Trane Tracer MP580 Programming Manual page 121

Table 8. Tracer MP580/581 generic network variable inputs (Continued)
Variable name
nviEnergyKwh
nviEnergyWhr
nviFlow01 ...
nviFlow05
nviIllum01 ...
nviIllum02
nviHeatCool01 ...
nviHeatCool20
nviOccManCmd
nviOccSchedule
nviDeviceOccup01 ...
nviDeviceOccup20
nviPercent01 ...
nviPercent20
nviPower
nviPower_f
nviPower_kilo
nviPressure01 ...
nviPressure05
CNT-SVP01C-EN
SNVT Data type
SNVT_elec_kwh Analog
SNVT_elec_whr_f Analog
SNVT_flow Analog
SNVT_lux Analog
SNVT_hvac_mode Enumerated
SNVT_occupancy Enumerated
SNVT_tod_event Enumerated
SNVT_occupancy Enumerated
SNVT_lev_percent Analog
SNVT_power Analog
SNVT_power_f Analog
SNVT_power_kilo Analog
SNVT_press_p Analog
Tracer MP580/581 bindings
Description
Bind to this network variable input to communicate
electrical energy usage in kilo Watt-hours to the
device.The valid range is from 0 kWh to 65,535 kWh
with a resolution of 1 kWh.
Bind to this network variable input to communicate
electrical energy usage in Watt-hours to the device.
The valid range of this floating point value is from
0 Wh to 1E38 Wh.
Bind to these five network variable inputs to commu-
nicate flow rate in liters per second to the device. The
valid range is from 0 L/s to 65,534 L/s with a resolu-
tion of 1 L/s.
Bind to these two network variable inputs to commu-
nicate illuminations in lux to the device. The valid
range is from 0 lux to 65,535 lux with a resolution of
1 lux.
Bind to these 20 network variable inputs to communi-
cate the application (heat/cool) modes of other
devices to the device.
Bind to this network variable input to communicate
occupancy overrides to the device.
Bind to this network variable input to communicate
scheduled occupancy to the device.
Bind to these 20 network variable inputs to communi-
cate the occupancy modes of other devices to the
device.
Bind to these 20 network variable inputs to communi-
cate levels in percent to the device. The valid range is
from –163.84% to 163.83% with a resolution of
0.005%.
Bind to this network variable input to communicate a
power in Watts to the device. The valid range is from
0 W to 6,553.5 W with a resolution of 0.1 W.
Bind to this network variable input to communicate a
power in Watts to the device. The valid range of this
floating point value is from –1E38 W to 1E38 W.
Bind to this network variable input to communicate a
power in kilo Watts to the device. The valid range is
from 0 kW to 6,553.5 kW with a resolution of 0.1 kW.
Bind to these five network variable inputs to commu-
nicate pressures in Pascals to the device. The valid
range is from –32,768 Pa to 32,766 Pa with a resolu-
tion of 1 Pa.
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