Procedure
Steps
Display
OCC COOL—The cooling setpoint that is
used as the active setpoint when the system
is occupied.
OCC HEAT—The heating setpoint that is
used as the active setpoint when the system
is occupied.
UNOCC COOL—The cooling setpoint that is
used as the active setpoint when the system
is unoccupied.
UNOCC HEAT—The heating setpoint that is
used as the active setpoint when the system
is unoccupied.
MIN COOLING—The minimum cooling
setpoint that a user can select as the active
setpoint.
MAX HEATING—The maximum heating
setpoint that a user can select as the active
setpoint.
DIFFERENTIAL—The minimum value
between the cooling or heating setpoints.
The AppStat will always maintain this
difference between setpoints.
STBY OFFSET—(optional) A value used to
calculate the standby setpoint. The standby
setpoint is calculated by adding or
subtracting the offset value to or from the
value of the occupied setpoint.
DEHUM SETPOINT—(optional) Sets the
setpoint for dehumidification.
Dehumidification starts when the relative
humidity is above the dehumidification
setpoint.
DEHUM DEADBAND—(optional) The
system will remain in dehumidification until
the relative humidity falls below a value of
dehumidficaion setpoint minus the
dehumidification deadband value.
Back
Enter
Cncl
SETPOINT
OCC COOL
OCC HEAT
UNOCC COOL
UNOCC HEAT
MIN COOLING
MAX HEATING
DIFFERENTIAL
Procedure to set the commissioning setpoints (continued)
Section 4: Commissioning functions
KMC Controls, Inc.
42
Revision G
Summary of Contents for BAC-4000 series
Page 6: ...Contents KMC Controls Inc 6 Revision G ...
Page 30: ...Section 2 Installing the AppStat KMC Controls Inc 30 Revision G ...
Page 64: ...Section 4 Commissioning functions KMC Controls Inc 64 Revision G ...
Page 112: ...Section 6 Application drawings KMC Controls Inc 112 Revision G ...
Page 124: ...Section 7 System integration KMC Controls Inc 124 Revision G ...
Page 128: ...power 28 roof top unit 98 rough in 18 Index KMC Controls Inc 128 Revision G ...