Specifications

1. high vacuum, low power,high pump speed
2. widely used in mining industry
3. ultimate pressure: 33mbar

Usage:

 

Two water ring vacuum pump or the unit is used to suction air or other water-insoluble, solid particles, non-corrosive gases in sealed containers to a certain degree of vacuum, best suited to textile, food, metallurgy and chemical industries for vacuum evaporation, vacuum concentration, vacum resurgence, vacuum drying, vacuum smelting and other processes.

 

Technical parameters :

 

2SK series double stage liquid ring vacuum pump

 

type	suction amount m3/min		utmost pressure		power (kw)	rotary speed(r.p.m)	supplied water amoun(L/min)	caliber of the suction port and drain port
	max	when the suction pressure is 0.093Mpa, it is no less than	mmHg	MPa
2SK-1.5	1.5	0.9	-730	-0.097	4	1440	1015	φ40
2SK-3	3	2	-735	-0.098	7.5	1440	1520	φ40
2SK-6	6	4	-735	-0.098	15	1460	2535	φ70
2SK-12	12	8	-735	-0.098	22	970	4050	φ100
2SK-30	20	14	-735	-0.098	45	740	6080	φ125
2SK-30	30	20	-735	-0.098	55	740	7090	φ125

 

2SkP1 series double-stage liquid ring vacuum pump------air ejecting pump unit

 

type	suction amountm3/min			utmost pressure		power (kw)	rotary speed(r.p.m)	supplied water amoun(L/min)	pump body material
	when the suction pressure is 0.093Mpa(-700mmHg)	when the suction pressure is 0.097Mpa(-700mmHg)	when the suction pressure is 0.099Mpa(-700mmHg)	mmHg	MPa
2SK-1.5P1	1.05	0.9	0.75	-750	-0.099	4	1440	1015	stainless steel
2SK-3P1	2.1	1.8	1.5	-750	-0.099	7.5	1440	1520	stainless steel
2SK-6P1	4.2	3.6	3	-750	-0.099	15	1460	2535	stainless steel
2SK-12P1	8.4	7.2	6	-750	-0.099	22	970	4050	stainless steel
2SK-20P1	14	12	10	-750	-0.099	45	740	6080	stainless steel
2SK-30P1	21	18	15	-750	-0.099	55	740	7090	stainless steel

 

Note:
1. The value in the table is obtained under the following condition: air pressure is 0.1013Mpa760mmHg; inlet water temperature is 20; relative air humidity is 70.
2. The value is obtained when the supplied water amount is the suction pressure 0.05Mpa(400mmHg). It can be bigger than this when it reaches utmost vacuum.
3. The performance difference will not exceed ±10