28
RTU Commissioning
RTU mechanical cooling functional verification done
Maximum Delta temperature ( return to supply temp ) for cooling stage #1:
Maximum Delta temperature ( return to supply temp ) for cooling stage #1 & 2:
Economizer cooling functional verification done
Minimum position of economizer properly set?
RTU thermostat Aux output used to disable minimum position of economizer check ?
RTU heating functional verification done
Maximum Delta temperature ( return to supply temp ) for heating stage #1:
Maximum Delta temperature ( return to supply temp ) for heating stage #1 & 2:
Static pressure transducer input reading fan Off ( should be 0 “WC or 0 PA ):
Maximum static pressure transducer input reading fan On ( all VAV closed ):
Static pressure damper actuator properly rigged and verified?
Important configuration property set?
-
RTC MAC value:
-
PAN
ID
-
Channel
-
CntrlTyp:
-
Dis
HL:
-
Dis
LL:
-
H
Lock:
-
C
Lock:
-
Sp
range:
-
Pressure:
Communication with zones is active? ( Status LED & manual scroll display )
Local time clock set?
Local schedule set?
Local system mode set to Auto? ( System On )
Outdoor air sensor properly connected and displaying value? ( manual scroll display )
Supply air sensor properly connected and displaying value? ( manual scroll display )
Return air sensor properly connected and displaying value? ( manual scroll display )
Zone Number ( ) ,
use MAC address for zone name and repeat for ALL other zones
Location:
Date of original installation
VAV inlet diameter
Ǿ
in Inches:
Zone vocation and use:
Perimeter zone?
VAV actuator brand:
Internal zone?
VAV actuator model:
Type of reheat if installed:
Capacity of reheat if installed:
Zone Configuration,
critical operational configuration parameters are in bold
Zone MAC
Unocc HT
PAN ID
Unocc CL
Channel
St-By
HT
RTC MAC
St-By
CL
Get From
Set Type
MenuScro
TOccTime
C or F
Cal RS
PIR Func
Deadband
Lockout
Heat
max
BI1
Cool min
RehtConf
Min Pos
AO2RA/DA
Max Pos
AO2 OALK
MaxHTPos
BO5 OALK
PIHT Wei
BO5 Time
PICL Wei
BO5 cont
Items in bold items are critical for proper system operation.
