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Honeywell WEBs-N4 Installation GuideVersion 4.9.0.198September 2020Table of ContentsA BOUT THIS G UIDE (3)D OCUMENTATION (3)S YSTEM R EQUIREMENT FOR WEB STATION-N4 (3)Operating System & Software Dependencies (4)Using Web Launcher with Niagara 4.9 (5)WEB STATION-N4I NSTALLATION P ROCEDURE (6)About this GuideThis document is part of the WEBStation-N4 documentation library. WEBStation-N4 software is distributed via the Honeywell Buildings Forum. The platform requirements needed are mentioned in WEBs N4.9.0.198 Software Release Bulletin.For the latest product data, visit or Honeywell Building Controls.NOTE: This version of Honeywell WEBs-N4.9.0.198 is compatible with Spyder Model 5, CIPer Model 10, and WEB-8000 controllers. CIPer Model 30 and CIPer Model 50 controllers are not compatible with this release. DocumentationEach view/dialog is provided with a Help button. Click the Help button to open a help window, that explains the functionality of the displayed view. Alternatively, each view has a help page which can be opened by pressing the F1 key on the keyboard or navigate to Help tab in menu items and click Help On View.Refer the Honeywell Buildings Forum Documents for all latest WEBs-N4 product related documentation. System Requirement for WEBstation-N4IMPORTANT NOTEN4.9 supports only 64-bit installations. So, installing N4.9 will generate a new host ID, if you made a 32-bit in-stallation in the previous N4.X versions. Be sure to transfer your Niagara Workbench license from your previous32-bit host ID to your new 64-bit host ID.To use Lon devices with station running in Windows, use LON tunneling with JACE or use LON/IP.Operating System & Software DependenciesWEBs-N4 is supported on the following listed Microsoft Windows operating systems. The application installation in-cludes Oracle’s Java Runtime Environ ment (JRE) and does not depend on any other software to run.Using Web Launcher with Niagara 4.9Web Launcher 20.1.3 was recently revamped for N4.9 to include essential software dependencies updates along with critical defect fixes. This version of Web Launcher has Java version 8 update 252 and certificate management has been updated to work with N4.9 along with any legacy or prospective release. Prior to using Web Launcher with N4.9, customer should update Web Launcher accordingly (see steps below).How to update Web Launcher?Web Launcher has a feature to check for updates over the internet and prompts the user when a new version is avail-able in the cloud. However, existing version of Web Launcher has a bug that prevents a smooth update. Users will be required to perform a fresh install by downloading the latest version from the cloud via the station web Login page. Click on the Niagara Web Launcher Installer link on the station's Web Launcher Web Page, which can be reached via the link on the Login page itself. Once the download is successful, click on the msi file and follow the installation wiz-ard. You do not have to uninstall the older version. The new installation will automatically update to the latest version.WEBstation-N4 Installation Procedure1.Double click the executable file (Installer_x64.exe)The WEBStation-N4 Installation Program window opens, showing information such as build version, date etc.Click Next to proceed the installation.2.Click Yes to agree with the End User License Agreement [EULA] and Next to continue the installation.Or Click No to cancel the installation.3.The installer loads C:\Honeywell\WEBStation-N4-4.9.0.198 path by default. If this path does not exist,the installer displays warning message, Click Yes to create the folder. Click Next to continue installation.4.If you do not wish to install the WEBStation-N4 in the default directory, click Browse to change the path,and click Next to continue.NOTE: If you are performing a new installation, the installer prompts you to set a system passphrase for en-cryption purposes, as shown in the following image.The system passphrase is used to protect sensitive information stored on all WEBs systems, and on the SD card in WEB-8000 controllers. The system passphrase i s assigned as the file passphrase for “portable files, such as backups and station copies, and is used to encrypt those files. During operations in which you transfer encrypted files to a system (restoring backups, transferring a station, etc.) you are prompted to sup-ply the file passphrase, if it doesn’t match the system passphrase. The system passphrase defaults to the factory default platform password.During commissioning, you will be prompted to change the default system passphrase.NOTE: It is important to remember the system passphrase and keep it safe. If you lose the system pass-phrase, you will lose access to encrypted data. To change the system passphrase, use the Platform Admin-istration tool.5.Niagara Deamon User Home directory is used to store Niagara Deamon user’s data and to run Niagarastations. By default, the directory is created under C:\ProgramData\Niagara4.9\Webs as shown below.If this path does not exist, the installer displays warning message, requesting to create the folder. Click Yes to continuee the Browse option to change default folder location, if desired.Or Click Next to continue.7.Check the options to install Desktop Shortcuts, if needed. Click Next to run the installation.8.After completing of the installation, the installer displays message “WEBStation-N4 installation iscomplete".9.Check the required options and click Finish to complete the installation process.10.Once the installation is finished, license get installed automatically. Click Continue to run WEBstation-N4.WEBs-N4 Workbench opens as shown below.。

Process SolutionsHoneywell’s C300 controller provides powerful and robust control for the PlantCruise by Experion® platform. With the C300 and the Control Execution Environment,customers can improve engineering productivity and maintenance, maximize process uptime, and reduce production costs.At the core of the C300 in PlantCruiseis Honeywell’s field-proven deterministic Control Execution Environment (CEE) core software. The CEE provides a superior control execution and scheduling environment. Control strategies are configured and loaded through Control Builder, an easy to use and intuitive engineering tool.The C300 controller hardware offers unique space saving, installation, and maintenance benefits consistent with its innovative Series 8 form factor.The C300 is optionally redundant, requiring no additional hardware other than an identical second hardware module.The ‘designed-vertical’ C300 controller provides a superior control execution and scheduling environment.With the C300 controller, customers can:• Improve engineering productivity with a rich set of function libraries and a seamless and intuitive user environment, • Maximize process uptime and minimize maintenance effort with robust diagnostics and full hardware redundancy, and, • Reduce production costs with flexible and efficient control strategies, on-process migration, and efficient hardware processing power.Easy Control Strategy Creation through Rich Function LibrariesThe Control Execution Environment function blockssupport:• Continuous Control • Logic Based Control • Sequential Control • Model Based ControlEach function block contains a rich set of predefined features, such as alarm limits and priorities, various control algorithms, and maintenance statistics, all of which are configurable parameters. Function blocks are linked together in Control Modules to perform specific control tasks, which provide a foundation for efficient control engineering.Embedded functionality guarantees consistent control strategyexecution and delivers consistent alarming and operations behavior. This consistency reduces operator errors and saves implementation time by eliminating the need to develop low-level basic functions.The CEE fully supports the ISA S88.01 batch standard and integrates sequences with devices. The devices will track the state of the sequences and perform pre-configured actions based on those sequences. This reduces the implementation and complexity of handling abnormal situations. The SCMs support abnormal handling, recipe parameters, and on-line monitoring of the execution through chart visualization.One Seamless Environment through Easy Data CommunicationParameters provide access to every imaginable piece of information in the controller. This data can be used throughout the Experion system, whether for other control strategies or for operator purposes. For example, in custom displays, parameters such as setpoints or outputs can be historized and used in trend views. The engineer does not need to know where the information resides. Instead, he can just reference it, and the system manages the underlying logistics of that information. The system will notify the user based on the status information associated with the value and take appropriate action when required.Each parameter is also protected from accidental changes through a security access level, and certain parameters can only be changed off-line. Communication is based on report- by-exception and publish-subscribe, making efficient use of communication bandwidth by accessing data only when needed and avoiding duplication.Consistent and Predictive Behavior Makes Engineering and Maintenance EasierThe C300 CEE supports an execution period per control strategy, ranging from 50 msec to 2000 msec. The user can make changes to existing or add new control strategies without interrupting other control strategies executed by the controller. The user has full control over the function block execution order within the control strategy and the execution order of multiple control strategies. Control strategies can be easily moved between control environments by using the convenient drag-and-drop feature within Control Builder. Easy and Intuitive Engineering EnvironmentControl Builder is the control engineering and maintenance tool for the Control Execution Environment, and improves the control engineer’s productivity by simplifying configuration with a graphical user interface and predefined function blocks ready for wiring into a specific control strategy. The control engineer can enable and change standard function block features without the need to build these from the ground up. The control strategy can be documented with embedded objects such as text, documents or web-links.Online Monitoring Is Available to the Engineer and OperatorOnce control strategies are created and loaded to the C300 controller, the engineer can monitor the strategy on-line using the same graphical interface. This is helpful for verifying a control strategy or for troubleshooting a process problem. The control or maintenance engineer can directly modify parameters from the engineering environment without needing an operator interface. Controller Based Model Predictive Tuning with ProfitLoopProfit Loop is Honeywell’s patented algorithm that provides a single input / single output model-predictive function block that is included in the standard C300 controller function block library. It has the operating simplicity and computational efficiency of a standard PID function block, yet provides tight, robust control, increasing process stability by up to 30 percent. Profit Loop creates a simple model of the process to predict the effect of control moves on the process (controlled) variable. Because Profit Loop can anticipate future process behavior, the controller knows exactly how much to move the process to meet the desired control objectives. Profit Loop incorporates the best elements of both traditional PID algorithms and the model-based control and optimization technologies of Profit Controller at the regulatory level.For More InformationTo learn more about how Honeywell’sPlantCruise by Experion C300 Controller can improve plant performance, visit our website or contact your Honeywell account manager. Honeywell Process Solutions Honeywell1250 West Sam Houston Parkway South Houston, TX 77042Honeywell House, Arlington Business Park Bracknell, Berkshire, England RG12 1EB Shanghai City Centre, 100 Junyi Road Shanghai, China 20051 Custom Algorithm Blocks Custom Algorithm Blocks (CABs) are similar in purpose and structure to native function blocks included with Control Builder. These blocks have predefined algorithms and data structures. By contrast, Custom Algorithm Blocks have user defined algorithms and data structures. CABs are developed using Visual Basic integrated into Control Builder.The C300 controller supports the execution of CABs in Experion LX. CABs can greatly reduce the effort required to create complex control strategies that require the robust control environment offered by the C300.Investment ProtectionHoneywell is committed to protecting customer investments by supporting and integrating previous control products. Consistent with this philosophy, the Control Execution Environment, which holds the user application, is platform- independent. This allows the user to make use of new, more powerful hardware platforms when they become available, while retaining the specific user application.PN-13-16-ENG February 2014© 2014 Honeywell International Inc.。

FEATURES AND BENEFITSSupports Honeywell 35 Series Embedded NVRs Connection to NVR anytime anywhere (local,remote, global P2P)Multi-NVR magement, supports up to2048 video channel connectionSupports two way audio through 35S NVR with 35S camerasSupports up to 64 live view windows in 1 single screenSupports Windows® 10 (64-bit)Auto streaming size to save decode and streaming bandwidthSupports receiving video analytic events from 35S series cameras through 35S NVRDual monitorsconfigurable to display live view, tour, E-map or event viewsEditable displayinformation on liveview End to end HTTPs stream encryptionVideo recording and playback managementEvent management and event trigger Device management PTZ ControlMFZ and digital zoom Fisheye dewarping E-mapHONEYWELL SMARTVIEWERHoneywell Smart Viewer (HSV) is designed to connect and manage multiple 35 Series Embedded NVRs.For 35 Series NVRsFeaturing a user-friendly interface, HSV can be deployed for device management and configuration, video live view and playback, event management, PTZ control, fisheye camera de-warping and E-map.This view also features multiple monitor support, multiple display layouts, customized views and tours, two-way audio and global P2P remote connection for efficiency monitoring and operation. HSV supports up to 2048 cameras and multiple NVRs making it ideal for medium to large scale video surveillance systems. With HTTPS and TLS 1.2 encryption streaming and communication between HSV and 35 Series NVRs, customers can increase compliance, reduce potential liability costs and realize the benefits of an end-to-end encrypted and secure video surveillance.MARKET OPPORTUNITIESIntuitive user interface, full features, HTTPs encryption, multiple sites management, global P2P enabled remote connection make this video management viewer perfect for a wide range of medium and large scale security applications where efficiency is important, compliance is essential and data is protected.SYSTEM DIAGRAM35 Series NVRs InternetHoneywell Smart ViewerIP Cameras * For more hardware and integration details, please refer to user manualTECHNICAL SPECIFICATIONSComputer version available onhttps://Android™ is a trademark or registered trademark of Google Inc. in the United States and/or other countries.Apple® is a trademark or registered trademark of Apple, Inc. in the United States and/or other countries.Intel® and Core™ are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and/or other countries.Microsoft® and Windows®are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries.ONVIF and the ONVIF logo are trademarks of ONVIF Inc.HEVC Advance logo is a trademark of HEVC Advance .Honeywell reserves the right, without notification, to make changes in product design or specifications.HVS-35HSV-02-US(0123)DS-Y© 2023 Honeywell International Inc.For more information:/securityHoneywell Commercial Security 715 Peachtree St. NE Atlanta, GA 。

AlerView -WHTAlerView -BLKD IMENSIONSMounting Bracket Cutout: 160mm W x 104mm H x 21mm D (6.3in W x 4.1in H x 0.8in D)Overall Dimensions:196.5mm W x 125mm H x 14.5mm D (7.74in W x 4.92in H x 0.57in D)LCD Active Screen Dimension:7” DiagonalThe Alerview can be mounted to the wall semi-flush or via a VESA plate.P OWER O PTIONS110-240VAC, 50/60Hz, @ 0.65a (supplied AC-adapter)PoE IEEE 802.3af (15.4W, 48V)9-30VDC direct (using wire/plug from AC-adapter)I NITIAL S ETUP1.Connect the power and network using one of the following options:a)Main Power and Ethernet: Connect the Ethernet cable (cable not included) to your network, thenplug the power cable into the AlerView, as shown in the diagram.b)POE: If using Power Over Ethernet (POE), connect the ethernet cable (cable not included) to apowered port on your network, omitting the supplied power cable.2.Once the power is active, the AlerView will begin startup. Please note, it may take a few moments for the AlerView application to boot up.A LER V IEW I NSTALLATION G UIDEFig. 1POE Switch POE InjectorSupplied Power AdaptorI N -W ALL M OUNTING1.Make the cut out for the AlerView: Make a cutout in the wall160mm W x 104mm H x 21mm D (6.3in W x 4.1in H x 0.8in D); or use the in-wall bracket as a template.2.Install the mounting bracket into the cutout: Insert the mountingbracket into the wall cutout with the flanges at the bottom. Use 4 screws (not supplied) to fix the bracket to the wall.3.The bracket can also be used for surface mounting using the75mm x 75mm VESA holesI NSTALLING THE A LER V IEW :1.Insert the Ethernet cable (marked "A" in Figure 3) into the RJ-45 connector (LAN /POE) on theAlerView (marked "A" in Figure 4). Insert the power cable at this point if not using POE.2.Align the tabs on the mounting bracket (marked "B" in Figure 3) with the slots on the AlerView(marked "B" in Figure 4). Attach the AlerView to the mounting bracket by inserting the tabs on the bracket into the mating slots on the AlerView and then gently pushing downward to lock into place.3.Secure the AlerView to the mounting bracket flanges using the provided screws in the base.FCC N OTICE : This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: 1) Thisdevice may not cause harmful interference. 2) This device must accept any interference received, including interference that may cause undesired operation.NOTE 1: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used inaccordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio ortelevision reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:•Reorient or relocate the receiving antenna.•Increase the separation between the equipment and receiver.•Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.•Consult the dealer or an experienced radio/TV technician for help.NOTE 2: Any changes or modifications to this unit not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.Fig. 3Fig. 2Fig. 4A LER V IEW I NSTALLATION G UIDE(CONTINUED )++++++++++++++++++++++++++BBAB++++++++++++++++++++++++B B A。

HRXD Quick Installation GuideFor Front Panel Operation, see over.For more detailed information, refer to the HRXD User Guide and the HRXD RAS Guide on your CD and at .Throughout the screens you will see . Highlighting and pressingwill reset the screen to its default settings.General Recording Settingsis checked to program the DVR to record based on time, day of the week, and holidays. Select + to # Record Menu ➤ Set Event Alarm SettingsSet Motion Detection SettingsStep 3: Daily OperationPasswordSelect a User and enter the password by pressing the appropriatepassword when logging in as the admin user for the first time.NoteTo assure the secure management of the system, setting up a password is strongly recommended.New User Setup! Event Menu ➤ Alarm-In Settings .Set up each alarm input from theterminal strip on the back of the DVR." Activate eachinput being used and give it a Title. Set each input as either normally open (NO ) or normally closed (NC ).# Event Menu ➤ Alarm-In ➤ Actions 1.Highlight Actions 1 to open the Actions 1 setup screen. Set the actions the DVR will take when it senses an input in the Alarm-Out column. Also select which cameras the DVR should record when an alarm is present.$ Event Menu ➤ Alarm-In➤ Actions 1 ➤ Notify .Select the Notify field for an alarm input to set who will be notified when the alarm is detected.% Event Menu ➤ Alarm-In ➤ Actions 2. HighlightActions 2 to open the Actions 2 setup screen. On this screen, select the PTZ presets to run and spot monitors to display when an alarm is present.➤ Sensitivity . # Event Menu ➤Motion Detection ➤ Min. Blocks . Adjust the minimum number of detection blocks for Daytime or Nighttime independently. Smaller numbers of Minimum Blocks provide greater sensitivity.$ Event Menu ➤Motion Detection ➤ Zone screen . You can define the area of the image where you want to detect motion (a doorway, for example).Zone screen is laid camera. Set up the zones by selecting %Event Menu ➤Motion Detection ➤ Zone Screen ➤ Zone Menu . Select a motion zone block and press Select ) or Clear ) & Event Menu ➤ Motion Detection ➤ Actions 1.From this screen, the DVR can be set to react differently to each motion detection. You can associate multiple cameras with the motion detecting camera, recording video from all the associated cameras when motion is detected. In the Alarm-Out field you can select which alarm outputs will be triggered when motion is detected. You can also select which devices or users will be notified when motion is detected.' Event Menu ➤ Motion Detection ➤ Actions 2. From this screen, the DVR can be set to react differently to each motion detection. You can select a PTZ preset position for each PTZ camera to move to when motion is detected. In the Spot Monitor field you can associate a different camera with each spot monitor, so that specific cameras will be displayed on the spot monitors when motion is detected.! System Menu ➤ User users and user groups, select System menu. Delete Users or Groups by selecting the corresponding andpressing . Highlight a User Name and assigned to that User. You can also change the User’s group."New User the User setup screen and press keyboard to enter the new User Name. Assign the User to a Group and enter a password with the camera buttons.System Menu ➤ User ➤ New. Select + Group... on the User setup screen and press . Use the virtual keyboard to enter the new Group Name. Assign the Authority level for the group by selecting the appropriate Authority boxes.HRXD Quick Installation Guide+TV (North America only)************************Specifications subject to change without notice.Imperial conversions are approximate.© 2007 Honeywell International Inc.Document 800-00280 – Rev A – 05/07to open the Search menu. Pick a search method to find an incident with:Date and Time Search1.Move the cursor over the date/time and press2.Move Left or Right to highlight the date/time value to change.e the Up and Down buttons to change the date/time value to the date/time that you want to search through.4.Once you have set the date and time you want, press5.Highlight6.The selected time and date will display. If no video was recorded in that time, a7.Use the playback controls to search through the video.Calendar SearchEvent Log SearchMotion SearchCopy Evidence to a CDClip-Copy ScreenReviewing Video ClipsYou do not need to install any special software on your personal computer to review the video clips. The copied video clips contain the Clip Player program.1.If you used a USB storage device, disconnect it from the DVR andconnect it to your PC. If you used a recordable CD, insert the CD into your computer’s CD drive.2.The Clip Player screen displays the clip images. Use the Clip Playercontrols to view the video.1.Days with recorded video display in white.2.3. A time bar displays at the bottom of the calendar. Hours with video recorded are highlighted orange.4.Select the time bar and select the time to search.5.If there is more than one video stream in the same time range, move to Select a Segment and select the video stream you want to search.6.Highlight Go 7.The selected time and date will display. Use the playback controls to search through the video.1.The DVR maintains a log of each time an Event occurs. The Event Log Search screen displays this list.2.Highlight the event that you want to view.3.image of the event.4.Press Search to return to live monitoring.5.You can narrow your event search by selecting Option... and setting up a new search condition. See the User Guide for more information.1.The Motion Search screen allows you to search for motion activity that occurred within the area of a configurable zone of interest.e the arrow buttons to highlight the event for which you want to view video and press3.The first image of the associated event video displays in the small search screen in the left pane of the screen.4.To view and play back the video in full screen, highlight Close5.You can narrow your event search by selecting Option... and setting up a new search condition. See the User Guide for more information.The Clip-Copy screen can be used to copy video clips to an internal CD-RW, or external USB drive.1.In Search mode, press and hold MENU for 2seconds to open the Clip-Copy screen.2.The Data Source (Record or Archive) isdisplayed.3.Set the start and stop times and dates.4.Select the cameras to include in your video clip.5.If necessary, enter a password that will have tobe entered when reviewing the video clips.6.In the box beside Dest., select the storagedevice you would like to record the video clip onto.7.Change the default File name , if necessary.8.Select Start Exits the Player programGo forward one framePlay the video clipGo back one framePlay in fast reverseGo to the beginning of the clipPlay in fast forwardGo to the end of the clipShow the previous pageCycle through screen layoutsShow the next pageSelect from Save, Print, Info, Image Processing and Video FormatSelect from Normal and Double screen viewsDisplay image full screen。

Sensors and Switches for Valves and Flow Meters An Application NoteBackgroundFlow meters can measure and regulate volumetric flow, velocity from which the volumetric flow is determined, and mass flow. Valves control or regulate the flow of gases or fluids by partially obstructing, opening or closing the pipeline that carries the media. In many applications, they are operated manually by a lever, pedal, or wheel. Valves are often used in oil and gas, chemical manufacturing, water reticulation and mining applications. Automatic valves with diaphragms or pistons are often actuated by changes in pressure, temperature or flow.SolutionsHoneywell manufactures a wide range of sensors and switches, from simple on/off switches to electronic sensors designed to deliver system control, fluid level indication, temperature regulation, along with protection from overheating and starting/stopping the compressor. Honeywell components provide enhanced reliability, minimize down time, and improve robustness in most harsh environments.Various package options are available, including stainless steel, and those designed for hazardous and harsh-duty applications.Hazardous-location limit switches – These specialized switches perform a number of functions, including monitoring the position ofthe valve stem, actuator or wheel position, providing on-off position on manual process valves, providing real-time valve status information for improved productivity and safety. As these limit switches are enclosedin an explosion-proof housing, any flame path is extinguished inside which mitigates the risk of causing an explosion at the switch part.These switch components provide feedback for the user to take actionin order to prevent explosions in hazardous environments. Hazardous-location switches are employed in valves in outdoor, above-ground, potentially explosive environments such as oil and gas or water treatment applications.Limit Switches – Employed to monitor the position of the valve stemor actuator, limit switches are primarily used on valves in non-explosive environments such as waste water treatment plants, power generation plant or other factory applications. They also allows users to remotely monitor the valve stem, actuator lever, or wheel position for improved productivity and reduced total installed cost in hazardous locations.Figure 1. Industrial Valve ApplicationValves serve a variety of purposes in industrial applications, although their main purpose is to control media through a system.Wireless Limit Switches – Allows users to remotely monitor valve stem, actuator lever, or wheel position for improved productivity and safety, while reducing total installed cost with an economical wireless point-to-point solution.Basic Switches –Snap-action switches monitor the position of the valve handle by indicatingif the switch is actuated. These switches are employed on valves used in both non-explosive environments such as waste water treatment plants and/or other factory applications and also explosive/hazardous applications. Invalve monitoring applications, basic switches perform position sensing on cams with no power consumption. In addition to valves, Honeywell’s V15W2 Series is suitable for use in hazardous environments such as refrigeration, HVAC,appliances, and paint booths.Hall-effect Speed Sensors and Sensor ICs – In flow meter applications Honeywell’s speed sensors measure flow by monitoring revolutions of the impeller (an inside propeller). Eachrevolution of the impeller equates to the delivery of a certain amount of fluid. For example, if the user sets a fluid level of five gallons per minute,the speed sensor counts the impeller rotation so that the correct amount of fluid is delivered. Invalve monitoring application, Hall-effect sensor ICS measure position sensing on cams.Position Sensors – In flow meter applications, Hall-effect magnetic position sensors are usedto determine valve position. In valve monitors, position sensors deliver continuous position status with enhanced reliability and accuracy.Pressure Transducers and Switches – In valve actuator applications, pressure transducers and switches measure the pressure of the diaphragm to help regulate and control the flow within the pipeline. The sensors can measure differential pressure by comparing values across the valve. They can also give an indication of valve position related to opening and closing by measuring the pressure value at that time.Snap-Action SwitchPosition SensorSMART Position SensorHall-Effect Position Sensor ICwith Actuatorsin hazardous locationsLimit SwitchLearn more aboutthe XYR6000OneWireless™ SensorClick here to view Hazardous Area Limit SwitchesRead more about MICRO SWITCH Limit Switches12Explosion-Proof Valve Position IndicatorMICRO SWITCH VPX • Valve position indicator in explosion-proof housing2334Basic SwitchMICRO SWITCH BZ, V7, V15, V15W2, and ZW Series • Large, miniature, and subminiature basic switchesHazardous Location Limit SwitchMICRO SWITCH LSX, CX, and BX Series • Premium limit switches in explosion-proof housingLimit SwitchMICRO SWITCH HDLS, GL, and Double Break Series • Premium heavy duty and standard global limit switches14Figure 4. Switches in Valve Actuators and PositionersClick here to view VPX Series Valve Position IndicatorsGet details on the SMART PositionSensor familyFigure 5. Sensing and Switching Products Used in Valve ActuatorsHazardous Location Position Sensor XYR6000 OneWireless™ SeriesAllows users to remotely monitor valve stem, actuator lever, or wheel position for improved productivity and safety, while reducing total installed cost in hazardous locations; part of a scalable ISA100 mesh networkHazardous Area Limit SwitchMICRO SWITCH™ LSX/CX/BX/EX SeriesMonitors valve stem, actuator lever, or wheel position, providing real-time position status for improved productivity and safety in hazardous locationsLimit SwitchMICRO SWITCH™ HDLS, GLS, and Double Break SeriesMonitors valve stem, actuator lever, or wheel position, providing real-time position status for improved productivity and safetyPosition SensorSMART Position Sensor, SPS Series 75 mm Linear Monitors valve stem or actuator position1234Stainless Steel Media Isolated Pressure Sensor or Pressure Switch MLH, PX2, or PX3 Series Pressure Sensor or HP, HE, ME, LP, or LE Series Pressure SwitchMeasures diaphragm pressure6Valve Actuator(Kammer valve actuator photoused with permission of Flowserve.)Wireless Limit SwitchMICRO SWITCH™ HDLS and GLS SeriesAllows users to remotely monitor valve stem, actuator lever, or wheel position for improved productivity and safety, while reducing total installed cost with an economical wireless point-to-point solution5Learn more about MICRO SWITCH Basic SwitchesReview Limitless™ Wireless SwitchesFind out more on Hall-effect Speed SensorsFigure 6. Sensing and Switching Products Used in Valves and Flow MetersSMART Position Sensor SPS Series75mm analog and 225 mm analog and digital linear configuration Position Sensor SR SeriesDigital position sensorHall-Effect Sensor LCZ or 3000 SeriesSingle, zero speed sensor (LCZ) or high resolution VRS sensor (3000)Basic SwitchMICRO SWITCH BZ, V7, V15, V15W2, and ZW SeriesLarge, miniature, and subminiature basic switchesHazardous Location Limit Switch MICRO SWITCH VPX, CX, LSX, and BX SeriesPremium limit switches in explosion-proof housingLimit SwitchMICRO SWITCH HDLS, GLS,and Double Break SeriesPremium heavy duty and standard global limit switchesFlow MeterClick here to view Pressure TransducersMore information available here on Hall-effect Sensor ICsTypes of ValvesSpecifically, there are several main types of valves: 1) Manual process valves, 2) Valve actuators/positioners, 3) Valve monitors/indicators, 4) Valves and flowmeters, and 5) Sanitary and food/beverage valves.Manual Process Valves – Manual process valves in industrial facilities control the flow of liquid, gas, slurry, or steam. Eighty percent require operators to manually open, close, or otherwise control the valve. At any given time, users may not know the actual position of the valve. Process plants, including refineries, chemical, pharmaceutical, and water treatment plants as well as power generation installations, all need a better way to verify status with or without human intervention, especially in hazardous or hard-to-reach locations. (See Figures 2 and 3)Valve Actuators/Positioners – A valve actuator is a pneumatic or electric mechanism used in process control systems to automatically open or close valves. Actuators can be used with either linear or rotary valves in industrial, medical, food/beverage, and transportation applications. In standard valves, when the valveis given a command to open to a certain point, there is no feedback to verify that it has opened to that position. Valve positioners utilize a source of power to operate and continuously adjust a valve. The power source can be a manual gearbox or an electronic device with control and measuring devices; Available with hydraulic, pneumatic, and electric operating mechanics, these are often used in pipelines, process plants and in remote areas. Postioners can be used for opening or closing a valve to control the rate of fluid flow based on a signal from a central control system. With a valve positioner, the command is given and the valve positioner reads the opening, verifies position, and readjusts (if necessary) to the exact position needed which allows for excellent precision in the valve setting. (See Figures 4 and 5)Valve Monitors/Indicators – Mechanical or electrical valve monitors and indicators are used in process control to show valve position. They provide an electrical signal, and sometimes visual feedback, to accurately monitor and verify that a valve is in the correct position. Valve monitors are mostly used in conjunction with a valve positioner/actuator to provide information from remote locations that are not easilyaccessed, or where power isn’t readily available. Potential applications include chemical, pharmaceutical, power generation and oil and gas processes. (See Figures 4 and 5)Valves and Flowmeters – Valves control or regulate the flow of gasses or fluids by partially obstructing, opening or closing the pipeline that carries the media. Valves are often usedin oil and gas, chemical manufacturing, water reticulation and mining applications. In many of these applications, the valves are operated manually by a lever, pedal or wheel. Automatic valves with diaphragms or pistons are often actuated by changes in pressure, temperature or flow.Flow meters can measure and regulate volumetric flow, velocity from which the volumetric flow is determined, and mass flow. The turbine flow meter translates the mechanical action of the turbine rotating in the liquid flow around an axis into a user-readable rate of flow (gpm, lpm, etc.). The turbine wheel is set in the path of a fluid stream. The flowing fluid impinges on the turbine blades, imparting a force to the blade surface and setting the rotor in motion. Nearly all flow meters mustbe installed so that there is a significant runof straight pipe before and after the locationof the flow meter. This is intended to allow the straight pipe run to “smooth out” any turbulence produced by the presence of valves, chemical injectors and diffusers, and changes in pipe direction. (See Figure 5)Sanitary and Food/Beverage Valves – Sanitary and food and beverage valves are engineered for pressure control in sanitary (or “clean”) environments. They are usually manufactured with stainless steel for sanitary and high-purity applications. These valves are often constructed as a ball valve around a fullbore design that ensures the product passes through the valve with no restrictions on the flow with minimal pressure drop.Sanitary and food and beverage valves are often found in pharmaceutical, biotechnology, food and beverage, cosmetics, chemical and other industries where sanitary process control is required for steam, gases, and liquids such as water-for-injection systems.000697-7-EN | 7 | 04/21© 2021 Honeywell International Inc.Honeywell Advanced Sensing Technologies830 East Arapaho Road Richardson, TX 75081 /astFor more informationHoneywell Advanced Sensing Technol-ogies services its customers through a worldwide network of sales offices and distributors. For application assistance, current specifications, pricing or the nearest Authorized Distributor, visit /ast or call:Asia Pacific +65 6355-2828Europe +44 (0) 1698 481481USA/Canada+1-800-537-6945Warranty/RemedyHoneywell warrants goods of its manufacture as being free of defective materials and faulty workmanship during the applicable warranty period. Honeywell’s standard product warranty applies unless agreed to otherwise by Honeywell in writing; please refer to your order acknowledgment orconsult your local sales office for specific warranty details. If warranted goods are returned to Honeywell during the peri-od of coverage, Honeywell will repair or replace, at its option, without charge those items that Honeywell, in its sole dis-cretion, finds defective. The foregoing is buyer’s sole rem-edy and is in lieu of all other warranties, expressed or implied, including those of merchantability and fitness for a particular purpose. In no event shall Honeywell be liable for consequential, special, or indirect damages.While Honeywell may provide application assistance per-sonally, through our literature and the Honeywell web site, it is buyer’s sole responsibility to determine the suitability of the product in the application.Specifications may change without notice. The information we supply is believed to be accurate and reliable as of this writing. However, Honeywell assumes no responsibility for its use.m WARNINGPERSONAL INJURYDO NOT USE these products as safety or emergency stop devices or in any other application where failure of the product could result in personal injury.Failure to comply with these instructions could result in death or serious injury.m WARNINGMISUSE OF DOCUMENTATION• The information presented in this product sheet is for reference only. Do not use this document as a product installation guide.•Complete installation, operation, and maintenance information is provided in the instructions supplied with each product.Failure to comply with these instructions could result in death or serious injury.。

Safety and Productivity SolutionsService DescriptionGolden Image ServiceThe following services are provided subject to Honeywell Safety and Productivity Solutions’ (“HSPS”) current service contract terms and conditions available at /working-with-us/agreements or customer’s applicable separate signed agreement with HSPS.HSPS provides this optional add-on service to our Complete, Plus or legacy Comprehensive Service Contracts for our branded Mobile Computer and Mobile Printer hardware products for a period of3 or 5 years.This service includes:•Loading of customer-provided “golden image” onto units returned to HSPS for repair;•Minimum coverage volume is 100 units;•Customer is allowed to make 2 image updates per contract year.•HSPS products not covered by a valid HSPS service contract;•More than 2 image updates per year – $500 (or local equivalent) fee for each additional update.Currently shipping HSPS-branded hardware products as defined for eligibility in the current HSPS Product Price Guide. Not all levels of service are available for all products.Turnaround time for this service is dependent on the Service Contract coverage purchased. Golden Image Service will not add extra time to the contracted repair turnaround.Not all levels of service or turnaround times are available in all countries. For availability and specific options available within your country, please contact your local authorized HSPS Sales or Services representative.•For 24 x 7 support information, answers to common questions or to request technical support, please visit – knowledge database is located under “Articles”;•For service requests, please visit:o Honeywell (or Datamax-O’Neil) branded products: https:///thetechsupportall/LoginRMAo Intermec branded devices: /support/returns_repairs/index.aspxNote: Full details about creating a RMA are included on these websites.•To request a RMA, you will need the following details:o Product Part Number;o Serial Number;o Fault Description;o Return-to Address;o Contact Name;o Telephone Number.•Once you have completed the RMA request, you will be issued a RMA number and the address to return the faulty device(s) to.•Please print the shipping document and return your product to the address detailed on the RMA, ensuring a copy of the RMA shipping document is clearly visible.In order to enable HSPS to carry out its support obligations, the customer without limitation should:•Supply the HSPS Solutions Architect or Reseller with files to load on device, including any custom settings, along witha device to load for customer approval;•Provide timely updates of any changes to the golden image, and a device to load for approval;•Back up any data stored on device prior to return – HSPS is not responsible for lost data;•Check the HSPS online knowledge database for initial diagnosis and support actions;•If a repair is required, request a RMA number using the process outlined above;•Where possible, provide a technically competent person with knowledge of the system and fault to actively assist in troubleshooting and diagnosis;•Undertake any other actions that HSPS may reasonably request in order to best perform the service.•In the event that a Product is received with a fault not covered under the contract terms, HSPS will provide a repair quotation under the terms of the HSPS Flat Rate Repair Service;•All repair work and any parts used are supplied with a 90-day warranty valid from the date of repair.Reproduction in any manner whatsoever without the written permission of Honeywell is strictly forbidden. Honeywell and the Honeywell logo are either trademarks or registered trademarks of Honeywell International Inc. Other trademarks and trade names may be used in this document to refer to either the entities claiming the marks and names or their products. Honeywell disclaims any proprietary interest in trademarks and trade names other than its own.。

Consistent with our commitment to continuously evaluating and improving our products, Honeywell Analytics is proud to announce the release of Vertex software version 1.25.5, which is a recommended update for Vertex and Vertex M units. This revision is fully backward compatible.Building on improvements created in 1.25.4 for Vertex and Vertex M, software version 1.25.5 further enhances the ability to detect and identify non-gas events via a new feature called “Virtual Reference.” “Virtual Reference” is configurable by Rack in the Configuration setup utility. When triggered due to a possible detected gas concentration, this feature makes readings on several new windows (a virtual reference) to confirm the validity of theconcentration. The virtual reference algorithm reduces the possibility that a non-gas event will result in a false concentration or alarm.Software Change Summary:1. Add Virtual Reference check to the monitoring process.2. Modify ALDE detection algorithm to improve detection of LED events.3. Improve Chemcassette® Tape days remaining calculation.4. Modify manual to reflect changes in 1.25.5. Detail Description:1. A new feature called Virtual Reference has been added. This feature is intended toconfirm an event is a real gas event.a. The new Virtual Reference test compares multiple Window Zero values todetermine if the current concentration is due to real gas or something else. The key features are:i. The Virtual Reference test is triggered when the concentration reading passes ¼ TLV. ii. When a Virtual Reference test is initiated, several windows are pulled (see table) to determine a virtual reference value. iii. Once the Virtual Reference test allows a concentration over ¼ TLV to bereported on a point, the Virtual Reference test is disabled on that point until the point reports a concentration of zero at the end of a window. Also, the Virtual Reference test is disabled on all points for one window. iv. The Virtual Reference test can impose up to a 40 second delay in reportingthe concentration when the test is performed (see table)Vertex Software Package 1.25.5 Release Notes 1998-0883 Rev 1 November 2014b. A checkbox for enabling/disabling the Virtual Reference has been added to theconfiguration utility. The default is disabled. See Figure 1 for the new option.Hydrides 3 15-25 secXP Hydrides 3 15-25 secMineral Acids 6 30-40 secCl2/Oxidizers (NO2) 6 30-40 secMineral Acids (Pyro) 6 30-40 secPhosgene 6 30-40 secXP Phosgene 6 30-40 secAliphatic Amines 3 15-25 secCl2/Oxidizers-III 6 30-40 secHydrogen Cyanide 3 15-25 secHydrogen Sulfide 3 15-25 secXPVChlorine 6 30-40 secFluorine/Oxidizers 3 15-25 secXP Ammonia 3 15-25 secXP Mineral Acids 6 30-40 secXPVMineral Acids (Pyro) 6 30-40 secLL Sulfur Dioxide 3 15-25 secXP4 Hydrides 3 15-25 secXP4 Mineral Acids 6 30-40 secXP4 Mineral Acids (Pyro) 6 30-40 secXP4 Chlorine 6 30-40 secXP4 Ammonia 3 15-25 secXP4 Phosgene 6 30-40 secTable 1: Virtual Reference Settings by Gas FamilyFigure 1: Configuration Utility Options2. Two changes were made to the ALDE detection and handling algorithm to improveperformance and capture more non-gas events.3. In previous software, the software could initially report the wrong days remaining for aChemcassette® tape after changing Chemcassette tape type. In 1.25.5, this is corrected.When out of monitor, the software will properly report the days remaining as themaximum days of tape left. When in monitor, the days remaining value will be based on the actual rate of tape usage.4. The manual has been updated to reflect changes made in 1.25.5.Find out moreContact Honeywell Analytics:AmericasHoneywell Analytics Inc.405 Barclay Blvd.Lincolnshire, IL 60069USATel: +1 847 955 8200Toll free: +1 800 538 0363Fax: +1 847 955 8210***********************Europe, Middle East, AfricaLife Safety Distribution AGJavastrasse 28640 HegnauSwitzerlandTel: +41 (0)44 943 4300Fax: +41 (0)44 943 4398**************************Asia PacificHoneywell Analytics Asia Pacific#508, Kolon Science Valley (I)187-10 Guro-Dong, Guro-GuSeoul, 152-050KoreaTel: +82 (0)2 2025 0307Fax: +82 (0)2 2025 0329**************************Technical Services***************************While every effort has been made to ensure accuracy in this publication, no responsibility can be accepted for errors or omissions. Data may change, as well as legislation, and you are strongly advised to obtain copies of the most recently issued regulations, standards and guidelines. This publication is not intended to form the basis of a contract and the company reserves the right to amend the design and specification without notice.。

® U.S. Registered TrademarkCopyright © 2022 Honeywell Inc. • All Rights Reserved EN2Z-1086IE67-R0322Honeywell Connect MobileVAV Balancing USER GUIDEAbout this guide (2)Honeywell Connect Mobile Application (2)Features and Benefits (2)Compatibility (2)Configuring Honeywell Connect Mobile (2)Connecting VAV controllers (2)Perform Balancing Operation (5)General Configuration (6)Configure Balancing Properties (6)Zero Calibration (7)Balance Methods (7)Method 1: Airflow Setpoint Balancing (7)Method 2: Max-Min Balance (8)Method 3: Calibration Factor Balance (10)Move Damper Operation (11)AHU Fan Override option (12)Heating Coil Balancing (12)Resume To Normal (13)Balancing Multiple Controllers (13)Moving Damper (13)Balancing Multiple Controllers (14)Zero Balancing On Multiple Controllers (15)Generating Balance Report (16)Related Technical Literature (17)HONEYWELL VAV BALANCING TOOLS USER GUIDEEN2Z-1086IE67-R03222ABOUT THIS GUIDEThis guide describes the process to use the Honeywell Connect Mobile VAV Balancing application.HONEYWELL CONNECT MOBILE APPLICATIONThe Honeywell Connect Mobile (HCM) is a mobileapplication used for VAV balancing. The HCM provides easy access to the Merlin NX IP/ MSTP VAV controller via integrated Bluetooth.Before connecting with the Honeywell Connect Mobile VAV Balancing App, ensure the Merlin NX IP/ MSTP VAV controller has a strong Bluetooth signal. The BACnet instance ID range allows to discover more controller on the BACnet network.Features and Benefits•Supports different types of balancing actions (min -max, setpoint, and other balancing actions)•Provides a protocol for balancing activities •Displays BLE signal strength of the controller •Password protected•Commands individual and group of VAV controllers •Easy pairing•Supports Android and IOS mobile devices.•Supports local languages (English, Spanish, and Canadian French). The application picks the language based on the device language.CompatibilityThe Honeywell Connect Mobile application iscompatible with IOS 13 and above or Android 8 and above.NOTE:NOTE:The user should have atleast 300 MB free space to download and use the mobile application.CONFIGURING HONEYWELL CONNECT MOBILEConnecting VAV controllers1. Open Honeywell Connect Mobile App, select regionand click Sign In .Or log in as a Guest.Fig. 1 Honeywell Connect Mobile App Home PageHoneywell Connect Mobile AppAndroid Device: Install the Honeywell Connect Mobileapp from the Google Play store. Create an account and log in to configure and connect.iOS Device: Install Honeywell Connect Mobile app from the App store. Create an account and log in to configure and connect.HONEYWELL VAV BALANCING TOOLS USER GUIDE3EN2Z-1086IE67-R0322If you sign in as a Guest , the welcome screen dis -plays.Fig. 2 Welcome ScreenYou can change the unit system, airflow measure -ment, and duct area units in the airflow balancing properties screen.2. Tap on the desired unit, change the property, and tap Next.Fig. 3 Airflow Balancing Properties3. Tap Connect via Bluetooth , to connect to the VAV controllers.Fig. 4 Connect via Bluetooth Screen4. Tap the desired discovered controller to connect.Fig. 5 Discovery ScreenHONEYWELL VAV BALANCING TOOLS USER GUIDEEN2Z-1086IE67-R032245. Select the Enter Admin Passcode and tap Continue .Fig. 6 Authenticate Option6. Enter the 8 digit passcode and tap Done . App verifies the access.Fig. 7 Authentication Screen7. Enter the Instance Range and tap Discover to discover more VAV controllers.Fig. 8 Instance Range ScreenHONEYWELL VAV BALANCING TOOLS USER GUIDE5EN2Z-1086IE67-R0322Connect to multiple VAV controllersYou can discover and connect to multiple MSTP or IP controllers on the Honeywell Connect Mobile appli -cation using a Bluetooth connection.NOTE:NOTE:• The device id range entered in the HCM must not include more than 25 MSTP controllers.• If more than 25 MSTP controllers are discovered, the mobile application will connect to a random group of 25 MSTP controllers.NOTE:NOTE:• The device id range entered in the HCM must not include more than 10 IP controllers.• If more than 10 IP controllers are discovered, the mobile application will connect to a random group of 10 IP controllers. The high-speed response of the IP controller does not allow the BLE interface to handle more than 10 IP controllers.IMPORTANT:It is recommended to use different device id ranges for IP and MSTP controllers.8. This action discovers all active VAV controllers in the discovery range.Discovered results are categorized in two sections i.e. balanced and unbalanced.Fig. 9 Discovery Result ScreenPERFORM BALANCING OPERATIONYou can perform the following operations in mobile balancing application:Table 1 Balancing OperationsBalancingOperationDescriptionGeneral configuration includes verifyingcontroller properties, configuring balancingproperties, and syncing the application from the controller or to the controller. For more details, refer to General Configuration .The zero calibration is performed when the damper is at 0 % and the damper is physically closed. Typically, this task is performed before performing setpoint or max-min balancing. For more details, refer to Zero Calibration .Balancing option includes setting balancing method and configuring the airflow setpoint balancing, max-min balancing and K-factor balancing. For more details, refer to Balance Methods .Move option is helpful to balance the airflow across the duct system so that the VAV boxes get adequate airflow for the VAV box, which have been balanced. After performing the setpoint balancing, the new flow calibration factor value is applied to the VAV box. You can perform the move damper operation to verify that the VAV box is calibrated.You can move the damper either byposition or airflow. For more details, refer to Move Damper Operation .The fan option can adjust the AHU fan speed if the application in the AHUcontroller provides the ability to override the fan speed via a BACnet point. You must know the device instance and objectinstance of the point. For more details, refer to AHU Fan Override option .Based on the VAV controller's application type, the reheat and peripheral heat valve override options are shown or hidden. This feature will be typically used to do water balancing. For more details,refer to Heat Configuration .HONEYWELL VAV BALANCING TOOLS USER GUIDEEN2Z-1086IE67-R03226General ConfigurationGeneral configuration includes verifying controller properties, configuring balancing properties, and syncing the application from the controller or to the controller.Follow the below steps to perform the general configuration on the selected controller:1. Select a controller from the unbalanced section.2. Tap General to view and verify the device instance and model name.Fig. 10 Controller Property Screen3. Tap Sync and select From Control Application or To Control Application .•From Control Application: It updates the balancing values from controller to the application.•To Control Application: It updates the balancing values from application to the controller.This action syncs the balancing values. After the sync operation is complete, the controller value gets updated in the balancing application.Fig. 11 Application SyncConfigure Balancing PropertiesFollow the below steps to configure balancing properties of a controller:1. On the General screen, click Balancing Properties .Fig. 12 Balancing Properties Screen•Damper Control Type: Select the direction in which the damper must rotate, Direct or Reverse .•Min Setpoint: Enter the minimum airflow value that must be supplied.•Max Setpoint: Enter the maximum airflow value that must be supplied.NOTE:NOTE:The max setpoint value must not exceed the maximum airflow value of the VAV box.•K-Factor: Enter the flow K-factor value. Default K-factor value is 1.•Drive Time: Enter the maximum time taken by the actuator to drive the damper from 0 % to 100 % open state.•Duct Inlet Area: The dimensions are provided by the VAV manufacturer. You can also measure the dimensions manually.•Damper Sync Direction: Select the sync direction of 0 % to 100 %. The actuator willsync the damper from 0 % to 100 % positionaccording to the option selected. This will happen automatically one time before any balancing operation.2. After performing desired changes, tap Apply .HONEYWELL VAV BALANCING TOOLS USER GUIDE7EN2Z-1086IE67-R0322Zero CalibrationThe zero calibration is performed when the damper is at 0 % and the damper is physically closed. Typically, this task is performed before performing setpoint or max-min balancing.Follow the below steps to perform the zero calibration:1. Tap Zero to view and verify the controller Current Sensed Airflow and Current Damper Position .Fig. 13 Zero calibration2. Tap Zero to move the damper to zero.Fig. 14 Zero calibration Successful Status3. Tap Done.Balance MethodsBalancing methods include configuring the balancing method and configuring the airflow setpoint balancing, max-min balancing, and K-factor balancing.Follow the below steps to perform balancing configuration:1. Tap Balance Method , to select a balancing method.• Method 1: Airflow Setpoint Balancing • Method 2: Max-Min Balance• Method 3: Calibration Factor BalanceFig. 15 Balancing MethodsMethod 1: Airflow Setpoint BalancingThe setpoint balancing is used to balance and measure the flow calibration factor with the VAV box for a fixed airflow value.•You can provide the percentage (%) maximumairflow setpoint or an airflow value to be achieved by the VAV box.NOTE:NOTE:The maximum airflow setpoint value is configured in the balancing properties window, refer Configure Balancing Properties .•You can set the percentage (%) of error tolerance forthe target airflow or the airflow value.For example, if the setpoint is set to 500 cfm and theerror tolerance is set to 10 cfm, the tool considers the airflow in the stabilized state when it senses airflow between 490 - 510 cfm. After performing the setpoint balancing, the new flow calibration factor value is applied to the VAV box.HONEYWELL VAV BALANCING TOOLS USER GUIDEEN2Z-1086IE67-R03228You can perform the Move Damper Operation operation to verify the VAV box calibration.Follow the below steps to perform the airflow setpoint balancing:1. Tap Balance and select Setpoint balancing method.2. Enter the value in the % of Max Airflow field and Error Tolerance value in terms of percentage or cubic feet per meter (cfm).3. Tap Start Balancing.Fig. 16 Setpoint Balancing Property4. Enter Measured Airflow value and tap Apply.Fig. 17 Measured Airflow valueSetpoint balancing successful screen appears with the new K factor.5. Tap Done.NOTE:NOTE:When performing a setpoint balancing from the VAV mobile application, the LED pattern changes from solid green to red / green / yellow cycles which indicates an empty controller.Method 2: Max-Min BalanceThe max-min balancing is used to balance the VAV boxes for two different air flow setpoint values.IMPORTANT:It is recommended to perform min balancing before the max balancing.You can either set the tolerance in form of percentage of target airflow or the airflow value. For example, if the max airflow is set to 500 cfm and the error tolerance is set to 10 cfm, the tool considers the airflow is in a stabilized state when it senses airflow between 490 - 510 cfm.After performing the max-min balancing, you canperform the Move Damper Operation operation to verify the VAV box calibration.Min Balance MethodFollow the below steps to perform the min balancing:1. Tap Balancing and select Max-Min balancing method.2. Select Min Balancingoption, enter the ErrorTolerance value in terms of percentage or cfm, and tap Start Balancing.Fig. 18 Min Balancing PropertyHONEYWELL VAV BALANCING TOOLS USER GUIDE9EN2Z-1086IE67-R03223. Enter Sensed Airflow value and tap Apply .Fig. 19 Measured Airflow Value4. Tap Yes, Start . After achieving target airflow, Max-Min Balancing Successful screen appears.5. Tap Done .Max Balance MethodFollow the below steps to perform the max balancing:1. Tap Balance and select Max-Min balancing method.2. Select Max Balancing option, enter the ErrorTolerance value in terms of percentage or cfm, and tap Start Balancing .Fig. 20 Max Balancing Property3. Enter the Sensed Airflow value and tap Apply.Fig. 21 Measured Airflow Value4. Tap Yes, Start . After achieving target airflow, the Max-Min Balancing Successful screen appears.5. Tap Done.HONEYWELL VAV BALANCING TOOLS USER GUIDEEN2Z-1086IE67-R032210Method 3: Calibration Factor BalanceAfter performing the setpoint balancing for a VAV box, the calculated flow calibration factor of that VAV box can be manually applied to other VAV boxes connected at the site.This is possible only if the VAV boxes have similarities with each other in terms of the duct area, maximum airflow capacity of the VAV boxes, damper type, and room size.NOTE:NOTE:The New Calibration Factor can be entered manually if you know the values.Follow the below steps to perform the calibration factor balancing:1. Tap Balance and select Calibration Factor balancing method.2. Tap Set Calibration Factor .Fig. 22 Calibration Factor Property3. Enter theCalibration Factor value and tap Save.Fig. 23 Calibration Factor Value4. Calibration value updated screen appears.Fig. 24 Calibrated Value ScreenHONEYWELL VAV BALANCING TOOLS USER GUIDE11EN2Z-1086IE67-R0322Move Damper OperationMove option is helpful to verify the VAV box has been calibrated correctly. This is performed by moving the damper to a specified airflow setting or damper position.After performing the setpoint balancing, the new flow calibration factor value is applied to the VAV box. You can perform the move damper operation to verify if the VAV box is calibrated correctly. You can move the damper either by position or airflow. Follow the below steps to perform the move configuration:1. Tap the Move optionFig. 25 Move Damper Configuration Screen2. Select one of the following methods to move the damper:•Move Damper by Position: Move the damper to a defined position. Enter target position of the Damper in position field to move thedamper to the required position. For example, if you type 50, the damper will move from its current position (0 % as per screen) to the targeted 50 % position.Fig. 26 Move Damper by Position•Move Damper by Airflow or Error Tolerance: Move the damper to achieve the specified airflow.Fig. 27 Move Damper by Airflow3. Tap Move to move the damper as per selected position or airflow.4. Tap Done to apply the changes.Fig. 28 Damper PositionHONEYWELL VAV BALANCING TOOLS USER GUIDEEN2Z-1086IE67-R032212AHU Fan Override optionThe fan override option can adjust the AHU fan speed if the application in the AHU controller provides the ability via a BACnet point. The user must know the device instance and object instance of the point.Follow the below steps to perform the fan override option:1. Tap Fan option.Fig. 29 Fan Override Screen2. Tap Set Calibration Factor and select Auto or Override.Select Auto to set the reheat coil automatic or select Override to manually set override value (0 - 100 %). For staged fan or single speed fan, you can command to the appropriate state to turn on or off the fan stage(s).3. Tap Apply. Updated controller property appears on the screen.Fig. 30 Fan Override OptionHeating Coil BalancingBased on the VAV controller's application type, the reheat and peripheral heat valve override options are shown or hidden. This feature will be typically used to do water balancing.Follow the below steps to perform the heating coil balancing:1. Tap the Heat option.Fig. 31 Heat Balancing Screen2. Tap Set Calibration Factor and select Auto or Override.Select Auto to set the reheat coil to automatic control. Select Override to manually set reheat coil position value (0 - 100 %). The Reheat Effective Position is read-only. The value will be blank if the effective posi -tion BACnet point is not available in the application.Fig. 32 Heat Override OptionHONEYWELL VAV BALANCING TOOLS USER GUIDE13EN2Z-1086IE67-R03223. Tap Reheat Override and enter the override value (0 - 100 %)4. Tap Peripheral Heat Override and enter the override value (0 - 100 %)5. Click Apply . Updated controller property appears on the screen.Resume To NormalAfter completing the balancing procedures for the VAV, it is necessary to change balancing mode to normal mode.Follow the below steps to resume to normal mode:1. Tap on the resume icon.Fig. 33 Resume Icon2. Tap Yes, Resume To Normal.Fig. 34 Resume To Normal ModeThe controller will restart and return to the normal mode.3. Tap Ok .Balancing Multiple ControllersYou can perform the following operations on multiple controllers.•Moving Damper•Balancing Multiple Controllers•Zero Balancing On Multiple ControllersMoving DamperYou can move the damper for multiple controllers to a specified position.Follow the below steps to move damper of multiple controllers:1. On the discovery screen, tap the Select option.Fig. 35 Controller List2. Tap the discovered controllers or tap Select All to select multiple controllers.3. Tap Next.Fig. 36 Controller SelectionHONEYWELL VAV BALANCING TOOLS USER GUIDEEN2Z-1086IE67-R0322144. Tap the Move option to move the damper to new position.Fig. 37 Move Option5. Read the message and tap Yes, Continue .Fig. 38 Prevent Excess Pressure Message6. Select one of the following methods to move the damper:•Using Position: Move the damper to a defined position. Enter target position of the Damper in position field to move the damper to the required position. •Using Airflow: Move the damper to achieve the specified airflow. Enter the target airflow and error tolerance.Fig. 39 Move Damper Option7. Tap Move to move the damper to target position.Wait for few minutes to complete the damper opera -tion.Fig. 40 Moving Damper StatusBalancing Multiple ControllersYou can balance multiple discovered controllers.Follow the below steps to balance multiple controllers:1. On the discovery screen, tap Select .Fig. 41 Controller List2. Tap the discovered controllers or tap Select All to select multiple controllers.3. Tap Next.Fig. 42 Controller SelectionHONEYWELL VAV BALANCING TOOLS USER GUIDE15EN2Z-1086IE67-R03224. Tap the Balancing option. The Balancing screenappears.Fig. 43 Balancing Option5. If you want to change balancing properties of the controller, tap Balancing Properties , change the properties and tap Apply.6. Set the Balancing Method and tap Start Balancing . For more details, refer to Balance Methods .7. Read the message and tap Yes, Continue .Fig. 44 Prevent Excess Pressure MessageWait for a few minutes to complete the balancing operation.Zero Balancing On Multiple ControllersFollow the below steps to perform zero balancing on multiple controllers:1. On the discovery screen, tap the Select option.2. Tap the discovered controllers or tap Select All to select multiple controllers.3. Tap Next.Fig. 45 Controller Selection4. Tap the Zero option to move the damper according to position or airflow.Fig. 46 Zero OptionEN2Z-1086IE67-R0322165. Read the message and tap Yes, Continue .Fig. 47 Prevent Excess Pressure MessageWait for a few minutes to complete the zero balancing operation.Generating Balance ReportThe VAV balancing application allows to generate a balancing report. After performing the balancing on all VAV controllers, the T & B contractor can generate a final report.Follow the below steps to generate balancing report:1. On the discovery screen, tap the Report option.Fig. 48 Controller List2. Tap the discovered controllers or tap Select All to select multiple controllers.3. Tap Generate Report.Fig. 49 Controller Selection4. Enter the Report name and Description and tap Generate Report.Fig. 50 Generate Report5. Select the csv report and share the report.Fig. 51 Balancing ReportManufactured for and on behalf of the Connected Building Division of Honeywell Products and Solutions SARL, Z.A. La Pièce, 16, 1180 Rolle, Switzerland by its Authorized Representative:CentraLineHoneywell GmbH Böblinger Strasse 1771101 Schönaich, Germany EN2Z-1086IE67-R0322Subject to change without noticeRELATED TECHNICAL LITERATURETable 2 Related Technical LiteratureTitleReferenceMerlin NX IP VAV Product Datasheet EN0Z-1073GE51Merlin NX MSTP VAV Product DatasheetEN0Z-1072GE51Merlin NX IP and MSTP VAV Installation Instructions EN1Z-1076GE51MERLIN NX IP and MSTP VAV Mounting Instructions EN1Z-1074GE51Global VAV Balancing Tool User Guide EN2B-0041IE10IRM Engineering GuideEN2B-0414GE51。

If you need detailed product information, or help choosing the right product for your application, see our Interactive Catalog . Use the Interactive Catalog to access the most complete and up-to-date information available.The Interactive Catalog provides an extensive collection of product specifications, application data, and technical literature that can be searched based on criteria you select.This PDF catalog information was published in November 2000.Sensing and ControlHoneywell Inc.11 West Spring StreetFreeport, IL /sensingSensing and Control Interactive Catalog...Click this icon to try the Interactive Catalog.Interactive Catalog Supplements Catalog PDFsBZG/BZH switches have a neoprene seal gasket between the housing halves, elas-tomer boot actuators, sealed conduit con-nectors, and die cast aluminum housing. Mounting holes are located outside the switch cavity and accept No. 10 screws. A neon pilot light can be added to switches having two conduit openings to indicate contact status.FEATURESɀPilot light (optional)ɀCast aluminum housingɀSide or flange mountACCESSORIESPilot Light 110-220 VAC (complete with seal) ............................................15LT1 Wiring Seal (for No. 14 type ‘‘S’’ rubber jacketed cord) ....................................2PA1 ELECTRICAL RATINGCircuitry Electrical RatingA UL Rating15 amp, 125, 250 or 480 VAC;2 amp, 600 VAC;MOUNTING DIMENSIONS(For reference only)PLUNGERSide mount Flange mount Roller plunger ROLLER LEVERSide mountFlange mount(2 conduit openings)RODFlange mount Side mount。

TRANSMISSION RISK AIR MONITORUSERMANUALPACKING LISTStandard package includes Honeywell Transmission Risk Air Monitor (HTRAM) device X1User Manual X1 USB cable X1USER MANUAL FOR THE HONEYWELL TRANSMISSION RISK AIR MONITOR ADDITIONAL ACCESSORIES AVAILABLE • AC adapter: HTRAM-AD-USC (USC version), or HTRAM-AD-EU (EU version) or HTRAM-AD-UK (UK version)• Wall mount kit (separate instructions provided in kit)OPERATION1. HTRAM is a desktop or wall-mounted device. We recommend to keep it plugged-in so it’s powered by the external USB charger. There is a rechargeable battery inside that will supply power for up to 10 hours, but we recommend keeping the device plugged-in to conserve battery life.2. Device On/Off: When the device in OFF status, push and hold button for 3 seconds to turn it on. The device will show information on the screen. After the initial process (approximately 1 minute),the device enters normal status and displays readings. When the device is in ON status, push and hold top button for 3 seconds to turn it OFF.USER INTERFACEPower button Power input portQUICK START GUIDE • Make sure these components were in the box. If any are missing, please contact the company from which you purchased the device as soon as possible:Step 1. Make sure you have everything, then charge the er Manual • Connect the microUSB end to the device, and the USB connector• Remove the protective film from the monitor display.• Turn on the Honeywell Transmission Risk Air Monitor by pressing and holding the “Start” button on the top for five seconds.• Use a smartphone to download the Honeywell air monitor app (App name: Transmission Risk Air Monitor). You can download directly from the Apple™ or Google™ stores, or by scanning the appropriate QR code shown below if your phone has a scanning app or embedded capability.• Launch the app. Then, complete the connection and setup by following the Bluetooth pairing process in this document. to a power adapter or computer. Keep plugged-in until fully charged.• Make sure the working environment is supported by Bluetooth™ and wireless with Internet access, and a user-supplied smartphone using Apple iOS or Android™. Step 2. Power up the device, download the app and complete the setup:HOW TO REGISTER1. Launch the mobile app, and click the“REGISTER” button and agree to the “Honeywell Data Privacy” notice.2. Enter your email address and choose the region you are located in, then click to send the verification code.3. Check your email for the verification code and enter it on the mobile app to finish the verification process.4. Provide your first name and last name, create your password and complete the self-registration process.5. Go back to the main screen to login to the mobile app. For individual users with less than 10 devices, we recommend going through the self-registration process via the mobile application.For enterprise users with more than 10 devices, we recommend going through the enterprise registration process via web portal.1. For North American enterprise users, please go tohttps://;for EU enterprise users, please go tohttps://2. Click the “REGISTER” button, and agree to the “Honeywell Data Privacy” notice.3. Enter the sales order number and click “VERIFY ACCOUNT” to validate purchase of your devices.4. Enter your email address and click to send the verification code.5. Check your email for the verification code and enter it on the web portal, then click “NEXT”.6. Enter the required organization information.7. Enter the Organization Administrator information and then click “SUBMIT” to finish the registration process.HOW TO PAIR YOUR DEVICE1. Open the App and enable mobile Bluetooth® in the device’s Settings/Bluetooth.2. On the App, click the +Add New icon to add an airmonitor device.3. Click the Connect icon to pair with the device, the Bluetooth icon will blink.4. Confirm the device is ready for pairing: See the icon blinking. Ensure the device's Bluetooth icon is blinking on the screen.5. The app will pop up a window and request the user to input the PIN CODE shown on the device's screen.6. If two or more devices' Bluetooth are activated, you can use the serial number to identify which device is to be paired. The serial number can be found on the back side of the device.7. Input the 6-digit PIN CODE. Then, click Connect.8. When the Bluetooth icon on the device's screen stops blinking, pairing is complete.9. If you are individual user and want to connect the device via home or open network WI Fi®, please enter the WIFI® name and password to configure the device network.Monitors should be placed in the center of activity areas and should be close to breathing height (approximately 1.5 m, depending on the height or age of the room’s occupants), out of direct sunlight, and not directly located near induction units, floor fans, or heaters.In an organizational setting, e.g. schools, restaurants, we recommend physically protecting the device by placing a lock on the device enclosure and enabling only authenticated access to the secure devices. Ensure that only authorized personnel have the required keys to physically access the devices.10. If you are an enterprise user and your organization has secured WIFI® network, please reach out to your organization's IT personnel to configure the WIFl® settings for the device network.YELLOW RED 800ppm 0.043%infection risk 1100ppm 0.051%infection risk The end user can also choose custom settings on the device to set the alarm threshold levels based on the user’s parameters and local, regional and state requirements. Note: If Custom Settings are used, the user is solely responsible for validating that those alarm settings meet their specific requirements.500ppm 7.32%infection risk 800ppm 25.25%infection risk 700ppm 3.40%infection risk 1000ppm 5.41%infection risk1. The HTRAM’s preset PPM measurements for each Activity Level are subjective standardsbased on Honeywell’s assessment of U.S. state statutory limits and scientific studies, including the “2020 COVID-19 Aerosol Transmission Estimator” and the “Exhaled CO2 asa COVID-19 Infection Risk Proxy for Different Indoor Environments and Activities”article from the University of Colorado-Boulder (seehttps:///spreadsheets/d/16K1OQkLD4BjgBd O8ePj6ytf-RpPMlJ6aXFg3PrIQBbQ/edit#gid=519189277 and https:///doi/10.1021/acs.estlett.1c00183, respectively) . The user must verifyapplicable standards or regulations and adapt the product’s thresholds to suchs tandards and regulations as required for its usage intended by the user.2. Please note: A Green designation does not mean no risk for transmission. An increasefrom Green to Yellow, Yellow to Red or Green to Red does not indicate a linear increasein potential transmission risk within one Activity Setting. Any increase in potentialtransmission risk across multiple Activity Settings is also not linear. Numerousfactors, including without limitation, interaction among individuals in a room, thenumber of infected individuals present, and the wearing of Personal ProtectiveEquipment (PPE) such as masks and gloves, will affect the potential transmissionrisk. Users should not rely solely on this device to make a determination of safety.3. Percent of infection risk calculation is based on the following assumptions and isonly intended as guidance: Total number of people: 20, Infected: 1; Time duration: 304. Percent of infection risk calculation is based on the following assumptions and is only intended as guidance: Total number of people: 20, Infected: 1; Time duration: 45mins and room size: 900sqft.5. Percent of infection risk calculation is based on the following assumptions and isonly intended as guidance: Total number of people: 20, Infected: 1; Time duration: 60 mins and room size: 900sqft.SCENARIO SELECTIONThe device has three pre-programmed scenario settings based on activity levels.• Low activity: Reading, quietly talking, Breathing rate(susceptibles): 0.252 m3/h, CO2 emission rate/person: 0.0052 (@ 273 K and 1 atm), Quanta exhalation rate(infected): 9.4 quanta/h, activity duration for 30 minutes • Medium activity: Eating, talking loudly, Breathing rate (susceptibles): 1.2 m3/h, CO2 emission rate/person:0.012 (@ 273 K and 1 atm), Quanta exhalation rate(infected): 170 quanta/h, activity duration for 45 minutes • High activity: Running, jumping, exercising, Breathing rate (susceptibles): 3 m3/h, CO2 emission rate/person: 0.016 (@ 273 K and 1 atm), Quanta exhalation rate(infected): 408 quanta/h, activity duration for 60 minutes• Other general assumptions from risk estimator can be found in the below table:Width of roomLength of room30ft 30ft Volume900sq ft Height 16ft Background CO2 Outdoors 415ppm TemperaturePressure0.95atm 20C Relative Humidity50%Deposition to surfacesDecay rate of the virus default per:https:///covid-estimator default per:https:///covid-estimator default per:https:///covid-estimator default per:https:///covid-estimator 0.62h-10.3h-1Total N people present 20ft Additional control measures0h-1Fraction of population immune Infected People1person 0%Exhalation mask efficiency0%Inhalation mask efficiency Fraction of people w/ masks 0%0%no mask no mask no mask• The default setting is the low activity setting with the alarm threshold of 800 ppm for medium and 1100 ppm for high.1. To review the device’s data history, please click the “Data History” tab on the mobile app. 2. You can switch among CO2, temperature, and humidity to view the device’s history. It can be viewed by day, week, or month.3. The device’s maximum data storage is approximately 90 days. It will only keep the most recent 90 days worth of data.DATA HISTORYQuanta Concentration initial value 0.00no virus at the beginningDEVICE DEFAULT SETTINGS• Temperature unit: Select your regional temperaturemeasurement unit on your mobile phone app and itwill be displayed on the device screen as °C or °F.• Alarm sound: Users may enable or disable the device’s buzzer function. When the device’s alarm sound is enabled, the buzzer will beep at medium or high alarm. When the alarm is sound disabled, the buzzer will not beep when medium or high alarm is triggered.• Turn off display: users can turn off display on the mobile app. When display is off, users can wake up the device by pushing the top button. Then the display will auto off in 2 minutes.HTRAM SPECIFICATIONSDimensions (H × W × D)80 mm × 80 mm × 22 mm [3.1 in × 3.1 in × 0.87 in]* The Honeywell Transmission Risk Air Monitor (HTRAM) analyzes specific air quality conditions and alerts the user when conditions are present that may increase risk of potential exposure to airborne viral transmission. It does not prevent or reduce virus transmission nor mitigate viruses that may be present, nor does it detect or warn against the presence of any virus, including but not limited to COVID-19. Even at lower risk levels caution isHousing materialsAluminum alloy Display TFT Input voltage5 V Input current 1 A BatteryLithium-ion rechargeable battery 10-hour battery time Battery capacity2,600 mAh USB port Micro USBOperating temperature and humidity0°C to 40°C, 0% RH to 90% RHrequired to prevent viral transmission. The HTRAM does not repel or destroy any microorganism, viruses, bacteria, or germs.• It is buyer’s sole responsibility (1) to determine the suitability of the HTRAM for use in its application; (2) to operatethe HTRAM in accordance with the User Manual andany other instructions provided by Honeywell and incompliance with all applicable laws, rules and regulations;and (3) to determine, based on buyer’s experience, expertise,and other available tools, the suitability of any product or service it may offer or recommend to the end user.• Buyer is responsible for determining whether the product is appropriate for use under certain international, federal, state or local guidelines, and is likewise responsible for determining whether the HTRAM qualifies for anygovernment programs, including without limitation,reimbursement plans.• Any recommendations or assistance provided by Honeywell regarding the use or operation of the HTRAM – throughour literature, the Honeywell web site, or otherwise – shallany kind, express or implied, and such information is accepted at buyer’s own risk and without any obligation or liability to Honeywell.• The information we supply in this data sheet is believed to be accurate and reliable as of this writing. However, specifications may change without notice, and Honeywell assumes no responsibility for its use.• The HTRAM does not detect for levels of CO2 that would make for an unsafe or unsuitable breathing environment. WARRANTY• Under normal use and maintenance that is consistent with Honeywell manuals and instructions, Honeywell warrants that, for a period of one (1) year from the date of purchase, all components of this product, exceptsoftware and software components, shall be free from faulty workmanship and defective materials. The software and software components, including any documentation designated by Honeywell for use with such software or software components, are provided “AS IS.”• These warranties do not apply if the claimed defect or nonconformity is due to accident, misuse, neglect; or improper shipping or handling, installation, or testing; or any failure of electrical power, air conditioning, or humidity control. This warranty is valid only if the product has not been tampered with or serviced by any party not authorized by Honeywell.• If during the one-year warranty, the customer notifies Honeywell in writing of any alleged defect within 30days of discovery, and it is determined by Honeywell that any component of the product, except softwarecomponents, is defective due to faulty workmanship or defective materials, then Honeywell shall repair or replace such Product at Honeywell’s sole discretion. Repair or replacement of a product (or any part thereof) does not extend the warranty period for such product. Products which have been repaired or replaced during the warranty period are warranted for the remainder of the unexpired portion of the original warranty period.• In case of non-conforming products, users may return such product to the distributor where they made theoriginal purchase.• Honeywell shall not be responsible for any loss ordamage of any form, including any accidental or necessary direct or indirect loss as a result of breach of any warranty or any other acts that damage the product.• These explicit warranties are the only warranties provided by Honeywell with respect to the product and are inlieu of all other warranties, express or implied. Any implied warranty or guarantee, including merchantability,fitness for a particular purpose, and non-infringement of third party rights, shall not apply.• This warranty only applies to the main unit of the product, and does not cover the package, manuals, consumables, or other components susceptible to damage or consumption or which have a normal life inherently shorter than the foregoing warranty period.• Customers wanting additional warranty beyond the standard one-year warranty offered by Honeywell have the option to purchase a 2-year extended warranty when purchasing the product. Any such extended warranty shall only extend the timeframe of the warranty terms above from three years from the date of purchase, and shall not provide any additional warranty or guarantee, express or implied. DISPOSALThis product contains a lithium-ion battery and alumi-num alloy materials. Upon receipt of the product, the customer is responsible for proper use, transport, storage and disposal of the product based on the battery and material type, including but not limited to applicable governmental requirements for proper disposal CAUTIONRisk of explosion if battery is replaced by an incorrect type. Dispose of used batteries according to the instructions.Hereby, Honeywell Safety and Productivity Solutions declare that the radio equipment type HTRAM-V2-W is in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address:https:///us/en/products/safety/-gas-and-flame- detection/portables/honeywell-trans-mission-risk-air-monitor SIMPLIFIED EU DECLARATION OF CONFORMITY Honeywell Safety and Productivity Solutions certifies that the CO2 sensor in Honeywell Transmission Risk Air Monitor (HTRAM) device is maintenance-free in normal indoor environments. No calibration at end user is needed. The accuracy of the sensor is +/- 50ppm at 1000ppm CO2.MANUFACTURER CERTIFICATEOperating Frequency: 2400-2483.5 MHz (Bluetooth): <20 dBm EIRP; 2400-2483.5 MHz (WLAN IEEE 802.11b/g/n): <20 dBm EIRP.Hereby, Honeywell Safety and Productivity SolutionsSIMPLIFIED UK DECLARATION OF CONFORMITY This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.declare that the radio equipment type HTRAM-V2-W is in compliance with UK radio equipment regulation. The full text of the UK declaration of conformity is available at the following internet address:https:///us/en/products/safety/-gas-and-flame- detection/portables/honeywell-trans-mission-risk-air-monitorUnited Kingdom Contact: Life Safety Distribution GMBH. Address: Hatch Pond House, 4 Stinsford Road, Nuffield Industrial Estate, Poole, Dorset, BH17 0RZ, UK. Phone:+41 (0)44 943 4300RECHARGEABLE LI-ION BATTERYNominal Voltage: 3.6VRated Capacity: 2480 mAh/8.93WhTypical Capacity: 2600 mAh/9.36WhLimited Charging Voltage: 4.2VManufacturer: SCUD (Fujan) Electronics Co., Ltd.Red Wire: (+) Black wire: (-)Made in ChinaATTENTION• To better reflect the air environment, Honeywellrecommends continuously monitoring indoor air using the HTRAM. It is recommended that the device runs for 24 hours for the first time until it is fully charged andinitialized.• For safety and battery performance, the device can only charge the battery indoors in a 0°C to 40°C [32°F to 104°F] temperature range. The charging time from empty to full battery is approximately 6 hours. During charging, the device surface will have a slight temperature rise. INSTRUCTIONS IN OTHER LANGUAGESThese instructions and specifications are subject to change without notice at Honeywell’s sole discretion. For more information and the most recent User Manual, go tohttps:///#/doc/helpFor more informationHoneywell Safety and Productivity Solutions9680 Old Bailes Road, Fort Mill, SC 29707 United States Contact usUS:Tel. 800.430.5490Fax. 800.322.1330Canada:Tel. 888.212.7233Fax. 888.667.8477***************************。

Honeywell BW Solo 用户手册Honeywell BW TMSolo用户手册珠海司福斯特科技有限w w w .s a f e d t e c h .c o m© 2018 Honeywell International.产品注册在线注册您的产品，请访问：https:///en/support/product-registration 通过注册您的产品，您可以： • 收到产品升级或增强功能的通知 • 获悉您所在地区的培训课程 • 充分利用特别优惠和促销活动重要事项！在每天使用之前，应对监控仪进行冲击测试在每天使用之前，应对每个气体探测监控仪进行冲击测试，通过使监控仪接触浓度超过低警 报设定值的目标气体的方式，确认所有传感器响应和所有警报启用。

如果监控仪经历过物理碰撞、液体浸泡、超限警报事件，或者监管权变更，或者监控仪的性能令人起疑的任何时候， 建议进行冲击测试。

为了确保最高程度的准确性和安全性，只能在新鲜空气环境中进行冲击测试和标定。

监控仪应该在每次未通过冲击测试时进行标定，但是频率不得低于每六个月一次，具体取决于使用和接触的气体与污染程度，以及其操作模式。

• 标定时间间隔和冲击测试规程可能因各国国家法规而有所不同。

• Honeywell 建议所用的标定气体钢瓶应含有适合您所用传感器的气体，并且达到正确的浓度。

珠海司福斯特科技有限w w w .s a f e d t e c h .c o m目录1. 标准物品清单 ......................................................................................................................................... 9 2. 一般信息 ................................................................................................................................................ 9 3. 用户界面和显示屏概览 ......................................................................................................................... 10 3.1. 开箱即用体验（仅适用于首次使用） ........................................................................................... 11 3.2. 状态指示符图标 ........................................................................................................................... 12 4. BLE （蓝牙低功耗）操作 ..................................................................................................................... 13 4.1. BLE 图标 ...................................................................................................................................... 13 4.2. 不合规 LED 指示灯 ...................................................................................................................... 13 4.3. 与智能手机进行配对 .................................................................................................................... 13 5. 电池...................................................................................................................................................... 16 5.1. 电池状态 ...................................................................................................................................... 16 5.2. 电池更换 ...................................................................................................................................... 17 6. 开启和关闭 Honeywell BW Solo .......................................................................................................... 19 6.1. 开启 Honeywell BW Solo ............................................................................................................. 19 6.2. 关闭 Honeywell BW Solo ............................................................................................................. 19 6.3. 标定状态 ...................................................................................................................................... 19 6.4. 冲击状态 ...................................................................................................................................... 19 6.5. ........................................................................................................................... 20 7. 导航...................................................................................................................................................... 21 7.1. ...................................................................................................................................... 21 7.2. 主界面导航................................................................................................................................... 22 8. 导航：信息菜单 ................................................................................................................................... 23 8.1. Event Log （事件日志）导航 ....................................................................................................... 24 9. 导航：Settings （设置） ...................................................................................................................... 25 9.1. 进入 Settings （设置）模式 .......................................................................................................... 25 9.2. 在 Settings （设置）模式中的菜单和子菜单 ................................................................................ 26 9.3. Language （语言） ...................................................................................................................... 27 9.4. Time （时间） .............................................................................................................................. 27 9.5. Date （日期）............................................................................................................................... 27 9.6. Units （单位） .............................................................................................................................. 27 9.7. Readings （读数） ....................................................................................................................... 27 9.8. Setpoints （设定值） ................................................................................................................... 27 9.9. Latching （锁定） ........................................................................................................................ 28 9.10. Reminders （提醒） ..................................................................................................................... 28 9.10.1. 强制启用或禁用冲击/标定 .. (28)9.10.1.1. Force Cal （强制标定） (28)9.10.1.2. Force Bump （强制冲击） (28)9.11. Data Logging （数据记录） ......................................................................................................... 29 9.12. BLE （蓝牙低功耗） .. (29)9.13. Assigned （分配） ....................................................................................................................... 29 9.14. Zone （区域） .............................................................................................................................. 29 9.15. IntelliFlash ................................................................................................................................... 29 9.16. 不合规 LED 指示灯 ...................................................................................................................... 30 9.17. Passcode （密码） . (30)珠海司福斯特科技有限w w w .s a f e d t e c h .c o mHoneywell BW Solo 用户手册9.18. Exit （退出） ................................................................................................................................ 30 10. 零点标定 .............................................................................................................................................. 31 11. 冲击测试 .............................................................................................................................................. 31 12. 标定...................................................................................................................................................... 33 13. 更换滤网和传感器 ................................................................................................................................ 34 13.1. 滤网颜色参照 ............................................................................................................................... 34 13.2. 取下盖板 ...................................................................................................................................... 34 13.3. 更换滤网 ...................................................................................................................................... 35 13.4. 更换传感器................................................................................................................................... 35 13.4.1. 4 系列传感器更换 .................................................................................................................. 36 13.4.2. 1 系列传感器更换 .................................................................................................................. 37 13.5. 重新安装盖板 ............................................................................................................................... 39 14. 维护...................................................................................................................................................... 40 14.1. 清洁 ............................................................................................................................................. 40 14.2. 更换鳄鱼夹................................................................................................................................... 40 14.3. 更换/检修其他零件 ....................................................................................................................... 40 15. 固件升级 . (40)16. 制造年份 .............................................................................................................................................. 40 17. 传感器和设置 ....................................................................................................................................... 41 18. 故障排除 .............................................................................................................................................. 43 19. 规格 ..................................................................................................................... 44 20. . (46)珠海司福斯特科技有限w w w .s a f e d t e c h .c o mHoneywell BW Solo 用户手册警告所有已经或将要负责使用、维护或检修此产品的人员都必须仔细阅读本《手册》。

3820, 3820i, 4820, 4820i Cordless Imaging Systems快速入門手冊附註： 如需有關清潔裝置的資訊，請參閱您的使用手冊。

事前準備關閉電腦後連接基座，基座連接完畢後再度啟動電腦。

基座連接完畢且電源開啟後，將成像器置於基座以建立連線。

基座的綠色 LED 會閃爍，表示成像器的電池正在充電。

USB 連接1Keyboard Wedge 連接序列埠連接RS-23223條碼讀取方式取景窗發出的光束應該位於條碼正中間。

(4820/4820i的方向可任意調整以便讀取。

)握住成像器並對準條碼，扣動扳機。

成像器離條碼越近，光束越細。

反之，若離條碼越遠，則光束越粗。

如果所要掃描的條碼較小，請將成像器靠近條碼，若條碼較大則請將成像器拿遠一點。

如果條碼表面反光度高 (例如加護貝)，必須適當地傾斜成像器以便讀取條碼。

附註：如果成像器在掃描條碼時發出三次嗶聲，表示尚未建立連線。

如果成像器只發出一次嗶聲，表示已建立連線。

4820/4820i可從任何方向讀取光束置於條碼中央4產品標準預設設定這個條碼會重設所有的產品標準預設設定。

PC 介面請掃描符合您所用的 PC或介面之條碼。

產品標準預設設定RS-232USB鍵盤 (PC)日本DOS/VAT/PS2 Keyboard Wedge (預設)5PC 介面 (續上頁)鍵盤的國家/地區設定掃描下面的「鍵盤的國家/地區設定」條碼，再掃描 ðƒ 12 ¦¹上合適的數字條碼，然後「儲存」條碼，即可將鍵盤設定成您想要的國家/地區。

一般而言，只有美國的成像器能支援下列字元，其他國家/地區的則不予以支援：@ | $ # { } [ ] = / ' \ < > ~。

國家/地區掃描項目國家/地區掃描項目比利時1義大利5丹麥8挪威9芬蘭2西班牙10法國3瑞士6德國/奧地利4美國 (預設)0英國7模擬外接鍵盤鍵盤的國家/地區設定儲存附註：如需完整的國家/地區清單，請參閱本公司網站上的產品使用手冊，網址為/aidc。

User ManualADS-14171Honeywell Integrated Pressure Transducer (IPT)Demo SoftwareVersion 1.10Contents1.Introduction (3)2.Setup Procedure (3)2.1Computer Setup (3)2.2System Setup (3)2.3Executing IPT Demo Software Application (5)ing IPT Demo Software (7)3.1Commands (7)4.Digital pressure output in PSI (10)4.1Data Logging (11)5.Menu (12)5.1File (12)5.1.1Exit (12)5.2Help (13)5.2.1Contents (13)5.2.2Honeywell on the Web (13)5.2.3Application Limitations (13)5.2.4About IPT Demo Interface (13)6.Limitations (14)1. IntroductionThe Honeywell Integrated Pressure Transducer (IPT) Demo software application is used to retrieve the pressure and temperature readings from the IPT test system. A setup procedure should be completed before the IPT demo software application can be used.2. Setup Procedure2.1Computer SetupThe Software Setup consists ofa.Unzipping the file to the C drive.b.Install the software from the unzipped files by executing the “IPT Demo Interface Setup.exe”.c.The location where the software is installed is changeable inside the “InstallShield Wizard”.d.Then click “Install” to complete the installation2.2System SetupThe Hardware Setup consists ofe.Host computer on which the IPT Demo Software will be executed.f.IPT Demo Board on which the IPT will be mounted.g.RS232 Cable to connect the IPT Demo Board to the COM port of the host computer.Ensure that all jumpers are configured as shown below BEFORE applying power.The hardware should be connected in the following order:a.Connect the RS232 cable from the computer to the IPT Demo Board.b.Connect the IPT to the Demo Board.c.Connect power to the Demo Board power supply jack.The demo board will appear like the following image upon completion of the hardware setup.There is only 1 correct way for the IPT to be mounted to the IPT demo board; there are multiple ways that the IPT should not be connected to the demo board, the following images indicate these instances.IMPORTANT: Failure to mount the IPT in the proper orientation will result in damage to either the IPT Demo Board or the IPT.IMPORTANT: The Demo board should be handled with extra precaution for ESD to make sure the board is not damaged. (ESD class rating has not been determined)The Demo Board must be powered ON before executing the IPT demo software on the host machine.2.3Executing IPT Demo Software Application1)Step 1: Upon executing the IPT Demo Software on the host computer, a disclaimer will bedisplayed.Press the “OK” button.2)Step 2: Select the Communication Port to which the Demo Board is connected and click the“Open Port” button.3)Step 3: Upon opening the port the IPT Demo Software retrieves EEPROM data from IPT for thecalculation of pressure values in PSI . (Refer Section 3.2).The retrieved EEPORM data can be viewed in the EEPROM tab of the main window.3. Using IPT Demo Software3.1CommandsThe IPT Demo Board firmware implements a set of commands to send the pressure and temperature output from the IPT over a RS232 communication line.In addition to these commands EEPROM read and write commands are supported to read –write EEPROM contents of the IPT.The Command tab in the main window of the IPT demo software has a list box “Command Inquiry” to select commands to be sent to the IPT Demo Board. Alternatively the commands can also be sent manually by entering the command in the “Manual Command Entry”text box and pressing “Enter” on the keyboard of the host computer. The command from the IPT Demo Software and response from the IPT Demo Board interface are displayed in the “Command/Response Monitor” text box.Following commands are supported by the IPT Demo Board firmware:1.C1 (Single Raw Temperature)“C1” command displays a single reading of the raw temperature in the Command/ResponseMonitor.Command:*01C1Example response:#01TC=469982.C2 (Continuous Raw Temperature)“C2” command displays continuous digital output of raw temperature in the Command/ResponseMonitor. Continuous output can be stopped by sending the“IN” (Stop Continuous Output) command.Command:*01C2Example responses:#01TC=46998#01TC=46998#01TC=46998#01TC=469983.C3 (Single Raw Pressure)“C3” command displays a single digital output of the raw pressure in the Command/Response Monitor.Command:*01C3Example response:#01PC=19913644.C4 (Continuous Raw Pressure)“C4” command displays continuous digital output of raw pressure in the Command/Response Monitor. Continuous digital output can be stopped by sending the“IN” (Stop Continuous Output) command.Command:*01C4Example responses:#01PC=1991364#01PC=1991340#01PC=1991221#01PC=1991372#01PC=19912655.IN (Stop Continuous Output)“IN” command is used to stop continuous pressure and temperature digital output from the IPT.Command:*01INResponse: None6.IN=RESET (Reset Demo Interface)“IN=RESET” command is used to reset the demo interfaceCommand:*01IN=RESETResponse:None7.RD ( Read EEPROM)The “RD” command can be manually entered to read contents from the IPT EEPROM.Command:*01RDdd // where dd is an EEPROM location of 0x00-0xFF Response:#01RDddccc // where dd is an EEPROM location of 0x00-0xFF// and ccc is a value 0-2558.WT (Write EEPROM)The “WT” command can be manually entered to write to IPT EEPROM locations 0xB6 – 0xFFCommand:*01WTddccc // where dd is an EEPROM location 0xB6-0xFF// and ccc is a value 0-255Response: None4. Digital pressure output in PSIThe digital pressure output can also be viewed in PSI (pounds per square inch). The digital pressure output in PSI is calculated from the raw temperature and pressure outputs using coefficients loaded from EEPROM of the IPT. (Refer Section 3.2 and 3.3 of IPT User’s Guide).Press the “Run” button in the “Command” Tab to display digital pressure output in PSI units in the“Calculated Pressure Reading in PSI” Text Box.4.1Data LoggingThe pressure reading displayed in the “Calculated Pressure Reading in PSI” text box can also be logged to a text file by se lecting the “Log Pressure” checkbox. The file path can be set by clicking on the“Browse” button. To log the time stamp along with the pressure output, select the “Time Stamp”checkbox.5. Menu5.1FileFile menu has one sub menu as “Exit”5.1.1ExitClick on Exit to close the application.5.2HelpHelp Menu has following contents5.2.1ContentsUpon Clicking “Contents” Help window is displayed.5.2.2Honeywell on the WebUpon Clicking “Honeywell on the Web” link to Honeywell website is opened in side the defaultbrowser.5.2.3Application LimitationsUpon Clicking “Application Limitations” limitations of Demo Software are displayed.5.2.4About IPT Demo InterfaceUpon Clicking “About IPT Demo Interface” About Box is displayed showing version information of the Demo Software.6. Limitations1. Communication with the IPT Demo Board Interface is 115200 baud (N-8-1) only.2. Manual WT commands to EEPROM locations 0x00 to 0xB6 will be ignored.3. Calculated Pressure Readings in PSI are displayed at a rate of ~150/sec.4. While a C4 continuous command is executing, single commands may not be visible in theCommand/Response Monitor.5. EEPROM Tab contents are updated at the start of the application. Any user-changes to the EEPROMwill not be visible until the application is restarted.This document and all information and expression contained herein are the property of Honeywell International Inc., are loaned in confidence, and may not, in whole or in part, be used, duplicated, or disclosed for any purpose without prior written permission of Honeywell International Inc. All rights reserved.Honeywell12001 Highway 55Plymouth, MN 55441 Form # 900389。