Honeywell CVL4022ASVAV1 Engineering Manual page 83

Nv/field
Mode
ReheatStg
ReheatCmd
TempFlowCmd
EffectOcc
PeriphStg
PeriphCmd
nvoSpaceCO2
nvoSpaceHum
nvoSpaceTemp
nvoStaticP
nvoSupplyTemp
Table 22. Network Variable - Outputs (Continued)
Net Data Type
SNVT Master Node Status
count_inc 0 - Startup wait
1 - Heat
2 - Cool
3 - Reheat
4 – Morn_Warm
5 – Night Purge
6 – Pressurize
7 – Depressurize
8 – Trackflow
9 – Manual Damper Position
10 – Manual Flow
11 - Freeze Protect
12 – Factory Test.
Not supported Note 1
13 – IO Test
Not Supported. Note 1
14 – Float out sync
Not Supported.
15 – Disabled
Not Supported. Note 1
16 – Manual
Not Supported. Note 1
17 – Emerg Command Purge
18 – Emerg Command Shutdown
19 – Htg & Clg disabled.
20 – Fan only
Notes:
1. Refer to nvoNodeStatus.manual_control
SNVT indicates the number of stages that should be turned on in the receiving nodes
count_inc
≤
0 range
SNVT indicates the amount of modulating ReHeat that should be turned on in the receiving
lev_percent nodes.
≤
0 range
SNVT Output command of the temperature control loop in terms of percentage (%) of flow
lev_percent capacity mapped to the minimum - maximum flow range (zero percent as minimum
flow and 100% as maximum flow).
0 ≤ range
SNVT Effective occupancy
occupancy
SNVT indicates the number of peripheral heat stages that should be turned on in the
count_inc receiving nodes
≤
0 range
SNVT indicates the amount of modulating peripheral heat that should be turned on in the
lev_percent receiving nodes.
≤
0 range
SNVT Space CO2 concentration.
ppm ≤
0 range
SNVT Space relative humidity.
lev_percent ≤
0 range
SNVT The space temp value available to the network
temp_p ≤
14 range
SNVT Building or Duct static pressure. This is a data value obtained from a spare local
press_f input. It is typically network connected to a central VAV fan control.
-1.3433e36
SNVT Duct in cooling supply temperature.
temp_p
32 ≤ range
Description
≤
3
≤
100%
≤ 100%
≤
1
≤
100%
≤
5000 PPM
≤
100%
≤
122F
≤ ≤
range 1.3433e36 inWc
≤ 212 F
83 31-00083—02