BACnet SRCM User Manual 125-1900. Rev AA 2014-02-12 Building Technologies Division Copyright Notice Copyright Notice Notice Document information is subject to change without notice by Siemens Industry, Inc. Companies, names, and various data used in examples are fictitious unless otherwise noted. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of Siemens Industry, Inc. All software described in this document is furnished under a license agreement and may be used or copied only in accordance with license terms. For further information, contact your nearest Siemens Industry, Inc. representative. Copyright 2014 by Siemens Industry, Inc. To the Reader Your feedback is important to us. If you have comments about this manual, please submit them to: SBT_technical.editor.us.sbt@siemens.com Product or company names mentioned herein are the trademarks of their respective owners. Printed in USA 2 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Table of contents Overview .................................................................................................................... 5 Home Screen .................................................................................................................. 5 Condition Banner ............................................................................................................. 6 Condition Banner - Touch Screen Operation .................................................................... 7 Alarms Cause Condition Banner to Turn Red................................................................... 7 Condition Banner Functions............................................................................................. 7 Operating Condition Screen............................................................................................. 8 Pressure Value ................................................................................................................ 9 Slider Bar and Setpoint Values ........................................................................................ 9 Slider Bar On/Off ............................................................................................................. 9 Active and Standby Modes ............................................................................................ 10 Menu Screens ............................................................................................................... 10 Setting the Application.................................................................................................12 Before You Begin .......................................................................................................13 Setup Unit..................................................................................................................14 Room - Primary or Secondary........................................................................................ 14 Primary Room Sensor .............................................................................................. 14 Secondary Room Sensor .......................................................................................... 15 Room Parameters ......................................................................................................... 15 Label ........................................................................................................................ 15 Primary Analog Output ............................................................................................. 15 Engineering Unit ....................................................................................................... 15 Sensor Range .......................................................................................................... 16 Analog Inputs ................................................................................................................ 16 Changing the Room Name ............................................................................................ 17 Setup Display .............................................................................................................19 General Tab - Customizing the Condition Banner .......................................................... 19 Advanced Tab - Customizing the Condition Banner ....................................................... 19 Display Averaging (Tenths of Seconds) ......................................................................... 20 What Pressure to Display .............................................................................................. 20 Pressure Resolution ...................................................................................................... 21 Supervisor and Operator Passwords ............................................................................. 21 Condition Banner Tab - Customizing Blinking Screens ................................................... 22 Full Screen Condition Banner and Active Standby Mode Application .............................. 23 Set Time & Date Screen ................................................................................................ 24 Setup Alarm ...............................................................................................................26 Alarms Disabled When Door is Open and Buzzer for Door Warning ............................... 27 Alarm Setpoint ............................................................................................................... 28 Alarm Matrix .................................................................................................................. 29 3 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Calibration and Self-Test ............................................................................................. 31 System Information..................................................................................................... 33 USB Configuration Cloning .......................................................................................... 34 Network Setup ........................................................................................................... 36 Event Log .................................................................................................................. 38 Controlling Temperature.............................................................................................. 39 French Language Support on Default Screen and Data Entry Screen ............................... 40 Troubleshooting ......................................................................................................... 42 Point Database .......................................................................................................... 43 Notification Class ....................................................................................................... 53 Event Enrollment ........................................................................................................ 54 4 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Overview Home Screen Overview The following pages describe how to use the BACnet SRCM. The screen has two basic functions. The primary mode of operation displays the Home screen, which shows the end-user pressure values, messages, text and other data intended for visual pressure verification in the facility. The secondary mode of operation is the Administrative Menu screen, which permits set-up and configuration, and changes how the SRCM operates. After changes have been performed on the Menu screen, functions are saved and operation returns to the Home screen. If you do not interact with the touch screen for more than one minute, the screen will automatically return to the Home screen. Many administrative settings can be written over the network. Home Screen The default screen has two modes. You can switch modes by selecting the SLIDER ON or SLIDER OFF button on the bottom of the Administrative Menu. The Home screen is the normal, continuous operating mode of the SRCM. The Home screen shows a Condition Banner on the left of the screen, and Operating Conditions on the right of the screen. 5 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Overview Condition Banner Figure 1: Alternate Home Screen with Multiple Parameters. Condition Banner The Condition Banner, on the left of the screen can be configured by the user or Facility Manager to display a message to staff on the floor. The Condition Banner can be Green, Yellow, Red or Blue, depending on the type of message desired outside the pressurized space. The Condition Banner is set up in the Setup Display-Condition Banner tab of the Administrative Menu. The Condition Banner also has an option to display in full screen mode. The Condition Banner will change to Red in alarm state regardless of the current configuration. You can manually change the banner by pressing the touch screen anywhere within the banner color region. Green Condition Banner—shows Entry Permitted graphic, and user defined text above and below graphic image. Use the GREEN banner to indicate room is safe to enter. Red Condition Banner—shows Stop graphic, and user defined text above and below graphic image. Use the RED banner to indicate room is under critical use and entry is not allowed. Yellow Condition Banner—shows Warning graphic, and user defined text above and below graphic image. Use the YELLOW banner to indicate room is under transient use and entry is restricted. BLUE Condition Banner—shows Entry Permitted graphic, and user defined text above and below graphic image. Use the BLUE banner to indicate room is safe to enter. 6 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Overview Condition Banner - Touch Screen Operation Condition Banner - Touch Screen Operation You can cycle through all four conditions by simply touching the left third of the screen in any region. If passwords are enabled, you will be prompted to enter their password before proceeding. Each of the four colored screens can have a unique message defined. Alarms Cause Condition Banner to Turn Red When alarm occurs, the Condition Banner changes as follows: 1. The Condition Banner will turn to Red and will blink irrespective of the color mode selected by the user. User-configured color mode: “Alarm Blink” and “Blink in Red” in the Setup Display screen will remain same. The operation field which displays the alarm state of the system will also blink. When the system returns to normal, user-configured settings will be retained. 2. The Message text on the bottom of Condition Banner symbol and user-defined text on top of the Condition Banner symbol will be temporarily displayed as ALARM as shown. 3. The Condition Banner can now be configured so that any of the Condition Banner colors can be programmed to blink when that condition occurs. For example, if an alarm occurs, the Red color can be programmed to blink; similarly, the Yellow warning, Green, and Blue can be programmed to blink. Condition Banner Functions The Condition Banner configuration on the Display screen will have three options: Active, Standby, and No Action for all four colors (Red, Yellow, Green, and Blue). When Active is selected, the Occupancy Status object of the SRCM will be active. When Standby is selected, the unit will go into Standby mode (No alarms will be generated) when the corresponding color condition is selected. When No Action mode is selected, no action will be taken other than to display the Condition Banner screen that has been associated with the No Action mode. 7 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Overview Operating Condition Screen Operating Condition Screen The Operating Condition screen shows the active operating conditions of the pressurized space. The Room Label at the top of the screen can be defined to ensure the viewer understands which room is actively being monitored by the SRCM. The PRESSURE indication shows the intended direction of airflow for the space: POSITIVE for airflow out of the space, NEGATIVE for airflow into the space, NEUTRAL for airflow conditions that may vary, and STANDBY for use when there is no need to verify the direction of airflow (alarms are disabled). The OPERATION indication shows whether the pressurized space is within normal operating parameters (within alarm thresholds), or whether there is an alarm or warning condition. If operation is within alarm thresholds, a Green NORMAL indication is shown. If operation is near either high or low alarm threshold limits, a Yellow WARNING indication is shown. If operation is at or beyond high or low threshold limits, a Red ALARM indication is shown. If Audible Alarming is Enabled, a piezo buzzer will sound and a SILENCE menu button is displayed. Pressing the SILENCE button will shut off the alarm for the period of time defined in the alarm configuration. Alarm operation can be configured to blink or sound an audible signal In addition to pressure indication, OPERATION also displays. If a door switch is configured, an open door contact will display a Yellow DOOR indication. 8 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Overview Pressure Value Pressure Value A black banner displays the actual pressure reading from the space, in either Water Column inches (“WC) or Pascals (Pa). Slider Bar and Setpoint Values The Blue banner below the pressure value shows where the current pressure reading is in relation to alarm setpoints. The value at the left of the Blue banner is the low setpoint value, and the value on the right is the high setpoint value. The middle cursor represents the current measured pressure value on the setpoint scale. Slider Bar On/Off If the you do not wish to see the actual slider bar, it can be turned off using the Menu screen. Operation of the pressure sensing and alarming is unaffected. See Section, Menu Screens. Slider bar is turned off. This displays when four parameters are configured. 9 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Overview Active and Standby Modes Slider bar is turn on. This displays when no parameters are configured. Pressure still displays. Active and Standby Modes By pressing the touch-screen directly on the word POSITIVE (NEGATIVE, NEUTRAL, or STANDBY), you can change the condition of the room between ACTIVE and STANDBY modes. A pop-up menu appears to enable selection. If passwords are enabled, you must first enter a password to proceed with the change. In ACTIVE mode, the full function of the SRCM is active. In STANDBY mode, the SRCM will perform all functions except that alarming will be disabled (both audible and visual alarms). The STANDBY mode is designed to put the SRCM into a mode where room pressurization is not critical, such as cleaning, patient transfer, or longer-term unoccupied status. This operation can be password protected so that only an Operator or a Supervisor can make this change. Passwords are set up in the Setup Display Advanced tab. Menu Screens Pressing the MENU button on the Home Screen brings up the Administrative Menu. If passwords are enabled, you must enter the correct password before being authorized to make changes. 10 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Overview Menu Screens 11 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 1 Setting the Application Setting the Application The SRCM Room Pressure Monitor is a standard BACnet device; therefore, it does not contain an application point. The SRCM must be set up at the field panel using application numbers that are specific for each project, in the range of 10,000 through 11,999. Nothing is required to set up the application number in the SRCM device. 12 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Before You Begin 2 Before You Begin For proper installation, verify that: the network wiring is correct. the IO wiring (pressure, temperature, humidity, user defined) is correct. the hardware configuration switches are set correctly: Table 1: Hardware Configuration Switches. Switch Position Function 1 Enable Network Setup 2 Not Connected (Not Used) 3 Pull Up Resistor 4 Termination Resistor 5 Pull Down Resistor The switch to the right is On; otherwise, it is Off. if the unit is at the end of the line, the termination resistor is enabled (Position 4 is On-when pushed to the right). the Network Setup switch is disabled (enabled only during network setup). 13 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Unit Room - Primary or Secondary Setup Unit The SRCM is configured using built-in touchscreen menus. Select the MENU button on the touchscreen to enter the setup screens. The SRCM can take as input, the signal from two separate pressure transducers as well as temperature, humidity, and user-defined (for example CO2) inputs for up to two rooms. These are configured for either Primary Room or Secondary Room (an anteroom is an example of a Secondary Room). When two transducers are used, you can toggle between each room on the Home screen display of the SRCM to view the status of each room momentarily, cycling from one to the other a few seconds apart, or the display can be locked on either of the two rooms. Figure 2: Home Screen Display. *If CH-1 is selected for the Primary Room, it will not be an available option for the Secondary Room. Room - Primary or Secondary To set up the parameters for a room select either the Primary or Secondary button. Primary Room Sensor The Onboard Sensor is the defaultPrimary sensor, which uses the sensor manufactured on the unit. If the OnBoard Sensor is selected, a box displays showing the pressure range (SENSOR FS) and engineering unit. Change, if necessary, to match the sensor being used, if there is one present. Alternatively, an external sensor (PPRESS.SRC, PTEMP.SRC, PHUM.SRC, PUD.SRC) (also known as an external transducer) such as Siemens QBM3100 can be used. If an external sensor is used, change this selection to ADC CH-1 (Analog Input 1) or ADC CH-2 (Analog Input 2). The FS output and range of the external sensor must be entered. 14 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Unit Room Parameters Secondary Room Sensor None is the default for the Secondary Room sensor. Change, if necessary, to match the sensor being used, if there is one present. An external sensor (SPRESS.SRC, STEMP.SRC, SHUM.SRC, SUD.SRC) (also known as an external transducer such as Siemens QBM3100 Series) can be used for the Secondary Room or anteroom. If an external sensor is used, change this selection to ADC CH-1 or ADC CH-2, which uses Analog Input 1 or Analog Input 2, respectively. The FS output and range of the external sensor must be entered. Room Parameters The SRCM can display up to four parameters for each of two rooms. The parameters are Pressure, Temperature, Humidity, and User-Dfined (for example, CO2). Start with the Primary Room and set up the parameters to be monitored and displayed on the default or Home screen. As parameters and inputs are selected, further selection of parameters and inputs become self-limiting. (For example, if Temperature is selected in Parameter 2, it is not available for selection in Parameter 3 or 4.) Start with Parameter 1 (PRIM.PARAM1, SEC.PARAM1), this is the Room Pressure. Select the Input Source as OnBoard, ADC CH-1 or ADC CH-2. Parameter 2 (PRIMPARAM2, SEC.PARAM2) - Select None, Temperature (suggested) or Humidity. Select Source as ADC CH-1, ADC CH-2, or BACnet. Parameter 3 (PRIM.PARAM3, SEC.PARAM3) – Select None, Temperature or Humidity (suggested). Select Source as ADC CH-1, ADC CH-2, or BACnet. Parameter 4 (PRIM.PARAM4, SEC.PARAM4) – Select None, User Defined. Label Touch the Label check box and use the data entry keypad to enter the Room Label for the Primary Room (PRIM LABEL, SEC LABEL). The name displays at the top of the Home screen and identifies the room that the parameters refer to. Press the Secondary Room button to select the Secondary Room (generally an anteroom) and label that room if desired. Primary Analog Output This Analog Output (ANALOG OUTPUT) is used to communicate the value of the differential pressure of the Primary Room to an external source such as a Building Management System (BMS). The value is scaled as either 4 to 20 mA, 0 to 5 Vdc, or 0 to 10 Vdc (ANALOG TYP). A normalized pressure value is generated once every 100 milliseconds. The Analog Output is only available for the Primary Room. Engineering Unit Units of measurement display on the Home screen, and can be either Inches of Water Column (“WC) or Pascals (Pa). The units are factory-calibrated as “WC. If the unit is changed to Pa, the range will be changed to Pascals (Pa). This is selected from the Parameter 1 tab as it is associated with the Primary Room pressure (PRIM.P.UNITS). 15 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Unit Analog Inputs Sensor Range The SRCM is manufactured with an on-board differential pressure transducer. This transducer is manufactured to specifications for fixed minimum and maximum pressure measurement, known as the full-scale range of the transducer. When the on-board transducer is used exclusively, these values cannot be changed. Alarm setpoints cannot be set above the positive value or below the negative value. If a wider or narrower sensor range is required for the project, and external pressure transducer can be chosen to match the requirements. See Primary Room Sensor or Secondary Room Sensor for additional information. If an external transducer is used, the full-scale values and other parameters must be configured into the SRCM so that the unit understands the scale of measurement being received on the Analog CH-1 or Analog CH-2 inputs. Analog Inputs The SRCM has two Analog Input channels (ADC Ch1 and ADC Ch2). If a 4 to 20 mA transmitter is used as an analog input, then a 250 ohm resistor must be installed. This will be translated into a 1 to 5 Vdc input at the input terminals. The unit takes an Analog Input from any transducer or transmitter: pressure (PRIM.PRESS, SEC.PRESS), temperature (PRIM.TEMP, SEC.TEMP), or humidity (PRIM.HUM, SEC.HUM). If an external transducer is used, the full scale values and parameters need to be configured into the SRCM so that the unit understands the scale of measurement being received on Inputs ADC CH-1 or ADC CH-2. The following examples uses a pressure transducer to measure Secondary Room pressure (SEC.PRESS). The pressure transducer has a range of ±1 “WC and an output of 4 to 20 mA over that range. Figure 3: Pressure Transducer Measuring Secondary Room Pressure. The following example uses a temperature sensor to measure the Primary Room temperature (PRIM.TEMP). The temperature range is ± 50°C with a 1 to 10 Vdc output over that range. 16 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Unit Changing the Room Name Figure 4: Temperature Sensor Measuring Primary Room Temperature. The following example uses a humidity sensor to measure the Primary Room relative humidity (PRIM.HUM). The range is 0 to 98% RH with a 0 to 10 Vdc output. Figure 5: Humidity Sensor Measuring Primary Room Humidity. Changing the Room Name The room name shown on the top part of the Home screen is changed by using the Label check box (see Figure 6). Depending on whether the Primary (PRIM LABEL) or Secondary Room (SEC LABEL) button is enabled, the corresponding Label check box displays. A label can contain a maximum of 18 alphanumeric characters. Press anywhere in the Label check box to open the on-screen keyboard where you can enter the name of the room label. It is not necessary to touch the white area next to the Label, simply start entering data using the keyboard. When you are finished, press ENTER. Press the Save & Exit button to save the configuration and exit. Figure 6: Changing the Label Name. 17 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Unit Changing the Room Name Figure 7: Data Entry Screen. 18 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Display General Tab - Customizing the Condition Banner Setup Display The Setup Display screen permits authorized users (based on password level) to configure Condition Banner messages and other Home screen options. There are four tabs for display customization: General, Advanced, Condition Banner, and Set Time & Date. General Tab - Customizing the Condition Banner The General tab allows the user to define messages for each Condition Banner color. Pressing anywhere in the colored region of the Condition Banner changes each selection between Green, Yellow, Red, and Blue. By pressing on the colored region of text, the on-screen keyboard pops up, enabling data entry. If User Defined Text (USER TEXT) is Disabled, then data entry on the Condition Banner will not be permitted. Change the User Defined Text to Enabled to change the text of each banner. There are four Condition Banner colors available: Green, Yellow, Red, and Blue. Figure 8: General Tab. In the Setup Display General tab, you can configure the text to be displayed above and below the center symbol by enabling the User Defined Text (USER TEXT). If you want the banner to blink, enable the Blink (RED BLINK, GREEN BLINK, YELLOW BLNK, BLUE BLINK) selection. If any alarm occurs, the Condition Banner turns to red and the text above and below the center symbol displays ALARM. Advanced Tab - Customizing the Condition Banner The Advanced tab allows you to make refinements in how information is displayed on the Operating Condition section of the Home screen.The display contrast level is adjusted using Adjust Contrast Level (CONTRAST), with selections from 1 to 4. After modifying this parameter, press Save & Exit to view the brightness and contrast on the Home screen display. Depending on the lighting and viewing conditions in the final space, different contrast levels can improve readability of the SRCM. 19 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Display Display Averaging (Tenths of Seconds) Figure 9: Advanced Tab. For passwords, the text displayed on the button is the action that takes place when the button is pushed, not the status of the current setting. Display Averaging (Tenths of Seconds) This function helps to improve the stability of the pressure value displayed on the Home screen, so significant digits do not change rapidly. It is used more often in environments where you require higher display resolution (four digits) but the ambient pressure is unstable. By increasing the number (DISPLAY AVG), the effective number of measured data points is increased and a weighted average is developed. Enter the number in tenths of a second for the response time of the display to a pressure change. There is no ratcheting of the display or a deadband. The pressure change is very smooth. For example, entering 10 equates to the display reaching final value in 1 second, entering 2 equates final value in 2 seconds. Display Averaging does not affect the Analog Output response time, only the apparent stability of the pressure display. Display Averaging also does not affect Alarm Thresholds or Alarm Delay. What Pressure to Display This function defines what pressure value (PRESS.TOGGLE) displays on the Home screen under normal operating conditions. This can be Primary Only, Secondary Only, or Toggle depending on which room is most important for visual pressure verification. If this is set to Secondary Only, then the Home screen displays the pressure value read by the secondary pressure transducer (anteroom for example). In this case, if an alarm condition occurs in the Primary Room, the display will toggle and remain on the Primary Room and pressure value as long as the alarm condition is present in that space. If no Secondary Room is configured on the Setup Unit screen attempts to choose Secondary Only results in the error “Secondary Room source is NONE”. If this is set to Toggle, then the Home screen displays the pressure value for both rooms alternating back and forth momentarily (approximately 10 seconds apart). If an alarm condition occurs in either room, the display will toggle to the appropriate room and pressure value and remain on that room as long as the alarm condition is present. If both rooms are in alarm, then the alarm condition and pressure values will toggle. 20 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Display Pressure Resolution Pressure Resolution This setting (PRESS.RES) shows the number of digits after the decimal point for the default screen pressure displays. This setting affects the Primary and Secondary Room settings. Supervisor and Operator Passwords The Password function provides security against changed configurations by unauthorized users. This is accomplished by using two levels of password protection which can be Enabled or Disabled. Figure 10: Operator Password. The Operator level allows access to change between Active and Standby room modes, but no other changes. The Operator is the person that has day-to-day interaction with the monitor to change operating modes (OCC STATUS) from Active to Standby mode (where no alarms are active). The Operator (Nurse or Lab Technician) can also respond to local audible and visual alarms. The SRCM was designed to make interaction with the unit as easy as possible for the Operator. Changes to messages and to the room mode are made by simply touching active areas of the display. If Operator Password (OPERATOR PSW) is enabled, then a password will be needed before the change can be made. Figure 11: Supervisor Password. The Supervisor (SUPERV PSW) level allows full access to all menus. The Supervisor has access to all levels of the menu structure. This mode is used during initial configuration and follow-on reconfiguration. 21 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Display Condition Banner Tab - Customizing Blinking Screens The master Supervisor password is 351, and is valid for any condition where a user may need to reset passwords. Condition Banner Tab - Customizing Blinking Screens The Condition Banner can be used for control functions as well as pure communication. There are three choices for each color: Active, Standby, and No Action (REDCBMODE, GREENCBMODE, YELLOWCBMODE, BLUECBMODE). Figure 12: Customizing Blinking Screens. The Condition Banner tab in the Setup Display allows you to choose whether certain parts of the screen blink or not. Blinking components on the Home screen are intended to draw more attention to the Condition Banner or the OPERATION indicators, for the purpose of making exception conditions more noticeable to staff concerned with room pressurization status. Selection Description Alarm Blink (ALARM.BLINK) Defines the behavior of the red ALARM indicator on the Home screen Normal Blink is used for the green NORMAL indicator. Warning Blink (WARN.BLINK) Applies to the yellow WARNING DOOR indicator. Blink in Red/Green/Yellow/Blue (RED BLINK, GREEN BLINK, YELLOW BLINK, BLUE BLINK) Applies to the Condition Banner messages and icon on the left third of the Home screen. Full CB Display (FULL CB) If this is selected, the left third of the Condition Banner will become full screen after 15 seconds. If an alarm is in progress or occurs while the Condition Banner is full screen, the standard default screen will display. Touching the display will return it to the 1/3, 2/3 standard display mode. This is useful when users want a very simple interface. Touching the screen at any time will momentarily display the Home screen. Save & Exit Saves the selections made on this screen. 22 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Display Full Screen Condition Banner and Active Standby Mode Application Full Screen Condition Banner and Active Standby Mode Application At times, you may want a minimal User Interface and want to switch between Active and Standby Modes (FULL CB) and clearly convey the status of the room. Any color can be associated with any action: Active, Standby, or No Action. The following example uses Green for Active and Yellow for Standby. 1. On the Setup Display/General tab set User Defined Text (USER TEXT) to Enabled. 2. Tap the Condition Banner screen (COLOR MODE) until the green screen displays. Setup the desired green screen text message to be displayed in the Active mode. You can enter text so that it displays in the boxes above and below the center “Clear to Enter” symbol. Touch the top box and enter the desired text (UD MSG GREEN) using the Data Entry keypad. Save by pressing ENTER when complete. Figure 13: Green Screen. 3. Perform the Steps 1 and 2 for the bottom box (MSG GREEN CB). 4. Set up the desired yellow screen text message in the Setup Display/General tab. Text can be entered so that it displays in the boxes above and below the center “Warning Triangle” symbol. Touch the top box and enter the desired text (UD MSG YLLOW) using the Data Entry keypad. Save by pressing ENTER when complete. Figure 14: Yellow Screen. 5. Perform Steps 1 through 4 for the bottom box (MSG YLLOW CB). 6. Set up the Condition Banner to display Full Screen rather than the 1/3 left of the screen display that is the default “as shipped” setup. To do this, go to the Setup 23 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Display Full Screen Condition Banner and Active Standby Mode Application Display/Condition Banner tab and set the full Condition Banner (FULL CB) Display to Enabled. Press Save & Exit. Figure 15: Condition Banner. With this setup the unit is in Active Mode. The Full Screen display will look like the following with the text that was specified in Step 2. Figure 16: Active Mode Display. If you change the Standby by touching the section to the right of the PRESSURE, then the display is yellow with the text that was specified in Step 4. Figure 17: Standby Mode Display. This feature can be combined with password protection. 24 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Display Set Time & Date Screen Set Time & Date Screen The Set Time & Date tab is used for setting the time and date of the SRCM. This time and date is used to time stamp the event log. See Event Log. If power is lost to the unit, the time and date must be reset. The date format is DD-MM-YYYY. Figure 18: Set Time & Date Tab. 25 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Alarm Set Time & Date Screen Setup Alarm The Setup Alarm screen permits authorized users (based on password level) to configure alarm behavior, such as the duration of alarms, methods of clearing alarm condition, and how alarms are acknowledged. It also sets the room mode (PPRES MODE, SPRES MODE) to Positive, Negative or Neutral room. Figure 19: Setup Alarm Screen. Latch Alarm (LATCH ALARM) If enabled, this causes the display of red ALARM on the Home screen to remain, even if the room pressurization returns to normal. Latch Alarm Enabled requires that an alarm event be acknowledged and that the pressure returns to within the normal range. This is useful because it forces recognition that an alarm event occurred. The alarm will still be on even if the pressure returns to normal range. Only when the alarm is acknowledged will alarming cease. When Disabled, the alarm will be silenced when the pressure returns to normal range without requiring acknowledgement. When a Latch Alarm occurs, the Home screen displays a RESET button to the right of the Menu button. Press the RESET button to acknowledge and reset the Latch Alarm condition. Alarm Delay (ALARM DELAY) Time between when the pressure exceeding alarm setpoints and when the unit goes into Alarm mode. This is useful in preventing false alarms. For example, if Alarm Delay is set to 20 seconds, the staff has 20 seconds to open a door, enter the room, and close the door before the alarm sounds (if audible alarms are enabled). Alarm Delay also applies to alarms annunciated to a Remote Annunciator via the SRCM Digital Output (hardware configuration). 26 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Alarm Set Time & Date Screen Audible Alarm (AUD. ALARM) Enables or disables the audible buzzer. Regardless of whether audible alarming is enabled or disabled, the red ALARM condition displays on the Home screen, annunciate to a Remote Annunciator, and propagate to a configured Digital Output. If an alarm occurs and the audible alarm is enabled, a new SILENCE button displays on the Home screen so that the operator can silence the audible alarm. The audible alarm is silenced only for the period of time defined by Mute Time Out. Mute Time Out (MUTE T.OUT) Sets the time (in seconds) that the alarm will remain silent after pressing the SILENCE button before the audible alarm resumes again. This assumes that the room pressure condition is still outside the normal setpoint operating limits. Mute Time Out can be set from 0 to 9998 seconds. Entering a value of 9999 will silence the audible alarm “forever”, as long as a new alarm condition does not occur. Digital Input (DI) (DI STATUS) Used for monitoring the door status—Open or Closed. The DI is a Normally-Closed dry contact. A door jamb must be wired to the terminals labeled DOOR in the rear of the unit. When the door opens the contact will open, and this will show a yellow DOOR Warning on the Home screen. The Door Alarm will suppress alarms if they are generated at the same time that the door is open. Deadband (DEAD BAND) Represents the region within the setpoint range where yellow WARNING displays on the Home Screen to indicate that the pressure is near ALARM limits. It is adjustable from 0 to 10%. If set to 0, no WARNING occurs, only ALARM when the pressure value reaches setpoints. If set to any other value, WARNING will be displayed if the pressure value reaches the percentage of total pressure setpoint range. When the unit goes outside of the deadband range, the alarm occurs. The alarm remains on until the pressure returns within the alarm limit range (or is acknowledged—Latch Alarm), minus the setpoint. Buzzer Volume (BUZZER VOL.) The buzzer volume can be adjusted from one to four, with four being the highest sound level. The alarm buzzer is disabled using the Audible Alarm Disabled function. 27 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Alarm Alarms Disabled When Door is Open and Buzzer for Door Warning Alarms Disabled When Door is Open and Buzzer for Door Warning The SRCM can configure the Room status to disable the Alarms when Door is open. This function is used when there will be high traffic throughout the area and the User wants to disable any alarms that are occurring because the Door is open. The alarms are re-enabled once the Door is closed. In the Setup Alarm screen, select the Digital Input (MV_11) choice to Door-!=Alarm. Figure 20: Door Alarm Selection. As shown in the screen below, DOOR (DI STATUS) is highlighted to indicate that the door is open. However, the STANDBY (to the right of PRESSURE) indicates that the room is in STANDBY mode. Figure 21: Door Status Screen. If the Door opens when the unit is in alarm, the unit will continue to operate in alarm state instead of clearing the alarm. Alarm Setpoint For each space, Primary Room (PPRES.LO.RNG, PPRES.HI.RNG, PPRES.NEU.LO, PPRES NEU.HI, PPRES.NEG.LO, PPRES.NEG.HI) or Secondary Room (SPRES.LO.RNG, SPRES.HI.RNG, SPRES.NEU.LO.SPRES.NEU.HI, SPRES.NEG.LO, SPRES.NEG.HI) is used to define the alarm setpoints. When the room is set to Positive, Neutral, or Negative, the setpoints and conditions configured here are in effect for alarm and warning conditions. 28 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Alarm Alarm Matrix Figure 22: Setup Alarm Setpoint. Alarm Matrix The SRCM offers plenty of flexibility to define alarm conditions. Alarms and warnings can be configured for Primary and Secondary Rooms, and for the Door. Room display can toggle between Primary and Secondary. The following table outlines what occurs in terms of priority and display under Normal and Alarm conditions. N = Normal; A = Alarm Table 2: Alarm Matrix Toggle High Priority Background Remarks Primary Pressure Secondary Pressure Display Text (Maximum Eight Characters) Disabled N N Normal Green Displays Primary pressure or Secondary pressure based on the selection in the setup display screen. Disabled N A Alarm Red Displays Alarm for Secondary Room if Secondary Room is selected. If the pressure to display is selected as Primary, the display switches to the Secondary Room and displays the alarm. Disabled A N Alarm Red Displays Alarm for Primary Room if Primary Room is selected for display. If the pressure to display is selected as Secondary, the display switches to the Primary Room and displays the alarm. Disabled A A Alarm Red Toggles between Primary and Secondary Room. 29 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Setup Alarm Alarm Matrix Toggle High Priority Background Remarks Toggles between Primary and Secondary Room. Primary Pressure Secondary Pressure Display Text (Maximum Eight Characters) Enabled N N Normal Green Enabled N A Alarm Red Displays Secondary alarm. Display stops toggling. Enabled A N Alarm Red Displays Primary alarm. Display stops toggling. Enabled A A Alarm Red Toggles between Primary and Secondary Room. 30 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Calibration and Self-Test Calibration and Self-Test This procedure is used for calibration of the internal pressure transducer sensor and testing operation of hardware circuitry. Calibration is only required for highly accurate measurement needs such as those needed to comply with federally mandated regulations. Calibration must only be performed by qualified personnel. See SRCM Room Pressure Monitor Technical Specification Sheet (149-211) for more information. 1. Select Primary or Secondary Room. When selected, the gray box to the right indicates if the calibration will be applied to the on-board sensor or the external sensor (Analog CH-1 or Analog CH-2). The indicated pressure is shown. Figure 23: Calibration & Self Test Screen. 2. Calibration of the on-board sensor requires that the faceplate be removed and the captive screw holding the display cover must be loosened (at the bottom-center of the display bracket). 3. Lift the cover to expose the clear and red tubing connecting the on-board sensor to the pressure fittings in the rear of the unit. 4. Remove the tubing from the high and low ports (red and clear tubing). This disconnects the sensor from the room pressure. Figure 24: Pressure Fitting Tubing. 31 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Calibration and Self-Test 5. After calibration, replace the red and clear tubing. Table 3: Calibration & Self-Test Screen Display Description Zero Adjust Pressing the Zero Adjust button displays the message Is zero pressure applied?. If yes, press OK. If the zero measurement is within 10% of the factory zero measurement stored in the unit, the zero value will be reset. NOTE: Zero Adjust should only be performed after the unit has been operating for 30 minutes in the installed location. Span Adjust This requires the use of a Pressure Calibrator, such as a Setra Model 869 or equivalent. Connect the tubing from the Calibrator to the low and high ports identified near the PCBA markings. Apply Full Range pressure, for example ± 0.1” WC range, use 0.1” WC. When pressure reaches Full Range pressure, press OK. The output at Full Range must be within 10% of the factory calibration to allow re-adjustment. Restore Factory User Zero If the unit has been miscalibrated in the field, the factory zero and and User Span span settings can be restored. Test The Buzzer, Relay, and Internal Memory checksum can be tested and verified. 32 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 System Information System Information The System Information screen reports the Model Number, Serial Number, Firmware Revision, Network Status, Last (Factory) Calibration Date, and Technical Support Contact. Figure 25: System Information Screen. Table 4: System Information Screen Display Description Technical Support (TECH ID) A maximum of 30 alphanumeric characters can be entered in this field by pressing anywhere in the white text entry box to enable the pop-up keyboard. Enter an email address, name, or phone number, as needed. Restore Factory Default Restores the default settings for all configuration and setup screens. All configured settings, including alarm thresholds and audible alarming, that were modified after installation are lost if this function is used. Normal operation of pressure measurement is not affected. 33 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 USB Configuration Cloning USB Configuration Cloning The SRCM has a USB port built in for the purpose of duplicating configurations when multiple units are being set up with similar configurations. To use this function, a USB 2.0 thumb drive with a capacity 256 megabytes or larger must be used. The thumb drive must have at least 100K of free memory available. The USB port should only be accessed by qualified personnel. Use Kingston DataTraveler 112, 4GB (minimum) flash drive along with the aid of a short mini-USB adapter cable from Tensility International Corporation (Part Number 10-00003), or equivalent. No computer is required. Table 5: Configuration. Manufacturer Kingston Sandisk Model DataTraveler Size (GB) Comment 1 No issue 256 MB No issue DataTraveler 4 DataTraveler 8 To make Kingston work, format as: * Fat 32 * Must have volume label * Do not use quick format DataTraveler 112 4 Passes out of the box without formatting. Cruzer 2 To make Sandisk work, format as: * Fat 32 * Must have volume label * Do not use quick format 4 16 To access the USB port, do the following: 1. Remove the faceplate cover and set it aside. 2. The USB port is located on the right side of the touchscreen display driver board, and is accessed by removing the security screw and flipping up the display housing. A Micro USB Host Mode OTG cable (from T&S Electronics, Part Number OTG-SBK6, or from SonoXY, Part Number USB_MIC-OTG) is required to connect a standard USB 2.0 compliant thumb-drive to the SRCM USB port. To use of the cloning feature, do the following: 1. Set up one SRCM with a configuration that represents most other SRCM units that will be used during installation. Configure the “master” unit with all parameters needed, including alarm thresholds, Condition Banners, blinking operations, I/O configuration and so on. 34 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 USB Configuration Cloning 2. Press Save & Exit to properly save your configuration. This “master” setup is then downloaded to the thumb drive and can be uploaded to other units. Figure 26: USB Port and Connected Thumb Drive. As soon as the thumb drive is connected to the SRCM, it will be recognized and the Drive Connected menu will display. 1. Select Configuration Write to transfer the master SRCM configuration from the unit to the thumb drive. Figure 27: Transfer Configuration from Unit to Thumb Drive. 2. Select START to initiate the copy operation. 3. Remove the thumb drive and cable, and move the first slave unit to be configured. Figure 28: Transfer Configuration from Thumb Drive to Slave Unit. 4. With power applied to the unit, connect the thumb drive and cable. 5. Select Read and START to write the master configuration to the new slave unit. A Write Process Successful message displays if the configuration has been written to memory. Review the various Menu screens of the slave unit and subsequent units to confirm that the proper configuration is stored. In most cases the only change that will be required to clone SRCM units is Primary and Secondary Room labels that match the location of installation. 35 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Network Setup Network Setup The BACnet setup screen is enabled by pushing the position 1 switch (labeled MAC) to the ON (right) position. After configuration, the switch must be moved to the OFF (left) position. Figure 29: DIP Switch Location with Switch ON. The Network Setup screen gives you the option to configure the Network and other parameters which must be read from the network. Figure 30: Network Setup Screen. 1. BACnet configuration requires that you configure the following parameters: - Baud Rate – Press the Change button and select any one of the four standard Baud rates for RS485 communication: 9600, 19200, 38400 and 76800. Auto baud features are not supported. - MAC Address – Enter the Medium Access Control address specific to this device by touching this field. Valid values are 0 to 127. Since this unit is a BACnet master, address 128 through 254 are reserved for 254, and 255 is reserved for Broadcast. - Device Instance – The Device Instance number must be unique within a BACnet internetwork since it identifies each device. Instance numbers are defined as 22 bits long; in decimal instance, number ranges from 0 through 4194,3,03. 36 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Network Setup - APDU Timeout – Indicates the amount of time in milliseconds between retransmissions of the APDU requiring acknowledgement for which no acknowledgement has been received. The default value for this property is 3,000 ms; the maximum can be 65535. 2. Press Save & Exit to save settings or cancel to cancel setting changes. 3. Once this is complete disable the BACnet setup by moving the DIP switch position 1 to the OFF (left) position. Figure 31: DIP Switch Location with Switch OFF. 4. Press Save & Exit. 5. After the unit returns to the Main Menu screen, disconnect the power to the unit and reconnect to boot up with the proper MAC address and Device Instance. The power can also be cycled by removing Jumper JP1 and then reconnecting. Figure 32: Jumper Location. The unit can also be configured through the BACnet interface as well as through the touchscreen user interface. 37 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Event Log Event Log The SRCM can be enabled with an audit trail of changes made to the configurations/modes of the system by the Supervisor and Operator. When the Supervisor or Operator changes any configuration using the menu, the action is captured and stored in a string that includes the User Profile, Screen name where the parameter was changed, Parameter name, and Value to which it was changed. There are five such instances stored in non-volatile memory of the unit. Any power failure in the unit will lose the data and it will be the responsibility of the BMS system to log these strings after polling from the SRCM unit through BACnet. The SRCM unit will store these strings as different instances of the Character String Object. The value to which the parameter is changed is not logged for parameters such as User-Defined Condition Banner Text, Room Label, Message Text, and so on, which needs more memory. Other parameters whose variables are enumerated, real and integer, are logged until the value is changed. The string length of each instance of configuration change will be 50 Bytes in the data memory area of the controller. Figure 33: Event Log. 38 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Controlling Temperature Controlling Temperature The SRCM can be used for controlling the temperature of the Primary and Secondary Rooms. Each room that will be controlled must have the Temperature Parameter set up for each of the rooms with the source as BACnet. Enter the Object Instance and Device Instance so that the SRCM can map to the temperature Present Value. To verify the correct mapping, press Read to see the Present Value. Figure 34: Verify Mapping. 39 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 French Language Support on Default Screen and Data Entry Screen French Language Support on Default Screen and Data Entry Screen The Home screen can be set up to show French language (LANGUAGE) words using the Setup Display Menu. Figure 35: English/French Language Selection. The following screens show the difference between the English and French Home screens: Figure 36: English Default Screen. Figure 37: French Default Screen. 40 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 French Language Support on Default Screen and Data Entry Screen On the default screen, the following changes will be made for the French version: Table 6: English/French Translations. English French PRESSURE PRESSION OPERATION OPÉRATION NEGATIVE NÉGATIVE NEUTRAL NEUTRE STANDBY ATTENTE DOOR PORTE WARNING ALERTE ALARM ALARME TEMPERATURE TÉMPERATURE SILENCE, NORMAL, HUMIDITY, and RESET do not change When the language is selected as French in the Setup Display screen, French character entry in the data screen is enabled. Whenever you press N (same for all French characters like A, E, I, O, U, C) a child screen will pop up which will contain all corresponding French characters. In this case, the child screen will contain French characters corresponding to N. When you press any of these characters, that character will be taken as input, and the child screen will disappear. If you do not want to enter any character, the child screen will disappear when you press N in the Main screen. 41 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 3 Troubleshooting Troubleshooting Error/Trouble Condition Possible Cause Solution Display shows: Factory Calibration has been lost. Return to Factory for Calibration. Non-recoverable EEPROM checksum error of factory calibration data, ER01. Return unit to Factory for calibration. Display shows: Setup information has been lost. Loading Default Values. Please Wait... Recoverable EEPROM checksum error of unit setup configuration, ER02. Unit will auto recover by rebooting and then displaying message: Setup information has been lost, default configuration loaded. User should reconfigure. You should press OK/Cancel (User Acknowledgement) so that the device enters into default screen. You cannot enter into menus because of password protection. You have lost your password. Use default password: 351. SRCM does not come online. Two or more controllers have the same MAC address. Modify each duplicate address to a unique number. The MS/TP network has too many devices. Do not exceed the maximum number of devices and maximum length allowed by the EIA-485 specifications. Too many devices were installed without any repeaters. Repeaters must be installed as specified in this document. The MS/TP cable runs are broken. Locate the break and correct the wiring. MS/TP connections at the module were reversed. Respect polarity of the wires on an MS/TP network. The SRCM does not have power. Apply power to teh SRCM. 42 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Point Database Instances Point Number AI1 1 AI2 Object Name Units (SI Units) Object Description Value PRIM. PRESS. in H2O (PASCAL) Indicates the Primary Room Pressure 2 SEC. PRESS. in H2O (PASCAL) Indicates the Secondary Value Room Pressure AI3 3 PRIM. TEMP. DEG F (DEG C) Indicates the Primary Room Temperature AI4 4 SEC. TEMP. DEG F (DEG C) Indicates the Secondary Value Room Temperature AI5 5 PRIM. HUM. Rh Indicates the Primary Room Humidity AI6 6 SEC. HUM. Rh Indicates the Secondary Value Room Humidity AI7 7 PRIM. UD Indicates the Primary Room User Defined Parameter AI8 8 SEC. UD Indicates the Secondary Value Room User Defined Parameter AV1 9 ANALOG OUT mA Indicates Analog Output Value corresponding to Primary Room Pressure AV2 10 PPRES.LO.RNG in H2O (PASCAL) Primary Room Pressure Value Low range when Primary Room is configured to Read Pressure from External Transducer through ADC AV3 11 PPRES.POS.LO in H2O (PASCAL) Value Alarm low limit for Primary Room Pressure when Pressure mode Positive AV4 12 PPRES.POS.HI in H2O (PASCAL) Value Alarm High limit for Primary Room Pressure when Pressure mode Positive Value Value Value Value 43 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name Units (SI Units) AV5 Object Description Value 13 SPRES.LO.RNG in H2O (PASCAL) Secondary Room Pressure Low Range when Primary Room is configured to Read Pressure from External Transducer through ADC AV6 14 SPRES.POS.LO in H2O (PASCAL) Value Alarm low limit for Secondary Room Pressure when Pressure mode Positive AV7 15 SPRES.POS.HI in H2O (PASCAL) Alarm High limit for Secondary Room Pressure when Pressure mode Negative Value AV8 16 ALARM DELAY secs Alarm Delay for Pressure, Valve Alarms 0 to 9999 AV9 17 MUTE T. OUT secs Buzzer Volume Mute Time Out 0 to 9999 99999 = Mute Forever AV10 18 BUZZER VOL. AV11 19 DEAD BAND AV12 20 AV13 Value 0 to 40 Pressure Alarm Deadband 1 to 10% CONTRAST TFT Contrast Level 1 to 4 21 PRESS. RES Pressure Display Resolution 2 to 4 AV14 22 DISPLAY AVG Display Averaging Window Size 0 to 40 AV15 23 PTEMP.LO.RNG DEG F (DEG C) Primary Room Temperature Low Range when Temperature is configured to read through ADC Value AV16 24 PTEMP.HI.RNG DEG F (DEG C) Primary Room Temperature High Range when Temperature is configured to read through ADC Value PCT 44 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name AV27 25 PUD.LO.RNG Low Range for Primary Room User Defined Parameter when Humidity is configured to read through ADC Value AV28 26 PUD.HI.RNG High Range for Primary Room User Defined Parameter when Humidity is configured to read through ADC Value AV29 27 PHUM.LO.RNG Rh Primary Room Humidity Value Low Range when Humidity is configured to read through ADC AV30 28 PHUM.HI.RNG Rh Primary Room Humidity Value High Range when Humidity is configured to read through ADC AV31 29 PPRES.NEG.LO in H2O (PASCAL) Value Alarm low limit for Primary Room Pressure when Pressure mode Negative AV32 30 PPRES.NEG.HI in H2O (PASCAL) Value Alarm High limit for Primary Room Pressure when Pressure mode Negative AV33 31 PPRES.NEU.LO in H2O (PASCAL) Value Alarm low limit for Primary Room Pressure when Pressure mode Neutral AV34 32 PPRES.NEU.HI in H2O (PASCAL) Value Alarm High limit for Primary Room Pressure when Pressure mode Neutral AV35 33 WINDOW SIZE in H2O (PASCAL) Moving Average Window Size 1 to 40 AV36 34 SPRES.NEG.LO in H2O (PASCAL) Alarm low limit for Secondary Room Pressure when Pressure mode Negative Value AV37 35 SPRES.NEG.HI in H2O (PASCAL) Alarm low limit for Secondary Room Pressure when Pressure mode Negative Value Units (SI Units) Object Description Value 45 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name Units (SI Units) AV38 Object Description Value 36 SPRES.NEU.LO in H2O (PASCAL) Alarm low limit for Secondary Room Pressure when Pressure mode Neutral Value AV39 37 SPRES.NEU.HI in H2O (PASCAL) Alarm low limit for Secondary Room Pressure when Pressure mode Neutral Value AV40 38 STEMP.LO.RNG DEG F (DEG C) Secondary Room Temperature Low Range when Temperature is configured to read through ADC Value AV41 39 STEMP.HI.RNG DEG F (DEG C) Secondary Room Temperature High Range when Temperature is configured to read through ADC Value AV42 40 SHUM.LO.RNG rh Secondary Room Humidity Low Range when Humidity is configured to read through ADC Value AV43 41 SHUM.HI.RNG rh Secondary Room Humidity High Range when Humidity is configured to read through ADC Value AV44 42 SUD.LO.RNG Low Range for Secondary Room User Defined Parameter when Humidity is configured to read through ADC Value AV45 43 SUD.HI.RNG High Range for Secondary Room User Defined Parameter when Humidity is configured to read through ADC Value AV46 44 SENSOR FS in H2O (PASCAL) Full Scale Range of On Board Sensor Value AV49 45 ADC1.IN.LO.V V Indicates ADC Ch1 Input Low voltage Value AV50 46 ADC1.IN.HI.V V Indicates ADC Ch1 Input High voltage Value 46 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name AV51 47 ADC2.IN.LO.V V Indicates ADC Ch2 Input Low voltage Value AV52 48 ADC2.IN.HI.V V Indicates ADC Ch2 Input High voltage Value AV53 49 PPRES.HI.RNG in H2O (PASCAL) Primary Room Pressure Value High range when Primary Room is configured to Read Pressure from External Transducer through ADC AV54 50 SPRES.HI.RNG in H2O (PASCAL) Secondary Room Pressure High Range when Primary Room is configured to Read Pressure from External Transducer through ADC Value BI1 51 DI STATUS Digital Input Status 0 - Input Closed 1 - Input Open BV1 52 RELAY ON.OFF Relay Status 1 - Relay On 0- Relay Off BV2 53 PRIM.P.UNITS Primary Room Pressure 0 - "WC Engineering Unit 1 - Pa BV3 54 SEC.P.UNITS Secondary Room Pressure Engineering Unit 0- "WC 1 - Pa BV04 55 PRIM.T.UNITS Primary Room Temperature Engineering Unit 0 - Fahrenheit 1- Celsius BV6 56 LATCH ALARM Alarm Latch Status 1 - Enabled 0 - Disabled BV8 57 SUPERV PSW Supervisory Password Status 1 - Enabled 0 - Disabled BV9 58 OPERATOR PSW Operator Password Status 1 - Enabled 0 - Disabled BV10 59 SEC.T.UNITS Secondary Room Temperature Engineering Unit 0 - Fahrenheit 1 - Celsius BV11 60 USER TEXT User Define Text Status 1 - Enabled 0 - Disabled BV12 61 SLIDER Slider Status Units (SI Units) Object Description Value 1 - Slider On 0 - Slider Off 47 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name BV14 62 LANGUAGE Language support 1 - English 0 - French BV15 63 ALARM BLINK Blink Status Alarm Condition 1 - Enabled 0 - Disabled BV16 64 NORMAL BLINK Blink Status Normal Condition 1 - Enabled 0 - Disabled BV17 65 WARN. BLINK Blink Status Warning Condition 1 - Enabled 0 - Disabled BV18 66 RED BLINK Blink Status for Condition Banner Red 1 - Enabled 0 - Disabled BV19 67 GREEN BLINK 1 - Enabled Blink Status for Condition Banner Green 0 - Disabled BV20 68 YELLOW BLINK Blink Status for Condition Banner Yellow 1 - Enabled 0 - Disabled BV22 70 FULL CB Full Screen Condition Banner feature 1 - Enabled 0 - Disabled BV23 71 BLUE BLINK Blink Status for Condition Banner Blue 1 - Enabled 0 - Disabled BV26 69 AUD. ALARM Audible Alarm Status 1 - Enabled 0 - Disabled MSI1 - SYS. STATUS System Operation Status 1 - NORMAL 2 - DOOR 3 - WARNING 5 - ALARM MSV1 72 ANALOG TYP Primary Room Analog Output Type 1 - 4-20mA 2 - 0- 5V 3 - 0- 10V MSV2 73 PPRES MODE Primary Room Pressure 1 - Positive Mode 2 - Negative 3 – Neutral MSV3 74 COLOR MODE Condition Banner Color Mode 1 - Green 2 - Red 3 – Yellow 4 - Blue MSV5 75 PRESS.TOGGLE Room to be displayed on Home screen 1 - Primary Only 2 - Secondary Only 3 - Toggle between the two Units (SI Units) Object Description Value 48 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name MSV6 76 PRIM.PARAM1 Primary Parameter 1 MSV7 77 SEC.PARAM1 Secondary Parameter 1 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None MSV8 78 PRES.ALRM Pressure Alarm status 1 - Primary alarm active 2- Secondary alarm active 3 - Both active 4 - Both normal MSV9 79 SPRESS.SRC Secondary Room Pressure Input Source 1 - Analog Ch1 2- Analog Ch2 3 - None MSV10 80 PPRESS.SRC Primary Room Pressure 1 - Onboard Input Source Sensor 2 - Analog CH1 3 - Analog CH2 MSV11 81 MV_11 Digital Input Configuration 1 - Door 3 - Disabled 4 - Door != Alarm MSV13 82 SPRES MODE Secondary Room Pressure Mode 1 - Positive 2 - Negative 3 - Neutral MSV14 83 RED CB MODE Red Condition Banner Mode 1 -Active 2 - Standby 3 - No Action MSV15 84 GREENCBMODE Green Condition Banner 1 -Active Mode 2 - Standby 3 - No Action MSV16 85 YELLOWCBMODE Yellow Condition Banner Mode 1 - Active 2 - Standby 3 - No Action MSV17 86 PTEMP.SRC Primary Room Temperature Input Source 1 - ADC CH-1 2 - ADC CH-2 3 - BACnet 4 – None Units (SI Units) Object Description Value 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None 49 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name MSV18 87 PRIM.PARAM2 Primary Parameter 2 MSV19 88 PHUM.SRC Primary Room Humidity 1 - ADC CH-1 Input Source 2 - ADC CH-2 3 - BACnet 4 - None MSV20 89 PRIM.PARAM3 Primary Parameter 3 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None MSV21 90 PUD.SRC Primary Room User Defined Parameter Input Source 1 - ADC CH-1 2 - ADC CH-2 3 - BACnet 4 - None MSV22 91 PRIM.PARAM4 Primary Parameter 4 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None MSV23 92 STEMP.SRC Secondary Room Temperature Input Source 1 - ADC CH-1 2 - ADC CH-2 3 - BACnet 4 - None MSV24 93 SEC.PARAM2 Secondary Parameter 2 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None MSV25 94 SHUM.SRC Secondary Room Humidity Input Source MSV26 95 SEC.PARAM3 Secondary Parameter 3 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None MSV27 96 SUD.SRC Secondary Room User Defined Parameter Input Source Units (SI Units) Object Description Value 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None 1 - ADC CH-1 2 - ADC CH-2 3 - BACnet 4 – None 1 - ADC CH-1 2 - ADC CH-2 3 - BACnet 4 – None 50 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name MSV28 97 SEC.PARAM4 Secondary Parameter 4 1 - Pressure 2 - Temperature 3 - Humidity 4 - User defined 5 - None MSV29 98 OCC STATUS Room Occupancy Status 1 - Active 2 - Standby MSV31 99 BLUE CB MODE Blue Condition Banner Mode 1 -Active 2 - Standby 3 - No Action PCV1 PRIM LABEL Primary Room Label PCV2 SEC LABEL Secondary Room Label PCV3 PRIM UD NAME Primary Room User Defined Parameter Name PCV4 SEC UD NAME Secondary Room User Defined Parameter Name PCV5 PRIM UD UNIT Primary Room User Defined Parameter Engineering Unit PCV6 SEC UD UNIT Secondary Room User Defined Parameter Engineering Unit PCV7 AUDIT.T.STR1 Audit Trail String 1 PCV8 AUDIT.T.STR2 Audit Trail String 2 PCV9 AUDIT.T.STR3 Audit Trail String 3 PCV10 AUDIT.T.STR4 Audit Trail String 4 PCV11 AUDIT.T.STR5 Audit Trail String 5 PCV12 TECH ID Technical Support ID PCV13 MSG RED CB Statutory Message for Red Color Mode PCV14 MSG YLLOW CB Statutory Message for Yellow Color Mode PCV15 MSG GREEN CB Statutory Message for Green Color Mode PCV19 MSG BLUE CB Statutory Message for Blue Color Mode Units (SI Units) Object Description Value 51 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Point Database Instances Point Number Object Name Units (SI Units) Object Description PCV16 UD MSG RED User Defined Text for Red Color Mode PCV17 UD MSG GREEN User Defined Text for Yellow Color Mode PCV18 UD MSG YLLOW User Defined Text for Green Color Mode PCV20 UD MSG BLUE User Defined Text for Blue Color Mode Value Points without a point number are only available via BACnet Browser. SI Units can be selected for specific points. 52 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Notification Class 4 Notification Class Instances Object Name Description NC1 PPRES WARN Primary Room Pressure Warning NC2 SPRES ALRMNC Primary Room Pressure Alarm NC3 SPRES WARNNC Secondary Room Pressure Warning NC4 SPRES ALRMNC Secondary Room Pressure Alarm NC5 DIGITAL INPUT STATUS Digital Input Status 53 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 5 Event Enrollment Event Enrollment Instances Object Name Description EE1 PPRES WARNEE Primary Room Pressure Warning EE2 SPRES ALRMEE Primary Room Pressure Alarm EE3 SPRES WARNEE Secondary Room Pressure Warning EE4 SPRES ALRMEE Secondary Room Pressure Alarm EE5 DIGITAL INPUT STATUS Digital Input Status 54 Siemens Industry, Inc. 125-1900. Rev AA 2014-02-12 Issued by Siemens Industry, Inc. Building Technologies Division 1000 Deerfield Pkwy Buffalo Grove IL 60089 Tel. +1 847-215-1000 Document ID 125-1900. Rev AA Edition 2014-02-12 © 2014 Copyright Siemens Industry, Inc. Technical specifications and availability subject to change without notice. 125-1900 (AA) BACnet SRCM User Manual