8107_mi2v8.pdf

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SCALE

DATE

PROJECT NO:

DRAWING NO:

AS SHOWN

E L

L E

R

ABBREVIATIONS AND ACRONYMS

HX

HWS

HWR

HW

HUM

HTHW

HTG

HL

HD

FLT

FAP

F

EPS

EP

ENA

EF

ECO

EA

DX

DTWS

DTWR

DT

DISP

DIS

DIR

REV

RA

R

PP

PMP

PH

PCWS

PCWR

PCW

PC

P

OWS

ODT

OCC

OA

NO

nci

NC

N/A

MS

MINOA

MA

M&C

LL

LDP

I/O

REVERSE (CONTROL ACTION)

RETURN AIR

RELAY

POSITIVE POSITIONER

PUMP

PREHEAT

PRIMARY CHILLER WATER SUPPLY

PRIMARY CHILLER WATER RETURN

PRIMARY CHILLER WATER

PRE-COOLING

PRESSURE

OPERATOR WORKSTATION

ON DELAY TIMER

OCCUPIED

OUTSIDE AIR

NORMALLY OPEN

NETWORK CONFIGURATION INPUT

NORMALLY CLOSED

NOT APPLICABLE

MOTOR STARTER

MINIMUM OUTSIDE AIR

MIXED AIR

MONITORING & CONTROL (SOFTWARE)

LOW LIMIT

LOCAL DISPLAY PANEL

INPUT/OUTPUT

ZN

WB

VFD

VAV

V

UNOCC

TAP

T

SMI

SCHD

SYS

STAT

SS

SP

SNVT

SMK

SF

SEC

SA

S

RT

RST

RM

RLA

RH

RF

ZONE

WET BULB (TEMPERATURE)

VARIABLE FREQUENCY DRIVE

VARIABLE AIR VOLUME

VALVE

UNOCCUPIED

TAP, PRESSURE

TEMPERATURE

VISUAL ALARM IN SPACE (AV)

SMOKE INDICATOR:AUDIBLE

SCHEDULER

SYSTEM

THERMOSTAT

START/STOP COMMAND

SETPOINT

STANDARD NETWORK VARIABLE TYPE

SMOKE

SUPPLY FAN

SECONDARY

SUPPLY AIR

STATUS

RATE

RESET

ROOM

RELIEF AIR

RELATIVE HUMIDITY

RETURN FAN

(SEE INSTRUCTIONS FOR THE "SNVT TYPE" COLUMN)

OUTPUT FOR THESE POINTS AND SHOW THE SNVT NAME AND SNVT TYPE.

COLUMN A SNVT FOR THIS POINT SHALL BE AVAILABLE. PROVIDE A SNVT

16) M&C TREND REQ'D COLUMN: FOR ALL POINTS WITH AN X IN THIS

FOR THE "SNVT TYPE" COLUMN)

POINTS AND SHOW THE SNVT NAME AND SNVT TYPE. (SEE INSTRUCTIONS

THE SEQUENCE FOR THIS SYSTEM. PROVIDE A SNVT OUTPUT FOR THESE

FOR THIS POINT MUST BE AVAILABLE FROM THE DDC HARDWARE PERFORMING

15) M&C DISP REQ'D: AN "X" IN THIS COLUMN INDICATES THAT A SNVT

SHOWN. (SEE INSTRUCTIONS FOR THE "SNVT TYPE" COLUMN)

WITH AN "X". SHOW THE SNVT NAME AND SNVT TYPE FOR EACH POINT

BUILDING CONTROL NETWORK AND THE LDP TO DISPLAY POINTS MARKED

14) LDP VIEW REQ'D COLUMN: PROVIDE AN LDP AND CONFIGURE THE

LDP AND M&C DISPLAY COLUMNS:

SNVT NAME AND SNVT TYPE COLUMNS UNDER LDP AND M&C DISPLAY.

FOR EVERY ENTRY OF NVO OR NVI SHOW THE SNVT NAME AND TYPE IN THE

ASSUMED TO BE NVOS AND DO NOT NEED AN NVO ENTRY IN THE I/O COLUMN.

DISPLAY OR TRENDING AT AN LDP OR M&C SOFTWARE WORKSTATION ARE

ANOTHER PIECE OF DDC HARDWARE; POINTS THAT HAVE SNVTS ONLY FOR

AN ENTRY OF NVO IS ONLY REQUIRED FOR OUTPUTS THAT ARE USED BY

ON THE OTHER.

AND A NETWORK VARIABLE INPUT (NVI) AND HARDWARE OUTPUT (AO OR BO)

OUTPUTS SHOW A NETWORK VARIABLE OUTPUT (NVO) ON ONE CONTROLLER,

VARIABLE INPUT (NVI) TO THE OTHER DDC HARDWARE. SIMILARLY FOR

A NETWORK VARIABLE OUTPUT (NVO) ON THE FIRST AND AS A NETWORK

THE OTHER, SHOW THE POINT AS BOTH A HARDWARE INPUT (AI OR BI) AND

SEQUENCE AND THE VALUE OF A PHYSICAL INPUT TO ONE IS NEEDED BY

IF MORE THAN ONE PIECE OF DDC HARDWARE IS USED TO IMPLEMENT A

* NVI FOR NETWORK VARIABLE INPUTS

* NVO FOR NETWORK VARIABLE OUTPUTS

* BO FOR BINARY OUTPUTS

* BI FOR BINARY INPUTS

* AO FOR ANALOG OUTPUTS

* AI FOR ANALOG INPUTS

MORE) OF THE FOLLOWING:

13) I/O TYPE COLUMN: SHOW THE I/O TYPE FOR EACH POINT AS ONE (OR

CONFIGURATION PROPERTY DESCRIPTIONS.

EXPAND ROWS AND USE ADDITIONAL SHEETS AS REQUIRED TO PROVIDE

PROVIDE DETAILED DESCRIPTIONS OF THE FIELDS AND UNITS OF EACH CP.

THAT RELATES TO THE CP, OR (FOR UCPTS NOT BASED ON A SNVT)

(UCPT), PROVIDE EITHER THE STANDARD NETWORK VARIABLE TYPE (SNVT)

FOR CPS OF A USER-DEFINED NETWORK CONFIGURATION PARAMETER TYPE

(NCI) OR CONFIGURATION PROPERTIES (CP) THAT RELATE TO THE POINT.

SERVICES (LNS) PLUG-INS. SHOW ALL NETWORK CONFIGURATION INPUTS

APPLICATION SPECIFIC CONTROLLERS (ASC) LACKING LONWORKS NETWORK

FOR GENERAL PURPOSE PROGRAMMABLE CONTROLLERS (GPPC) OR APPROVED

12) NCI/CP NAME COLUMN: ENTRIES IN THIS COLUMN ARE ONLY REQUIRED

APPROPRIATE ENGINEERING UNITS FOR ENTRIES IN THIS COLUMN.

RANGE OVER WHICH THE VALVE OR DAMPER IS ACTUATED. INCLUDE THE

SPECIFIED IN SECTION 15951). FOR DAMPER ACTUATORS SHOW THE ACTUAL

ACTUAL SENSOR RANGE (THIS RANGE MUST AT LEAST ENCOMPASS THE RANGE

SPECIFICATION AND SHOW THE RANGE USED. FOR SENSORS SHOW THE

WHEN A RANGE IS NOT SHOWN, USE VALUES IN ACCORDANCE WITH THE

11) RANGE COLUMN: CONFIGURE DEVICES TO USE THE RANGES SHOWN.

ENTRIES IN THIS COLUMN.

OR SETTING USED. INCLUDE THE APPROPRIATE ENGINEERING UNITS FOR

VALUES IN ACCORDANCE WITH THE SPECIFICATION AND SHOW THE SETPOINT

SETTINGS SHOWN. WHEN A SETPOINT OR SETTING IS NOT SHOWN, USE

10) SETTING COLUMN: CONFIGURE DEVICES TO USE THE SETPOINTS AND

28) OTHER POINTS: INSTALL SENSORS FOR MONITORING PURPOSES ONLY.

EACH FILTER.

PRESSURE SWITCHES. SHOW LOADED FILTER (HIGH-LIMIT) SETPOINT FOR

WHEN FILTER PRESSURES ARE SHOWN, INSTALL FILTER 27) FILTERS:

ROW HEIGHT AS NEEDED TO SHOW ALL PID SETTINGS.

COLUMN, INCLUDING ENGINEERING UNITS FOR EACH SETTING. ADJUST

26) PID LOOP SETTINGS: SHOW ALL PID LOOP SETTINGS IN THE SETTINGS

SETTING SHOWN AS SPECIFIED.

SET THE MINIMUM OUTSIDE AIR FLOW TO THE MINIMUM OUTSIDE AIR FLOW

HARDWARE PERFORMING THE SEQUENCE OF OPERATION. FOR OTHER SYSTEMS

SETPOINT, USE THE MINOA-F-SP SHOWN WHEN CONFIGURING THE DDC

25) MINIMUM OUTSIDE AIR FLOW: FOR SYSTEMS CONTROLLING TO A MINOA

SYSTEM-SPECIFIC SEQUENCE OF OPERATIONS AND OCCUPANCY SCHEDULE.

(WARM-UP/COOL-DOWN) IN THE RANGE COLUMN BASED ON THE

24) SYSTEM OCCUPANCY (SYS-OCC): SHOW OCC, UNOCC, WUCD

(SEE INSTRUCTIONS FOR M&C OVRD REQ'D AND LDP OVRD REQ'D COLUMNS)

THE SYSTEM MUST ALSO BE CAPABLE OF BEING RESET VIA SNVT INPUT

IF THERE IS AN "X" IN THE LDP OVRD REQ'D OR M&C OVRD REQ'D COLUMN,

LOCAL HARDWARE PUSH-BUTTON.

CONTAINS "BI", THE SYSTEM MUST BE CAPABLE OF BEING RESET VIA A

23) SYSTEM RESET BUTTON (RST-BUT): IF THE "I/O TYPE" COLUMN

OTHER:

CONDITION COLUMN.

AS SPECIFIED FOR EACH ALARM WITH AN X IN THIS COLUMN. SEE ALARM

22) BLDG ROUTING REQ'D COLUMN: PROVIDE REDUNDANT ALARM HANDLING

INSTRUCTIONS

21) ALARM PRIORITY COLUMN: SEE ALARM CONDITION COLUMN

INSTRUCTIONS).

REDUNDANT ALARM HANDLING (SEE BUILDING ROUTING REQ'D COLUMN

COLUMN, BIND THIS ALARM SNVT TO THE DDC HARDWARE PERFORMING THE

COLUMN. FOR ALL ALARMS WITH AN "X" IN THE BUILDING ROUTING REQ'D

OF 3 FOR ALARMS WITH AN ENTRY OF "CRIT" IN THE ALARM PRIORITY

AN ENTRY OF "INFO" IN THE ALARM PRIORITY COLUMN, AND A PRIORITY

CONFIGURE THE ALARM SNVT TO HAVE A PRIORITY OF 0 FOR ALARMS WITH

SNVT_ALARM OR SNVT_ALARM_2 FOR EACH POINT WITH AN ALARM CONDITION.

20) ALARM CONDITION COLUMN: PROVIDE A NETWORK VARIABLE OF TYPE

ALARMS COLUMNS:

REQUIRING AN OVERRIDE.

BE OVERRIDDEN. SHOW THE SNVT NAME AND TYPE FOR EACH POINT

COLUMN PROVIDE A SNVT INPUT BY WHICH THE VALUE OF THE POINT CAN

19) M&C OVRD REQ'D COLUMN: FOR ALL POINTS WITH AN X IN THIS

NAME AND TYPE FOR EACH POINT REQUIRING AN OVERRIDE.

OVERRIDE THE POINT FROM THE LDP. SHOW THE OVERRIDE INPUT SNVT

BUILDING CONTROL NETWORK AND THE LDP TO ALLOW AN OPERATOR TO

18) LDP OVRD REQ'D COLUMN: PROVIDE AN LDP AND CONFIGURE THE

OVERRIDES COLUMNS:

HARDWARE PERFORMING THE ALARM GENERATION.

FOR ALARMS, SHOW THE SNVT TYPE FOR THE ALARM OUTPUT OF THE DDC

SNVT TYPE.

ON THE POINTS SCHEDULES. WHERE NO SNVT TYPE IS SHOWN, SHOW THE

THE SHARING OF A SNVT BETWEEN DDC HARDWARE, IT MUST BE DOCUMENTED

TO THIS SNVT TYPE. IF THE USE OF A TYPE TRANSLATOR RESULTS IN

TYPE. IF NECESSARY, A SNVT TYPE TRANSLATOR MAY BE USED TO CONVERT

SCHEDULE CONTRACT DRAWING, THE PROVIDED SNVT SHALL BE OF THIS

17) SNVT TYPE COLUMNS: IF THE SNVT TYPE IS SHOWN ON THE POINT

PROVIDE SYSTEM RESET CAPABILITY.

OVRD REQ'D COLUMN, CONFIGURE M&C SOFTWARE GRAPHIC DISPLAYS TO

35) SYSTEM RESET BUTTON (RST-BUT): IF THERE IS AN AN "X" IN M&C

SPECIFIED. PROVIDE BLDG. NAME AND POINT NAME IN E-MAIL MESSAGE.

POINTS SCHEDULE, THE CRITICAL ALARM CONTACT SCHEDULES AND AS

THE M&C SERVER(BPOC) ACCORDING TO THE ALARM ROUTING SHOWN ON THE

34) M&C E-MAIL REQUIRED: CONFIGURE AN CRITICAL ALARM E-MAIL AT

THE ALARM IS CRITICAL (CRIT) OR INFORMATIONAL (INFO).

THE M&C SOFTWARE, USE THE ALARM PRIORITY SHOWN TO DETERMINE IF

33) ALARM PRIORITY COLUMN: WHEN CONFIGURING THE ALARM HANDLING AT

OPERATOR TO OVERRIDE THESE POINTS AS SPECIFIED.

CAPABILITY. CONFIGURE THE M&C SYSTEM DISPLAYS TO ALLOW AN

COLUMN USE THE SNVT NAME AND TYPE SHOWN TO PROVIDE OVERRIDE

32) M&C OVRD REQ'D COLUMN: FOR ALL POINTS WITH AN X IN THIS

COLUMN, SET UP A TREND AT THE M&C SOFTWARE AS SPECIFIED.

31) M&C TREND REQ'D COLUMN: FOR ALL POINTS WITH AN "X" IN THIS

THE POINT NAME, AS SHOWN IN THE "NAME" COLUMN, FOR THE POINT.

POINT. UNLESS OTHERWISE APPROVED, GRAPHIC DISPLAYS SHALL USE

GRAPHICAL DISPLAY FOR THIS SYSTEM MUST DISPLAY THE VALUE OF THIS

30) M&C DISP REQ'D: AN "X" IN THIS COLUMN INDICATES THAT THE

FOR ALL GRAPHIC DISPLAYS

29) NAME COLUMN: USE THE POINT NAMES SHOWN ON THE POINTS SCHEDULE

ABBREVIATIONS.

SHOWN ON ALL OTHER DRAWINGS AND SHALL USE THE ESTABLISHED POINT

BRACKETS (<___>). THE NAME SHALL BE CONSISTENT WITH POINT NAMES

9) NAME COLUMN: SHOW POINT NAMES AS NEEDED AND AS INDICATED BY

"GENERAL" COLUMNS:

IDENTIFIER.

INDICATE THIS BY RECORDING "INTEGRATED" AS THE DDC HARDWARE

PERFORMED IN THE DDC HARDWARE CONTAINING THE POINT TO BE ALARMED,

GENERATION ON THE POINTS SCHEDULE. IF THE ALARM GENERATION IS

ADDRESS AND NODE ID FOR THE DDC HARDWARE PERFORMING THE ALARM

POINT TO BE ALARMED, SHOW THE DDC HARDWARE IDENTIFIER, LOCATION,

GENERATION IS NOT PERFORMED IN THE DDC HARDWARE CONTAINING THE

GENERATION AS SPECIFIED IN SECTION 15951. IF THE ALARM

REQUIRING AN ALARM, CONFIGURE DDC HARDWARE TO PROVIDE ALARM

8) ALARM GENERATOR DDC HARDWARE INFORMATION: FOR ALL POINTS

ALARM GENERATOR DDC HARDWARE HEADER:

DEVICE.

7) NODE ID: SHOW THE MANUFACTURER SUPPLIED NODE ID FOR EACH

NETWORK.

SHOW THE DOMAIN, SUBNET AND NODE ADDRESSES FOR ALL DEVICES ON THE

6) NODE ADDRESS: USE THE DOMAIN VALUE AND SUBNET RANGES SPECIFIED.

IDENTIFICATION.

MAY ALSO INCLUDE FURTHER INFORMATION SUCH AS ENCLOSURE/PANEL

DEVICE. LOCATION SHALL INCLUDE THE BUILDING AND ROOM NUMBER AND

5) DDC HARDWARE LOCATION: SHOW THE PHYSICAL LOCATION OF THE

HARDWARE IDENTIFIERS BETWEEN ALL DRAWINGS.

DDC HARDWARE. MAINTAIN CONSISTENCY AND UNIQUENESS OF DDC

4) DDC HARDWARE IDENTIFIER: SHOW THE IDENTIFIER FOR EACH PIECE OF

HEADER INFORMATION INSTRUCTIONS:

INDICATE A NULL VALUE OR THAT NO FURTHER ENTRY IS REQUIRED.

ENTRY. DO NOT LEAVE CELLS BLANK, INSTEAD SHOW THE TILDE ("~") TO

SCHEDULES, DELETE THE BRACKETS AFTER VERIFYING/PROVIDING THE

(AS INDICATED BY THE BRACKET TYPE). WHEN EDITING THE POINTS

ENTRY THAT MUST BE VERIFIED OR CHANGED BY THE APPROPRIATE PARTY

WHEN AN ENTRY APPEARS INSIDE OF BRACKETS, IT IS A RECOMMENDED

~ " (EQUIVALENT TO AN "N/A" OR NULL VALUE)

SPACES WHERE NO ENTRY IS ORDINARILY REQUIRED CONTAINS A TILDE: "

SOME INSTANCES AS DESCRIBED IN THESE INSTRUCTIONS.

UFGS-15951. SOME ENTRIES WITHOUT BRACKETS MAY BE REQUIRED IN

3) ENTRIES SHOWN BRACKETED AS: < ___ > ARE REQUIRED ENTRIES UNDER

SEQUENCE IS THE "ALARM GENERATOR DDC HARDWARE INFORMATION" HEADER.

SEQUENCE OF OPERATION; THE ONLY INFORMATION REQUIRED FOR THIS

2) POINT SCHEDULES ARE NOT REQUIRED FOR THE ALARM GENERATION

ADDING ROWS TO THE TABLE(S) AS NEEDED.

NVO ENTRIES IN THE I/O COLUMN (SEE I/O COLUMN INSTRUCTIONS BELOW),

HARDWARE PERFORMING A COMMON SEQUENCE THROUGH THE USE OF NVI AND

SHEETS. SHOW COMMUNICATION BETWEEN MULTIPLE PIECES OF DDC

OPERATION SHALL BE ON A SINGLE DRAWING WHICH MAY SPAN MULTIPLE

TABLE DEDICATED TO IT. ALL TABLES FOR A SINGLE SEQUENCE OF

INFORMATION (SEE BELOW) SO THAT EACH PIECE OF DDC HARDWARE HAS A

POINTS SCHEDULE INTO SEPARATE TABLES EACH WITH ITS OWN HEADER

USED (INCLUDING ANSI-709.1 SENSORS AND ACTUATORS), SEPARATE THE

HARDWARE. IN CASES WHERE MULTIPLE PIECES OF DDC HARDWARE ARE

SEQUENCE OF OPERATION IS PERFORMED IN A SINGLE PIECE OF DDC

1) THE CONTRACT DRAWING POINTS SCHEDULES ASSUME THAT THE ENTIRE

GENERAL:

POINTS SCHEDULE INSTRUCTIONS FOR DDC CONTRACTOR

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17 NOV 16

DPW 03383-6J

DP

DIFF

DDC

DB

DA

D

CW

CWS

CWR

CT

CS

CR

CP

COMP

COM

CO2

CLG

CHLR

CD

C

BUT

BLDG

BA

ALM

AFMA

ADJ

2P

DIFFERENTIAL PRESSURE

DIFFERENCE

DIRECT DIGITAL CONTROL(LER)

DEADBAND

DISCHARGE AIR

DAMPER

CHILLED WATER

CHILLED WATER SUPPLY

CHILLED WATER RETURN

CURRENT TRANSFORMER/SWITCH

CONDENSER WATER SUPPLY

CONDENSER WATER RETURN

CONFIGURATION PROPERTY

COMPARATOR

COMMON

CARBON DIOXIDE

COOLING

CHILLER

COLD DECK

COMMAND (MODULATING CONTROL SIGNAL)

BUTTON

BUILDING

BYPASS AIR

ALARM

AIRFLOW MEASUREMENT ARRAY

ADJUSTABLE

TWO- POSITION (CONTROL SIGNAL)

HEAT EXCHANGER

HOT WATER SUPPLY

HOT WATER RETURN

HOT WATER

HUMIDITY

HIGH TEMPERATURE HOT WATER

HEATING

HIGH LIMIT

HOT DECK

FILTER

FIRE ALARM PANEL

FLOW

ELECTRIC TO PNEUMATIC SWITCH

ELECTRIC TO PNEUMATIC TRANSDUCER

ENABLE

EXHAUST FAN

ECONOMIZER

EXHAUST AIR

DIRECT EXPANSION (UNIT)

DUAL TEMP WATER SUPPLY

DUAL TEMP WATER RETURN

DUAL TEMP

DISPLAY

DISABLE

DIRECT (CONTROL ACTION)

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