See the table below for the differences between the VMA14xx Series and VMA 1832 controller network interface behavior.
|
VMA14xx Series Controller network interface behavior |
VMA 1832 Controller network interface behavior |
|---|---|
|
Provides separately mapped reliability points to indicate the online/offline status of its inputs |
Reliability is not mapped as a separate point; inputs indicate a reliable or unreliable status in which unreliable can indicate issues such as offline status. |
|
The setpoint and temporary occupancy are analog and binary inputs |
When using the Netsensor, the setpoint and temporary occupancy are analog and multi-state values |
|
Supports Occupied/Unoccupied/Standby Biases for Zone Setpoint |
Supports Occupied/Unoccupied/Standby Zone Setpoints |
|
OCC-S (Occupancy Status) is a MO object and is writable with priority |
OCC-S is a MI object and is now a read-only point |
|
CPIDPV (Cooling PID.Present Value) is an MO object and is writable with priority |
CPIDPV is an AO object and is now a read-only point |
|
Provides actuator diagnostics |
Does not provide actuator diagnostics |
|
Controller diagnostics are available for mapping |
Controller diagnostics are not available for mapping |
|
SUPFLOSP (Flow Control.Flow Controller.Setpoint) is an MO object and is writable with priority |
SUPFLOSP is an MI object and is now a read-only point |
|
HTGMODE (Heating Mode.Present Value) is an MO object and is writable with priority |
HTGMODE is an MI object and is now a read-only point |
|
BHPIDPV (Box Heat PID.Present Value) is an MO object and is writable with priority |
BHPIDPV is an AO object and is now a read-only point |
|
SHPIDPV (Supplemental Heat PID.Present Value) is an MO object and is writable with priority |
SHPIDPV is an AO object and is now a read-only point |
|
VAV Box Mode object is present |
No VAV Box Mode object exists. |
|
OCCSCHED object is present |
Uses the existing OCCSCHEDULE. |