Emerson E2 Loop/Sequence Control Cell Descriptions, Output Cell Descriptions, How Schedules Work

		11.13.1.3	Diagram	11-41
11.13.2 Loop/Sequence Control Cell Descriptions				11-41
		11.13.2.1	The Select Cell	11-41
		11.13.2.2 The Setpoint Float Cell		11-42
		11.13.2.3 The PID Control Cell		11-42
		11.13.2.4	The Filter Cell	11-42
		11.13.2.5	The Override Cell	11-42
11.13.3		Output Cell Descriptions		11-42
		11.13.3.1	The Sequencer Cell	11-42
		11.13.3.2	The PWM Cell	11-43
11.14 TIME SCHEDULING AND HOLIDAYS				11-43
11.14.1		How Schedules Work		11-43
		11.14.1.1	Events	11-43
		11.14.1.2 Absolute and Relative Events		11-43
		11.14.1.3	Temporary Schedule Events	11-44
		11.14.1.4	Overlapping	11-44
		11.14.1.5	Ranges	11-44
11.14.2		Holiday Schedules		11-44
11.15	POWER MONITORING			11-44
11.15.1		Overview		11-44
11.15.2		Logging		11-45
		11.15.2.1	Power Monitoring Input	11-45
11.16	ANTI-SWEATSETUP			11-46
11.16.1		How Anti-Sweat Works		11-46
11.17	HEAT/COOL CONTROL			11-46
11.17.1		Temperature Control		11-46
11.17.2		Unoccupied Hysteresis		11-47
11.17.3		Optimum Start/Stop (OSS)		11-47
11.17.4		Setpoint Reset		11-47
11.17.5		Lead/Lag		11-48
11.18 ANALOG AND DIGITAL COMBINERS				11-48
11.19	TD CONTROL			11-49
11.19.1		Overview		11-49
11.19.2 Temperature Differential (TD) Strategy				11-49
11.19.3		TD Control Fail-Safes		11-49
11.19.4		Configuration		11-49
11.19.5		Setpoints		11-49
11.19.6		Inputs		11-50
11.19.7		Alarms		11-50
11.20	PULSE ACCUMULATION			11-50
11.20.1		Overview		11-50
11.20.2		Configuration		11-50
11.20.3		Outputs		11-50
11.20.4		Accumulator Reset Types		11-51
11.20.5		Logging		11-51
11.20.6		High Trip		11-51
11.21	IRRIGATION CONTROL			11-51
11.21.1		Overview		11-51
11.21.2		Zones and Cycles		11-51
		11.21.2.1	Cycle Control Types	11-52
		11.21.2.2	Timed	11-52
		11.21.2.3	Volume	11-52
11.21.3		Cycle Scheduling		11-52
11.21.4		Zone Inhibit		11-52
		11.21.4.1	Timed	11-52

E2 RX/BX/CX I&O Manual Table of Contents • xiii