Trane BACnet BCI-R Integration Manual page 25

Communication interface for reliatel controllers
Table of Contents

Advertisement

Table 3.
Analog Output (continued)
Object Identifier Object Name
Analog Output, 33
Exhaust or Return Fan Configuration
Analog Output, 34
Power Exhaust Enable Setpoint BAS
Table 4.
Analog Input
Object Identifier
Analog Input, 1
Cooling Capacity Status
Analog Input, 2
Heat Primary Capacity Status
Analog Input, 3
Heat Secondary Capacity Status
Analog Input, 5
Reheat Capacity Status
Analog Input, 6
Filter Runtime Hours
Analog Input, 7
Supply Fan Speed Command
Analog Input, 8
Exhaust Fan Speed Command
Analog Input, 9
Exhaust Damper Position Status
Analog Input, 11
Outdoor Air Damper Position Status
Analog Input, 15
Space Temperature Active
Analog Input, 16
Space Humidity Active
Analog Input, 18
Outdoor Air Temperature Active
Analog Input, 20
Outdoor Air Humidity Active
Analog Input, 24
Discharge Air Temperature Active
Analog Input, 25
Mixed Air Temperature
Analog Input, 26
Return Air Temperature
Analog Input, 28
Duct Static Pressure Active
Analog Input, 31
Space Static Air Pressure Active
Analog Input, 32
Space CO
Analog Input, 34
Outdoor Air Flow Active
Analog Input, 48
Duct Static Pressure Setpoint Active
Analog Input, 50
Space Temperature Setpoint Active
Analog Input, 52
Discharge Air Temperature Setpoint Active
Morning Warmup Temperature Setpoint
Analog Input, 54
Active
Analog Input, 57
Outdoor Air Minimum Flow Setpoint Active
Analog Input, 58
Dehumidification High Limit Setpoint
Analog Input, 61
Discharge Air Reheat Setpoint Active
BAS-SVP09B-EN
Description
Sets the equipment exhaust or
return fan type.
BAS supplied power exhaust
enabled setpoint value.
Object Name
Concentration Active
2
Object Data Points and Diagnostic Data Points
Units of Measure
NA
Percent (98)
Description
Indicates the unit cooling capacity being utilized.
Indicates the unit primary heating capacity being
utilized.
Indicates the unit secondary heating capacity being
utilized.
Indicates the unit reheat heating capacity being
utilized.
Indicates the number of hours air has flowed through
the filter.
Indicates the unit commanded supply fan speed.
Indicates the unit commanded exhaust fan speed.
Indicates the unit exhaust damper position.
Indicates the unit outdoor air damper position.
The space temperature currently used for unit control.
The space humidity value from a unit-mounted control. Percent-relative-humidity (29)
The outdoor air temperature currently used for unit
control.
The outdoor air humidity value used for unit control.
The discharge air temperature currently used for unit
control.
The mixed air temperature value from a unit-mounted
sensor.
The return air temperature value from a unit-mounted
sensor.
Duct static air pressure value currently being used for
unit control.
Space static air pressure value being used for unit
control.
Space CO
concentration being used for unit control.
2
Outdoor airflow utilitzed by the unit.
Duct static pressure setpoint value being used for unit
control.
Space temperature setpoint value being used for unit
control.
Discharge air temperature setpoint value being used
for unit control.
The air temperature setpoint used during morning
warmup mode.
The minimum outdoor airflow setpoint being utilized by
the unit.
Humidity setpoint value that starts dehumidification
control.
Indicates the active supply air reheat temperature
setpoint.
IP/SI
Valid Range
1.0 to 255
0.0 to 100
Units of Measure
IP/SI
Percent (98)
Percent (98)
Percent (98)
Percent (98)
Hours (71)
Percent (98)
Percent (98)
Percent (98)
Percent (98)
Fahrenheit (64)
Celcius (62)
Fahrenheit (64)
Celcius (62)
Percent-relative-humidity (29)
Fahrenheit (64)
Celcius (62)
Fahrenheit (64)
Celcius (62)
Fahrenheit (64)
Celcius (62)
0.0 inH2O = 0 Pa (53)
7.9 inH2O = 1967 Pa
-0.67 inH2O = -167 Pa (53)
0.67 inH2O = 167 Pa
Part-per-million (96)
mg/kg
0 CFM = 0 l/s (litres/second)
65535 CFM = 30929 l/s (87)
0.0 inH2O = 0 Pa (53)
5.1 inH2O = 1270 Pa
Fahrenheit (64)
Celcius (62)
Fahrenheit (64)
Celcius (62)
Fahrenheit (64)
Celcius (62)
0 CFM = 0 l/s (litres/second)
65000 CFM = 30676 l/s (87)
Percent (98)
Fahrenheit (64)
Celcius (62)
Refresh
Rate
(Sec.)
NA
NA
25

Advertisement

Table of Contents
loading

Table of Contents