page 58 Graphs of the collected data can be viewed in the Trends page of the dc gfx Applications interface. This page can easily be accessed from the PTU navigation menu located at the bottom of the dc gfx Applications interface. Figure 28: Trends Page ECL-PTU-207 Preloaded Applications...

  • Page 59: Configuring The Preloaded Applications

    To access the Configuration Assistant page: In the Nav sidebar, right click the device you wish to configure and click Launch Wizard. Figure 29: Launching the Wizard from the Nav sidebar The Configuration Assistant page appears. Figure 30: Configuration Assistant page in EC-gfxProgram ECL-PTU-207 Preloaded Applications...

  • Page 60: Overview

    Figure 31: Overview tab general settings Hardware Configuration The Hardware Configuration tab includes Inputs, Outputs and Room Sensors configuration. A brief de- scription of each type of configuration parameter is outlined below. Figure 32: Hardware Configuration Tab ECL-PTU-207 Preloaded Applications...

  • Page 61: Inputs Configuration

    Set the space temperature calibration offset. Discharge Temperature Set the discharge temperature calibration offset. Calibration Return Temperature Calibration Set the return temperature calibration offset. Table 8: Inputs Configuration Table UI1 is not configurable but is factory-assigned to CO2 sensing. ECL-PTU-207 Preloaded Applications...

  • Page 62: Outputs Configuration

    VarSpeed – The system is equipped with a variable fan speed. None – The damper control is disabled for CO load and free cooling. Damper Control 0-10V – The damper is controlled using a 0-10V signal. 2-10V – The damper is controlled using a 2-10V signal. ECL-PTU-207 Preloaded Applications...

  • Page 63: Room Sensors

    Set the designated zone of the multi-sensor to match the remote. EC-Multi-Sensor Zone Zone 0 (zero) indicates that the sensor is zone free and can be accessed by any remote with any zone designation if it is within range. ECL-PTU-207 Preloaded Applications...

  • Page 64: Hvac Control

    ON as well as the minimum time during which cooling must be OFF before Change Over Delay heating turns ON. This parameter prevents the system from continuously oscillating between heating and cooling modes. Setpoint Offset Range Input the range for the setpont offset. ECL-PTU-207 Preloaded Applications...

  • Page 65: Setpoints

    Maximum heating valve Input the heating load value for 100% heating valve opening. Minimum electric heater Input the heating load value for 0% electric heater. Maximum electric heater Input the heating load value for 100% electric heater. ECL-PTU-207 Preloaded Applications...

  • Page 66: Fan Configuration

    This configuration is used to set the minimum heating load required to start the fan Fan low Rescale in heat mode operation algorithm. Fan off delay Amount of time before the fan enters standby. Minimum variable fan This configuration is used to set the minimum fan speed operation. ECL-PTU-207 Preloaded Applications...

  • Page 67: Discharge Air Configuration

    The Water Temperature Configuration subsection allows the user to adjust heating and cooling water setpoints. Figure 42: Water Temperature Configuration subsection Parameter Description Cool Water Setpoint Enter the desired setpoint for cooling water. Heat Water Setpoint Enter the desired setpoint for heating water. ECL-PTU-207 Preloaded Applications...

  • Page 68: Damper Configuration

    Multi-Sensor – EC-Multi-Sensor is used. Motion sensor source ComSensor – Communicating sensor (EC-Smart-Vue) is used. DigitalInput – A digital input is used: Auto/All – Auto or all types are being used. Enable Room Unoccupied Select whether a room can be unoccupied. ECL-PTU-207 Preloaded Applications...

  • Page 69: Output Assignment

    Configuring the Preloaded Applications Output Assignment The Output Assignment tab indicates which physical outputs are assigned to the configured outputs based on the Outputs Configuration in the Hardware Configuration tab. This facilitates output wiring. Figure 45: Outputs Assignments Subsection ECL-PTU-207 Preloaded Applications...

  • Page 70: Saving To Multiple Devices

    Figure 46: Configuration Assistant Synchronization window You must select the other devices you wish to save the current configuration to, as well as selecting which parameters you wish saved to those controllers. Click next to advance and complete the process. ECL-PTU-207 Preloaded Applications...

  • Page 71: Allure Ec-Smart-Vue Screen-By-Screen Guide

    Allure EC-Smart-Vue Screen-by-Screen Guide Setting the home screen Depending on the value of ComSensorDisplay (MSV29), the Allure EC-Smart-Vue sensor home screen will display either: the space temperature £ the setpoint offset £ the effective setpoint £ the average setpoint £ ECL-PTU-207 Preloaded Applications...

  • Page 72: Configuration Menus

    Upon submitting the correct password, the advanced menu is entered and the Units submenu is dis- played. 4. Press the Menu button several times until SYS CFG appears on the display. press several times Screen timeout: 15 s 5. Press either of the arrow keys to enter the System Configuration submenu. ECL-PTU-207 Preloaded Applications...
  • Page 73 This menu is used to configure the fan type. Parameter Default Valid Description Choices NONE Fan control is not used 1 SP 1-Speed fan 2 SP 2-speed fan (nviFP39) 3 SP 3-speed fan ECM motor (0-10V output) Table 9: Fan Ctrl Type ECL-PTU-207 Preloaded Applications...
  • Page 74 Fan control is based on terminal load when unoccupied, FAN (nviFP39) SMART and between minimum speed and 100% in other occupancy modes. AUTO HEAT Fan control is based on heaing load AUTO COOL Fan control is based on cooling load Table 10: Fan Mode ECL-PTU-207 Preloaded Applications...

  • Page 75: Setting Up Inputs

    4. Press the Menu button several times until IN CFG appears on the display. press several times Screen timeout: 15 s 5. Press either of the arrow keys to enter the Inputs Configuration submenu. 6. Press the Menu button to navigate between the different submenus. ECL-PTU-207 Preloaded Applications...
  • Page 76 DISCH TEMP Discharge temperature sensor is connected to SI3. RETURN TEMP Return air temperature sensor is connected to SI3. (nviFP44) WATER TEMP Water Temperature sensor is connected to SI3. UNUSED SI3 is not used. Table 12: Sensor Input 3 ECL-PTU-207 Preloaded Applications...
  • Page 77 (EC4) CHG OVER COOL Changeover contact (TRUE = Cool / FALSE = Heat) COND SENSOR NO Condensation sensor is normally open COND SENSOR NC Condensation sensor is normally close Table 14: Digital Input 5 DI6 - Input 6 ECL-PTU-207 Preloaded Applications...
  • Page 78 Upon submitting the correct password, the advanced menu is entered and the Units submenu is dis- played. 4. Press the Menu button several times until INPUTS appears on the display. press several times Screen timeout: 15 s 5. Press either of the arrow keys to enter the Inputs Display submenu. ECL-PTU-207 Preloaded Applications...
  • Page 79 Displays the actual state of DI4. (0 = Open, 1 = Close) Displays the actual state of DI5. (0 = Open, 1 = Close) Displays the actual state of DI6. (0 = Open, 1 = Close) Table 16: Displaying Input Values ECL-PTU-207 Preloaded Applications...

  • Page 80: Setting Up Outputs

    4. Press the Menu button several times until OUT CFG appears on the display. press several times Screen timeout: 15 s 5. Press either of the arrow keys to enter the Outputs Configuration submenu. Screen timeout: 30 s 6. Press the Menu button to navigate between the different submenus. ECL-PTU-207 Preloaded Applications...
  • Page 81 HTG TYPE THERMAL Thermal and 0-10V heat valve are used (EC8) ON_OFF On/Off and 0-10V heat valve are used FLOATING Floating and 0-10V heat valve is used Table 18: Heating Valve Type HTG N - Heating Valve Polarity ECL-PTU-207 Preloaded Applications...
  • Page 82 4. Press the Menu button several times until OUTPUTS appears on the display. press several times Screen timeout: 15 s 5. Press either of the arrow keys to enter the Outputs Display submenu. Screen timeout: 30 s ECL-PTU-207 Preloaded Applications...
  • Page 83 To go back to automatic control, press simultaneously both arrow keys. Damper Override Use the arrow keys to change the value and press the Menu button to validate. To go back to automatic control, press simultaneously both arrow keys. ECL-PTU-207 Preloaded Applications...

  • Page 84: Setting Up The Network Parameters And Calibrating The System

    4. Press the Menu button several times until GEN CFG appears on the display. press several times Screen timeout: 15 s 5. Press either of the arrow keys to enter the General Configuration submenu. Screen timeout: 30 s ECL-PTU-207 Preloaded Applications...
  • Page 85 Use the arrow keys to change the value and press the Menu button to validate. Device ID Screen timeout: 30 s The device ID is a read only value. Screen Contrast Screen timeout: 30 s Use the arrow keys to change the value and press the Menu button to validate. ECL-PTU-207 Preloaded Applications...
  • Page 86 4. Press the Menu button several times until CALIBRATION appears on the display. press several times Screen timeout: 15 s 5. Press either of the arrow keys to enter the Calibration submenu. Screen timeout: 30 s 6. Press the Menu button to navigate between the different submenus. ECL-PTU-207 Preloaded Applications...
  • Page 87 Screen timeout: 30 s Use the arrow keys to change the value and press the Menu button to validate. Motion sensitivity Screen timeout: 30 s Use the arrow keys to change the value and press the Menu button to validate. ECL-PTU-207 Preloaded Applications...

  • Page 88: End-User Overrides

    The occupancy override by the Allure EC-Smart-Vue sensor is only used to set the room occupancy in occupied mode if the effective occupancy is currently in standby or unoccupied. If the effective occupancy is Occupied, the Menu button is only used to set the fan speed. ECL-PTU-207 Preloaded Applications...

  • Page 89: Fan Speed Override

    Pressing the Menu button will change the fan speed (variable or 3 speed). The fan override is disabled when the room occupancy is not occupied. Icon Description Fan is overriden to low speed Fan is overriden to medium speed. Fan is overriden to maximum speed. Fan is manually stopped. Table 19: Fan Override Icons ECL-PTU-207 Preloaded Applications...

  • Page 90: Tables Of Configuration Codes

    Fan control is based on terminal load when unoccupied, FAN (nviFP39) SMART and between minimum speed and 100% in other occupancy modes. AUTO HEAT Fan control is based on heaing load AUTO COOL Fan control is based on cooling load Table 21: Fan Mode ECL-PTU-207 Preloaded Applications...

  • Page 91: Cooling Valve Type

    Cooling valve is normally open (EC5) Table 24: Cooling Valve Polarity Heating Valve Polarity Parameter Default Valid Description Choices HTG NO/NC NORM CLOSE Heating valve is normally closed NORME OPEN Heating valve is normally open (BC4) Table 25: Heating Valve Polarity ECL-PTU-207 Preloaded Applications...

  • Page 92: Universal Input 2

    Changeover contact ( TRUE = Heat / FALSE = Cool) (EC4) CHG OVER COOL Changeover contact (TRUE = Cool / FALSE = Heat) COND SENSOR NO Condensation sensor is normally open COND SENSOR NC Condensation sensor is normally close Table 29: Digital Input 5 ECL-PTU-207 Preloaded Applications...

  • Page 93: Digital Input 6

    Changeover contact ( TRUE = Heat / FALSE = Cool) (EC5) CHG OVER COOL Changeover contact (TRUE = Cool / FALSE = Heat) OCC SENSOR NO Occupancy sensor is normally open OCC SENSOR NC Occupancy sensor is normally closed Table 30: Digital Input 6 ECL-PTU-207 Preloaded Applications...

  • Page 94: Tables Of Io Assignments

    Damper Output stant9) None Unused 0-10V 2-10V Cooling Valve Configuration SystemType (EC6) CoolValveType (EnumConstant7) Cooling Valve Output Unused Unused Cool/CoolElectHeat 0-10V Thermal DO5 and AO9 On/Off DO5 and AO9 CoolHeat/CoolHeatElectHeat Floating DO5:Open, DO6:Close Any other settings Unused ECL-PTU-207 Preloaded Applications...

  • Page 95: Heating Valve Configuration

    DO5:Open, DO6:Close Any other settings Unused Unused Change-Over Valve Configuration SystemType (EC6) CoolValveType (EnumConstant7) Change-Over Valve Output Unused Unused 0-10V ChgOver or ChgOverElectHeat Thermal DO5 and AO9 On/Off DO5 and AO9 Floating DO5:Open, DO6:Close Any other settings Unused ECL-PTU-207 Preloaded Applications...

  • Page 96: Wiring Diagrams

    TOTAL 3A / Un 100-240 VAC Power supply Cool / TXFO Cool / Heat Heat Change Change 24Vac Over Over + ~ - 0-10 0-10 Variable Fan 3 Speed Fan Electric Heater Fresh Air Damper Figure 47: ECL-PTU-207 - Wiring diagram ECL-PTU-207 Preloaded Applications...

  • Page 97: Notes

    9. Supports any version of EC-Multi-Sensor, Allure EC-Smart-Vue, Allure EC-Smart-Comfort and Al- lure EC-Smart-Air. 10. DO5 and DO6 outputs can be used to control a floating valve (heat, cooling or change Over) using HeatValveType (EnumConstant8) or CoolValveType (EnumConstant7) with DO5 = Open and DO6 = Closed. ECL-PTU-207 Preloaded Applications...
  • Page 98 ECL-PTU-207 Preloaded_UG_13_EN...

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