Select Site        
 
Blower
Comp 1
Comp 2
Fan
 
Blower
Comp 1A
Comp 1B
Fan 1
 
Comp 2A
Comp 2B
Fan 2
Faults
None
Run Mode

Manual

Auto

Optimize

Power kW
Capacity Tons
Entering and Supply Air Temperatures
Date & Time
None
Circuit 1

Refrigerant [ ]

Low

Sat Temp

Target

0 °F

0 °F

Flow Temp

Superheat

Target

0 °F

0 °F

Evaporator Split

0 °F

Flow Delta

0 PSIG

High

Sat Temp

Target

0 °F

0 °F

Flow Temp

Subcool

Target

0 °F

0 °F

Condenser Split

0 °F

Flow PSIG

0 PSIG

Low

Sat Temp

Target

0 °F

0 °F

Flow Temp

Superheat

Target

0 °F

0 °F

Evaporator Split

0 °F

Flow Delta

0 PSIG

High

Sat Temp

Target

0 °F

0 °F

Flow Temp

Subcool

Target

0 °F

0 °F

Condenser Split

0 °F

Flow PSIG

0 PSIG

Efficiency

EER Btuh per Watt
0.0
IEER MBTU per kWh
0.0

Stats

EER IEER kW/T
OEM 12.0 14.6 1.0
Highest 0.0 0.0 0.0
Lowest 20 20 4
To Date 0.0 0.0 0.0
SAVINGS       thru
Run Time to Date
0.0 Hours
Energy Savings
0.0 kWh
Cost Savings
$0.0
Efficiency Increase
0.0%

Entering Air

EAT 0.0 °F
ERH 0.0 %
EWB 0.0 °F
EDP 0.0 °F
EGR 0.0

Entering Air

EAT Temperature
ERH Relative Humidity
EWB Wet Bulb
EDP Dew Point
EGR Grains per Lb

Condenser

CFS 0.0 %
OAT 0.0 °F
ORH 0.0 %
OWB 0.0 °F
ODP 0.0 °F
OGR 0.0

Condenser

CFS Condenser Fan Speed
OAT Outside Air
ORH Relative Humidity
OWB Wet Bulb
ODP Dew Point
OGR Grains per Lb

SystemT

0.0 °F
System Temp

Airflow

EBS 00.00 %
DPR 00.00 %
ECO 00.00 %
FILTER 0.0000 "wc
SPACE 0.0000 "wc
ESP 0.0000 "wc
OAcfm 00.00 cfm

Airflow

EBS Evaporator Blower Speed
DPR Damper % Open
ECO Economizer Position
Filter Filter Pressure (in-wc)
ESP External Static Pressure
OAcfm Outside Air Cubic Feet Per Minute

Supply Air

SAT 0.0 °F
SRH 0.0 %
SWB 0.0 °F
SDP 0.0 °F
SGR 0.0

Supply Air

SAT Supply Air
SRH Supply Relative Humidity
SWB Supply Wet Bulb
SDP Supply Dew Point
SGR Supply Grains

COIL AIR

LAT1 0.0 °F
LAT2 0.0 °F
LAGR1 0.0
LAGR2 0.0
LAT1 Leaving Air Temp 1
LAT2 Leaving Air Temp 2
LAGR1 Leaving Air Grains 1
LAGR2 Leaving Air Grains 2
Circuit 1

Refrigerant [ ]

Capacity

CAP1CAP2 0.00.0
SEN1SEN2 0.00.0
LAT1LAT2 0.00.0
SHR1SHR2 0.00.0

Capacity

CAP Capacity
SEN Sensible
LAT Latent (DeHum.)
SHR Sensible Heat Ratio

Power

P 0.0 kW
EER1EER2 0.00.0
EERS1EERS2 0.00.0
COP1 COP2 0.00.0
kW/T1 kW/T2 0.0 0.0

Power

P Total System Power
EER Energy Efficiency Ratio
EERS Sensible EER
COP Cooefficient of Performance
kW/T kiloWatts per Ton
0.0 psig
0.0 sst
0.0 ESdF
0.0 psig
0.0 slt
0.0 CSdF
0.0 °F
0.0 SH
0.0 Btu/lb
0.0 °F
0.0 SC
0.0 Btu/lb
0.0 lb/gal
0.0 gpm
DIS 0.0 °F
ETXV 0.0 °F
0.0 psig
0.0 sst
0.0 ESdF
0.0 psig
0.0 slt
0.0 CSdF
0.0 °F
0.0 SH
0.0 Btu/lb
0.0 °F
0.0 SC
0.0 Btu/lb
0.0 lb/gal
0.0 gpm
DIS 0.0 °F
ETXV 0.0 °F


Fan Speed %

BP Damper %

Blower Speed %

ECONOMIZER %

Drives Etrip Disabled 
Circuit 1


Compressor 1 Speed

Compressor 2 Speed

Comp 1 On (0-100%) Comp 1 Off (0-100%) Comp 2 On (0-100%) Comp 2 Off (0-100%) 3rd Stage On (0-100%) 3rd Stage Off (0-100%)
Comp 1 Tons Comp 2 Tons
Electric Heat 1
Electric Heat 2
Charge Enable  Crankcase Enable 
space temp
0.0
Calculated Setpoint

Relative Humidity
Outdoor Temp
Y2 Demand
Y3 Demand
CO2


Auto 
Fan (Amps - Hz)
Blower (Amps - Hz)
Compressor1 (Amps - Hz)
Compressor2 (Amps - Hz)
DRIVE Kilowatt
Fan Kw 0.0
Blower Kw 0.0
Compressor1 Kw 0.0
Compressor2 Kw 0.0
DRIVE Amps
Fan A 0.0
Blower A 0.0
Compressor1 A 0.0
Compressor2 A 0.0
DRIVE Output Hz
Fan Output 0.0
Blower Output 0.0
Compressor1 Output 0.0
Compressor2 Output 0.0
DRIVE Setpoint Hz
Fan SP 0.0
Blower SP 0.0
Compressor1 SP 0.0
Compressor2 SP 0.0
($/kWh)
EER: IEER: kW/T:
Stage 1 ON: Stage 1 OFF: Stage 2 ON: Stage 2 OFF:
Vent %: CFMp%: CO2max:
VentCFM: OAarea: CO2Min:
VENT SPD % HEAT SAT
Hi: Lo:   Now:
Hi Hum: Lo Hum:
Prop Integral

TEMPERATURE SENSORS


Enter adjustment [deg-F]
LA Temp 1
LA Temp 2
Hi T1
Hi T2
Low T1
Low T2
HX T1
HX T2
System T
Comp T1
Comp T2
Ref T1
Ref T2

PRESSURE SENSORS


Enter adjustment [PSI]
Hi P1
Hi P2
Low P1
Low P2
Hi Flow P1
Hi Flow P2


(MISC) SENSORS


Enter adjustment
Sensor 1
Sensor 2
Fresh Air

HUMIDITY-TEMPERATURE SENSORS


Enter Adjustment-[%RH]
SA Humidity
OA Humidity
EA Humidity
  
Enter Adjustment-[deg-F]
SA Temp
OA Temp
EA Temp

STATIC-P SENSORS


Enter Adjustment-[in-wc]
Supply
Filter
Space

FLOW-P OFFSET


Enter Adjustment-[PSID]
Delta-P1
Delta-P2

FLOW GAIN


Enter values for Flow 1
gpm/psid M
gpm B
  
Enter values for Flow 2
gpm/psid M
gpm B

LEVEL SENSORS


Volts lbs
Enter Values for Level 1
% / lb M
% B
  
Volts lbs
Enter Values for Level 2
% / lb M
% B

FIRE ALARM AND VFD STATUS

  

GPIO Control

VFD Status 0
Fire Alarm 0
   TstatMd (69) SPARE (45) FailSafe (110) UVC Emit (113)

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