Property
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Notes
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HTSP
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This is the heating setpoint input. This value comes from the heating setpoint output on the setpoint microblock. This heating setpoint value is displayed on an RS Pro zone sensor.
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CLSP
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This is the cooling setpoint. This value comes from the cooling setpoint output on the setpoint microblock. This value is displayed on an RS Pro zone sensor.
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OCC
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This is the occupied input. This value usually comes from the occupied output on the schedule microblock. This value is displayed on an RS Pro zone sensor.
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OAT
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This is the outside air temperature input. This value can come from an analog network input or an analog input. This value is displayed on an RS Pro zone sensor.
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ALARM
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This is the alarm input. This value can come from any digital input. This value is displayed on an RS Pro zone sensor.
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ZONE
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This is the zone temperature output. This value can be the temperature of a single sensor. Or, if using the Rnet, the value can be the average, maximum, or minimum of several sensors. This output is connected to the setpoint microblock's zone temperature input.
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SP ADJ
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This is the setpoint adjust output. This value represents how many degrees the setpoint is adjusted by. This value comes from the setpoint adjust setting on the Logistat Plus or the RS Pro sensors. This output is connected to the setpoint microblock's "heating and cooling setpoint adjusted by" inputs.
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OVRDE
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This is the local override output. This value represents how many minutes the local zone's schedule should be overridden so that it will remain in its occupied state for at least this amount of time. This value comes from the timed local override setting on the Logistat Plus or the RS Pro sensors. This output is connected to the schedule microblock's override input.
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Name
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The Name property allows you to set the point name. You can use any characters (including spaces) in this field, except for the " character.
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Network Visible?
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When you set Network Visible? to Yes, the microblock's output is visible to third-party equipment.
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Description
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Description is the BACnet visible description property which may contain any items that you choose.
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Units
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The Units field has two parts, a scrolling list and a number field. If the unit of measure that you need is not available in the scrolling list, enter a BACnet number in the number field. Units can be read directly from the BACnet object but setting this property in the microblock reduces network traffic.
Units, abbreviations, and BACnet numbers
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Resolution
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Resolution is the smallest recognizable change in engineering units for the equipment.
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COV Increment
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The COV (Change of Value) Increment is the minimum change in the present value that will cause a microblock to send data to its COV Subscribers.
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Simulation
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The Simulation section in the microblock dialog box allows you to define the conditions that will be used during an Eikon for WebCTRL simulation. See "Simulating a control program" in Eikon for WebCTRL Help.
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Zone Temp Method
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The Zone Temp Method only applies to Rnets with more than one sensor. You can select how you want the zone temperature output to be calculated. The RS microblock can take the average, maximum or minimum of up to 5 Rnet zone sensors and output the resulting value.
NOTE This feature does not apply to LogiStats.
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Max adjust =
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This is the maximum allowed degrees you can adjust the setpoint from the sensor (RS Pro or LogiStat Plus only).
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Clear adjustment when unoccupied?
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This clears any setpoint adjustment to zero during unoccupied periods.
NOTE For LogiStat Plus sensors, the setpoint adjustment will return during occupied periods. For all other sensors, the setpoint adjustment will remain at zero until manually changed.
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Each pulse =
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This is the amount of time for each input pulse.
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Max accum.=
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This is the maximum override time you can have.
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Time Delay
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Time Delay specifies the delay between the onset of an Off-Normal condition and the reporting of the alarm to WebCTRL. High Limit and Low Limit allow you to enter value limits for the point being monitored. Dead Band is the hysteresis required to return to the normal state. Return Enabled? enables the reporting of the transition into the normal state.
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