Attachment 2c - Specifications and Drawings.pdf

AER AL

PN

DEL VER Y

13055 FY

L_ 7-y

McCHOR O A F B WASH NGTON TE~PERATURE CONTROt

CONTROL □RAVINGS SHEET INDEX

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DETAILS / DESCRIPTION

TITLE SHEET

• SEOUEICE CF OPERAT!o-1

'HEATH~ ANO VENTILATING LJ-jlTS: HV·I. HV•2 a HV-3

CONTROL

• EXHAUST FANS: EF·I. EF·S a EF-7 CONTROL

BOILERS: B·l c!I B· 2 CONTROL 'CIRCU...ATING PUf\PS: P·I. P ·2. P·3 a P·4 CONTROL

• CONTROL PANEL BC· l

HV·I. HV-2. HV• 3 . EF· l . EF-5 8 EF-7 ELECTRIC AND PNEU/\ATIC CONTROL LADDER OIAGRAf\S

• B·I. B·2. P·I. P-2. P· 3 a P·4 ELECTRIC ANO PNEU/\ATIC

CONTROL LADOER OIAGRA/IS

'HEATING ANO VENTILATING LNIT HV -4 CONTROL

ZONE HEA Tl NG CO I LS HC • I THRU HC • 12 CO'-ITROL EXHAUST FAN EF·8 CO'lTRCl.

' HEATH~ Al'O VENTILATING LNIT HV •5 CONTROL

'CONfROL PANEL BC · 2

• HV-4 8 EF ·8 ELECTRIC Al'-0 Pt--E:UI\ATIC CO'-ITRCX. LADDER

DIAGRMS

EXHAUST FANS: EF · 2 . EF· 3. EF-4 8 EF · 6 CCNTRO..

• UNIT HEATERS : Lt-I · I c!I lJ-1· 2 CONTROL

• I/ATER I-EATERS : IIH·l . VH•2 4 VH·3 CONTROL

CONTROL AIR SU'F'l.Y CJETAIL

DATA TERfllNAL CABINET DTC· I

• FLOOR PLAN

INSTALLATION & CONST8~JCT I ON NOTES

I. AIRLINES FCR PNEUf\ATIC CONTROLS SHALL Of SEA/\lESS COPPER TUBING

OR NONflET ALLI C TUB I NG. TUB ]lo(; SHALL BE CONCEALED EXCEPT IN

I\ECHANICAL ROOI\S OR /\REAS VHERE OTHER P •PING JS EXPOSED TUBING

IN EXPOSED AREAS SHALL BE HARO ORAIIN CCT'PER TLelNG. Tl.BING CCN:EALED IN I/ALLS SHALL BE HARO DRAVN ,:OPPER Tl.81NG OR N0-11\ETALLIC Tl.SING RlN IN COMJLIIT . TUBING LOC ... TEO IN SUSPENDED CEILING SPACES ANO IN OTHER CONCEALED 6:JT ACCESSIEl..E LOCATION SHALL BE E!Tt-E:R HARO DR"VN OR mNEALED OR "°41\ETALLIC Tl.8JNG RUN

IN CCNJUIT. TERI\INAL LINES SHALL BE HAHO DR"IIN COPPER TUBING

EXCEPT IF Tl-£ R~ IS LESS THAN 12 INCHE!;, FLEXIEl..E NONI\ETALLIC TUB I NG I\A Y BE USED. /\I.A. Tl TUOE I NSTRUl\fllT BUO...E II I Tt-OJT CONDUIT OR I\ETALLIC RACEVAY ENCASEf\ENT f\AY BE ~s~o IN PLACE OF A SINGLE TUBE \/HERE A 1-11.11\BER OF TUBES RUN TO THE ':iME POINTS . TUBING SHALL BE NU/I.BER COOED OR COL.OR COOED A~O KEYED TO Tl-£ SUB/\ITTA!..

ORAIIINGS FOR FUT~ 10£NTJFICATION

2 ALL ELECTRICAL VIR!NG SHALL BE IN ~CCffi!J.ANCE 111TH THE ELECTRICAL

SECTION CF THE SPECIFICATIONS "IL COUTRCX.. I/IRING SHALL BE

INSTALLED IN CONDUIT .

3 ALL DIGITAL CONTROL I/IRING SH"LL 8€ NO . 18 AVG I\INI/IU/\ 111TH 600

VO..T INSU...ATION . l\l.A..TJCOO..X:TOR VIRE SrlALL HAVE AN OUTER .JACKET

OF POLYVINYL CHLORIDE

4 ALL ANALCX, OUTPUT CONTRQ. I/IRING SHALL HE NO. 18 AVG I\INII\U/\

VITH 600 VQ.T !NSU..ATICN . TII ISTEO SHIEi.OED CABLE

5 . ALL EflCS SENSOR \/[RING SHALL BE 1-Jn 20 WG f\lNI/\Ufl TVISTEO.

SHIELDED CABLE. flULTICClNOUCTOR VIRE SH\LL HAVE A PVC OUTER

.JACKET .

6 . f\OLNT ALL R00/1 THERI\OSTATS Al-0 SENSORS J0 INCHES ABOVE FINl~ O

FLOOR .

7 . DAT A TERI\ I N"L CAB I NET OTC · I SHALi. BE I N·,T AL LEO VI TH IN 6 FEET OF

AN ELECTRIC"L OUTLET .

S'i' S

CONTRACTOR

HAUL ROUTE -~~

SITE LOCATION

HEADQUARTERS

CONTRACTING

PASS & ID

CIVIL ENGINEERING

LOCA'rlON MAP t ti I

SECURITY LICE

m:m-HR

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COIIRAClOl

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• DATE REVI S!~

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FILEN.W:

T!TLE.OIIG

CCI ..Ill NJ.

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5H:ET •

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SEQUENCE OF OPERATION

HV- 1. HV • 2 a HV• 3 CONTRO

The following sequence of operallon la lyp1c al f er each o f lhe syeleme HV • I. HV-2 8 HV-3.

The EnCS swllehee each ayalem• belween unoeeupted , warm- up and occupied modea

In lhe unoccupied mode . lhe HV unll t• •larled and slopped w1lh full heolln"" lo rnalnlaJn lhe ut"lolCi- -. .... 1.,d --·.._ L _ _ , 1 -m- -r-.l . . ~ - ~~ • -_..,_._

~J~.~d~urn alt"' cfompers remaJn op•ii al"ld lhe o~ald e ear den.pet"'ta

In lhe warm • up mode . lhe unll operolea w1lh full healing 1n lhe rec:lrculallon ~ode unltl lhe apace worm • up lemperolure ta aal1af1ed .

Jn lhe occupied mode , lhe ovl•&de and relurn 01r dempera ere el mtntmum poslllon and lhe healing coll valve IB modulaled lo ma1nla1n apace lamparalure , Ono coll for cooling. lhe healing coll valve la ln lhe coll bypass po■ tlton and lhe mtked DI~ dampe~• o~• moduleled lo molnlaln apece lemperelure ••lp01nl , Anyllme lhe d1schorga lemperalure tells below 35F sensed al lhe supply air law l1m1l lhermoalal or on a algnal from lhe fire alarm •~alem or e1lher lhe supply or relurn air amohe delec lora, lhe untl ta ahul down , The d1a~ horge ear law ltmJl lhermoslcl requlree manual resal The fire alarm ond amoke delec lors a~ e f u rnished . 1nalalled and wired by d1v1 ■ 1on 1672 1 o f lhe •pec1f1 cal1on■,.

HV- 4 CONTROL

The EnCS ew1lchea lhe ayalem belween unocc upied. worm •up and oc~up1ed modes .

In lhe unoccupied mode . lhe HV un1l Is slarled and slopped w1lh lhe reheol coll volvea 1n lhe full heeling pos1l1on lo mo1nlo1n lhe unoccupted &el bock lemperolura aelpolnl ~ The relurn damper ramoln• ope" and lhe cul■ade air relt•f alr dampers closed , In lhe worm·up mode . lhe un1l operales wtlh f u ll healing In lhe rec1rculal1on ~ode unlll lhe relurn alr worm ~up lemperolure •• aol I sf I ed I 70F ) .

In lhe occup1ed mode. lha oulslde ond ~elurn oJr dampers ore ol m1n1mum paslllon end lhe reheol coil velvea ore moduloled lo mo1nlo1n apac e lemperolure, Vhen lhe reheol Coll valve serving lhe wo~meal zone ls cloaed lo lhe call and lhe zone lemperalure reac hes lhe cooling selpotnl. lhe mlxJng dompera modulole lo prevenl lha z o ne lemperalure from axo eed1ng lhe cooling aelpotnl , In lhe olher zones ~ lhe reheal eo1l val v es modulale lo malnloln lhe healing selpo1nl lentperolura

Anyltme lhere 1& a slgnel fro m lhe rare alarm s~slem or etlher l h e eupply or relurn 01r amo~u dele~lors. lhe ..,...ll ts s~ul down . The tire olorm ahd ~moke deleclor• are furnished. 1nslalJed and •l ~ ed b~ division 16721 of lhe apec1f1cal1ona , An~llme lhe discharge olr lemperalure tolls below 35F ae" aed al lhe d1ac harge air low l1m1l. lhe un1l la ehul down . The discharge air l o w l1~1l lhermoslol requlree monual reael .

HV-5 CO-HROL

HV - 5 le allowed lo operale by lhe EnCS. Vheft lhe unll ls allo wed lo operaled . 1l la manuolly elarled ond alopped by l h e wall ew1lc h f~rnlehed wllh lhe unll . During operollon, lhe oulslde cir damper opens and lhe unala pocheged conlrol• matnlaan o c onalonl aupp)y alr lemperalure. Vhen HV-5 la In operolson. lhe four drytng lower damper• are lnlerloc had lo open .

Anyll ~e lhe disc harge air lemperolure falls below 35F sansed al lhe d1acharge 01r low l1m1l, lhe un1l I ■ ahul down The d1ac horge el r low J1mJl lher--mo a:lol requires manual ,..eael .

HEATll-li VATER BOILERS 8·1 8 B-2 CCJIITROL

The conlrol of lhe bo1lera la a cofflb1nal1on ~eei • l og ond F1r1ng 1n unleon lype conlrol The E~CS ••llchaa lhe b ~Jl ers belwea~ leod and lag. The ba,lere ore elorled o"d elopp~d tn &equen ce oe f ol l o wo :

Ths hol wnler auppJ~ lemperolure ta reael r~o~ o u l atde e1r lemperolure lo matnlaln lhe following ~••el 9chedule · l40F 60F'

Vhen lhc hol woler supply Is colling tor heol1 ~0 . 180F for example, lhe leod boiler Is slarled . The log boiler ls • lorled 1f lhe hol waler supply fo i ls a fixed d1fferenl1al of SF Thia d1fferenl1al la me1nle1ned over lhe enl1re reael ■chadule . J ~ lh1s exemple . lh~ lag boiler would slorl al l75F . The lag bailer t hen eh~ls off when lhe waler lefflperalure hos risen l5F I 190FI. During operol1on of lhe bo1lera. lhe pockoged boiler conlrole canlrol lhe f1 r 1ng of lhe bo1 lers.

t--EATJNG SYSTEn CIRCULATING Pl.Jr.PS P-1 a P-2 cmTRQ

P·l and P-2 operole conl1nuoualy w~enev er l h e oul s 1de otr lempe,..olur e •• below 60F .

BOILER C!RCLJ..AT ING PUf\PS P·3 a P·3 CCJIITROL

P-3 end P-4 ere 1nlerloc~ed walh lhelr reape:~1 v e boi l er lo run when lhe boiler I S on

EXHAUST FANS EF · I a EF • 5 Co-lTROL

EF·I and EF·S ort:1 tnlerlod·ced lo opel""etled wl--er-e " tt~ H•:- 1 le ln t.he occupied mode .

EXHAUST FANS EF -i AND EF-6 Co-lTRO...

; F - 2 and EF - 6 are $ lor led ond alopped by lhc : " respecl1ve room Lhermoelol lo m01nlo1n 85F .

: XHAUST F At~ EF • 4 CONTROL

~F - 4 Is slarled ond s lopped by a local lnl erve ; ~ l ■cr wtlh HOUJ, feelure .

EXHAUST FAN EF - 7 COs/TROL

EF -7 •• alerl e d ~hen bo lh HV - 3 and HV·4 a r e' " ~he Vhe" lhe ouls1de aJ r lemperalu~• is ebove €5= ~~e dc17llper- ls opea and l h e lronafer damper 1B c l-:-~ed 01r. lhe d omper p us 1l1 o na ore reversed. ~~e ~ ~~ -7 d~mpers ore closed .

EXHAUST FAN EF - 8 CONTROL

EXHAUST FAN EF • 3 II UN IT HEATER l.H-1 CONTROL o -=cu p l ed mode .

o J lstde oJ r anlehe eelow 65F oula1de 10 off b o lh

Vhen lhe room lemperolure •• be)o~ 65F. l.}1-~ =• an operal1on .

belwe en 65F and 85F bo lh EF-3 and l.1-1·1 are ~~, Above B5F . EF-3 1s In operol I on . \lhen EF • 3 l 8 l n operol 1 o n , l .._e J"'-Qoill• oul e 1 de o Ir ~amper 111 open .

i.J'IJT HEATER l.H- 2 CONTROL l.f-1 · 2 •• elerled and elopped by I l• room lhe"-,::,o ~ol l o molnla1n 65F apace lampe~blure .

~ ABII-ET HEATERS CH· l. CH·2 8 CH-3 CCJIITRDL

The cab1nel heelers 1nlegrol lhermo•lal a ale"t l he1r reapeellve a 1,1eply fona lo ma1nla1n lemperelurea a■ fol , ~••= CH• I • 72F . CH-2 • 6SF and CH-3 • 45F' .

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ACCESSORIES:

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ACCESSORIES:

EOUIPIIENT LIST

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Al\·113 I CRANK ARI\ Al\•125 I COJNECTING ROO Al\·132 /BALL.DINT CCN-ECTOR

IIK-4421 I PNEUMTIC DA'IPER ACTUAT~ .

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12 A·520 / PRESSI.FE SENSIN:l PROBE 3 TLL·l.2,3 TC-5141 / Cl.JCT AVERAGIN:l LOIi LI.I\JT THERI\OSTAT \IJTH I\AN\JA.l. RESET. 3◄ TO 60F 3 PE·l.2 3 F'C·!l0 / Of'OT F'RESSURE·ELECTRIC SVITCH 3 R·!.2.3 IIOCEL 166 / SPOT . 120VAC Pl...UG·IN REL.IIY VITH P·100·4 SOD<ET

ACCESSORIES:

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ACCESSORIES:

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□TY ~

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EOUIP/\ENT LIST

f\CXlEL / OCSCRIPTION

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AT-201 / COPPER BU...B \/ELL

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SECTION 23 09 23 Page 1

SECTION 23 09 23

DIRECT DIGITAL CONTROL FOR HVAC AND OTHER LOCAL BUILDING

SYSTEMS 05/19

PART 1 GENERAL

1.1 REFERENCES

The publications listed below form a part of this specification to the extent referenced. The publications are referred to within the text by the basic designation only.

AIR MOVEMENT AND CONTROL ASSOCIATION INTERNATIONAL (AMCA)

AMCA 500-D (1998) Laboratory Methods of Testing Dampers for Rating

ASME INTERNATIONAL (ASME)

ASME B16.5 (2003) Standard for Pipe Flanges and Flanged Fittings: NPS 1/2 through NPS 24

ASME B31.1 (2007; Addenda 2008) Power Piping

AMERICAN SOCIETY OF HEATING, REFRIGERATING AND AIR-CONDITIONING

ENGINEERS (ASHRAE)

ASHRAE FUN IP (2005) Fundamentals Handbook, I-P Edition

ASHRAE 135 (2004; Int 1 thru 5 2004; Addenda A 2004;

Errata 2005; Int 6 thru 15 2005; Int 16 thru

18 2006; Addenda C 2006; Addenda D 2006; Errata to Addenda D 2006; Int 19 thru 22

2007; Addenda F 2007; Addenda E 2007; Errata 2007, Errata 2008, Errata 2008; Int 23 thru 28 2008; Addenda M 2008) BACnet

ASHRAE Gdln3 (2007) Exterior Enclosure Technical Requirements for the Commissioning Process

ASTM INTERNATIONAL (ASTM)

ASTM A 126 (2004) Standard Specification for Gray Iron Castings for Valves, Flanges, and Pipe Fittings

CONSUMER ELECTRONICS ASSOCIATION (CEA)

SECTION 23 09 23 Page 2

CEA-709.1B (2002) Control Network Protocol Specification

INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS (IEEE)

IEEE Std 100 (2000) The Authoritative Dictionary of IEEE Standards Terms

IEEE C62.41 (1991; R 1995) IEEE Recommended Practice on Surge Voltages in Low-Voltage AC Power Circuits

IEEE C62.45 (2002) Surge Testing for Equipment Connected to Low-Voltage (1000v and less)AC Power Circuits

NATIONAL FIRE PROTECTION ASSOCIATION (NFPA)

NFPA 90A (2008) Standard for the Installation of Air

Conditioning and Ventilating Systems

NFPA 70 (2007; AMD 1 2008) National Electrical Code - 2008 Edition

SHEET METAL AND AIR-CONDITIONING CONTRACTORS' NATIONAL ASSOCIATION

(SMACNA)

SMACNA 1966 (2005) HVAC Duct Construction Standards Metal and Flexible

SMACNA HVACTAB (2002, 3rd Ed) HVAC Systems - Testing, Adjusting and Balancing

UNDERWRITERS LABORATORIES (UL)

UL 268A (2008) Smoke Detectors for Duct Application

UL 506 (2000; Rev thru May 2006) Standard for Specialty Transformers

UL 916 (2007) Energy Management Equipment

UL 1449 (2006) Surge Protective Devices

1.2 DEFINITIONS

1.2.1 Digital Controller

1.2.1.1 Interoperable Digital Controller (IDC)

A control module which is microprocessor based Interoperable LonMarkTM or LonWorks. HVAC control is accomplished using LonMarkTM based devices where the application has a LonMarkTM profile defined and performs stand-alone operations.

1.2.1.2 Interoperable BACnet Controller (IBC)

SECTION 23 09 23 Page 3

A control module which is microprocessor based Interoperable BACnet Controller in accordance with ASHRAE 135. IBC's must be provided with product interoperability compliance statement documents that demonstrate the compliance level to the ASHRAE 135.

1.2.2 Direct Digital Control (DDC)

Digital controls, as defined in this specification, performing control logic. The controller directly senses building environment and makes control decisions based on user defined, controller resident programs. The controller outputs control signals that directly operate valves, dampers, and motor controllers. No conventional control devices, such as receiver controllers, thermostats, and logic units are present within or interface with a direct digital control loop. Actuators are electric and the controller output is converted to the appropriate type of signal.

1.2.3 DDC System

A system made up of one or more interoperable digital controllers which communicate on a network.

1.2.4 Distributed Control

The intent of distributed control is to install the controllers near their respective controlled equipment. The control system consists of stand-alone controllers, with the total number of input and output points limited two 48 or less per controller. Failure of any single controller will not cause the loss of more than 48 control points.

1.2.5 Dynamic Control

A process that optimizes energy efficiency of HVAC systems (air handling units, converters, chillers, and boilers) by increasing and decreasing set points or starting and stopping equipment in response to heating and cooling needs of the facility. A requirement of dynamic control is knowing the heating/cooling demand status of the process. Therefore dynamic control requires controllers connected in a communications network and receiving feedback, necessary variable point data and/or actual status input to accomplish closed loop control.

1.2.6 Firmware

Firmware is software programmed into read only memory (ROM) and erasable programmable read only memory (EPROM) chips. Software may not be changed without physically altering the chip.

1.2.7 Graphic User Interface Software (GUI)

Graphic user interface software shall run on a computer that is compatible with the latest version of the Army Gold Master (AGM) (Verify latest version with EMSC Administrator). The GUI employs browser like

SECTION 23 09 23 Page 4 functionality that includes a tree view (similar to Windows Explorer) for quick viewing of, and access to, the hierarchical structure of the database. Pull down menus and toolbars employ buttons, commands and navigation that permit the operator to perform tasks with a minimum knowledge of the HVAC Control System and basic computing skills. These include, but are not limited to, forward/backward buttons, home button, and a context sensitive locator line (similar to a URL line), that displays the location and the selected object definition.

1.2.8 Hand-Held Terminal

A hand-held terminal is a manufacturer specific device connected directly to a communications port on a controller, through which the controller is accessed and, in some cases, programmed. This style of interface is not an acceptable installation on Joint Base Lewis McChord (JBLM).

1.2.9 Input/output (I/O) Points

I/O points refer to analog inputs (AI), digital inputs (DI), analog outputs (AO), and digital outputs (DO) in a digital controller. Another term for digital inputs and outputs is binary inputs and outputs. Inputs are from analog sensors (temperature, pressure, humidity, flow) and digital sensors (motor status, flow switches, switch position, and pulse output devices).

Outputs operate modulating and on/off control devices.

1.2.10 I/O Expansion Unit

An I/O expansion unit provides additional point capacity to a digital controller and communicates with the stand-alone digital controller on a LAN. An I/O unit is not stand-alone because the control program does not reside in the I/O unit. An I/O expander which connects directly to a stand-alone controller through a multi-line microprocessor bus is restricted to reside within 3 feet of the stand-alone controller and is considered part of the stand-alone controller. The total point count of the I/O and all connected expansion units shall not exceed the 48 point limit.

1.2.11 Local Area Network (LAN)

a. A communications bus that interconnects digital controllers for peer-to-peer (see "peer-to-peer" below) communications. Different levels of LANs are possible within a single DDC system. In this case, a digital controller on a higher level LAN acts as a network controller to the controllers on the lower level LAN. The network controller, then, has at least two LAN communications ports. One port supports peer-to-peer communications with other digital controllers on the higher level LAN. The other port supports communications with the digital controllers on the lower level LAN.

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b. LANs permit sharing global information. This allows building and site wide control strategies such as peak demand limiting, dynamic control strategies, and coordinated response to alarm conditions, and remote monitoring and programming of digital controllers.

c. The controller’s peer-to-per communications bus is commonly referred to as "the field bus."

d. The "LAN" typically refers to the communications bus using the Ethernet protocols (Category 6) within a building.

1.2.12 Microprocessor

A microprocessor refers to the central processing unit (CPU) that contains all registers and logic circuitry that allow digital controllers to function.

1.2.13 JACE (Java Application Control Engine) Network Area Controller (NAC)

The JACE network area controller (NAC) provides the interface between a higher level LAN or WAN and the interoperable digital controllers, providing global supervisory control functions. NAC's provide multiple user access at varying levels through password protection. The JACE shall not be used to control major HVAC equipment or systems.

1.2.14 LonMark

See LonMark International. Also, a certification issued by LonMark International to CEA-709.1B devices.

1.2.15 LonMark International

Standards committee consisting of numerous independent product developers and systems integrators dedicated to determining and maintaining the interoperability guidelines for the LonWorks industry. Maintains guidelines for the interoperability of CEA-709.1B devices and issues the LonMark Certification for CEA-709.1B devices.

1.2.16 LonWorks

The overall communications technology, developed by Echelon Corporation, for control systems. The term is often used to refer to the technology in general, and may include reference to any/all of the: protocol, network management, and interoperability guidelines where the technology is based on the CEA-709.1B protocol and employs interoperable devices along with the capability to openly manage these devices (via multiple vendors) using a network configuration (or service) tool.

1.2.17 Output Signal Conversion

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Output signal conversion refers to changing one kind of control output into a proportionally related signal appropriate for direct actuation of the controlled device. An example is converting a 4 to 20 mA or 0 to 10 VDC signal to a proportional 20 to 103 kPa (3 to 15 psig) signal to operate a pneumatic actuator.

1.2.18 Optimum Start

Optimum start is a method of starting HVAC equipment prior to scheduled occupancy in order to have the building at set point when occupied.

Optimum start is based on the zone temperatures, zone set points, and outdoor temperature.

1.2.19 Peer-to-Peer

Peer-to-peer refers to controllers connected on a communications LAN typically referred to as the "field bus" that act independently, as equals, and communicate with each other to pass information.

1.2.20 Performance Verification Test

The performance verification test (PVT) is the formal commissioning of the DDC system performed after successful contractor field testing and prior to the second phase of DDC training. It is used as a means for final acceptance of the control system and provides a means to verify the system functions are performing IAW (in accordance with) the manufacturers written instructions, sequence of operation and control drawings. See Commissioning Appendix A as a reference.

1.2.21 PID

PID refers to proportional, integral, and derivative control; the three types of action that are used in controlling modulating equipment.

1.2.22 Resolution

Refers to the number of possible states an input value or output value can take and is a function of the digital controller I/O circuitry; the A/D converter for input and the D/A converter for output. Ten bit resolution has 1024 possible states.

1.2.23 Stand-Alone Control

Refers to the digital controller performing required climate control, and energy management functions without connection to another digital controller or computer. Requirements for stand-alone control are a time clock, a microprocessor, resident control programs, PID control, and I/O.

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All standalone controllers have a communication port and firmware for direct connection and interrogation with a laptop computer. This interrogation includes parameter changes and program downloads.

1.2.24 Terminal…