WNC1800/ZFR182x Pro Series Wireless Field Bus System Quick Reference Guide

Transcription

1 WNC1800/ZFR182x Pro Series Wireless Field Bus System Quick Reference Guide Code No. LIT Issued February 2017 Refer to the QuickLIT website for the most up-to-date version of this document. Introduction Acronyms and Terms Designing and Planning the WNC1800/ZFR182x Pro Series Wireless Field Bus System.2 Installing the WNC1800/ZFR182x Pro Series Wireless Field Bus System Commissioning the WNC1800/ZFR12x Pro Series Wireless Field Bus System Set the PAN IDs on Your ZFR Pro Devices Connect the ZFR Pro Coordinator Radio to the WNC Apply Power to the WNC Configure the WNC1800 Gateway Verify Communications Between the Coordinator and the WNC Change the Settings in the WNC1800 Gateway Complete the Network Setup Discover the Field Controllers on Your Network Configuring a Supervisory Controller Using BBMD to Communicate Across Multiple Subnets Using the ZFR Wireless USB Dongle Setting ZFR Wireless USB Dongle Parameters in ZCT Related Literature WNC1800/ZFR182x Pro Series Wireless Field Bus System Quick Reference Guide 1

2 WNC1800/ZFR182x Pro Series Wireless Field Bus System Quick Reference Guide 2

3 WNC1800/ZFR182x Pro Series Wireless Field Bus System Quick Reference Guide Introduction This document is a high-level overview with specific reminders, meant only as a quick reference for field personnel. This document covers: Designing and Planning the WNC1800/ZFR182x Pro Series Wireless Field Bus System Installing the WNC1800/ZFR182x Pro Series Wireless Field Bus System Commissioning the WNC1800/ZFR12x Pro Series Wireless Field Bus System For detailed information on specific topics, refer to the resources in Related Literature (Table 2). Acronyms and Terms CCT = Controller Configuration Tool BACnet = Building Automation Control Network BBMD = BACnet Broadcast Management Device FAC = Advanced Application Field Equipment Controller FEC = Field Equipment Controller IOM = Input/Output Module MS/TP = Master-Slave Token-Passing NAE = Network Automation Engine NEC = Network Controlled Engine TEC3000 = In this document, TEC3000 refers to the Terminal Equipment Controller wireless models, which includes a built-in ZFR Pro Radio PAN = Personal Area Network VMA = Variable Air Volume Modular Assembly WEFC = Wireless-Enabled Field Controller (FEC, FAC or VMA with an attached ZFR Pro Router or a wireless model of the TEC3000 WNC1800 Gateway = Wireless Network Coordinator WRZ = Wireless Sensors compatible with the ZFR and ZFR Pro WEFCs. ZCT = ZFR Checkout Tool ZFR = Johnson Controls Wireless Field Buss System includes the ZFR1810, ZFR1811, and ZFR1812 wireless devices. ZRF Pro = Johnson Controls new Wireless Field Bus System includes the WNC1800, ZFR1820, ZFR1821, ZFR1822, and ZFR1823 wireless devices. ZFR Coordinator = A ZFR, MS/TP, IP network or ZFR Pro radio that starts the wireless network and routes wireless message to a BACnet MS/TP or IP network. ZFR Router = A ZFR or ZFR Pro radio connected to (or embedded in) a field controller. ZFR Repeater = A stand alone ZFR or ZFR Pro radio powered from a separate power supply used to fill in the mesh. 1

4 Designing and Planning the WNC1800/ZFR182x Pro Series Wireless Field Bus System Ensure that the system is well designed with good line-of-sight communication paths and distances, according to the guidelines in the WNC1800/ZFR182x Pro Series Wireless Field Bus System Technical Bulletin (LIT ). One ZFR Pro Router is required for each field controller. This pairing of a field controller and ZFR Pro Router is a Wireless Enabled Field Controller (WEFC). A WNC1800 and ZFR1820 or ZFR1823 are paired to create a WNC1800/ZFR182x Wireless Network Coordinator. The WNC1800/ZFR182x Pro Series Wireless Field Bus System consists of the following wireless components: WNC1800 Gateway Wireless Network Gateway (WNC Gateway) ZFR1820/ZFR1823 ZFR Pro Coordinator Radio ZFR1821/ZFR1822 ZFR Pro Router/Repeater TEC30xx ZFR Pro Thermostats WRZxxxx Wireless Sensors (each model variation is supported on both ZFR and ZFR Pro wireless networks) WEFC Wireless Enabled Field Controllers (FEC, FAC, IOM, VMA, TEC30xx) Note: The devices within the WNC1800/ZFR182x Pro Series Wireless Field Bus System are designed for indoor, intra-building applications only. Any of the following Metasys field controllers can be wirelessly enabled when paired with a ZFR Pro Router: Field Equipment Controllers (FEC) FEC16 or FEC26 Advanced Application Field Equipment Controllers (FAC) FAC26 or FAC36 Input/Output Module (IOM) IOM17, IOM27, IOM37, or IOM47 Variable Air Volume (VAV) Modular Assembly (VMA) VMA16 Thermostat Controllers TEC30xx (these models have a built-in ZFR Pro Router) Note: This list of supported field controllers is always growing. Check specific field controller literature for support of the ZFR/ZFR Pro Series Wireless Field Bus System. The total number of ZFR Pro wireless devices on any one PAN or managed by a single Network Automation Engine (NAE) is dependent on several factors. A typical ZFR Pro Series system consists of these limits: up to eight WNC Gateways for each Network Engine (NAE dependent) up to 35 Wireless Enabled Field Controllers (WEFCs) for each WNC Gateway up to 200 WEFCs for each network engine, depending on the network engine up to nine WRZ Sensors for each WEFC, depending on the controller type up to 100 total WEFC and WRZ Sensors for each PAN Additional ZFR1821 or ZFR1822 Pro Wireless Routers used as Repeaters can be added as required without reaching the limit of the100 total WEFC/WRZs. As a best practice, keep the number of Repeaters on a PAN to less than 10% of the overall wireless device count. ZFR Pro Repeaters extend the wireless transmission distance of the wireless data communications by providing additional paths (hops) through the mesh to fill in gaps within the wireless mesh network and provide multiple wireless data transmission pathways. For detailed information on placement guidelines for a WNC1800/ZFR182x Series Wireless Field Bus System, and for estimating the number of ZFR Pro Routers needed as repeaters for extending wireless transmission range, refer to the WNC1800/ZFR182x Series Wireless Field Bus System Technical Bulletin (LIT ). 2

5 In designing and planning the system, pay special attention to these points: Every WRZ Sensor should be within 15 m (50 ft) (recommended) of at least two ZFR Pro Routers. (WRZ Sensors communicate only with routers.) Every ZFR Pro Router should be within 15 m (50 ft) (recommended) of at least two other ZFR Pro Routers. The ZFR Pro Coordinator Radio should be within 15 m (50 ft) (recommended) of at least two ZFR Pro Routers. The ZFR Pro Coordinator should be at the center of the mesh network. Note: Using extension cables, the WNC1800 may be located up to 100 ft from the ZFR Pro Coordinator. Every wireless TEC3000 should be within 15 m (50 ft) (recommended) of at least two other TEC3000 or ZFR Pro wireless devices. The maximum distance between the ZFR Pro Coordinator and the farthest ZFR Pro Router/Repeater should be less than 76.2 m (250 ft).transmissions may use up to 30 hops to transmit a message to the coordinator. A hop occurs when a message (information) moves from one wireless device in the network to another wireless device in the network. The ZFR network allows for 30 hops, but this would not be a well-designed system. Such a system may work under certain circumstances but is not recommended for the amount of network traffic likely to be experienced. In a well designed system, the layout design should minimize the required hops to the recommended transmission ranges, which are ideally kept below 5. Note: If the walls between any two radios have a very high metal content (for example, if there is an I-Beam in the wall), then the distance may need to be decreased. The effective range and signal quality vary because of wireless signal absorption and reflection due to metal obstructions, walls, ceilings, floors, and furniture found in typical building interiors for this reason. Transmission ranges between ZFR Pro products must be less than the maximum distances shown in Table 1. Table 1: Indoor Line-of-Sight Transmission Ranges Range Type Transmission Range ZFR Pro Coordinator Radio, TEC3000 Series Controller WRZ Series Sensor ZFR Pro Router/Repeater Recommended 15.2 m (50 ft) 15.2 m (50 ft) 15.2 m (50 ft) Maximum, Line of Sight 76.2 m (250 ft) 30 m (100 ft) 30 m (100 ft) Note: Use the battery-operated WRZ-SST-120 Wireless Sensing System Tool with any model WRZ Series Sensor as a site survey tool to determine the wireless signal strength between potential locations of ZFR Pro system devices to survey your application. Adjust ZFR Pro device locations for optimal performance before permanently installing the devices. Refer to the WRZ-SST-120 Wireless Sensing System Tool Installation Instructions (Part No ) for more information on the tool. Installing the WNC1800/ZFR182x Pro Series Wireless Field Bus System Ensure that the physical installation of the ZFR Pro Coordinator Radio and all the ZFR Pro Routers/Repeaters have good line-of-sight communication paths, good wired connections, and correct DIP switch settings as described in the following documents: WNC1800 Wireless Network Coordinator Gateway Quick Start Guide (Part No ) WNC1800 Wireless Network Coordinator Gateway Installation Instructions (Part No ) ZFR1820/ZFR1823 Pro Wireless Field Bus Coordinator Installation Instructions (Part No ) ZFR1821/ZFR1822 Pro Wireless Field Bus Router-Repeater Installation Instructions (Part No ) WNC1800/ZFR182x Pro Series Wireless Field Bus System Technical Bulletin (LIT ) Pay special attention to these points: 3

6 Mount all ZFR Pro devices in the same horizontal plane where possible, preferably just above the ceiling panels. See Figure 1, Figure 2, and Figure 3. Figure 1: Mount ZFR Pro Routers/Repeaters in the Same Horizontal Plane Below Pipes, Duct Work, or Metal Obstructions OK Configuration Figure 2: Mount ZFR Pro Routers/Repeaters in the Same Horizontal Plane Below Pipes, Duct Work, or Metal Obstructions Better Configuration Figure 3: Mount ZFR Pro Routers/Repeaters in the Same Horizontal Plane Below Pipes, Duct Work, or Metal Obstructions Best Configuration 4

7 Mount TEC3000's and WRZ Sensors about 1.5m (5 ft) above the floor and away from metal and solid obstructions (including equipment rooms, elevator shafts, and concrete or brick walls). For best signal transmission, vertically orient the ZFR Pro Router/Repeater or the ZFR Pro Coordinator Radio with at least 50 mm (2 in.) exposed below (and clear of) any pipes, duct work, or other metal obstructions. When mounting the conduit mount style ZFR Pro Router/Repeater or the ZFR Pro Coordinator Radio to an enclosure; mount it to the top, bottom, or side of the enclosure, See Figure 4, Figure 5, and Figure 6. Figure 4: Conduit-Mount Style OK Configuration Figure 5: Conduit-Mount Style Better Configuration 5

8 Figure 6: Conduit-Mount Style Best Configuration Do not mount the ZFR Pro devices,tec3000, or WRZ Sensors in recessed areas, metal enclosures, or shelving units. Avoid configurations where a microwave oven is located between two wireless devices. Avoid locating the ZFR Pro device near areas that may contain a microwave oven, such as an employee break area or cafeteria. At a minimum, ensure that no microwave ovens are within 6 m (20 ft) of a ZFR Pro device. Locate all the ZFR Pro devices on the same floor. Follow local ordinances for the installation of Class 2 power supplies. 6

9 Commissioning the WNC1800/ZFR12x Pro Series Wireless Field Bus System Figure 7 shows the sequence of operations for commissioning a WNC1820 Series Wireless Field Bus System, which is described in more detail in the rest of this section. Figure 7: ZFR Pro System Commissioning Sequence of Operations Set PAN IDs on your ZFR Coordinator Radio Go to the Network Supervisor and add a remote field bus Connect ZFR Pro Coordinator Radio to WNC1800 Gateway Discover the devices on the remote field bus and then add the devices and points. If devices cannot be discovered, refer to the remote field bus to determine if a BBMD must be added. Apply power to WNC1800 Connect to the WNC1800 as described in the Wireless Network Coordinator Gateway Quick Start Guide (Part No ) Change the settings for the WNC1800 and the Network as needed Connected to Supervisory Controller Add BBMD Object (if necessary) and make settings at the WNC1800 and at the Site Object which contains the BBMD object if you are communicating across multiple subnets. When all WEFCs are communicating properly, commissioning is complete Continue with normal Field Device commissioning using Metasys System Apply power to WEFCs Verify communications to the PAN using the ZFRs LED or TECs ICON Continue with Normal Field Device commissioning using WNC1800 UI. Complete Network Setup Is this a stand-alone network or controlled by a supervisory controller? Stand-alone Bring up the WEFCs on your PAN. Wait for your devices to be online and communicating with the WNC1800. Once a WNC1820 Series System has been planned and installed according to the guidelines in Designing and Planning the WNC1800/ZFR182x Pro Series Wireless Field Bus System and Installing the WNC1800/ZFR182x Pro Series Wireless Field Bus System, use these steps to commission the system. 7

10 Set the PAN IDs on Your ZFR Pro Devices Set the PAN ID DIP switches on the ZFR Pro Coordinator Radio, ZFR Pro Router/Repeater and WRZ Sensors. See Figure 8. Notes: Select PAN Addresses that are unique within the site. All devices on the wireless network need to have the same PAN Offset. All the Field Controllers' MS/TP Addresses and the TECs' BACnet Addresses must be unique within the same PAN. See Figure 9.. Figure 8: Sample DIP Switch Settings ZFR Pro Router ZFR Pro Repeater 64 PAN Offset Wireless Enabled Field Controller / Address 1MS TP Off ZFR Pro Coordinator Radio Di sa bl ed PAN Offset PAN Offset = 13 Di sa bl ed PAN Offset = 13 MS/ TP Address = 6 Mesh must be ON WRZ Series Sensor Mesh Off On PAN Offset 10mW Power On Off mW MSTP Add Zone Zone == 0 SABus\MSTP Address PAN Offset = 13 MS/ TP Address = 6 Set Address to match the associated WEFC s FCBusMSTP Address Figure 9: TEC Network Setup and Configuration Menu 8

11 Connect the ZFR Pro Coordinator Radio to the WNC1800 Connect the ZFR Pro Coordinator Radio to the WNC1800 Gateway. Refer to the Wireless Network Coordinator Gateway Installation Instructions (Part No ). Apply Power to the WNC1800 Apply power to the WNC1800 Gateway. When power is applied to the WNC1800, the ZFR Pro Coordinator Radio is also powered on. Configure the WNC1800 Gateway Refer to the WNC Gateway Quick Start Guide (Part No ) for instructions on initial access to the WNC1800 Gateway through a supported browser on either a PC or a mobile device. From the Device List, choose the WNC. Note: The UI shows wireless signal strength of the devices connected to the WNC Gateway as well as any current alarms on the devices after communication is established. Figure 10: WNC Device List 9

12 Verify Communications Between the Coordinator and the WNC1800 On the WNC1800 Home Screen (Device List > WNC > WNC Home Page), check that Current Radio Reliability is Online. The PAN ID and Active Channel are also shown. The PAN ID is set using the DIP switches on the ZFR Pro Coordinator Radio. The WNC1800 Gateway reads the PAN ID and shows it on this screen. The Active Channel can be manually adjusted, if necessary. Figure 11: WNC Home Page 10

13 Change the Settings in the WNC1800 Gateway If you are using the WNC1800 Gateway with a Supervisory Controller or to view or manage the WNC1800 Gateway from an Ethernet connection, you must configure the WNC Ethernet settings. Once you are logged onto the WNC1800 Gateway using the Wi-Fi Access Point feature, go to Settings > Ethernet and set the Ethernet Field to On. If Auto DHCP is set to On, the IP Address, Subnet Mask, and Default Gateway fields will automatically populate. However, if you need use a static IP addressing, set Auto DHCP Configure to Off and fill in the IP Address, Subnet Mask and Default Gateway fields with values from your IT Department. Figure 12: WNC Ethernet Settings 11

14 Complete the Network Setup On the Network Setup Screen shown below, the Wireless Field Bus Network address, BACnet Device Object Identifier, and the BACnet IP Network address must be unique. One simple way to make the Wireless Field Bus Network address, BACnet Device Object Identifier, and the BACnet IP Network address is unique is to set it to the PAN ID of the attached coordinator. Other methods can also be used if appropriate for the site. If you add the WNC Gateway and associated devices to a network that has a Supervisory Controller, the Routing Mode field on the WNC Home Page must be set to Enabled. Notes: Once you make these changes, you must set the Commit Changes and Reset field to True; then the WNC Gateway resets and uses the new settings. Figure 13: WNC Network Setup 12

15 Discover the Field Controllers on Your Network Once the WEFC's are powered on and begin communication with the WNC1800 Gateway, the Number of Online Devices will increase until all WEFC's on your network are discover. If a WEFC stops communicating for any reason, the Number of Online devices will decrease and the Number of Offline devices will increase. Note: It is not usually necessary to use the Rediscover Devices button, but this action may be required if a WEFC has been permanently removed from the PAN, if alarms and status indications do not self-clear, firmware has been updated, or new applications have been downloaded to the controllers. Figure 14: WNC Home Page 13

16 Once devices are recognized by the WNC Gateway, you can view and edit the settings on the connected devices by accessing them through the Device List. See the Related Literature section in this document to find the literature specific to the device you are setting up. Configuring a Supervisory Controller If you are on a network controlled by a Supervisory Controller, there are additional steps to perform. When the devices are online and communicating with the WNC1800 Gateway, log on to the Supervisory Controller and add the remote field bus with all the field devices that are connected to it to a new Remote Field Bus Trunk. The WNC1800 Gateway acts as a BACnet router that can be accessed using the Remote Field Bus Feature of NAEs. This cannot be used with NCEs because they do not support Remote Field Bus. Refer to the MS/TP Communications Bus Technical Bulletin (LIT ) for details and limitations of using Remote Field Bus. Note: If using a Supervisory Controller, the Routing Mode field on the WNC Home page or on the WNC Network Setup page must be sent to Enabled. 1. Add the WNC1800 Gateway to the Supervisory Controller as a Remote Field Bus trunk. a. Log in to the Metasys UI. b. On the Insert menu, select Insert Integration. c. Choose Field Bus MS/TP for integration type. d. A Trunk Number of 3 or higher designates a Remote Field Bus trunk. Subsequent remote field buses use sequential numbers (4, 5, 6...). e. The site unique Network Address number should match the Wireless Field Bus Network Address defined in the WNC Network Setup page. If the site unique Network Address is edited once configured a reset of the supervisor is required. 2. Add the field devices on the WNC1800 Gateway Remote Field Bus trunk. a. Use Insert Field Devices and the Auto Discovery Utility in Metasys UI to find the devices to the WNC1800. b. The number of devices should match or be greater than the number of online devices field on the WNC Home Page. 14

17 Using BBMD to Communicate Across Multiple Subnets IP Routers typically block broadcast messages from bridging from one subnet to another. This stops message from flooding a subnet with broadcasts throughout an IP network. However, BACnet systems rely on broadcast message to discover and manage devices on those networks. To deal with this, BACnet has defined a BACnet Broadcast Management Device (BBMD).Figure 15. Figure 15: BBMD Network Subnet When a BBMD receives a BACnet broadcast message from a device on its subnet, it forwards (unicasts) that message directly to another BBMDs in its Broadcast Distribution Table (BDT). Upon arrival at the destination BBMD, it will be rebroadcast on that subnet. Each BBMD keeps a BDT which contains a list of the IP addresses of all the other BBMDs, including itself, in the network. In a Metasys system, all NAE devices include BBMD capability and their BDT is automatically populated with other NAEs in the system from the Site Director. However, the WNC Gateway(s) needs to be manually added into the Third Party BBMDs BDT attribute of the Site Director's Site Object. See Figure 16. Note: If the BBMD is added to the Site object, it will be distributed to all supervisors, which is the recommended method as prescribed by the FSC. 15

18 Figure 16: Site Object Third-Party BBMD BDT Likewise, the WNC Gateway also includes BBMD capability and it needs its supervisory device s IP address to be manually configured into its BDT.. Figure 18: BBMD IP Configured Note: The WNC Gateway only allows one entry. This restricts peer-to-peer communications between ZFR Pro devices to other devices on the same subnet as the WNC Gateway or the subnet of the associated NAE. 16

19 If there are multiple WNC Gateways on the same subnet, only one of them needs to be configured into the NAEs BDT (example only and not ), but each WNC Gateway needs to be configured with the associated NAE s IP address of the device that holds the BBMD for the subnet that the associated NAE is a member of. In some cases, the subnet s BBMD will be on the associated NAE, but not always. Depending on how the Ethernet system is managed on a given site, it s not always easy to tell if a BBMD is required by looking at the IP address of the device itself. If the Ethernet Default Gateway on the WNC and the Network LAN IP Router Address are different, then the BBMDs need to be configured. If you are using Static IP (Auto DHCP = OFF), then an IT department assigns these addresses. Figure 19: BBMD IP Configured 17

20 Using the ZFR Wireless USB Dongle Setting ZFR Wireless USB Dongle Parameters in ZCT Load ZCT and use the main screen of ZCT to set wireless connection parameters. Figure 20: ZCT Load Device Screen 1. Insert the ZFR USB dongle in an available USB port. 2. Because the dongle does not connect to the mesh at the ZFR1820 Coordinator, you should locate the laptop near a router or repeater with an available address. Depending on the mesh, you may need to move the laptop to another location to connect to the mesh. In most cases, another router or repeater will be within radio range of the coordinator, and you may not need to move the laptop. 3. Click Start Scan. The Scan Configuration dialog box appears. Note: Refer to ZFR Checkout Tool Help (LIT ) for further information about the options available in the Scan Configuration dialog box. 4. Enter the PAN ID of the wireless mesh that you want to join. 5. Select the ZFR system mesh channel number if it is known. Otherwise, leave this parameter set to Auto. Entering a known PAN ID can decrease the amount of time it takes to connect to the wireless mesh. 6. Click Scan to connect to the mesh. The ZFR USB dongle LED flashes rapidly (approximately 3 times a second) until it successfully joins the mesh. The LED illuminates solid after successfully joining the mesh. The LED flashes during communication with wirelessly enabled field controllers. If the ZFR USB dongle cannot join the mesh after 1 minute, the LED turns off. Refer to the Troubleshooting section of the WNC1800/ZFR182x Pro Series Wireless Field Bus System Technical Bulletin (LIT ) to diagnose why the ZFR dongle could not join the wireless mesh. 18

21 Related Literature Table 2: Wireless Metasys System Related Documentation For Information On See Document Applications, Features, and Benefits of the WNC1800/ZFR1820 Series Wireless Field Bus System Planning the Layout of a WNC1800/ZFR1820 Series System Locating and Installing a WNC1800 Coordinator Gateway Locating and Installing ZFR Pro Routers and Repeaters Locating and Installing a ZFR Pro Coordinator Radio Commissioning, Configuring, Operating, and Troubleshooting the WNC1800 Coordinator, ZFR1821 or ZFR1822 Pro Wireless Routers and Repeaters, and the WNC1800/ZFR1820 Series Wireless Field Bus System Testing Wireless Signal Strength, Locating TEC3000 Wireless Field Controllers Series Sensors and ZFR Pro Routers Troubleshooting MS/TP Communications Bus (FC bus) Issues and information about using Remote Field Bus Using the MS-BTCVT-1 Wireless Commissioning Converter to Connect to Wireless-Enabled Field Controllers (WEFCs) Analyzing and Troubleshooting the Wireless Network Created by the WNC1800/ZFR1820 System Installation and Setup of TEC3000 Wireless Controllers models TEC3010-xx-xxx, TEC3011-xxxxx, TEC3012-xx-xxx, and TEC3013-xx-xxx Using the WRZ-SST Series Wireless Sensing System Tool with a WRZ Series Sensor to Perform a Site Survey for Predetermining Potential Locations for Installation, and to Test Wireless Signal Strength in Advance of WNC1800/ZFR1820 Series System Installation Installation and Setup of TEC3000 Wireless Controllers models TEC3020-xx-xxx, TEC3021-xxxxx, TEC3022-xx-xxx, and TEC3023-xx-xxx Installation and Setup of TEC3000 Wireless Controllers models TEC3030-xx-xxx and TEC3031- xx-xxx WNC1800/ZFR182x Pro Series Wireless Field Bus System Product Bulletin (LIT ) WNC1800/ZFR182x Pro Series Wireless Field Bus System Technical Bulletin (LIT ) WNC1800 Wireless Network Coordinator Gateway Installation Instructions (Part No ) ZFR1821/ZFR1822 Pro Wireless Router Installation Instructions (Part No ) ZFR1820/ZFR1823 Pro Wireless Coordinator Radio Installation Instructions (Part No ) WNC1800/ZFR182x Pro Series Wireless Field Bus System Technical Bulletin (LIT ) WNC1800/ZFR182x Pro Series Wireless Field Bus System Technical Bulletin (LIT ) MS/TP Communications Bus Technical Bulletin (LIT ) Wireless Commissioning Converter Installation Instructions (Part No ) ZFR Checkout Tool Help (LIT ) for the PDF version TEC3000 Series Wireless On/Off or Floating Fan Coil and Zoning Thermostat Controllers with Dehumidification Capability Installation Instructions (Part No ) WRZ-SST-120 Wireless Sensing System Tool Installation Instructions (Part No ) TEC3000 Series Wireless Proportional Fan Coil and Zoning Thermostat Controllers with Dehumidification Capability Installation Instructions (Part No ) TEC3000 Series Wireless Single- or Two-Stage Economizer Thermostat Controllers Installation Instructions (Part No ) 19

22 European Single Point of Contact: NA/SA Single Point of Contact: APAC Single Point of Contact: JOHNSON CONTROLS WESTENDHOF ESSEN GERMANY JOHNSON CONTROLS 507 E MICHIGAN ST MILWAUKEE WI USA JOHNSON CONTROLS C/O CONTROLS PRODUCT MANAGEMENT NO. 22 BLOCK D NEW DISTRICT WUXI JIANGSU PROVINCE CHINA Building Technologies & Solutions 507 E. Michigan Street, Milwaukee, WI Metasys and Johnson Controls are registered trademarks of Johnson Controls. All other marks herein are the marks of their respective owners Johnson Controls. Published in U.S.A. 20