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| Table 25. Configuration Parameters. (Continued) |
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| Value | Digital |
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| Direct | Hardware | Manual |
| NOTE: Physical I/O points that are configurable are in Table 20. | |
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| User Address |
| NvName |
| Field Name | (Metric) or States plus Range | ofState | Stateor |
| Default | (M, P,S) | Share | Map | Access | Config. | Config. | Test | Comments | |
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| Engineering Units: English |
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| OvrdPriority | nciConfig | OverridePriority | LAST | 0 |
| NET | P |
| X | X |
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| OverridePriority configures the override arbitration between ManOcc, | ||||
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| NET | 1 |
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| Bypass.state, and the wall module override button. If OverridePriority is 0 | |
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| (LAST), then the last command received from either the wall module or |
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| iManOcc determines the effective override state. If OverridePriority is 1 |
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| (NET), this specifies that when ManOcc is not OC_NUL, that the effective |
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| occupancy is ManOcc regardless of the wall module override state. |
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| UseWallModStpt | nciConfig | UseWallModStPt | FALSE | 0 |
| TRUE | P |
| X | X |
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| UseWallModStpt specifies the OC_OCCUPIED temperature setpoint | ||||
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| TRUE | 1 |
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| source. If UseWallModStpt is 0 (FALSE), then the occupied TempSetPts | |
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| are used when the effective occupancy is OC_OCCUPIED. If |
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| UseWallModStpt is 1 (TRUE), then the wall modules setpoint knob is used |
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| when the effective occupancy is OC_OCCUPIED. SetPt overrides all. |
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| SetPtKnob | nciConfig | SetPntKnob | OFFSET | 0 |
| ABSOLUTE_MIDDLE | P |
| X | X |
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| SetPntKnob specifies the usage of the setpoint knob when | ||||
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| ABSOLUTE_MIDDLE | 1 |
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| UseWallModStPt is TRUE. When SetPntKnob is 0 (ABSOLUTE_MIDDLE), | |
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| the setpoint knob directly determines the center point of between the |
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| OC_OCCUPIED cooling and heating setpoints. When SetPntKnob is 1 |
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| (OFFSET), the effective setpoint is calculated by adding the remote |
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| setpoint potentiometer value (center scale = 0) to the appropriate value of |
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| TempSetPts. |
97 |
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OvrdType | nciConfig | OverrideType | NONE | 0 |
| NORMAL | P |
| X | X |
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| OverrideType specifies the behavior of the override button. If the | |||||
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| NORMAL | 1 |
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| OverrideType is 0 (NONE) then the override button is disabled. An | |
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| BYPASS_ONLY | 2 |
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| OverrideType of 1 (NORMAL), causes the override button to set the | |
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| OverRide state to OC_BYPASS for Aux2SetPt.BypassTime seconds when |
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| the override button has been pressed for approximately 1 to 4 seconds, or |
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| to set the OverRide state to UNOCC when the button has been pressed for |
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| approximately 4 to 7 seconds. When the button is pressed longer than |
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| approximately 7 seconds, then the OverRide state is set to OC_NUL. If the |
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| OverrideType is 2 (BYPASS_ONLY), the override button sets the OverRide |
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| state to OC_BYPASS for Aux2SetPt.BypassTime seconds on the first |
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| press. On the next press, the OverRide state is set to OC_NUL. |
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| Table 26. LONMARK® /Open System Points. |
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| ValueofState | DigitalStateor |
| Share | Map | DirectAccess | HardwareConfig. | ManualConfig. | FailureDetect | ||
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| Engineering Units: English |
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| |
| User Address |
| NvName |
| Field Name |
| (Metric) or States plus Range |
|
| Default |
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| Comments | |
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| nciNodeSendT |
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| Seconds |
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| 0 |
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| The maximum time between updates of network variable outputs from the |
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| (SNVT_time_sec) |
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| node object. | |
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| nciRtuSendT |
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| Seconds |
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| 0 |
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| The SGPUC and SGPU time (heart beat time) between updates of network |
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| (SNVT_time_sec) |
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| variable outputs.NOTE: RtuSendT should be set to 55 seconds by a | |
74- |
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| management node to be compatible with a Honeywell system. |
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| nciRtuRcvT |
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| Seconds |
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| 0 |
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| This is the failure detection time for network SGPUC and SGPU variables | |
2958 |
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| (SNVT_time_sec) |
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| outputs.NOTE: RtuRcvT should be set to 300 seconds by a management | |
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| node to be compatible with a Honeywell system. | |
— 1 |
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EXCEL 10 W7750A,B,C CONSTANT VOLUME AHU CONTROLLER