Table of Contents
Advertisement
BACNET
OBJECT ID
AV:1
AV:2
AV:3
AV:4
AV:5
AV:6
AV:7
AV:8
AV:9
AV:10
REMOTE_AIRFLOW_CONFIGURATION_MODE
AV:11
AV:12
AV:13
REMOTE_EXHAUST_OFFSET_SETPOINT
AV:14
AV:15
REMOTE_MAX_DCV_VALUE_SETPOINT
AV:16
AV:17
REMOTE_MIN_DCV_VALUE_SETPOINT
AV:18
AV:19
AV:20
AV:21
AV:22
AV:23
AV:24
AV:25
AV:26
MMC_MAIN_BOARD_SOFTWARE_VERSION
AV:27
REMOTE_EX_FAN_SPEED_SETPOINT
AV:28
REMOTE_OA_FAN_SPEED_SETPOINT
AV:29
AV:30
REMOTE_VFD_WHEEL_SPEED_SETPOINT
BV:1
BV:2
BV:3
BV:4
BV:5
BV:6
BV:7
BV:8
BV:9
BV:10
BV:11
BV:12
BV:13
BV:14
BV:15
BV:16
REMOTE BP SENSOR (AV:11) — This parameter is only
applicable if the ERV is running in a building pressure based
mode of operation and the parameter REMOTE BP SENSOR
ENABLE (BV:11) is set to 1. If the parameter is set to 0, then
the ERV will use the BP (AV:1) parameter. The ERV will mod-
ulate the exhaust fan to try to achieve the number that is set into
REMOTE BP SETPOINT (AV:12).
REMOTE BP SENSOR SETPOINT (AV:12) — This is the
desired building pressure. The ERV will modulate the exhaust
fan to try to achieve this set point. This parameter is only appli-
cable for a building pressure based mode of operation. The
ERV will use this value for its calculations if the REMOTE
AIRFLOW CONFIGURATION MODE (AV:10) is not 0. If
the REMOTE AIRFLOW CONFIGURATION MODE
Table 12 — Network Points List
POINT NAME
BP
DCV_CO2_INSIDE
EAT_SENSOR
EX_FAN_POS
EXHAUST_AIR_CFM
OA_FAN_POS
OAT_SENSOR
OUTSIDE_AIR_CFM
RAT_SENSOR
REMOTE_BP_SENSOR
REMOTE_BP_SETPOINT
REMOTE_MAX_CFM_SETPOINT
REMOTE_MIN_CFM_SETPOINT
REMOTE_SENSOR_DCV_VALUE
SAT_SENSOR
UPC_SOFTWARE_VERSION_STAT
UPC_SOFTWARE_VERSION
EX_FILTER_BP
OA_FILTER_BP
REMOTE_EX_FILTER_BP_SETPOINT
REMOTE_OA_FILTER_BP_SETPOINT
ERV_VFD_WHEEL_POS
ERV_2POS_DAMPER_STAT
ERV_EX_STAT
ERV_OA_STAT
ERV_WHEEL_STAT
EX_BLOWER_ALARM
EX_DIRTY_FILTER_ALARM
FIX_WHEEL_ALARM
OA_BLOWER_ALARM
OA_DIRTY_FILTER_ALARM
OA_LOWCFM
REMOTE_BP_SENSOR_ENABLE
REMOTE_DCV_SENSOR_ENABLE
REMOTE_ERV_DOWN_ENABLE
REMOTE_PWR_EXHAUST_ENABLE
REMOTE_START_STOP
REMOTE_WHEEL_BYPASS_ENABLE
READ/
WRITE
R
R
R
R
R
R
R
R
R
R/W
remote_airflow_configeration_mode_1
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R
R
R
R
R
R/W
R/W
R/W
mmc_main_board_software_version_1
R/W
R/W
R
R/W
R
R
R
R
R
R
R
R
R
R
R/W
R/W
R/W
R/W
R/W
R/W
(AV:10) is set to 0, then the ERV will use the value that has
been loaded locally into the ERV control board.
REMOTE EXHAUST OFFSET SETPOINT (AV:13) —
This parameter is applicable when REMOTE AIRFLOW
CONFIGURATION MODE (AV:10) is configured to 1 or 2.
This will set the difference by which the exhaust airflow will
follow the outside airflow. For example, if the demand control
ventilation set points are telling the outdoor air fan to run at
4,000 cfm, and the REMOTE EXHAUST OFFSET SET-
POINT (AV:13) is set to -1,000, then the exhaust fan will be
running at 3,000 CFM.
REMOTE SENSOR DCV VALUE (AV:18) — This parame-
ter is also only applicable if the ERV is running in a CO
mode of operation and the parameter REMOTE DCV SEN-
SOR ENABLE (BV:12) is set to 1. If REMOTE DCV
31
BACNET
OBJECT NAME
bp_1
dcv_co2_inside_1
eat_sensor_1
ex_fan_pos_1
exhaust_air_cfm_1
oa_fan_pos_1
oat_sensor_1
outside_air_cfm_1
rat_sensor_1
remote_bp_sensor_1
remote_bp_setpoint_1
remote_exhaust_offset_setpoint_1
remote_max_cfm_setpoint_1
remote_max_dcv_value_setpoint_1
remote_min_cfm_setpoint_1
remote_min_dcv_value_setpoint_1
remote_sensor_dcv_value_1
sat_sensor_1
upc_software_version_stat_1
upc_software_version_1
ex_filter_bp_1
oa_filter_bp_1
remote_ex_filter_bp_setpoint_1
remote_oa_filter_bp_setpoint_1
remote_ex_fan_speed_setpoint_1
remote_oa_fan_speed_setpoint_1
erv_vfd_wheel_pos_1
remote_vfd_wheel_speed_setpoint_1
erv_2pos_damper_stat_1
erv_ex_stat_1
erv_oa_stat_1
erv_wheel_stat_1
ex_blower_alarm_1
ex_dirty_filter_alarm_1
fix_wheel_alarm_1
oa_blower_alarm_1
oa_dirty_filter_alarm_1
oa_lowcfm_1
remote_bp_sensor_enable_1
remote_dcv_sensor_enable_1
remote_erv_down_enable_1
remote_pwr_exhaust_enable_1
remote_start_stop_1
remote_wheel_bypass_enable_1
based
2
Advertisement
Table of Contents
