Schneider Electric MNB Application Information

Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Disclaimer

This document is not intended to describe the proposed solution in its entirety. Users are solely responsible for compliance with both national and international safety laws and regulations.

Solution functionality is tied to speciﬁc versions of software and hardware, as described within. As such, solution functionality is subject to change as products are upgraded.

This solution was tested and validated under laboratory conditions. Performance measurements are provided so that informed design decisions can be made, and are not a guarantee of future performance.

This document does not replace any speciﬁc product documentation.

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Table of Contents

Introduction Chapter 1 5

1.1. Who Can Beneﬁt from this Document? 5

1.2. About Solution Guides 5

1.3. Interfacing MNB BACnet Systems with a Building Operation System 6

1.4. Target Applications 7

1.5. Applicable Documentation 7

Solution Overview Chapter 2 9

2.1. BACnet with MNB BACnet and Building Operation 9

2.1.1 MNB BACnet 9

2.1.2 Building Operation 9

2.2. Solution Overview 10

Validated System 1Chapter 3 1

3.1. Validated System Architecture 11

3.2. Validated System Components 12

Detailed Solution Steps 1Chapter 4 3

4.1. Deﬁne and Conﬁgure the MNB BACnet Network 13

4.2. Verify that Each MNB Device Contains the Current Application 16

4.3. Install the Automation Server 16

4.4. Create the BACnet Interface 18

4.5. Discover and Add IP-Level MNB-1000 Devices 20

4.6. Create Remote MS/TP Networks to Represent MS/TP Networks Connected to the MNB-1000 Devices 23

4.7. Create MS/TP Networks to Represent MS/TP Networks Connected to Automation Server COM Ports 25

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4.8. Discover and Add MNB Devices 29

4.9. Upload MNB Devices to Create BACnet Points 32

Best Practices and Lessons Learned 3Chapter 5 4

5.1. Best Practices 34

5.1.1 Making Changes to Applications of MNB Devices Connected to the Automation Server 34

5.1.2 Changing the IP Conﬁguration of a Previously Programmed Automation Server 35

5.1.3 Changing the Automation Server BACnet Instance Number After the BACnet Interface Is Created 36

5.1.4 Changing the Network Number of an MS/TP Network Previously Added to the Automation Server 39

5.1.5 Changing the IP Conﬁguration of an MNB‑1000 Previously Added to the Automation Server 41

5.1.6 Changing the Name of an MNB Device Previously Added to the Automation Server 42

5.1.7 Changing the Instance Number of an MNB Device Previously Added to the Automation Server 43

5.2. Lessons Learned 44

5.2.1 Deletion of Point or Value Objects within Application Folder of MNB BACnet Device 44

5.2.2 Troubleshooting Tools 44

5.2.3 BACnet Device Time Sync Recipients 45

5.2.4 MNB BACnet Points Created with Device Upload 45

5.2.5 Menu Support with MNB Systems in Building Operation 49

5.2.6 Working with MNB BACnet Objects and Properties in Building Operation 52

5.2.7 Coexistence of WorkPlace Tech Tool, WorkPlace Commissioning Tool, and WorkPlace Flow Balance Tool on the Same System 56

5.2.8 Characters Allowed in Names of Created and Uploaded BACnet Objects 57

System Test Results 5Appendix 1 9

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Chapter 1

Introduction

This solution allows new and existing I/A Series MicroNet BACnet sites to interface to a Building Operation system. By implementing this solution, users can take advantage of Building Operation’s enhanced feature set without replacing existing devices or reengineering I/A Series MicroNet BACnet points or applications.

Throughout this document, the family of I/A Series BACnet controllers will be referred to as MNB BACnet devices, as they are in all Building Operation documentation.

Who Can Beneﬁt from this Document?1.1.

The goal of this document is to describe how Building Operation supports MNB BACnet systems. An example of this solution has been tested and validated by Schneider Electric.

This document provides systems integrators and project engineers with the information necessary to evaluate the feasibility of similar solutions and to make design decisions. The following items are included:

Example system architecture•

Key component descriptions•

Lab test results•

Best practices•

This document was written as a complement to existing product documentation and provides references to such documents where appropriate.

Readers possessing a solid understanding of the MNB BACnet product line will beneﬁt the most from the information provided.

About Solution Guides1.2.

Schneider Electric develops Solution Guides to evaluate proposed architectures that attempt to solve our customer pain points or give added value as a solution. Schneider Electric tests and validates these architectures and publishes a document showing what was tested in its labs. Within the Buildings segment, the end result is a Solution Guide document that describes the solution in detail, including test results, and best practices for implementation. Each Solution Guide provides system integrators with the information they need to quickly identify, design, and implement equivalent solutions with a minimum of risk and uncertainty.

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Interfacing MNB BACnet Systems with a Building 1.3.

Operation System

Both MNB BACnet and Building Operation natively support the ASHRAE BACnet® protocol. Therefore, it is possible to have the MNB devices interoperate with Building Operation devices. A Building Operation client, be it WorkStation or WebStation, when connected to an Enterprise Server or Automation Server, can function as a preferred user interface for an MNB system.

Figure–1.1 Interfacing an MNB BACnet System with a Building Operation System

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Solution Guide

The resulting interface experience is as follows:

Any existing MNB BACnet devices will remain, and will not require any updating,• reconﬁguration, or re-programming.

The WorkPlace Tech Tool Suite is required to program and conﬁgure MNB BACnet devices.• The WorkPlace Tech Editor, supplied with Building Operation, is applicable to MNL devices only.

When used with MNB BACnet devices, Building Operation allows the user to manually perform• the following tasks:

Discover all network-accessible BACnet devices.•

Create graphics in Building Operation servers. This solution provides the opportunity to• create improved graphics by leveraging the enhanced graphics capabilities of Building Operation.

Create trends in the Automation Server to log values from MNB devices.•

Create schedules in the Automation Server to control MNB devices.•

Create alarms in the Automation Server to monitor MNB points.•

Manage BACnet time synchronization.•

MNB BACnet Support within a StruxureWare Building Operation System

Building Operation currently cannot:•

View manufacturer-speciﬁc properties in MNB devices.•

View or modify schedules residing in the MNB-1000 devices.•

Set up and conﬁgure MNB BACnet properties, including setting their names, instances,• network numbers, and addresses.

Modify application programs residing in the MNB devices.•

Update ﬁrmware in MNB devices.•

Link MNB BACnet COV Client objects to BACnet objects in other devices.•

Filter which objects are learned, and which objects are not.•

Target Applications1.4.

This solution is most applicable to customers at new and existing MNB BACnet sites where the number of objects is within the maximum number supported by Building Operations. For details, see the Product Announcement for the current shipping version.

Applicable Documentation1.5.

This section lists those documents that contain additional information that may be needed when supporting an MNB BACnet system within a Building Operation system.

TAC I/A Series WorkPlace Tech Tool BACnet Engineering Guide Supplement, F-27356•

TAC I/A Series WorkPlace Tech Tool Engineering Guide, F-27254 (in conjunction with• Supplement F-27356, above)

TAC I/A Series WorkPlace Tech Tool Users Guide, F-27255 (in conjunction with Supplement• F-27356, above)

TAC I/A Series BACnet Wiring, Networking, and Best Practices Guide, F-27360•

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TAC I/A Series MicroNet BACnet Commissioning Tool/Flow Balance Tool User’s Guide,• F-27358

TAC I/A Series MicroNet BACnet MNB-70 Zone Controller Installation Instructions, F-27458•

TAC I/A Series MicroNet BACnet MNB-300 Unitary Controller Installation Instructions, F-27345•

TAC I/A Series MicroNet BACnet MNB-V1, MNB-V2 VAV Controllers Installation Instructions,• F-27346

TAC I/A Series MicroNet BACnet MNB-1000 Plant Controller Installation Instructions, F-27347•

TAC I/A Series MicroNet MN-Sx Series Sensors General Instructions, F-26277•

TAC I/A Series MicroNet BACnet MNB-70, MNB-300, MNB-V1, MNB-V2 Controllers Protocol• Implementation Conformance Statement (PICS), F-27365

TAC I/A Series MicroNet BACnet MNB-1000 Plant Controller Protocol Implementation• Conformance Statement (PICS), F-27461

In Building Operation WebHelp, search for topics on these subjects:•

Compatibility matrix for compatible Web browsers•

Architectural guidelines (contains architectural capabilities, as well as limitations of Building• Operation)

RS-485 biasing and termination•

Automation Server and I/O wiring•

Wiring a Terminal Base•

Setting the date and time in the Automation Server•

BACnet Interface for an Automation Server - Basic tab•

BACnet Interface for an Automation Server - Advanced tab•

Device discovery•

How bindings are manually created•

BACnet time synchronization•

Value Transfer Settings dialog box and the value transfer interval•

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Chapter 2

Solution Overview

BACnet with MNB BACnet and Building Operation2.1.

This section contains information on how the ASHRAE BACnet® protocol standard is supported by MNB BACnet systems and Building Operation systems.

MNB BACnet2.1.1

MNB BACnet is a Schneider Electric building management system that natively supports the ASHRAE BACnet® protocol standard. The MNB BACnet range of products includes the BACnet devices listed in the following table.

MNB BACnet Product Support for ASHRAE BACnet

MNB-70 Zone Controller BACnet Application Speciﬁc Controller (B-ASC)

MNB-300 Unitary Controller BACnet Application Speciﬁc Controller (B-ASC)

MNB-V1, MNB-V2 VAV Controllers BACnet Application Speciﬁc Controller (B-ASC)

MNB-1000 Plant Controller BACnet Application Speciﬁc Controller (B-ASC)

MNB-1000-15 Remote I/O Module n/a (device is only used to expand I/O count of MNB-1000)

For a detailed discussion of an MNB BACnet device’s conformance to the ASHRAE BACnet standard, refer to the MNB device’s BACnet Protocol Implementation Conformance Statement (PICS).

Building Operation2.1.2

Building Operation is a Schneider Electric building management system that natively supports the ASHRAE BACnet® protocol standard. The Building Operation range of products includes the BACnet devices listed in the following table.

Building Operation BACnet Product Support for ASHRAE BACnet

Automation Server (AS)

Enterprise Server (ES)

a. The Automation Server and the Enterprise Server also have a Web server user interface named WebStation. b. Requires Building Operation WorkStation client to serve as the user interface.

BACnet Operator Workstationb (B-OWS) BACnet Building Controller (B-BC)

All Building Operation BACnet devices are compliant with the ASHRAE BACnet standard and will therefore interoperate with other Schneider Electric or third-party BACnet-compliant devices. Both the Automation Server and the Enterprise Server support two BACnet client user interfaces, WorkStation and WebStation.

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Solution Overview2.2.

The outline, below, contains the major steps in the solution for integrating an MNB BACnet system into Building Operation. These steps are contained in Chapter 4, Detailed Solution Steps.

Deﬁne and Conﬁgure the MNB BACnet Network

Verify that Each MNB Device Contains the Current Application

Install the Automation Server

Create the BACnet Interface

Discover and Add IP-Level MNB-1000 Devices

Create Remote MS/TP Networks to Represent MS/TP Networks Connected to the MNB-1000 Devices

Create MS/TP Networks to Represent MS/TP Networks Connected to Automation Server COM Ports

Discover and Add MNB Devices

Upload MNB Devices to Create BACnet Points

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Chapter 3

Validated System

3.1. Validated System Architecture

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Validated System Components3.2.

The following table lists the components used to test this solution.

Part Number Product Name Firmware Revision

MNB-1000 BACnet Plant Controller P01:01.513, L01:01.421

MNB-1000-15 BACnet Plant Controller Remote IO R01:01.50

MNB-300 BACnet Unitary Controller U01:01.424

MNB-V1, MNB-V2 BACnet VAV Controllers V01.01.424, V02:01.424

MNB-70 BACnet Zone Controller U70:01.424

WP-TECH-58 WorkPlace Tech Tool

— WorkStation PC Windows 7, 64 bit

— StruxureWare Building Operation Enterprise Server V1.4.0.818

— StruxureWare Building Operation WorkStation V1.4.0.818

— StruxureWare Building Operation WebStation V1.4.0.818

a. The WorkPlace Tech Tool includes the following tools:

WorkPlace Technician’s Tool WorkPlace Commissioning Tool WorkPlace Flow Balance Tool

b. For the most current system requirements, refer to Building Operation WebHelp topics describing system upgrade software require-

ments.

V5.8.5

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Chapter 4

Detailed Solution Steps

This chapter contains detailed, step-by-step procedures for implementing the solution to integrate an MNB BACnet system into Building Operation.

4.1. Deﬁne and Conﬁgure the MNB BACnet Network

Deﬁne and conﬁgure the MNB BACnet network before integrating the MNB system into the Building Operation Automation Server.

Using the WorkPlace Commissioning Tool, upgrade all MNB device ﬁrmware to the following 1. revisions:

MNB-1000 P01:01.513, L01:01.421, and R01:01.50 (or later for any of these)

MNB-300 U01:01.424 or later

MNB-V1 V01.01.424 or later

MNB-V2 V02:01.424 or later

MNB-70 U70:01.424 or later

Deﬁne and document the topology of the MNB system so that it can be accurately integrated2. into the Automation Servers.

Identify which MNB devices will be on the MS/TP trunks directly connected to thea. Automation Servers’ RS-485 ports.

For each Automation Server, determine whether one or two BACnet MS/TP ports will beb. used.

For each Automation Server, determine whether any additional MNB devices will be addedc. though the IP connection.

For each MNB-1000 device connected through IP, determine how many MS/TP devicesd. will be present on its MS/TP trunks.

For each MNB-1000 device connected through IP, determine how many MNB-1000-15e. Remote I/O Modules will be connected.

The use of MNB-1000-15 Remote I/O Modules is not supported when anNote: MNB-1000 device is connected to the BACnet internetwork through an MS/TP trunk. However, use of the MNB-1000-15 is supported when the MNB-1000 is connected through an IP connection.

Identify whether any BBMDs will be required for connecting the IP subnets.f.

Identify whether any Ethernet devices will be attached, and whether a router needs to beg. conﬁgured.

Referring to the system topology you documented, verify that the items listed below do not3. exceed the published guidelines. If they have been exceeded, reconﬁgure the system as

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required so that the system ﬁts within the guidelines. Refer to the Building Operation WebHelp topic discussing architectural guidelines.

The total number of MS/TP devices directly connected to the RS-485 ports of the• Automation Server. These devices can be distributed between the two ports as needed.

The total number of BACnet IP devices linked to each Automation Server. This includes• any MS/TP devices directly connected to the BACnet IP devices. Remember that MS/TP devices that are accessed through IP will also be considered IP devices.

The total number of BACnet objects in the system.•

Any additional interfaces and their connected devices. These must comply with the• published limits. Refer to the Building Operation WebHelp topic discussing architectural guidelines.

Once the system topology has been ﬁnalized, install any end-of-line and pull-apart terminators4. required by the MS/TP trunk, as speciﬁed in the published documentation. Be sure to follow any other wiring and installation requirements. Refer to the following documentation for guidance:

TAC I/A Series BACnet Wiring, Networking, and Best Practices Guide• , F-27360

See Appendix A for diagram showing a typical system architecturre, including theNote: locations of terminations.

TAC I/A Series MicroNet BACnet MNB‑70 Zone Controller Installation Instructions• , F-27458

TAC I/A Series MicroNet BACnet MNB‑300 Unitary Controller Installation Instructions• , F-27345

TAC I/A Series MicroNet BACnet MNB‑V1, MNB‑V2 VAV Controllers Installation• Instructions, F-27346

TAC I/A Series MicroNet BACnet MNB‑1000 Plant Controller Installation Instructions• ,

F-27347

TAC I/A Series MicroNet MN‑Sx Series Sensors General Instructions• , F-26277

Building Operation WebHelp topics discussing:•

RS‑485 biasing and termination

Automation Server and I/O wiring

Wiring a Terminal Base

Once the system topology has been ﬁnalized, deﬁne and conﬁgure the device values, using the5. WorkPlace Commissioning Tool.

Deﬁne and conﬁgure unique IP and MS/TP network numbers.a.

When MNB-1000 devices are used as MS/TP devices, connected to a parentNote: MNB-1000 device, ensure that the MS/TP network number is set to the same value in each of the child MNB-1000 devices.

For each MNB device, verify that the address switch has been set to the desired, uniqueb. value for the MS/TP trunk to which it will be connected.

When an MNB-1000 is the parent of an MS/TP network, its address switchesNote: should all be set to Off, for an address of 0 (zero).

Ensure that a unique name and instance number has been deﬁned for each device. Use anc. organizational method that avoids duplicates within the BACnet internetwork.

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In any installation, a numbering approach that has a predictable pattern is very Note: helpful to anyone using or supporting the system. Typically, such an approach incorporates the switch address settings of the MS/TP devices in the instance numbers.

In the MNB-1000 devices, ensure that the d. Enable Spanning Tree Protocol option has been disabled.

To access this option, select the MNB-1000 device and then click the Properties1) button in the toolbar.

In the Properties dialog box, click the Setup tab and then under 2) Communication status poll interval, check the setting for Enable Spanning Tree Protocol. Disable this option.

For each MNB-1000 device, open the Device Properties dialog box and then conﬁgure thee. network settings as needed.

MNB BACnet Support within a StruxureWare Building Operation System

If the Note: Enable Spanning Tree Protocol is not present, the ﬁrmware of the MNB-1000 device is an older version. Upgrade the ﬁrmware of the device, using the WorkPlace Commissioning Tool. Refer to the TAC I/A Series MicroNet BACnet Commissioning Tool/Flow Balance Tool User’s Guide, F-27358.

Click the 1) IP tab to conﬁgure the IP settings:

Enable IP Port – To disable, clear this check box.

Network Number

IP Address

IP Subnet Mask

Default Gateway

UDP Port

Device Type

Click the 2) Ethernet tab to conﬁgure the Ethernet settings:

Enable Ethernet Port – To disable, clear this check box. In most cases, this will be

disabled and not used.

Network Number

Click the 3) MS/TP tab to conﬁgure the MS/TP settings:

Enable MSTP Port – To disable, clear this check box.

Network Number

Baud Rate

Max Info Frames – Recommended starting value = 20

Max Master

Click the 4) Advanced tab to conﬁgure the APDU settings:

APDU Timeout – Recommended starting value = 10000

The recommended starting value can be adjusted upwards, if necessary, whenNote: checking the system installation.

To ensure reliable communications, use the same Note: APDU Timeout value in all intercommunicating devices.

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APDU Retries – Recommended starting value = 2

For each of the other MNB MS/TP devices, including MNB-70, MNB-300, MNB-V1 andf. MNB-V2, open the Device Properties dialog box and then conﬁgure the network settings as needed:

Click the 1) MS/TP tab to conﬁgure the MS/TP settings:

Baud Rate – Click Autobaud to open the Autobaud Settings conﬁguration screen.

Max Info Frames – Recommended starting value = 5

Max Master

Click the 2) Advanced tab to conﬁgure the APDU settings:

APDU Timeout – Recommended starting value = 10000

APDU Retries – Recommended starting value = 2

MNB BACnet Support within a StruxureWare Building Operation System

The recommended starting value can be adjusted upwards, if necessary, whenNote: checking the system installation.

To ensure reliable communications, use the same Note: APDU Timeout value in all intercommunicating devices.

For each MNB device, determine whether you want to enable the g. Hide background BACnet objects option. To enable this option, open the Device Properties dialog box and then click the Setup tab. For more information on the Setup tab, refer to the Device Commissioning chapter of the TAC I/A Series MicroNet BACnet Commissioning Tool/Flow Balance Tool User’s Guide, F-27358.

Perform other conﬁguration tasks as needed. Refer to the Device Commissioning chapterh. of the TAC I/A Series MicroNet BACnet Commissioning Tool/Flow Balance Tool User’s Guide, F-27358.

Update the system topology documentation with this conﬁguration information so that you can6. refer to it later, when conﬁguring the MNB device properties within Building Operation.

4.2. Verify that Each MNB Device Contains the Current Application

Verify that each MNB device has been downloaded with its current application.

For each MNB device that has not yet had its application downloaded, use WorkPlace Tech1. Tool to download the required application. Refer to the TAC I/A Series WorkPlace Tech Tool Users Guide, F-27255.

The WorkPlace Tech Tool can be connected directly to the MNB device, to the MS/TPNote: network under an Automation Server, to the MNB-1000 parent device, or to the IP network.

4.3. Install the Automation Server

Prepare to integrate the MNB system into the Building Operation system by installing and conﬁguring the Automation Server.

Start the Device Administrator and then select the Automation Server.1.

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

Set or change the Automation Server’s network settings.2.

On the a. View menu, click Network Settings and then set or change the Automation Server’s network settings, including the following:

Static IP address

Host name

Domain

Netmask

DNS

Gateway

DHCP

Verify that the Automation Server has been upgraded to the latest ﬁrmware revision.b.

Start WorkStation.c.

Log on to the Automation Server and ensure that its date and time are set to the current date,3. time zone, and time. You must do this before engineering the Automation Server database. Refer to Building Operation WebHelp for topics on setting the Automation Server’s date and time.

Be sure to set the Automation Server’s time and date before creating its database .Caution: If the Automation Server’s clock setting is left at its default setting (“1970”), it will be possible to create duplicate object ID’s. To correct this error, you will be required to re-engineer the database.

Refer to the previously documented MNB system topology and connect the MNB devices,4. either to the network or the appropriate RS-485 ports of the Automation Servers, or a combination of these methods.

Verify that all end-of-line and pull-apart terminators required by the MS/TP trunk have been5. installed according to the published guidelines:

TAC I/A Series BACnet Wiring, Networking, and Best Practices Guide• , F-27360

See Appendix A for diagram showing a typical system architecturre, including theNote: locations of terminations.

Building Operation WebHelp topic: • RS‑485 Biasing and Termination

In WorkStation, create the required BACnet interfaces and networks, according to the6. procedures in the following sections. Use the same hierarchy previously deﬁned in the system topology diagram. For example, to produce the Validated System Architecture described in this solution guide, the following interface and networks were created:

BACnet Interface• – The BACnet device object in the Automation Server, enabling BACnet communications in Building Operation.

IP Network• – Automatically created when you create the BACnet interface. Represents the Automation Server as a BACnet IP device.

MSTP Network• – Created beneath the IP MNB-1000 to represent the remote MS/TP trunk connected to the MNB-1000.

MSTP Network COM A• – The MS/TP trunk connected to the RS-485 COM A port of the Automation Server.

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Solution Guide

MNB BACnet Support within a StruxureWare Building Operation System

MSTP Network COM B• – The MS/TP trunk connected to the RS-485 COM B port of the Automation Server.

4.4. Create the BACnet Interface

Create the BACnet Interface in the Automation Server database to enable the BACnet communications port of the Automation Server. The BACnet Interface represents the Automation Server as a BACnet IP device.

In WorkStation, in the 1. System Tree pane, select the Automation Server.

On the 2. File menu, point to New and then click Interface.

In the object type list, select 3. BACnet Interface.

Accept the default name or type a custom name in the 4. Name box.

In the 5. Description box, type a description for the BACnet Interface and then click Next.

Conﬁgure the 6. Instance ID, BACnet name, and Network ID, and then click Create.

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Instance ID – You can choose to let the server automatically generate the ID or you can manually deﬁne the instance ID to match a numbering scheme used in the job site installation.

Be sure to choose an Instance ID that is unique on the internetwork.Note:

BACnet name – Deﬁne the name so that it is consistent with the scheme used in the job site installation. For example, in the Validated System Architecture, RK_Automation Server3_216_1000 is used, where RK_Automation Server3_216 is the name of the Automation Server and 1000 is the manually assigned instance number. Alternately, you can allow the system to automatically assign a name, in which case it will append Automation Server_ with either an automatically generated ID or the ID you enter.

Network ID – Set to the same network ID (number) currently used for the BACnet IP internetwork at the job site.

In the 7. System Tree pane, select the BACnet Interface and then click its Properties tab.

Click the a. Basic tab. The Auto-discover sub-networks property’s default setting is Yes (enabled). To disable this property, change its setting to No.

Click the

b. Advanced tab. This tab allows you to view and conﬁgure the advanced

properties of the BACnet Interface, such as BACnet name, APDU segment timeout, APDU timeout, Number of APDU retries, BBMD IP address, and BBMD port number.

For descriptions of the above properties, refer to Building Operation WebHelp topics: BACnet

Interface for an Automation Server ‑ Basic Tab and BACnet Interface for an Automation Server ‑ Advanced Tab.

When the 8. BACnet Interface is created, an IP Network is automatically created beneath it. If your installation is using a UDP port other than the default (47808), change the IP port number.

In the a. System Tree pane, select the IP Network and then open its Properties view.

Click the b. Basic tab and then change the IP port number value.

The c. IP address property reﬂects the IP address assigned to the Automation Server.

Set d. IP broadcast address as speciﬁed in the job site plans.

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Verify that the e. Online property is set to True.

The f. Network ID property displays the number entered when creating the BACnet Interface.

When you select the Note: IP Network in the System Tree pane, the right-click menu option, Download, can be clicked but it is not applicable to the MNB BACnet devices. If you click this option, the system indicates a successful completion, when in fact it has rejected the download.

4.5. Discover and Add IP‑Level MNB‑1000 Devices

Using WorkStation, discover and add the IP-level MNB-1000 devices to the Automation Server system.

If you want Device Discovery to ﬁnd the BACnet devices on subnetworks, be sure that on the1. Basic tab of the BACnet Interface, you have set the Auto-discover sub-networks property to Yes.

In the 2. System Tree pane, select the Automation Server and then open the Device Discovery view.

Choose 3. BACnet devices from the Select device type drop-down list.

The system automatically discovers all accessible BACnet devices that are connected to the4. Automation Server by IP, direct-connected MS/TP, and routed MS/TP.

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In most cases, the list contains all BACnet devices that are accessible through the5. internetwork, not only those that will be added to the particular Automation Server being programmed. Verify that all the IP-level MNB-1000 devices you intend to add to the Automation Server appear on this list. Identify any missing or extra devices in this context and resolve any discrepancies.

Using the list in the Device Discovery view, identify which devices you want to add to the6. Automation Server.

In the 7. System Tree pane, in the IP Network below the BACnet Interface, create a corresponding device for each MNB-1000 device on the Device Discovery list.

As an option to the process described in the following steps, you can automaticallyNote: create MNB devices by dragging the device hardware listed in the Device Discovery view to the BACnet Interface in the System Tree view. This drag-and-drop method is enabled for MNB devices beginning with release 1.4 of Building Operation. Refer to topics in WebHelp describing Device Discovery.

Display the Device Discovery view in the Work Area, so that you can refer to its list ofa. available BACnet devices and their names.

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In the b. System Tree pane, select the IP Network below the BACnet Interface.

On the c. File menu, point to New and then click BACnet device.

In the Create Object dialog box, in the d. Name property, assign a name to the BACnet device. It is good practice to enter the same name that was assigned to the device through the WorkPlace Commissioning Tool.

The device name can also be seen in the Device Discovery list.Note:

MNB BACnet Support within a StruxureWare Building Operation System

Click e. Next.

On the f. BACnet basic settings page, select Upload from BACnet device and then below this option, enter the Instance ID that was previously assigned to the BACnet device with the WorkPlace Commissioning Tool.

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Click g. Create.

Repeat this process for each additional MNB-1000 device that must be added to the IPh. network in the Automation Server.

Each time you complete the process of adding an IP BACnet device, the deviceNote: appears in the System Tree pane with an empty Application object below it.

4.6. Create Remote MS/TP Networks to Represent MS/TP Networks Connected to the MNB‑1000 Devices

For each MS/TP network connected to the IP- or Ethernet-based MNB-1000 devices, create an MS/TP network in the Automation Server database.

The MNB-1000 device supports BACnet IP to BACnet Ethernet routing. Using an Note: MNB-1000 as a BACnet router, you can connect BACnet Ethernet devices in Building Operation. For more information, refer to the TAC I/A Series BACnet Wiring, Networking, and Best Practices Guide, F-27360.

Create a parent MNB-1000 device that will contain the MS/TP network. Refer to 1. Discover and

Add IP-Level MNB-1000 Devices.

In the 2. System Tree pane, select the MNB-1000 device where the MS/TP network will be created.

On the 3. File menu, point to New and then click BACnet network.

In the Create Object dialog box, in the 4. Name box, assign the network a name. Although the default name can be used, it is good practice to use a name that better deﬁnes the network, to aid those who use and support the system. An example is MSTP Network ####, where #### is the network ID (number).

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Click 5. Next.

On the 6. BACnet basic settings page, in Network ID, assign a network ID that matches the network number previously assigned to the MS/TP trunk by the WorkPlace Commissioning Tool.

Click 7. Create.

In the 8. System Tree pane, the new MS/TP network appears below the MNB-1000 device.

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In the new MS/TP network, place all the discovered MS/TP devices that belong to this9. particular MNB-1000 device in the system topology.

By using the approach outlined in the preceding steps, you accurately represent, to the user, Note: the system topology in the System Tree pane.

This Note: MSTP Network represents an MS/TP trunk that exists below an MNB-1000 device, and is therefore not associated with any hardware ports on the Automation Server, itself. This network’s conﬁguration is deﬁned and controlled externally, using the WorkPlace Commissioning Tool. The presence or absence of this MSTP Network in the System Tree pane does not affect which devices are listed when Device Discovery is used.

4.7. Create MS/TP Networks to Represent MS/TP Networks Connected to Automation Server COM Ports

For each MS/TP network that is directly connected to the RS-485 COM A or COM B port of the Automation Server, create an MS/TP network in the Automation Server database.

In the 1. System Tree pane, select the BACnet Interface where the MS/TP network will be created.

On the 2. File menu, point to New and then click MSTP Network.

In the Create Object dialog box, in the 3. Name box, assign the network a name. Although the default name can be used, it is good practice to use a name that better deﬁnes the network, to aid those who use and support the system. An example is MSTP Network ####‑COMPort, where #### is the network ID (number).

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Click 4. Next.

On the 5. MSTP Network basic settings page, conﬁgure the MS/TP network.

Network ID – a. Assign a network ID to the MS/TP trunk of MNB devices that will be attached to the Automation Server’s RS-485 COM A port. This network ID should match the network number previously deﬁned in the system topology.

Each MS/TP trunk must have its own unique network number within theNote: internetwork.

MAC address – b. Keep the default value of 0 (zero). This follows the practice of assigning 0 (zero) as the MAC address when an MNB-1000 hosts an MS/TP network.

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RS-485 portc. – Select a serial port: Serial/RS485-COMA or Serial/RS485-COMB.

When MS/TP networks are created, the system will automatically select one of theNote: RS-485 hardware ports. You can change the port assignment later, if needed.

Click 6. Create.

In the 7. System Tree pane, select the MSTP Network that was created and then open its Properties view.

The Note: Properties view displays additional properties of the MS/TP network that must be conﬁgured before the network will communicate with the connected BACnet devices.

Conﬁgure the MS/TP network properties to match the requirements of the installation.8.

Onlinea. – Set to False and then click the Save button. This makes the initial communications to the trunk more efﬁcient when the initial port conﬁguration is saved.

Network IDb. , RS-485 port, and MAC address – These are already conﬁgured, based on the initial creation of the MSTP Network. Reconﬁgure any of these properties if needed.

MSTP baud ratec. – In most cases, when MNB BACnet devices are attached to the MS/TP network, the baud rate of the devices will be set to 38,400 or 76,800. Set this property to the baud rate previously documented for the system topology.

Enhanced moded. – Set to False. This is the required setting for MNB BACnet devices.

Maximum mastere. – Generally, you can keep the default value of 127 or set it to a value

that is 10% to 20% greater than the maximum number of devices on the MS/TP network. For more information, refer to the TAC I/A Series BACnet Wiring, Networking, and Best Practices Guide, F-27360.

Maximum information framesf. – Set this value based on communication trafﬁc needs. Typically for an MNB BACnet system, select a value in the range of 8 to 20.

Reset the g. Online property to True and then click the Save button.

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If you need to connect a second MS/TP network to the Automation Server, repeat the steps9. used to create the ﬁrst MS/TP network, with changes as follows:

Namea. – Use a name that distinguishes the second network from the ﬁrst network. An example is MSTP Network ####‑COMPort , where #### is the network ID (number).

Onlineb. – Set to False and then click the Save button. This makes the initial communications to the trunk more efﬁcient when the initial port conﬁguration is saved.

Network ID – c. Assign a network ID to the MS/TP trunk of MNB devices that will be attached to the Automation Server’s RS-485 COM B port. This network ID should match the network number previously deﬁned in the system topology.

MAC address – d. Keep the default value of 0 (zero). This follows the practice of assigning 0 (zero) as the MAC address when an MNB-1000 hosts an MS/TP network.

RS-485 porte. – Select the remaining, available serial port: Serial/RS485-COMB.

MSTP baud ratef. – Set this property to the baud rate previously documented for the

system topology.

Enhanced modeg. – Set to False. This is the required setting for MNB BACnet devices.

Maximum masterh. – Generally, you can keep the default value of 127 or set it to a value

that is 10% to 20% greater than the maximum number of devices on the MS/TP network. For more information, refer to the TAC I/A Series BACnet Wiring, Networking, and Best Practices Guide, F-27360.

Maximum information framesi. – Set this value based on communication trafﬁc needs. Typically for an MNB BACnet system, select a value in the range of 8 to 20.

Reset the j. Online property to True and then click the Save button.

Once you have created and conﬁgured the MS/TP network, verify that all the expected devices10. are present in the network before proceeding.

In the a. System Tree pane, select the Automation Server and then open the Device Discovery view.

In the Device Discovery view, you can select BACnet devices and discover additionalb. BACnet devices that are accessible through the MS/TP network.

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Review the list of BACnet devices to verify that all the devices that belong to the MS/TPc. network are present.

MNB BACnet Support within a StruxureWare Building Operation System

When you refer to the MS/TP communication status LED’s on MNB devices, Caution: remember that the implementation of LED colors in the MNB devices is the opposite of that found on the Automation Server. More speciﬁcally, in MNB devices the green LED indicates transmit (MSTP XMT) and the amber LED indicates receive (MSTP RCV). In the Automation Server, the green LED indicates receive (MSTP RCV) and the amber LED indicates transmit (MSTP XMT).

4.8. Discover and Add MNB Devices

Use WorkStation to discover and add the MNB devices to the Automation Server database.

Set Device Discovery to automatically ﬁnd BACnet devices on the subnetworks.1.

In the a. System Tree pane, select the BACnet Interface and then open its Properties view.

Click the b. Basic tab and then verify that Auto-discover sub-networks is set to Yes .

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In the 2. System Tree pane, select the Automation Server and then open the Device Discovery view.

Choose 3. BACnet devices from the Select device type drop-down list.

The system automatically discovers all accessible BACnet devices that are connected to the4. Automation Server by IP, direct-connected MS/TP, and routed MS/TP.

In most cases, the list contains all BACnet devices that are accessible through the5. internetwork, not only those that will be added to the particular Automation Server being programmed. Verify that all the MS/TP networks and devices you intend to add to the Automation Server appear on this list. Identify any missing or extra devices in this context and resolve any discrepancies.

Using the list in the Device Discovery view, identify the devices you want to add to the6. previously created MS/TP networks in the Automation Server.

The list displays the current name assigned to each BACnet device. Using the WorkPlace7. Commissioning Tool, or a similar tool, generate a list of the associated device instance numbers.

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For each MNB BACnet device on the Device Discovery list that is to be added to the8. Automation Server, create a corresponding device in the appropriate BACnet network under the BACnet Interface.

The steps described here are the same for all three BACnet network types:Note:

IP network-level devices –

MS/TP network-level devices directly connected to the RS-485 ports of the – Automation Server (COM A and COM B)

MSTP network-level devices remotely connected on a subnetwork (under an – MNB-1000)

Display the Device Discovery view in the Work Area, so that you can refer to its list ofa. available BACnet devices and their names.

In the b. System Tree pane, select the appropriate network, below the BACnet Interface.

On the c. File menu, point to New and then click BACnet device.

The device name can also be seen in the Device Discovery list.Note:

Click e. Next.

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Click g. Create.

Repeat the preceding steps for each additional BACnet device you wish to add to theh. three BACnet network types in the Automation Server.

When completed, each MNB BACnet device appears in the 9. System Tree pane with an empty Application folder below it.

4.9. Upload MNB Devices to Create BACnet Points

Upload each MNB BACnet device to automatically create its associated BACnet points.

Prior to uploading the MNB devices, determine whether you want to hide or show the BACnet1. background objects associated with the physical I/O points. Hide or show these objects in the WorkPlace Commissioning Tool by enabling or disabling the Hide background BACnet objects option on the Setup tab of the Device Properties dialog box. For more information on this functionality, refer to the TAC I/A Series MicroNet BACnet Commissioning Tool/Flow

Balance Tool User’s Guide, F-27358, and the TAC I/A Series WorkPlace Tech Tool BACnet Engineering Guide Supplement, F-27356.

Background BACnet objects are used to conﬁgure the I/O points in MNB BACnetNote: devices from Building Operation.

In the 2. System Tree pane, select one of the BACnet networks you created, so that all the MNB devices added to that network trunk are displayed in the List View.

Select all the listed MNB devices.3.

On the 4. Actions menu, click Upload. The MNB devices are uploaded, one at a time.

When an MNB device ﬁnishes uploading, its 5. Application folder contains all the BACnet objects exposed by the device.

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Repeat the preceding steps for each of the other BACnet network types under the 6. BACnet Interface (IP, direct-connected MS/TP, and routed MS/TP).

When you upload MNB devices to automatically create associated BACnet points in the Note: Automation Server database, there are certain results that you should consider. Refer to

MNB BACnet Points Created with Device Upload.

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Chapter 5

Best Practices and Lessons Learned

The task of integrating an MNB BACnet system into Building Operation can be facilitated by the use of supplemental practices and information. Procedural information can be found in the section titled Best Practices. Advisory information can be found in the section titled Lessons Learned.

5.1. Best Practices

This section contains supplemental procedures that are helpful when integrating a new or existing MNB BACnet system into Building Operation.

Making Changes to Applications of MNB Devices Connected to the 5.1.1

Automation Server

You can use WorkPlace Tech to download and monitor MNB BACnet applications while the MNB devices are attached to the Automation Server. Anytime you make a change to an MNB application that affects any BACnet-related object in any way, you must upload the MNB device to the Automation Server so that the BACnet objects and properties are synchronized. An upload is not required if only logic changes are made.

Changing the Names of BACnet Objects5.1 .1 .1

Under certain conditions, when BACnet objects in an MNB application are renamed, the names of those objects in the System Tree pane can become out of sync with the revised names in the application.

This can occur when you upload an MNB device to the Automation Server, change the name of a BACnet object in the associated application, download the revised application to the MNB device, and then upload the device once again to the Automation Server. The result is that the name of the BACnet object in the System Tree pane does not update to reﬂect the name change you made in the application.

For example, you upload an MNB device to the Automation Server and then in the associated MNB application, use WorkPlace Tech to change the name of an AO point from “AO Test” to “SFan_VFD”. You download the revised application to the MNB device and then perform another upload to the Automation Server. When you view the AO point in the System Tree pane, you see that its name is still “AO Test”, not the new name you set in the application, “SFan_VFD”. This leads you to believe that the points were not learned from the MNB device.

To synchronize the name in the System Tree pane with the new name in the application, manually rename the object in the System Tree pane.

In the 1. System Tree pane, select the renamed BACnet object.

On the 2. Edit menu, click Rename.

In the 3. Object name box, type the new name, matching the name in the BACnet name property on the Advanced tab.

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Adding a Second I/O Point with the Same Original Object Name5.1 .1 . 2

If, under the conditions described above, you add another I/O point having the same original name as the ﬁrst point, and then upload the MNB device to the Automation Server, the name of this second point is appended with an “_1”. This occurs because the system still recognizes the original name of the ﬁrst point, not its revised name. To avoid this type of duplication, be sure to update the name of the ﬁrst object in the System Tree pane before adding the second point.

Changing the IP Conﬁguration of a Previously Programmed 5.1.2

Automation Server

There are cases when there is a need to change the IP address of an Automation Server after it has been programmed. For example, an Automation Server is pre-programmed off-site, then brought to the job site and installed. The Automation Server most likely will have a different IP address and network settings than those required for the job site.

Perform the following steps to update the system to the new settings so that it can be made fully operational.

For each Automation Server, use the Device Administrator to change the network settings1. to those required by the job site. The text in parentheses contains the name of any Network tab properties as they appear in WorkStation, when they are different from the Device Administrator.

Static IP address• (IP/DNS address)

Host name•

Domain• (Domain name)

Netmask• (Subnet mask)

DNS• (DNS server)

Gateway• (Default gateway)

DHCP•

Use WorkStation to log onto the Automation Server, using the new IP address, and then2. select the IP network below the BACnet Interface to change the following BACnet-related properties:

IP address•

IP port number•

Network ID•

IP broadcast address•

Remember that if the IP address changes because the Automation Server has been Note: moved to a different subnet, you must update the IP broadcast address to the new subnet.

Using WorkStation, log onto the Enterprise Server.3.

In the 4. System Tree pane, select the Enterprise Server and then click the Communication tab.

Ensure the 5. Show/Hide Communications settings button has been set, so that the settings are displayed for edit.

Select the Automation Server from the list, update the 6. Address property to the new IP address, and then click the Save button.

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Repeat the preceding steps for each Automation Server whose IP address has been changed.7.

The Automation Servers will re-establish communication with the Enterprise Server after a short8. period of time. If communication to the Automation Servers is not re-established, even though everything was reconﬁgured properly, it may be necessary to repair server communications.

In the a. System Tree pane, select the Enterprise Server.

On the b. Actions menu, point to Advanced and then click Repair server communication.

Changing the Automation Server BACnet Instance Number After 5.1.3

the BACnet Interface Is Created

Once a BACnet Interface has been added to the Automation Server, its BACnet instance number is ﬁxed and cannot be changed from within the Automation Server. If a new instance number must be assigned to the BACnet Interface, use the automatic or manual approach to update the Automation Server database.

These steps can be disruptive to system operation. Take all necessary precautions.Caution:

Approach 1 – Automatic Assignment5.1 . 3 .1

Follow these steps to allow the system to automatically assign the new instance number to the BACnet Interface.

In the 1. System Tree pane, select the BACnet Interface.

On the 2. File menu, click Export. This includes all IP and MS/TP networks and their associated devices and objects.

In the 3. Export preview dialog box, select Export special and then click Export.

Document all references to or from the MNB devices and objects below the 4. BACnet Interface that extend outside the context of the exported selections. For example, if only the BACnet Interface is selected, then you would document all references that extend outside it.

In the 5. System Tree pane, select and then delete the BACnet Interface. Doing so will also delete everything it contains.

In the 6. Conﬁrm Delete dialog box, select Keep references in other object(s) to the objects you selected to delete and then click Yes.

Import the 7. BACnet Interface you previously exported, which contains all the original networks and devices.

The 8. BACnet Interface will automatically assign an instance number to itself, as part of the import process.

The import process removes all device instances that were previously deﬁned. As a result, you9. must reassign an instance number to each MNB device.

In the a. System Tree pane, select an MNB device.

On the b. Actions menu, point to Device and then click Associate with device.

In the c. Device ID box, type the original or new instance number.

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Upload all the MNB devices to ensure they are synchronized with the Automation Server10. database.

Manually add all the missing references that you previously documented, back into the11. Automation Server.

Manual Assignment5.1 . 3 .2

Follow these steps to manually assign the new instance number to the BACnet Interface.

In the 1. System Tree pane, select the BACnet Interface.

Using the 2. List View, select all the listed MS/TP networks.

On the 3. File menu, click Export. This includes all of the devices and objects associated with the selected networks.

In the 4. Export preview dialog box, select Export special and then click Export.

In the 5. System Tree pane, select the IP Network below the BACnet Interface.

Using the 6. List View, select all the listed devices and objects.

On the 7. File menu, click Export.

In the 8. Export preview dialog box, select Export special and then click Export.

In the 9. System Tree pane, select the Application folder below the BACnet Interface.

Using the 10. List View, select all the the objects except SXWconﬁguration.

On the 11. File menu, click Export.

In the 12. Export preview dialog box, select Export special and then click Export.

Document all references to or from the MNB devices and objects below the 13. BACnet Interface that extend outside the context of the exported selections. For example, if only the BACnet Interface is selected, then you would document all references that extend outside it.

In the 14. System Tree pane, select and then delete the BACnet Interface. Doing so will also delete everything it contains.

In the 15. Conﬁrm Delete dialog box, select Keep references in other object(s) to the objects you selected to delete and then click Yes.

Select the Automation Server that contained the deleted 16. BACnet Interface.

On the 17. File menu, point to New and then click Interface.

In the object type list, select 18. BACnet Interface.

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In the Create Object dialog box, enter the following:19.

In the • Name box, assign the same name as the BACnet Interface you deleted.

Under • Instance ID, manually assign the desired instance number to the BACnet Interface.

Click 20. Create.

In the 21. System Tree pane, select the Application folder below the BACnet Interface.

On the 22. File menu, click Import.

Using the Import dialog box, select the objects you previously exported and then click 23. Import.

In the 24. System Tree pane, select the IP Network below the BACnet Interface.

On the 25. File menu, click Import.

Using the Import dialog box, select the IP MNB devices and objects you previously exported26. and then click Import.

In the 27. System Tree pane, select the BACnet Interface.

On the 28. File menu, click Import.

Using the Import dialog box, select the MS/TP networks you previously exported and then click29. Import.

The import process removes all device instances that were previously deﬁned. As a result, you30. must reassign an instance number to each MNB device.

In the a. System Tree pane, select an MNB device.

On the b. Actions menu, point to Device and then click Associate with device.

In the c. Device ID box, type the original or new instance number.

Upload all the MNB devices to ensure they are synchronized with the Automation Server31. database.

In the a. System Tree pane, select all the MNB devices in which you reassigned instance numbers, so that they are displayed in the List View.

Select all the listed MNB devices.b.

On the c. Actions menu, click Upload. The MNB devices are uploaded serially, one at a time.

Manually add all the missing references that you previously documented, back into the32. Automation Server.

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Changing the Network Number of an MS/TP Network Previously 5.1.4

Added to the Automation Server

Once an MSTP Network has been added to the Automation Server to represent an MS/TP network attached to an MNB-1000, its network number is ﬁxed and cannot be changed from within the Automation Server. However, sometimes the network number must be changed, for example to resolve a conﬂict. If the network number must be changed, then follow one of the approaches described below to update the Automation Server database.

These steps can be disruptive to system operation. Take all necessary precautions.Caution:

Recommended Method5 .1. 4.1

This approach updates the system to use the new network number and re-establish communications to the MNB devices on the routed MS/TP network.

While this method is the more expedient of the two options, it does not update the displayed Note: value for the Network ID property of the routed MS/TP network. It is recommended that you use the Notes ﬁelds in the Properties dialog box, or develop another method, to address the difference between the displayed network number and the new network number. The Network ID property is used for display only; it is not used for communications.

Using the WorkPlace Commissioning Tool, change the network number of the routed MS/TP1. network to the new network number.

In the WorkPlace Commissioning Tool, select the MNB-1000 to which the MS/TP networka. of devices is attached.

Click the b. MS/TP tab and then change the network number of the routed MS/TP network to the new network number.

If any MNB-1000 devices are attached to the MS/TP trunk, update their MSTP network2. numbers also.

Exit the WorkPlace Commissioning Tool.3.

The MNB devices on the MS/TP network gradually stop communicating with the parent4. Automation Server and begin reporting that they are ofﬂine, as indicated by their LEDs.

Restart the WorkPlace Commissioning Tool and verify that the affected MNB devices now5. appear in the discovery list, using the new network number.

Perform a cold reset of the Automation Server, using either of two methods.6.

On the Automation Server, press the • Reset button for 10 seconds.

Perform a cold start in WorkStation.•

In WorkStation, in the 1) System Tree pane, select the Automation Server.

On the 2) Actions menu, point to Device, then Restart, and then click Cold start.

When the Automation Server has ﬁnished rebooting, verify device communications and the use7. of the new network number.

In WorkStation, view the a. System Tree pane to verify that all MNB devices in the renumbered MS/TP network have resumed communications.

Select the b. BACnet Interface and then open its Properties view.

Click the c. Basic tab and then verify that Auto-discover sub-networks is set to Yes.

In the d. System Tree pane, select the Automation Server and then open the Device

Discovery view.

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Choose e. BACnet devices from the Select device type drop-down list.

Verify that the listed MNB devices display the new MS/TP network number.f.

Alternate Method5 .1. 4. 2

This approach updates the system to use the new network number, re-establishes communications to the MNB devices on the routed MS/TP network, and updates the Network ID property to the new value.

This method may result in the loss of some of the bindings. As instructed below, be sure Caution: to document all the bindings to and from the devices under the MS/TP network before you export and then delete the network.

Back up the Automation Server.1.

In WorkStation, in the a. System Tree pane, select the Automation Server.

On the b. Actions menu, click Backup.

In the c. Backup Options dialog box, select the check box for the Automation Server you wish to back up.

In the d. Backup content box, select Conﬁguration only or All data for the type of data you want to back up for this server.

In the e. Backup set description box, enter a brief description of up to 255 characters.

Click f. Backup.

Verify that the backup succeeded and then click g. Close.

Document all the bindings to and from the devices below the 2. MSTP BACnet Network.

In the 3. System Tree pane, select the MSTP BACnet Network and then click the List View tab.

Selected all the listed MNB devices and then on the 4. File menu, click Export.

In the 5. Export preview dialog box, select Export special and then click Export.

In the 6. System Tree pane, select the MSTP BACnet Network.

On the 7. Edit menu, click Delete.

In the 8. Conﬁrm Delete dialog box, select Keep references in other object(s) to the objects

you selected to delete.

Click 9. Show references to see a list of the affected references.

In the 10. Conﬁrm Delete dialog box, click Yes.

Recreate the MSTP BACnet Network you previously deleted.11.

In the a. System Tree pane, select the BACnet Interface from where the MS/TP network was previously deleted.

On the b. File menu, point to New and then click MSTP Network.

In the Create Object dialog box, in the c. Name box, assign the network the same name as the network you deleted and then click Next.

On the 12. MSTP Network basic settings page, in Network ID, assign a new network number.

Each MS/TP trunk must have its own unique network number within the internetwork.Note:

Click 13. Create.

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The system will automatically keep the default Note: MAC address value of 0 (zero) and select one of the RS-485 hardware ports. You can change the port assignment later, if needed.

In the 14. System Tree pane, select the MSTP Network and then on the File menu, select Import.

In the 15. Open dialog box, select the previously exported ﬁle and then click Import.

Reassign an instance number to each imported MNB device.16.

In the a. System Tree pane, select an imported MNB device.

On the b. Actions menu, point to Device and then click Associate with device.

In the c. Device ID box, type the original or new instance number. Once the association is complete, the device will appear online.

Upload each of the MNB devices to ensure they are synchronized with the Automation Server17. database.

Manually add all the missing references that you previously documented, back into the18. Automation Server.

Use Reference Manager to determine if any unresolved references are still present.19.

In WorkStation, on the a. Tools menu, click Control Panel.

In the Engineering group, click b. Reference Manager.

In Reference Manager, verify that the list does not contain any unresolved references.c.

Changing the IP Conﬁguration of an MNB‑1000 Previously Added 5.1.5

to the Automation Server

Once an IP-based MNB-1000 device has been added to the Automation Server, its IP address and port number are ﬁxed and cannot be changed from within the Automation Server. If you use the WorkPlace Commissioning Tool to change the IP address and UDP port number in the MNB-1000 device, then update the Automation Server database according to the following steps.

These steps can be disruptive to system operation. Take all necessary precautions.Caution:

Note:

It is best to resolve this discrepancy before you add any additional objects, folders, or bindings to the MNB-1000 device in the Automation Server.

Back up the Automation Server.1.

In WorkStation, in the a. System Tree pane, select the Automation Server.

On the b. Actions menu, click Backup.

In the c. Backup Options dialog box, select the check box for the Automation Server you wish to back up.

In the d. Backup content box, select Conﬁguration only or All data for the type of data you want to back up for this server.

In the e. Backup set description box, enter a brief description of up to 255 characters.

Click f. Backup.

Verify that the backup succeeded and then click g. Close.

Document all the bindings to and from the objects and devices below the MNB-1000.2.

In the 3. System Tree pane, select the MNB-1000.

On the 4. File menu, click Export.

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In the 5. Export preview dialog box, select Export special and then click Export.

In the 6. System Tree pane, select the MNB-1000 device.

On the 7. Edit menu, click Delete.

In the 8. Conﬁrm Delete dialog box, select Keep references in other object(s) to the objects

you selected to delete.

Click 9. Show references to see a list of the affected references.

In the 10. Conﬁrm Delete dialog box, click Yes.

In WorkStation, on the 11. Tools menu, click Control Panel.

In the Engineering group, click 12. Reference Manager.

In Reference Manager, verify that the list contains the unresolved references you viewed13. previously in the Conﬁrm Delete dialog box when you clicked Show references.

In the 14. System Tree pane, select the IP Network.

On the 15. File menu, select Import.

In the 16. Open dialog box, select the previously exported ﬁle and then click Import.

In the 17. System Tree pane, select the imported MNB-1000 device.

On the 18. Actions menu, point to Device and then click Associate with device.

In the 19. Associate with Device dialog box, in Device ID, type the BACnet instance number of the MNB-1000. Once the association is complete, the device will appear online.

If you imported an MSTP BACnet Network as part of this process, assign a device ID to each20. MNB device in the network, following the preceding steps.

Upload each imported device to synchronize the Automation Server contents with the BACnet21. device(s).

In the a. System Tree pane, select the imported MNB device.

On the b. Actions menu, click Upload.

Manually add all the missing references that you previously documented, back into the22. Automation Server.

Use Reference Manager to determine if any unresolved references are still present.23.

In WorkStation, on the a. Tools menu, click Control Panel.

In the Engineering group, click b. Reference Manager.

In Reference Manager, verify that the list does not contain any unresolved references.c.

Changing the Name of an MNB Device Previously Added to the 5.1.6

Automation Server

If you previously added an MNB BACnet device to the Automation Server, and need to change the name of that device, you can use the WorkPlace Commissioning Tool to do so. You then need to upload the device to resynchronize it with the Automation Server database.

WorkPlace Commissioning Tool can be used to change certain properties associated with Note: an MNB device, including the device name.

In the 1. System Tree pane, select the renamed MNB device.

On the 2. Actions menu, point to Device and then click Upload conﬁguration.

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The new name of the MNB device appears correctly in one place but not in another. In the Note: device’s Properties view, on the Advanced tab, the BACnet name property is updated with the new name. However, the name used in the System Tree pane remains unchanged. You must manually rename the device in the System Tree pane to match the new name.

In the 3. System Tree pane, select the renamed MNB device.

On the 4. Edit menu, click Rename.

In the 5. Object name box, type the new name, matching the name in the BACnet name property.

Changing the Instance Number of an MNB Device Previously 5.1.7

Added to the Automation Server

Once an MNB BACnet device has been added to the Automation Server, its instance number is ﬁxed and cannot be changed from within the Automation Server. If you change the instance number using the WorkPlace Commissioning Tool, the corresponding device in the Automation Server indicates it has lost communications. If you must use the new instance number, then you must update the Automation Server database.

These steps can be disruptive to system operation. Take all necessary precautions.Caution:

Document all references to the MNB device and its associated objects so that they can be1. restored later in this procedure.

In the 2. System Tree pane, select the MNB device.

On the 3. File menu, click Export. This includes all objects associated with the MNB device.

In the 4. Export preview dialog box, select Export special and then click Export.

In the 5. System Tree pane, select the MNB device.

On the 6. Edit menu, click Delete.

In the 7. Conﬁrm Delete dialog box, select Keep references in other object(s) to the objects you selected to delete and then click Yes.

Import the MNB device you previously exported, which contains all the original objects.8.

In the a. System Tree pane, select the MNB device.

On the b. File menu, click Import.

Using the Import dialog box, select the MNB device you previously exported and then clickc. Import.

Reassign an instance number to the MNB device.9.

In the a. System Tree pane, select the MNB device.

On the b. Actions menu, point to Device and then click Associate with device.

In the c. Device ID box, type the new instance number.

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Upload the MNB device to ensure it is synchronized with the Automation Server database.10.

In the a. System Tree pane, select the MNB device.

Select all the listed MNB devices.b.

On the c. Actions menu, click Upload.

In d. Progress view, click Close when the upload ﬁnishes.

Manually add all the missing references that you previously documented, back into the11. Automation Server.

MNB BACnet Support within a StruxureWare Building Operation System

Use Reference Manager to determine if any unresolved references are still present.12.

In WorkStation, on the a. Tools menu, click Control Panel.

In the Engineering group, click b. Reference Manager.

In Reference Manager, verify that the list does not contain any unresolved references.c.

5.2. Lessons Learned

This section contains supplemental information that is helpful when integrating a new or existing MNB BACnet system into Building Operation.

Deletion of Point or Value Objects within Application Folder of 5.2.1

MNB BACnet Device

The system does not support the deletion of point or value objects within the Application folder of an MNB BACnet device. If you disconnect the device from the system so that the Automation Server cannot communicate with it, and then delete an object in its Application folder, the Automation Server will allow the deletion to occur. The result is that the object is deleted from the Automation Server database but not the MNB device. The deleted object can be restored to the database by uploading the device again, or by manually creating the point or value object in the Application folder.

Troubleshooting Tools5.2.2

Wireshark

WiresharkTM is a free software utility that can be downloaded from http://www.wireshark.org/. Wireshark is a protocol analyzer that can be used to capture network trafﬁc between devices. It is a useful tool for troubleshooting basic network connectivity issues and for measuring network load.

BACnet Explorer

BACnet Explorer software tools can be used to diagnose and resolve communication problems. They enable you to monitor a BACnet network by identifying attached devices. A wide variety of

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BACnet Explorer tools are available, such as the CAS BACnet Explorer from Chipkin Automation Systems©. Learn more at this Website:

http://www.chipkin.com/technical-resources/cas-bacnet-explorer

MNB BACnet Support within a StruxureWare Building Operation System

5.2.3 BACnet Device Time Sync Recipients

In Building Operation, you use the Time Synchronization Recipient dialog box to specify a BACnet device that you want to receive BACnet Time Sync messages. These messages synchronize the time between BACnet devices. For more information on BACnet device time sync recipients and how they are conﬁgured, refer to topics discussing BACnet Time Synchronization, in Building Operation WebHelp.

5.2.4 MNB BACnet Points Created with Device Upload

When you upload MNB devices to automatically create associated BACnet points in the Automation Server database, there are certain results that you should consider, as detailed in this section.

Uploaded MNB‑300, MNB‑V1, MNB‑V2 and MNB‑70 Device Types5 . 2 .4 .1

For the MNB-300, MNB-V1, MNB-V2 and MNB-70 device types, up to three ﬁle type objects are created. Although these objects cannot be deleted, you can disregard them because they serve no function within Building Operation.

Two of the ﬁle objects will always be created and have the ﬁle names • Application Database and Firmware.

One ﬁle object will be created if the MNB device has COV client objects present. This object is• named COV Client Objects.

Uploaded MNB‑1000 Device Type5.2.4.2

For the MNB-1000 device type, up to eight ﬁle type objects are created. Although these objects cannot be deleted, you can disregard them because they serve no function within Building Operation.

Application Database• , Firmware, and Log Error – These three ﬁle objects retain their original ﬁle names.

Local I/O Firmware• , Remote I/O Firmware, and Remote I/O Objects – These three ﬁle objects are renamed to replace the “/” character with “%2F” because the “/” character is not allowed in Building Operation.

MSTP Network XXX Server• (where “XXX” is the network number),or similar – This ﬁle object is created if the MNB-1000 has its MS/TP network enabled.

COV Client Objects• – This ﬁle object is created if the MNB device contains COV client objects.

Uploaded MNB‑300, MNB‑V1, MNB‑V2 and MNB‑70 Device Types with 5.2.4.3

Firmware Revision Earlier than V1.424

When you upload MNB-300, MNB-V1, MNB-V2, and MNB-70 devices whose ﬁrmware revision is earlier than V1.424, one of the following error messages is displayed. These errors are benign, and indicate that you need to upgrade the device to V1.424 or later.

When you upload a device for the ﬁrst time, the progress bar changes to yellow and the status• message Upload completed successfully is displayed. The error details display information similar to the following:

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Property invalid datatype

Domain: BACnet

Info: ~/BACnet Interface/IP Network/RK_Plant_1_B4/MSTP Network 511/RK_V2_No_1203/ Application/ﬁle_#32_

When you upload an MNB device for the second or subsequent time, the device is uploaded,• the progress bar changes to yellow, and the status message Upload completed successfully is displayed. The error details display information similar to the following:

The error message contains the following three sets of information, separated as shown.Note:

Property character set not supported

Domain: BACnet

Info: ~/BACnet Interface/IP Network/RK_Plant_1_B4/MSTP Network 511/RK_300_No_1201/ Application/Application Database/FileType

Property character set not supported

Domain: BACnet

Info: ~/BACnet Interface/IP Network/RK_Plant_1_B4/MSTP Network511/RK_300_No_1201/ Application/Application Database/BACnetName

Property character set not supported

Domain: BACnet

Info: ~/BACnet Interface/IP Network/RK_Plant_1_B4/MSTP Network 511/RK_300_No_1201/ Application/Application Database/DEnterprise ServerCR

Downloading an MNB BACnet Object5.2 .4.4

You select an MNB BACnet object In the System Tree pane and then, on the Action menu, click Download. The system displays a green progress bar, indicating a successful completion. In

reality, the write was denied in the background but the user is not notiﬁed of this. This behavior is benign. You must remember that downloads of MNB BACnet objects are not possible in Building Operation.

Uploading MNB BACnet Applications Containing BVCOV, BVM, BVSP, and 5. 2.4.5

BVSPP Objects

When you upload an MNB BACnet device with an application that contains BVCOV, BVM, BVSP, and BVSPP objects whose values are “NA”, the system indicates that the upload completed successfully but displays a yellow progress bar.

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You click the a. Details button to view details of the error, and then the detail view displays something similar to the following:

5/3/2013 9:43:22 PM Property invalid datatype

When the BVCOV, BVM, BVSP, and BVSPP objects are set to “NA”, the MNB deviceb. sends a value of “Null (00)” when their values are requested. This does not apply to the BO objects because the device translates a physical point output of “NA” as “0”.

When you view the properties of these objects and they contain a value of “Null (00)”, the system displays Error for the Value properties, together with the Error symbol . The tool tip indicates something similar to the following, where the actual naming varies according to the site:

Property invalid datatype, BACnet, ~/BACnet Interface/MSTP Network COM A/RK_300_ No_1301/Application/BVM_BO_Graphic/Value

The reason for this indication is that a value of “NA” is currently not supported within the Building Operation BACnet system.

To determine which objects and properties are in this state, copy the error details toc. the clipboard and then paste them into a text ﬁle, so that you can view them. For each datatype, the error details display information similar to the following:

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Property invalid datatype

BACnet

~/BACnet Interface/MSTP Network COM A/RK_300_No_1301/Application/BVM_BO_ Graphic/Value

BACnet plugin

MakeUpdaterObject

Property invalid datatype

BACnet

~/BACnet Interface/MSTP Network COM A/RK_300_No_1301/Application/BVCOV_ Graphic/Value

BACnet plugin

MNB BACnet Support within a StruxureWare Building Operation System

MakeUpdaterObject

Property invalid datatype

BACnet

~/BACnet Interface/MSTP Network COM A/RK_300_No_1301/Application/BVSPP_ Graphic/RelinquishDefault

BACnet plugin

ReadProperty

Property invalid datatype

BACnet

~/BACnet Interface/MSTP Network COM A/RK_300_No_1301/Application/BVSPP_ Graphic/Value

BACnet plugin

MakeUpdaterObject

To avoid these error indications, ensure that the BVCOV, BVM, BVSP, and BVSPP objectsd. are set to something other than “NA”.

Support for ADI and Remote I/O on the MNB‑1000 Device5. 2.4.6

The ADI and Remote I/O functionality in MNB-1000 devices is supported in Building Operation, as described below.

ADI – Creates objects required to interface with the ADI Modbus FSCS (Fireﬁghter’s Smoke• Control Station). This functionality supports up to 1600 LEDs and 1280 switches which, when

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combined, accounts for 2880 additional BACnet value objects. These objects are in addition to objects representing the I/O points and their corresponding background objects.

Remote IO – Creates objects required to interface the MNB-1000 device with up to eight• MNB-1000-15 remote I/O modules. Each remote I/O module expands the I/O count of the MNB-1000 device by up to 6 UI, 3 UO, and 6 TO points, an increase of 36 to 105 BACnet objects. Using the maximum of eight remote I/O modules, a total 288 to 840 BACnet objects is added to the MNB-1000 device.

In MNB-1000 devices, ADI applications and applications containing Remote IO Caution: objects may contain a large number of objects. When the number of objects exceeds system limits, the system cannot support the learning of all the objects and generates a communication error notiﬁcation. If there are large numbers of objects in some of the MNB devices, it may be necessary to adjust the topology to reduce the number of objects in the affected networks and successfully host these objects. Refer to the architectural guidelines in Building Operation WebHelp.

Menu Support with MNB Systems in Building Operation5.2.5

Since Building Operation treats MNB BACnet devices as non-native BACnet devices, some of the menu commands associated with the device objects, or the point and value objects in the Application folder, may not be applicable. The status of each command is described in the following subsections. Additional information on each of these commands can be found in Building Operation WebHelp.

Actions Menu5.2.5.1

On the Actions menu, the commands described here are speciﬁc to non-native BACnet devices, and therefore apply to MNB devices integrated into Building Operation.

Commands Support Comments

Download Not supported The system indicates it completed successfully,

Upload Supported —

but in fact the controller rejected the request and download was not performed.

Actions Menu — Device Submenu5.2.5.2

On the Actions menu, the Device submenu lists commands that are associated with non-native BACnet devices, and therefore apply to MNB devices integrated into Building Operation.

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Commands Support Comments

Download conﬁguration Supported —

Upload conﬁguration Supported —

Backup Not supported —

Restore Not supported —

Restart > Warm start (submenu) Supported —

Restart > Cold start (submenu) Supported —

Time sync > Local (submenu) Not supported —

Time sync > UTC (submenu) Supported

Communication > Enable (submenu) Supported —

Communication > Disable (submenu) Supported —

Communication > Disable initiation (submenu) Supported —

Associate with device Supported This command is supported under either of the

Supported with MNB-1000.• Not supported with MNB-70, MNB-300,• MNB-V1, and MNB-V2.

two following conditions:

If the MNB device was created by select-• ing Download to BACnet device instead of

Upload, on the BACnet basic settings page of the Create Object Wizard.

If the MNB device has been exported and then• imported. The import process removes the BACnet instance number. You can use the As- sociate with device command to match the MNB device to a new device number.

Applications Menu — New Submenu5.2.5.3

On the Applications menu, the New submenu lists commands that are speciﬁc to non-native BACnet devices, and therefore apply to MNB devices integrated into Building Operation.

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Commands Support Comments

Alarm Not supported —

Document Supported —

Graphic Supported —

Hyperlink Supported —

Point Not supported —

Program See Comments

Schedule Not supported —

Search Supported —

Trend See Comments

Value See Comments

View Supported —

Supported with all listed non-BACnet objects.

Not supported with any listed objects whose names start with “BACnet”, for example:

BACnet Averaging (Generic)•

Supported with all listed non-BACnet objects.

Not supported with the listed object: BAcnet Trend Log (Generic) .

Supported with all non-BACnet objects.

Not supported with any listed objects whose names start with “BACnet”, for example:

BACnet Analog Value (Generic)•

BACnet Points and Values — Shortcut Menu5.2.5.4

When you upload (learn) MNB devices, the system creates BACnet objects (generic).

The shortcut menu of a BACnet object (generic) contains the same commands as a regular Note: BACnet point or value.

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Commands Support Comments

New > Alarm (submenu) Not supported If selected, the system will display a failure mes-

New > Trend (submenu) Not supported If selected, the system will display a failure mes-

View History Not supported The system will display an empty Work Area.

View Comments Not supported

View Cause Notes Not supported

View Action Notes Not supported

View Checklists Not supported

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sage indicating the error.

Working with MNB BACnet Objects and Properties in Building 5.2.6

Operation

Some BACnet objects and properties associated with MNB devices behave differently when you interact with them in Building Operation, as described in the following subsections.

Relinquish default5 . 2. 6 .1

In a BACnet output point, the Relinquish default value on the Command tab comes from the MNB device’s application program logic. When this value’s source is based on control logic, as in the case of an analog output, it cannot be changed from WorkStation. When you attempt to change the value from WorkStation, the change appears to be successful but when you attempt to save the change, the system displays the following error message.

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Additionally, the Relinquish default value is only read when the device is uploaded, or when the individual objects are uploaded. Its current value is not reﬂected in Building Operation because in most cases, this value is dynamically changing within the device. If the values of Priority Input 1 through Priority Input 16 are left at “Null”, then the Value property reﬂects the dynamic Relinquish default value. When this occurs, you must use WorkPlace Tech to modify the MNB device application in order to make changes to this value or to expose it for external control.

Command Priority Object (RAM‑based)5.2.6.2

On the Command tab of BACnet objects, you can make and then save changes to the Priority 1 throuth Priority 16 properties, on the condition that within the MNB device application, the corresponding inputs to those objects have not been connected to other sources through the Command Priority object. If these inputs have been connected internally to the device, the Building Operation system rejects the change but does not provide any indication of the failure. When you refresh the display, the property reverts to its original value. For a description of the Commanded Priority object and its interaction with the Priority Input properties, refer to the WorkPlace Tech Tool BACnet Engineering Guide Supplement, F-27356.

Writing “NA” to an Input[x] Property on a Command Priority Object5.2.6.3

In WorkPlace Tech Monitor, you can use a constant tag to write a value of “NA” to an Input[x] (priority 1 through priority 16) property on a Command Priority object. When you do so, the corresponding Priority property on the Command tab in Building Operation reﬂects a value of “Null”.

Value Written to BACnet Object is Out of Range5. 2.6.4

If you use WorkStation to write a value to a BACnet object property that supports writing, but the new value is out of range, the change is rejected by the MNB device, as it should be. When this occurs, WorkStation does not initially indicate that the change failed. To verify this value, refresh the view to see that the value falls back to its prior value.

COV Bindings to MNB Devices5.2.6.5

When creating COV subscriptions to MNB devices, keep in mind the following:

When you make a binding to an MNB object that supports COV subscriptions, the system• attempts to make a COV subscription regardless whether the binding is set to update periodically or on a COV basis.

To conﬁgure the COV subscription, in WorkStation you open the Note: Bindings view and then ﬁnd the binding in the bindings list. Next you click the Conﬁgure Settings icon

and then in the Value transfer settings dialog box, conﬁgure the settings. For a discussion of these settings, refer to the Building Operation WebHelp topics related to the Value Transfer Settings dialog box and the value transfer interval.

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If a COV subscription request is successful, the Automation Server settings for bindings no• longer apply. In that case the system uses the COV settings from the MNB device, found in the MNB object’s COV Increment conﬁguration property, using either the WorkPlace Tech Tool or WorkPlace Tech Editor. If the COV increment is set to “NA”, the device uses the default value deﬁned for that MNB object. Refer to the WorkPlace Tech Tool BACnet Engineering Guide Supplement, F-27356. If the COV increment is set to a value, then the device uses that value to determine when to send the COV notiﬁcation.

Remember that the Automation Server periodically renews the COV subscription. Therefore,• there are times when the normal COV notiﬁcation and the COV renewal overlap, approximately every 4.5 to 5.5 minutes.

The binding settings in the Automation Server only apply when a ﬁeld device does not support• COV subscriptions. More speciﬁcally, these settings apply only to those points in the MNB devices that have been identiﬁed as not supporting COV subscriptions. When this is the case, the Automation Server falls back to the settings in the Value transfer settings dialog box, in WorkStation.

COV Subscription Support and Polling5.2.6.6

Building Operation supports the use of COV subscription and polling, as described in this section.

The information presented here is based on testing with a graphic page. The object types Note: listed here represent how they appear in WorkPlace Tech.

Requests for BACnet values that are being dynamically monitored or used

When BACnet values are requested from MNB BACnet devices in situations where the value is being dynamically monitored or used, for example in a graphic, Building Operation attempts to subscribe to each value. If the value supports COV subscriptions and the request is successful, the system selects COV subscription as its method for updating that value. If the value does not support COV subscriptions, the system reverts to polling as the method for updating the value. As of Building Operation 1.4, this polling occurs at an interval of approximately a 500 ms.

AVCOV (Analog COV Client) and BVCOV ( Binary COV Client) MNB objects

AVCOV and BVCOV MNB BACnet objects are treated as AVs and BVs, respectively. These objects do not support COV subscription requests, and so in Building Operation they are polled. These objects are designed to be COV clients to COV server objects.

In the Note: System Tree pane in WorkStation, within the Application folder below the BACnet Interface, you can create BACnet objects that support COV subscriptions. Using WorkPlace Commissioning Tool, you can then bind them to the AVCOV and BVCOV objects. This method allows Building Operation to use COV subscriptions with the AVCOV and BVCOV objects.

AVSP (Analog Setpoint) and BVSP (Binary Setpoint) objects (EEPROM-based)

Building Operation treats AVSP and BVSP MNB BACnet objects as AVs or BVs, respectively. Both support COV subscription requests and can subscribe successfully in Building Operation.

AVSP and BVSP objects are EEPROM-based. Observe normal precautions to avoid Note: frequent writes to EEPROM. Excessive writes can greatly shorten the life of the EEPROM and adversely affect its reliability.

AVSPP (Analog Setpoint Priority) and BVSPP (Binary Setpoint Priority) objects (RAM-based)

Building Operation treats AVSPP and BVSPP MNB BACnet objects as AVs or BVs, respectively. Both support COV subscription requests and can subscribe successfully in Building Operation.

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AVM (Analog Monitor) and BVM (Binary Monitor) objects

Building Operation treats AVM and BVM MNB BACnet objects as AVs or BVs, respectively. Both support COV subscription requests and can subscribe successfully in Building Operation.

AI (Analog Input) and BI (Binary Input) objects

Both AI and BI MNB BACnet objects support COV subscription requests and can subscribe successfully in Building Operation.

AO (Analog Output), BO (Binary Output), and MSO (Multi-State Output) objects

AO, BO, and MSO MNB BACnet objects all support COV subscription requests and can subscribe successfully in Building Operation.

AV (Analog Value), BV (Binary Value), and MSV (Multi-State Value) objects

AV, BV, and MSV MNB BACnet objects are representative of object types used for background objects. These objects do not support COV subscription requests, and so in Building Operation they are polled.

MSTP Status object

When you attempt to learn the MSTP Status MNB BACnet object, an error is generated: “Read failed for descriptionproperty: unknown property”. If needed, edit the MNB application to replace this object wiith the Device Status object, which can perform the same function.

Device Status objects

Device Status MNB BACnet objects, listed below, automatically create their corresponding BV background objects. Device Status objects support COV subscription requests and can be subscribed successfully in Building Operation.

MS/TP•

Ethernet•

BACnet/IP•

Device IO•

Network•

S-Link objects

The S-Link related MNB BACnet objects listed below support COV subscription requests and can subscribe successfully in Building Operation. S-Link related objects that are not listed below operate as background objects, which do not support COV subscription requests and so are polled in Building Operation.

Room Temp•

Relative Humidity•

Setpoint 1•

Setpoint2•

Setpoint3•

Setpoint4•

Temperature Cal•

Humidity Cal•

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Coexistence of WorkPlace Tech Tool, WorkPlace Commissioning 5.2.7

Tool, and WorkPlace Flow Balance Tool on the Same System

The three tools used to engineer an MNB BACnet system, the WorkPlace Tech Tool, the WorkPlace Commissioning Tool, and the WorkPlace Flow Balance Tool, can all be connected to the Building Operation system at either the IP level or the MSTP trunk level and coexist with full functionality.

Using these tools, you can make the following connections and device access types. See the

Validated System Architecture for an illustration of these connections.

IP-level MNB-1000 devices • can be discovered and managed from an IP or MSTP

connection.

Automation Server with BACnet IP enabled • can be discovered and, if MSTP is enabled, route messages to its connected MSTP trunks.

MNB-1000 MSTP trunks and Automation Server MSTP trunks• can be viewed and accessed from one location, provided that routing is enabled.

MSTP devices beneath the Automation Server• can be discovered. If these are MNB devices, they are treated as though you have a direct connection to the device.

Downloads and uploads• – In the preceding four cases, you can download applications to the MNB devices and upload the application hex ﬁles from the MNB devices.

Device monitoring• – You can use WorkPlace Tech Tool’s monitoring mode to monitor an MNB device.

When the MS/TP network is connected under the Automation Server, the WorkPlace• Commissioning Tool handles MSTP baud rate synchronization (changes) in the same way as when the MS/TP network is connected under the MNB-1000. However, when an MS/TP network is connected under the Automation Server, you need to take some preparatory steps:

Using the WorkPlace Commissioning Tool, you change the MS/TP network’s baud rate.a.

A message is displayed that describes the change to the devices’ baud rates, and that oneb. or more devices need to be conﬁgured manually, which is a reference to the Automation Server. This message also indicates that the devices in the network are silenced for a period of time.

While the devices are silenced, use WorkStation to manually change the baud ratec. associated with the MS/TP network under the Automation Server. To do this, you change the MS/TP network’s MSTP baud rate property to match the new baud rate and then save the change.

Proceed with the remainder of the process, using the WorkPlace Commissioning Tool.d. Refer to the section describing how the baud rate can be changed, in the Device Commissioning chapter of the MicroNet BACnet Commissioning Tool/Flow Balance Tool User’s Guide, F-27358.

Using WorkPlace Commissioning Tool to create links• – When MNB devices are connected to the Automation Server, you can use the WorkPlace Commissioning Tool’s Link Builder to create links between the MNB devices.

You can also create links between the MNB devices and the Automation Server, in which links are made to BACnet objects within the Application folder of the BACnet Interface. Linked objects such as these can act as servers to the Analog COV Client and Binary COV Client objects within the MNB devices. You can also monitor these links dynamically, using the WorkPlace Commissioning Tool. Refer to the MicroNet BACnet Commissioning Tool/Flow Balance Tool User’s Guide, F-27358.

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Using the WorkPlace Commissioning Tool, you can perform ﬁrmware updates to MNB devices• that are connected to Building Operation. During this update process, the selected device(s) are taken ofﬂine. When the update is completed, each device returns to the online state.

While the MNB devices are ofﬂine, their values are either Note: Value is ofﬂine or Value is invalid. If the ofﬂine devices are sharing data with other devices, those connections may be temporarily interrupted. However, they will resume normal operation when the device is back online.

The Flow Balance Tool can be used at either the IP level or at the individual MSTP trunks, to• ﬁnd and balance MNB-V1 and MNB-V2 devices. After ﬂow balancing is completed, the balance data can be uploaded to the Automation Server and preserved for future reference.

Characters Allowed in Names of Created and Uploaded BACnet 5.2.8

Objects

Building Operation allows the use of certain special characters in the names of BACnet devices. The tables in this section describe, in detail, which characters are allowed by the WorkPlace Commissioning Tool and the Automation Server. Whenever unsupported characters are encountered during the device discovery process, they are automatically replaced.

Device names5.2.8.1

The following table describes, in detail, the characters that are allowed in MNB device names by the WorkPlace Commissioning Tool and the Automation Server.

MNB BACnet device names – allowed special charactersTable–5.1

Allowed by Characters Comments

WorkPlace Commissioning Tool In any position:

Automation Server

Through manual creation

Automation Server

Through Device Discovery

a When unsupported characters are encountered in a device name, they are replaced with “%” and the ASCII hex value for that

character. For example, a <space> used as the leading character for a device name would be converted to “%20” when the device is learned. The actual BACnet name can be found in WorkStation, on the MNB device’s Advanced tab, in the BACnet name property.

~ ! @ # $ % ^ & * ( ) _ + ` - = { } | [ ] \ : ” ; ’ < > ? , . / and <space>

In any position: ! @ # $ % ^ & ( ) _ + ` - = { } [ ] \ : ; ‘ and ,

Any position except the ﬁrst or last character: . (period) and <space>

In any position: ! @ # $ % ^ & ( ) _ + ` - = { } [ ] \ : ; ‘ , . and <space>

When unsupported characters exist in the device names of discovered BACnet devices, the system displays them in the Device Discovery window with the appropriate substitutions described in footnote “a”, above. See the following illustration for examples of character substitutions in BACnet device names.

Only printable ASCII characters are supported. Device names are limited to a maximum length of 20 characters.

The following characters are not allowed: ~ * | “ < > ? /

The following characters are automati‑ cally replaced ~ * | “ < > ? /

A period or <space> is replaced if it is the ﬁrst or last character of a name.

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As a best practice, you should use only alpha-numeric characters and the underscore Note: character (“_”) in MNB BACnet device names. If any MNB device names contain unsupported characters, it is highly recommended that prior to learning or creating these devices in Building Operation, you rename the devices externally, using the WorkPlace Commissioning Tool.

Point object names5.2.8.2

The following table describes, in detail, the characters that are allowed in MNB point object names by the WorkPlace Tech Tool and the Automation Server.

MNB BACnet object names – allowed special charactersTable–5.2

Allowed by Characters Comments

WorkPlace Tech Tool

Automation Server

Either through manual creation or object upload

As a best practice, you should use only alpha-numeric characters and the underscore Note: character (“_”) in MNB BACnet point object names. If any MNB point object names contain unsupported characters, it is highly recommended that prior to learning or uploading the MNB devices in Building Operation, you ﬁrst rename the BACnet point objects externally, using the WorkPlace Tech Tool, and then download the updated applications to the MNB devices.

In any position: ! @ # $ % ^ & ( ) _ + ` - = { } [ ] \ , and /

Any position except the ﬁrst or last character: . (period) and <space>

In any position: ! @ # $ % ^ & ( ) _ + - = { } [ ] \ ’ and ,

Any position except the ﬁrst or last character: . (period) and <space>

BACnet point object names are limited to a maximum length of 31 characters.

The following characters are not allowed: ~ * | : “ ; ‘ < > ? /

The following characters are not allowed: ~ * | “ < > ? /

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Appendix 1

System Test Results

The system tests described here involved graphics within an Automation Server, as viewed on WorkStation. System performance was measured as the quickness with which values in a graphic were updated through COV subscriptions, as compared to polling. When measuring each response time, the timer was started when the graphic completed its display and stopped when all values received their updates in the graphic view. In normal use, other system activities that occur concurrently with the graphic, including graphical scripts and dynamic text, can cause the response times to be longer.

These performance test results were veriﬁed on all ﬁve types of MNB devices, in each of the conﬁgurations shown in the Validated System Architecture. All the MS/TP trunks were tested at

76.8 kbaud. Response times will be longer when lower baud rates are used.

With exception of the MNB-1000, the MS/TP devices can support up to approximately Note: 80 active COV subscriptions. If there are more than 80 COV subscriptions, the additional subscription requests are rejected and handled as polled values. Although the MNB-1000 has a variable limit for COV subscriptions, of 200 to 500, a quantity of 200 COV subscriptions is assured.

Graphic Update Time (sec)

Number

of Points

Displayed

per Device

10 0.6 0.8 0.5 — — — 1.7 2.0 1.7

25 1.1 1.2 1.0 — — — 6.5 3.9 5.0

50 2.6 1.9 1.9 — — — 14.1 8.2 9.7

80 6.9 3.0 3.3 — — — 24.1 14.4 14.2

100 — — 4.5 — — — — — 20.6

10 0.7 0.7 0.7 0.8 0.5 0.7 2.5 3.2 2.5

25 2.9 0.9 2.3 2.1 0.5 1.9 7.0 4.2 6.9

50 6.1 1.7 5.2 4.8 0.9 4.4 13.8 8.2 13.5

80 10.1 2.0 8.8 — — 6.8 22.0 12.2 21.6

100 12.9 3.1 11.6 9.8 1.6 8.6 29.2 16.4 28.1

Comments

1. The MNB-1000 requires approximately 0.043 seconds to respond to a property read request, whereas the MNB-300 requires approximately 0.001 seconds to respond to the same request. The performance dif ferences seen in this table between the MNB-300 and MNB-1000 are most likely due to this difference in response times.

2. Values that are received from routed devices will generally be slower, due to message routing. These delays will var y, depending on the level of system activity at the time of the requests.

3. The initial values displayed by the graphic are acquired through polling. Subsequent updates are acquired through either polling or COV subscriptions, depending on the points being monitored. For this reason, the initial screen value changes will be comparable between polling and COV subscriptions, while subsequent value changes will be noticeably quicker when COV subscriptions are used, thus lessening the load on the BACnet communications.

Direct MS/TP COV Direct

MS/TP

Initial

Display

Time

Successive

Updates

Polling

IP Network COV IP Network

Polling

Intial

Display

Time

Successive

Updates

MNB-300

MNB-1000

IP Network Routed MS/TP

COV

Initial

Display

Time

Successive

Updates

IP Network

Routed

MS/TP

Polling

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Schneider Electric MNB Application Information

Specifications and Main Features

Frequently Asked Questions

User Manual

Introduction

About Solution Guides1.2.

Target Applications1.4.

Applicable Documentation1.5.

Solution Overview

BACnet with MNB BACnet and Building Operation2.1.

MNB BACnet2.1.1

Building Operation2.1.2

Solution Overview2.2.

Validated System

3.1. Validated System Architecture

Validated System Components3.2.

Detailed Solution Steps

4.2. Verify that Each MNB Device Contains the Current Application

4.3. Install the Automation Server

4.4. Create the BACnet Interface

4.5. Discover and Add IP‑Level MNB‑1000 Devices

4.6. Create Remote MS/TP Networks to Represent MS/TP Networks Connected to the MNB‑1000 Devices

4.7. Create MS/TP Networks to Represent MS/TP Networks Connected to Automation Server COM Ports

4.8. Discover and Add MNB Devices

4.9. Upload MNB Devices to Create BACnet Points

Best Practices and Lessons Learned

5.1. Best Practices

5.2. Lessons Learned

Troubleshooting Tools5.2.2

5.2.3 BACnet Device Time Sync Recipients

5.2.4 MNB BACnet Points Created with Device Upload

Menu Support with MNB Systems in Building Operation5.2.5

System Test Results