Wiki source code of Irrigation System

Last modified by Aaron Bugaj on 2022/05/03 16:48

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		3	Each hill slope was designed with five (5) irrigation circuits. Each hill slope is fed via a supply line which can be charged using any of the pumps (valving restrictions apply)
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		5	= __Irrigation circuits__ =
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		7	Circuit A (MP2000)
		8	- This circuit utilizes six (8) Hunter MP2000 heads providing approximately 0.32 cm/hr of rain
		9
		10	Circuit B (Intermediate)
		11	- This circuit utilizes eight (6) Hunter MP2000 heads providing approximately 0.31 cm/hr of rain
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		13	Circuit C (MP3000)
		14	- This circuit utilizes eight (8) Hunter MP3000 heads providing approximately 0.74 cm/hr of rain
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		16	Circuit D (Multi1)
		17	- This circuit utilizes fourteen (14) Hunter MP2000 heads and fourteen (8) Hunter MP3000 heads providing approximately 1.37 cm/hr of rain
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		19	Circuit E (Multi2)
		20	- This circuit utilizes fourteen (14) Hunter MP2000 heads and fourteen (8) Hunter MP3000 heads providing approximately 1.37 cm/hr of rain
		21
		22	~~~* Please note ~~*
		23	Circuit D and E are designed to be identical and each is equivalent to the combination of A + B + C.
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		25
		26	= __Irrigation Scenarios__ =
		27
		28	\|A (MP2000)\|B (Interm)\|C (MP3000)\|D (Multi1)\|E (Multi2)\|Rain Rate (cm/hr)\|scenario #
		29	\|\|\|\|\|\|0.00\|0
		30	\|X\|\|\|\|\|0.31\|1
		31	\|\|X\|\|\|\|0.32\|2
		32	\|X\|X\|\|\|\|0.63\|3
		33	\|\|\|X\|\|\|0.74\|4
		34	\|X\|\|X\|\|\|1.05\|5
		35	\|\|X\|X\|\|\|1.06\|6
		36	\|\|\|\|X\|\|1.37\|7
		37	\|X\|\|\|X\|\|1.68\|8
		38	\|\|X\|\|X\|\|1.69\|9
		39	\|X\|X\|\|X\|\|2.00\|10
		40	\|\|\|X\|X\|\|2.11\|11
		41	\|X\|\|X\|X\|\|2.42\|12
		42	\|\|X\|X\|X\|\|2.43\|13
		43	\|\|\|\|X\|X\|2.74\|14
		44	\|X\|\|\|X\|X\|3.05\|15
		45	\|\|X\|\|X\|X\|3.06\|16
		46	\|X\|X\|\|X\|X\|3.37\|17
		47	\|\|\|X\|X\|X\|3.48\|18
		48	\|X\|\|X\|X\|X\|3.79\|19
		49	\|\|X\|X\|X\|X\|3.80\|20
		50	\|X\|X\|X\|X\|X\|4.11\|21
		51
		52	= __Irrigation Control__ =
		53
		54	Each of the five irrigation circuits is operated by a VALWORX electric ball valve. These valves can be opened and closed manually or by computer control. The device cRIO-LEO-Irrigation (located in the irrigation electrical control panel) is configured as a task scheduler which provides the ability to precisely automate complex valve action scenarios. More information regarding this topic can be found in the page [[Irrigation.IRRIGATION CONTROL]]
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		56	= __Water storage__ =
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		58	There are 7 tank in the east bay - each tank can hold approximately 8,037 Liters.
		59	There are 4 tank in the west bay - each tank can hold approximately 9,690 liters.
		60	The RO can produce approximately 75 liters per minute.
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		62	East bay storage tanks, pipes & valving shown in the image below:
		63
		64	[[image:LEO-East_Water-Tanks.png]]