Fan Coil Controller TFC54 Series Fan Coil Room Controller Typical ...
Typical Operating Room Project Submittal Package · 3/27/2019 · MB Consulting Engineer: Antec...
Transcript of Typical Operating Room Project Submittal Package · 3/27/2019 · MB Consulting Engineer: Antec...
Typical Operating Room
Project Submittal Package 2018-10-25
Typical Operating Room
Sales Representative:Antec Controls by Price
MB
Consulting Engineer:Antec Controls by Price
MB
Typical Operating Room
Nomenclature 2018-10-25
Acronym Description Acronym Description
108 8" diameter - Single body ADDL Coil access (upstream & downstream) fastened w/ snap latches
110 10" diameter - Single body ADDQ Coil access (upstream & downstream) fastened w/ quarter turn sash latch
112 12" diameter - Single body ADL Coil access (upstream) fastened w/ snap latches
114 14" diameter - Single body ADQ Coil access (upstream) fastened w/ quarter turn sash latch
210 10" diameter - Dual body AI Analog Input
212 12" diameter - Dual body AL Aluminum
214 14" diameter - Dual body AO Analog Output
312 12" diameter - Triple body BACnet Building automation and control network
314 14" diameter - Triple body BI Binary Input
412 12" diameter - Quadruple body BO Binary Output
414 14" diameter - Quadruple body BSC Biological safety cabinet
115-24V Transformer 115V supply BTN Pushbutton setpoint adjustment
120-1 120V single phase °C Degrees celcius
1L Left hand one row CC Cooling coil
1R Right hand one row CFL Companion flange
1RM Single room configuration CFM Cubic feet per minute
208-1 208V single phase CO2 Carbon dioxide sensor
208-3 208V three phase COM Common
240-1 240V single phase CRAF Cleanroom aluminum foil liner 5/8"
240-24V Transformer 240V supply CSL Heating coil shipped loose
24VAC 24VAC power connection CV Constant volume
277-1 277V single phase CVB Coil attached - Controls enclosure to bottom
277-24V Transformer 277V supply CVL Coil attached - Controls enclosure LH
2L Left hand two row CVR Coil attached - Controls enclosure RH
2P 2-Position actuator CVT Coil attached - Controls enclosure to top
2R Right hand two row DBC Drawband clamp
2RM Two room configuration DCS Door contact switch
300VA 120/24VAC 300VA transformer DCS-F Floor mount door contact switch
347-1 347V single phase DCS-S Surface mount door contact switch
3L Left hand three row DDC Direct digital control
3R Right hand three row DSF1 1 door switch - Flush mount
3RM Three room configuration DSF2 2 door switches - Flush mount
40VA 120/24VAC 40VA transformer DSF3 3 door switches - Flush mount
480-24V Transformer 480V supply DSS1 1 door switch - Surface mount
480-3 480V three phase DSS2 2 door switches - Surface mount
4L Left hand four row DSS3 3 door switches - Surface mount
4R Right hand four row DT Duct temperature sensor
4RM Four room configuration EARTH Earth ground
500VA 120/24VAC 500VA transformer EC Electric Coil
50VA 120/24VAC 50VA transformer EMCS Energy management and control system
600-3 600V three phase °F Degrees fahrenheit
6RM Six room configuration FAC Controls supplied by others - factory mounted
8RM Eight room configuration FACC Factory calibrated curve
96VA 120/24VAC 96VA transformer FCP Fail closed position
AD Coil access (upstream) fastened with screws FEV Fumehood exhaust valve
ADD Coil access (upstream & downstream) fastened w/ screws FF Fiber free foam 3/4"
Typical Operating Room
Nomenclature 2018-10-25
Acronym Description Acronym Description
FHC Fume hood controller PTX Price pressure transducer
FHI Fume hood interface RAV Return air valve
FHN Fume hood network RDV Round duct terminal
FL Flange connection RH Relative humidity sensor
FLD Controls supplied by others - field mounted RIN Room information network
FLDC Field calibrated curve RM Room temperature sensor
FLP Fail last position RTR Bacnet MS/TP to IP router
FOP Fail open position S7 7" screen
FPI Fins per inch SAV Supply air valve
FPS Fume hood presense sensor SC Standard capacity hot water coil
FUS Main line fusing SCRV SCR control (0-10VDC)
ga Gauge SDV Square duct terminal
GEV General exhaust valve sec Seconds
GL Galvanized steel SIN Sensor information network
H Horizontal SIND Sensor information network device
HC High capacity hot water coil SL Slip connection
HSA High speed actuator SM Solid metal liner 3/4"
HWC Hot water reheat coil SPS1 One sash position sensor
HWV Modulating (0-10V) reheat valve SPS2 Two sash position sensors
I Imperial SPS3 Three sash position sensors
ID Inner diameter SRPS1 One SIN room pressure sensor
IDSW Door interlock disconnect SRPS2 Two SIN room pressure sensors
IN 3/4" external foam insulation SRPS3 Three SIN room pressure sensors
in. Inches SS316 316 stainless steel
in.w.c. Inches water column SSA Standard speed actuator
K Kynar coating SSO Standard shutoff valve
KP Keypad SWS1 1 sidewall face velocity sensor
KSW Isolation/setback keyswitch SWS2 2 sidewall face velocity sensors
LP Low pressure (0.3 to 3.0in.w.c) T# Thermistor input
M Metric TU Terminal unit
mm Millimeters VCT Valve connection companion type
MP Medium pressure (0.6 to 3.0in.w.c) VD Vertical down
MS/TP Master slave token passing VDC Modulating (0-10VDC) actuator
MVM Multi-variable monitor VFX Venturi FX damper blade
OD Outer diameter VIT Valve installation tape
OEV Other exhaust valve (eg. biosafety cabinets/ snorkels/ etc) VP Valve Pressure
OHC Oversized high capacity hot water coil VPS Valve pressure switch
OSC Oversized standard capacity hot water coil VPT Valve power transformer
P1 Phenolic coating (heresite class 1) VAV Variable air volume
P2 Phenolic coating (heresite class 2) VU Vertical up
Pa Pascals VV Venturi valve
PACE Pace™ controller VVEC Valve electric coil
PM Panel mount VVHWC Valve hot water coil
PMT Touchscreen room pressure monitor VVR Venturi valve retrofit
POT Potentiometer WEB Webserver
PT Pressure transducer (mounted on Pace™ controller)
Typical Operating Room
Schedule 2018-10-25
Valve and Controller Schedule
Val
ve M
od
el
Val
ve T
ag
Ro
om
Ap
plic
atio
n
Un
it S
ize
MA
X F
low
(CFM
)
MIN
Flo
w(C
FM)
MIN
Un
occ
up
ied
Flo
w(C
FM)
Ro
om
Off
set
(CFM
)
Bo
dy
Typ
e
Pre
ssu
re R
ang
e
Ori
enta
tio
n
Co
atin
g
Insu
lati
on
Co
nn
ecti
on
Typ
e
Co
ntr
ol T
ype
Co
ntr
ols
Act
uat
or
Co
ntr
ol
Act
uat
or
Res
po
nse
Act
uat
or
Fail
Po
siti
on
Acc
esso
ries
Cal
ibra
tio
n M
eth
od
VA
Req
uir
ed
No
tes
VFX SAV-OR Operating Room SAV 114 2000 2000 2000 - - - IN SL - PACE - SSA FLP - - 21 1VFX GEV-OR Operating Room GEV 114 1750 1750 1750 - - - SL - PACE - SSA FLP - - 21 1
Notes:1. Installation and wiring of equipment by Others
Typical Operating Room
Schedule 2018-10-25
VCT Schedule
Val
ve A
cces
sori
es M
od
el
Val
ve T
ag
Mat
ing
Val
ve S
ize
Co
nn
ecti
on
Typ
e
Mat
eria
l Typ
e
No
tes
VCT 114 DBC GL 1
Notes:1. Installation and wiring of equipment by Others
Typical Operating Room
Schedule 2018-10-25
ES Schedule
Ro
om
Co
ntr
ol
Acc
esso
ries
Mo
del
Val
ve T
ag
Ro
om
Nam
e
Sen
sor
Typ
e
Dis
pla
y T
ype
Dis
pla
y U
nit
s
Set
po
int
Ad
just
men
t
Rel
ativ
e H
um
idit
y
Car
bo
n D
ioxi
de
No
tes
ES SAV-OR Operating Room DT 1ES SAV-OR Operating Room RM LCD F BTN RH 1
Notes:1. Installation and wiring of equipment by Others
Typical Operating Room
Schedule 2018-10-25
PMT Schedule
Mo
nit
or
Mo
del
Loca
tio
n
Ro
om
Pre
ssu
re S
enso
r
Net
wo
rk In
terf
ace
Do
or
Sw
itch
Key
swit
ch
Ro
om
No
tes
PMT SRPS1 BAC Operating Room 1
Notes:1. Installation and wiring of equipment by Others
Typical Operating Room
Schedule 2018-10-25
MVM Schedule
Mo
nit
or
Mo
del
Ro
om
Nam
e
Scr
een
Siz
e(i
n.)
Ro
om
Co
nfi
gu
rati
on
Loca
tio
ns
No
tes
MVM Operating Room S7 1RM 1
Notes:1. Installation and wiring of equipment by Others
Typical Operating Room
Schedule 2018-10-25
VVHWC Schedule and Performance
Val
ve A
cces
sori
es M
od
el
Val
ve T
ag
Un
it S
ize
Hea
tin
g F
low
(CFM
)
Co
il C
apac
ity
Co
il T
ype
Flu
id T
ype
Gly
col
(%)
En
teri
ng
Air
Tem
per
atu
re(°
F)
En
teri
ng
Flu
id T
emp
erat
ure
(°F)
Leav
ing
Air
Tem
per
atu
re(°
F)
Leav
ing
Flu
id T
emp
erat
ure
(°F)
Flu
id F
low
(GP
M)
Flu
id P
ress
ure
Dro
p
(ft.
w.g
.)
Co
il C
apac
ity
(MB
H)
MA
X A
ir P
ress
ure
Dro
p
(in
. w.g
.)
Acc
ess
Do
or
Hea
tin
g C
oil
Mo
un
tin
g
No
tes
VVHWC SAV-OR 114 2000 SC 2R WTR 0.00 55.0 180.0 83.7 116.1 2.00 0.42 62.2 0.45 AD CSL 1
Notes:1. Installation and wiring of equipment by Others
Typical Operating Room
Schedule 2018-10-25
Sound Performance
Val
ve M
od
el
Val
ve T
ag
Un
it S
ize
MA
X F
low
(CFM
)
MIN
Flo
w(C
FM)
Pre
ssu
re R
ang
e
Sta
tic
Pre
ssu
re
(in
. w.g
.)
MIN
Dis
char
ge
So
un
d P
ow
er L
evel
s
MIN
Rad
iate
dS
ou
nd
Po
wer
Lev
els
MIN
Inle
tS
ou
nd
Po
wer
Lev
els
MA
X D
isch
arg
eS
ou
nd
Po
wer
Lev
els
MA
X R
adia
ted
So
un
d P
ow
er L
evel
s
MA
X In
let
So
un
d P
ow
er L
evel
s
No
tes
VFX SAV-OR 114 2000 2000 - 0.30 59 52 53 49 46 41 32 33 37 33 33 30 70 59 54 48 43 38 59 52 53 49 46 41 32 33 37 33 33 30 70 59 54 48 43 38 1VFX GEV-OR 114 1750 1750 - 0.30 57 51 52 48 45 40 36 32 36 32 32 23 68 57 53 46 42 37 57 51 52 48 45 40 36 32 36 32 32 23 68 57 53 46 42 37 1
Notes:1. Test obtained in accordance with AHRI Standard 880 and ASHRAE Standard 130
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
VFX-1-X
270128Rev. A
2018/11/23
© Copyright Antec Controls by PRICE 2018
Sol
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Venturi FX Valve
Product Submittal
D -1/8" (3)
L
1.50 (38)
W L
SINGLE VALVE
DUAL VALVE
*WEIGHTS ARE ± 5lbs (2kg) DEPENDING ON OPTIONS
LOW PRESSURE TAP
HIGH PRESSURE TAP
D L WEIGHT*
in.(mm) in.(mm) lb.(kg)
8 8 (203) 23.50 (597) 19 (9)
10 10 (254) 21.75 (552) 20 (9)
12 12 (305) 27.00 (686) 22 (10)
14 14 (356) 30.00 (762) 24 (11)
UNIT SIZE
SINGLE VALVE
L H W WEIGHT*
in.(mm) in.(mm) in (mm) lb (kg)
212 27.00 (686) 13.250 (337) 26.250 (667) 40 (18)
214 30.00 (762) 15.250 (387) 30.250 (768) 45 (20)
UNIT SIZE
DUAL VALVE
H
MIN. AIRFLOW MAX AIRFLOW MIN. AIRFLOW MAX AIRFLOW
CFM (L/s) CFM (L/s) CFM (L/s) CFM (L/s)
8 80 (38) 800 (378) 212 360 (170) 3600 (1700)
10 120 (57) 1300 (614) 214 500 (236) 5000 (2360)
12 180 (85) 1800 (850)
14 250 (118) 2500 (1180)
UNIT SIZE
SINGLE VALVE DUAL VALVE
UNIT SIZE
VFX OPERATIONAL RANGE
Sheet 1 of 3
ENVIRONMENTAL (OPERATING) 50⁰F to 122⁰F (10⁰C to 50⁰C), 5% to 95% R.H.(NON-CONDENSING)
ENVIRONMENTAL (STORAGE) -22⁰F to 122⁰F (-30⁰C to 50⁰C), 0% to 95% R.H.(NON-CONDENSING)
VALVE BODY 14 Ga ALUMINUM
PRESSURE SENSOR 316 STAINLESS STEEL TUBES
VFX SPECIFICATIONS:
DAMPER BLADE
DAMPER SHAFTUNCOATED: ZINC PLATED STEELCOATED: 316 STAINLESS STEEL
UNCOATED: 24 Ga GALVANIZED STEEL WITH TEFLON GASKETCOATED: 22 Ga 316 STAINLESS STEEL WITH TEFLON GASKET
NOTE: SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
VFX-1-X
270128Rev. A
2018/11/23
© Copyright Antec Controls by PRICE 2018
Sol
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Venturi FX Valve
Product Submittal
FAIL IN PLACE (FLP)FAIL OPEN POSITION (FOP)FAIL CLOSED POSITION (FCP)
ACTUATOR FAIL SAFE OPTIONS
STANDARD SPEED (SSA)
ACTUATOR SPEED OPTIONS
3/4" EXTERNAL FIBER FREE FOAM INSULATION (IN)
INSULATION OPTION
PHENOLIC COATING - VALVE BODY (P1)
COATING OPTION
HIGH SPEED (HSA)
Sheet 2 of 3
GALVANIZED CONTROLS ENCLOSURE
6.26 (160)
6.15 (156)
16.00 (406)
NOTE: PLEASE REFER TO VFX MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
CONTROL ENCLOSURE
16.00 (406)
6.26 (160)
6.15 (156)
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
VFX-1-X
270128Rev. A
2018/11/23
© Copyright Antec Controls by PRICE 2018
Sol
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Venturi FX Valve
Product Submittal
SLIP CONNECTION (SL) -VALVE SLIPPED INTO DUCT WITH 1" OVERLAP,SINGLE SIZES
SLIP END SPECIFICATIONS
O .438 (11)
FLANGED CONNECTION (FL), SINGLE SIZES
BC
OD
A
SINGLE DUCT
in. (mm)
8 Ø 8" (203)
10 Ø 10" (254)
12 Ø 12" (305)
14 Ø 14" (356)
UNIT SIZE
FLANGED END SPECIFICATIONS SINGLE VALVE
BC OD A
in. (mm) in. (mm) Degrees
8 6 Ø 9.25" (235) Ø 10" (254) 60
10 6 Ø 11.25" (286) Ø 12" (305) 60
12 6 Ø 13.25" (337) Ø 15" (381) 60
14 8 Ø 15.75" (400) Ø 17" (432) 45
UNIT SIZE
NUMBER OF BOLT HOLES
A/2
FLANGED CONNECTION (FL), DUAL SIZES FLANGED END SPECIFICATIONS, DUAL VALVES
.275 (7)
.275 (7)
FLANGE CORNER DETAIL A
X
A
A
B
Y
DUAL DUCT
in. (mm)
212 26"(660) x 13"(330)
214 30"(762) x 15"(381)
UNIT SIZE
X Y A B
in.(mm) in.(mm) in. (mm) in. (mm)
212 27.250 (692) 14.250 (362) 6.675(170) 6.850 (174)
214 31.250 (794) 16.250 (413) 7.675 (195) 7.850 (199)
UNIT SIZE
CONNECTION OPTIONS
Sheet 3 of 3
NOTE: PLEASE REFER TO VFX MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
PACE-1-X
270117Rev. E
2019/01/14
© Copyright Antec Controls by PRICE 2019
Sol
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Pace™ - Critical Space Controller
Product Submittal
Sheet 1 of 5
VENTURI VALVE (VV)
DIMENSIONS:
AIRFLOW DEVICE TYPE:
PRESSURE SENSOR 0 to 4.0 in.w.c. (0 to 1000 Pa)
VENTURI FX (VFX) OR TERMINAL (TU)
PRESSURE SENSOR 0 to 2.0 in.w.c. (0 to 500 Pa)
PANEL MOUNTED (PM)
AIRFLOW DEVICE MOUNTED (DEFAULT)
MOUNT:
8.90 (226)
1.89 (48)
9.55 (243)
4.48 (114)
1.22 (31)
8.31 (211)
3.77 (114)
ENVIRONMENTAL (OPERATING) 32⁰F to 130⁰F (0⁰C to 55⁰C), 5% to 95% R.H.(NON-CONDENSING)
ENVIRONMENTAL (STORAGE) -22⁰F to 130⁰F (-30⁰C to 70⁰C), 0% to 95% R.H.(NON-CONDENSING)
INDICATORS STATUS LED
COMMUNICATION PROTOCOL BACNET MS/TP
HOUSING UL 94 V-0, PC-ABS PLASTIC
RATED IMPULSE VOLTAGE 330 V (AFTER TRANSFORMER)
OUTPUTS2 ACTIVE BINARY OUTPUTS (24 VAC, MAX: 500 mA),4 ANALOG OUTPUTS (0 to 10 VDC, MAX:10 mA)
PACE SPECIFICATIONS:
INPUTS
2 BINARY INPUTS (CONTACT CLOSURE),4 ANALOG INPUTS (0 to 10 VDC), 2 10K TYPE 2 THERMISTORS INPUTS, ROOM INFORMATION NETWORK,SENSOR INFORMATION NETWORK,2 POT INPUTS2 RS485 NETWORK (FHN, BACNET)1 TRANSDUCER (VV: 0-4 in.w .c., VFX: 0-2 in.w .c.)
INPUT POWER24 VAC, 50/60 Hz SINGLE PHASE, 75 VA MAX (18 VA EXCLUDING EXTERNAL LOADS), CLASS 2 or LPS PELV
NOTE: PLEASE REFER TO PACE MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
PACE-1-X
270117Rev. E
2019/01/14
© Copyright Antec Controls by PRICE 2019
Sol
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Pace™ - Critical Space Controller
Product Submittal
Sheet 2 of 5
NOTE: PLEASE REFER TO PACE MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
Object Name Units Range Description Write Setting
AI#1 [Pace name] AI1 – [AI1 Device name] Dynamic DynamicAnalog Input w ith multiple usesSee Input section of the PACE manual for options
R
AI#2 [Pace name] AI2 – [AI2 Device name] Dynamic DynamicAnalog Input w ith multiple usesSee Input section of the PACE manual for options
R
AI#3 [Pace name] AI3 – [AI3 Device name] Dynamic DynamicAnalog Input w ith multiple usesSee Input section of the PACE manual for options
R
AI#4 [Pace name] AI4 – [AI4 Device name] Dynamic DynamicAnalog Input w ith multiple usesSee Input section of the PACE manual for options
R
AI#5 [Pace name] T1 – [T1 Device name] °F or °C 0 to 150 °F Thermistor reading R
AI#6 [Pace name] T2 – [T2 Device name] °F or °C 0 to 150 °F Thermistor reading R
BI#1 [Pace name] BI1 – [BI1 Device name] Open/Closed Open/ClosedBinary Input w ith multiple usesSee Input section of the PACE manual for options
R
BI#2 [Pace name] BI2 – [BI2 Device name] Open/Closed Open/ClosedBinary Input w ith multiple usesSee Input section of the PACE manual for options
R
AO#1 [Pace name] AO1 – [AO1 Device name] VDC 0 to 10Analog Output w ith multiple usesSee Output section of the PACE manual for options
R/W
AO#2 [Pace name] AO2 – [AO2 Device name] VDC 0 to 10Analog Output w ith multiple usesSee Output section of the PACE manual for options
R/W
AO#3 [Pace name] AO3 – [AO3 Device name] VDC 0 to 10Analog Output w ith multiple usesSee Output section of the PACE manual for options
R/W
AO#4 [Pace name] AO4 – [AO4 Device name] VDC 0 to 10Analog Output w ith multiple usesSee Output section of the PACE manual for options
R/W
BO#1 [Pace name] BO1 – [BO1 Device name] Active/Inactive Active/InactiveBinary Output w ith multiple usesSee Output section of the PACE manual for options
R/W
BO#2 [Pace name] BO2 – [BO2 Device name] Active/Inactive Active/InactiveBinary Output w ith multiple usesSee Output section of the PACE manual for options
R/W
AV1 Room Pressure Setpoint in.w .c.; Pa-0.100 to
0.100 in.w .c.Current room pressure setpointHidden when pressure control not used
R/W
AV2 Room Pressure in.w .c.; Pa-0.100 to
0.100 in.w .c.Current room pressure R
AV3 Room Pressure Low Alarm in.w .c.; Pa-0.100 to
0.100 in.w .c.Low room pressure alarm setpoint (+/-) R/W
AV4 Room Pressure High Alarm in.w .c.; Pa-0.100 to
0.100 in.w .c.High room pressure alarm setpoint (+/-) R/W
AV5 Airf low Offset Setpoint CFM; L/s-10000 to
10000 CFMCurrent airf low offset setpointHidden when offset control not used
R/W
Note: Analog output AO1 will display as AO11 for Pace™ Controller 1, AO21 for Pace™ Controller 2, etc…
Note: Analog output BO1 will display as BO11 for Pace™ Controller 1, BO21 for Pace™ Controller 2, etc…
ANALOG VALUE
BINARY OUTPUTS
BACNET POINTS LIST v1.0.X
BINARY INPUTS
ANALOG OUTPUTS
ANALOG INPUTS
Note: Analog input AI1 will display as AI11 for Pace™ Controller 1, AI21 for Pace™ Controller 2, etc…
Note: Binary input BI1 will display as BI11 for Pace™ Controller 1, BI21 for Pace™ Controller 2, etc…
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
PACE-1-X
270117Rev. E
2019/01/14
© Copyright Antec Controls by PRICE 2019
Sol
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Pace™ - Critical Space Controller
Product Submittal
Name Units Range Description Write Setting
AV6 Airflow Offset Actual CFM; L/s -10000 to 10000 CFMCurrent airf low offset (+/-) R/W
AV7 Total Exhaust Airf low Target CFM; L/s 0 to 10000 CFM Total room exhaust airf low target R
AV8 Total Exhaust Airf low Actual CFM; L/s 0 to 10000 CFM Total room exhaust airf low R
AV9 Total Supply Airf low Target CFM; L/s 0 to 10000 CFM Total room supply airf low target R
AV10 Total Supply Airf low Actual CFM; L/s 0 to 10000 CFM Total room supply airf low R
AV11 Total Fume Hood Exhaust CFM; L/s 0 to 10000 CFMTotal fume hood exhaust airf lowHidden if no fume hoods connected
R
AV12 Room Volume ft3 0 to 32767 Room volume R/W
AV13 Current Air Change Rate # 0.0 to 100.0 Current air change rate R
AV14 Temperature Setpoint - Zone 1 °F;°C 0 to 150 °F Temperature setpoint in zone 1 R/W
AV15 Temperature Reading - Zone 1 °F;°C 0 to 150 °F Current temperature in zone 1 R
AV16 Temperature Setpoint - Zone 2 °F;°C 0 to 150 °FTemperature setpoint in zone 2Hidden if multiple zones have not been configured
R/W
AV17 Temperature Reading - Zone 2 °F;°C 0 to 150 °FCurrent temperature in zone 2Hidden if multiple zones have not been configured
R
AV18 Temperature Setpoint - Zone 3 °F;°C 0 to 150 °FTemperature setpoint in Zone 3Hidden if multiple zones have not been configured
R/W
AV19 Temperature Reading - Zone 3 °F;°C 0 to 150 °FCurrent Temperature in zone 3Hidden if multiple zones have not been configured
R
AV20 Room Temperature Setpoint - Low Limit °F;°C 0 to 150 °F Low est user-adjustable temperature setpoint on the Thermostat R/W
AV21 Room Temperature Setpoint - High Limit °F;°C 0 to 150 °F Highest user-adjustable temperature setpoint on the Thermostat R/W
AV22 DAT Low Limit °F;°C 0 to 200 °FDischarge air temperature low temperature limitHidden if DAT Limits are not enabled
R/W
AV23 DAT High Limit °F; °C 0 to 200 °FDischarge air temperature high temperature limit Hidden if DAT Limits are not enabled
R/W
AV24 Single Airf low Setpoint CFM; L/s 0 to 10000 CFMSingle airf low setpointHidden if single airflow control not used
R/W
AV25 Single Airf low Actual CFM; L/s 0 to 10000 CFMSingle airf low Hidden if single airflow control not used
R/W
AV#01 [Pace name] f low - [POT1 Device name] CFM; L/s 0 to 10000 CFMPOT1 airf low readingHidden when POT1 is not used
R
AV#02 [Pace name] f low - [POT2 Device name] CFM; L/s 0 to 10000 CFMPOT2 airf low readingHidden when POT2 is not used
R
BACNET POINTS LIST v1.0.X (CONTINUED)
Object
Note: Analog value AV#01 will display as AV101 for Pace™ Controller 1, AV201 for Pace™ Controller 2, etc…
ANALOG VALUE
Sheet 3 of 5
NOTE: PLEASE REFER TO PACE MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
PACE-1-X
270117Rev. E
2019/01/14
© Copyright Antec Controls by PRICE 2019
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Pace™ - Critical Space Controller
Product Submittal
Sheet 4 of 5
NOTE: PLEASE REFER TO PACE MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
Object Name Units Range Description Write Setting
AV#03 [Pace name] - Valve Pressure in.w .c.; Pa 0 to 5 in.w .c.Valve PressureHidden when device type is not VV
R
AV#04[Pace name] f low - [Transducer Device name]
CFM; L/s 0 to 10000 CFMTransducer airf low readingHidden when airflow source is not transducer
R
AV#11 Fume Hood # Airf low CFM; L/s 0 to 10000 CFMDisplays the current airf low being exhausted from the fume hood
R
AV#12 Fume Hood # Face Velocity FPM; m/s 0 to 250 FPMDisplays the current face velocity across the fume hood
R
AV#13 Fume Hood # Sash Position % 0 to 100Displays the current position of the sash on the fume hood
R
AV#14 Fume Hood # Valve Pressure in.w .c.; Pa 0 to 5 in.w .c.Displays the current pressure across the valve on the fume hood
R
MV1 Airf low Control Sequence Text 3 states
Displays the current airf low control sequence1 - Constant Flow Control2 - Pressure Control3 - Offset Control
R
MV2 Room Pressure Mode Text 2 statesDisplays the current room pressure mode1 - Positive2 - Negative
R
MV3 Room Alarm Status Text 13 states
Displays the current room alarm status1 - Diversity2 - Binary Input3 - Missing Room Pressure Sensor4 - Mode Alarm5 - Room Low Pressure6 - Room High Pressure 7 - Door Open8 - Low Airf low9 - Low Valve Pressure10 - High Airf low11 - High Valve Pressure12 - Controller Not Responding13 - No Alarm
R
MV4 Room Mode Text 6 states
Displays the current room mode1 - [Default Room Mode Name]2 - [Custom Room Mode 1 Name]3 - [Custom Room Mode 2 Name]4 - [Custom Room Mode 3 Name]5 - [Custom Room Mode 4 Name]6 - [Custom Room Mode 5 Name]
R/W
MV99 Firmw are Update Status Text 4 states
Displays the current f irmw are update status1 - Idle2 - Start Firmw are Update3 - Updating Firmw are4 - Firmw are Update Failed
R/W
MULTISTATE VALUE
BACNET POINTS LIST v1.0.X (CONTINUED)
Note: Analog value AV#11 will display as AV111 for Fume Hood Controller (FHC) 1, AV211 for Fume Hood Controller (FHC) 2, etc…
Note: Analog value AV#01 will display as AV101 for Pace™ Controller 1, AV201 for Pace™ Controller 2, etc…
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
PACE-1-X
270117Rev. E
2019/01/14
© Copyright Antec Controls by PRICE 2019
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Pace™ - Critical Space Controller
Product Submittal
Name Units Range Description Write Setting
MV#1 Fume Hood # Status Text 6 states
Displays the status of the fume hoods1 - Missing FHC2 - Normal3 - Caution4 - Alarm5 - Setback6 - Off
R
MV#2 Fume Hood # Error Type Text 21 states
Displays the cause of any alarms or cautions on the fume hoods1 - No Error2 - Emergency3 - Netw ork4 - Contact Input5 - No Primary Sensor6 - No Sec. Sensor7 - No Sash18 - No Sash29 - No Sash 310 - Low Velocity11 - High Velocity12 - Low Pressure13 - High Pressure14 - Venturi Out of Range15 - Sash Height16 - Low Airflow17 - High Airf low18 - Sash Broken19 - BI120 - BI221 - Setback Sash Height
R
FIL1 Firmw are - -The f ile object used for f irmw are upgrades - feature only available if supported by BAS
W
Note: Multistate value MV#1 will display as MV11 for Fume Hood Controller (FHC) 1, MV21 for Fume Hood Controller (FHC) 2, etc…
BACNET POINTS LIST v1.0.X (CONTINUED)
Object
MULTISTATE VALUE
FILE
Sheet 5 of 5
NOTE: PLEASE REFER TO PACE MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
VCT-1-X
270214Rev. A
2018/11/23
© Copyright Antec Controls by PRICE 2018
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Venturi Companion Connection Type
Product Submittal
Sheet 1 of 1
BAND 3.5in. WIDTH, 24 Ga GALVANIZED STEEL
FOAM 0.25in., UL 94, ELASTOMERIC
HARDWARE BOLT AND LOCK NUTS
VALVE COMPANION SIZES 108, 110, 112, 114
VALVE COMPANION TYPE SLIP
DBC SPECIFICATIONS:
ALUMINUM (AL)
316 STAINLESS STEEL (SS)
COMPANION FLANGE MATERIAL OPTIONS:
DRAWBAND CLAMP (DBC)
MATERIAL SEE MATERIAL OPTIONS BELOW
HARDWARE NOT INCLUDED
VALVE COMPANION SIZES 108, 110, 112, 114
VALVE COMPANION TYPE SLIP
CFL SPECIFICATIONS:
COMPANION FLANGE (CFL)
DIMENSIONS:
O .438 (11)
BC
OD
A
A/2
IDBC OD A
ID(MAX DUCT OD)
in. (mm) in. (mm) Degrees in. (mm)
8 6 Ø 9.25" (235) Ø 10" (254) 60 Ø 8.25" (210)
10 6 Ø 11.25" (286) Ø 12" (305) 60 Ø 10.25" (260)
12 6 Ø 13.25" (337) Ø 15" (381) 60 Ø 12.25" (311)
14 8 Ø 15.75" (400) Ø 17" (432) 45 Ø 14.25" (362)
UNIT SIZE
NUMBER OF BOLT HOLES
NOTE: PLEASE REFER TO VV MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
VVHWC-1-X
270129Rev. A
2018/12/27
© Copyright Antec Controls by PRICE 2019
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Valve Hot Water Coil
Product Submittal
Sheet 1 of 4
7. ALLOW 1 1/2 " (38) MINIMUM CLEARANCE FOR INSTALLATION AT THIS END.
6. HAND OF HOT WATER COIL CONNECTIONS IS DETERMINED WHEN VIEWED FROM AIR INLET SIDE.
1. FABRICATED FROM 22 GA. GALVANIZED STEEL, MECHANICALLY SEALED, LEAK RESISTANT CONSTRUCTION.NOTES:
4" x 6 3/4" (102 x 171)
BEAD-IN
2. HOT WATER COILS HAVE COPPER TUBES AND ALUMINUM FINS WITH O.D. SWEAT CONNECTIONS.
3. REFER TO SUBMITTED TERMINAL UNIT SCHEDULE FOR AIR VOLUMES AND HOT WATER COIL CAPACITIES.
4. METHOD OF VENTING HOT WATER COIL IS TO BE PROVIDED BY INSTALLING CONTRACTOR.
5. ACCESS DOORS WITH GASKETED PERIMETER FOR INSPECTION AND MAINTENANCE OF COIL, TOP & BOTTOM.
8. CONFIGURATION OF COIL CONNECTION VARIES WITH SIZE & CIRCUITRY OF COIL.
9. PERFORMANCE RATED AND CERTIFIED IN ACCORDANCE WITH THE CURRENT EDITION OF ARI STANDARD 410.
10. IT IS NOT RECOMENDED TO REVERSE 3 & 4 ROW COILS. INDICATE HANDING WHILE ORDERING.
11. STANDARD COILS SUPPLIED WITH 10 FINS PER INCH / HIGH CAPACITY COILS SUPPLIED WITH 12 FINS PER INCH.
INLET, ØA
12. HIGH CAPACITY ONLY AVAILABLE FOR 1 AND 2 ROW COILS.
STANDARD HOT WATER COIL SPECIFICATIONS
NOTE: WEIGHTS ARE ±3lb (1.5kg)
8 7/8(225)
11 3/8(289)
13 7/8(352)
16 3/8(416)16 3/8(416)
13 3/4(349)
11 1/4(286)
8 3/4(222)
1 ROW HC,STD
1 ROW2,3,4 ROW
D
7/8(22)
7/8(22)
7/8(22)
10
12
8
16(406)
14(356)
12(305)
7/8(22)
15(381)
12 1/2(318)
10(254) 1/2(13)
2,3,4 ROW
COIL CONNECTIONS
IMPERIAL UNITS (SI UNITS), in(mm)NOMINAL
SIZE A B 1 ROWC
17 1/2(445)20(508)14
STD HC
1 ROW
23(10 1/2)19(8 1/2)
19(8 1/2)
9(4)
14(6 1/2)
11(5)
11(5)
14(6 1/2)
8 1/2(4)
27(12 1/2)
20(9)
17 (8)
4 ROW
23(10 1/2)
3 ROW
13(6)
16(7 1/2)10
12
8 6 1/2(3)
COIL WEIGHT lb(kg)NOMINAL
SIZE A1 ROW
14
2 ROW
3 ROW
19(8 1/2)
16(7 1/2)
2 ROW
19(8 1/2)
14(6 1/2)
11(5)
23(10 1/2)
COIL WEIGHT lb(kg)
NOTE: WEIGHTS ARE ±3lb (1.5kg)
23(10 1/2)
27(12 1/2)
20(9)
4 ROW
34(15 1/2)22(10) 31(14)
1 ROW
11(5)
8 1/2(4)
10
12
NOMINAL
SIZE A
8
14
14(6 1/2)
16(7 1/2)
D
1 ROW
13 3/4(349)
11 1/4(286)
STD1 ROW HC,2,3,4 ROW
1 ROW
COIL CONNECTIONS
1 ROW
HCSTDINLET ØAC
10(254)
8(203)
14(356)
12(305)
15(381)
12 1/2(318)
17 1/2(445)
18(457)
BCOIL SIZE
WATER
16(406)
14(356)
20(508)
24(610)
12
10
14
212
10
12
8
VENTURI
SIZE
14
2,3,4 ROW
IMPERIAL UNITS (SI UNITS), in(mm)
OVERSIZED HOT WATER COIL SPECIFICATIONS
FOR TOTAL LENGTH OF UNIT WITHADD 10 7/8"(276) LENGTH OF SECOND ADAPTERNOTE: CONFIGURATION WITH SINGLE ADAPTER SHOWN.
UPSTREAM AND DOWNSTREAM ADAPTERS.
LH WATER COILCONNECTIONS
CO
IL A
DA
PT
ER
SE
CT
ION
TOP & BOTTOM ACCESS DOOR
SLIP & DRIVECONNECTION
RH WATER COILCONNECTIONS
B
C D O A
5"(127) FOR 1, 2 ROW OR7 1/4"(184) FOR 3, 4 ROW
8"(203)
NOTE: PLEASE REFER TO VV MANUAL FOR INSTALLATION INSTRUCTIONS. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
1/2(13)
1/2(13)
1/2(13)
1/2(13)
7/8(22)
7/8(22)
7/8(22)
7/8(22)
7/8(22)
7/8(22)
7/8(22)
1/2(13)
1/2(13)
1/2(13)
7/8(22)
7/8(22)
7/8(22)
7/8(22)
7/8(22)
11 3/8(289)
13 7/8(352)
16 3/8(416)
16 3/8(416)
16 3/8(416)
16 3/8(416)
WATER COILSECTION
VVHWC, B x C
10 7/8"(276)O1/2"(13) @ 3"(76)O7/8"(22) @ 4 1/4(108)
SEE NOTE #7
1"(25)
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
VVHWC-1-X
270129Rev. A
2018/12/27
© Copyright Antec Controls by PRICE 2019
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Valve Hot Water Coil
Product Submittal
Sheet 3 of 4
NOTE: PLEASE REFER TO VV MANUAL FOR INSTALLATION INSTRUCTIONS. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
VENTURI VALVE WITH STANDARD CAPACITY (SC) HWC
VENTURI VALVE WITH OVERSIZED STANDARD CAPACITY (OSC) HWC
VENTURI VALVE WITH HIGH CAPACITY (HC) HWC. ONLY 1 & 2 ROW HC COILS AVAILABLE
VENTURI VALVE WITH OVERSIZED HIGH CAPACITY (OHC) HWC. ONLY 1 & 2 ROW HC COILS AVAILABLE
AIRFLOW
CONTROL ENCLOSURE ORIENTATION OPTIONS:
RIGHT HAND (R) HWC / CONTROL DOWN (CVB)
RIGHT HAND (R) HWC / CONTROL UP (CVT)
RIGHT HAND (R) HWC / CONTROL LH (CVL)
RIGHT HAND (R) HWC / CONTROL RH (CVR)
RH
WA
TE
R C
OIL
RH
WA
TE
R C
OIL
LEFT HAND (L) HWC / CONTROL RH (CVR)
LEFT HAND (L) HWC / CONTROL LH (CVL)
LEFT HAND (L) HWC / CONTROL UP (CVT)
LEFT HAND (L) HWC / CONTROL DOWN (CVB)
TOP VIEW
TOP VIEW
UNLESS OTHERWISE SPECIFIED.
NOTE: COIL SHIPPED LOOSE FROM VALVE (CSL)
TOP VIEW
RH
WA
TE
R C
OIL
TOP VIEW
CONTROL ENCLOSURE ORIENTATION OPTIONS:
RIGHT HAND (R) HWC / CONTROL DOWN (CVB)
RIGHT HAND (R) HWC / CONTROL UP (CVT)
RH
WA
TE
R C
OIL
LEFT HAND (L) HWC / CONTROL UP (CVT)
LEFT HAND (L) HWC / CONTROL DOWN (CVB)
AIRFLOW
NOTE: OVERSIZED WATER COIL OPTION UTILIZES AN ADAPTER ONE SIZE LARGER THAN STANDARD VENTURI UNIT.
SINGLE VALVE, CONTROLS & WC ADAPTOR CONFIGURATIONS
OPTIONS:
MULTIBODY VALVE, CONTROLS & WC ADAPTOR CONFIGURATIONS
AIRFLOW
OPTIONALCONTROLS ENCLOSURE
SLIP & DRIVECONNECTION
SLIP & DRIVECONNECTION
OPTIONALSILENCERCONTROL UP
SHOWN
UNLESS OTHERWISE SPECIFIED.
NOTE: COIL SHIPPED LOOSE FROM VALVE (CSL)
OPTIONALCONTROLS ENCLOSURE
AIRFLOW OPTIONALSILENCER
SLIP&DRIVECONNECTION
OPTIONALCONTROLS ENCLOSURE
CONTROL UP SHOWN
CONTROL UP SHOWN
CONTROL UP SHOWN
OPTIONALCONTROLS ENCLOSURE
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
VVHWC-1-X
270129Rev. A
2018/12/27
© Copyright Antec Controls by PRICE 2019
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Valve Hot Water Coil
Product Submittal
4" x 6 3/4"
WATER COILCONNECTIONS
WATER COIL AND SINGLE VALVE ADAPTOR CONFIGURATION OPTIONS
WA
TE
R C
OIL
WA
TE
R C
OIL
ADDQ - COIL ACCESS DOORW/QUARTER TURN SASH LATCHES4"(102) x 6 3/4"(171)
ADD - COIL ACCESS DOORW/SCREWS4"(102) x 6 3/4"(171)
ADDL - COIL ACCESS DOORW/SNAP LATCHES4"(102) x 6 3/4"(171)
ADQ - COIL ACCESS DOORW/QUARTER TURN SASH LATCHES4"(102) x 6 3/4"(171)
AD - COIL ACCESS DOORW/SCREWS4"(102) x 6 3/4"(171)
ADL - COIL ACCESS DOORW/SNAP LATCHES4"(102) x 6 3/4"(171)
UPSTREAMADAPTOR
UPSTREAMADAPTOR DOWNSTREAM
ADAPTOR
WATER COIL AND MULTI- VALVE ADAPTOR CONFIGURATION OPTIONS
SLIP & DRIVECONNECTION
WA
TE
R C
OIL
CONNECTIONSLIP & DRIVEWATER COIL
CONNECTIONS
WATER COILCONNECTIONS
UPSTREAMTRANSITION
UPSTREAMTRANSITION
DOWNSTREAMTRANSITION
WA
TE
R C
OIL
Sheet 4 of 4
NOTE: PLEASE REFER TO VV MANUAL FOR INSTALLATION INSTRUCTIONS. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
COIL ACCESS DOOR (102 x 171),TOP & BOTTOM,NOT INSULATED
4" x 6 3/4"COIL ACCESS DOOR (102 x 171), TOP & BOTTOM, NOT INSULATED
AIRFLOWAIRFLOW
ADDQ - COIL ACCESS DOORW/QUARTER TURN SASH LATCHES4"(102) x 6 3/4"(171)
ADD - COIL ACCESS DOORW/SCREWS4"(102) x 6 3/4"(171)
ADDL - COIL ACCESS DOORW/SNAP LATCHES4"(102) x 6 3/4"(171)
ADQ - COIL ACCESS DOORW/QUARTER TURN SASH LATCHES4"(102) x 6 3/4"(171)
AD - COIL ACCESS DOORW/SCREWS4"(102) x 6 3/4"(171)
ADL - COIL ACCESS DOORW/SNAP LATCHES4"(102) x 6 3/4"(171)
AIRFLOWAIRFLOW
4" x 6 3/4"COIL ACCESS DOOR (102 x 171),TOP & BOTTOM,NOT INSULATED 4" x 6 3/4"
COIL ACCESS DOOR (102 x 171),TOP & BOTTOM,NOT INSULATED
WATER COILCONNECTIONS
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
ES-1-X
270215Rev. C
2019/01/11
© Copyright Antec Controls by PRICE 2019
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Environmental Sensor
Product Submittal
DIMENSIONS:
ROOM TEMPERATURE SENSOR (RM) WITH DISPLAY (LCD),PUSHBUTTON SETPOINT ADJUSTMENT (BTN) AND RELATIVE HUMIDITY SENSOR (RH)
3.38 (86)
5.0 (127) 3.28 (83) MAX
CLOSED CELL FOAM
COMMUNICATION PORT:
Sheet 5 of 9
RJ-45
CKJ-B - PUSHDOWN CONNECTIONTO PACE CONTROLLERWHERE APPLICABLE
WALLMOUNT PLATE
WALLMOUNT PLATEFACE PLATE
2.8 (71) MIN
TERMINATION:
5VDC24VDC/VAC
TEMP
COM
GNDV+
NOTE: PLEASE REFER TO PACE MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
OUT2OUT2OUT1
OUT4OUT3
TEMP+--
V + INPUT POWER, HOT
GND INPUT POWER, GROUND
TEM P +
TEM P -
OUT 1 TEM PERATURE SETPOINT OUTPUT
OUT 2 RELATIVE HUM IDITY OUTPUT
THERM ISTOR RESISTANCE OUTPUT
ENVIRONMENTAL (OPERATING) 32⁰F to 122⁰F (0⁰C to 50⁰C), 0 to 95% R.H.(NON-CONDENSING)
DISPLAY LCD SCREEN
INPUT TYPE KEYPAD
TEMPERATURE READING 10K-2 THERMISTOR
HUMIDITY READING CAPACITIVE POLYMER, ±2% RH @ 77⁰F (25⁰C), 20 to 80% RH
HOUSING UL 94 V-0, ABS PLASTIC
COMMUNICATION PORT RJ-45
ES-RM-LCD-BTN-RH SPECIFICATIONS:
MOUNTSTANDARD 2in. x 4in. (51mm x 102mm) J-BOX orDRYWALL MOUNT
OUTPUTS2 ANALOG (0 to 10 VDC): TEMPERATURE SETPOINT - RANGE: 50⁰F to 90⁰F (10⁰C to 32⁰C) HUMIDITY OUTPUT - RANGE: 0 to 100% RH
INPUT POWER15 to 40 VDC or 15 to 28 VAC. (DO NOT RUN AC POWER IN THESAME CONDUIT AS SIGNAL WIRES)
°F/C
DISPLAY SWITCH (vF or vC)
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
ES-1-X
270215Rev. C
2019/01/11
© Copyright Antec Controls by PRICE 2019
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Environmental Sensor
Product Submittal
DIMENSIONS:
DUCT MOUNTED SENSOR (DT)
ENVIRONMENTAL (OPERATING) -40⁰F to 185⁰F (-4⁰C to 85⁰C), 0 to 95% R.H.(NON-CONDENSING)
TEMPERATURE READING 10K TYPE 2 THERMISTOR
PROBE 304 STAINLESS STEEL PROBE, 0.25in. (7mm) DIAMETER, 8in. (203mm) LENGTH
HOUSING PC PLASTIC, UL 94 V-0, IP10, NEMA1
ES-DT SPECIFICATIONS:
2.1 (53)
3.0 (76)
9.5 (241)
8.0 (203)
Sheet 8 of 9
.25O (6)
2.67 (68)
1.78 (45)
TERMINATION:
YELLOW
NOTE: PLEASE REFER TO PACE MANUAL FOR INSTALLATION INSTRUCTIONS.SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
YELLOW
YELLOWTHERM ISTOR RESISTANCE OUTPUT
YELLOW
PMT-1-X
270120Rev. C
2019/01/14
© Copyright Antec Controls by PRICE 2019
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Touchscreen Room Pressure Monitor
Product Submittal
ENVIRONMENTAL (OPERATING) 50⁰F to 95⁰F (10⁰C to 35⁰C), 0% to 95% R.H.(NON-CONDENSING)
ENVIRONMENTAL (STORAGE) -22⁰F to 122⁰F (-30⁰C to 50⁰C), 0% to 95% R.H.(NON-CONDENSING)
INPUT POWER 24 VAC +/- 10%, 50/60 Hz, 34 VA (EXTERNAL LOADS NOT INCLUDED), CLASS 2
INPUTS 1 BINARY INPUT, 1 BINARY/ANALOG INPUT, 1 SENSOR INFORMATION NETWORK INPUT
OUTPUTS 2 ANALOG OUTPUTS (0 to 10 VDC, MAX:10 mA), 1 DRY BINARY OUTPUT (MAX: 24 VAC/VDC, 100 mA)
DISPLAY TYPE CAPACITIVE TOUCH, 4.3in.(109mm) TFT/IPS, DIMMABLE
RESOLUTION WVGA RGB 480px x 800px
COMMUNICATION PROTOCOL BACNET MS/TP
MONITOR SPECIFICATIONS:
NOTE: PLEASE REFER TO PMT MANUAL FOR INSTALLATION AND SETUP INSTRUCTIONS. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
Sheet 1 of 5
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
PMT
DIMENSIONS:
3.65 (93)
5.0 (127)
1.34 (34)
.84 (21)
ROOM PRESSURE SENSORS:
ONE SIN ROOM PRESSURE SENSOR (SRPS1)
TWO SIN ROOM PRESSURE SENSORS (SRPS2)
THREE SIN ROOM PRESSURE SENSORS (SRPS3)
INPUT POWER POWERED FROM PMT
RANGE +/- 0.1 in.w .c. (+/- 25 Pa)
ACCURACY 3% OF READING
PRESSURE TUBING 24"(588mm) LONG, BLACK, FIRE-RATED
FACE PLATE ABS PLASTIC, WHITE
ROOM PRESSURE SENSOR (SRPS) SPECIFICATIONS:
ENVIRONMENTAL (OPERATING)50⁰F TO 95⁰F (10⁰C TO 35⁰C) 0% TO 95% R.H.(NON-CONDENSING)
ENVIRONMENTAL (STORAGE)-22⁰F TO 122⁰F (-30⁰C TO 50⁰C) 0% TO 95% R.H.(NON-CONDENSING)
2.8 (71) MIN3.58 (91) MAX
PMT-1-X
270120Rev. C
2019/01/14
© Copyright Antec Controls by PRICE 2019
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Touchscreen Room Pressure Monitor
Product Submittal
TERMINATION:
BO
CI
CI B
I
CO
M
AO
2
HO
T
CO
M
AO
1
Net
CO
M
+ -- Vbu
s
D D
+ --
Vco
m
BACNet S.I.N.
CONTACTCLOSURE
Sheet 2 of 5
HOT INPUT POWER, HOT
COM INPUT POWER, GROUND
AO1 ANALOG OUTPUT
AO2 ANALOG OUTPUT
BI
COM
CI +
CI -
Vbus S.I.N. POWER
Vcom S.I.N. GROUND
D + S.I.N. NET +
D - S.I.N. NET -
+ BACNet NET +
- BACNet NET -
Net COM BACNet NET COM
CONFIGURABLE INPUT
BINARY INPUT
DRY CONTACTBINARY OUTPUT
BO
NOTE: PLEASE REFER TO PMT MANUAL FOR INSTALLATION AND SETUP INSTRUCTIONS. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
CONFIG.INPUT
BINARYINPUT
ANALOGOUTPUTS
24VAC
+ --
2.75 (70)
4.50 (114)
.25 (6)
2.10 (53)
3.56 (90)
2.36 (60)
SRPS FACEPLATE
3.91 (99)
.83 (21)
3.25 (83)
3.0 (76)DINRAIL
.7 (18)
DIMENSIONS (CONTINUED):
PMT-1-X
270120Rev. C
2019/01/14
© Copyright Antec Controls by PRICE 2019
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Touchscreen Room Pressure Monitor
Product Submittal
NOTE: UNITS IN TABLE ARE SHOWN IN IMPERIAL. THE UNITS WILL CONVERT TO METRIC WITH CORRESPONDING RANGES IF METRIC UNITS ARE SELECTED IN THE USER PREFERENCE MENU.
Sheet 3 of 5
Disabled Standard Open
Room Pressure 1 in.w .c. / Pa -0.1 to +0.1Pressure reading of the monitored room using SRPS1
R R R
Room Pressure 2 in.w .c. / Pa -0.1 to +0.1Pressure reading of the monitored room using SRPS2 (Only available w hen SRPS2 connected)
R R R
Room Pressure 3 in.w .c. / Pa -0.1 to +0.1Pressure reading of the monitored room using SRPS3 (Only available w hen SRPS3 connected)
R R R
BI1 Binary Input 1 - [usage] - Open / ClosedThe Binary Input can be configured to several types of input signals. See Input section of PMT manual for options
R R R
MI1Configurable Input 1 -
[usage]Based on
usage
2 or 3 Statesbased on
usage
The Configurable Input can be configured to several types of input signals. See Input section of PMT manual for options
R R R
Analog Output 1 VDC 0-10
Analog Output 1 can be configured to provide VDC output for several different values. See Output section of PMT manual for options
R W W
Analog Output 2 VDC 0-10
Analog Output 2 can be configured to provide VDC output for several different values. See Output section of PMT manual for options
R W W
Binary Output 1 - On / Off
Binary Output 1 can be configured to provide 24VAC output for several different values. See Output section of PMT manual for options
R W W
Room Low Pressure Alarm 1
in.w .c. / Pa0 to AV2 or
AV2 to 0
Alarm trip point of Low Pressure Alarm for the room using SRPS1(Value w ill change sign if the room isconfigured for a Negative or Positive mode)
R R W
Room High Pressure Alarm 1
in.w .c. / PaAV1 to 0.1or 0 to AV1
Alarm trip point of High Pressure Alarm for the room using SRPS1(Value w ill change sign if the room isconfigured for a Negative or Positive mode)
R R W
Room Low Pressure Alarm 2
in.w .c. / Pa0 to AV4 or
AV4 to 0
Alarm trip point of Low Pressure Alarm for the room using SRPS2(Value w ill change sign if the room isconfigured for a Negative or Positive mode)
R R W
AV1
AV2
AV3
MULTISTATE INPUTS
BO1
ANALOG VALUE
BINARY OUTPUTS
BACNET POINTS LIST v2.2.X
BINARY INPUTS
ANALOG OUTPUTS
AO1
AO2
ANALOG INPUTS
AI1
AI2
AI3
Object Name Units Range Description
Write Settings
PMT-1-X
270120Rev. C
2019/01/14
© Copyright Antec Controls by PRICE 2019
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Touchscreen Room Pressure Monitor
Product Submittal
NOTE: UNITS IN TABLE ARE SHOWN IN IMPERIAL. THE UNITS WILL CONVERT TO METRIC WITH CORRESPONDING RANGES IF METRIC UNITS ARE SELECTED IN THE USER PREFERENCE MENU.
Sheet 4 of 5
Disabled Standard Open
Room High Pressure Alarm 2
in.w .c. / PaAV3 to 0.1or 0 to AV3
Alarm trip point of High Pressure Alarm for the room using SRPS2(Value w ill change sign if the room isconfigured for a Negative or Positive mode)
R R W
Room Low Pressure Alarm 3
in.w .c. / Pa0 to AV6 or
AV6 to 0
Alarm trip point of Low Pressure Alarm for the room using SRPS3(Value w ill change sign if the room isconfigured for a Negative or Positive mode)
R R W
Room High Pressure Alarm 3
in.w .c. / PaAV5 to 0.1or 0 to AV5
Alarm trip point of High Pressure Alarm for the room using SRPS3(Value w ill change sign if the room isconfigured for a Negative or Positive mode)
R R W
Displays the current status of all rooms. (Value w ill change sign if any room changes status)1 - Normal2 - Caution3 - Alarm4 - Setback
Indicates w hether the PMT has beenoverride to a specif ic mode
1 – No Override2 – Force Isolation3 – Force Caution4 – Force Alarm5 – Force Setback
Indicates the isolation mode of roomusing SRPS1
1 - Positive2 - Negative
Object Name Units Range Description
Write Settings
Room 3 Air Change Rate readingfrom other BACnet device
R R RAV15 Room 3 Air Change Rate - BACnet A.C.H. 0 - 100
Room 3 Temperature readingfrom other BACnet device
R R R
AV14 Room 3 Relative Humidity - BACnet % R.H. 0 - 100Room 3 Relative Humidity readingfrom other BACnet device
R R R
AV13 Room 3 Temperature - BACnet ºF / ºC 0 - 200
Room 2 Relative Humidity readingfrom other BACnet device
R R R
AV12 Room 2 Air Change Rate - BACnet A.C.H. 0 - 100Room 2 Air Change Rate readingfrom other BACnet device
R R R
AV11 Room 2 Relative Humidity - BACnet % R.H. 0 - 100
AV10 Room 2 Temperature - BACnet ºF / ºC 0 - 200Room 2 Temperature readingfrom other BACnet device
R R R
AV7 Room 1 Temperature - BACnet ºF / ºC 0 - 200
Room 1 Air Change Rate readingfrom other BACnet device
R R RAV9 Room 1 Air Change Rate - BACnet A.C.H. 0 - 100
AV8 Room 1 Relative Humidity - BACnet % R.H. 0 - 100Room 1 Relative Humidity readingfrom other BACnet device
R R R
AV5
AV6
MULTISTATE VALUES
R R WMV2 Status Override Text 5 States
MV1 Status Text 4 States R R R
Room 1 Temperature readingfrom other BACnet device
R R
MV3 Room Isolation Mode 1 Text 2 states R R W
AV4
BACNET POINTS LIST v2.2.X (CONTINUED)
R
PMT-1-X
270120Rev. C
2019/01/14
© Copyright Antec Controls by PRICE 2019
Sol
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Touchscreen Room Pressure Monitor
Product Submittal
Sheet 5 of 5
Disabled Standard Open
Indicates the isolation mode of roomusing SRPS2
1 - Positive2 - Negative
Indicates the isolation mode of roomusing SRPS3
1 - Positive2 - Negative
Indicates the reason for any alarm that may be present
1 - No Alarm2 - Netw ork Override3 - Contact Input4 - Missing Sensor5 - Room Low Pressure6 - Room High Pressure7 - Extended Door Open
Indicates the reason for any cautionthat may be present
1 - No Caution2 - Netw ork Override3 - Contact Input4 - Door Open5 - Room Low Pressure6 - Room High Pressure7 - Missing Sensor
BACNET POINTS LIST v2.2.X (CONTINUED)
Object Name Units Range Description
Write Settings
W
MV5 Room Isolation Mode 3 Text 2 states R R W
MV4 Room Isolation Mode 2 Text 2 states R R
R R
MV7 Caution Status Text 7 states R R R
MV6 Alarm Status Text 7 states R
NOTE: PLEASE REFER TO PMT MANUAL FOR INSTALLATION AND SETUP INSTRUCTIONS. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
MVM-1-X
270116Rev. C
2019/01/18
© Copyright Antec Controls by PRICE 2019
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Multi-Variable Monitor
Product Submittal
6.0 (152)
8.75 (222)
7.0 (178)
.11 (3)
2.11 (54)
3.75 (95)
6.25 (159)3.61 (92)
1.3 (33)
1.4 (36)
DIMENSIONS:
ENVIRONMENTAL (OPERATING) 50⁰F to 105⁰F (10⁰C to 40⁰C), 10% to 90% R.H.(NON-CONDENSING)
INPUT POWER 24 VAC +/- 10%, 50/60 Hz, 14 VA, CLASS 2
DISPLAY TYPE CAPACITIVE TOUCH, 7in. (178mm), DIMMABLE
RESOLUTION 800px x 480px, 262144 COLORS
FACE GLASS, IP54
COMMUNICATION PROTOCOL BACNET MS/TP, BACNET IP
MVM SPECIFICATIONS:
Sheet 1 of 4
7in. (178mm) SCREEN SIZE (S7)
NOTE: PLEASE REFER TO MVM MANUAL FOR INSTALLATION, SETUP INSTRUCTIONS AND ADDITIONAL INFORMATION. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
TERMINATION:
ETHERNETPOWER24VAC
+-- GN
D
RS-485
+--
POWER + INPUT POWER, HOT
POWER - INPUT POWER, GROUND
GND NET COM
+ NET +
- NET -
ETHERNETIP CONNECTION FOR BACNET IP ORTO LAPTOP FOR CONFIGURATION
ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER.
MVM-1-X
270116Rev. C
2019/01/18
© Copyright Antec Controls by PRICE 2019
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Multi-Variable Monitor
Product Submittal
CONFIGURATIONS:SINGLE ROOM CONFIGURATIONS (1RM)
CONFIGURATION TYPE: (1)DISPLAY POINTS: (RMP-RMT-RMRH)
Room Pressure
Temperature
Humidity
Room Status
Alarm/Caution Reason
Room Pressure Mode
Occupancy Override
CONFIGURATION TYPE: (2)DISPLAY POINTS: (RMP-RMT-ACH)
Room Pressure
Temperature
Air Changes per Hour
Room Status
Alarm/Caution Reason
Room Pressure Mode
Occupancy Override
CONFIGURATION TYPE: (3)DISPLAY POINTS: (RMT-RMRH-CO2)
Temperature
Humidity
CO2
Room Status
Alarm/Caution Reason
Room Pressure Mode
Occupancy Override
CONFIGURATION TYPE: (4)DISPLAY POINTS: (RMT-RMRH-ACH)
Temperature
Humidity
Air Changes per Hour
Room Status
Alarm/Caution Reason
Room Pressure Mode
Occupancy Override
Sheet 3 of 4
CONFIGURATION TYPE: (5)DISPLAY POINTS FOR EACH ROOM: (RMP-RMRH)
Room Pressure
Humidity
Room Status
Alarm/Caution Reason
Occupancy Override
CONFIGURATION TYPE: (6)DISPLAY POINTS FOR EACH ROOM: (RMP-ACH)
Room Pressure
Air Changes per Hour
Room Status
Alarm/Caution Reason
Occupancy Override
CONFIGURATION TYPE: (7)DISPLAY POINTS FOR EACH ROOM: (RMT-RMRH)
Temperature
Humidity
Room Status
Alarm/Caution Reason
Occupancy Override
CONFIGURATION TYPE: (8)DISPLAY POINTS FOR EACH ROOM: (RMT-ACH)
Temperature
Air Changes per Hour
Room Status
Alarm/Caution Reason
Occupancy Override
TWO ROOM CONFIGURATIONS (2RM)
THREE ROOM CONFIGURATIONS (3RM)
CONFIGURATION TYPE: (9)DISPLAY POINTS FOR EACH ROOM: (RMP-RMT)
Room Pressure
Temperature
Room Status
Alarm/Caution Reason
Occupancy Override
CONFIGURATION TYPE: (10)DISPLAY POINTS FOR EACH ROOM: (RMP-ACH)
Room Pressure
Air Changes per Hour
Room Status
Alarm/Caution Reason
Occupancy Override
CONFIGURATION TYPE: (11)DISPLAY POINTS FOR EACH ROOM: (RMT-RMRH)
Temperature
Humidity
Room Status
Alarm/Caution Reason
Occupancy Override
CONFIGURATION TYPE: (12)DISPLAY POINTS FOR EACH ROOM: (RMT-ACH)
Temperature
Air Changes per Hour
Room Status
Alarm/Caution Reason
Occupancy Override
NOTE: PLEASE REFER TO MVM MANUAL FOR INSTALLATION, SETUP INSTRUCTIONS AND ADDITIONAL INFORMATION. SEE PROJECT SUBMITTAL SCHEDULE FOR SELECTED OPTIONS.
Sequence Number: 1
Sequence Type: Volumetric OffsetRoom(s): Operating Room
Volumetric Offset Control:
Temperature Control:
Modes of Operation:
Occupied Mode:
Unoccupied Mode:
Pressure Monitoring:
Humidity Monitoring:
The controller will measure the space temperature from a wall mounted room temperature sensor.
Occupied mode may be activated by a contact input or command by building management system.A local occupancy sensor shall be given priority over a building management system command allowing the user to override the occupancy mode and set the space to “Occupied” for a predetermined interval.While in occupied mode the controller will target the scheduled occupied airflows.
2018/10/25
Typical Operating Room
Sequence of Operations
The Airflow Control System (ACS) will modulate the supply and general exhaust to maintain the scheduled volumetric offset target. With no thermal demand, the supply and general exhaust will be maintained at their minimum scheduled values. As airflow demand increases (see section: Temperature Control) the supply and general exhaust will be increased simultaneously to maintain the scheduled volumetric offset.
If the space temperature falls below the adjustable room temperature setpoint, the airflow will initially be maintained at the minimum scheduled heating airflow (or the value dictated by other demands, e.g. fume hoods) and the reheat coil output will be increased. Once the discharge temperature reaches the adjustable maximum value, the reheat output will be maintained. If the room temperature does not rise to the room temperature setpoint, the airflow will then be increased (if scheduled) towards the maximum scheduled heating airflow, allowing the reheat output to increase while maintaining the maximum discharge temperature.
A humidity sensor will measure the room relative humidity. A humidity level can be displayed locally and integrated to the building management system.
If the space temperature rises above the adjustable room temperature setpoint, the reheat output will be decreased. Once the discharge temperature reaches the adjustable minimum value, the reheat output will be maintained. The airflow will initially be maintained at the minimum scheduled cooling airflow (or value dictated by other demands). If the room temperature does not decrease to the room temperature setpoint, the airflow will be increased towards the maximum scheduled cooling airflow.
A room pressure sensor will measure the differential pressure between the room and adjoining space. The differential pressure is displayed on the wall mounted interface. Low and high room pressure alarms and cautions can be enabled for local visual and audible alert. Room differential pressure and alarms are available to the building management system.
Unoccupied mode may be activated by a contact input or command by building management system.While in unoccupied mode the controller will target the scheduled unoccupied airflow.
Display:
Local/Room Level Communication:
Building Network Communication
All valves and controllers as part of the Airflow Control System (ACS) within the room will communicate via an independent high-speed room level network. The ACS will route all room level data to a single connection for interface to the building level network. All room level control is self-contained with no communication or data required from sources outside of the room ACS.
The Airflow Control System (ACS) will communicate over a native BACnet MS/TP trunk to the building automation network. All points are available to the BMS with no network gateway required.
The display unit allows monitoring and control of system variables to be displayed on the user interface.The display unit will provide local audible and visual alerts for systems variables.The display unit will communicate directly with room level controllers and to display necessary system variables. It can be integrated with the building management system.
2018/10/25
Typical Operating Room
Sequence of Operations