Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations.
Catalog No. 04-53480028-01
Printed in U.S.A.
Form 48/50PG-5T
Pg CL-1
6-06
Replaces: 48/50PG-2T
Book 1
1
Tab
1a 1b
CONTROL SET POINT AND CONFIGURATION LOG
Model Number: ________________________________________
Software Versions: _______________________________________
Serial Number:
________________________________________
MBB: CESR131320-- __ __
Date:
________________________________________
ECB: CESR131249-- __ __
Technician:
________________________________________
MARQ: CESR131171-- __ __
INDICATE UNIT SETTINGS BELOW
Control Type:
Thermostat / T-55 Space Temp. / T-56 Space Temp. / T-58 Space Temp.
Set Points:
Cooling
Occupied:_____________
Unoccupied: ______________
Heating
Occupied:_____________
Unoccupied: ______________
MODE — CONFIGURATION
LEGEND
FIOP — Factory-Installed Option
ITEM
EXPANSION
RANGE
DEFAULT
ENTRY
CONFIGURATION
DISP
Display Configuration
METR
Metric Display
On/Off
Off
LANG
Language Selection
0=English
1=Spanish
2=French
3=Portuguese
0
PROT
Password Enable
Enable/Disable
Enable
PSWD
Service Password
0000 to 9999
1111
TEST
Test Display LEDs
On/Off
Off
UNIT
Unit Configuration
S.DLY
Start Up Delay
0 to 600 sec
30
U.CTL
Unit Control Type
1=Auto Select
2=Thermostat
3=Space Sensor
1
T.CTL
Thermostat Control Type
0=Adaptive
1=1 Stage Y1
2=2 Stage Y1
0
OC.FN
Fan On When Occupied
Yes/No
Yes
IDF.F
Shut Down on IDF Failure
Yes/No
Yes
EC.EN
Economizer Installed
Yes/No
No: no FIOP
Yes: FIOP
FN.SW
Fan Status Switch
0=No Switch
1=Normally Open
2=Normally Closed
0: no FIOP
1: FIOP
FL.SW
Filter Status Switch
0=No Switch
1=Normally Open
2=Normally Closed
0: no FIOP
1: FIOP
FS.SW
Fire Shutdown Switch
0=No Switch
1=Normally Open
2=Normally Closed
0: no FIOP
1: FIOP
RM.SW
Remote Occupancy Switch
0=No Switch
1=Normally Open
2=Normally Closed
0
SAT.T
SAT Settling Time
10 to 900 sec
240
SAT.H
SAT Heat Mode Sensing
Enable/Disable
Disable
RAT.S
RAT Sensor On SPTO Input
Yes/No
No
RH.S
RH Sensor ON OAQ Input
Yes/No
No
RH.SW
Space Humidity Switch
0=No Switch
1=Normal Open
2=Normal Closed
0: no Humidi-MiZer FIOP
1: Humidi-MiZer FIOP
TCS.C
Temp Cmp Strt Cool Factr
0 to 60 mins
0
TCS.H
Temp Cmp Strt Heat Factr
0 to 60 mins
0
COOL
Cooling Configuration
N.CIR
Number of Circuits
1 to 3
2
N.A
Compressors on Circuit A
1 to 2
1
MRT.C
Compressor Min On Time
120 to 999 sec
180
MOT.C
Compressor Min Off Time
300 to 999 sec
300
RST.C
Runtime to Reset Strikes
120 to 999 sec
300
C.DEC
Cool Stage Decrease Rate
120 to 999 sec
300
C.INC
Cool Stage Increase Rate
120 to 999 sec
450
FOD.C
Fan-off Delay, Mech Cool
0 to 600 sec
60
CA.LO
Circuit A Lockout Temp
0 to 100 dF
0
CB.LO
Circuit B Lockout Temp
0 to 100 dF
0: no Humidi-MiZer FIOP
Humidi-MiZer FIOP:
0
CC.LO
Circuit C Lockout Temp
0 to 100 dF
0
ALM.N
Alert Each Strike
Yes/No
Yes
Summary of Contents for 48PG24
Page 68: ...68 Fig 14 Low Voltage Control Schematic 48PG20 28 Units without Humidi MiZer System a48 7627...
Page 69: ...69 Fig 15 Low Voltage Control Schematic 48PG20 28 Units with Humidi MiZer System a48 8227...
Page 70: ...70 Fig 16 Low Voltage Control Schematic 50PG20 28 Units without Humidi MiZer System a48 7778...
Page 71: ...71 Fig 17 Low Voltage Control Schematic 50PG20 28 Units with Humidi MiZer System a50 8101...
Page 72: ...72 Fig 18 Power Schematic Units without Humidi MiZer System a48 7628...
Page 73: ...73 Fig 19 Power Schematic Units with Humidi MiZer System a48 8228...
Page 74: ...74 Fig 20 Component Arrangement Units without Humidi MiZer System a48 8229...
Page 75: ...75 Fig 21 Component Arrangement Units with Humidi MiZer System a48 8230...
Page 105: ......