1. BMS Basics. Table of Contents

Transcription

1 BMS Basics Table of Contents Page I-1 1. BMS Basics In this chapter you can find information to the Building utomation and Control, the modular design of the Neutrino BMS and the operating system QNX 6.3 used. The general operating procedures of the software modules (programs) are explained through examples. The programs of the BMS status bar and the "Extras" functional group with its functions and possibilities are described in detail. The following programs belong to the BMS status bar and the "Extras" functional group: - Time Management - Printer Monitor - Malfunction Message Display - Modem Monitor - Notebook - Remote Control as well as - Operator Settings Table of Contents 1.1 Introduction to the Building utomation and Control Introduction Neutrino BMS Control System QNX Overview of Software Modules Explanation to BMS Data Points Notes for the Operator Structure of a Program Window Operating the Mouse Operating the Keyboard Control Elements and Reference Window Scroll Bars and rrows of the Scroll Bars Buttons, Symbols and Fade-in Points Drop Down Windows Popup Windows

2 Page I-2 Table of Contents BMS Basics Selection, Option and Entry Fields Index Cards Selecting List Elements Reference Window Help Functions Online Help Immediate Help Context Sensitive Help Switching on or Switching off the Neutrino BMS Switching on the Neutrino BMS Screen View of the Neutrino BMS BMS Status Bar Operator Logon Drop Down Window Displaying the Functional Groups Changing or Displaying Program Displaying System Information Locking the Neutrino BMS Switching off the Neutrino BMS Changing a Operator or a Code Word Changing a Operator Changing a Code Word Time Management Brief Description Time Synchronization djusting Time Manually Printer Monitor Brief Description Outputting Screen Shot Printing a Screen Shot Cancelling a Print Job Saving Screenshot as PDF File

3 BMS Basics Table of Contents Page I Malfunction Message Display Brief Description Menu Bar Tool Bar Displaying Messages Updating Messages Displaying Malfunction in Plant Graphics Confirming Messages Outputting Messages Printing Messages Saving Messages as PDF File Sending Messages by Fax (Optional) Modem Monitor Brief Description Menu Bar Tool Bar Displaying Modems Connections Displaying Information for the Modems Initializing Modem Configuring Modem Connection Entering Telephone Number of the Neutrino BMS Parameterizing the Cyclical Verification Selecting Trend Curves as Filter Entries Selecting Malfunction Messages as Filter Entries Transferring Filter Tables to a DDC System Establishing a Modem Connection Establishing or Ending a Modem Connection Manually Locking or Releasing a Modem Connection Transferring Trend Curve Values of a DDC System Transferring Trend Curve Value Directly Transferring Trend Curve Value Cyclically Changing Settings of a Modem Connection Editing or Selecting Telephone Number of a DDC System

4 Page I-4 Table of Contents BMS Basics Editing Telephone Number of the Neutrino BMS Changing Filter Entries Transferring Telephone Number and Filter Entries Setting Up Callback (Optional) Displaying Telephone Numbers for Callback Setting Up a Telephone Number for Callback Changing a Telephone Number for Callback Displaying the Log File for a Modem Connection Changing the live Check for Modem Connections Information about the Modem Monitor Notebook Brief Description Menu Bar Tool Bar Creating a Notebook File Open a Notebook File Editing a Notebook File Searching and Replacing Term in a Notebook File Insert Text in a Notebook File Saving a Notebook File under nother Name Saving a Notebook File in an New Directory Setting Up a Notebook File Setting Up Header and Footer for a Notebook File Setting Up Margins for a Notebook File Outputting a Notebook File Printing a Notebook File Saving a Notebook File as PDF File Sending a Message from the Notebook Sending a Fax (Optional) Sending or Recalling s (Optional) Sending a City Page (Optional) Sending a Short Text Message (Optional) Voice Journal (optional)

5 BMS Basics Table of Contents Page I Deleting a Notebook File Information about the Notebook Ending the Notebook Program Remote Control Brief Description Displaying Neutrino BMS Setting Up, Changing or Deleting ccess Data Setting Up ccess Data Changing ccess Data Deleting ccess Data Establishing a Network Connection Operator Settings dding Programs to the Favorites Functional Group Setting Up the Screen Saver Saving Program Constellation Keyword Index

6 Page I-6 Table of Contents BMS Basics

7 BMS Basics Introduction to the Building utomation and Control Page Introduction to the Building utomation and Control Introduction The Building utomation and Control (BC) is the measurement, control, regulation and process control technology for all automatable building constructions, technical plant and equipment. In addition to the automation, operation and management equipment with software and services, the BC includes (BC functions) the necessary products (equipment and cables) of the units as well as the appendant networks for the transfer of information transfer. The room automation also belongs to the BC. The Information Unit assembly section with danger alarm (fire and intrusion), access control and centralized chronology system as well as the video monitoring and person location system do not belong to the BC, but can be integrated in the BC using a special interface. The Kieback&Peter Building utomation and Control (BC) consists of the products and the BC functions, which assume the control tasks with logic functions, regulation and monitoring, as well as optimization for the efficient, economical and safe operation in the Technical Building Equipment (TBE) assembly section. Products used in the Kieback&Peter BC include the DDC Central Unit as regulation system and control, bus module regulator as control and regulation, room controller as room automation, and the neutrino BMS as a management system. The BC is based exclusively on general network standards, which ensures simple and appropriate integration in existing network structures. Control Systems HRP, DDC3000 and LRP DDC Control Unit HRP DDC Control Unit DDC DDC Control Unit LRP Control Systems DDC4000 and BMR DDC Control Unit DDC 4100S1 Bus Module Controller BMR410-CWEB DDC Control Unit DDC4200 Fig. 1.1/1: Kieback&Peter s Control Systems

8 Page Introduction to the Building utomation and Control BMS Basics The neutrino BMS assumes the superordinate management tasks in the BC for the optimal plant management of the TBE. The regulation and control functions are realized in the DCC Control Unit. The data transfer in the BC can be carried out via the BCnet, P90 or LON (see section 1.1.2). Through the communication between the neutrino BMS with the DDC systems and the other modules on the process level, the operator is able to check and influence the TBE on the Neutrino BMS. The Neutrino BMS interacts with the DDC Control Units according to the principle of spatially distributed intelligence with front-end-processing. The control functions are carried out by the DDC Control Units. Even if communication between the DDC Control Units and the Neutrino BMS is interrupted, the standalone operating functions in the DDC Control Units ensure uninterrupted operations. The Neutrino BMS takes over within the context of the primary BMS management and optimization programs, among other things, the following tasks: complex plant automation central plant overview, ergonomic visualization, continuous transparency of the TBE remote control of the TBE malfunction statistics for recognizing faulty plant behavior recording trends plant analysis reduction of energy costs through E-Max primary optimization strategies reduction of maintenance costs through preventive and plant maintenance optimal use of in-house personnel results in reduced operational costs prevention of unauthorized interventions, security enhancement transmission of critical alarms to external locations Transmission of information to primary systems collection and interpretation of building specific data

9 BMS Basics Introduction to the Building utomation and Control Page Neutrino BMS The communication between the neutrino BMS and the DDC systems can be performed via BCnet, P90 or LON. Fig. 1.1/2: Network connection via P90, LON and BCnet BCnet BCnet is the world standard for normed data communication protocols for Building utomation and Control (BC) according to DIN EN ISO The standard series includes the system hardware and the normed function of Building utomation and Control. BCnet integrates all operations and systems into a high capacity total systems and thus guarantees increased flexibility and greater efficiency than conventional network systems. BCnet provides new potential for uniform regulating and monitoring in overlapping networks and guarantees access to Internet and Office applications. Thus new systems and products can be integrated into the BCnet network quickly and easily. The international standardization of the data communication protocols provides a solid basis for secure investments. The building automation and control thus becomes more efficient, the installation outlay easy, fast and cheaper because existing network structures can be used. LON With the LONWORKS technology, overlapping communication between different operations and systems in a single building can be realized. LONWORKS has established itself in the field of room automation because the synergy effects and benefits arising from its use are especially large as a result of the overlapping and intelligent co-operation of the various systems and operations. Thus for example, in a non-occupied room, the heating, ventilation and lighting can be shut down automatically and the blinds simultaneously let down, in order to use the sun-light for the heating of the room when needed. The use of heating energy and electricity is thus reduced considerably.

10 Page Introduction to the Building utomation and Control BMS Basics P90 P90 is the standard protocol from Kieback&Peter, which is used for communication with the DDC Control Unit. BCnet data structure The native BCnet data structure was adopted for the neutrino BMS so that the standard BCnet objects could be copied one to one. The projection output of the BCnet devices are minimized through the direct transfer of BCnet into the structures of the BC. ll BCnet devices from other manufactures can also be integrated without any problem. The neutrino BMS was conceived for overlapping network topologies and through consistent integration, further communications standards from BCnet can communicate universally with other systems. s a result of progressive interface transfer, the neutrino BMS can be operated via a network which exchanges the data and furthermore, exchanges information with every other computer. The data exchange with tabular calculations programs on Windows computers is realized on the Neutrino BMS and can be extended at any time, in order to integrate additional data base applications. Communication is carried out via the same network structures and transfer routes without the communication to the BCnet devices being restricted. Design The Neutrino BMS has a modular design. The modular design of the software and hardware allows the expansions of the Neutrino BMS depending on construction progress and the availability of investment capital. This consequent modularity ensures the expansion of the Neutrino BMS at any time. Optional software modules allow you to configure the Neutrino BMS according to your special needs (see section ). Fig. 1.1/3: Neutrino BMS

11 BMS Basics Introduction to the Building utomation and Control Page The Neutrino BMS's highly efficient operating system QNX 6.3 can in the shortest time display on the screen plant graphics, trend curves, quick querys as well as operating and malfunction messages. The TBE is managed mainly from out of the plant graphics that require no programming knowledge. Operating is menu-assisted and mostly carried out with the mouse on the graphical user interface (GUI). This easy operation allows the operator to quickly access all TBE information and functions Control System QNX 6.3 QNX 6.3 is the operating system for all Kieback&Peter's BMSs. It is a real-time capable, network oriented multitask/multi-user system with embedded BMS network software and GUI. Real-time Operating System The Photon Windows is a 32-bit real-time operating system with Posix-standard orientation. POSIX - Portables Operations System - interface for UNIX is developed in accordance with the IEEE (1992) standardized application level interface and provides an interface between application and operating system. The multi task/multi-user operation, the embedded BMS network software, and the highly efficient Photon GUI are the Neutrino BMS's efficient characteristics. Multi-user Operating Several operators can work simultaneously at several BMS operator terminals and/or Neutrino BMSs without hindering each other. Multi-Task Operating The Neutrino BMS processes several tasks at the same time. The multi-task operation enables the simultaneous processing of several software module tasks and software functions. The Neutrino BMS permanently monitors the connected DDC Control Units. t the same time, the user can change at the Neutrino BMS the parameters, e.g. set points, which are sent to the DDC Control Units. If during this, the Neutrino BMS receives a malfunction message, the message is immediately printed out on a selected BMS printer. Input, e.g., of set points for a BMS data point by an operator is not interrupted. The operator can without being disturbed operate the Neutrino BMS. Meanwhile, further software modules, e.g., the E-MX or MINTENNCE PROGRM continue working in the background. Integrated (or embedded) BMS Network Software The BMS network software embedded in the operating system QNX 6.3 enables several Neutrino BMSs and/or BMS terminals to be connected together. network work can be established via Ethernet - the de-facto standard in industrial networking TCP/IP (Transmission Control protocol/internet Protocol) The worldwide-standardized communication protocol TCP/IP for networks is imbedded directly in QNX 6.3. Consequently, the BMS can communicate directly with other computer systems and exchange BMS data.

12 Page Introduction to the Building utomation and Control BMS Basics Photon GUI (Graphical User Interface) The graphical user interface of QNX 6.3 is called Photon. Mouse use is Neutrino BMS standard. The real-time capable 32-bit operating system QNX 6.3 also performs without any problem compute intensive functions such as image in image display of trend curve sequences or video injections Overview of Software Modules Table 1.1/1 lists the software modules integral to the Neutrino BMS s basic software. Table 1.1/1: Software modules of the scope of delivery Designation Software modules for Function description Notebook EXTRS in chapter 1 Remote Control EXTRS in chapter 1 Modem monitor BMS STTUS BR in chapter 1 Operating Level OPERTION in chapter 2 Quick Query OPERTION in chapter 2 Operating and Malfunction Messages OPERTION in chapter 2 Trend Curves with Online Trend Window (OTW) OPERTION in chapter 2 Data Backup DMINISTRTION in chapter 5 Operating Protocols DMINISTRTION in chapter 5 Print Protocols DMINISTRTION in chapter 5 Event Protocols DMINISTRTION in chapter 5 Operator ccounts SETUP in chapter 4 Parameterizing SETUP in chapter 4 Send / Receive SETUP in chapter 4 Tables 1.2/2 to 1.2/9 list the optional software modules for expanding the Neutrino BMS's basic software with a brief description. These software modules are described in detail in the BMS Handbook, chapter 3 Software Expansions. Table 1.1/2: Optional software modules for the BMS status bar Designation Software modules Function description Radio Clock SM36 Software module for synchronizing the system time of the Neutrino BMS and all connected DDC systems by a radio clock.

13 BMS Basics Introduction to the Building utomation and Control Page Table 1.1/3: Optional Software Module for the extension of the network functions Designation Software modules Function description Distributed Network SM32 Software module for the set-up of an independent network with up to 99 Neutrino BMSs. Connect Operating Place Ethernet SM33E Software module for connecting up to 16 BMS operating places to the Neutrino BMS. Table 1.1/4: Optional software modules for the Operation function group Designation Software modules Function description Trend Curves, including OTW larm Screens SM15 15/5 SM16, SM16/2, SM16/4, SM16/5, 16/10 SM20 SM20T Expansion of the TREND CURVE software module for the additional recording of 100 up to trend curves. (Recording up to 10 trend curves is standard). Software module for displaying an alarm screen on arrival of an incoming malfunction message. Expansion of the OPERTING ND MLFUNCTION MESSGES software module. Trend Curve rchiving SM38 Software module for archiving and administration of recorded trend curves. Expansion of the TREND CURVES software module. Plant Graphic Recording Room utomation (Room Operation) SM79 SM80 Software module for recording measured values and statuses of the fade-in point in the plant graphics within a defined distance. Expansion of the OPERTING ND MLFUNCTION MESSGES software module. Software module for the control of heating, ventilation, light etc. in order to regulate the room temperature according to the usage of a room. Table 1.1/5: Optional software modules for the dministration function group Designation Software modules Function description SCII Exchange File SM10 Software module for converting BMS data into an SCII exchange file or for transmitting operating protocol via the Ethernet to an Windows computer. City Paging SM24 Software module for the transfer of messages to the city paging recipients or the forwarding of malfunction messages to the standby service personnel. Expansion of the NOTEBOOK and MLFUNCTION MESSGE SWITCHING software modules. Fax SM27 Software module for the transfer of messages to the fax recipients or the forwarding of malfunction messages to the standby service personnel. Expansion of the OPERTING ND MLFUNCTION MESSGES, NOTEBOOK and MLFUNCTION MESSGE SWITCHING software modules. SMS Message Malfunction Message Statistics SM44 SM44T SM49 Software module for the transfer of messages to the SMS recipients or the forwarding of malfunction messages to the standby service personnel in GSM cellular radio system. Expansion of the NOTEBOOK and MLFUNCTION MESSGE SWITCHING software modules. Software module for the retrospective recording of malfunction messages, in order to evaluate and archive them. Expansion of the OPERTING ND MLFUNCTION MESSGES software module.

14 Page Introduction to the Building utomation and Control BMS Basics Voice SM66 Software module for forwarding malfunction messages as voice messages to the standby service personnel. Expansion of the MLFUNCTION MESSGE SWITCHING software module. utomatic Data Backup SM68 Software module for performing a fully automatic data backup. Data can be stored on ZIP, CDDVD-RM, USB Stick, hard disk or net drive assembly. Expansion of the DT BCKUP software module. SM72 Software Module for the transfer of messages to the recipients or the forwarding of malfunction messages to the standby service personnel. Expansion of the NOTEBOOK and MLFUNCTION MESSGE SWITCHING software modules. Logbook SM75 Software module for the recording of alterations of the set value and the utilization time of a BMS data point with the date and time. Expansion of the EVENT PROTOCOL software module. Planning Comparison Cyclic Plant Value rchiving SNMP (SimpleNetwork ManagementProtocol) SM76 SM78 SM82 Software module for the comparison of multiple projections of TBE'S on the Neutrino BMS, in order to optimize and adapt them to each other Software Module for the cyclical archiving of the trend curves. The data can be archived on a CD or network drive. Expansion of the DT BCKUP software module. Software module for the transfer of malfunction messages to the standby service personnel in a network used by the TCP/ IP and the SNMP protocol. Expansion of the MLFUNCTION MESSGE SWITCHING software module. Table 1.1/6: Optional software modules for the Programs function group Designation Software modules Function description E-MX SM04 SM04/D Software Module to deactivate selected consumers in order to avoid load peaks. E-MX is displayed in the BMS status bar Links SM05 Software module for the set-up of logic and mathematic links in order to calculate plant values and to generate virtual information. Maintenance Program SM08 Software module for foreseeable maintenance of the TBE and plant components with the output of a maintenance points Time Switch Program SM21 Software module for the set-up of time programs functioning independently from each other. Each time program activates a separate BMS data point that triggers switching processes. In addition, using the BMS week program of the TIME SWITCH PROGRM, the utilization time of the DDC week program can be altered. Planning ttendance Time Metered Measurand Processing SM22 SM22/S Extension for the TIME SWITCH PROGRM, in order to adapt the utilization time in the time switch program quickly and easily. Software module for recording the operating hours and meter readings of the DDC systems in defined time intervals. Timetable Program SM71 Software module for the regulation of the room temperature in the rooms e.g. a school, in order to optimize the utilization times if the energy consumption. These utilization times can be taken over from WinSchool in the TIMETBLE PROGRM

15 BMS Basics Introduction to the Building utomation and Control Page Table 1.1/7: Optional software modules for the Setup function group Designation Software modules Function description Message Suppression SM06 Software module for suppressing messages that are triggered as a result of other messages (message showers). Transfer and output of a prior-ranking message (master/slave messages). Expansion of the OPERTING ND MLFUNCTION MESSGES software module. Message File Monitoring SM35 Software module for signalling malfunction messages of potential-free contacts. Expansion of the OPERTING ND MLFUNCTION MESSGES software module. Code Word Locking SM41 Software module for automatically locking the Neutrino BMS in case no actions occur within a specific period of time. Expansion of the OPERTOR CCOUNTS software module. Fidelio Hotel Reservation System Structured Parameterizing Malfunction Message Switching SM42 SM47 SM48 Software module for connecting the Neutrino BMS via a serial RS232 interface to the Fidelio hotel booking system computer. The hotel rooms are regulated occupation-dependent via the field bus regulator or the single room regulator and or the DDC Control Unit DDC Software module for the quick and efficient parameterization of DDC parameters and /or BCnet objects of the connected DDC systems and / or BCnet devices. Software module for the switching of output devices in order to emit the operating and malfunction messages according the settings of a defined output device. The switching can be carried out either through the BMS data point, or as a function of time. Expansion of the OPERTING ND MLFUNCTION MESSGES software module. Multi-operator Code SM50 Software module for locking the Neutrino BMS's operation with code words. Expansion of the OPERTOR CCOUNTS software module. Multi-project SM56 Software module for designing and projection of several TBEs with its DDC systems. Expansion of the PRMETERIZING and STRUCTURED PRMETERIZING software modules. Fade-in Point ccess on Operating Level SM67 Software module for disabling fade-in points in plant graphics on the operating level. Expansion of the OPERTOR CCOUNTS software module. Video Window SM73 Software module for generating single images or image sequences with a network camera. Expansion of the SETUP OPERTING LEVEL software module. Comfort Operating Level SM74 Software module for the easy operation and monitoring of the TBE in public areas. Forecast SM77 Software module for communication with a meteorological station in order to control heating and ventilation units according to the forecast in the TBE. Setup Plant Graphic SM90 Software module for creating and editing plant graphics. Room utomation (Plant Structuring) SM80 Software module for the parameterization of room in the TBE in order to produce a room operation with regulation of the ventilation, heating, lighting etc..

16 Page Introduction to the Building utomation and Control BMS Basics Table 1.1/8: Optional software modules for the Tools function group Designation Software modules Function description Configuration Module SM83 Software module for access to the BMS configuration in order to change the requirements of the settings of the BMS configuration. Table 1.1/9: Optional software modules for expanding the function of the Neutrino BMS Designation Software modules Function description BMS Operation via Ethernet BMS Operation via Modem dditional Operating Window SM61 SM63 SM64/10 SM64/50 Software module for the operation of the Neutrino BMS via Ethernet by means of the TCP/IP. Software module for the operation of the Neutrino BMS via a modem by means of a PPP connection. Software module for expanding the software module PHWIN. Thus, increasing the amount of operation windows of PHWIN each by a further operation window. PHWEB SM70 Software module for the remote control of the neutrino BMS via a browser. Client BMS SM99 Software module for se-tup of multiple clients with their corresponding project planning on the neutrino BMS. BCnet Client SM100 Software module for communication of the Neutrino BMS with other devices and the DDC systems of the TBE in the BCnet network. BCnet Server SM101 Software module for communication of the Neutrino BMS with other devices and the DDC system of the TBE in the BCnet network. LON (Local Operating Network) PHWIN PHWIN 10 batch Licence PHWIN CD Update OPC-DEMO OPC250 OPC500 OPC1000 OPC10000 Energy Management Energy Management Demo Extension points Bar Code Scanner Energy Management mobile Energy Management mobile incl. Pocket PC SM102 SM200 SM200/1 SM200-CD SM201-DEMO SM201/1 SM201/2 SM201/3 SM201/4 SM202 SM202-DEMO SM202- OPC500UP SM202B SM203 SM203P Software module for overlapping communication of the neutrino BMS with other systems and with the DDC systems in the LON network in order e.g. to be able to carry out a room automation for the rooms of the TBE. Software module for the remote control of the Neutrino BMS through an Windows computer in the network or via a modem dialling connection. This software module is installed on a Windows computer. Software module for communication between a Windows computer and the neutrino BMS on the basis of OPC compatible applications. This software module is installed on a Windows computer. Software module for the evaluation of the BMS data under utilization of an OPC server, which makes the data available for a Windows computer. This software module is installed on a Windows computer. Software module for the entry of consumption and measurement data in order to record metered measurand whilst using a pocket PC. Expansion of the ENERGY MNGEMENT software module. This software module is installed on a Windows computer.

17 BMS Basics Introduction to the Building utomation and Control Page PHWIN Callback SM204 Software module for the expansion of the software module monitor. s a result, a callback function is established from the neutrino BMS to a Windows computer. This software module is installed on a Windows computer. ODBC Interface SM205 Software module for data exchange between the neutrino BMS and an Windows computer via the ODBC interface. The exchange is effected directly over Structured Language Queries with the BMS database under utilization of the TCP/ IP. This software module is installed on a Windows computer. Room Remote Control SM207/1 SM207/2 SM207/3 Software module for remote control of a room regulator via a Windows computer (from 10 to up to 1000 individual room regulators). This software module is installed on a Windows computer. Note: From this point on, throughout the entire description of this chapter, the software modules are termed program for a better understanding.

18 Page Introduction to the Building utomation and Control BMS Basics Explanation to BMS Data Points DDC parameters from the TBE are called BMS data points, which have been projected in the plant graphics as visual fade-in points. The projection of the BMS data points is carried out in the PRMETERIZING and STRUCTURED PRMETERIZING programs. In projection, a technical address and the BMS plain text are allocated to every BMS data point so that every BMS data point is clearly identifiable. The technical address contains the actual address and the type of BMS data point. The projected name of the BMS data point is displayed through the BMS plain text. The following BMS data points can be projected: actual value set value switch functions time switch programs Operating, malfunction or system error messages as well as an Online Trend Window for the trend curve recording can be appended to each BMS data point during projection. Even these messages and Online Trend Window are displayed through a BMS plain text with name and additional information.

19 BMS Basics Notes for the Operator Page Notes for the Operator You do not need to remember any complicated key button combinations for the operation of the programs on the Neutrino BMS. The operation of the operator level is carried out with only a few key button or mouse functions. You can carry out the functions in the programs quickly and easily using the control elements. The program's graphical user interface is designed in window technique. ll windows have basically the same appearance; the same control elements are always arranged in the same position in the windows Structure of a Program Window The windows of the individual programs in general comprise the title bar, the menu bar, and the tool bar, as well as the display area. The design is described in the window for the QUICK QUERY program. ctive windows are displayed with a green title bar. Non-active windows, which are in the background, have a gray title bar. Window title Menu bar Title bar Task bar Display area Scroll bar Maximize or minimize the window Fig. 1.2/1: Window for the QUICK QUERY program Symbol Meaning By clicking on this symbol with the question mark attached to the mouse arrow, it is possible to access the context sensitive help (see section ) By clicking on this symbol, the window will be filed in the GLT status bar without closing the program (see section ). By clicking on this symbol, the window will be displayed in full screen view, and repeated clicking of this symbol produces its display in normal view. Clicking on this symbol closes the window and ends the program.

20 Page Notes for the Operator BMS Basics Operating the Mouse The mouse has gained acceptance in using programs with a graphical user interface. The strengths of mouse operation are proven especially during the graphical user interface (GUI), as every position on the screen can be reached quickly. nother advantage of using the mouse is that the movements of the mouse carried out by hand can be followed on the screen. The left mouse button mainly is used to control the Neutrino BMS. Pressing the left mouse button invokes programs and individual functions, e.g., Save. Popup windows, which are invoked with the right mouse button, are provided for the projected fade-in points in the plant graphics, for messages of the QUICK QUERY, for OPERTING ND MLFUNCTION MESSGES, as well as for the TREND CURVE representation. Using the scroll wheel allows you to move in the program's windows back and forth between the list elements or entries. The mouse can be moved on the mouse pad in any direction. The mouse movements are transferred to a ball on the bottom of the mouse. The mouse is connected to the Neutrino BMS by cable. lways use the mouse on a mouse pad. Regular care and maintenance of the mouse and mouse pad extends the mouse's service life and prevents malfunction. The mouse pointer is active. (Inverse representation) The mouse pointer is not active. Pressing the left mouse button has no effect or the mouse pointer is outside the currently active window. The mouse pointer is not active. triggered function is currently in progress. Corner to drag You can maximize or minimize the window by clicking on the lowest most corner with the mouse pointer, and thus correspondingly display your requirements.

21 BMS Basics Notes for the Operator Page Button To execute a function, select the button, the menu item, or the function field with the mouse pointer and press the left mouse button. Menu item Function field Note: Throughout the BMS Manual, this is generally called clicking Operating the Keyboard In addition to the mouse, the keyboard can be used to control the Neutrino BMS. The keyboard provides following options: With Image Keys Image Image In an opened window with index cards, you can move from one index card to another one by simultaneously pressing the Ctrl key and the Image keys. With the rrow Keys, the TB and Shift Key rrow Keys TB key Shift key These rrow keys and the Tab key allow you to move back and forth between the buttons or function fields in horizontal or vertical direction in the opened window. If you want move in the opposite direction, press the Shift key and the Tab Key at the same time. These rrow keys allow you to move up and down in the plant tree of the OPERTING LEVEL. These rrow keys allow you to open and close the plant tree and the sub files in the OPERTING LEVEL. Note: Kieback&Peter recommends using the mouse on the OPERTING LEVEL.

22 Page Notes for the Operator BMS Basics With the ENTER key ENTER key You can operate a selected function by pressing the Enter key. With the Ctrl, C and V keys Ctrl + C Ctrl + V If you wish to copy the text in the clipboard, press the Ctrl key and C key simultaneously. If you wish to paste text from the clipboard, press the Ctrl key and V key simultaneously. With keys for the direct jump (Hot Key) Button For a direct jump in an opened window, press the lt key and the appropriate letter key for the underlined letter on the button simultaneously, e.g., <Y>, or on the menu item, e.g., <V>. Menu item With the lt key and function keys F1 - F10 lt + F1 To invoke the context sensitive Help, press the lt key and F1 function key simultaneously. lt + F4 You can end a program which you have accessed by pressing the lt key and the F4 function key. Where a supplementary window is opened in the program, this key button combination serves only to close the window. lt + F7 If you wish to alter the position of an open window on the screen, you need to press first the lt key together with the F7 function key. You can alter the position of the window using the arrow key. Press the ENTER key, to confirm the new position. If you press the Esc key the new position will not be accepted. lt + F8 Is you wish to minimize or maximize an open window, you must first press the lt key together with the F8 function key. You can alter the position of the window using the arrow key. Press the ENTER key, to confirm the maximization or minimization. When pressing the Esc key, the new position will not be accepted.

23 BMS Basics Notes for the Operator Page lt + F10 You can display an open window in the full screen view and exploit the entire area of the screen by pressing the lt key and the F 10 function key simultaneously. If you want to close the full screen view, press the lt key together with the F10 function key. lt + If you wish to switch between the programs, press the lt key and TB key ( ) simultaneously. It opens a display window in which the open programs are displayed. Select the corresponding program by pressing and holding the lt key and pressing the TB key. Release the lt key to display the selected program. lt + Ctrl + F2 If you want to logon as an operator, press the lt key and F2 function key simultaneously. The Logon window is then opened in which you need to enter your operator name as well as the corresponding code word (see section ). lt + Ctrl + F3 If you wish to select a program in the drop down window with the functional group press the lt key, Ctrl key and F3 function key simultaneously. The drop down window with the functional group will be opened. Select the desired program in the corresponding functional group, as described in section

24 Page Notes for the Operator BMS Basics Control Elements and Reference Window This section describes the functions of all recurring control elements. The following control elements are provided in the windows: Scroll bars Scroll bar arrows Buttons Symbols Function field Menu items Drop down windows Popup windows Selection fields Option fields Entry fields Index cards Scroll Bars and rrows of the Scroll Bars If the display area is larger than the window, the display area can be moved with the scroll bars or with its arrows in the window. Click on the scroll bar and hold the mouse button. Drag the scroll bar to the desired position in the display area. Shift the display area using the scroll bar arrows. Click and hold the arrow (up or down) until reaching the desired position. The size of the scroll bar shows the visible part of the display area. Small scroll bars have a larger display area. The maximum size of the scroll bar means that the display area fits exactly into the window.

25 BMS Basics Notes for the Operator Page Buttons, Symbols and Fade-in Points You can carry out either direct or indirect functions using the buttons, symbols and fade-in points. Direct functions are executed straight away where as indirect functions must be carried out in a further window. Carrying Out Functions Directly Clicking on fade-in points on the tool bar of the OPERTING LEVEL execute the function directly without exiting the active window. These fade-in points with a dark background mean that the function is active. Fade-in point with light gray background: The function is not active, e.g., no actual values are faded in a plant graphic of the OPERTING LEVEL. Fade-in point is active (dark gray background): The function is active, e.g., the actual values are faded in a plant graphic of the OPERTING LEVEL. Some symbols in the tool bar are displayed with a dark background when the function is active; the same as described for the fade-in points. Carrying Functions Indirectly Clicking a button, a symbol, or a fade-in point normally causes a direct jump into another window: Function field With the e.g. Week program fade-in point a window of a time program in which you can carry out alterations. Button Using the e.g. [Send] button a window is opened in which you can e.g. send the alterations of a time program to the DDC system. Symbol This symbol opens the window for the printer selection in which you can select a printer.

26 Page Notes for the Operator BMS Basics Drop Down Windows There are three types of drop down windows available: Drop down windows contain functions that are allocated to each menu item in the menu bar. Click on a menu item to open the related drop down window. Select a function by clicking on the drop down window The function selected is displayed either indented with changed color or with symbol. The functions are highlighted blue while moving the mouse pointer over them. Non-active functions are displayed light gray. The drop down window with the functional group contains the installed program. Click on the symbol in the BMS status bar to open the drop down window containing the functional groups. Clicking on the individual functional groups displays the related programs that are installed on your Neutrino BMS. The name of the active program, e.g., OPERTING LEVEL is displayed light gray in the drop down window. The associated functions are listed in the drop down window of a selection field, which can be selected by clicking onto to them.

27 BMS Basics Notes for the Operator Page Popup Windows Popup windows contains corresponding context menus to the selected fade-in points or BMS data points. Click with the right mouse button over a fade-in point in the plant image or a BMS data point in the QUICK QUERY, OPERTING ND MLFUNCTION MESSGES, or TREND CURVE programs to open the related popup window. Select a function by clicking on the context menu of the popup window. Clicking on the function automatically changes to the related program or executes the function. Non-active functions are displayed light gray Selection, Option and Entry Fields The windows, the selection, option, and entry fields are subdivided into group fields. The group fields are in a group frame and have a group name. The Print Message File window describes the structure of these windows. Group frame Selection field Group name Input Field Group area Option fields Fig. 1.2/2: Print Message File window

28 Page Notes for the Operator BMS Basics Selection Fields There are two types of selection fields available: Selection field with drop down window Click on the arrow in a selection field in order to select the corresponding function from the drop down window. The selected function is highlighted green and is displayed in the selection field. In some selection fields, you can change the displayed values using the arrows. Selection field for settings In this selection field you can alter the value displayed with an arrow key. Option Fields Only one selection is possible in the round option fields of one group. multiple selection is possible in angular option fields. Click to make selection. The activated round option field is marked with a dot. The activated angular option field is marked with a cross. Entry Fields Entries in the entry fields must be entered via the keyboard. First click on the entry field and then insert entries (flashing cursor is visible in the field) Index Cards With the index cards, you can select functions that are allocated to that index card. Click on the desired index card to display the associated function in the active index card. The non-activated index card is displayed with dark background.

29 BMS Basics Notes for the Operator Page Selecting List Elements In windows containing list entries, you can select the desired list entries by clicking. The selection is marked green and some list entries have a marked option field. The selection is displayed using the Data Point Selection window. Input field List entries List entries Option field Option field Fig. 1.2/3: Data Point Selection window

30 Page Notes for the Operator BMS Basics Reference Window Reference windows are so-called safety queries or information windows. Information windows give the operator information on how to carry out actions. Safety Query If you want to send, e.g., a time program to a DDC system, a safety query appears in which you must confirm the sending of the time program. Safety queries are marked with the symbol. You can choose between [OK] or [Yes], [No] or [Cancel] in theses windows. The [Ok] button or the [Yes] button saves your changes. The [Yes] button sends the time program. The [No] or the [Cancel] button will not send the time program and you return to the initial starting position. Fig. 1.2/4: Safety query, e.g., for editing time program Information Window Information windows show you that, e.g., your code word does not have the required access rights to select a specific function. These windows are marked with the symbol or the symbol and must be confirmed with the [OK] button. Fig. 1.2/5: Information window with confirmation Information windows can also contain information that only shows a status, e.g., the connection will be established to a DDC system via a modem installation. This window closes automatically after the action is carried out. Fig. 1.2/6: Information window without confirmation

31 BMS Basics Notes for the Operator Page Help Functions The help function comprises three areas: the online help, immediate help, and context sensitive help Online Help In the menu bar under the Help menu item select the Contents... function, to open the online help. Fig. 1.2/7: BMS Online Help Window In the title bar, the online help, the title Neutrino BMS - help display will be displayed. With the symbol the window will be displayed in normal view. The symbol closes the window for the online help. The online help contains the relevant information to the various topics. Click on the table of contents in the left area, or on the button in the lower-most area of the online help in order to change between the topics or between the individual chapters.

32 Page Notes for the Operator BMS Basics Immediate Help If you move the mouse pointer over a button, a function field, or a symbol the immediate help displays a yellow popup field showing the function or the name of this control element. Note: You must remain with the mouse pointer at least two seconds over the control element to receive the immediate help. Immediate Help Fig. 1.2/8: Immediate Help Context Sensitive Help t the context sensitive help, the relevant window with information to the current program window is opened. Click on the symbol in the title bar of the current program window, so that the question mark for the context sensitive help is attached to the mouse arrow. With this question mark you must click on the display area of the program window to open the relevant window in the context sensitive help. You can also call up the context sensitive help to the current program window by proceeding to the menu bar and under the Help menu item selecting the Help to ctive Window function.

33 BMS Basics Switching on or Switching off the Neutrino BMS Page Switching on or Switching off the Neutrino BMS You need a Dongle (hardware program protection) to operate the TBE via the Neutrino BMS. The Dongle contains important information on the software modules installed on the Neutrino BMS. The Dongle is pinned to the Neutrino BMS's USB interface. Note: It is not possible without the Dongle to operate the TBE via the Neutrino BMS! Switching on the Neutrino BMS Switch-on the Neutrino BMS using the power switch on the computer. Note: The design of the Neutrino BMS is described in its own hardware manual! fter switching on, the Neutrino BMS boots the operating system and uploads the installed software modules - the so-called start process. In the start process, the operating system, software modules, connected peripheral equipment such as keyboard, printer, Dongle, monitor, mouse, etc, and the connection set-up to the connected DDC systems of the TOC is checked. Checking may take a few minutes depending on the number of connected DCC systems and installed programs. The start process is signalled with the symbol in the start window. Fig. 1.3/1: Start window Note: If the Neutrino BMS fails to start or if the egg timer in the start window freezes, please consult your provider.

34 Page Switching on or Switching off the Neutrino BMS BMS Basics Screen View of the Neutrino BMS If the operating system with the programs is uploaded and the verification is completed successfully, the screen view of the Neutrino BMS with the BMS status bar will open. Fig. 1.3/2: Screen view of the Neutrino BMS BMS Status Bar The BMS status bar is always visible and contains important main control functions. Regardless of which program the operator is in, the operator can access information on the Neutrino BMS's operating state and the connected TBE. Depending on the Neutrino BMS's configuration, varying symbols are displayed. The printer and modem monitor symbols on the BMS tool bar signalize an error that has occurred in the Neutrino BMS's start process and in connection set-up to the peripheral equipment or to the DDC systems. In the case of an error, this symbol flashes red.

35 BMS Basics Switching on or Switching off the Neutrino BMS Page Depending upon the configuration of the neutrino BMS, the installed programmes are displayed in the BMS status bar with the following symbols: Drop down window for the functional groups (see section ) utomatic Data Backup is active (see chapter 5, section 5.1) Display the Date and Time (see section 1.5.3) Time Management (see section 1.5) Enter or change the code word (see section or 1.4) Malfunction symbol (see section 1.7) Printer Monitor (see section 1.6) Modem Monitor (see section 1.8) E-MX (see chapter 6, section 6.4) Forecast (see chapter 4, section 4.7) Display and change programs (see section ) System Monitor (see section ) Operator Logon Should you wish to intervene in the TBE via the Neutrino BMS, or undertake entries or alterations, you must log-on with your operator name as well as the corresponding code word. fter the first start, the Neutrino BMS is in query mode and the Query operator is automatically active automatically active if he has been set-up as operator in the security guidelines of the OPERTOR CCOUNTS program of the Setup functional group (see chapter 4, section 4.3). The symbol is displayed in the BMS status bar. The as supplied condition from Kieback&Peter does not permit the operator to intervene in the TBE.

36 Page Switching on or Switching off the Neutrino BMS BMS Basics Where the operator Query is set-up, you need to click on the Logon window. symbol in order to open the Note: If the operator Query was not set-up, instead of the symbol the symbol will be displayed in the BMS status bar, and the Logon window opens automatically. In this Logon window, in the Operator entry field, the Query operator name or a question mark is displayed. Fig. 1.3/3: Logon Window Mark the entry in the Operator entry field and enter your operator name using the keyboard. Press the TB key on the keyboard or click on the Code word entry field to enter your code word. The entered code word is not displayed, instead * appears for each letter. Note: Pay attention to upper and lower case when entering the code word. Fig. 1.3/4: Logon window with entry The [Cancel] button closes the window without saving the entry. To confirm your entry, click the [OK] button. n incorrect entry causes the following note to appear, which you must confirm by clicking the [OK] button.

37 BMS Basics Switching on or Switching off the Neutrino BMS Page Fig. 1.3/5: Information window in case of incorrect entry fter correct entry the operator name is displayed in the BMS status bar. Depending on the access rights of your code word, the functional groups with the programmes are displayed in the drop down window. If you have selected a function in a program for which you does not possess the required access rights, an information window will open. This information window informs you that you cannot carry out this function. Confirm this information window with the [OK] button. Fig. 1.3/6: Information window in case of unauthorized actions

38 Page Switching on or Switching off the Neutrino BMS BMS Basics Drop Down Window Displaying the Functional Groups The programs installed from the neutrino BMS are allocated to the functional groups according to their functionality. Click on the symbol on the BMS bar to open the drop down window with the functional groups. Fig. 1.3/7: Drop down window displaying the functional groups Should you wish to display the allocated programs of a functional group, open the functional group by clicking on the corresponding name. n opened functional group is displayed with an - in front of the name. + before the name means that the functional group has not yet been opened. The functional group can be re-closed through repeated clicking and the - returns to a +. Note: The Favorites functional group takes up a special position amongst the functional groups. This functional group can be allocated to programs independently of its functionality. In the OPERTOR SETTINGS program, you can assign the Favorites functional group to programs in order to receive quick access to regularly required programs (see section 1.12). If you have not allocated this functional group to a program, by clicking on the functional group, a -, will be displayed in front of the name without this being opened.

39 BMS Basics Switching on or Switching off the Neutrino BMS Page Fig. 1.3/8: Functional Groups with allocated programs You can open the individual programs in this functional group by clicking on them with their menus. The program opened will be saved as a e.g. button and displayed in the status bar. Note: Depending on the operator's access rights, different functional groups are displayed in this drop down window. Depending on the Neutrino BMS's configuration, different programs can be displayed in the functiona groups. If the neutrino BMS is in query mode, only the Favorites and Operation functional groups will be displayed in the drop down window. The Favorites functional group cannot be opened in this mode and in the Operation functional group only the OPERTING LEVEL program will be displayed. s a result, the current state of the plant of the TBE connected will be displayed. If you wish to intervene in the state of the plant, you will need to log-on with your operator name and code word, as described in section

40 Page Switching on or Switching off the Neutrino BMS BMS Basics Changing or Displaying Program Opened programs will be displayed in the BMS status bar as a e.g. button. You can change to the respective program and display this in the foreground by clicking on the corresponding button. The button of this program will be highlighted in the BMS status bar. If you have deposited a program with the symbol in the GMS status bar, you can re-display it by clicking on the associated button in the BMS status bar. Fig. 1.3/9: BMS status bar with open or deposited programs Displaying System Information If you want to access information on the Neutrino BMS, click on the symbol in the status bar. The System monitor window opens and displays the processor performance, the memory utilization, the network operation as well as the hard disk activity. In addition, the number of the BMS data points (parameter) will be displayed, from which the current values e.g. the actual value and the trend curve value on the neutrino BMS will be displayed corresponding ODBC tables. s a result, Windows computers can access the ODBC tables via the optional ODBC INTERFCE program in order to take these up and operate them using table calculations programs. This window will be closed again with the symbol in the title bar. Fig. 1.3/10: System Monitor window

41 BMS Basics Switching on or Switching off the Neutrino BMS Page Locking the Neutrino BMS Manual Locking If you want to manually lock the Neutrino BMS, click the on, e.g., bar. The Logon window opens containing the current operator's name. symbol in the BMS status Fig. 1.3/11: Logon window Click on the [Lock] button in this window in order to lock the Neutrino BMS. The symbol is displayed in the BMS status bar if the Query operator has been set-up in the security guidelines of the OPERTOR CCOUNTS program of the Setup functional group. The Neutrino BMS is in the query mode. In this mode you can call up the OPERTING LEVEL program, but you cannot carry out settings. If the Query operator was not set-up, the symbol will be displayed in the BMS status bar instead of the symbol, and the Logon window stays open. The Neutrino BMS is not in the query mode and as a result you cannot call up the OPERTING LEVEL program. utomatic Locking If the code word locking for the operator was activated in the Setup functional group in the security guidelines of the OPERTOR CCOUNT program, the neutrino BMS will be locked automatically after a pre-set waiting time. The or symbol will be displayed in the BMS status bar. So that after manual or automatic locking you can intervene in the TBE via the Neutrino BMS or insert entries or changes, you must log-on as an operator with your operator name and a code word (see section ).

42 Page Switching on or Switching off the Neutrino BMS BMS Basics Selecting the Screen Saver If a screen saver is displayed during the manual or automatic locking of the Neutrino BMS, click on the symbol in the BMS display bar to open the drop down window with the functional group. Open the Extras functional group and select the OPERTOR SETTINGS program by clicking on to it. Note: The screen saver only will displayed, if the operator Query was set-up. In the Operator Settings window you can select a screen saver using the Screen Saver selection field. Click on the arrow of this selection field and select the desired screen saver in the drop down window. ctivate the activate after options field by clicking on to it and using the Minutes selection field select the waiting time for the display of the screen saver with the arrow key. Confirm the selection with the [OK] button, so that the screen saver selected is displayed in accordance with the setting. Using the [Cancel] button, the window will close without taking over the selection. Fig. 1.3/12: Operator settings window

43 BMS Basics Switching on or Switching off the Neutrino BMS Page Switching off the Neutrino BMS Note: You can only switch off the Neutrino BMS with the [Shut down] button if your code word has the necessary access rights. The design of the Neutrino BMS is described in its own hardware manual! If you wish to shut down the BMS, click on the e.g. symbol in the BMS status bar. The Logon window opens in which you must click the [Shut down] button. Fig. 1.3/13: Logon window The Kieback&Peter BMS window opens in which you can choose whether to run down the Neutrino BMS. Fig. 1.3/14: Kieback&Peter BMS window The [No] button closes the window without running down the Neutrino BMS. Click on the [Yes] button to shut down the Neutrino BMS. This will open an information window in which the symbol displays the progress of the shutting sown procedure. Fig. 1.3/15: Information window This information window will be closed automatically when the procedure has come to an end. Before you can switch off the Neutrino BMS, you must make a selection in the open Installation Level window.

44 Page Switching on or Switching off the Neutrino BMS BMS Basics Fig. 1.3/16: Installation Level window Using the corresponding button, select whether a warm start of the Neutrino BMS or the system is necessary, or whether the Neutrino BMS should be switched off. Click on the [Restart BMS...] button, if you wish to carry out a warm start for the Neutrino BMS. The button [Restart system] button carries out the warm start of the system and Neutrino BMS. Note: The warm start of the system and the Neutrino BMS can take up to a few minutes. If you wish to shut down the Neutrino BMS, click on the [Shut down BMS] button. security query opens in which you need to confirm the shut down of the Neutrino BMS with the [Yes] button. Using the [No] button, the security query will close without taking over the selection. Fig. 1.3/17: Safety query If you have clicked on the [Yes] button in the security query, the Neutrino BMS will be shut down. window will be opened in which is displayed that you can now switch off the Neutrino BMS using the network switch on the computer.

45 BMS Basics Switching on or Switching off the Neutrino BMS Page Fig. 1.3/18: Information window ttention: Only switch off the Neutrino BMS as described. This ensures that no more data (e.g. in the trend curves) is read during switch off. Furthermore, the data of the main memory is written back onto the hard disk and all databases are closed to avoid a loss of data.

46 Page Switching on or Switching off the Neutrino BMS BMS Basics

47 BMS Basics Changing a Operator or a Code Word Page Changing a Operator or a Code Word Changing a Operator If you wish to log on as a new operator, click on the e.g. symbol in the BMS status bar. The Logon window is then opened in which you need to enter your operator name and your code word in the entry fields. Fig. 1.4/1: Logon window Mark the entry in the Operator entry field and enter your operator name using the keyboard. Press the TB key on the keyboard or click on the Code word entry field to enter your code word. The entered code word is not displayed, instead * appears for each letter. Note: Pay attention to upper and lower case when entering the code word. The [Cancel] button closes the window without saving the entry. To confirm your entry, click the [OK] button. n incorrect entry causes the following note to appear, which you must confirm by clicking the [OK] button. Fig. 1.4/2: Information window in case of incorrect entry fter a correct entry your operator name will be displayed in the BMS status bar next to the symbol. Depending on the access rights of your code word, the functional groups with the programmes are displayed in the drop down window. If you have selected a function in this program for which your code word does not possess the required access rights, an information window will open. This information window informs you that you cannot carry out this function. Confirm this information window with the [OK] button.

48 Page Changing a Operator or a Code Word BMS Basics Fig. 1.4/3: Information window in case of unauthorized actions Changing a Code Word If you wish to alter your code word, go to the Logon window (see Fig. 1.4/1) and click on the [Change...] button. The safety query opens in which you click the [Yes] button to enter changes. With the [No] button, the security query will be closed without the code word having been changed. Note: You can only change the codes word if you has the required access rights. Fig. 1.4/4: Safety query for changing the code word If you have clicked on the [Yes] button in the security query, the New code word window will be opened. Fig. 1.4/5: New Code Word window In this window, enter first the valid code word in the Old code word entry field and then in the New code word entry field the new code word. The new code word has to be entered again in the Confirm new code word entry field. The [Cancel] button closes the window without saving the entry. To save the modified code word, click the [OK] button.

49 BMS Basics Changing a Operator or a Code Word Page n information window appears in which you confirm the modified code word by clicking the [OK] button. Fig. 1.4/6: Information window The new code word for your operator name will be taken over in the OPERTOR CCOUNT program. You need to enter this new code word upon your next logon. If the validity for code words was activated in the Setup functional group in the security guidelines of the OPERTOR CCOUNT program, an information window opens after the pre-set time has expired. Confirm the information window with the [OK] button and change your code word as described. Fig. 1.4/7: Information window

50 Page Changing a Operator or a Code Word BMS Basics

51 BMS Basics Time Management Page Time Management Brief Description TIME MNGEMENT is a program that is integral to the Neutrino BMS's basic software and is allocated to the BMS Status bar. Optionally, the functionality of the TIME MNGEMENT program can be extended with the optional RDIO CLOCK program. The TIME MNGEMENT program is intended for the time synchronization of the Neutrino BMS. This time synchronization can be carried out with a so-called time master, which specifies the date and time. The time synchronization can be carried out in three different fashions and is displayed in the BMS status bar with the corresponding symbol: No time master (free-wheel) Time master, DDC system Network and the NTP protocol (Neutrino BMS as NTP Client) Time master, Radio clock (optional) Time Synchronization No Time master (free-wheel) The time of the Neutrino BMS and the connected DDC systems is automatically synchronized by its own internal time signal only. The time for the Neutrino BMS can be set manually or changed as described in section DDC System as time master ttention: Changing the time manually on the Neutrino BMS has an effect on the trend curve recording. If the time is altered by more than sixty minutes, then it is not possible to synchronize the DDC system (used as time master) and the Neutrino BMS for time. The Neutrino BMS receives a time check from the time master every minute and checks this within 120 s. In the case of a time difference > 60 s, the time will be synchronized once a day or between 3.05 and 3.20 o'clock. The status of the time signal is displayed in the BMS status bar with the following signals: The Neutrino BMS is receiving the time signal from the time master. The Neutrino BMS is unable to receive the time signal due to a malfunction in the time master. The time difference between the time master time and the Neutrino BMS has exceeded sixty minutes so that for safety reasons synchronization will not take place.the time of the Neutrino BMS and of the time master have to be set manually to the same time so that synchronizing can take place.

52 Page Time Management BMS Basics Radio clock as time master (optional) If the RDIO CLOCK program is installed on your Neutrino BMS; the time standard (time signal) of the radio clock transmitter DCF-77 (atomic clock) will be used as the time master. The time of the Neutrino BMS will be synchronized with the time signal at a minimum of at least every 10 minutes. If the time of the Neutrino BMS or one of the DDC system deviates from that of the time master by more than a minute, a time synchronization procedure will be carried out. The status of the time signal is displayed in the BMS status bar with the following signals: (green) The Neutrino BMS receives the time signal of the time master. The time signal will be checked for two minutes before the time synchronization in order to rule out transmission errors. The checking of the time signal is completed and the time synchronization is carried out. The neutrino BMS can receive a time signal. The reception can be disturbed by atmospheric influences or the wrong choice of location for the antennae or the receiver djusting Time Manually Note: You can only change the date and time if your code word has the required access rights. If a time master is not used for the time synchronization, you can adjust the time of the Neutrino BMS manually. Click on the display field from date and time. The Date Selection window in which you can adjust the date and time for the Neutrino BMS manually. Fig. 1.5/1: Date Selection window

53 BMS Basics Time Management Page ttention: Every manual adjustment of date and time has consequences for the trend curve recording and should be carried out only if no time master is used for the time synchronization. If the date displayed in the BMS status bar does not conform to the calendar view of the Date Selection window, select the corresponding date. Should you wish to select a day in month other than that displayed, you can change to the previous or the next month using the arrow key next to the calendar view. Click on the corresponding day in the calendar view. The day selected will be marked yellow and the date selected will be displayed above the calendar view as well being displayed in the corresponding selection fields. lternatively, you can adjust the date using the selection fields. Click on the corresponding arrow and select the day or month in the drop down window open. The year can be adjusted with the arrow key directly. In the calendar view, the day selected will be marked yellow. You can select the hours and minutes in the drop down window open by clicking on the corresponding arrow. Should you wish to reset the selection for the date and time, click on the [Now] button. The adjustment will not be taken over and the previous settings will be displayed once again. Click on the [OK] button to take over the adjustment of the date and time. The time of the Neutrino BMS will be displayed according to the settings in the BMS status bar and used for the trend curve recording. With the [Cancel] button the window will be closed without taking over the adjustment to the time.

54 Page Time Management BMS Basics

55 BMS Basics Printer Monitor Page Printer Monitor Brief Description PRINTER MONITOR is a program that is integral to the Neutrino BMS's basic software and is allocated to the BMS Status bar. You can a screen shot of your screen using the Printer Monitor program. Thus it is possible e.g. the plant status of the connected TBE (Technical Building Equipment) as a graphical form in a printout. The program PRINTER MONITOR is displayed in the BMS status symbol with the symbol. This symbol displays the status of the connected (network) printer. If this symbol flashes red, at least one printer is signalling an error or is switched off. Click the symbol in the BMS status bar to open the PRINTER MONITOR program. The Printer Monitor window opened and displays all the printers connected to the Neutrino BMS. Click on the [Screen printout] button if you wish to select a printer to print the screen shot in the opened window Printer Selection (see section 1.6.2) or save the screen shot as a PDF file (see section ). This window will be closed again with symbol in the title bar. Fig. 1.6/1: Printer Monitor window

56 Page Printer Monitor BMS Basics Outputting Screen Shot Printing a Screen Shot In the Printer Monitor or Printer Selection window the status messages of the printer are displayed in the Status column. The following statuses can be reported: Ready : this printer can be used to print Problem : this printer cannot be used to print Selecting Printer If you wish to print the screen shot, select the corresponding printer in the Printer Selection window by clicking on to it. The selected printer is marked green. Fig. 1.6/2: Printer Selection window With the [Cancel] button the window will close without printing the screen shot. Click on the [OK] button so that the screen shot is printed on the selected printer. safety query is opened in which you need to confirm the printer selection with the [Yes] button. The safety query will be closed using the [No] button without printing. Fig. 1.6/3: Safety query

57 BMS Basics Printer Monitor Page If you have clicked on the [Yes] button in the safety query, the information window will be opened after the print out. Confirm this information window with the [OK] button. Fig. 1.6/4: Information window Cancelling a Print Job If you want to cancel the print job for the printer selected, re-click on the symbol in the BMS status bar. In the opened Printer Monitor window (see Fig. 1.6/1) select the corresponding printer by clicking on it. The selected printer is marked green. Click on the [Cancel order] button to cancel the print job for this printer. If there is no print job for the selected printer, an information window will open. Confirm this information window with the [OK] button. Fig. 1.6/5: Information window

58 Page Printer Monitor BMS Basics Saving Screenshot as PDF File Saving PDF files on the Neutrino BMS If you wish to save the screen shot as a PDF file in the hard drive of the Neutrino BMS, select in the Printer Selection window by clicking on the PDF - Print File. The name PDF - Print File is marked green. Fig. 1.6/6: Printer Selection window With the [Cancel] button the Printer Selection window will be closed without the selection being taken over. Click the [OK] button, to take over the selection. The Save window opens in which you can mark and,where necessary, overwrite the file name displayed in the File name entry field. Fig. 1.6/7: Save window

59 BMS Basics Printer Monitor Page With the [Cancel] button the window will be closed without the PDF file being saved. Click the [OK] button, to save the screen shot as a PDF file on the hard drive of the Neutrino BMS as a PDF file. fter the screen shot has been saved as a PDF file, an information window opens. Confirm this information window with the [OK] button. Fig. 1.6/8: Information window Saving the PDF File on a USB Stick If you want to save the PDF file on a USB stick, close the Save window and insert the USB stick into the USB interface of the Neutrino BMS. Open the Save window as described. The usbmemorystick directory is displayed in this window. Double click on this directory to open it. Fig. 1.6/9: Save window with usb-memorystick directory With the [Cancel] button the window will close without the PDF file being saved on the USB stick. Click on the [OK] button to save the PDF file on the USB stick. fter the PDF file has been saved on the USB stick, an information window opens. Confirm this information window with the [OK] button.

60 Page Printer Monitor BMS Basics Fig. 1.6/10: Information window

61 BMS Basics Malfunction Message Display Page Malfunction Message Display Brief Description MLFUNCTION MESSGES DISPLY is a program that is integral to the Neutrino BMS's basic software and is allocated to the BMS Status bar. With the MLFUNCTION MESSGES DISPLY program, the malfunctions occurring in the TBE (Technical Building Equipment) are displayed as malfunction and system error messages and can be viewed by the operator in an individual display. The MLFUNCTION MESSGES DISPLY program is displayed with the gray symbol in the BMS status bar. If there is a malfunction in the BMS, the red symbol will be displayed instead of this gray symbol. The number adjacent to this symbol indicates the number of the malfunction messages or system error messages. If you wish to view information regarding the malfunction messages or system error messages, click on the red symbol in the BMS status bar. The Individual Display window will be opened, in which all the relevant information to the individual malfunction messages or system error messages are displayed. This window will be closed again with the symbol in the title bar Fig. 1.7/1: Individual Display window

62 Page Malfunction Message Display BMS Basics Menu Bar The menu bar contains the following menu items. Clicking on a menu item opens a drop down window containing corresponding functions. File menu item Sent Fax... (see section ) Print... (see section ) Exit the MLFUNCTION MESSGES DISPLY program Edit menu item Confirm (see section 1.7.5) View menu item First Message (see section 1.7.4) Next Message (see section 1.7.4) Previous Message (see section 1.7.4) Last Message (see section 1.7.4) Update (see section ) Only own Screen (see section 1.7.4) Search Plant Graphic... (see section ) Tool Bar The tool bar contains the following symbols: Print (see section ) Send Fax (see section ) First Message (see section 1.7.4) Next Message (see section 1.7.4) Previous Message (see section 1.7.4) Last Message (see section 1.7.4) Update (see section )

63 BMS Basics Malfunction Message Display Page Displaying Messages Malfunction messages are intended for the monitoring of plant components in the TBE and are displayed if a malfunction occurs e.g. as the result of a limit being exceeded. System error messages are intended for the monitoring of the DDC system and the Neutrino BMS and are displayed if a malfunction occurs, e.g. a power outage within the bus system of the DDC system. The malfunction messages or system error messages are displayed in the BMS status bar with the following symbols red symbol: The malfunctions are present in the TBE (incoming malfunction message or system error message). The number adjacent to this symbol indicates the number of the malfunction messages or system error messages. green flashing symbol: The malfunctions in the TBE have been repaired, but the associated malfunction messages have not yet been confirmed (outgoing malfunction message or system error message). fter the confirmation of the malfunction, the gray symbol is displayed. Click on the symbol displayed in order to open the Individual Display window (see Fig. 1.7/2 and Fig. 1.7/3). This window displays the information regarding current malfunction messages or system error messages. This information provides details regarding the malfunction text, date, time, technical address, plain text and control circuit text as well as the status of this message. If multiple malfunction messages or system error messages are present, the previous received message is displayed. With the or symbol in the tool bar, you can display the previous or first message received. If you wish to display the next message, or that previously received, click on the or symbol in the tool bar. If your Neutrino BMS is connected in a network to other Neutrino BMS's or BMS operation places, the malfunction messages or system error messages can be displayed on this. Windows computers can be used as an operating place on which the optional PHWIN program must be installed. If the malfunction messages or system error message is displayed only on the screen of your Neutrino BMS or the BMS operating place connected, click on the Only own screen function under the View menu item in the menu bar. Malfunction Message In the Individual Display window the red symbol displays an incoming and with the green symbol an outgoing malfunction message. Malfunction messages can be parameterized with handling text. Incoming malfunction messages with handling text are displayed with the red symbol. Outgoing malfunction messages with handling text are displayed with the green symbol.

64 Page Malfunction Message Display BMS Basics Malfunction with symbol, text, date and time Location, technical address, BMS plain text, control circuit text and cause of the malfunction Note line for a modem connection or description of the BCnet system Malfunction message status Button to confirm Fig. 1.7/2: Individual Display window with the display of a malfunction message System error messages In the Individual Display window the red symbol an outgoing system error message. symbol displays a incoming, and with the green System error with symbol, text, date and time DDC system, technical address, BMS plain text and the cause of the system error System error message status Button to confirm Fig. 1.7/3: Individual Display window with the display of a system error message

65 BMS Basics Malfunction Message Display Page Updating Messages fter opening the Individual display window (see Fig. 1.7/2 or Fig. 1.7/3) only those malfunction messages or system error messages which were received before the window was opened can be displayed. Malfunction messages or system error messages received after the window has been opened must be updated using the Update function under the View menu item in the menu bar or with the symbol in the tool bar. s a result, the newly received malfunction messages or system error messages can be displayed in the Individual Display window Displaying Malfunction in Plant Graphics If you wish to display the malfunction in a plant graphic, click on the Search Plant Graphic... function under the View menu item in the menu bar. The Search Plant Graphics window then opens. In this window, the plant graphics are displayed in which the BMS data points of a malfunction message are located. The window will be closed again with the [Cancel] button. Fig. 1.7/4: Search Plant Graphics window Select the desired plant graphic in the list by clicking on to it. The selected plant graphic is marked green. Click on the [OK] button, to confirm the selection. The OPERTING LEVEL program is opened, in which the plant graphic selected is displayed in the right hand area. Note: Only unconfirmed malfunction messages are displayed in the plant graphic.

66 Page Malfunction Message Display BMS Basics Fig. 1.7/5: Plant graphic with displayed malfunction This window will be closed again with the symbol in the title bar.

67 BMS Basics Malfunction Message Display Page Confirming Messages Note: You can only confirm malfunction or system error message if you has the necessary access rights. Confirming malfunction message In the Individual Display window (see Fig. 1.7/2) you can confirm malfunction messages without handling text in that you, (as is described) display the corresponding message and click on the [Confirm] button. In the case of malfunction messages with handling text, the malfunction must first be repaired in the TBE before this messages can be confirmed. If you have repaired the malfunction, click on the [Confirm] button. The Malfunction Handling window opens in which you have to enter the according entries regarding the cause of the malfunction and its repair in the Handling and Repair entry fields. Click on the corresponding entry field and enter the respective text over the keyboard. If you wish to add a date with time to the entries, click on the [Insert time] button. Note: If you have not yet repaired a malfunction, you will not be able to undertake any entries in the entry fields. Fig. 1.7/6: Malfunction Handling window With the [Cancel] button the window will be closed without taking over the entries. Click on the [Confirm] button, in order to confirm to malfunction message with handling text.

68 Page Malfunction Message Display BMS Basics If you have not undertaken the corresponding entries, the [Confirm] button opens an information window. Confirm this information window with the [OK] button and perform the corresponding entries as described. Fig. 1.7/7: Information window If you wish to confirm the malfunction message at a later point, click on the [OK] button in the Malfunction Handling window. The entries undertaken will be saved and this window will be closed. This malfunction message will continue to be displayed in the BMS status bar with the green flashing symbol. If this malfunction message is to be confirmed, open the Malfunction Handling window as described (see Fig. 1.7/6). In this window, the [Last access] button is active. Click on this button if you wish to receive information regarding the operator that documented the cause of malfunction and its repair. n information window is opened in which are recorded the corresponding operator name and the time at which the entry to the cause of the malfunction and its repair were undertaken. Confirm this information window with the [OK] button. Fig. 1.7/8: Information window Confirming system error message In the Individual Display window (see Fig. 1.7/3) you can confirm the system error messages in that you display the respective messages and click on the [Confirm] button.

69 BMS Basics Malfunction Message Display Page Outputting Messages If you wish to print a malfunction or system error message, or save it as a PDF file, open the Individual Display window (see Fig. 1.7/2 or Fig. 1.7/3) as is described and display the respective message. Click on the Print... function under the File menu item in the menu bar or directly on the symbol in the tool bar. The Printer Selection window opens, with a list of the printers which are connected to the Neutrino BMS. In the Status column of this window, the status messages of the printer are displayed. The following statuses can be reported: Ready : this printer can be used to print Problem : this printer cannot be used to print Fig. 1.7/9: Printer Selection window Printing Messages If you want to print a malfunction messages or a system error message, select the corresponding printer from the Printer Selection window by clicking (see Fig. 1.7/9). The selected printer is marked green. With the [Cancel] button the Printer Selection window will close without issuing a message to the printer selected. In the window, click on the Printer Selection window on the [OK] button, in order to print the message. safety query opens with which you have to confirm the printing of the message with the [Yes] button. The safety query will be closed using the [No] button without printing.

70 Page Malfunction Message Display BMS Basics Fig. 1.7/10: Safety query Saving Messages as PDF File Saving PDF files on the Neutrino BMS If you wish to save the malfunction or system error message as a PDF file on the hard drive of the Neutrino BMS, select in the Printer Selection window (see Fig. 1.7/9) by clicking on the PDF - Print File. The name PDF - Print File is marked green. Fig. 1.7/11: Save window With the [Cancel] button the Printer Selection window will be closed without the selection being taken over. Click the [OK] button, to take over the selection. The Save window opens in which you can mark and where necessary overwrite the file name displayed in the File name entry field.

71 BMS Basics Malfunction Message Display Page Fig. 1.7/12: Save window With the [Cancel] button the Save window will close without the message being saved as a PDF file. Click on the [OK] button to save the message on the hard drive of the Neutrino BMS as a PDF file. fter the save procedure has been completed, an information window will open. Confirm the information window by clicking the [OK] button. Fig. 1.7/13: Information window Saving the PDF File on a USB Stick If you want to save the PDF file on a USB stick, close the Save window and insert the USB stick into the USB interface of the Neutrino BMS. Open the Save window as described. The usbmemorystick directory will be displayed in this window. Double click on this directory to open it.

72 Page Malfunction Message Display BMS Basics Fig. 1.7/14: Save window with usb-memorystick directory With the [Cancel] button the window will close without the PDF file being saved on the USB stick. Click on the [OK] button to save the PDF file on the USB stick. fter the PDF file has been saved on the USB stick, an information window opens. Confirm the information window with the [OK] button and remove the USB stick from the USB interface of the Neutrino BMS. Fig. 1.7/15: Information window Sending Messages by Fax (Optional) If you wish to sent a malfunction message or system error message by fax open the Individual Display window (see Fig. 1.7/2 or Fig. 1.7/3) as described and displayed the relevant message. Click on the Send Fax... function under the menu under the File menu item in the menu bar or directly via the symbol in the tool bar. The Send Fax window opens in which the set recipients are listed with name and fax number. The window will be closed again with the [Cancel] button.

73 BMS Basics Malfunction Message Display Page Fig. 1.7/16: Send Fax window Select the desired recipient in the list by clicking on the corresponding indicated by the symbol. Click on the [Send] button to send the fax. option field. The selection is This will open an information window in which the symbol displays the progress of the sending. With the [Cancel] button you can end the process and the fax will not be sent. Fig. 1.7/17: Information window This information window closes automatically when the fax has been completely sent. With the [Journal...] button in the Send Fax window the FX Journal window opens, which gives you an overview of the status of your fax sent (see section ).

74 Page Malfunction Message Display BMS Basics

75 BMS Basics Modem Monitor Page Modem Monitor Brief Description MODEM MONITOR is a program that is integral to the Neutrino BMS's basic software and is allocated to the BMS status bar. The MODEM MONITOR program is displayed with the symbol in the BMS status bar, if modems are parameterized for modem installation in the Neutrino BMS. Modem installations always consist of a minimum of two modems and the telephone network. Using a modem installation is used to establish a modem connection between the Neutrino BMS and a DDC system in the spatially remote TBE (Technical Building Equipment). You can connect several hundred DDC systems to the Neutrino BMS via modem connections. Fig. 1.8/1: Block diagram for modem connections You can use this program to configure modem connections in accordance with their requirements. The DDC parameters are transferred from the DDC systems to the Neutrino BMS using the configured telephone numbers and filter entries. The status of the modem connections will be displayed with the following symbols in the BMS status bar red flashing symbol: t least one modem is sending a error message or is switched off. green flashing symbol: t least one modem connection is being established. green symbol: t least one modem connection exists. yellow symbol: The modem connection is experiencing a configuration problem. In the case please contact your contractual partner.

76 Page Modem Monitor BMS Basics dditionally, using the MODEM MONITOR program, you can set-up a callback from the Neutrino BMS to a Windows computer, if the optional DDITIONL OPERTING WINDOW program is installed on the Neutrino BMS and the optional PHWIN and PHWIN CLLBCK programmes are installed on the Windows computer. s a result of this callback, the telephone costs will be allocated to the Neutrino BMS and the operator of e.g. the standby service personnel can view the status of the TBE without any cost. Click the symbol in the BMS status bar to open the MODEM MONITOR program. The respective modem connection will be listed in a modem installation in the opened Remote Data Transmission - External Modem Installations window. Note: You can only invoke the MODEM MONITOR program if you has the necessary access rights. Fig. 1.8/2: Remote Data Transmission - External Modem Installations window

77 BMS Basics Modem Monitor Page Menu Bar The menu bar contains the following menu items. Clicking on a menu item opens a drop down window containing corresponding functions. File menu item Lock (see Section ) Release (see Section ) Establish modem connection (see section ) Relieve modem connection (see section ) Trend Call (see section 1.8.7) Set-up modem (see section 1.8.5) Exit the MODEM MONITOR program View menu item Plants (see section 1.8.4) Modem (see section ) BMS Callback (optional, see section 1.8.9) Options menu item Send Fax (see section ) Short Text (SMS) (see section ) City Paging (see section ) Select Call Number (see section ) Edit Call Number (see section ) Log File (see section ) live Check... (see section ) Help menu item Table of Contents..., display online help Help for ctive Window..., display context-sensitive help Info about... (see section )

78 Page Modem Monitor BMS Basics Tool Bar The tool bar contains the following symbols: Plants (see section 1.8.4) Modem (see section ) BMS Callback (optional, see section 1.8.9) Lock (see section ) Release (see section ) Establish (see section ) Relieve (see section ) Trend (see section 1.8.7) Set-up (see section 1.8.5) Fax (see section ) SMS (see section ) City Paging (see section ) Log File (see section )

79 BMS Basics Modem Monitor Page Displaying Modems Connections Click the symbol in the BMS status bar to open the Remote Data Transmission - External Modem Installations window. This window displays the modem connections with the corresponding information. The following information can be gathered from the individual columns: Plant : the names of the modem connection Call number : the telephone number of the DDC System, over which the Neutrino BMS communicates with the DDC system Note: The telephone numbers of the DDC systems are set-up by your provider during the installation of the Neutrino BMS for the corresponding modem connection. Status : the status of the modem connection, DIL for establishing, ONLINE for established, OFFLINE : for ended, LOCK for locked or ERROR for defective Info : general information regarding the modem connection Fig. 1.8/3: Remote Data Transmission - External Modem Installations window

80 Page Modem Monitor BMS Basics Displaying Information for the Modems Should you wish to receive an overview on the Neutrino BMS parameterized modems, click on the Modem function under the View menu item in the menu bar or directly on the symbol in the tool bar. The Remote Data Transmission Facilities window will open in which the modems are displayed with the corresponding information. The following information can be gathered from the individual columns: Modem : the names of the modems Status : the status of the modem connection, DIL for establishing, ONLINE for established, OFFLINE for ended, LOCKED for locked or ERROR for defective Service : the status of the modem connection, initialization for initialized, BMS - DDC for a connection established by the Neutrino BMS or DDC - BMS for a connection established by the DDC-System Info : the telephone number of the Neutrino BMS and where applicable, the name of the DDC system, when the modem connection has been established Options : the parameterizing of the modem connection, N for analog, S for SMS, W for Wake-up call, C for City paging, F for Fax, V for Voice, P for connection PPP/TCP IP, G for DDC system, for nswer, B for Callback and H for live check Fig. 1.8/4: Remote Data Transmission Facilities window

81 BMS Basics Modem Monitor Page Initializing Modem If you have selected a new telephone number for e.g. a DDC system, (see section ) or an error has emerged in a modem in the modem connection, you need to initialize the respective modem connection. Select the corresponding modem in the Remote Data Transmission Facilities window (see Fig. 1.8/4) by clicking on it. The selected modem is marked green. Click the [Initialize] button to initialize the selected modem. This modem will be displayed with the Initialization status and e.g. with the new telephone number of the DDC system. s a result, the Neutrino BMS can communicate with this DDC system The Initialization status will be displayed for this modem as long as the corresponding modem connection from the Neutrino BMS to the DDY system is established or contrarily, is ended (relieve). If you want to re-display the Remote Data Transmission - External Modem Installations window (see Fig. 1.8/3), click the Plants function under the View menu item in the menu bar or directly on the symbol in the tool bar. Note: Upon the automatic locking of the Neutrino BMS, the modem connections established will be ended and will not be automatically re-established.

82 Page Modem Monitor BMS Basics Configuring Modem Connection Before DDC parameters such as trend curve data and malfunction messages or system error messages of the corresponding DDC system can be transferred to the Neutrino BMS, you must configure the modem connection. Select the modem connection to the corresponding DDC system in the Remote Data Transmission - External Modem Installations window (see Fig. 1.8/3) by clicking. The selected modem connection is marked green. Click the Set-up function under the File menu item in the menu bar or directly on the symbol in the tool bar. The Set-up Modem Installations window opens in which you must configure the telephone number for the Neutrino BMS and the filter entire for the DDC parameter. The telephone number and the filter entries will be stored in the BMS database in filter table form. Note: Before you transfer the filter tables to the DDC System (see section ), you must first undertake the configuration of the telephone numbers and the filter entries in the following index card. Fig. 1.8/5: Set-up Modem Installations window

83 BMS Basics Modem Monitor Page Entering Telephone Number of the Neutrino BMS fter opening the Set-up Modem Installations window (see Fig. 1.8/5), the Telephone Numbers index card is active. In this index card, you must enter the telephone number of your Neutrino BMS in order to transfer this to the DDC system selected. Using this telephone number, the DDC system can communicate with the Neutrino BMS and the transfer the values of the DDC parameters. Click the [New...] button and enter the telephone number in the entry field in the window opened. Note: Enter the telephone number of your Neutrino BMS which the DDC system is to use for the transmission of the DDC parameter to the Neutrino BMS. Fig. 1.8/6: Window for entering a telephone number With the [Cancel] button this window will close without saving the telephone number. Click the [OK] button, to take over the telephone number in the Telephone Numbers index card. The telephone number entered will be displayed in the display field of this index card. Fig. 1.8/7: Telephone Numbers index card of the Set-up Modem Installations window

84 Page Modem Monitor BMS Basics Parameterizing the Cyclical Verification If a cyclical verification (DDC alive check) of the modem connection should be carried out from the selected DDC-System to the Neutrino BMS, a DDC status parameter must be parameterized as a timer or marker with a corresponding time in the DDC System. The DDC system selected establishes the modem connection to the Neutrino BMS. The Neutrino BMS checks the availability of the modem connection within the pre-set time. If a modem connection is established within the set time, a change in value will be transferred to the Neutrino BMS with the DDC status parameter. In order for the verification of the modem connection to occur, you need to activate the Send status parameter option field. Enter the technical address of the parameterized DDC status parameter in the Technical address entry field e.g : /1. Click on the arrow of the respective selection field under Cycle time and select the time in the opened drop down window, that was parameterized in the DDC system. Note: The cycle time selected must correspond with the time set in the DDC system. Fig. 1.8/8: Telephone Numbers index card with status parameter s a result, the Neutrino BMS can send the DDC status parameters to the selected DDC systems in order to check the modem connection. If no change in value with the DDC status parameter is sent from the DDC System within the pre-set cycle time, it was not possible to establish a modem connection.

85 BMS Basics Modem Monitor Page If you wish to display the change in value of the DDC status parameter as e.g. a trend curve on a plant graphic and in the case of an error, issue a corresponding malfunction message, you need to parameterize a BMS status parameter on the Neutrino BMS. Click the [Parameterize...] button to parameterize the BMS status parameter. The Binary ctual Value window will open in which you can carry out the parameterizing. Note: The parameterizing of a BMS status parameter should only be carried out by operators with skills in parameterizing. Fig. 1.8/9: Binary ctual Value window You need to perform the following parameterizing: Plain text : Entry of any text, which should be used in all other programs for this BMS data point. [Trend curve...] button: Parameterizing of a trend curve in order to display the value alteration of the DDC status parameter as a trend curve in a plant graphic (see chapter 4 section 4.4.8) [Message...] button: Parameterizing of a malfunction message in order to display a disruption of the modem connection in the current malfunction message file of the OPERTION ND MLFUNCTION MESSGE program (see chapter 4 section 4.4.8). With the [Cancel] button this window will close without taking over the BMS status parameter. Click on the [OK] button, to take over the BMS status parameter in the Set-up Modem Installations window.

86 Page Modem Monitor BMS Basics In the Set-up Modem Installations window (see Fig. 1.8/10) click on the Trend Curves tab, to select trend curves in the associated index card as filter entries Selecting Trend Curves as Filter Entries In the Trend Curves index card, the DDC parameters of the selected DDC system are listed which are parameterized as BMS data points in the PRMETERIZING program using trend curves (see chapter 4 section 4.4.8). Select the desired trend curve by clicking on the corresponding option field, which is to be taken over as a filter entry. The trend curve selected is marked green and will be marked by the symbol. If you would like to select multiple trend curves, select the corresponding trend curve by clicking on it whilst holding the Shift key depressed. With the [Select] button, these trend curves will be selected and marked with the symbol. If the selection of a trend curve should be cancelled, click on the corresponding option field. If you wish to cancel the selection of more than one trend curves, select the corresponding trend curve and with depressed Shift key click on the [Unselect] button. The trend curves will be re-displayed with the symbol. Fig. 1.8/10: Telephone Numbers index card of the Set-up Modem Installations window By entering the a search pattern in the Search pattern entry field you can search for a particular group of trend curves. During the entry of a search pattern, you can use the * sign as a wildcard for missing letters.

87 BMS Basics Modem Monitor Page The entry in the Search pattern entry field can be performed only after you have clicked in this entry field. fter an entry in the corresponding search pattern and the confirmation with the [Search] button, the trend curves found as a result of the search pattern will be displayed in this index card. Note: During the entry of a search pattern, no trend curves may not yet be selected. The trend curve values of the selected trend curves (DDC parameter) will be collected in the trend memory of the corresponding DDC system and can be displayed as trend curves after transfer in the TREND CURVES program. Click on the Malfunction Messages tab, to select malfunction messages as filter entries in the associated index card Selecting Malfunction Messages as Filter Entries In the Malfunction Messages index card only the binary DDC parameters of the selected DDC systems are listed, that are parameterized in the PRMETRIZING program as BMS data points with the malfunction message (see chapter 4 section 4.4.8). Select the desired malfunction message by clicking on the corresponding option field, which is to be taken over as a filter entry. The malfunction message selected is marked green and will be marked by the symbol. If you wish to select more than one malfunction messages click on the corresponding malfunction message whilst holding the Shift key depressed. With the [Select] button, these malfunction messages will be selected and marked with the symbol. If the selection of a malfunction message should be cancelled, click on the corresponding option field. If you wish to cancel the selection of more than one malfunction message, select the corresponding malfunction message and with depressed Shift key click on the [Unselect] button. The malfunction message will be re-displayed with the symbol.

88 Page Modem Monitor BMS Basics Fig. 1.8/11: Malfunction Messages index card of the Set-up Modem Installation window By entering the a search pattern in the Search pattern entry field you can search for a particular group of malfunction messages. During the entry of a search pattern, you can use the * sign as a wildcard for missing letters. The entry in the Search pattern entry field can be performed only after you have clicked in this entry field. fter an entry in the corresponding search pattern and the confirmation with the [Search] button, the malfunction messages found as a result of the search pattern will be displayed in this index card. Note: During the entry of a search pattern, it is not yet possible to select any malfunction messages. The malfunction messages from the corresponding DDC system will be transferred for the selected binary DDC parameters and can be displayed in the OPERTION UND MLFUNCTION MESSGES program. ttention: Malfunction messages from analog and integer DDC parameters will not be transferred.

89 BMS Basics Modem Monitor Page Transferring Filter Tables to a DDC System Click on the [Send] button after you have taken over the telephone number and the selected filter entries as filter tables. safety query will open in which you are informed that the trend curve values collected in the trend memory will be deleted during the transfer of the filter entries for the trend curves to the DDC system. Fig. 1.8/12: Safety query ttention: First transfer all trend curve values from the trend memory and after that the telephone number and the filter entries to the DDC system. Click on the [No] button in the safety query and then on the [OK] button, in the Set-up Modem Installations window to take over the telephone number entered and the selected filter entries in the BMS data base in the form of filter tables. With the [Cancel] button the Set-up Modem Installations window will close without that the settings are taken over as filter tables. Open the Cyclical Calling window as described in section to transfer the trend curve values from the trend memory of the selected DDC system directly. fter you have transferred the trend curve values from the trend memory of the selected DDC system directly, you can transfer the filter tables to the selected DDC system. Re-open the Set-up Modem Installations window (see section 1.8.5) as described and click on the [Send] button. safety query will open (see Fig. 1.8/12), in which you must confirm the transfer of the filter tables via the corresponding modem connection to the selected DDC system with the [Yes] button. n information window will open with which the transfer of the filter table to the corresponding DDC system is displayed. With the [Cancel] button in this information window you can cancel the transfer.

90 Page Modem Monitor BMS Basics Fig. 1.8/13: Information window This information window will be closed automatically when the transfer has come to an end. The trend memory of the DDC system will be deleted and only the trend curve values for the selected trend curves will be collected in the trend memory.

91 BMS Basics Modem Monitor Page Establishing a Modem Connection Establishing or Ending a Modem Connection Manually If you wish to establish or end a modem connection manually, select the modem connection of the corresponding DDC system by clicking in the Remote Data Transmission - External Modem Installation window (see Fig. 1.8/3). The selected modem connection is marked green. Note: If values and statuses of the BMS data points are displayed in a program via a modem connection, the modem connection with the corresponding DDC system will be established automatically. Establishing a Modem Connection Manually If you wish to establish modem connection manually, click on the Establish function under the File menu item in the menu bar, or directly on the symbol in the tool bar. The Modem Connection window will open. Set the time in which the modem connection should be established manually using the arrow key. Fig. 1.8/14: Modem Connection window With the [Cancel] button the window will be closed without the modem connection being established manually. Click on the [OK] button to establish the modem connection for the set time manually. fter the set time has expired the modem connection will be ended automatically (relieve) and a the modem connection will be re-established. Ending a Modem Connection Manually If this modem connection should not be re-established, click on the Relieve function under the File menu item in the menu bar or directly on the symbol in the tool bar. safety query is opened in which you need to confirm the establishing of this modem connection with the [Yes] button. With the [No] button the safety query will be closed and the modem connection will be established automatically.

92 Page Modem Monitor BMS Basics Fig. 1.8/15: Safety query Locking or Releasing a Modem Connection If you wish to lock or release a modem connection, select the modem connection of the corresponding DDC system by clicking in the Remote Data Transmission - External Modem Installation window (see Fig. 1.8/3). The selected modem connection is marked green. Locking a Modem Connection If you wish to lock the modem connection, click on the function Lock under the File menu item in the menu bar or directly on the symbol in the tool bar. safety query is opened in which you lock the modem connection with the [Yes] button. With the [No] button the safety query will be closed and the modem connection remains released. Fig. 1.8/16: Safety Query In the Remote Data Transmission - External Modem Installation window the status of a locked modem connection is displayed with LOCKED. Fig. 1.8/17: Remote Data Transmission - External Modem Installations window

93 BMS Basics Modem Monitor Page Releasing a Modem Connection If this modem connection should be re-released, click on the Release function under the File menu item in the menu bar or directly on the symbol in the tool bar. safety query is opened in which you need to confirm the release of this modem connection with the [Yes] button. With the [No] button the safety query will be closed and the modem connection remains locked. Fig. 1.8/18: Safety query In the Remote Data Transmission - External Modem Installation window the status of this modem connection is displayed with Offline. Fig. 1.8/19: Remote Data Transmission - External Modem Installations window

94 Page Modem Monitor BMS Basics Transferring Trend Curve Values of a DDC System If you want to transfer the trend curve values from a DDC system to the Neutrino BMS directly or cyclically, click on the Trend Call function under the File menu item in the menu bar or directly on the symbol in the tool bar. The Cyclical Calling window will open in which you can carry out the transfer of the trend curve values either directly or cyclically. Fig. 1.8/20: Cyclical Calling window Transferring Trend Curve Value Directly The trend curve values must first be transferred directly from the trend memory of the selected DDC system before the filter tables with the filter entries can be transferred from the Neutrino BMS to this DDC system (see section ). This will prevent the collected trend curve values in the trend memory of this DDC system from being deleted. In order for the trend curve value to be transferred directly, click on the Cyclical Calling window on the [Direct calling...] button. safety query will open in which you must confirm the establishment of the modem connection from the Neutrino BMS to the selected DDC systems with the [Yes] button. With the [No] button the safety query will be closed without the modem connection being established.

95 BMS Basics Modem Monitor Page Fig. 1.8/21: Safety query If you have clicked the [Yes] button in the safety query, an information window will open. With the [Cancel] button in the information window, you can cancel the transfer. Fig. 1.8/22: Information window fter the transfer has been completed, a new information window will open. Confirm this information window with the [OK] button. Fig. 1.8/23: Information window The trend curve value were transferred to the Neutrino BMS and you can transfer the filter tables with the filter entries from the Neutrino BMS to the selected DDC system as described in section If the transfer of the trend curve value should be carried out for the Neutrino BMS in the background without disruption, first activate the Running in the Background option field by clicking on to it. fter that click on the [Direct calling...] button in order to transfer the trend curve value directly. safety query is opened in which you need to confirm the establishment of the modem connection as described. The following information window will open. Confirm this information window with the [OK] button. The transfer of the trend curve values will be carried out in the background.

96 Page Modem Monitor BMS Basics Fig. 1.8/24: Information Window Click on the [Cancel] button in the Cyclical Calling window to close this window once again Transferring Trend Curve Value Cyclically If the maximum memory capacity of the trend memory of a DDC system has been reached, a system error message will be generated and sent to the Neutrino BMS automatically. Thereupon, the Neutrino BMS will establish the modem connection to the corresponding DDC system and all trend curve values will be transferred from the trend memory of a DDC system to the Neutrino BMS. If a transfer of the trend curve values does not take place, e.g. due to a disturbed modem connection, the trend curve values will be taken over in the trend memory of a DDC system in a rolling fashion. This means that the oldest values will be overwritten with the new values. In order that the trend curve values of the trend memory is not overwritten due to a lacking memory capacity, you can determine the time for a cyclical transfer of the trend curve values individually. s a result, not all of the trend curve values will be transferred, but only those newly taken over after the last transfer to the trend memory will be transferred. If you wish to transfer trend curve values from a DDC system cyclically, select the modem connection of the corresponding DDC system by clicking in the window Remote Data Transmission - External Modem Installation (see section 1.8.8). The selected modem connection is marked green. First, activate Cyclical Calling in the window by clicking on a round option field. ccording to the activated round option fields, the angular option fields next to Weekly and under Times are activated or deactivated accordingly. If the Daily option field is activated, through clicking the corresponding option field under Times you can select the desired time for cyclical transfer. If the Weekly option field is activated, in addition to the selection of the time, a week day can be transferred cyclically by clicking on to the corresponding option field. The time or day selected is marked by the symbol. multiple selection is possible.

97 BMS Basics Modem Monitor Page If the selection of a time or day of the week should be cancelled, click on the corresponding field. This time or day of the week will be displayed with the symbol again. option Fig. 1.8/25: Cyclical Calling window With the [Cancel] button, the window will be closed without the settings being taken over. Click on the [OK] button to take over the transfer settings carried out. If you have activated the Daily, 01:00 and 19:00 options fields, the modem connection selected will be established daily at 1 o'clock and 19 o'clock and the trend curve values will be transferred from the corresponding DDC system to the Neutrino BMS. These transfers will be repeated cyclically every day. If you want to end the cyclical transfers, activate by clicking on the None option field.

98 Page Modem Monitor BMS Basics Changing Settings of a Modem Connection If you wish to change settings of a modem connection, select the corresponding modem connection by clicking in the Remote Data Transmission - External Modem Installation window (see Fig. 1.8/3). The selected modem connection is marked green. s described in section for these modem connection, you can also edit the telephone number of the Neutrino BMS as well as the filter tables with the filter entries or the trend curves and malfunction messages. If the telephone number of the DDC system has changed, you can carry out the changes of the telephone number in the Edit Call Number window (see Fig. 1.8/26). s a result, the neutrino BMS can reach the DDC system under the changed telephone number Editing or Selecting Telephone Number of a DDC System Editing a Telephone Number If you want to edit the telephone number of the DDC system, click on the Edit Call Number function under the Options menu item in the menu bar. The Edit Call Numbers window opens, in which the telephone numbers for the DDC systems already entered are listed. Fig. 1.8/26: Edit Call Numbers window If you want to add a telephone number, enter the relevant number in the Call number entry field. Click the [dd] button to add the telephone number entered in the list. If a telephone number is to be altered, select the corresponding number from the list by clicking on it. The telephone number selected will be marked green and is displayed in the Call number entry field. Overwrite this telephone number in the entry field and click on the [Change] button. The changed telephone number will be displayed in the list.

99 BMS Basics Modem Monitor Page Click on the arrow of the Modem group selection field and select the relevant modem group from the opened drop down window. The modem group selected is marked green and its name will be taken over in the selection field. If you want to delete a telephone number, choose the corresponding telephone number from the list by clicking on to it. The selected telephone number is marked green. Click the [Delete] button to delete the telephone number from the list. ttention: No safety query will appear whilst deleting a telephone number. With the [Cancel] button the Edit Call Numbers window (see Fig. 1.8/26) will be closed without taking over the changes. Click on the [OK] button in this window in order to take over the changes in the Select Call Number window. You need to select the telephone number of the DDC system in the Select Call Number window so that the Neutrino BMS can build up the communication to the DDC System and is able to receive the trend curves and malfunction messages. Selecting a Telephone Number Click on the Select Call Number function under the Options menu item in the menu bar in order to select the telephone number for a DDC system. The Select Call Number window will open in which the telephone numbers of the DDC systems are listed which were entered or changed in the Edit Call Number window. Select the desired telephone number which is to be used by the Neutrino BMS for the communication with the DDC system. The selected telephone number is marked green. Fig. 1.8/27: Select Call Number window With the [Cancel] button the window will be closed without the selected telephone number being taken over. Click on the [OK] button to take over the telephone number selected in the Remote Data Transmission - External Modem Installation window (see Fig. 1.8/3).

100 Page Modem Monitor BMS Basics Editing Telephone Number of the Neutrino BMS If you want to edit the telephone number of the Neutrino BMS, click on the Set-up function under the File menu item in the menu bar, or directly on the symbol in the tool bar. The Set-up Modem Installations window will open, with the activated Telephone Numbers index card. Fig. 1.8/28: Set-up Modem Installations window dding a Telephone Number In the display field of the Telephone Numbers index card the telephone number entered will be displayed during the configuration of the modem connection. If you should wish to add a telephone number, click on the [New...] button and enter the desired telephone number in the entry field of the opened window. Note: Enter the telephone number of your Neutrino BMS which the DDC system is to use for the transmission of the DDC parameter to the Neutrino BMS. Fig. 1.8/29: Window for entering a telephone number

101 BMS Basics Modem Monitor Page With the [Cancel] button this window will close without saving the telephone number. Click the [OK] button, to take over the telephone number in the Telephone Numbers index card. The telephone number entered will be displayed in the display field of this index card. Note: The DDC Central DDC3000 can manage a maximum ten telephone numbers for the communication with the Neutrino BMS. In comparison to the DDC Central DDC3000, the DDC Centrals HRP and LRP can manage only two telephone numbers. If you have already entered two telephone numbers for the Neutrino BMS, the [New...] button opens an information window. Confirm the information window by clicking the [OK] button. Fig. 1.8/30: Information window Changing a Telephone Number If you want to change a telephone number, select the corresponding telephone number by clicking on to it. The selected telephone number is marked green. Click the [Edit] button, to change over the telephone number. Mark the entry in the entry field of the opened window and overwrite it with the desired telephone number. Fig. 1.8/31: Window for changing the telephone number With the [Cancel] button the window will be closed without the telephone number being changed. Click on the [OK], button to take over the changed telephone number in the Telephone Numbers index card. Deleting a Telephone Number If you want to delete a telephone number, select the corresponding telephone number by clicking on to it. The selected telephone number is marked green. Click the [Delete] button to delete the telephone number from the list. ttention: There is no safety query whilst deleting the telephone number for the Neutrino BMS.

102 Page Modem Monitor BMS Basics Before transferring the filter tables with the changed telephone numbers to the DDC system, you can change the selection of the trend curves and malfunction messages in the further index cards as filter entries Changing Filter Entries If you want to change the selection of the trend curves and malfunction messages as filter entries, click in the window Set-up Modem Installations (see Fig. 1.8/28) on the Trend Curves or Malfunction Messages tab and as described in sections and change the selection for the filter entries in the corresponding index card Transferring Telephone Number and Filter Entries fter you have carried out the alterations for the telephone number of the Neutrino BMS and for the filter entries, click on the [Send] button. safety query will open in which you are informed that the trend curve values collected in the trend memory will be deleted during the transfer of the filter entries for the trend curves to the DDC system. ttention: First transfer all trend curve values from the trend memory to the DDC system and only then the telephone number and the filter entries. Click on the [No] button in the safety query and in the Set-up Modem Installations window on the [OK] button, to take over the change to the telephone number and the filter entries in the filter tables of the BMS database. Open the Cyclical Calling window as described in section to transfer the trend memory directly from the selected DDC system. Fig. 1.8/32: Safety query fter you have transferred the trend curve values from the trend memory of the selected DDC system directly, you can transfer the filter tables to the selected DDC system. Reopen the Set-up Modem Installations window as described and click on the [Send] button. safety query will open in which you need to confirm the transfer of the filter tables to the corresponding DDC system via the modem connection selected using the [Yes] button.

103 BMS Basics Modem Monitor Page n information window will open with which the transfer of the filter table to the corresponding DDC system is displayed. The trend memory will be deleted and only the trend curve values for the selected trend curves will be collected in the trend memory. Using the [Cancel] button in this information window, you can cancel the transfer. Fig. 1.8/33: Information window This information window will be closed automatically when the transfer has come to an end. The trend memory of the DDC system will be deleted and only the trend curve values for the selected trend curves will be collected in the trend memory.

104 Page Modem Monitor BMS Basics Setting Up Callback (Optional) Using the optional BMS Callback function in the MODEMMONITOR program, you can set-up a callback to a Windows computer so that operators of e.g. the standby service personnel can view the status of the TG without any cost and change it where necessary. fter the callback function has been set-up on a Windows computer in the optional PHWIN CLLBCK program and in the Remote Data Transmission BMS Callback window, a remote data transmission connection must be configured on this Windows computer. Consequently, the Windows computer can establish the connection to the Neutrino BMS and transfer the corresponding callback number. fter the transfer of the callback number, the establishment of the connection will be ended by the Windows computer. The Neutrino BMS checks the identity of the callback number communicated and upon an authorized callback number, re-establishes the connection and transfers the user interface to this Windows computer. fter the Neutrino BMS has established a connection to the Windows computer via callback, you have the same operating alternatives as on your Neutrino BMS, depending on your access rights Displaying Telephone Numbers for Callback If you want to display to the operator the telephone number with which the callback from the Neutrino BMS should occur, click on the BMS Callback function under the View menu item in the menu bar or directly on the symbol in the tool bar. The Remote Data Transmission BMS Callback window will open, in which, where applicable, the already set-up operators are listed with name and telephone number. Fig. 1.8/34: Remote Data Transmission BMS Callback window

105 BMS Basics Modem Monitor Page Setting Up a Telephone Number for Callback If you want to set-up the telephone number of operators for a callback, click on the [New...] button. The Define Callback Number window will open, in which you need to enter the names and telephone numbers for the corresponding operators in the corresponding entry fields. By clicking on the corresponding option field, you can select the status for the callback. The following possibilities are available: lways : clear the call-back without temporal restrictions. Locked : lock the call-back Time limit : clear the call-back with temporal restrictions. If you have activated the Time limit options field, click in the respective entry field and enter the date with the corresponding time. Note: When entering the date, you must divide the individual figures using a dot, e.g and with the entry of the time the minutes must be divided from the hour using a colon e.g. 12:00. Single figures must be preceded by a 0. Fig. 1.8/35: Define Callback Number Window Click on the [OK] button to take over the telephone number selected in the Remote Data Transmission - BMS Callback window. With the [Cancel] button, the window will be closed without the settings being taken over. Note: The telephone numbers entered for the callback must similarly be configured on the Windows computer in the optional PHWIN CLLBCK program.

106 Page Modem Monitor BMS Basics Changing a Telephone Number for Callback Editing a Telephone Number If you want to edit the telephone number of operators for the callback, select the corresponding operator name in the Remote Data Transmission - BMS-Callback window by clicking on the corresponding operator name (see Fig. 1.8/34). The selected operator name is marked green. Click on the [Edit...] button, or double click on the selected operator names. The Define Callback Number window will open, in which you can alter the operator name and the telephone number in the entry fields and alter the status of the callback by clicking on the corresponding option field. Fig. 1.8/36: Define Callback Number Window Click on the [OK] button to take over the alterations in the Remote Data Transmission - BMS Callback window. With the [Cancel] button, the window will be closed without the changes being taken over. Note: The telephone numbers changed for the callback must similarly be changed on the Windows computer in the optional PHWIN CLLBCK program. Deleting a Telephone Number If you want to delete the telephone number of operators for callback, select the corresponding operator name in the Remote Data Transmission - BMS-Callback window by clicking on the corresponding operator name (see Fig. 1.8/34). The selected operator name is marked green. Click on the [Delete] button. safety query is opened in which you need to delete the telephone number for the callback with the [Yes] button. With the [No] button the safety query will be closed without the telephone number being deleted.

107 BMS Basics Modem Monitor Page Fig. 1.8/37: Safety query

108 Page Modem Monitor BMS Basics Displaying the Log File for a Modem Connection If you want to display information about the modem connections, click on the Log File function under the Options menu item in the menu bar, or directly on the symbol in the tool bar. The Modemlog window will open which displays the respective connections and disconnections from the Neutrino BMS to the corresponding DDC system, plus the duration of the connection. dditionally, information regarding the corresponding modem with the specifications of the selected telephone numbers for the Neutrino BMS is displayed. Fig. 1.8/38: Mode log window This window will be closed again with the symbol in the title bar.

109 BMS Basics Modem Monitor Page Changing the live Check for Modem Connections live check is designed for the automatic verification of communication and the modem connections between the Neutrino BMS and the DDC system and is configured with the installation of the Neutrino BMS. The Neutrino BMS establishes the modem connection to the selected DDC system of a spatially remote TBE and checks the availability of this modem connection. Note: Changes to this configuration should only be performed by operators with familiarity with the alive check. If you want to change this configuration, click on the Configure live Check... function under the Options menu item in the menu bar. It opens the window Configure live Check in which you can alter the settings for the configuration by clicking on the options field. The following possibilities for the configuration are available: live check : With this options field, a check can be carried out periodic, at interval or to time program. Settings : Using the selection field it is possible to select how often the modem connection should be checked. It is also possible to enter the intervals which should separate the checks. Options : Using this option field the modem connection can be checked once after the system start has been carried out, and in the case of a fault, can be locked. Fig. 1.8/39: Configure live Check window

110 Page Modem Monitor BMS Basics Corresponding to the activated options field under live check and Options different buttons, further option field or entry fields are active. Do Not Carry Out ny live Checks If you have activated the Do not carry out periodic alive check option field by clicking on to it, the first option field, the selection and entry fields under Options the option fields, as well as under Settings are all active. Under Options activate the Perform alive check once after system start options field by clicking on to it, so that the verification is carried out once, and after the system start as been carried out. dditionally, activate (by clicking) the Lock modem installation, if alive check is negative options field, if in the case of an error, the modem connection is to be locked automatically. Note: If the modem connection is locked after being checked, this DDC system will not be capable of further communication. If the modem is to be checked once again before locking it, select under Settings the number of repetitions of the verification using the Number of repeats in case of failure selection field. In the Pause between repeats entry field enter a time for the interval between the individual checks. In the case of an error, the establishment of the connection and checking of the modem connection will be repeated with the pre-set intervals, according to this number. Note: When entering the interval times, the minutes must be separated from the hours by a colon, e.g. 00:05:00. single figures must be preceded by a 0. Perform live Check with Interval If you have activated the Perform alive check at intervals option field, you need to enter the time for the interval under live check in the Interval entry field. The modem connection will be established and checked in accordance with the interval. Note: When entering the time for the intervals, the minutes must be separated from the hours by a colon, e.g. 00:30:00. Single figures must be preceded by a 0. dditionally, under Settings and Options you can perform further setting tasks as described.

111 BMS Basics Modem Monitor Page Perform live Check with Time Program If you have activated (by clicking) the Perform alive check according to time program options field, you additionally need to activate the Daily or Weekly options field by clicking on to it. With the activated Daily options field the [Change...] button next to Times are active. Click on this button to set the time(s) for the check(s) in the open Times window by clicking on the corresponding option field. The time set is indicated by the symbol. With the [Cancel] button the window will be closed without taking over the setting. Click on the [OK] button to take over the setting of the time(s) in the Configure live Check window. Fig. 1.8/40: Time window With the activated Weekly options field the [Change...] button next to Days and Times are active. With the [Change...] button next to Days the Days of the Week window is opened in that by clicking on the corresponding option field you can set the day or days for the check(s). The day set is indicated by the symbol. With the [Cancel] button the window will be closed without taking over the setting. Click on the [OK] button to take over the setting of the day or days in the Configure live Check window. In addition, using the [Change...] button next to Times, you need to open the Times window and set the time(s) for the checks as described. Fig. 1.8/41: Days of the Week window

112 Page Modem Monitor BMS Basics The modem connection will be established and checked in accordance with the time program. dditionally, you can activate the Only perform alive check, if... options field if after connection attempt, the new modem is to be checked only after the expiry of a particular time span. In the Time span entry field enter the time for the time span. Note: When entering the time span, the minutes must be separated from the hours by a colon, e.g. 00:30:00. single figures must be preceded by a 0. Parameterizing the Status Parameter If you want to display the results of the live Check as e.g. a trend curve, in a plant graphic, and in the case of an error. issue a corresponding malfunction message, click on the [Status parameter...] button. The Binary ctual Value window will open in which you can carry out the corresponding parameterizing. Note: The parameterization of the status parameter should only be carried out by operators with skills in parameterizing. Fig. 1.8/42: Binary ctual Value window

113 BMS Basics Modem Monitor Page You need to perform the following parameterizing: Plain text : Entry of any text, which should be used in all other programs for this BMS data point. [Trend curve...] Button: Parameterized of a trend curve, to display the live check as a trend curve display in a plant graphic (see chapter 4, section 4.4.8). Button [Message...]: Parameterized of a malfunction message in order to display a during the disruption of the modem connection in the current malfunction message of the OPERTION ND MLFUNCTION MESSGES program (see chapter 4 section 4.4.8). With the [Cancel] button the window will be closed without the parameterizing being taken over. Click the [OK] button to take over the parameterizing for the status parameter. The malfunction of the modem connection can be signalled with the parameterized malfunction message and then forwarded to the operator responsible in accordance with the parameterization. s a result, the modem connection should not be locked with the Lock modem installation, if alive check is negative options field under Options as is described. With the [Cancel] button the window will be closed without the parameterizing being taken over. Click the [OK] button to take over the parameterizing for the status parameter. fter you have changed the configuration of the live Check click in the Configure live Check window (see Fig. 1.8/39) on the [OK] button to take over the changes. With the [Cancel] button the window will be closed without the changes being taken over.

114 Page Modem Monitor BMS Basics Information about the Modem Monitor With the Info about... function under the Help menu item in the menu bar, you can access information about the software state of the MODEM MONITOR program. Fig. 1.8/43: Info bout... window With the [OK] button the window will close again.

115 BMS Basics Notebook Page Notebook Brief Description NOTEBOOK is a program that is integral to the Neutrino BMS's basic software and allocated to the Extras functional group. You can use the NOTEBOOK to create, archive and send texts for messages and instructions. The texts produced for instructions can be used as fade in points and displayed in the OPERTOR LEVEL as subsequent image Instruction Text (see chapter 2 section ). If the optional FX, SHORT TEXT (SMS), CITY PGING and E-MIL programs are installed on the Neutrino BMS, the NOTEBOOK will become a communication central. You will receive an overview of the message sent as fax, SMS or city page in the respective journal. Information regarding the s sent or received can be viewed in a separate window. If the optional VOICE program is installed on the Neutrino BMS, you will receive an overview in the voice journal regarding the voice messages sent from the STNDBY SERVICES. Click on the symbol in the BMS status bar in order to open the drop down window with the functional groups. Open the Extras functional group and select the NOTEBOOK program by clicking on to it. fter the program NOTEBOOK has been opened, the Notebook window will be displayed. This window consists of the title bar, the menu bar and the tool bar as well as from the area for entering the text. Fig. 1.9/1: Notebook window

116 Page Notebook BMS Basics Menu Bar The menu bar contains the following menu items. Clicking on a menu item to open the associated drop down window with the corresponding functions. File menu item New... (see section 1.9.2) Open... (see section 1.9.3) Save (the notebook file will be saved) Save as... (see section ) Delete... (see section 1.9.9) Print... (see section 1.9.6) Send s Fax (see section ) s ... (see section ) Exit (see section ) Edit menu item Cut (the text passages marked will be cut out) Copy (the text passages marked will be copied) Paste (copied or cut text passages will be inserted) Insert File... (see section ) Header and Footer... (see section ) Margins... (see section ) Search... (see section ) Replace... (see section ) Options menu item (optional) City Paging... (see section ) Fax... (see section ) Short Message (SMS)... (see section ) Voice Journal (see section 1.9.8) s... (see section ) Help menu item Table of Contents..., display online help Help for ctive Window...display context-sensitive help Info about... (see section )

117 BMS Basics Notebook Page Tool Bar The tool bar contains the following symbols: Create new notebook file (see section 1.9.2) Open, select notebook file (see section 1.9.3) Save notebook file Print notebook file (see section 1.9.6) Select font by clicking on the arrow Select font size by clicking on the arrow Display selected text passage bold or italic Select font color by clicking on the arrow Display selected text passage left-aligned, centred or right-aligned Send message by city paging (see section ) Send message by fax (see section ) Send message by short message (SMS) (see section ) Overview of the voice messages in the voice journal (see section 1.9.8) Send or receive message by (see section )

118 Page Notebook BMS Basics Creating a Notebook File notebook file will be displayed automatically after accessing the NOTEBOOK program in which you can enter the text for messages or instructions. This window contains the usual function of a word processing program under the Edit menu item in the menu bar or as a symbol in the tool bar. Fig. 1.9/2: Notebook window If you wish to save the notebook file will the text entered, click on the Save function under the File menu item in the menu bar or directly on the symbol in the tool bar. The Save window will open in which you need to enter the desired file name for the notebook file via the keyboard in the File name entry field. Fig. 1.9/3: Save window

119 BMS Basics Notebook Page Click the [OK] button, to save the Notebook file under the file name entered. With the [Cancel] button, the window will be closed without the notebook file being saved. If you wish to create a further notebook file, click on the New function under the File menu item in the menu bar or directly on the symbol in the tool bar. new notebook file will be displayed in which you can enter a new message or instruction. Save the notebook with the desired file name as described. If you have entered a text in a notebook file without having saved it, a safety query will open with the New function or with the symbol. Fig. 1.9/4: Safety query Click on the [Yes] button in the safety query if you want to save the text entered as a notebook file. The save window will open, in which you can save this notebook file with the desired file name, as described Click on the [No] button if you do not want to save the text entered in the notebook file. With the [Cancel] button the safety query will be closed without the text entered being deleted.

120 Page Notebook BMS Basics Open a Notebook File If you want to open a notebook file, click on the Open... function under the File menu item in the menu bar or click directly on the symbol in the tool bar. The Open window will open in which all the notebook files are listed. Select the desired notebook file by clicking on it. The notebook file selected is marked green and its name will be taken over in the File name entry field. Fig. 1.9/5: Open window With the [Cancel] button the window will be closed without the selected notebook file being opened. If you want to display the text of the selected notebook file, click on the [OK] button, or double click on the name of the corresponding notebook file. Fig. 1.9/6: Opened notebook file

121 BMS Basics Notebook Page Editing a Notebook File If you wish to perform changes in a notebook file, open the relevant notebook file as described in section Searching and Replacing Term in a Notebook File If you want to search in the opened notebook file for certain terms and possible replace these with other terms, click on the Search... or Replace... function under the Edit menu item in the menu bar. The Search and Replace window will open with the activated Search index card. The [Cancel] button closes this window. Enter the relevant term to be searched in the Search for entry field. Click on the arrow of the Search direction selection field, if you wish to select a different search direction in the opened drop down window than Total. The selected search direction e.g. Downward is marked green and will be displayed in the selection field. You can limit the search criteria further with the option fields. If you want to replace the term sought for with another term, click on the Replace tab, to display the associated index card. dditionally, enter the term which is to replace the term sought in the Replace with entry field. Fig. 1.9/7: Search and Replace window Using the [Continue search] or [Replace] button, the term entered will be displayed or replaced which is located on the first position in the text.

122 Page Notebook BMS Basics So that all the terms in the text are displayed or replaced, you must click on the [Continue search] or [Replace] button as long as the subsequent information window is displayed. Confirm this information window with the [OK] button. Fig. 1.9/8: Information window Insert Text in a Notebook File If you want to insert texts from other notebook files in the current notebook files, click on the Insert File... function under the Edit menu item in the menu bar. The Open window will open in which you need to select the corresponding notebook file as described in section The text of the selected notebook file will be inserted at the location of the cursor in the current notebook file Saving a Notebook File under nother Name If you want to save the an opened notebook file under a different name, click on the Save as... function under the File menu item in the menu bar. The Save window will open in which you need to enter the desired file in the File name entry field. Fig. 1.9/9: Save window

123 BMS Basics Notebook Page With the [Cancel] button, the window will be closed without the notebook file being saved under the new file name. Click the [OK] button, to save the notebook file under the new file name Saving a Notebook File in an New Directory If you want to save the an opened notebook file in a new directory, click on the Save as... function under the File menu item in the menu bar. The window save will open, in which you can create a new directory. Click on the [New] button to create a new directory. The Create directory window will open in which you need to enter a name for the new directory in the entry field. Fig. 1.9/10: Create Directory window With the [Cancel] button the window will be closed without the directory being created. Click on the [OK] button to create the new directory. The newly created directory will be displayed in the Save window. Double click on the name of this directory to open it. Enter the file name for the opened notebook file in the File name entry field. Fig. 1.9/11: Save window with new directory

124 Page Notebook BMS Basics With the [Cancel] button, the window will be closed without the notebook file being saved in the new directory. Click on the [OK] button, to save the Notebook file in a new directory. With the [Return] button, you can return to the previous directory Setting Up a Notebook File If you want to set-up a notebook file for the headers and footers as well as the margins in order to print or send by fax, open the corresponding notebook file as described in section Setting Up Header and Footer for a Notebook File If you want to set-up header and footer for the opened notebook file, click on the Header and Footer... function under the Edit menu item in the menu bar. The Header and Footer window will open, in which you can enter the corresponding text for the header and footer. Click on the arrow of this selection field and select the header or footer in the drop down window. The selection e.g. header is marked green and will be displayed in the selection field. Fig. 1.9/12: Header and Footer window with opened drop down window Click on the [OK] button to take over the settings for the header and footer. With the [Cancel] button, the window will be closed without the header and footer being set-up. Note: The header and footer are faded out in the notebook file, but will be printed or faxed.

125 BMS Basics Notebook Page Setting Up Margins for a Notebook File If you want to set-up the margins for the opened notebook file, click on the Margins... function under the Edit menu item in the menu bar. The Margins window will open, in which you can set-up the margins with the arrows of the selection fields. lternatively, you can enter a value for the margins in the corresponding selection fields. If you want to alter the format, click on the page symbol in the centre of the window. You have the choice between portrait and landscape. Fig. 1.9/13: Margins window Click on the [OK] button to take over the settings for the margins. With the button [Cancel] the window will be closed without the margins being set-up. Note: The margins will not be considered in the notebook file, the text will however be printed or faxed with margins.

126 Page Notebook BMS Basics Outputting a Notebook File If you want to print a notebook file or save it as a PDF file, enter a text in the open notebook file, or select a notebook file as described in section Click the Print function under the File menu item in the menu bar or click the symbol directly in the tool bar. The Print window will open in which you can perform the printout or PDF print in the respective settings Printing a Notebook File In the Print window you can select a printer with the [Selection] button, and using the corresponding option field, you can select the print range. Fig. 1.9/14: Print window Click the [Selection] button, select a printer. The Printer Selection window, will open, in which the printers connected to the Neutrino BMS are listed. In the Status column of this window, the status messages of the printer are displayed. The following statuses can be reported: Ready : this printer can be used to print Problem : this printer cannot be used to print Fig. 1.9/15: Printer Selection window

127 BMS Basics Notebook Page Select the corresponding printer by clicking on to it. The selected printer is marked green. With the [Cancel] button, the window will be closed without the printer being taken over. Click the [OK] button to take over the selected printer in the window Print. The Print window will be opened once again in which the printer taken over will be displayed. ctivate the respective option field by clicking to select the desired print range. During the selection Pages in the From and To entry fields enter the corresponding pages for the print range. Fig. 1.9/16: Print window With the [Cancel] button, the window will be closed without the notebook file being printed on the printer selected. Click the [OK] button to print the notebook file Saving a Notebook File as PDF File In the Print window you can select a printer with the [Selection] button, and using the corresponding option field, you can select the print range. Fig. 1.9/17: Print window Click on the [Selection] button to select the PDF print. The Printer Selection window will open in which you must select PDF - Print File by clicking. The name PDF - Print File is marked green.

128 Page Notebook BMS Basics Fig. 1.9/18: Printer Selection window With the [Cancel] button the Printer Selection window will be closed without the PDF - Print File being taken over. Click the [OK] button to take over the selected PDF - Print File in the Print window. Saving PDF Files on the Neutrino BMS The Save window opens in which you can mark and, where necessary, overwrite the file name displayed in the File name entry field. Fig. 1.9/19: Save window

129 BMS Basics Notebook Page With the [Cancel] button, the window will be closed without the notebook file being saved as a PDF file. Click the [OK] button, to save the Notebook file as a PDF file. The Print window will be opened once again in which the PDF - Print File taken over will be displayed. ctivate the respective option field by clicking to select the desired print range. During the selection Pages in the From and To entry fields enter the corresponding pages for the print range. Fig. 1.9/20: Print window With the [Cancel] button the window will be closed without the notebook file being saved as a PDF file. Click on the [OK] button to save the notebook file on the hard drive of the Neutrino BMS as a PDF file. fter the Notebook file has been saved as a PDF file, an information window opens. Confirm the information window by clicking the [OK] button. Fig. 1.9/21: Information window Saving the PDF File on a USB Stick If you want to save the PDF file on a USB stick, close the Save window and plug the USB stick into the USB interface of the Neutrino BMS. Open the Save window as described. The usbmemorystick directory will be displayed in this window. Double click on this directory to open it.

130 Page Notebook BMS Basics Fig. 1.9/22: Save window with usb-memorystick directory With the [Cancel] button the window will be closed without the PDF file being saved. Click on the [OK] button to save the PDF file on the USB stick. The Print window will be opened once again in which the PDF - Print File taken over will be displayed. Perform the settings for the print range as described and click on the [OK] button. The Notebook file will be saved on the USB stick as a PDF file. fter the PDF file has been saved to the USB stick, an information window opens. Confirm the information window with the [OK] button and remove the USB stick from the USB interface of the Neutrino BMS. Fig. 1.9/23: Information window

131 BMS Basics Notebook Page Sending a Message from the Notebook If you want to send this message from the notebook, you can send this message as either a notebook file by fax or by or as an alpha numerical text by city paging or short text message Sending a Fax (Optional) If you want to send a message by fax, enter the text in the opened notebook file or select a notebook file as described in section Click the Fax... function under the Options menu item in the menu bar, or click directly on the symbol in the tool bar. lternatively you can select the s Fax... function via the Send function under the File menu item in the menu bar. The Send Fax window opens in which the set operator are listed with name and fax number. With the [Close] button closes this window again. Fig. 1.9/24: Window Send Fax Note: The recipients displayed were set-up in the STNDBY SERVICES (see chapter 5 section 5.5.). If you want to send the fax to another recipient, click on the [nother Recip....] button (see section Sending a Fax to nother Recipient ). Selecting a Recipient and Sending a Fax Select the desired recipient in the relevant option field in the list by clicking on the corresponding option field. The selected recipient is indicated by the symbol. multiple selection is possible. Click on the [Send] button to send a fax.

132 Page Notebook BMS Basics This will open an information window in which the symbol displays the progress of the sending. This information window will close automatically when the fax has been sent completely. Fig. 1.9/25: Information window Using the [Cancel] button in the information window, you can end the process and the fax will not be sent. safety query is opened in which you can cancel the despatch of the fax with the [Yes] button. Click on the [No] button if the fax should be sent after all. Fig. 1.9/26: Safety query Displaying the Fax Journal If you want an overview of the status of the faxes sent, click in the Send Fax window on the [Journal...] button. The FX Journal window will open, listing the faxes sent. With the [Close] button closes this window again. Fig. 1.9/27: FX-Journal window

133 BMS Basics Notebook Page The faxes were either sent manually from the NOTEBOOK by an operator, or automatically, due to an unconfirmed malfunction message from the STNDBY SERVICES. If a collective malfunction message was configured in the STNDBY SERIVCES; instead of a single unconfirmed malfunction message, a collective malfunction message will be sent and the individual malfunction messages will be suppressed. The despatch of the collective malfunction message will be sent only when several unconfirmed malfunction messages appear within a defined distance (period). This window displays the information regarding the faxes despatched. You can receive the following information from the separate columns: Date : The point in time at which the fax was sent. Name : The recipient name to which the fax was sent, or the number of suppressed malfunction messages of a collective malfunction message. Recipient No. : The telephone number of the recipient to which the fax was sent or Suppressed for a collective malfunction message sent. Operator : The operator name which sent the fax, Collective message for a collective malfunction message sent or Message for a malfunction message sent, which has not yet been confirmed. The symbol in the Date column displays the exact status, and are listed once more in the lower margin of the window with the corresponding explanation. The status of the fax can be: In progress: Modem is currently dialling or transmitting the fax to the selected fax machine. Sent: Fax was successfully sent from the Neutrino BMS to the selected fax machine. Transm. error: Fax could not be sent from the Neutrino BMS to the selected fax machine. Note: Verify the recipient number or the telephone extension. If both are fully functioning, please consult your provider. Suppressed: Fax of a collective malfunction message sent to the respective fax machine of the standby service personnel. If you want to delete faxes with the In Progress status from the list of the FX Journal window, click on the [Delete queue] button. safety query is opened in which you need to confirm the deletion with the [Yes] button. With the [No] button the safety query will be closed without the faxes with the In progress status being deleted. Fig. 1.9/28: Safety query

134 Page Notebook BMS Basics If you want to display the text of a message sent, double click on the corresponding fax in the list of the FX Journal window. The Fax File window will open, in which the message is displayed. The [Close] button closes the window again. Fig. 1.9/29: Fax File window Sending a Fax to nother Recipient If you want to send a fax or a recipient not listed in the Send Fax window, first enter the message in the opened notebook file, or select a notebook file, as described in section Click on the [nother Recip....] button to send the fax to another recipient. It opens the nother Recipient window, in which you need to enter the names and fax numbers of the Recipient over the keyboard. Fig. 1.9/30: nother Recipient window With the [Cancel] button the window will be closed without the fax being sent. Click the [OK] button to send the fax to the recipient entered.

135 BMS Basics Notebook Page Sending or Recalling s (Optional) Sending s If you want to send a message by , enter the text in the opened notebook file or select a notebook file as described in section Click on the s ... function via the Send function under the File menu item in the menu bar. The Send window will open, in which the corresponding entries for the recipient(s) must be performed in the To, Copy to and Subject entry fields over the keyboard. With the respective [Selection...] button, you can select a previously set-up recipient as described under Select Recipient. Fig. 1.9/31: Send window Note: You need to enter an address in the to entry field to send the . Further entries are optional and not necessary in order to send the message. With the [Cancel] button the window will be closed again without the being sent. Click the [Send] button to send the to the recipient entered or selected. If you have not entered an address an information window will be opened with the [Send] button. Confirm this information window with the [OK] button and enter the address of the recipient by keyboard in the To entry field and click on the [Send] button. Fig. 1.9/32: Information window This will open an information window in which the symbol displays the progress of the sending. Using the [Cancel] button, you can end the process and the will not be sent.

136 Page Notebook BMS Basics Fig. 1.9/33: Information window fter the has been sent, an information window opens again which you need to confirm with the [OK] button. Fig. 1.9/34: Information window Selecting a Recipient If you want to send an to a recipient already set-up, click in the Send window on the respective [Select...] button. This will open the ddress book window listing the recipients already setup. Select the desired recipient in the list by clicking on the corresponding option field. The selected recipient is indicated by the symbol. multiple selection is possible. Fig. 1.9/35: ddress Book window With the [Cancel] button the ddress book window will be closed without taking over the selected recipient. Click on the [OK] button to take over the selected recipient(s) in the Send window.

137 BMS Basics Notebook Page Setting Up a Recipient If you want to set-up a new recipient, click on the [New] button in the ddress book window (see Fig. 1.9/35). The Edit ddress window will open, in which the entries for the new recipient must be performed in the Name and ddress entry fields via keyboard. In the Note entry field you can enter information about the new recipient. Fig. 1.9/36: Edit ddress window With the [Cancel] button, the window will be closed without the entries being taken over. Click the [OK] button to take over the entries for the new recipient in the ddress book window. Editing Entries for a Recipient If you want to edit the entries for a recipient, select the desired recipient in the list of the ddress book window (see Fig. 1.9/35) by clicking in the corresponding option field. The recipient selected will be marked with the symbol. Click on the [Edit] button. The Edit ddress window will open, in which you need to mark and overwrite the entries in the Name and ddress entry fields. With the [Cancel] button the Edit ddress window will be closed without the entries changed being taken over. Click the [OK] button to take over the entries changes for the selected recipient in the ddress book window. Deleting a Recipient If you want to delete a recipient, select the desired recipient in the list of the ddress book window (see Fig. 1.9/35) by clicking in the corresponding option field. The selected recipient is indicated by the symbol. Click the [Delete] button to delete the selected recipient. safety query is opened in which you need to confirm the deletion with the [Yes] button. With the [No] button the safety query will be closed without the recipient being deleted.

138 Page Notebook BMS Basics Fig. 1.9/37: Safety query Displaying s If you want to display the sent or recalled s, click on the s... function under Options menu item in the menu bar or directly on the symbol in the tool bar. The s window will open in which either the sent, archived or recalled s with date, sender and subject are displayed. Click on the arrow of the s selection field, if you wish to perform a different selection for the display of the s in the opened drop down window. Various buttons are dependent on this section or, if the option field is active. The [Close] button closes the s window again. Fig. 1.9/38: s window with open selection field If you want to sort the s displayed in an ascending or descending sequence, click on the name of a column. In addition to the name, e.g. Date an arrow is displayed with which you can select the sequence for the display of the s.

139 BMS Basics Notebook Page Recalling s If you want to recall s, click on the arrow of the selection field in the s window and in the opened drop down window, select the Incoming function. Click on the [Receive] button to recall the s. This will open an information window in which the symbol displays the progress of the transfer. Fig. 1.9/39: Information window fter the s have been transferred, the information window will close and the newly recalled s will be added to the list in the s window. If you want to display only the newly recalled s in the list, activate the Display only new s option field by clicking on to it. Only the newly recalled s will be shown in the list. Reading, Forwarding and nswering s If you want to read an , select the corresponding in the list of the s window by clicking on to it (see Fig. 1.9/38). The selected is marked green. Click on the [Display] button to display this in a notebook file. Fig. 1.9/40: Notebook file of the with text

140 Page Notebook BMS Basics You can forward recalled, sent and archived s to another recipient using the [Forward...] button. Click on the [nswer...] button if you want to answer a recalled or archived . In both cases, this opens the Send window (see Fig. 1.9/31), in which you can send the in the manner described under Sending s. rchiving s If you want to archive a recalled , click on the arrow of the selection field in the s window and in the opened drop down window, select the Incoming function (see Fig. 1.9/38). Select the corresponding in the list by clicking on to it. The selected is marked green. Click on the [rchive] button to archive the selected . You can display archived s by clicking on the arrow of the selection field, and in the opened drop down window selecting the Filing function. Displaying Sent s If you want to display sent s, click on the arrow of the selection field in the window s and in the opened drop down window, select the Sent s function. The list shows the s which have been sent either manually by a operator from the NOTEBOOK, or automatically from a unconfirmed malfunction message or a collective malfunction message from the STNDBY SERVICES. The despatch of the collective malfunction message will be sent only when several unconfirmed malfunction messages appear within a define distance (period). Deleting s If you want to delete s, select the corresponding e mail by clicking on it in the list in the s window (see Fig. 1.9/38). The selected is marked green. Click on the [Delete] button to delete the selected . safety query is opened in which you need to confirm the deletion with the [Yes] button. With the [No] button the safety query will be closed without the selected being deleted. Fig. 1.9/41: Safety query

141 BMS Basics Notebook Page Sending a City Page (Optional) If you wish to send a message by city paging, click on the City Paging function under the Options menu item in the menu bar or directly on the symbol in the tool bar. The City Paging window opens in which the set-up recipients are listed with name and telephone number. With the [Close] button closes this window again. Fig. 1.9/42: City Paging window Note: The recipients displayed were set-up in the STNDBY SERVICES (see chapter 5 section 5.5.). If you want to send the message by city paging to another recipient, click on the [nother recip....] button (see section Sending a City Page to nother Recipient ). Selecting a Recipient and Sending a City Page Enter the message in the Text entry field as an alpha numerical text and select the desired recipient from the list by clicking in the corresponding option field. The selected recipient is indicated by the symbol. multiple selection is possible. Click on the [Send] button to send a city page. This will open an information window in which the symbol displays the progress of the sending. This information window will close automatically when the city page has been sent completely. Fig. 1.9/43: Information window

142 Page Notebook BMS Basics Using the [Cancel] button in the information window, you can end the process and the city page will not be sent. safety query is opened in which you can cancel the despatch of the city page with the [Yes] button. Click on the [No] button if the city page should be sent after all. Fig. 1.9/44: Safety query Displaying the City Paging Journal If you want an overview of the status of the city pages sent, click in the window City Paging on the [Journal...] button. The City Paging Journal window will open in which sent city pages are displayed. With the [Close] button closes this window again. Fig. 1.9/45: City Paging Journal window The city page were either sent manually from the NOTEBOOK by an operator, or automatically, due to an unconfirmed malfunction message from the STNDBY SERVICES. This window displays the information regarding the city page despatched. You can receive the following information from the separate columns: Date : The point in time at which the city page was sent. Name : The recipient name to which the city page was sent. Recipient No. : The telephone number of the recipient to which the city page was sent.

143 BMS Basics Notebook Page Operator : The operator name which sent the city page, or Message for a sent malfunction message, which has not yet been confirmed. The symbol in the Date column displays the exact status and are listed once again in the lower margin of the window with the corresponding explanation. The status of the city page can be: In progress: Modem is dialling or is transferring the city page to the city page central Sent: City page was sent successfully from the Neutrino BMS to the city page central Note: Note: It cannot be guaranteed that the receiver the city page, as there is no feedback from the recipient to the city page central. If the receiver is switched off or is outside the receiving range, the city page will be lost. Transm. error: The city page could not be sent from the Neutrino BMS to the city page central. Verify the recipient number or the telephone extension. If both are fully functioning, please consult your provider. If you want to delete city pages with the In Progress status from the list of the City Paging Journal window, click on the [Delete queue] button. safety query is opened in which you need to confirm the deletion with the [Yes] button. With the [No] button the safety query will be closed without the city pages with the In progress status being deleted. Fig. 1.9/46: Safety query Select a city page by clicking in the list of the City Paging Journal window from which the message in the Messages sent display field is to be displayed. The selected city page is marked green. Sending a City Page to nother Recipient If you want to sent a city page to a recipient who is not listed in the City Paging window, first enter the message as an alpha numerical text in the Text entry field. Click on the [nother recip....] button to send the city page to another recipient. It opens the nother Recipient window, in which you need to enter the name and recipient number of the recipient in the entry fields over the keyboard.

144 Page Notebook BMS Basics Fig. 1.9/47: nother Recipient window With the [Cancel] button the window will be closed without the city page being sent. Click on the [OK] button to send the city page to the recipient entered Sending a Short Text Message (Optional) If you wish to send a message by SMS, click on the Short Text (SMS)... function under the Options menu item in the menu bar or directly on the symbol in the tool bar. The Short Text (SMS) window opens in which the set recipient are listed with name and telephone number. With the [Close] button closes this window again. Fig. 1.9/48: Short Text (SMS) window Note: The receivers displayed were set-up in the STNDBY SERVICES (see chapter 5 section 5.5.). If you want to send the SMS to another recipient, click on the [nother recip....] button (see section Sending a Short text (SMS) to nother Recipient ). Selecting a Recipient and Sending an SMS Enter the message in the Text entry field as an alpha numerical text and select the desired recipient from the list by clicking in the corresponding option field. The selected recipient are indicated by the symbol. multiple selection is possible.

145 BMS Basics Notebook Page Note: Whilst entering a message, pay attention to the maximum character length prescribed by the SMS service. Click on the [Send] button to send the SMS. This will open an information window in which the symbol displays the progress of the sending. This information window will close automatically when the SMS has been sent completely. Fig. 1.9/49: Information window Using the [Cancel] button in the information window, you can end the procedure and the SMS will not be sent. safety query is opened in which you can cancel the despatch of the SMS with the [Yes] button. Click on the [No] button if the SMS should be sent after all. Fig. 1.9/50: Safety query Displaying Short Text Journal If you want an overview of the status of the SMS's sent, click in the Short Text (SMS) window on the [Journal...] button. The Short Text Journal window will open listing the SMS's sent. The [Close] button closes the window again.

146 Page Notebook BMS Basics Fig. 1.9/51: Short Text Journal window The SMS's were either sent manually from the Notebook by an operator, or automatically, due to an unconfirmed malfunction message from the STNDBY SERVICES. If a collective malfunction message was configured in the STNDBY SERIVCES; instead of a single unconfirmed malfunction message, a collective malfunction message will be sent and the individual malfunction messages will be suppressed. The despatch of the collective malfunction message will be sent only when several unconfirmed malfunction messages appear within a defined distance (period). This window displays the information regarding the SMS despatched. You can receive the following information from the separate columns: Date : The point in time at which the SMS was sent. Name : The recipient name to which the SMS was sent, or the number of suppressed malfunction messages of a collective malfunction message. Recipient no. : The telephone number of the recipient to which the SMS was sent or "Suppressed" for which a collective malfunction message was sent. Operator : The operator name which sent the SMS, Collective message for a collective malfunction message sent or Message for a sent malfunction message which has not yet been confirmed. The symbol in the Date column shows the exact status and are listed again in the lower margin of the window with the corresponding explanation. The status of the SMS can be: In progress: Modem is dialling or is transferring the SMS to the SMS central Sent: SMS was sent successfully from the Neutrino BMS to the SMS central Transm. error: The SMS could not be sent from the Neutrino BMS to the SMS central.

147 BMS Basics Notebook Page Note: Check the recipient call number or the modem connection of the Neutrino BMS. If both are fully functioning, please consult your provider. Suppressed: SMS of a collective malfunction message sent to the respective cell phones of the standby services personnel. If you want to delete SMS's with the In Progress status from the list of the Short Text Journal window, click on the [Delete queue] button. safety query is opened in which you need to confirm the deletion with the [Yes] button. With the [No] button the safety query will be closed without the SMS's with the status In progress being deleted. Fig. 1.9/52: Safety query Select an SMS by clicking in the list of the window Short Message Journal from which the message in the Messages sent display field is to be displayed. The selected SMS is marked in green. Sending a SMS to nother Recipient If you want to send an SMS to a recipient who is not listed in the Short Message (SMS) window, first enter the message as an alpha numerical text in the Text entry field. Click on the [nother recip....] button to send the SMS to another recipient. It opens the nother Recipient window, in which you need to enter the names and recipient numbers of the recipient in the entry fields over the keyboard. Fig. 1.9/53: nother Recipient window With the [Cancel] button the window will be closed without the SMS being sent. Click on the [OK] button to send the SMS to the recipient entered.

148 Page Notebook BMS Basics Voice Journal (optional) Should you wish to receive an overview of the voice messages sent, click on the Voice Journal function under the Options menu item in the menu bar, or click directly on the symbol in the tool bar. The Voice Journal window will open listing the voice messages sent. With the [Close] button closes this window again. Fig. 1.9/54: Voice Journal window The voice messages will be sent automatically after a unconfirmed malfunction message from the STNDBY SERVICES (see chapter 5 Section 5.5). If a collective malfunction message was configured in the STNDBY SERIVCES; instead of a single unconfirmed malfunction message, a collective malfunction message will be sent and the individual malfunction messages will be suppressed. The despatch of the collective malfunction message will be sent only when several unconfirmed malfunction messages appear within a defined distance (period). Note: Voice messages will only be sent from the STNDBY SERVICES if a unconfirmed malfunction message or collective malfunction message emerges. This window displays the information regarding the voice messages despatched. You can receive the following information from the separate columns: Date : The time at which the voice message was sent. Name : The recipient name to which the voice message was sent, or the number of suppressed malfunction messages of a collective malfunction message.

149 BMS Basics Notebook Page Recipient no. : The telephone number of the recipient to which the voice message was sent or Suppressed for a collective malfunction message Operator : Collective message for a sent collective malfunction message or Message for a sent malfunction message which has not yet been confirmed The symbol in the Date column displays the exact status and are listed once again in the lower margin of the window with the corresponding explanation. The status of the voice message can be: In progress: Neutrino BMS is dialling or currently transferring the voice message to the respective person(s) of the standby service personnel Sent: Voice message was sent successfully from the Neutrino BMS to the respective person(s) of the standby service personnel Transm. error: If this is not acknowledged after the sending of a voice message via the Neutrino BMS or by the respective personnel of the standby services, the voice message will be sent another five times before the transmission error is displayed Note: Check the recipient number or the modem connection of the Neutrino BMS. If both are fully functioning, please consult your provider. Suppressed: Voice message of a collective malfunction message which was sent to the standby service prsonnel If you want to send voice messages with the In Progress status from list of the Voice Journal window, click on the [Delete queue] button. safety query is opened in which you need to confirm the deletion with the [Yes] button. With the [No] button the safety query will be closed without the voice messages with the In progress status being deleted. Fig. 1.9/55: Safety query Select an voice message by clicking in the list of the Voice Journal window from which the message in the Sent Messages display field is to be displayed. The selected voice message is marked in green.

150 Page Notebook BMS Basics Deleting a Notebook File If you want to delete a notebook file which you no longer need, click on the Delete... function under the File menu item in the menu bar. The Delete window will open in which all the notebook files are listed. Select the corresponding notebook file by clicking on it. The notebook file selected is marked green and its name will be taken over in the File name entry field. Fig. 1.9/56: Delete window With the [Cancel] button the window will be closed without the selected notebook file being deleted. Click the [OK] button, to delete the selected file. safety query is opened in which you need to confirm the deletion with the [Yes] button. With the [No] button the safety query will be closed without the selected Notebook file being deleted. Fig. 1.9/57: Safety query

151 BMS Basics Notebook Page Information about the Notebook With the Info about... function under the Help menu item in the menu bar you can call up information about the software status of the NOTEBOOK program. Fig. 1.9/58: Info about... window The [OK] button closes the window again.

152 Page Notebook BMS Basics Ending the Notebook Program If you want to end the NOTEBOOK program, click on the Exit function under the File menu item in the menu bar. If you have not yet saved the entries or changes in the opened notebook file, a safety query will open. Confirm the safety query with the [Yes] button if you want to save the notebook file before ending the program. With the [No] button, the window will be closed without the notebook file being saved. With the [Cancel] button the safety query will be closed without the program being ended. Fig. 1.9/59: Safety query

153 BMS Basics Remote Control Page Remote Control Brief Description REMOTE CONTROL is a program that is integral to the Neutrino BMS's basic software and allocated to the Extras functional group. The REMOTE CONTROL program is active only if the optional OPERTION BMS VI MODEM or OPERTION BMS VI ETHERNET program is installed on the Neutrino BMS. Click on the symbol in the BMS status bar in order to open the drop down window with the functional groups. Open the Extras functional group and select the REMOTE CONTROL program by clicking on to it. With the REMOTE CONTROL program use can establish network connections to other Neutrino BMS in order to communicate with these. Network communication in a local network (local area network) is established with the optional program OPERTION BMS VI ETHERNET and in a remote data transmission network ( wide area network) with the OPERTION BMS VI MODEM optional program. With a network connection, the operator interface of another Neutrino BMS can be displayed on your Neutrino BMS. If the optional DISTRIBUTED NETWORK program is installed on the Neutrino BMS, a windows interface can be displayed on your Neutrino BMS. Fig. 1.10/1: Network

154 Page Remote Control BMS Basics Displaying Neutrino BMS fter the REMOTE CONTROL program has been opened, the BMS Remote Control window will be displayed. In this window, the Neutrino BMS are listed with plant name, connection type as well as BMS number, for which a network connection with the corresponding access data are set-up. Fig. 1.10/2: BMS Remote Control window If you want to sort the Neutrino BMS in an ascending or descending order, click on the name of the Plant name or BMS no. column. In addition to the name, e.g. Plant name an arrow is displayed with which you can select the sequence for the display of the Neutrino BMS.

155 BMS Basics Remote Control Page Setting Up, Changing or Deleting ccess Data Setting Up ccess Data If a new Neutrino BMS was integrated in an existing network, you need to set-up a network connection for this Neutrino BMS with corresponding access data. network can consist of a total of up to 99 Neutrino BMS, so that you can set-up the access data for 98 Neutrino BMS on your Neutrino BMS network connections. If you want a network connection with the access data for the new Neutrino BMS, click on the [New...] button in the BMS Remote Control window. (see Fig. 1.10/2). The window "BMS ccess Data" will open in which you can perform the entries in the entry fields using the keyboard as well as select the set-up of the access data with the selection fields in accordance with the network connection. Fig. 1.10/3: BMS ccess Data window In the Plant name entry field enter a plant name for the new Neutrino BMS with a maximum of fifty characters. In the Note entry field you can enter information about the new network connection. Click on the arrow of the Connection type selection field to select the type of connection in the drop down window by clicking on to it. The following connection types are available for a network LN - local network (LN = local area network), WN - Remote Data Transmission Network (WN = wide area network) as well as RDP - Windows Terminal (RDP = remote desktop protocol).

156 Page Remote Control BMS Basics ccording to the connection type selected, further entries or selection fields are activated or deactivated. The connection type LN is preset. Connection Type LN In the BMS number entry field a BMS number for the new Neutrino BMS will be given to the Neutrino BMS already set-up automatically in ascending numeration. The pre-determined BMS number should be changed only in exceptional cases. The operation and malfunction messages of the individual Neutrino BMS are allocated with the BMS numbers. Note: If changing a pre-determined BMS number, ensure that you do not issue a duplicate number. The BMS number 1 can not be allocated as this number identifies your own Neutrino BMS. Enter the TCP/IP address of the new Neutrino BMS in the TCP/IP address entry field. dditionally, you need to set-up the new access data for you Neutrino BMS on the new Neutrino BMS with the TCP/IP address. Communication between the Neutrino BMS takes place in the local network via the TCP/IP protocol. Note: You can receive the TCP/IP addresses of the new Neutrino BMS from your provider. Connection Type WN s for the connection type LN, change the pre-determined BMS number where necessary, as described and enter a TCP/IP address. Enter the in the Call number entry field the telephone number of the new Neutrino BMS. Note: In the case of a telephone private automatic branch exchange enter the complete telephone number with internal pre-selection number in the Call number entry field, because the connection occurs via a pre-selection. Select the modem group using the Modem group selection field e.g. nalog for an analog modem connection. ccording to this selection, the modem connection will be established either analog, ISDN or by radio. In the Modem PPP name entry field enter the name of the operator with the corresponding access rights to establish a modem connection to the Neutrino BMS. in the Modem PPP code word entry field enter the code word of the operator. Note: In the OPERTOR CCOUNTS program of the corresponding Neutrino BMS, an operator account must be set-up for the operator with an allocated operator name and code word (see chapter 4 section 4.3). Communication between the Neutrino BMS takes place in the remote data transmission network via PPP (point to point protocol).

157 BMS Basics Remote Control Page Connection Type RDP Enter the TCP/IP as described for the connection type LN. dditionally, you need to perform the entries in the Modem PPP name entry field as well as Modem PPP code word entry field as described for the connection type WN. Communication between the Neutrino BMS and the Windows computers takes place in RDP network via the TCP/IP protocol. Taking over ccess Data With the [Cancel] button, the window will be closed without the access data of the new Neutrino BMS being taken over. Click on the [OK] button to take over the access data for the new Neutrino BMS. The new Neutrino BMS will be added in the list in the BMS Remote Control window (see Fig. 1.10/2). allocated BMS Number twice If you have allocated a BMS number twice, opens an information window with the [OK] button in the BMS ccess Data window. Confirm the information window with the [OK] button and change the BMS number entered. Fig. 1.10/4: Information window No Correct TCP/IP ddress If you have entered an incorrect TCP/IP address, opens a safety query the [OK] button the BMS ccess Data window. Click on the [No] button in this safety query and change the TCP/IP address entered. The [Yes] button takes over the incorrect TCP/IP address and a new network connection to the Neutrino BMS cannot be established. Fig. 1.10/5: Safety query

158 Page Remote Control BMS Basics Changing ccess Data If you want to change the access data to a Neutrino BMS, in the Window BMS Remote Control, select the corresponding Neutrino BMS by clicking on to it. The selected Neutrino BMS is marked in green. Click on the [Edit] button, to change the access data of the network connection for the selected Neutrino BMS. Fig. 1.10/6: BMS Remote Control window The BMS ccess Data window will open, in which the access data of the selected Neutrino BMS will be displayed. You can carry out the changes to the access data in accordance with the network connection using the entry and selection fields, as described in section Fig. 1.10/7: BMS ccess Data window Click on the [OK] button to take over the altered access data for the selected Neutrino BMS. With the [Cancel] button, the window will be closed without the changed access data being taken over.

159 BMS Basics Remote Control Page Deleting ccess Data If you want to delete the access data of a Neutrino BMS, in the BMS Remote Control window, select the corresponding Neutrino BMS by clicking on to it. The selected Neutrino BMS is marked in green. Fig. 1.10/8: BMS Remote Control window Click on the Button [Edit...]. The BMS ccess Data window will open, in which the access data of the selected Neutrino BMS will be displayed. Fig. 1.10/9: BMS ccess Data window In this window click on the [Delete] button to delete the access data. safety query is opened in which you need to confirm the deletion with the [Yes] button. The access data of this Neutrino BMS will be deleted and no longer displayed in the list of the BMS Remote Control window.

160 Page Remote Control BMS Basics With the [No] button the safety query will be closed without the access data being deleted. Fig. 1.10/10: Safety query If the Neutrino BMS selected in STNDBY SERVICES allocated to a message group (see chapter 5, section 5.5) you cannot delete the access data of this Neutrino BMS. The [Delete] button opens an information window which you must confirm using the [OK] button. Fig. 1.10/11: Information window

161 BMS Basics Remote Control Page Establishing a Network Connection If you want to set-up a network connection to a different Neutrino BMS, select the corresponding Neutrino BMS by clicking in the BMS remote control window. The selected Neutrino BMS is marked in green. Click on the [Call] button to establish the network connection to the selected Neutrino BMS. ccording to the type of connection selected, the network connection will be established in a remote data transmission network via a modem or in a local network via the INTRNET. Fig. 1.10/12: BMS Remote Control window Network Connection in a Remote Data Transmission Network If you have selected the connection type WN in the set-up of the access data of this Neutrino BMS, (see section ), the network connection will be established in a remote data transmission network via a modem and displayed with the following window. The [Cancel] button can cancel the establishment of the network connection. Fig. 1.10/13: Window to display the connection establishment If no operator name or code word were defined in the BMS ccess Data window, the Logon window will open before the network connection is established. Fig. 1.10/14: Logon window

162 Page Remote Control BMS Basics Click in the Operator entry field and enter your operator name using the keyboard. Press the TB key on the keyboard or click in the Code word entry field to enter your code word. The code word entered will not be shown, but displayed with the characters *. Note: Pay attention to upper and lower case when entering the code word. With the [Cancel] button, the window will be closed without the entries being taken over. Click the [OK] button to confirm the entries. If you have entered the operator name and code word correctly, the network connection will be established. Network Connection in a Local Network If you have selected the connection type LN in the set-up of the access data of this Neutrino BMS, (see section ), the network connection will be established in a local network via the INTRNET and displayed with the following window. Fig. 1.10/15: Window to display the establishment of the connection Screen View of the Selected Neutrino BMS fter the network connection to the selected Neutrino BMS has been established, the window to display the establishment of the connection will close automatically. window will open, which displays with the screen view of the selected the Neutrino BMS with BMS status bar. In this screen view you can perform operating actions for this Neutrino BMS depending on your access authorization.

163 BMS Basics Remote Control Page Fig. 1.10/16: Screen view of the selected Neutrino BMS