Komet

Komet 'Trigon' Rainguns

High-Tech Big Volume Rainguns
for Aggressive Waste Waters

'Trigon' Raingun

The Trigon 112 is designed to cover a wide range of operating conditions in a variety of waste water applications including those in the mining industry. It is reliable by design and built to last!

Features

Trigon 112 is the only big volume raingun specifically engineered for leach mining applications
Constructed from materials and components carefully selected in order to withstand the corrosive medias, Trigon 112 rainguns have an exceptional high tolerance to poor water quality
Inaccessible side slopes can be safely and efficiently leached and labour costs can be dramatically reduced on flat leach terrains
High performance and excellent distribution

TRIGON Leach Mining / taper bore nozzle, trajectory 24º
Pressure Bar	Nozzle 12mm - 0.47"			Nozzle 14mm - 0.55"			Nozzle 16mm - 0.63"			Nozzle 18mm - 0.71"			Nozzle 20mm - 0.79"			Nozzle 22mm - 0.87"			Nozzle 24mm - 0.94"
	Flow		Radius	Flow		Radius	Flow		Radius	Flow		Radius	Flow		Radius	Flow		Radius	Flow		Radius
	M3/hr	l/s	m	m3/hr	l/s	m	m3/hr	l/s	m	m3/hr	l/s	m	m3/hr	l/s	m	m3/hr	l/s	m	m3/hr	l/s	m
2.0	7.8	2.17	22.1	10.6	2.96	24.0	13.9	3.86	25.0	17.6	4.89	26.0	21.7	6.04	27.6	26.3	7.30	28.6	31.3	8.69	29.4
2.5	8.8	2.43	24.5	11.9	3.31	26.4	15.5	4.32	27.8	19.7	5.47	29.3	24.3	6.75	31.3	29.4	8.17	32.4	35.0	9.72	33.6
3.0	9.6	2.66	26.0	13.0	3.62	28.1	17.0	4.73	30.0	21.6	5.99	32.0	25.6	7.39	34.3	32.2	8.95	35.5	38.3	10.65	37.3
3.5	10.4	2.87	27.5	14.1	3.91	29.6	18.4	5.11	32.3	23.3	6.47	34.6	28.7	7.99	36.9	34.8	9.66	38.4	41.4	11.50	40.8
4.0	11.1	3.07	28.8	15.1	4.18	31.2	19.7	5.46	33.9	24.9	6.91	36.9	30.7	8.54	39.4	37.2	10.33	41.2	44.3	12.29	44.0
4.5	11.7	3.26	29.9	16.0	4.44	32.6	20.9	5.80	35.8	26.4	7.33	38.9	32.6	9.05	41.7	39.4	10.96	43.8	46.9	13.04	46.4
5.0	12.4	3.44	21.0	16.8	4.68	34.0	22.0	6.11	37.4	27.8	7.73	40.5	34.4	9.54	43.7	41.6	11.55	46.0	49.5	13.74	48.5
5.5	13.0	3.60	31.9	17.7	4.91	35.1	23.1	6.41	38.7	29.2	8.11	42.3	36.0	10.01	45.6	43.6	12.11	48.2	51.9	14.42	50.6
6.0	13.6	3.76	33.1	18.4	5.12	36.2	24.1	6.69	39.9	30.5	8.47	43.8	37.6	10.46	47.4	45.5	12.65	50.1	54.2	15.06	52.4
N.B. The performance data were obtained under testing conditions and may be adversely affected by wind and other factors. Pressure refers to pressure at nozzle. Lowered trajectory angle improves the irrigtion efficiency in windy conditions. For every 3° drop of the trajectory angle, the throw is reduced by approximately 3-4%. For solid set applications, it is advised to take into account the appropriate throw-reduction factor for local atmospheric conditions in order to assure overlapping and coverage of the irrigated area.

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