Siemens BACNET 125-699 Benutzerhandbuch
Point Database
Siemens Building Technologies, Inc.
25
Description Address Application
Description
HTG LOOPOUT
{80}
2583, 2584
Heating temperature control loop output value in percent.
ELEC HEAT ON
81
2584
Value, in percent, that the heating Ioopout must exceed for
the electric heat to turn ON.
the electric heat to turn ON.
EHEAT 1 ON
81
2583
Value, in percent, that the heating loopout must exceed for
the first stage of electric heat to turn ON.
the first stage of electric heat to turn ON.
CMP1 ON
82
2583
Value, in percent, that the active temperature control
loop output must exceed for compressor 1 to turn ON.
Actual turn on is subject to the CMP MlN OFF time being
expired. lt is also the value, in percent, which HTG
LOOPOUT must go below for the electric heat (ELEC HEAT
1) to turn OFF when only one compressor is used.
loop output must exceed for compressor 1 to turn ON.
Actual turn on is subject to the CMP MlN OFF time being
expired. lt is also the value, in percent, which HTG
LOOPOUT must go below for the electric heat (ELEC HEAT
1) to turn OFF when only one compressor is used.
HTG CMP1 ON
82
2584
Value, in percent, that the heating temperature control loop
output must exceed for heating compressor 1 to turn ON.
Actual turn on is subject to the HTG1 MlN OFF time being
expired.
output must exceed for heating compressor 1 to turn ON.
Actual turn on is subject to the HTG1 MlN OFF time being
expired.
CMP1 OFF
83
2583
Value, in percent, that the active temperature control loop
output must go below for compressor 1 to turn OFF. Actual
turn off is subject to the CMP1 MlN ON time being expired.
output must go below for compressor 1 to turn OFF. Actual
turn off is subject to the CMP1 MlN ON time being expired.
HTG CMP1 OFF
83
2584
Value, in percent, that the heating temperature control loop
output must go below for heating compressor 1 to turn OFF.
Actual turn off is subject to the HTG1 MlN ON time being
expired.
output must go below for heating compressor 1 to turn OFF.
Actual turn off is subject to the HTG1 MlN ON time being
expired.
RVAL SWITCH
84
2583
Value, in percent, that the active temperature control loop
output must go above for the reversing valve to switch.
Actual switchover is subject to the status of HEAT.COOL,
RVAL SW TIME, and HTG LOOPOUT or CLG LOOPOUT.
output must go above for the reversing valve to switch.
Actual switchover is subject to the status of HEAT.COOL,
RVAL SW TIME, and HTG LOOPOUT or CLG LOOPOUT.
SWITCH LIMIT
85
2583, 2584
Active temperature control loop output must be less than
this value to switch between cooling mode and heating
mode. Actual switchover depends on SWITCH DBAND
being exceeded and is subject to SWITCH TIME being
expired.
this value to switch between cooling mode and heating
mode. Actual switchover depends on SWITCH DBAND
being exceeded and is subject to SWITCH TIME being
expired.
SWITCH TIME
86
2583, 2584
Time, in minutes, that must expire to switch between cooling
mode and heating mode. Actual switchover depends on the
active temperature control loop being below the value of
SWITCH LIMIT and exceeding the value of SWITCH
DBAND.
mode and heating mode. Actual switchover depends on the
active temperature control loop being below the value of
SWITCH LIMIT and exceeding the value of SWITCH
DBAND.
CMP1 MlN OFF
87
2583
Minimum time, in minutes, that compressor 1 will remain
OFF before turning ON.
OFF before turning ON.
HTG1 MlN OFF
87
2584
Minimum time, in minutes, that heating compressor 1 will
remain OFF before turning ON.
remain OFF before turning ON.
CMP1 MlN ON
88
2583
Minimum time, in minutes, that compressor 1 will remain ON
before turning OFF.
before turning OFF.
HTG1 MlN ON
88
2584
Minimum time, in minutes, that heating compressor 1 will
remain ON before turning OFF.
remain ON before turning OFF.
RVAL SW TIME
89
2583
Length of time the compressor must be OFF before the
reversing valve can switch modes.
reversing valve can switch modes.