Reliable Controls SMART-Space Controller User Manual
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Reliable Controls SMART-Space Controller User Manual

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Summary of Contents for Reliable Controls SMART-Space Controller

  • Page 1 better by design ™ SMART-Space Controller ™ User Guide...
  • Page 3 ™ SMART-Space Controller ™ User Guide . All rights reserved. © 2012-2015 Reliable Controls Corporation...
  • Page 5 To exit, select Access > Bye from the main menu. All uppercase for KEYWORDS and Control-BASIC STATEMENTS. e.g., Click ALARMS to open the Current Alarms worksheet. Underscore connectors for section references. e.g., Refer to Reference_Alarms_Alarm Configuration more details. UIDE  2012-2015 Reliable Controls Corporation...
  • Page 6 Fax: 250-475-2096 Victoria, BC, Canada, V9A 7K2 Toll Free: 1-877-475-9301 www.reliablecontrols.com Reliable Controls, RC-Studio, and the Reliable Controls logo are registered trademarks of Reliable Controls Corporation. BACnet is a registered trademark of ASHRAE. ® MACH-ProCom, MACH-ProSys, MACH-Pro1, MACH-Pro2, MACH-ProZone, MACH-ProAir, X-Port-2 MACH-Sys- tem, MACH-Stat, SMART-Sensor, SMART-Space, RC-Studio, RC-Archive, RC-Toolkit, and RC-WebView are trademarks of Reliable Controls.

  • Page 7: Table Of Contents

    SMART-S ™ PACE ONTROLLER TABLE OF CONTENTS SMART-SPACE CONTROLLER ......................01 NEW FOR REVISION E ........................02 GETTING STARTED .......................... 03 ....................... 03 ACKAGE ONTENTS ........................04 HYSICAL AYOUT ......................05 HYSICAL IMENSIONS ..........................07 ODELS .........................07 ODELS ..........................08 PTIONS ....................08...
  • Page 8 CONTROLLING A HEATING ONLY FAN COIL 2: SSCP (HP-1) ........88 XAMPLE CONTROLLING A PACKAGED HEAT PUMP 3: SSCE (FC-2) ..89 XAMPLE CONTROLLING A HEAT COOL FAN COIL WITH FRESH AIR DAMPER SSCE D ....................... 90 AMPLE ATABASE  2012-2015 Reliable Controls Corporation...
  • Page 9 ................... 95 NBOARD EMPERATURE ENSOR ............................ 95 NPUTS ) ......................96 UMIDITY OPTIONAL ) ......................96 CCUPANCY OPTIONAL CO2 ( ) ........................96 OPTIONAL ) ......................97 LOCK OPTIONAL ..........................97 UTPUTS ........................97 ERTIFICATIONS UIDE  2012-2015 Reliable Controls Corporation...

  • Page 10: Smart-Space Controller

    Fully programmable, with up to four programs, 2000 bytes each. • Ventilated base-plate and latching relays minimize on-board heating and allow for accurate room temperature readings. • Display/adjust up to 10 points via the LCD screen • 5-year warranty UIDE  2012-2015 Reliable Controls Corporation...

  • Page 11: New For Revision E

    Earlier hardware revisions all used TRIACs for their two-position outputs. The TRIACS have been replaced with latching relays with superior in-rush rating and less heat generation. This change also allows the SMART-Space Controller to switch DC loads and loads with current draw below 20 mA if required. The actual output wiring connections have not changed.

  • Page 12: Getting Started

    ™ PACE ONTROLLER ACKAGE ONTENTS GETTING STARTED ACKAGE ONTENTS SMART-S PACE ONTROLLER PACKAGE CONTENTS • One SMART-Space Controller with 0.9 cm ( ") deep backplate • Two 6–32 1" Phillips screws • Wiring instructions UIDE  2012-2015 Reliable Controls Corporation...

  • Page 13: Physical Layout

    Sensor head LCD screen Optional occupancy sensor Three-button keypad Optional Deg C/Deg F switch X-Port-2 converter access port Two 1.6 mm ( ") Allen screws (secure sensor head to backplate) 2: P IGURE HYSICAL AYOUT  2012-2015 Reliable Controls Corporation...

  • Page 14: Physical Dimensions

    SMART-S ™ PACE ONTROLLER HYSICAL IMENSIONS HYSICAL IMENSIONS 7.0 cm " 3: P IGURE HYSICAL IMENSIONS UIDE  2012-2015 Reliable Controls Corporation...
  • Page 15 HYSICAL IMENSIONS 0.43 cm ") 4.0 cm ") 7.1 cm ") 4: P IGURE HYSICAL IMENSIONS ACKPLATE  2012-2015 Reliable Controls Corporation...

  • Page 16: Models

    2 universal inputs, jumper selectable as thermistor/dry contact, 0–10 VDC, or 4–20 mA • 2 outputs, jumper selectable as universal or relay SMART-Space Controller Package (SSCP) • 1 space temperature sensor (10k Ω thermistor) • 3 universal inputs, jumper selectable as thermistor/dry contact, 0–10 VDC, or 4–20 mA...

  • Page 17: Options

    In addition to the inputs and outputs listed above, Table 1 lists the options that are available in any combination for all models. For available standard models please refer to the Reliable Controls Engineering Submittal sheet of the SMART-Space Controller.

  • Page 18: Universal Input Ranges

    Models with the Real Time Clock option come with a 72-hour backup capacitor. By default, Jumper 10 (J10) is connected as shown in Figure 5. This jumper (also labelled Clear memory) connects the 72-hour backup capacitor to the SMART-Space Controller circuitry. By unplugging J10 (and with no external power applied) volatile memory contents, date, and time will be cleared.
  • Page 19 ODELS J10 - Clear memory 5: SSC-C J10 IGURE LOCATION  2012-2015 Reliable Controls Corporation...

  • Page 20: Installation

    Flat-blade instrument screwdriver with 2 mm (0.08") wide blade for wire terminal screws, and • " Allen key for the Allen screws that lock the SMART-Space Controller head to the backplate. The SMART-Space Controller terminals require a screwdriver with a narrower blade than most conventional instrument screwdrivers.

  • Page 21: Installation Procedure

    Remove the terminal strips from the controller head, and set the input and output jumpers. If the SMART-Space Controller is to be networked, use standard EIA-485 network procedures (see detailed procedure later in this section). Disconnect all power, and then terminate field wiring to the terminal strips.

  • Page 22: Disassembly

    PACE ONTROLLER NSTALLATION ROCEDURE ISASSEMBLY The SMART-Space Controller can be disassembled into two main pieces: the controller head, and the backplate. Prior to installation, remove the controller head using the steps below. O REMOVE THE CONTROLLER HEAD Use a " Allen key to tighten (clockwise) the two Allen screws at the bottom of the controller.
  • Page 23 NSTALLATION ROCEDURE Separate the backplate from the controller head. 8: B IGURE ACKPLATE SEPARATION  2012-2015 Reliable Controls Corporation...

  • Page 24: Mounting The Backplate

    Electrical Code in effect for the location and country where it is installed. In particular, class 1 wiring cannot be installed in the same electrical box as the class 2 wiring installed for the SMART-Space Controller. UIDE...

  • Page 25: Setting Input /Output Jumpers

    NPUT UTPUT JUMPER LOCATION Each of the three SMART-Space Controller base models has a different number of input/ output jumpers, as detailed on the protector/director mounted on the circuit board. The rules for jumper position are the same for all models. For more detailed information, refer to the Input/Output Configuration section in this manual.
  • Page 26 Relay 12: SSC O IGURE UTPUT UMPERS The metal strips in the square output jumper must be vertically aligned. Installing the jumper with the metal strips horizontally aligned will result in incorrect output operation. UIDE  2012-2015 Reliable Controls Corporation...

  • Page 27: Network Wiring Procedures

    24 VAC power transformer. When two EIA-485 cables are connected to a SMART-Space Controller, the two shields must be connected together. Each continuous section of shield must be grounded in one location only.

  • Page 28: Terminating The Controller

    EIA-485 for those SSCs do not use the COM terminal as an EIA-485 reference, they use the REF terminals instead. All Reliable Controls controllers must have the return wire to the 24 VAC transformer connected to Earth ground for proper EIA-485 communications.

  • Page 29: Addressing The Controller

    ETHOD OOLKIT When installing more then one SMART-Space Controller on a single network, it may be convenient to enter multiple MAC addresses at once, using the RC-Toolkit BACnet MSet Tool, update 2.40, or later. Please refer to the RC-Toolkit section of this manual for detailed instructions on the use of the BACnet MSet Tool.

  • Page 30: Arameters Isplayed On Ower

    16: LCD MAC IGURE ADDRESS Enter a MAC address between 1–253. Reliable Controls recommends a minimum address of 100 for SMART-Space Controllers, to minimize the risk of duplicate MAC addresses on the same network. Press the button to save the new MAC address.
  • Page 31 NSTALLATION ROCEDURE 17: C IGURE ONFIGURED WITH NETWORK BAUD IDENTIFIED 18: C IGURE ONFIGURED WITH DISCONNECTED NETWORK  2012-2015 Reliable Controls Corporation...

  • Page 32: Communications

    COMMUNICATIONS TANDALONE PPLICATIONS SMART-Space Controller models with the -C option, including real-time clock and 72-hour capacitor back up, can be installed as a standalone device. In this application, RC-Toolkit, and RC-Studio can be used in conjunction with an X-Port-2 to configure the ™...

  • Page 33: Bac Net Network Applications

    4000 feet. Master devices, and devices with load transceiver chips use more network resources than a SMART-Space Controller. Table 3 is a rough guideline for the maximum devices on an MS/TP network, assuming that all EIA-485 installation practices recommended by Reliable Controls are followed.
  • Page 34 ™ cannot read from, or write to, BACnet objects in a SMART-Space Controller. All other Reliable Controls BACnet devices can read from and write to a SMART-Space Controller. The following network schematic shows a typical mix of devices on an MS/TP network including SMART-Space Controllers.

  • Page 35: Input/Output Configuration

    UMPER ETTINGS The electrical characteristics of inputs are set using jumpers located between the two terminal strips of a SMART-Space Controller. Each input has a corresponding jumper used to set the input to one of three possible types. 4: I...
  • Page 36 SMART-S ™ PACE ONTROLLER ETWORK PPLICATIONS 21: I IGURE NPUT UMPER OCATIONS The maximum voltage measured by an input is 10 VDC. UIDE  2012-2015 Reliable Controls Corporation...
  • Page 37 (-H) PTIONAL UMIDITY ENSOR For -H models, a humidity element is factory installed on the bottom right corner of the SMART-Space Controller. The humidity element is connected internally to input number five. 22: H IGURE UMIDITY SENSOR LOCATION The humidity element is not field replaceable, and is covered by a one year warranty.
  • Page 38 (adjustable for actual site conditions), after which, the code will set the OCC-VARIABLE to FALSE. Refer to Figure 24. The filtering action of the Control-BASIC code will prevent the SMART-Space Controller from interpreting a short period of zero motion as the onset of an unoccupied period, causing nuisance switching between modes.
  • Page 39 PPLICATIONS OPTIONAL CARBON DIOXIDE SENSOR (-CO2) SMART-Space Controller models with the -CO2 option include a 0-2000 ppm non-dispersive infrared CO2 sensor internally wired to Input 7. The sensor uses an auto-calibration algorithm that will maintain an accuracy of +/- 50 ppm over time.
  • Page 40 The effect of the manual calibration will disappear after the next automatic calibration. Manual calibration is accomplished by writing to BACnet property 1139 of the CO2 Analog Input object. This is most easily accomplished by utilizing the Read/Write BACnet Properties dialog box in RC-Studio. UIDE  2012-2015 Reliable Controls Corporation...
  • Page 41 Instance The point number of the CO2 analog input is always 7. Porperty The BACnet property used for CO2 calibration is 1139. The right hand field will remain blank as this is a custom property.  2012-2015 Reliable Controls Corporation...
  • Page 42 Type over the present value displayed with a more accurate value of CO2 concentration. In the example below, the sensor is being manually re-calibrated to 522, representing the current concentration of CO2 in the measured space. UIDE  2012-2015 Reliable Controls Corporation...

  • Page 43: Outputs

    The present value displayed will be slightly different than the calibration value due to constant fluctuations of CO2. The CO2 sensor is now calibrated. UTPUTS As detailed in Table 5, each of the three SMART-Space Controller base models has a different output configuration. 5: O ABLE...
  • Page 44 20 mA. The outputs are configured with RC-Studio to be two- position or modulating. Typically, the universal outputs on a SMART-Space Controller are used for modulating control of a valve or damper actuator. Relay outputs should be the first choice for two-position control. If a universal output is to be used for control of a pilot relay, care must be taken to ensure the pilot relay draws less than 20 mA.
  • Page 45 SSC and SSCE models can switch any mix of DC and AC loads. 24VAC 24 VAC PRI VAC TRANSFORMER ( 24 VAC ) 24 VAC LOAD ( 24 VAC ) 24 VAC LOAD 29: SSC SSCE IGURE TYPICAL ELAY UTPUT WIRING  2012-2015 Reliable Controls Corporation...
  • Page 46 OUT2+, OUT3+, and OUT4+ are connected internally through relays to the 24 VAC terminal. This configuration is compatible with standard HVAC package unit control wiring terminals, as shown in Figure 30. Terminal strip on HVAC package unit 30: SSCP R IGURE ELAY UTPUT IRING UIDE  2012-2015 Reliable Controls Corporation...

  • Page 47: Software Configuration

    EIA-485 network as the SMART-Space Controllers. Possible slave proxy devices are the MACH- ProCom, MACH-ProSys, MACH-Pro2, and MACH-Pro1 controllers, and the X-Port-2 converter.  2012-2015 Reliable Controls Corporation...

  • Page 48: Physical Connection

    OOLKIT Connect the CC-VC-C cable between the X-Port-2 network port and the RJ11 jack at the bottom of the SMART-Space Controller. Observe the patterns of the flashing lights on the X-Port-2. When the PC/Modem status light begins flashing once per second, the PC/Modem port can be connected to the PC.

  • Page 49: Bac Net Network Connection

    BACnet network using any of the standard connection methods detailed in Figure Router B/IP over WAN PTP - EIA-232 Switch Proxy B/IP over LAN MS/TP - EIA-485 PTP - EIA-232 MS/TP - EIA-485 32: BAC IGURE ETWORK CONNECTION  2012-2015 Reliable Controls Corporation...

  • Page 50: Rc-Toolkit Bac Net Ms Et Tool

    RC-T OOLKIT The SMART-Space Controller was designed so that one or more units can be connected to a live MS/TP network and powered up without any initial configuration required, and without affecting existing communication on the network. This is possible because of the following unique features: •...
  • Page 51 Accessible BACnet network numbers are listed in the Networks frame on the left hand side of the screen. Select a network number and click the Discover button to discover all BACnet devices on that network.  2012-2015 Reliable Controls Corporation...
  • Page 52 After the Status field displays Done!, click the Close button to populate the BACnet MSet Tool application main frame with the discovered devices. Unconfigured SMART-Space Controllers are highlighted in blue at the top of the main frame. 37: RC-T , BAC IGURE OOLKIT ET DIALOG BOX UIDE  2012-2015 Reliable Controls Corporation...
  • Page 53 Changes can be made to the Device ID, MAC#, and Device Name of any of the listed SMART-Space Controllers. Please refer to the Auto Addressing procedure for simultaneously configuring multiple SMART-Space Controllers. Changes cannot be made to other Reliable Controls devices or third-party devices that have been discovered and displayed. 38: RC-T...
  • Page 54 Serial # This field applies to SMART-Space Controllers only. Each SMART-Space Controller is configured with a unique serial number at the factory, which cannot be modified in the field. Device ID According to the BACnet standard, the BACnet Device ID must be a unique number on the BACnet network, limited to between 0 and 4,194,302.
  • Page 55 Starting Device ID The automatic addressing process will set the BACnet Device ID of the first SMART-Space Controller to the number in the Starting Device ID column field, and then increment the Device ID of each successive device by one.
  • Page 56 SMART-Space Controllers, Reliable Controls devices, and third-party devices will not be affected. The default value in the Starting MAC# field is 100, which Reliable Controls recommends as the lowest MAC# for SMART-Space Controllers. A Starting MAC# from 1–253 is valid, but note that the highest possible assigned number is 253.
  • Page 57 Device ID conflicts. After connecting over the BACnet network, the SSC Setup application determines the host BACnet device number, and calculates a Starting Device ID according to the Reliable Controls standard for device numbering. In this example, the SSC Setup application determined that the host device number was 124, resulting in the Starting Device ID field being automatically set to 124300 (124 x 1000 + 300).
  • Page 58 When all SMART-Space Controllers are configured correctly, click the Send button to send the changes to controllers. The BACnet MSet Tool will validate device numbers over the entire BACnet internetwork before sending the new configurations. UIDE  2012-2015 Reliable Controls Corporation...

  • Page 59: Rc-Toolkit Bac Net Os Send Tool

    Send SMART-Space Controllers. Note that updating firmware in a SMART-Space Controller erases any existing pan file in the controller. Ensure that all pan files are backed up using RC-Studio prior to beginning the OS Send procedure. OS S...
  • Page 60 END DIALOG BOX Click the Select Firmware File button, and browse to a location on the PC or network where the desired SMART-Space Controller firmware is located. After selecting the file, the BACnet OS Send Tool populates the Networks list with accessible BACnet network numbers.
  • Page 61 Controllers will appear in the Target Panels list. It is possible to OS Send to a SMART-Space Controller without a proxy device if the MAC Address is known, using the Send To feature. It is not possible to OS Send to unconfigured SMART-Space Controllers.

  • Page 62: Slave Proxy Configuration

    ROXY ONFIGURATION For a SMART-Space Controller to be accessed by other BACnet devices on a BACnet network, including RC-Studio workstations, a proxy device must be present on the same physical network as the SMART-Space Controller. Possible proxy devices are the MACH- ProCom, MACH-ProSys, MACH-Pro2, and MACH-Pro1 controllers (firmware version 7.20,...
  • Page 63 Drop-down menus are provided to allow the fields to be set to Enabled or Disabled. For SMART-Space Controllers to be visible to RC-Studioand other BACnet devices on the internetwork, the Slave Proxy field must be enabled.  2012-2015 Reliable Controls Corporation...
  • Page 64 MAC field, and click the OK button to add the new device to a network. If the slave proxy service for the network is enabled, the new device will immediately become visible to other BACnet devices on the BACnet network. UIDE  2012-2015 Reliable Controls Corporation...

  • Page 65: Time Synchronization

    YNCHRONIZATION YNCHRONIZATION In a fully configured BACnet MS/TP network, the SMART-Space Controller automatically receives time synchronization broadcasts from the designated Time Master for the system. To initiate a manual broadcast of the current time and date to a network, select System Setup >...

  • Page 66: Programming

    VAILABLE ATABASE BJECTS The SMART-Space Controller uses many of the standard worksheets used in other MACH- System controllers. Please refer to the RC-Studio Software Manual for descriptions of how to program or interpret these standard worksheets. The following are the database objects available in a SMART-Space Controller:...

  • Page 67: Working With Bac Net Objects

    ORKING WITH BJECTS Because the SMART-Space Controller only supports BACnet protocol, only BACnet objects are visible in the RC-Studio System Tree, and available for programming. Although this means that all RCP point types are not supported, in most cases, there is a BACnet equivalent that is supported.

  • Page 68: Multistate Variables

    ULTISTATE ARIABLES Multistate variables are supported by the SMART-Space Controller, and by RC-Studio update 1.50, or later. Multistate variables are created by selecting multistate range units when creating a new variable with RC-Studio. Multistate values are similar to binary values, except that they have more than two states.

  • Page 69: Multipoint Trend Logs

    ULTIPOINT REND Two Multipoint Trend Logs are provided in a SMART-Space Controller capable of trending up to eight objects each. Reliable Controls recommends trending every analog object in the controller. Binary objects may also be entered in a Multipoint Trend Log to help operators interpret system operation, but it should be noted that binary objects are automatically trended in Runtime Logs.
  • Page 70 To open an individual BACnet Multipoint Trend Log, double-click to the left of the row number in the BACnet Multipoint Trend Logs worksheet. 59: BAC GRAPH IGURE ULTIPOINT REND UIDE  2012-2015 Reliable Controls Corporation...

  • Page 71: Runtime Logs

    Single-point Trend Logs. Whenever a programmer creates a new binary input, binary output, or binary variable object in a SMART-Space Controller database, a Runtime Log is also automatically created. In the Device worksheet Object List displayed in Figure 60, L2S-Rm232-M and L2S- Rm232-VF11-C binary objects were created by a programmer.
  • Page 72 If RC-Archive is configured to archive the Runtime Log, this field will be populated with the last sample stored. To open a specific Runtime Log, double-click to the left of the row number in the Runtime Report worksheet. UIDE  2012-2015 Reliable Controls Corporation...
  • Page 73 Range dialog box, allowing operators to quickly transfer data to an Excel or ASCII File. 63: E IGURE XPORT B ANGE IALOG Two Control-BASIC statements are available to control the operation of a Single-point Trend Log in a SMART-Space Controller.  2012-2015 Reliable Controls Corporation...

  • Page 74: Priority Arrays

    (lowest number) will command the output. The priority array for an output can be accessed by clicking the button located in the Value column of an output in a SMART-Space Controller Object List, or by clicking in the Value column of an output in an Outputs worksheet. 64: D...

  • Page 75: Working With Control -Basic

    -BASIC ORKING WITH ONTROL Variables in SMART-Space Controllers do not have priority arrays. If two BACnet devices command the same variable in a SMART-Space Controller, the variable will respond to the last write received. -BASIC ORKING WITH ONTROL When programming with Control-BASIC, it is important to remember that a program can only modify objects that have been previously created.

  • Page 76: Alarms

    Control-BASIC in any Reliable Controls device on the network (except a MACH-Air, MACH- Zone, or SMART-Space Controller) can be used to write to objects in an SSC. For example, the following Control-BASIC lines could appear in a Reliable Controls device with a schedule named OCC-SCHED, an analog input named AH1-OAT, and a binary variable named AH1-SF-S.

  • Page 77: Share Function

    40 IF- AH1-SF-S THEN WRITE SSC-BV2 = 0 SHARE F UNCTION The SHARE function is used by any Reliable Controls device that supports the SHARE function MACH-Pro/Web/Com/Sys, MACH-Pro1, MACH-Pro2, controllers to share internal BACnet objects to SMART-Space Controllers located on any of the MS/TP networks connected to the device’s own EIA-485 ports.
  • Page 78 Both SHARE and SHARE-NET functions re-broadcast shared values after every COV, or every 5 minutes at minimum, not every time the Control-BASIC line containing the SHARE or SHARE-NET function is scanned by the controller. UIDE  2012-2015 Reliable Controls Corporation...

  • Page 79: Share And Share-Net Example

    If the OAT object changes by 0.5, or more, the OAT object will only be broadcast to the SMART-Space Controllers on MS/TP network number 201, which will in turn will only be received by device #2001. None of the other SMART-Space Controllers will receive updates of the OAT object.  2012-2015 Reliable Controls Corporation...

  • Page 80: Operator Interface

    CREEN OPERATOR INTERFACE The SMART-Space Controller includes a 160 segment backlit LCD screen which can be custom programmed to display/adjust up to 10 BACnet objects. Objects can be presented using plain text, or a set of icons is available to represent points in a more visually intuitive manner.

  • Page 81: Quick - Adjust Point

    The display will revert back to the default screen after 10 seconds without button activity. The quick-adjust feature can be used to provide easy adjustment of any single setpoint in the controller. 68: T IGURE UICK DJUST EATURE  2012-2015 Reliable Controls Corporation...

  • Page 82: Point Scrolling

    HVAC system at a single glance. Although the meaning of the icons will vary according to the custom programming of each SMART-Space Controller, the standard meaning of the icons is described in Table 10. 10: I...

  • Page 83: Button Pad Schedule Adjustment

    CHEDULE DJUSTMENT Each SMART-Space Controller allows a single BACnet schedule to be configured using RC-Studio. Once configured, the schedule can be accessed and adjusted using RC-Studio, or it is possible to manually adjust the schedule using the LCD and button pad of the SMART-Space Controller.
  • Page 84 Continue to press the button to cycle through the settings for the currently displayed operation, or, when the operation number flashes, press the buttons to move to the next operation. UIDE  2012-2015 Reliable Controls Corporation...
  • Page 85 (as programmed in the RC-Studio schedule definition) just after midnight. Typically, the schedule value will default to OC, and no programming is necessary for that day. To program schedule operations for additional days, repeat Steps 2 through 5.  2012-2015 Reliable Controls Corporation...

  • Page 86: Hand /Off /Auto Feature

    ONTROLLER EATURE EATURE Revision E and newer versions of the SMART-Space Controller allow a user to Override a point using the LCD and buttons. The Hand/Off/Auto feature is only applicable to physical outputs of the SSC. Binary and analog points are both supported.

  • Page 87: Display Configuration

    To disable the Hand Off Auto feature see the DISPLAY CONFIGURATION section of the manual. ISPLAY ONFIGURATION The SMART-Space Controller LCD screen is custom configurable to display/adjust up to 10 BACnet objects. Configuration of the LCD screen is accomplished using RC-Studio, update 1.50 or newer.  2012-2015 Reliable Controls Corporation...

  • Page 88: Ccessing The Isplay Onfiguration Orksheet

    Controller, and click the + node to display the list of objects available. Click the Display Configuration node in the list of objects. 73: S IGURE YSTEM The Display Configuration worksheet opens. 74: D IGURE ISPLAY ONFIGURATION WORKSHEET UIDE  2012-2015 Reliable Controls Corporation...

  • Page 89: Objects Displayed

    BACnet network objects that have been shared to the controller using the SHARE or SHARE-NET commands (refer to the Programming section of this manual). Shared objects can be displayed on the SMART-Space Controller screen, but cannot be adjusted.

  • Page 90: Display Configuration Setup Dialog Box

    Click the Setup button in the command bar of the Display Configuration worksheet to open up the SMART-Space Controller Setup dialog box. 75: SMART-S IGURE PACE ONTROLLER ETUP DIALOG BOX Table 12 details the fields found in the SMART-Space Controller Setup dialog box. 12: SMART-S ABLE PACE ONTROLLER ETUP DIALOG BOX FIELDS Frame...

  • Page 91: Display Configuration Worksheet Columns

    Off/Auto feature via the LCD screen. This feature is normally enabled by default. After making changes to the SMART-Space Controller Setup dialog box, click the OK button, and click the Mode button at the bottom of the Display Configuration dialog box to send the changes to the controller.
  • Page 92 Can Change, indicating the value can be modified by means of the SMART-Space Controller buttons. BACnet objects shared from the BACnet network to a SMART-Space Controller can be displayed on the LCD screen; however, user adjustment is not possible. UIDE...

  • Page 93: Time Editing

    The second point in the Display Configuration worksheet is often used as a “quick adjust” and is typically the room temperature setpoint. It is recommended the time point be configured to use point 3 or higher to avoid accidental time changes.  2012-2015 Reliable Controls Corporation...
  • Page 94 ™ PACE ONTROLLER ISPLAY ONFIGURATION O EDIT THE TIME VIA THE INTERFACE On the SMART-Space Controller, press the button until the Time point is displayed. 77: SSC T IGURE IME DISPLAY SCREEN Use the buttons to decrement or increment the time.

  • Page 95: Sample Wiring Document

    IRING IAGRAMS The following wiring diagrams are provided as examples of how to wire each of the three base SMART-Space Controller models, using typical HVAC applications. Actual wiring requirements will vary with each installation. The following examples are provided: •...

  • Page 96: Example 1: Ssc Controlling A Heating Only Fan Coil (Fc-1)

    Supply Fan Temperature Current switch Sensor (dry contact) Ω (10k thermistor SSC Input/Output Jumpers IN1: Thermistor/Dry Contact OUT1: Relay (Jumper) IN2: Thermistor/Dry Contact OUT2: Universal (Jumper) 78: SSC IGURE CONTROLLING A HEATING ONLY FAN COIL UIDE  2012-2015 Reliable Controls Corporation...

  • Page 97: Example 2: Sscp Controlling A Packaged Heat Pump (Hp-1)

    Ω (10k thermistor) SSCP Input/Output Jumpers IN1: Thermistor/Dry Contact OUT1: Relay (Jumper) IN2: Thermistor/Dry Contact OUT2: Relay (Fixed) OUT3: Relay (Fixed) IN3: Thermistor/Dry Contact OUT4: Not used 79: SSCP IGURE CONTROLLING A PACKAGED HEAT PUMP  2012-2015 Reliable Controls Corporation...

  • Page 98: Example 3: Ssce Controlling A Heat / Cool Fan Coil With Fresh Air Damper (Fc-2)

    IN1: 0–10 VDC OUT1: Universal (jumper) IN2: Thermistor/Dry Contact OUT2: Universal (jumper) IN3: Thermistor/Dry Contact OUT3: Relay (fixed) OUT4: Relay (fixed) 80: SSCE IGURE CONTROLLING A HEAT COOL FAN COIL WITH FRESH AIR DAMPER UIDE  2012-2015 Reliable Controls Corporation...

  • Page 99: Sample Ssce Database

    (FC2). The following worksheets encompass the complete database for that example. 81: I IGURE NPUTS WORKSHEET 82: O IGURE UTPUTS WORKSHEET 83: V IGURE ARIABLES WORKSHEET 84: PID L IGURE OOPS WORKSHEET 85: BAC IGURE CHEDULES WORKSHEET  2012-2015 Reliable Controls Corporation...
  • Page 100 SMART-S ™ PACE ONTROLLER SSCE D AMPLE ATABASE 86: BAC IGURE CHEDULE 87: BAC IGURE ULTIPOINT REND OGS WORKSHEET 88: C -BASIC IGURE ONTROL WORKSHEET 89: T IGURE ABLES WORKSHEET UIDE  2012-2015 Reliable Controls Corporation...
  • Page 101 SSCE D AMPLE ATABASE 90: C -BASIC P IGURE ONTROL ROGRAM 91: C -BASIC P IGURE ONTROL ROGRAM 92: C -BASIC P IGURE ONTROL ROGRAM  2012-2015 Reliable Controls Corporation...
  • Page 102 SMART-S ™ PACE ONTROLLER SSCE D AMPLE ATABASE 93: C -BASIC P IGURE ONTROL ROGRAM UIDE  2012-2015 Reliable Controls Corporation...

  • Page 103: Specifications

    Viewable Area 36 mm x 36 mm (1.4" x 1.4") ETWORK Network EIA-485 Protocol BACnet MS/TP slave Baud Rate AutoBaud from 9,600 to 76,800 baud OMMISSIONING ROGRAMMING Communication X-Port-2 port or EIA-485 network Software RC-Studio, RC-Toolkit  2012-2015 Reliable Controls Corporation...

  • Page 104: Ambient Limits

    Type Selection Jumper configurable A/D Convertor 12-bit Digital Input Dry contact Impedance 1 M Ω on 0–10 VDC range Pulse Counting Up to 40 Hz maximum Overload Protection 24 VAC over-voltage protection UIDE  2012-2015 Reliable Controls Corporation...

  • Page 105: Humidity ( Optional )

    Detection Distance 5m (16.4 ft.) maximum Detection Angle 100° horizontal / 82° vertical Detection Zones CO2 ( OPTIONAL Type Non dispersive Infrared Optical Sensor Range 0-2000 ppm Accuracy +/- 50 ppm Calibration Built-in automatic calibration algorithm  2012-2015 Reliable Controls Corporation...

  • Page 106: Real -Time Clock Optional

    0–500 mA current loads at 24 VAC/VDC Normally open dry contact Universal Rating 0–12 VDC 20 mA maximum Universal D/A Convertor 12-bit Noise Suppression MOV on each output ERTIFICATIONS Certifications BTL listed (B-GEN) FCC CFR 47 Part 15/B UIDE  2012-2015 Reliable Controls Corporation...
  • Page 107 ERTIFICATIONS  2012-2015 Reliable Controls Corporation...

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