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Open Processor with Trane Driver Owner's Manual

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Summary of Contents for Open Processor

Page 1: ...w w with ith ith ith T T T Tr r r ran an an ane e e e Dr Dr Dr Drive ive ive iver O r O r O r Own wn wn wne e e er r r r s s s s M M M Manua anua anua anual ll l A A A AP P P POG OG OG OGEE EE EE EE C C C Co o o om m m mp p p pa a a at t t ti ii ib b b bl ll le e e e 125 2189 Rev 1 9 98 ...

Page 2: ...ly to cause interference in which case users at their own expense will be required to take whatever measures may be required to correct the interference SERVICE STATEMENT Control devices are combined to make a system Each control device is mechanical in nature and all mechanical components must be regularly serviced to optimize their operation All Landis Staefa Inc branch offices and authorized di...

Page 3: ...are 2 1 Chapter Overview 2 1 System Configuration 2 1 System 600 APOGEE Components 2 2 Trane Components 2 8 Software 3 1 Chapter Overview 3 1 Open Processor Software 3 1 Point Database 4 1 Chapter Overview 4 1 What is a Point Database 4 2 Types of logical points 4 2 Virtual Points 4 3 Local points 4 3 Point characteristics 4 3 Point type attributes 4 12 BCU Mapping Metapoints 4 18 BACnet 4 22 BACn...

Page 4: ...uipment Controller 5 2 Object Worksheet 5 5 Troubleshooting 6 1 Chapter Overview 6 1 Open Processor Troubleshooting 6 2 Open Processor Operation 6 3 Trunk Interface 6 4 Point Operation 6 5 Communications with Trane System 6 7 Battery Replacement Procedure 6 7 Glossary Glossary 1 Index Index 1 ...

Page 5: ...nts an overview of the Open Processor operation x Chapter 2 Hardware describes and explains the function of the Open Processor and related hardware x Chapter 3 Software describes the software contained in the Open Processor x Chapter 4 Point Database defines the Open Processor s point database x Chapter 5 Applications describes the applications available with the Open Processor Point maps complete...

Page 6: ...sage 5HSRUW HILQLWLRQ VXFFHVVIXOO UHQDPHG appears in the status bar New terms appearing for the first time are italicized The Open Processor continuously executes a user defined set of instructions called the control program M M M Manua anua anua anual ll l S S S Sym ym ym ymb b b bo o o ol ll ls s s s The following table lists the symbols used in this Owner s Manual to draw your attention to impo...

Page 7: ... written to help you get the most use out of your Open Processor x Powers Process Control Language PPCL User s Manual 125 1896 This manual describes PPCL the language used to write the control programs for the Open Processor x System 600 APOGEE Field Panel User s Quick Reference Guide 125 3001 This guide is a pocket version of the Field Panel User s Manual written for experienced users of the oper...

Page 8: ...Open Processor with York Driver Owner s Manual IV Siemens Building Technologies Inc Landis Division Notes ...

Page 9: ...c c c ci i i ip p p pl l l le e e es s s s o o o of f f f O O O Op p p pen en en en P P P Pr r r ro o o oc c c ce e e ess ss ss sso o o or r r r O O O Op p p pe e e er r r ra a a at t t ti i i ion on on on Through the floor level network the Open Processor establishes communication with and gathers information about the Trane equipment it monitors and controls Updated information received from the...

Page 10: ...adds current information to the history file or sends an alarm message to the proper location E E E Ex x x xe e e ec c c cu u u ut t t ti i i ing ng ng ng C C C Con on on ontr tr tr tro o o ol l l l P P P Pr r r rog og og ogr r r ram am am ams s s s The Open Processor continuously executes a user defined set of instructions called the control program This program uses the most recent point values ...

Page 11: ...an one operator can access the network at one time For example as one operator accesses the system another operator can access the system at another terminal or from a remote site by using a modem Alarms are reported to the alarm printer even as an operator accesses information When an operator issues a command over the network the Open Processor or field panel at which the operator issued the com...

Page 12: ...are Once the remote site connects to the device an alarm or other user defined event is issued When the remote site no longer requires the connection to the device the remote site disconnects The remote site can also receive telephone calls from a device running Insight software to allow centralized access of a local network database For more information about remote site Open Processors contact y...

Page 13: ...ologies Inc 1 5 Landis Division F F F Fi ii igu gu gu gur r r re e e e 1 1 1 1 2 2 2 2 C C C Co o o omm mm mm mma a a an n n nd d d di ii ing ng ng ng O O O Ov v v ve e e er r r r a a a a N N N Ne e e et t t tw w w wo o o or r r rk k k k ...

Page 14: ...Open Processor with Trane Driver Owner s Manual 1 6 Siemens Building Technologies Inc Landis Division Notes ...

Page 15: ...se of field wiring can be eliminated The following topics are included in Chapter 2 x System Configuration x System 600 APOGEE Components x Trane Components S S S Sys ys ys yst t t te e e em m m m C C C Con on on onf f f fi i i igu gu gu gur r r ra a a at t t ti i i ion on on on The Open Processor with Trane driver enables the System 600 APOGEE to monitor and or control the Trane Tracer Summit Bui...

Page 16: ...m m 600 600 600 600 A A A AP P P PO O O OG G G GEE EE EE EE C C C Co o o om m m mp p p ponen onen onen onent t t ts s s s Modu Modu Modu Modul l l la a a ar r r r B B B Bu u u uil il il ild d d di ii ing ng ng ng C C C Con on on ontr tr tr tro o o oll ll ll lle e e er r r r o o o or r r r R R R Re e e em m m mo o o ot t t te e e e B B B Bu u u uil il il ild d d di i i ing ng ng ng C C C Con on on ...

Page 17: ...R Re e e em m m mo o o ov v v ve e e ed d d d O O O Open pen pen pen P P P Pr r r ro o o oc c c ce e e ess ss ss sso o o or w r w r w r wi ii it t t th h h h T T T Tr r r ra a a ane ne ne ne D D D Dr r r riv iv iv ive e e er r r r The Open Processor with Trane driver is a high performance independent controller that is customized to meet your exact building control needs It controls mechanical equ...

Page 18: ...i igh gh gh ght t t t S S S Si ii id d d de e e e V V V Vi ii ie e e ew w w w O O O Open pen pen pen P P P Pr r r ro o o oc c c ce e e ess ss ss sso o o or r r r L L L LE E E ED D D Ds s s s Eight LEDs are located on the front of the Open Processor but only six are active Each LED is labeled according to its function Refer to Table 2 1 and Figure 2 6 for additional information T T T Ta a a ab b b ...

Page 19: ...al Siemens Building Technologies representative P P P Po o o ow w w we e e er r r r Modu Modu Modu Modul ll le e e e C C C Con on on ontr tr tr tro o o oll ll ll lle e e er r r r Modu Modu Modu Modul ll le e e e The Open Processor does not require a Power Module or a Controller Module when it is in an MBC or RBC enclosure However Power Modules and Controller Modules can share an MBC or RBC enclosu...

Page 20: ... field equipment and an Open Processor or a Controller Module Field equipment includes devices that provide information to or are controlled or monitored by an Open Processor or a Controller Module All field input and output points are either digital points or analog points such as 4mA 20mA sensors 0Vdc 10Vdc outputs to control actuators and pulse accumulators For more information about PTMs refer...

Page 21: ...rator interface over telephone lines Therefore remote communication between the Open Processor and an operator interface is possible using two modems one at each end of the communication link For example an alarm printer can be set up in a building manager s office to receive alarms from an Open Processor that is in a remote location Modems may be used along with leased telephone lines to link rem...

Page 22: ...EE to communicate with up to 18 Trane Tracer Summit Building Control Unit BCU Panels Thus the integrated system consists of the Trane system plus the System 600 APOGEE linked by the Open Processor T T T Tr r r rac ac ac ace e e er r r r S S S Su u u umm mm mm mmi ii it t t t H H H Ha a a ar r r rd d d dw w w wa a a ar r r re e e e I I I In n n ns s s st t t ta a a all ll ll lla a a at t t ti i i i...

Page 23: ...oc c c ce e e ess ss ss sso o o or r r r S S S So o o oft ft ft ftw w w wa a a ar r r re e e e The Open Processor software runs automatically when the Open Processor is powered up When properly configured the Open Processor establishes communications with the remainder of the System 600 APOGEE and the Trane system and begins relaying data The Open Processor contains the following software x System...

Page 24: ...k Reference Guide 125 3001 contains a listing of the operator interface prompt strings and the keystrokes necessary to access the functions PP PP PP PPC C C CL L L L The programming language used with the Open Processor is called Powers Process Control Language PPCL PPCL is a powerful programming language developed specifically for controlling Heating Ventilating and Air Conditioning HVAC equipmen...

Page 25: ...lers or commanding them Other tasks require communication and calculations within the control programs using stored information Operators also need a practical method of commanding and examining points With the Open Processor operators use the commands and menu driven prompts of the operator interface The point database is created by supplying the Open Processor with logical points and information...

Page 26: ... pe e e es s s s o o o of f f f l l l log og og ogi i i ica ca ca cal l l l p p p po o o oi i i in n n nt t t ts s s s All logical points are composed of one or more of the four basic point types The basic point types are Analog Input AI Analog Output AO Digital Input DI and Digital Output DO Table 4 1 lists all available logical point types used by the Trane system T T T Ta a a ab b b bl ll le e ...

Page 27: ... t t ti ii ion on on ona a a al v l v l v l va a a al ll lue ue ue ues s s s Virtual points are often used to store operational data For example a virtual point can be used to store the high and low temperatures for outside air Applications such as Start Stop Time Optimization SSTO use virtual points for different types of values F F F Fo o o or r r r a a a a t t t ti ii im m m me e e e d d d da a...

Page 28: ...system PPCL programs which exclusively use the point system name remain unchanged if the point name is changed Each user account defines the type of name that is displayed in the interface Those with User access see the point name Those with System access see the point system name When viewing PPCL programs the system always displays the point system name regardless of the access settings The foll...

Page 29: ...lding or Department Floor Room or Area Equipment boiler chiller air handler etc Device x The names should be structured hierarchically moving from global far left characters to specific far right characters For example ð LIB CHILL02 CWT 773 248 3607 room equipment device ð BLD990 FLR01 AHU01 SAT building floor equipment device x Only alphanumeric characters and periods should be used in point name...

Page 30: ...tr trl ll l I I I I from the paste buffer For examples of queries and wildcarding refer to the Introduction chapter of the System 600 APOGEE Field Panel User s Manual 125 3000 P P P Po o o oi i i in n n nt t t t a a a add dd dd ddr r r re e e ess ss ss ss The Open Processor uses the standard Siemens Building Technologies addressing scheme of TCCLDDPP Refer to Table 4 2 T T T Ta a a ab b b bl ll le...

Page 31: ...ted number derived as shown in Section 5 Applications For physical points this is a number from the lists of points on the following pages Virtual points may use any desired scheme NOTE If the Open Processor is to be used only to monitor and not to control Trane equipment controllers Siemens Building Technologies suggests that all points listed as outputs LAO and LDO be defined instead as inputs L...

Page 32: ...alue of a proof point does not correspond to the commanded value of the associated output point within the proof delay time An LDI or LDO point is ON and the point was defined to go into alarm when it turns ON An example is a smoke detector point An ALARM The condition of the point is outside its defined limits and an enhanced alarm priority has bee assigned to the point The n represents the numbe...

Page 33: ... PROOFING The field panel is waiting to verify that the value of a proof point corresponds to the commanded value of an associated output point The point is in this state for as long as the proof delay time that is defined for the point HAND HAND A PTM manual override switch has been used and the system no longer has control of the point The system will not be able to control that point until the ...

Page 34: ...mmanded by a smoke control program Smoke control is a special control program that monitors smoke alarms EMER Emergency The point is commanded by an emergency control program Emergency control is a special control program that commands a point during emergency situations for example a smoke detector goes into ALARM and turns on the exhaust fan at EMER priority PDL Peak Demand Limiting The point is...

Page 35: ...c The point value is usually associated to an engineering unit that gives the value more meaning Digital points have states such as ON or OFF A state is determined by the physical position of one or more electronic switches If a switch is energized then the point is at a certain state for example ON For example P P P Po o o oi ii in n n nt t t t S S S St t t ta a a at t t te e e e D D D De e e ef ...

Page 36: ...shes or underlines are used in the point system name they must have quotes around them when used in PPCL P P P Po o o oi i i in n n nt t t t t t t ty y y ype pe pe pe The following attribute is used to identify the logical point type ý3RLQWýW SH Any of the 12 point types can be entered For a numerical list of point types type To select a point from a list type the corresponding number and press En...

Page 37: ...system displays a list of all defined access groups A A A Al l l la a a ar r r rm m m mi i i ing ng ng ng The following attributes are used for point alarming ODUPDEOHýõ î1ô This attribute specifies if the point will use standard alarming Answering N N N N will forego the remaining alarm prompting QKDQFHGýDODUPVýõ î1ô This attribute specifies if the point will use enhanced alarming Answering Y Y Y...

Page 38: ...s to ALARM T T T To o o ot t t ta a a ali li li lize ze ze ze The following attributes are used for totalization of a point 7RWDOL Hýõ î1ô 7RWDOL HýLQý RXUVñý0LQXWHVñý6HFRQGV If the answer is Y Y Y Y the system keeps track of the run time for the various states of the point and prompts for how often the totalization value should be displayed by second minute or hour The totalization function accum...

Page 39: ...sides on If the point resides in the field panel the FLN Number is 0 If the point resides in an FLN device the FLN Number can be 1 2 or 3 NOTE Although the Open Processor only resides on FLN 1 it takes up the address space of FLN 1 2 and 3 ý URS A number from 000 to 255 that identifies the Point Termination Module PTM or an FLN device address in which the point resides If the point resides in the ...

Page 40: ... bu but t t te e e es s s s The following attributes are used when defining analog points ORDWñý QWHJHUñý7LPHñý DWHñý DWHî7LPH This attribute identifies the point value format type There are four different types of point values for analog points x Float Floating point values x Integer Integer values x Time A floating point value that represents the time of day for example 13 5 1 30 PM x Date A flo...

Page 41: ...ngineering units such as pressure amperage voltage temperature and others x S S S Sl ll lo o o op p p pe e e e a a a an n n nd d d d i ii in n n nt t t te e e er r r rc c c ce e e ep p p pt t t t c c c con on on ons s s st t t ta a a an n n nt t t ts s s s f f f fo o o or r r r v v v vi ii irt rt rt rtu u u ua a a al ll l p p p po o o oi ii in n n nt t t ts s s s Slope and intercept constants for ...

Page 42: ...e edge is counted each on off pulse produces one pulse count If both pulse edges are counted gain is doubled DLQ This is a number used to convert pulses from a pulse accumulator point into the engineering units that represent point values Gain defines the number of engineering units ranging from 0 001 to 5000 0 represented by each pulse count BC BC BC BCU U U U M M M Ma a a app pp pp ppi i i ing n...

Page 43: ...m m m m P P P Po o o oi ii in n n nt t t t L L L Lo o o oca ca ca cat t t ti ii ion on on on F F F FL L L LN N N N D D D Dr r r ro o o op p p p M M M Me e e et t t ta a a ap p p po o o oi ii in n n nt t t t A A A Add dd dd ddr r r re e e ess ss ss ss D D D De e e ev v v vi ii ic c c ce e e e A A A Add dd dd ddr r r re e e ess ss ss ss o o o of f f f BC BC BC BCU U U U P P P Pr r r ro o o ov v v vi...

Page 44: ... ca ca cat t t ti ii ion on on on F F F FL L L LN N N N D D D Dr r r ro o o op p p p M M M Me e e et t t ta a a ap p p po o o oi ii in n n nt t t t A A A Add dd dd ddr r r re e e ess ss ss ss D D D De e e ev v v vi ii ic c c ce e e e A A A Add dd dd ddr r r re e e ess ss ss ss o o o of f f f BC BC BC BCU U U U P P P Pr r r ro o o ov v v vi ii id d d de e e ed b d b d b d by y y y T T T Tr r r ra a...

Page 45: ... ii ion on on on F F F FL L L LN N N N D D D Dr r r ro o o op p p p M M M Me e e et t t ta a a ap p p po o o oi ii in n n nt t t t A A A Add dd dd ddr r r re e e ess ss ss ss D D D De e e ev v v vi ii ic c c ce e e e A A A Add dd dd ddr r r re e e ess ss ss ss o o o of f f f BC BC BC BCU U U U P P P Pr r r ro o o ov v v vi ii id d d de e e ed b d b d b d by y y y T T T Tr r r ra a a ane ne ne ne R...

Page 46: ... n nt t t t A A A Add dd dd ddr r r re e e ess ss ss ss D D D De e e ev v v vi ii ic c c ce e e e A A A Add dd dd ddr r r re e e ess ss ss ss o o o of f f f BC BC BC BCU U U U P P P Pr r r ro o o ov v v vi ii id d d de e e ed b d b d b d by y y y T T T Tr r r ra a a ane ne ne ne R R R Re e e ep p p p O O O Ob b b bj jj je e e ec c c ct t t t T T T Ty y y yp p p pe e e e 3 15 AI 3 16 AO 3 17 3 18 B...

Page 47: ...n n n nt t t t T T T Ty y y yp p p pe e e e Analog Input AI 00 Logical Analog Input LAI Analog Output AO 01 Logical Analog Output LAO Binary Input BI 03 Logical Digital Input LDI Binary Output BO 04 Logical Digital Output LDO A BACnet object is analogous to a System 600 APOGEE point BACnet identifies each object by its object type enumeration and an instance number Each instance number is unique f...

Page 48: ...e e er r r rc c c ce e e ep p p pt t t t 0 I I I In n n ni ii it t t ti ii ia a a al ll l V V V Va a a al ll lue ue ue ue 1 0 A A A Add dd dd ddr r r re e e ess ss ss ss 00733000 Define the following system points 1 Map the Trane AI object address 00 00 00 01 by defining a point with the following characteristics T T T Ty y y yp p p pe e e e LAI S S S Sl ll lo o o op p p pe e e e 0 1 I I I In n n ...

Page 49: ... P P P Po o o oi i i in n n nt t t t T T T Te e e er r r rm m m mi ii in n n na a a at t t ti ii ion Modu on Modu on Modu on Modul ll le e e e P P P Po o o oi ii in n n nt t t ts s s s Point Termination Modules PTMs are interfaces between the field equipment and the Open Processor Field equipment includes equipment controllers that provide information to or are controlled or monitored by the Open ...

Page 50: ... 50 are unique to the specific Open Processor Those points that refer to addressing issues are indicated in the following table T T T Ta a a ab b b bl ll le e e e 4 4 4 4 7 7 7 7 D D D Di ii ia a a agno gno gno gnos s s st t t ti ii ic c c c P P P Po o o oi ii in n n nt t t ts s s s P P P Po o o oi ii in n n nt t t t N N N Nu u u um m m mb b b be e e er r r r T T T Ty y y yp p p pe e e e S S S Sl ...

Page 51: ...em Open Processor applications are created using Powers Process Control Language PPCL statements and in some cases additional hardware to perform specific operations or functions The control configuration and control requirements of your system are customized into each application by using PPCL The applications that you can incorporate into the operation of your system depend upon the Trane equipm...

Page 52: ...the Chiller Enable Disable command Trane chillers may be remotely started and stopped The BIP object for chiller status will reflect the status of the chiller The BOP object for Chiller Enable Disable can be used to send a command to the chiller controller to start or stop chiller operation The Chiller Enable Disable command does not start or stop the chiller it only sends a command to the chiller...

Page 53: ...ng Chilled Water Temp Leaving Chilled Water Temp System Supply Water Temp Return Chilled Water Temp Return Chilled Water Temp Evaporator Entering Water Temp Evaporator Entering Water Temp Return Chilled Water Temp Return Chilled Water Temp System Return Water Temp Leaving Cond Water Temp Leaving Cond Water Temp RLA Leaving Cond Water Temp Leaving Cond Water Temp Leaving Cond Water Temp Tower Suppl...

Page 54: ... Compressor B Status Auto Reset Alarm Auto Reset Alarm Tower Fan 3 Status UCP Commu nications UCP Commu nications Compressor C Status Compressor C Status UCP Commu nications UCP Commu nications Tower Fan 4 Status Compressor D Status Compressor D Status Tower Fan 5 Status UCM Commu nications UCM Commu nications Tower Fan 6 Status UCM Commu nications T T T Ta a a ab b b bl ll le e e e 5 5 5 5 3 3 3 ...

Page 55: ...ated to interface with the Trane Tracer Summit BCU P P P Pr r r ri ii io o o or t r t r t r to o o o s s s st t t ta a a art rt rt rtu u u up p p p t t t th h h hi ii is s s s c c c co o o om m m mp p p pl ll le e e et t t te e e ed d d d w w w wo o o or r r rk k k ks s s shee hee hee heet t t t m m m mu u u us s s st t t t b b b be o e o e o e ob b b bt t t ta a a ai ii ine ne ne ned d d d fr fr ...

Page 56: ...be e e er r r r G G G Gene ene ene ener r r ri ii ic c c c D D D Da a a at t t ta a a a N N N Na a a am m m me e e e O O O Ob b b bj jj je e e ec c c ct t t t I I I ID D D D 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 0...

Page 57: ...to the System 600 APOGEE address The example below shows the Standard BCU Input Output objects created to share UCM data from a chiller plant system Chiller 1 is a UCP1 CenTraVac Centrifugal Chiller UCPI CTV and Chiller 2 is a UCP2 Two Stage Absorption Chiller UCP2 ABS Notice the higher addresses last two digits in the object ID for Chiller 2 This occurs because of the sequential order in which th...

Page 58: ...CTV Evaporator Refrigerant Temperature 00 00 00 08 1 0 8 AIP 9 UCP1 CTV Condenser Refrigerant Temperature 00 00 00 09 1 0 9 AIP 10 UCP1 CTV Oil Temperature 00 00 00 0A 1 0 10 AIP 11 UCP2 ABS Leaving Chilled Water Temperature 00 00 00 0B 1 0 11 AIP 12 UCP2 ABS Return Chilled Water Temperature 00 00 00 0C 1 0 12 AIP 13 UCP2 ABS Leaving Condenser Water Temperature 00 00 00 0D 1 0 13 AIP 14 UCP2 ABS R...

Page 59: ...rface x Point Operation x Communication with Trane System x Battery Replacement Procedure W W W WAR AR AR ARN N N NI I I ING NG NG NG The Point Termination Module PTM manual override switch is not intended for use as a safety device when performing maintenance If you use the PTM manual override switch as a safety device it may result in serious injury to personnel and may damage property in the ar...

Page 60: ...of the Insight for Minicomputers User s Set 125 1910 CA CA CA CAU U U UT T T TI I I IO O O ON N N N To prevent damage to the Open Processor wear an anti static wrist strap when you install or service an Open Processor Failure to do so may allow an electrostatic discharge to pass from your body to the equipment causing irreparable damage O O O Or r r rde de de der r r ri i i ing ng ng ng r r r rep ...

Page 61: ... to the field panel Turn ON power to the field panel 2 Contact your local Siemens Building Technologies representative C C C C T T T The he he he BA BA BA BATT L TT L TT L TT LO O O OW W W W L L L LE E E ED D D D is ill is ill is ill is illu u u um m m mi i i in n n na a a at t t ted ed ed ed s s s st t t te e e ea a a ad d d dily ily ily ily B B B Ba a a att tt tt tte e e er r r ry l y l y l y lo...

Page 62: ...t the he he he T T T Tr r r run un un unk k k k I I I In n n nt t t te e e erf rf rf rfac ac ac ace e e e II II II II do no do no do no do not f t f t f t fl ll la a a as s s sh h h h 1 Verify that the AC power to Trunk Interface II is properly connected 2 Verify that the FLN connector screws face d d d do o o ow w w wn n n n at the Open Processor and u u u up p p p at the Trunk Interface II 3 Ver...

Page 63: ...Siemens Building Technologies representative E E E E T T T The he he he P P P Po o o ow w w we e e er r r r L L L LE E E ED D D D on on on on t t t the he he he T T T Tr r r run un un unk I k I k I k In n n nt t t te e e erf rf rf rfac ac ac ace e e e II II II II is li is li is li is lit t t t bu bu bu but t t t t t t the he he he D D D DT T T TR R R R L L L LE E E ED D D D is is is is no no no no...

Page 64: ... and certified and that it is operating according to their procedures D D D D A A A A g g g gr r r roup o oup o oup o oup of f f f po po po poi ii in n n nt t t ts s s s a a a ass ss ss sso o o oc c c ci i i ia a a at t t ted ed ed ed w w w wi i i it t t th h h h a a a a s s s spe pe pe pec c c ci i i if f f fi i i ic c c c T T T Tr r r ra a a ane equ ne equ ne equ ne equi i i ip p p pm m m men en...

Page 65: ...intercept Refer to Chapter 4 Point Databases for more information 4 Insure that the Metapoints have been characterized correctly Refer to Chapter 4 Point Databases for more information 5 Check the Metapoint status to be sure it is normal 6 Contact your local Siemens Building Technologies representative B B B Ba a a att tt tt tte e e er r r ry y y y R R R Re e e ep p p pl l l lac ac ac ace e e em m...

Page 66: ...ttery Refer to Figure 6 1 2 Remove the old battery from holder by pulling on the tab 3 Properly discard the old battery and tab 4 Insert the new battery through the loop of the new pull tab 5 Insert the battery and pull tab combination back into the battery holder with the plus and minus ends aligned as shown in Figure 6 1 6 Close the cover of the Open Processor The battery replacement is complete...

Page 67: ... o or r r ri ii it t t ty y y y The ranking of a point alarm a a a an n n na a a al l l log og og og i i i inpu npu npu nput t t t e e e el ll le e e ec c c ctr tr tr tri ii ic c c c An analog input point that receives either a current voltage or resistance input signal a a a an n n na a a al l l log ou og ou og ou og out t t tpu pu pu put t t t pneu pneu pneu pneuma ma ma mat t t ti ii ic c c c A...

Page 68: ... ll lle e e er r r r Modu Modu Modu Modul ll le e e e Older version of the modular component that can contain the brains of the MBC or RBC enclosure The Controller Module holds the processor memory chips analog to digital converter supporting circuitry and operator terminal ports This controller module has been replaced by the Open Processor c c c cu u u urr rr rr rren en en ent t t t v v v va a a...

Page 69: ...llows multiple alarm limits specific alarm reporting locations and variable alarm limit set points F F F FL L L LN N N N Floor level network A data communications network either Protocol 1 or other vendor protocols providing connections within a room or building for application specific controllers i i i in n n ns s s st t t ta a a an n n nc c c ce e e e Similar to a System 600 point number li li ...

Page 70: ...tion hardware pathway between the Open Processor or Controller Module and the Point Termination Modules m m m moun oun oun ount t t ti i i ing ng ng ng r r r ra a a ail il il il The hardware on which the MBC modules are installed ob ob ob obj j j je e e ec c c ct t t t Similar to a System 600 point ob ob ob obj j j je e e ec c c ct t t t i i i id d d d Similar to a System 600 drop equipment contro...

Page 71: ...power for the field panels t t t te e e er r r rm m m mi i i in n n na a a at t t ti i i ion b on b on b on bl ll lo o o ock ck ck ck Component of the PTM at which the field devices are terminated t t t te e e ex x x xt t t t b b b ba a a as s s sed ed ed ed t t t te e e er r r rm m m mi ii in n n na a a al ll l Operator terminal which displays and accepts text only t t t to o o ot t t ta a a ali ...

Page 72: ...Open Processor with Trane Driver Owner s Manual Glossary 6 Notes ...

Page 73: ...Date Time attribute 4 16 Daylight Savings Time 3 2 Dial Up 3 2 digital point attributes other digital point 4 17 drop 4 7 Duty Cycling 3 2 E EMER point priority 4 10 engineering units 4 12 Enthalpy and Dry Bulb Economizer Control 3 2 Equipment Controller Coordinator 3 2 Expansion Module Kits 2 5 F field equipment 2 6 field input output points 2 6 Field Panel Coordinator 3 2 FLN See floor level net...

Page 74: ... points 4 2 slope and intercept constants 4 17 point address 4 7 4 14 drop 4 7 point alarming 4 13 point attributes 4 12 access group 4 13 Change of Value COV limit 4 16 engineering units 4 12 other analog point attributes 4 16 other digital point 4 17 point address 4 14 point alarming 4 13 point descriptor 4 12 point name 4 12 point totalization 4 14 point type 4 12 state 4 15 point characteristi...

Page 75: ...ime Optimization 3 2 state 4 15 STATUS 2 4 STATUS LED 6 1 6 3 status lights Open Processor 2 4 system configuration 2 1 T thermistors 4 16 Time attribute 4 16 Time Of Day TOD Scheduling 3 2 Totalize 4 14 Trend Data Collection 3 2 troubleshooting 6 2 battery replacement 6 7 Open Processor 6 2 Point Termination Modules 6 5 points 6 5 system communications 6 7 V video display terminals 2 7 virtual po...

Page 76: ...Open Processor with Trane Driver Owner s Manual Index 4 Notes ...

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