Submersible Blowers BER-series

This submersible ejector is composed of a BE/B type pump and a venturi
with diffusor trumpet. The large flow from the pump, first, at high speed,
draws and mixes itself with air in the venturi, then in the diffusor changes into
a massive unidirectional horizontal stream of tiny bubbles with water or sludge.
The pump is of the non-clog single blade shaver type.

model	motor output kW	phase	r.p.m	starting method	air inlet diameter mm	oxygen dissolution in clear water at 20°C: kg O2/h at impeller and discharge depth of:						tank dimensions			dry weight kg		impeller passage mm	cable length m
model	motor output kW	phase	r.p.m	starting method	air inlet diameter mm	0,5m	2m	3m	4m	5m	6m	max. length m	max. width m	max. depth m	Free stand.	TOS- model	impeller passage mm	cable length m
8-BER2 TOS-8BER2	0,75	3-ph.	3000	d.o.l.	25	0,30	0,40	0,50	0,44	--	--	3,0	2,0	4,0	28	23	20	10
15-BER2 TOS-15BER2	1,5	3-ph.	3000	d.o.l.	32	0,96	1,13	1,26	1,40	--	--	4,0	3,5	4,0	45	36	20	10
22-BER3 TOS-22BER3	2,2	3-ph.	1500	d.o.l.	50	1,38	2,00	2,30	2,65	--	--	5,0	5,0	4,5	75	61	35	10
37-BER3 TOS-37BER3	3,7	3-ph.	1500	d.o.l.	50	2,30	3,10	3,75	4,10	4,15	--	6,0	6,0	5,0	91	77	35	10
55-BER3 TOS-55BER3	5,5	3-ph.	1500	d.o.l.	50	3,15	5,00	6,00	6,90	7,50	7,20	7,0	7,0	6,0	137	120	35	10
Multiply kg O2 by 0,85 for average soiled water. Kg O2 are realistic but approximate. High curves reflect laboratory test results. Figures shown are the LOW curves, attainable under favourable circumstances in ideal installations.

Air Emission Volume-Water Depth Curve
(at 20°C, air emission value may vary ą5%)

Oxygen Dissolution Volume-Water Depth Curve
(dissolution volume and fresh water at 20°C, for waste water multiply by 0,85)