Bosch FHP560 - Page 33

Applications Manual FHP560 Controller | 33
Bosch Thermotechnology Corp.
Data subject to changePage____ of ____
Integration Points
#
Point Description
Name
BACnet MODBUS N2 LON
Read
Only
Description
Name
Type
ID
Object
Type
Register Type ID
SNVT
#
Name SNVT
114
Hot Gas ReHeat Valve
Status
eff_hgrv_cmd_1 BV:44 discrete in 10025 binary in 26 40 nvoEffHgrvCmd
SNVT_
switch(95)

Hot Gas ReHeat Valve Status
(Start/Stop)
0 = Valve Off
1 = Valve On
115
Entering Water
Temperature Sensor
Alarm
ewt_sen_1 BV:80 discrete in 10026 binary in 27 ‒‒ ‒

Entering Water Temperature
Sensor Alarm
0 = Normal
1 = Sensor Failure Alarm (Check
Hardware)
116 Fan Running Status fan_status_1 BV:66 discrete in 10028 binary in 29 41 nvoFanStatus
SNVT_
switch(95)

Fan Running Status
0 = Off
1 = On - Fan Running
117 Fan Hand Mode Alarm saf_hand_1 BV:83 discrete in 10027 binary in 28 ‒‒ ‒

Fan Hand Mode Alarm
Fan is running but not being
commanded by controller.
118 Fan Output Cmd fan_cmd_1 BV:17 discrete in 10011 binary in 11 7 nvoFanCmd
SNVT_
switch(95)

Fan Output Status (O)
0 = Fan Output Off
1 = Fan Output On
119 Filter Service Alarm fi lter_1 BV:40 discrete in 10029 binary in 30 ‒‒ ‒

Filter Alarm
0 = Off
1 = Service Filter Alarm
120
UPM Safety -
Condenser Coil Freeze
Alarm
frz_2st_1 BV:8 discrete in 10030 binary in 31 42 nvoFrz2st
SNVT_
switch(95)

UPM Freeze Sensor Alarm
(Condenser Coil)
0 = Off
1 = Freeze Condition Detected
121
UPM Safety -
Evaporator Coil Freeze
Alarm
frz_evap_2st_1 BV:90 discrete in 10031 binary in 32 43 nvoFrzEvap2st
SNVT_
switch(95)

UPM Freeze Sensor Alarm
(Evaporator Coil)
0 = Off
1 = Freeze Condition Detected
122 Boilerless Status htg_econ_1 BV:91 discrete in 10034 binary in 35 ‒‒ ‒

Boilerless Control Status
0 = Off
1 = On (Electric Heating)
123
UPM Safety - High
Pressure Alarm
hp1_2st_1 BV:5 discrete in 10035 binary in 36 44 nvoHp12st
SNVT_
switch(95)

UPM High Pressure Alarm Status
0 = HP normal
1 = High Pressure Alarm
124
Low Heating Supply Air
Temperature in DAC
hsat_lo_1 BV:149 discrete in 10037 binary in 38 ‒‒ ‒

Heating Supply Air Temp Alarm
(Low)
0 = Normal
1 = Active (Default: <80 °F)
125 Inputs Override Status input_lock_1 BV:38 discrete in 10038 binary in 39 ‒‒ ‒

Software Input Lock
0 = Normal
1 = Software Lock Enabled
126
BAS Loop Enable/
Disable
loop_enabled_1 BV:23 discrete out 6 binary out 40 45 nviLoopEnabled
SNVT_
switch(95)
"Loop Status
0 = Disable Heat/Cool
1 = Allow Heat/Cool Operation
(Default)
127
UPM Safety - Low
Pressure Alarm
lp1_2st_1 BV:4 discrete in 10039 binary in 41 46 nvoLp12st
SNVT_
switch(95)

UPM Low Pressure Alarm Status
0 = LP Normal
1 = Low Pressure Alarm
Table 33
Integration Points
#
Point Description
Name
BACnet MODBUS N2 LON
Read
Only
Description
Name
Type
ID
Object
Type
Register Type ID
SNVT
#
Name SNVT
128
High Leaving Water
Temperature
lvg_hi_1 BV:32 discrete in 10041 binary in 43 ‒‒ ‒

High Leaving Water Temperature
Alarm (LWT)
0 = Normal
1 = Alarm (Default: >135 °F)
129
Low Leaving Water
Temperature
lvg_lo_1 BV:33 discrete in 10042 binary in 44 ‒‒ ‒

Low Leaving Water Temperature
(LWT)
0 = Normal
1 = Alarm (Default: <40 °F)
130
Leaving Water
Temperature Sensor
Failure
lvg_sen_1 BV:34 discrete in 10043 binary in 45 ‒‒ ‒

Leaving Water Temperature Alarm
(Sensor)
0 = Normal
1 = Sensor Failure (Check Sensor
Hardware Confi guration)
131
Low Mixed Air
Temperature
mat_low_1 BV:89 discrete in 10044 binary in 46 ‒‒ ‒

Mixed Air Low Temperature Alarm
(Low)
0 = Normal
1 = Alarm (Default: <38 °F)
132
Mix Air Temperature
Sensor Failure
mat_sen_1 BV:88 discrete in 10045 binary in 47 ‒‒ ‒

Mixed Air Low Temperature Alarm
(Sensor)
0 = Normal
1 = Sensor Failure (Check Sensor
Hardware Confi guration)
133
Night Setback (NSB)
Status
nsb_status_1 BV:22 discrete in 10013 binary in 13 8 nvoNsbStatus
SNVT_
switch(95)

Night Setback Status
0 = Night Setback disabled
1 = Night Setback enabled
134
Outside Air
Temperature Sensor
Failure
oat_sen_1 BV:87 discrete in 10046 binary in 48 ‒‒ ‒

Outside Air Temperature Alarm
(Sensor)
0 = Normal
1 = Sensor Failure (Check Sensor
Hardware Confi guration)
135 Occupancy Status occ_status_1 BV:21 discrete in 10014 binary in 14 11 nvoOccStatus
SNVT_
switch(95)

Occupancy Status
0 = Unoccupied
1 = Occupied
136 Reset Fan Runtime fan_rntm_rst_1 BV:19 discrete out 7 binar y out 52 47 nviFanRntmRst
SNVT_
switch(95)
Reset Fan Runtime.
Momentary On/Off required for
reset
0 = Reset Off (Default)
1 = Reset On
137
Reversing Valve Output
Status
rev_vlv_cmd_1 BV:15 discrete in 10050 binary in 54 48 nvoRevVlvCmd
SNVT_
switch(95)

Reversing Valve Output Status
0 = Reversing Valve De-energized
1 = Reversing Valve Energized
138
Static Air Pressure
Sensor Hardware Alarm
sas_sen_1 BV:65 discrete in 10051 binary in 55 ‒‒ ‒

Static Air Pressure Sensor Alarm
(Sensor)
0 = Normal
1 = Sensor Failure (Check Static
Pressure Hardware
Confi
guration)
139
Supply Air Fan Switch
Failure
saf_switch_fail_1 BV:82 discrete in 10052 binar y in 56 ‒‒ ‒

Supply Air Fan Status Alarm
0 = Normal
1 = Alarm (Check Fan Hardware)
Table 34