Daikin MICROTECH SMARTSOURCE 2300 WSHP, Integration Manual, Page: 23 / 30

EFFECTIvE OCCUPANCy MODES
ED 19129-1
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Effective Occupancy Modes
Occupancy is a critical parameter when determining the mode
of operation .
The unit operates in one of four different occupancy modes as
described in Table 12 below .
Table 12: Occupancy Mode Descriptions
Mode Description
Occupied Space is occupied
Unoccupied Space is unoccupied
Standby
Unit is using setpoints that are in between the values
defined by Occupied and Unoccupied states
Bypass
Space is considered occupied for the duration of the
bypass timer
The unit controller calculates the proper occupancy state
based on several physical and network variables . This section
describes the parameters and how Effective Occupancy
( EffectOccup ) is determined .
Table 13 describes the parameters used to calculate effective
occupancy (MSV:6-MSV:9) . Table 14 describes the relationship
among those network occupancy inputs and the respective
configuration parameters.
Table 13: Occupancy Parameters
Parameter Description
EffectOccup (MSV:6)
Indicates the actual occupancy mode of the unit
(Occupied, Unoccupied, Bypass, Standby)
OccManCmd (MSV:7) Network occupancy override input
OccSchedule (MSV:8) Network occupancy scheduler
OccSensor (MSV:9) Network occupancy sensor
OccSw_In (BI:10) Physical input for the Unoccupied switch mode
TenantOverride
Determined by space temperature sensor input if
installed and has a tenant override button . Sets the
unit to Occupied/Bypass mode
cpBypassTime (AV:7)
Allows the unit to enter Bypass mode when the
timer is active and bypass time has been set
Table 14: Occupancy Mode Interactions
OccManCmd
(MSV:7)
OccSchedule
(MSV:8)
OccSensor
(MSV:9)
OccSw_In
(BI:10)
EffectOccup
(MSV:6)
1 (Occ) NA NA NA 1 (Occ)
2 (Unoc) NA NA NA 2 (Unoc)
3 (Bypass)
1 (Occ) NA NA 1 (Occ)
2 (Unoc) NA NA 3 (Bypass)
3 (Standby) NA NA 3 (Bypass)
4 (Null)
1 (Occ) NA 1 (Occ)
2 (Unoc) NA 2 (Unoc)
4 (Standby) NA NA NA 4 (Standby)
5 (Null)
1 (Occ)
1 (Occ) NA 1 (Occ)
2 (Unoc) NA 4 (Standby)
2 (Unoc) NA NA 2 (Unoc)
3 (Standby) NA NA 4 (Standby)
4 (Null)
1 (Occ) NA 1 (Occ)
2 (Unoc) NA 2 (Unoc)
5 (Null) 4 (Null) 3 (Null) 1 (Occ) 1 (Occ)
5 (Null) 4 (Null) 3 (Null) 0 (Unoc) 2 (Unoc)