Installation and Operations Guide

Transcription

1 Installation and Opeations Guide Honeywell Rev. 0001BETA

2 Impotant safety infomation and installation pecautions! Read all instuctions Failue to follow all instuctions may esult in equipment damage o a hazadous condition. Read all instuctions caefully befoe installing equipment. Local codes and pactices Always install equipment in accodance with the National Electic Code and in a manne acceptable to the local authoity having juisdiction. Electostatic sensitivity This poduct and its components may be susceptible to electostatic dischage (ESD). Use appopiate ESD gounding techniques while handling the poduct. When possible, always handle the poduct by its non-electical components. High voltage safety test Expeienced electicians, at fist contact, always assume that hazadous voltages may exist in any wiing system. A safety check using a known, eliable voltage measuement o detection device should be made immediately befoe stating wok and when wok esumes. Lightning and high-voltage dange Most electical injuies involving low-voltage wiing esult fom sudden, unexpected high voltages on nomally low-voltage wiing. Low-voltage wiing can cay hazadous high voltages unde unsafe conditions. Neve install o connect wiing o equipment duing electical stoms. Impopely potected wiing can cay a fatal lightning suge fo many miles. All outdoo wiing must be equipped with popely gounded and listed signal cicuit potectos, which must be installed in compliance with local, applicable codes. Neve install wiing o equipment while standing in wate. Wiing and equipment sepaations All wiing and contolles must be installed to minimize the possibility of accidental contact with othe potentially hazadous and disuptive powe and lighting wiing. Neve place 24VAC o communications wiing nea othe bae powe wies, lightning ods, antennas, tansfomes, o steam o hot wate pipes. Neve place wie in any conduit, box, channel, duct o othe enclosue containing powe o lighting cicuits of any type. Always povide adequate sepaation of communications wiing and othe electical wiing accoding to code. Keep wiing and contolles at least six feet fom lage inductive loads (powe distibution panels, lighting ballasts, motos, etc.). Failue to follow these guidelines can intoduce electical intefeence and cause the system to opeate eatically. Waning This equipment (FCC ID: HS9AZWDGL) has been tested and found to comply with the limits fo a class A digital device, pusuant to pat 15 of the FCC ules. These limits ae designed to povide easonable potection against hamful intefeence when the equipment is opeated in a commecial envionment. This equipment geneates, uses, and can adiate adio fequency enegy and, if not installed and used in accodance with the instuction manual, may cause hamful intefeence to adio communications. Opeation of this equipment in a esidential aea is likely to cause hamful intefeence, in which case the use will be equied to coect the intefeence at his own expense. This device complies with Pat 15 of the FCC Rules. Opeation is subject to the following two conditions: (1) This device may not cause hamful intefeence, and (2) This device must accept any intefeence eceived, including intefeence that may cause undesied opeation. FCC Caution: Any changes o modifications not expessly appoved by the paty esponsible fo compliance could void the use's authoity to opeate this equipment. This equipment should be installed and opeated with minimum distance 20 cm between the adiato & you body Honeywell. All Rights Reseved th AVE NE Redmond, WA USA Phone: (425) FAX: (425) Web Site: All infomation in this document is povided as is without waanty of any kind. Honeywell eseves the ight to change any infomation heein without pio notice. No guaantees ae given as to the accuacy of infomation. Tademaks and tade names may be used in this document to efe to eithe the entities claiming the maks and names o thei poducts. Aleton, BACtalk, and thei logos ae egisteed tademaks and VisualLogic is a tademak of Honeywell. Honeywell disclaims any popietay inteest in tademaks and tade names othe than its own. 2 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

3 Installation and Opeations Guide Contents Contents About 4 Dimensions 4 Powe ating 4 netwok topology 5 About this document and elated publications 6 Geneal installation guidelines 7 Using teminal blocks 7 Powe supply guidelines and equiements 7 MS/TP LAN wiing 9 Configuation 11 Commissioning 12 Installation 14 Mounting 14 Attaching an extenal antenna (optional) 14 Wiing 15 Checking pope opeation 16 Checking netwok opeation 18 Adding Aleton Wieless Tempeatue Sensos 19 WTS AVs and BVs 19 Maintaining an 20 Updating the eal-time opeating code (ROC) file 20 Replacing an 20 Viewing commissioning data 21 Toubleshooting 22 Toubleshooting weak eception 22 Toubleshooting RSSI flash sequences 22 Toubleshooting devices not found by device scan 23 Toubleshooting eoneous WTS tempeatue eadings 23 Appendix A: AVs and BVs 24 Appendix B: Commissioning Recod 30 Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 3

4 Installation and Opeations Guide About Aleton s is a wieless communications device designed to eplace MS/TP and wall senso cabling in instances whee cabling is cost-pohibitive. It allows you to add a small (up to 15 contolles o devices) wieless subnetwok to a wied netwok. A scenaio whee the would be effective is a school that adds potable class ooms that need to be tied into the existing school Building Automation System (BAS). The cost of unning cable undegound to each potable is significant. is an ideal solution to this poblem allowing a wieless netwok to make the connection fo a lowe pice than the labo and mateials needed to buy a cable. It will also be useful when etofitting wieless contolles into places whee wiing o ewiing is pohibitively expensive - buildings with concete walls, fo example. The opeates in one of thee modes:. Coodinato - connects to the committed MS/TP netwok. Sends and eceives system data to/fom tansceives. Tansceive - connects to a unitay contolle by an MS/TP cable. Also suppots a wieless senso by communicating data between the unitay contolle and the wieless senso. Sends and eceives system data to/fom the coodinato. Repeate - Connects only to powe. Repeats tansmissions in aeas of weak eception. Note that the use of epeates educes the oveall bandwidth of the netwok. Dimensions Figue 1 dimensions Powe ating The consumes <5VA powe at 24VAC 50/60Hz typical. 4 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

5 Installation and Opeations Guide About netwok topology Figue 2 shows a typical, stand-alone, implementation. Fo examples of othe topologies, see the System Design Guide (LTBT-TM-SYSDSGN). Figue 2 Typical implementation Items to note in elation to Figue 2: The maximum numbe of devices on a netwok is 16 (1 coodinato and 15 tansceives/epeates). The connected to the BCM-ETH must be configued as a coodinato. This device manages the wieless netwok. The coodinato must have a dedicated BCM-ETH o BCM-MSTP. Do not connect multiple MS/TP devices to the coodinato s BCM. An Aleton Wieless Tempeatue Senso cannot be associated with a coodinato o a epeate. An tansceive o epeate may be associated with only one WTS. Both must shae the same ZigBee MAC addess. Locating a tansceive moe than 100 feet fom the coodinato may degade data tansfe ates. Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 5

6 Installation and Opeations Guide About this document and elated publications This document povides infomation about installing and wiing a to equipment, powe, and communication channels. It also shows how to opeate the device. IMPORTANT Always install equipment in accodance with the National Electic Code and in a manne acceptable to the local authoity having juisdiction (AHJ). No guidelines, instuctions, installation pactices, o othe infomation pesented in this guide may be intepeted to supesede o modify the local codes and pactices of the AHJ. Table 1 Othe documentation elated to s Document (ID) Installation Instuctions (LTBT-AZW-INST) Data Sheet System Design Guide Aleton Wieless Tempeatue Senso Installation Instuctions (LTBT-TM-WTS-INST-USA) Contains Instuctions fo mounting and wiing the. Also lists field configuation settings. A pinted copy ships with each unit. Single-sheet summay of applications, capabilities, and configuation. Guidelines fo BAS systems. Includes a section on wieless netwoks and Aleton wieless hadwae. includes max tendlogs, schedules, and alams suppoted. Instuctions fo installing and opeating the Aleton Wieless Tempeatue Senso. 6 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

7 Installation and Opeations Guide Geneal installation guidelines Geneal installation guidelines This section povides guidance fo wiing and poweing Aleton contolles. Fo installation instuctions specific to, see Installation on page 14. Using teminal blocks The uses heade-style temination blocks to simplify field wiing of powe, communications, and I/Os. Teminal blocks accept wie gage fom 12 24AWG. To teminate wie to a 1. Stip appoximately 1/8 of the wie jacket fom the end of the wie. 2. Use a small scewdive (1/8 max) to tun the adjustment scew fully counte-clockwise. The clamps in the wie slot sepaate as you tun the scew. 3. Inset the stipped end of the wie into it (ty to get the jacket flush with the teminal block). If using standed wie, be sue to inset all stands into the wie slot. If teminating multiple wies, tim wies to same length and tightly twist exposed wie togethe. 4. Hold the wie in place and tun the adjustment scew clockwise to tighten it until the clamps in the wie slot secue the wie. 5. Tug gently on the wie to ensue it is secue. Powe supply guidelines and equiements uses 24VAC powe fom a UL Listed Class 2 24VAC tansfome (not povided). The uses a half-wave ectifie to convet the AC powe supply to onboad powe. This enables multiple devices with half-wave powe supplies to be poweed fom a single, gounded tansfome. When shaing a tansfome make sue the sum of the MAX loads fo all connected devices does not exceed the Load ating fo the tansfome. maximum powe consumption is <5VA. CAUTION Half-wave devices and full-wave devices must not use the same AC tansfome. If a will shae its powe supply with anothe device, ensue that the othe device uses a half-wave ectifie and that polaity of wiing is maintained. Failue to do so can esult in equipment damage. Note All Aleton unitay contolles ae half-wave devices. Selecting a tansfome The safest way to size a tansfome is to ensue that the maximum VA load ating of the is less than 85% of the Nameplate VA ating of the tansfome. Even if all outputs ae not pesently used, this ensues that each has sufficient powe fo futue equipment additions. CAUTION If an will shae its powe supply with anothe device, ensue the tansfome is ated to handle the combined maximum load. Using and undesized tansfome may damage equipment. IMPORTANT Tansfome sizing should neve exceed the maximum UL Class 2 ating. Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 7

8 Installation and Opeations Guide Powe supply gounding and wiing When connecting powe to the, ensue that one leg of the VAC seconday cicuit connects to a known eath gound. Also ensue that the GND teminal on the connects to the same known eath gound. Supplying a high-quality gound connection to a and then popely connecting the to the gound is one of the most impotant things you can do to ensue a touble-fee installation. The 24VAC seconday leads ae not intechangeable. Once a lead connects to the GND teminal on the, it is the gounded lead. Obseve and maintain polaity fo subsequent connections. The GND teminal povides a efeence gound fo the cicuit boad and communications wiing. Use 18 AWG cable fo best esults. WARNING Ensue that all powe, communications, and I/O cabling ae gounded accoding to these instuctions. Failue to follow these instuctions may esult in opeational and communication failues o equipment damage. Powe supply wie selection If you ae consideing long powe supply wiing uns, using the ight wie size is citical. If the wie diamete is too small, the esistance may be too high, esulting in a low voltage supply to the. This is known as line loss. The wie size is based on the length of the wie un and the cuent daw of the. Obtain additional infomation fom the tansfome manufactue. 8 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

9 Installation and Opeations Guide Geneal installation guidelines MS/TP LAN wiing The coodinato device communicates with the BACnet system ove the MS/TP LAN, which uses the EIA 485 signaling standad. Tansceives communicate with thei associated unitay contolles ove Note This section applies only to the coodinato device. Table 2 MS/TP LAN facts Tansmission speed Layout Cabling Segment length Maximum devices oveall Maximum devices pe segment MS/TP epeates Teminating esistos Shield gounding 9.6, 19.2, 38.4, 76.8Kbps (figued at global contolle). At statup, devices opeate at 76.8 Kbps. Bus. BACnet specifies the following. Shielded, twisted-pai cabling with chaacteistic impedance between 100 and 130 Ohms. Distibuted capacitance between conductos must be less than 30 pf/foot (100 pf/m). Distibuted capacitance between conducto and shield must be less than 60 pf/foot (200 pf/m). Foil o baided shield acceptable. Segments between tansceives and contolles/devices should be kept as shot as pactical to educe cable costs. Longe segments ae acceptable to impove adio signal stength. The segment between a coodinato and its associated BCM can be up to 4000 ft. (1071 m.), but will typically be much shote. One coodinato and 15 tansceives/repeates. One tansceive and one contolle pe subnet. Do not use. not applicable Gound tansceive shield dain wies at single point eath (panel) gound, not gound. Tape off the shield dain wie at the othe end. Gounding coodinato shield wies is not necessay unless the coodinato is located moe than ten feet fom its associated BCM. Teminating MS/TP LAN cabling MS/TP teminations ae located at the top of the. See Fig. 4 on p. 15. Maintain polaity of the MS/TP wie un thoughout the MS/TP LAN. Note Basic infomation about MS/TP teminations at the ae povided hee. See the BACtalk System Design Guide (LTBT-TM-SYSDSGN) fo moe detailed infomation and limitations with espect to MS/TP LANs distance equiements, unit loads, epeate achitectues, and so on. Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 9

10 Installation and Opeations Guide Gounding the MS/TP LAN shield Pope shield gounding of the MS/TP cabling can help minimize the isk of communications poblems and damage to equipment because of tansient voltage spikes (fo example, lightning stikes). Follow these guidelines fo gounding MS/TP cable shields: Each tansceive MS/TP segment should have a single point of shield gound, pefeably as close to the middle of the cabling un as possible. Do not gound the MS/TP shield to an GND teminal. Do not gound both ends of a shield. Diffeences in potential between the gounds may induce cuent on the shield, causing intefeence. At ungounded, exposed shield points, tape back the shield to the wie jacket o, fo optimum tansient shunting, use 100V gas dischage tubes o 120V MOVs between the shield and gound. 10 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

11 Installation and Opeations Guide Configuation Configuation This section lists the configuation steps that must be pefomed on the device. Commissioning steps pefomed using Envision fo BACtalk ae explained in Commissioning on page 12. IMPORTANT Wite down the values you assign duing this pocess. This infomation will be useful in toubleshooting poblems should they aise. See Appendix B: Commissioning Recod on page Use the MS/TP MAC addess DIP switches 1-7 to set the MS/TP MAC addess (ON is towad the body of the device). Valid addesses ae Use the two 6-position DIP switches to set the ZigBee netwok addess (ON is towad the body of the device). Set the coodinato device ZigBee netwok addess to 0. Note If the device is associated with an Aleton Wieless Tempeatue Senso, both units must have the same ZigBee MAC addess DIP switch settings. MS/TP MAC addess DIP switches ZigBee MAC addess DIP switches Figue 3 DIP switch locations Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 11

12 Installation and Opeations Guide Commissioning Commissioning equies tempoaily wiing the device to the MS/TP netwok, opening it in a device template, and then editing the device s settings. Commission the coodinato fist. IMPORTANT Wite down the values you assign duing this pocess. This infomation will be useful in toubleshooting poblems should they aise. See Appendix B: Commissioning Recod on page 30. To open the commissioning template 1. Download device template dvt fom the Aleton Suppot Netwok and copy it to the Aleton\Standad\Displays folde. 2. Stat Envision fo BACtalk. 3. Open a data display in Edit mode and then add a Pushbutton Selecto. 4. Double-click the pushbutton and select Device template (diffeent device) as the button type. The Pushbutton Item dialog box appeas. 5. Ente the text fo the button label ( commissioning, fo example). 6. Ente 9999 fo the Device instance. 7. Select Use display fom and then select the Aleton/Standad ep/job. 8. Select template numbe and then click Close. 9. Exit Edit mode. To commission devices 1. Tempoaily wie the device to the MS/TP netwok and apply powe. See Wiing on page Stat Envision fo BACtalk. 3. Open Device Manage and then pefom a device scan. The unit will appea in the list of devices with device instance 9999 (Model ). 4. Save it to the table and then close Device Manage. 5. Click the commissioning button you ceated. The device template opens. 6. Set the Extended PAN ID to a value othe than the default (optional, but ecommended). Remembe to ecod the values. 7. If the unit will function as a coodinato, set the Device Type to 0. If it will function as a tansceive o epeate, leave the default value (1). Note You can have only one coodinato pe netwok. CAUTION Connecting moe than one coodinato to a ZigBee netwok will cause outing loops and degade pefomance. 12 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

13 Installation and Opeations Guide Commissioning 8. Set the Device Instance. 9. Set the ZigBee Netwok Numbe. You can use the default setting as long as it is unique acoss the BAS. All devices on a given netwok must have the same ZigBee Netwok Numbe. Note You can set up ovelapping ZigBee netwoks as long as you keep the ZigBee Netwok Numbes distinct. 10. Set the MS/TP Netwok Numbe. This netwok numbe must be unique within the ZigBee netwok. Note Because each tansceive/contolle pai fom thei own MS/TP netwok, the MS/TP Netwok Numbe fo the coodinato must be diffeent fom the MS/TP Netwok Numbes of the tansceives. 11. If you ae commissioning a coodinato, leave the default Baud ate setting (0=Auto-baud). If you want to specify a Baud ate fo a tansceive, type a ate. 12. Click Commit Configuation Changes and then cycle powe to the device. Note The display button will no longe open this unit because the device instance has changed. See Viewing commissioning data on page 21 fo instuctions on accessing this data. 13. Check adio communication. See Checking adio communication on page 16. If it is not functioning popely, see Toubleshooting weak eception on page Repeat steps 1 though 13 fo each device. You can euse the commissioning button because the units ship fom the factoy with the device instance set to Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 13

14 Installation and Opeations Guide Installation This section explains how to mount and wie individual devices once they ae configued. Afte all devices ae installed, ensue that only the coodinato is wied to the pimay BAS MS/TP netwok. Wiing multiple s to the pimay MS/TP netwok will cause outing loops. WARNING Thooughly ead all instuctions befoe mounting and wiing. Install equipment in accodance with the National Electic Code, these instuctions, and in a manne acceptable to the local authoity having juisdiction. Failue to do so can esult in bodily injuy o equipment damage. Mounting Choose a mounting location that minimizes the amount of intefeence fo adio communication with the neaest node. Do not mount in a metal box o in a fibeglass box impegnated with feo magnetic` mateials. Leave at least six inches above the device fo connecting wies and an extenal antenna (optional). Some points to conside when selecting a location: The effective communication ange is 50 feet (though two non-metal walls). Any metal (ducting, equipment, metal studs, and so on) nea the device o between two devices will impede adio waves. If a wall has metal components (studs, ductwok, and so on) adio waves will tend to tavel along the plane of the wall. Mounting the device on the same wall as othe device(s) will incease signal stength. When mounting nea ductwok o othe metal, use double-sided tape to tempoaily mount the device while testing adio eception. Mount the indoos only. DIN ail mounting To mount the on a DIN ail 1. Hold the device with its top tilted towad the DIN ail and then hook the two top tabs on the back of the device onto the top of the DIN ail. 2. Push down and in to snap the bottom flex connecto onto the DIN ail. To emove the fom a DIN ail, push staight up fom the bottom to elease the top tabs and then pull the top of the device outwad. Wall mounting To mount the on a wall, position the device in any oientation and secue it to the wall with size 6 o 8 scews appopiate fo the mounting suface. Attaching an extenal antenna (optional) The has two intenal antennas that will meet the equiements of most applications. If you need additional ange o if the device is mounted in an 14 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

15 Installation and Opeations Guide Installation aea not accessible to adio waves, you can connect an extenal antenna. Befoe connecting an extenal antenna to impove adio signal stength, ty moving the. A compatible antenna is available fom pat numbe ANT-2.4-CW-RCT-SS. The cable must have a male SMA on one end and a female SMA on the othe. To mount an extenal antenna 1. Set the MS/TP MAC addess DIP switch 8 to ON (up). Note that this sets AV-31 pesent value to 2 (extenal). 2. Scew the antenna onto the teminal at the top of the device. 3. If necessay, use an RF cable to elocate the antenna. Use a cable with a maximum signal loss of 1 db. Wiing Once the is mounted, connect the MS/TP and powe. Figue 4 Wiing diagam Connecting MS/TP If the unit will function as a epeate, skip this section. Connect the device to its paent contolle using cabling that meets the EIA 485 signaling standad. Use shielded, twisted-pai cabling with chaacteistic impedance between 100 and 130Ω. Distibuted capacitance between conductos must be less than 30 pf/foot (100 pf/m). Distibuted capacitance between conducto and shield must be less than 60 pf/foot (200 pf/m). Foil o baided shield is acceptable. Maintain wiing polaity. Connecting powe Connect the to 24VAC powe fom a UL Listed Class 2 24VAC tansfome (not included). CAUTION The is a half-wave device. Do not connect half-wave devices and full-wave devices to the same AC tansfome. If the will shae its powe supply with anothe device, make sue that the othe device uses a half-wave ectifie. Maintain wiing polaity. Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 15

16 Installation and Opeations Guide Checking pope opeation This section gives instuctions fo checking individual devices afte installation. Fo infomation about veifying that multiple devices have fomed a netwok, see Checking netwok opeation on page 18. Checking powe supply The powe status indicato (see Fig. 5 on p. 17) will light when the device is poweed up. Checking MS/TP communication If the device will function as a epeate, skip this section. Befoe checking MS/TP communication, make sue the device is in nomal opeation mode (not booting up o downloading a ROC file). The MS/TP status indicato (see Fig. 5 on p. 17) flashes to indicate whethe the is communicating with othe devices. Flash Patten one 100-mS flash evey 2.5 seconds two flashes evey 2.5 seconds thee flashes evey 2.5 seconds one flash pe second (continuous) five flashes pe second (continuous) Status No othe MS/TP devices pesent o invalid MS/TP MAC addess Received MS/TP heade (token passing activity) Received a message equiing a esponse ZigBee fimwae is being pogammed BACnet fimwae is being pogammed Checking adio communication The RF signal indicato (see Fig. 5 on p. 17) flashes ed when the device communicates with anothe. It flashes yellow to indicate the device is communicating with an Aleton Wieless Tempeatue Senso. Checking adio signal stength The adio signal stength indicato (RSSI) LEDs (see Fig. 5 on p. 17) show the stength of the adio communication with the neaest device. It is made up of thee LEDs. Signal stength is indicated by the colo and numbe of lighted LEDs. Solid RSSI LEDs One solid ed One yellow One yellow with one geen One yellow with two geens Signal Stength Poo Weak Good Excellent Note The RSSI LEDs also flash to indicate eo conditions. See See Toubleshooting RSSI flash sequences on page 22 fo moe infomation. 16 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

17 Installation and Opeations Guide Installation Antenna teminal MS/TP status indicato MS/TP teminals AC powe teminals Powe status indicato RF signal indicato. Radio signal stength indicato Figue 5 Locations of components Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 17

18 Installation and Opeations Guide Checking netwok opeation To check that an netwok is commissioned coectly 1. Open Envision fo BACtalk. 2. Use Device Manage to pefom a device scan. 3. Select the new units and then click Save to table. If a device does not appea on the device scan, see Toubleshooting on page Check the ASN ( and veify that the devices and unitay contolles have the latest ROC file. If they do not, update the ROC files (see Updating the eal-time opeating code (ROC) file on page 20). 18 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

19 Installation and Opeations Guide Adding Aleton Wieless Tempeatue Sensos Adding Aleton Wieless Tempeatue Sensos The Aleton Wieless Tempeatue Senso (WTS) integates with the to add pogammable space tempeatue contol without the expense of cutting walls and unning wies. The WTS is available in two models: one with a tempeatue adjustment knob and manual oveide, and one without. A WTS diffes fom othe devices you might add to an netwok because it does not need to be wied to a tansceive. It has an intenal adio that acts as its tansceive. You can pai a WTS with an tansceive o epeate, but not with a coodinato. To pai a WTS with an 1. Set up the WTS using the WTS Installation Instuctions (LTBT-TM-WTS-INST-USA). 2. Set the WTS DIP switches labeled S2 and S3 to match the ZigBee MAC addess DIP switches on the associated. WTS AVs and BVs When a WTS device is connected to the netwok, the associated eads its AVs and etuns the values shown. Function WTS Point Default Point Tempeatue senso eading AV-80 AV-50 Tempeatue setpoint AV-81 AV-51 Occupancy oveide status AV-82 BV-52 Battey status AV-83 BV-53 Note Setpoint Adjust Range is set using AV-25 in the. You can change the points to which the values ae witten by setting these AVs: AV-84 specifies whee the tempeatue senso eading is witten AV-85 specifies whee the tempeatue setpoint is witten AV-86 specifies whee the occupancy oveide status is witten AV-87 specifies whee the battey status is witten Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 19

20 Installation and Opeations Guide Maintaining an This section explains how to update the ROC file, eplace an device, and view commissioning data fo a device. Updating the eal-time opeating code (ROC) file has downloadable softwae called eal-time opeating code (ROC file). The ROC file is the bains of the device and handles the moe complex functions of the (object suppot, behavios, and so on). The ROC file can be downloaded wheneve a softwae upgade is necessay. To upgade the ROC file, copy the latest ROC file fom the ASN and then use BACtalk opeato wokstation softwae to send the ROC file to the device. ROC file vesion When sevicing an, communicating with Aleton custome suppot, o eading documentation, you may need to know the vesion of an ROC file. ROC file infomation is available in Envision fo BACtalk softwae as the application-softwae-vesion popety of the Device object. To view the ROC vesion, use BACtalk opeato wokstation softwae to open a display template showing its device popeties. ROC vesion Replacing an The pocess fo eplacing a failed device is the same as setting up a new device - with one exception: you must set the DIP switches on the eplacement device to match those on the one being eplaced. See Configuation on page 11 to stat the pocess. 20 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

21 Installation and Opeations Guide Maintaining an Viewing commissioning data You may need to view commissioning data afte initial commissioning. To view settings fo a commissioned 1. If the device is not listed in the Device Manage table, pefom a device scan and add the device to the table. 2. Open you commissioning data display in Edit mode. 3. Select the commissioning button. 4. Right-click the commissioning pushbutton and select Repeat item. 5. Accept the defaults and click Do it. 6. Double-click the new button. 7. Change the text fo the button label to a unique name (device instance, fo example). 8. Type the Device instance of the device you want to view. 9. Click Close and then exit Edit mode. 10. Click the new button. Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 21

22 Installation and Opeations Guide Toubleshooting Toubleshooting weak eception If you ae having touble getting a good signal: 1. Switch the oientation of the intenal antenna by changing AV-31 (0=vetical, 1=hoizontal). 2. Move the device to educe intefeence. 3. Add an extenal antenna. See Attaching an extenal antenna (optional) on page Add anothe device to act as a epeate. Note that the use of epeates educes the oveall bandwidth of the netwok. Toubleshooting RSSI flash sequences The RSSI LEDs show adio signal stength, but will flash if an eo occus. RSSI flash sequence Eo Condition Recommended Actions One ed One yellow and two geen Two geen One ed and one geen One flashing ed and two solid geen No communication o the device has not joined the ZigBee netwok ZigBee MAC addess does not match device type Multiple devices have identical ZigBee MAC addesses Coodinato - no othe devices on the ZigBee netwok. Tansceive o epeate - lost communication with the coodinato. Note: This sequence will flash momentaily and then evet to a single ed flashing LED. The device has joined the ZigBee netwok, but has not yet joined the BACnet netwok. Ensue the device has the same Extended PAN ID and secuity key as the coodinato. The device may not be in ange of anothe. See Toubleshooting weak eception. Fo the coodinato, make sue the ZigBee MAC addess is zeo. Fo tansceives and epeates, make sue the ZigBee MAC addess is not zeo. 1. Remove powe fom all devices showing this sequence. 2. Use Envision fo BACtalk to configue unique ZigBee MAC addesses fo each of the devices. 3. Wait one minute and then apply powe. The device may not be in ange of anothe. See Toubleshooting weak eception. Check the adio signal stength of the coodinato. See Checking adio signal stength on page 16. Be patient. It can take up to thee minutes fo a device to join the BACnet netwok. 22 LTBT-TM-AZWIOG Rev. 0001BETA Honeywell

23 Installation and Opeations Guide Toubleshooting Toubleshooting devices not found by device scan If a device does not appea in the esults of a device scan: 1. Check LEDs fo powe, adio signal, and MS/TP activity. 2. Check RSSI LEDs fo eo flash sequences (see Toubleshooting RSSI flash sequences on page 22). 3. Check wiing, especially polaity of 24 VAC. 4. Pull up the coodinato in device template and veify that the Device Type is If the device is a tansceive, swap it with the coodinato and scan again. 6. Pull up the poblem device in device template and check the paametes: Paamete Extended PAN ID ZigBee Netwok Numbe MS/TP Netwok Numbe Value Same as all othe devices Same as all othe devices, but unique acoss BAS Diffeent fom all othe devices and unique acoss BAS 7. (Advanced Uses) Pull up the device in template and check these paametes: Paamete Maste Key ZigBee Goup ID Value Same fo all devices Same fo all devices Toubleshooting eoneous WTS tempeatue eadings If you encounte a faulty eading fom a wieless tempeatue senso (WTS), it may be caused by two WTS devices with the same ZigBee MAC addess. Check that each WTS in the system has a unique ZigBee MAC addess. Also check fo WTS devices that ae not pat of the system but may be tansmitting tempeatue eadings (test devices, othe systems, and so on). Remove the batteies fom unused units to pevent conflicts. Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 23

24 Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 24 Appendix A: AVs and BVs points soted by point numbe Point Function Desciption AV 0 though AV-7 AV 8 though AV-23 Default Value Commissioning ZigBee PAN ID /w Commissioning ZigBee Secuity Key /w R/W Comments AV 24 Commissioning ZigBee Goup ID /w AV 25 Commissioning WTS Set Point Adjustment Limit. /w Defines the elative set point ange fo WTS set point. Value X epesents set point ange of X to +X). Use can set it between 0 and 100. AV 26 Commissioning ZigBee Device Type (0 =coodinato, 1 = tansceive) /w AV 27 Commissioning BACnet Device instance /w AV 28 Commissioning BACnet MS/TP Netwok Numbe /w AV 29 Commissioning BACnet ZigBee Netwok Numbe /w AV 30 Commissioning MS/TP Baud Rate /w Valid values ae 0 (auto), 9600, 19200, 38400, AV 31 Commissioning Intenal Antenna Selection (0=vetical, 1=hoizontal) /w AV 32 AV 33 though AV-40 AV 41 though AV-56 ZigBee Channel Numbe ZigBee Extended PAN ID (128 bit) ZigBee Maste Key Installation and Opeations Guide

25 Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 25 points soted by point numbe Point Function Desciption AV 57 AV 58 AV 59 AV 60 AV 61 AV 62 AV 63 AV 64 AV 65 AV 66 AV 68 though AV-75 AV 76 AV 77 ZigBee Device Type ZigBee BZLL Type ZigBee Goup ID WTS RSSI RSSI ZigBee Shot Addess ZigBee Shot PAN ID (16 bit) ZigBee Fimwae Majo Vesion Numbe ZigBee Fimwae Mino Vesion Numbe ZigBee Fimwae Bug Fix Vesion Numbe ZigBee IEEE 64bit Addess Intenal Antenna Selection MS/TP MAC Addess Default Value R/W Comments Installation and Opeations Guide Appendix A: AVs and BVs

26 Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 26 points soted by point numbe Point Function Desciption AV 80 AV 81 AV 82 AV 83 AV 84 AV 85 AV 86 AV 87 AV-89 AV 90 WTS WTS WTS WTS WTS WTS WTS WTS ROC download Inte-pocesso communication WTS Tempeatue Reading WTS Setpoint Adjust WTS Occupancy Oveide Status WTS Battey Status VAV's AV point fo WTS Tempeatue Reading VAV s AV point fo WTS Setpoint Adjust VAV s BV point fo WTS Occupancy Oveide Status VAV s BV point fo WTS Battey Status Eo codes fo failed BSL attempt SPI Rx Count Default Value R/W Comments Installation and Opeations Guide AV 91 Inte-pocesso communication SPI Tx Count AV Statup count AV Fee heap (blocks >= 256)

27 Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 27 points soted by point numbe Point Function Desciption AV AV AV AV AV AV AV AV AV AV Fee obj mem Route Queued Message count MS/TP RX fames MS/TP TX fames MS/TP RX bytes MS/TP TX bytes MS/TP dopped fames MS/TP invalid fames MS/TP baud ate in use MS/TP RX eos Default Value R/W Comments AV Netwok tuning Max packets befoe ack 3 /w Maximum numbe of packets BACnet packets that can sent by the device ove ZigBee netwok befoe getting an acknowledgement fo peviously sent packet. AV Netwok tuning Longest tansmit time 500 ms /w Wost case time equied fo packet to be tansmitted and acknowledgment/esponse eception. AV Netwok tuning Packets sent Numbe of packets cuently sent ove ZigBee netwok. Installation and Opeations Guide Appendix A: AVs and BVs

28 Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 28 points soted by point numbe Point Function Desciption AV AV though AV AV though AV AV though AV Netwok, neighbo table Netwok, outing table Netwok, eliability table MSP Heatbeat Failues Default Value R/W Comments Neighbo table enties n/a Lists the nodes in the device s communication ange, up to 50 nodes. Each node is assigned an AV with these popeties: Popety neighbo addess (ZigBee MAC + Hex(0x1000) Popety neighbo device instance Popety RSSI (dbm) Popety tansmit cost Routing table enties Shows how links ae fomed between nodes. Each node on the netwok has an AV assigned with the following popeties: Popety 530: Addess of final destination Popety 531: Device instance of final destination Popety 532: Addess of next hop in the oute Popety 533: Device instance of next hop in the oute Popety 534: Cost fo the given oute Popety 535: Route status Reliability table enties The pecentage of equests fo which esponses ae eceived. Each node visible to the device has an enty with the following popeties: Popety 530: Node Addess Popety 531: Device instance of Node Popety 532: Reliability (In Pecent) AV WTS status WTS status and eliability n/a Shows if a WTS is communicating with the device and, if so, the RSSI and eliability of the connection. This AV has these popeties: Popety 530: RSSI (dbm) Popety 531: Status (TRUE = connected, FALSE = not connected) Popety 532: Reliability (In Pecents) Installation and Opeations Guide

29 Honeywell LTBT-TM-AZWIOG Rev. 0001BETA 29 points soted by point numbe Point Function Desciption AV ZigBee DIP switch value AV ZigBee DIP switch value BV-0 RSSI tending RSSI fo a paticula Can be used to tend RSSI fo a paticula device. Fo example, suppose you have a tansceive with a ZigBee DIP switch setting of 4 (device 1004), and want to setup a tendlog to monito the RSSI value to that tansceive fom the coodinato (device 1000). Set up a tendlog in the BCM monitoing AV in the coodinato. The value etuned by AV is the RSSI value between device 1000 and device Reliability Commissioning Reliability data fo a paticula Default Value Can be used to tend eliability fo a paticula device. Fo example, suppose in a multi-hop netwok you have a tansceive with a ZigBee DIP switch setting of 6 (device 1006). It is acting as a oute to a emote tansceive that has a DIP switch setting of 11 (device 1011). Set up a tendlog in the BCM monitoing AV in device The value etuned by AV is the eliability value between device 1006 and device Commissioning changes /w Indicates that commissioning data has been changed in Envision fo BACtalk and that powe needs to be cycled to wite the changes to the. Must be manually set to active by the use to initiate a save of the commissioning data when powe is cycled. BV-1 ZigBee Status MAC Laye Status BV-2 ZigBee Status Netwok Laye Status BV-4 ZigBee Status Application Laye Status R/W Comments Installation and Opeations Guide Appendix A: AVs and BVs

30 Installation and Opeations Guide Baud Rate MS/TP Netwok Numbe Appendix B: Commissioning Recod Use this woksheet to ecod the configuation and commissioning infomation fo each device. 30 Date: Commissioned by: Device Instance ZigBee Netwok Numbe Device Type Extended PAN ID MS/TP MAC Addess ZigBee MAC Addess Honeywell LTBT-TM-AZWIOG Rev. 0001BETA