Drinking water filtration | Elfi Filtration

Manual Filter RL Y DW

makia_MK — Fri, 09 Aug 2024 14:44:52 +0000

HOW IT WORKS

Water enters the filter through the (IN) inlet and goes through the filtering cylinder from the inside to the outside. This will retain all non-deformable suspended solids that are the same size or bigger than the filtration degree installed. Filtered water leaves through the outlet pipe (OUT).

REGENERATION

To clean the filter element is necessary drain the vessel through the ball valve, open the cover, extract the filter element and wash it.

DIMENSIONS AND TECHNICAL DATA

MODEL	RL Y 2-10	RL Y 80-15	RL Y 100-30	RL Y 150-45	RL Y 200-60
Filtering area – (cm²)	1000	1500	3000	4500	6000
Max flow rate – m³/h	40	60	130	200	275
Connections In/Out (1-2)	2″ M	DN80	DN100	DN150	DN200
Connection Discharge (3)	1″ F	1″ F	1″ F	1″ F	1″ 1/2F
Max pressure work – Bar	10	10	10	10	10
Max temperature work – °C	50	50	50	50	50
PH – min.max	3-9	3-9	3-9	3-9	3-9
A – mm	465	635	670	915	1050
B – mm	425	500	600	750	950
C – mm	405	540	590	795	900
D – mm	230	230	335	335	335
E – mm Cartridge extraction	300	500	550	780	880
Empty weight Kg	15	25	45	66	88
Work weight Kg	28	39	76	111	169

FILTERING MESH FLOW RATE TABLE FOR RL Y DW FILTERS (m³/h)

MODEL	300 µm PES	200 µm PES	125 µm PES	80 µm PES	50 µm PES	25 µm PES
RL Y 2-10	40	40	40	37	26	13
RL Y 80-15	80	80	80	55	40	19
RL Y 100-30	140	140	140	95	70	34
RL Y 150-45	205	205	205	145	103	51
RL Y 200-60	275	275	275	193	138	69

L'articolo Manual Filter RL Y DW proviene da Elfi Filtration.

Suction Scanner self cleaning filter MSCR PP DW

makia_MK — Fri, 09 Aug 2024 13:44:06 +0000

HOW IT WORKS

Water enters the filter through the IN inlet and goes through the filtering cylinder from the inside to the outside. This will retain all non-deformable suspended solids that are the same size or bigger than the filtration degree installed. Filtered water leaves through the outlet pipe (OUT).

REGENERATION

The continuous settling of suspended solids inside the filtering cylinder (1) obstructs the passage of water which results in a pressure difference (∆P). At a preset value of ∆P (range 0.3 ÷ 1 Bar) an automatic cycle will start to clean the filter cylinder, this operation begins with a signal that opens the discharge valve (2) and creates communication between the suction nozzles (3) with the outside environment. At the same time, the electric motor (4) creates a rotating motion which enables the nozzles to inspect the filtering surface. Dirt is ejected through the discharge valve (2).
The cleaning cycle lasts approximately 15 seconds.

CONTROL

A switchboard controls the washing phases. The signal that starts the cleaning cycle is given by a differential pressure switch or by time. The switchboard gives an “alarm” signal in case of problems in the washing system. These signals can be sent to a pre-existing control center.
The washing phase can also be controlled manually. The solenoid controlling the valve is pneumatic.

FILTER ELEMENT SECTION AND CLEANING SYSTEM

DIMENSIONS AND TECHNICAL DATA

MODEL	MSCR PP -1″1/2 – 7	MSCR PP -1″1/2 – 15
Filtration area (cm²)	700	1450
Flow rate max – m³/h	15	15
Connection In/Out	1″1/2F	1″1/2F
Discharge	1″ F	1″ F
1 Bar washing flow rate with mesh 125 micron	2	5
Wash duration – Sec.	15	15
Pressure min-max – Bar	0,5-6	0,5-6
Temperature max – °C	40	40
Power supply – Volt	230 50/60Hz	230 50/60Hz
Power required – Watt	90	90
Construction certificates	CE	CE
Maximum size of inlet particles* – (filtration from 300 to 25 μm) – mm	3	3
Max total suspended solids at inlet – (filtration from 300 to 80 μm) – mg/l	100	100
Max total suspended solids at inlet (filtration from 50 to 25 μm) – mg/l	50	50
A (mm)	610	855
B (mm)	320	320
C (mm)	190	190
D*Cartridge extraction (mm)	250	500
WEIGHT Kg	7	12

PARTS DESCRIPTION

PART	DESCRIPTION
Body	PP
Cover	PP
Connection threading	BSP
Mesh support strainer	PVC
Filtering mesh	AISI 316 3D FROM 20,15,10,5,1 Micron
Protection mesh	PP
Suction nozzle	PE
Nozzle support	POM
Nozzle pipe	PVC
Internal seals	EPDM
Reduction unit	Aluminium and carbon steel
Electric motor	Hot-painted aluminium
Solenoid valve	Three-way aluminium
Switchboard	ABS IP55 with front display
Differential pressure switch	Aluminium with parts in contact with liquid made of AISI 316
Discharge valve	PP diaphragm with flow rate regulation
Accessories (Plugs and adapters)	PP – PVC – AISI316

FILTERING MESH FLOW RATE TABLE FOR MSCR FILTERS (m³/h)

MODEL	300 µm PES	200 µm PES	125 µm PES	80 µm PES	50 µm PES	25 µm PES
MSCR PP 1″1/2 – 7	15	15	15	13	11	8
MSCR PP 1″1/2 – 15	15	15	15	15	15	15

L'articolo Suction Scanner self cleaning filter MSCR PP DW proviene da Elfi Filtration.

Suction Scanner self cleaning filter MSCR M DW

makia_MK — Fri, 09 Aug 2024 12:27:05 +0000

HOW IT WORKS

REGENERATION

CONTROL

3D FILTERING TECHNOLOGY

DIMENSIONS AND TECHNICAL DATA

MODEL	MSCR PP -1″1/2 – 7	MSCR PP -1″1/2 – 15
Filtration area (cm²)	700	1450
Flow rate max – m³/h (ΔP 0,2 Bar)	10	15
Connection In/Out	1″1/2F	1″1/2F
Discharge	1″ F	1″ F
1 Bar washing flow rate with mesh 125 micron – m³/h	2	5
Wash duration – Sec.	15	15
Pressure min-max – Bar	1-6	1-6
Temperature max – °C	40	40
Power supply – Volt	230 50/60Hz	230 50/60Hz
Power required – Watt	90	180
Construction certificates	CE	CE
Maximum size of inlet particles* (filtration from 20 to 1 μm) – mm	0.2	0.2
Max total suspended solids at inlet (filtration from 20 to 10 μm) – mg/l	20	20
Max total suspended solids at inlet (filtration from 20 to 10 μm) – mg/l	10	10
A (mm)	610	855
B (mm)	320	320
C (mm)	190	190
D* Cartridge extraction (mm)	250	500
WEIGHT Kg	7	12

PARTS DESCRIPTION

PART	DESCRIPTION
Body	PP
Cover	PP
Connection threading	BSP
Mesh support strainer	PVC
Filtering mesh	AISI316 3D – 20,15,10,5,1 Micron
Protection mesh	PP
Suction nozzle	PE
Nozzle support	POM
Nozzle pipe	PVC
Internal seals	NBR
Reduction unit	Aluminium and carbon steel
Electric motor	Hot-painted aluminium
Solenoid valve	Three-way aluminium
Switchboard	ABS IP55
Differential pressure switch	Polisulfone
Discharge valve	PP diaphragm with flow rate regulation
Accessories (Plugs and adapters)	PP – PVC

FILTERING MESH FLOW RATE TABLE FOR MSCR FILTERS (m³/h)

MODEL	20 μm AISI316	15 μm AISI316	10 μm AISI316	5 μm AISI316	1 μm AISI316
MSCR PP MICRON 1”1/2 – 7	10	9	7	5	2.5
MSCR PP MICRON 1”1/2 – 15	15	15	15	14	7

L'articolo Suction Scanner self cleaning filter MSCR M DW proviene da Elfi Filtration.

Suction Scanner self cleaning filter SCR LM & OM DW

makia_MK — Fri, 09 Aug 2024 10:38:37 +0000

HOW IT WORKS

Water enters the filter through the IN inlet and goes through the filtering cylinder (4) from the inside to the outside. This will retain all non-deformable suspended solids that are the same size or bigger than the filtration degree installed. Filtered water leaves through the outlet pipe (OUT).

REGENERATION

Constant deposit of suspended solid particles inside the filtering cylinder (1) obstructs the passage of water, causing a pressure differential (∆P). At a preset ∆P value (ranging from 0.2 ÷ 0.4 Bar) an automatic cleaning cycle of the filtering (1) cylinder starts. This activity begins with a signal that opens the discharge valve (2) allowing communication of the suction nozzles (3) with the outside environment. At the same time, the electric motor’s (4) rotary motion allows the nozzles to inspect the entire filtering surface. Dirt is removed through the discharge valve (2). The cleaning cycle lasts 15 sec.

CONTROL

A switchboard controls the washing phases. The signal that starts the cleaning cycle is given by a differential pressure switch or by time. The switchboard gives an “alarm” signal in case of problems in the washing system. These signals can be sent to a pre-existing control centre. The washing phase can also be controlled manually. The solenoid controlling the valve is pneumatic.

3D FILTERING TECHNOLOGY

TECHNICAL DATA AND DIMENSIONS | SCR L M

MODEL	SCR L M 10	SCR L M 30	SCR L M 65	SCR L M 90	SCR L M 130
Filtering area (cm²)	1000	3000	6500	9000	13000
Connections- In/Out	2" BSP	DN80	DN80-DN100	DN100-DN150	DN150-DN200
Exhaust connections	1" F	2" F	2" F	2" F	2" F
Draining connections	1/2" F	1/2" F	1/2" F	1/2" F	1" F
1 Bar washing flow rate with mesh from 5 micron – m³/h	4	4	8	9	14
Wash duration – Sec.	20	20	20	20	20
Min-max pressure – Bar	1-10	1-10	1-10	1-10	1-10
Max Temperature - °C	50	50	50	50	50
Power supply – Volt	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz
Power required – Watt	90	180	180	370	550
Solenoid valve – Volt / Watt	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6
Pneumatic supply - Bar	2 – 8	2 – 8	2 – 8	2 – 8	2 – 8
Vessel rule	EN13445	EN13445	EN13445	EN13445	EN13445
Construction certificates	CE	CE	CE	CE	CE
Maximum size of inlet particles – mm	0.2	0.2	0.2	0.2	0.2
*Max total suspended solids at inlet - 20 micron – mg/l	20	20	20	20	20
*Max total suspended solids at inlet - 10 micron – mg/l	10	10	10	10	10
*Max total suspended solids at inlet - 5 micron– mg/l	5	5	5	5	5
Foot	included	included	included	included	included
A (mm)	965	1420	1860	1830	2330
B (mm)	440	710	800	770	910
C (mm)	310	440	530	645	750
D (mm) Cartridge extraction	530	530	645	1150	1650
WEIGHT when empty Kg	81	157	190	238	238
WEIGHT in operation Kg	103	157	325	325	523

TECHNICAL DATA AND DIMENSIONS | SCR L O M

MODEL	SCR L OM 65	SCR L OM 90	SCR L OM 130
Filtering area (cm²)	6500	9000	13000
Connections- In/Out	DN80-DN100	DN100-DN150	DN150-DN200
Exhaust connections	2" F	2" F	2" F
Draining connections	1/2" F	1/2" F	1" F
1 Bar washing flow rate with mesh from 5 micron – m³/h	8	9	14
Wash duration – Sec.	20	20	20
Min-max pressure – Bar	1-10	1-10	1-10
Max Temperature - °C	50	50	50
Power supply – Volt	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz
Power required – Watt	180	370	550
Solenoid valve – Volt / Watt	24 AC / 6	24 AC / 6	24 AC / 6
Pneumatic supply - Bar	2 - 8	2 - 8	2 - 8
Vessel rule	EN13445	EN13445	EN13445
Construction certificates	CE	CE	CE
Maximum size of inlet particles* – mm	0.2	0.2	0.2
*Max total suspended solids at inlet - 20 micron– mg/l	20	20	20
*Max total suspended solids at inlet - 10 micron – mg/l	10	10	10
*Max total suspended solids at inlet - 5 micron – mg/l	5	5	5
Foot	included	included	included
A (mm)	1420	1830	2330
B (mm)	710	800	910
C (mm)	530	645	755
D (mm) Cartridge extraction	1030	1150	1650
WEIGHT when empty Kg	81	195	238
WEIGHT in operation	157	325	523

PARTS DESCRIPTION

PART	DESCRIPTION
Body – cover	AISI316 – SAF2205
Connection threading	BSP
Flange connection	EN 1092-1 PN10
Mesh support strainer	PVC – AISI316 – PE
Suction nozzle	BRAL – PE
Nozzle support	AISI316 – SAF2205
Nozzle pipe	AISI316 – SAF2205
Internal seals	EPDM
Reduction unit	Aluminium and carbon steel
Electric motor	Hot-painted aluminium
Solenoid valve	Three-way aluminium
Switchboard	ABS IP65 with front display
Differential pressure switch	Aluminium with parts in contact with liquid made of AISI 316
Discharge valve	PP diaphragm with flow rate regulation
Pressure gauges	Stainless steel with 2″1/2- 4” dial, radial connection and 0-10 Bar indication
Accessories (Plugs and adapters)	AISI316 – PP – PVC – SAF2205

FLOW RATE

MODEL	20 µm 3D AISI316	10 µm 3D AISI316	5 µm 3D AISI316
SCR L M 2-10	20	15	10
SCR L M 80-30	60	45	30
SCR L M 80/100-65	130	97	65
SCR L M 100/150-90	180	135	90
SCR L M 150/200-130	260	195	130

L'articolo Suction Scanner self cleaning filter SCR LM & OM DW proviene da Elfi Filtration.

Suction Scanner self cleaning filter SCRO & SCRL DW

makia_MK — Thu, 08 Aug 2024 10:50:24 +0000

HOW IT WORKS

REGENERATION

The continuous settling of suspended solids inside the filtering cylinder (4) obstructs the passage of water which results in a pressure difference (∆P). At a pre-set value of ∆P (range 0.3 ÷ 1 Bar) an automatic cycle will start to clean the filter cylinder (4). This operation begins with a signal that opens the discharge valve (3) and creates communication between the suction nozzles (1) with the outside environment. At the same time, the electric motor (5) creates a rotating motion which enables the nozzles to inspect the filtering surface. Dirt is ejected through the discharge valve (3). The cleaning cycle lasts approximately 15 seconds. The SCRO version is equipped with a manual safety pre-filter with a 3 mm filtration rating.

CONTROL

A switchboard controls the washing phases. The signal that starts the cleaning cycle is given by a differential pressure switch or by time.
The switchboard gives an “alarm” signal in case of problems in the washing system.
These signals can be sent to a pre-existing control centre. The washing phase can also be controlled manually. The solenoid controlling the valve is pneumatic.

FILTER ELEMENT SECTION AND CLEANING SYSTEM

TECHNICAL DATA AND DIMENSIONS | SCR L DW

MODEL	SCR L 10	SCR L 15	SCR L 30	SCR L 45	SCR L 60	SCR L 75	SCR L 90	SCR L 130
Filtering Area (cm²)	1000	1500	3000	4500	6000	7500	9000	13000
Connections- In/Out	2"	3"	DN100	DN150	DN200	DN250	DN300	DN350
Exhaust connections	1" F	1" F	1"1/2 F	1"1/2 F	1"1/2 F	1"1/2 F	1" F	2" F
Draining connections	1/2" F	1/2" F	1/2" F	1/2" F	1/2" F	1" F	1" F	1" F
1 Bar washing flow rate with mesh from 500 to 25 micron – m³/h	2	3	4	7	9	9	15	15
Wash duration - Sec	15	15	15	15	15	15	15	15
Min-max pressure – Bar	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10
Max Temperature - °C	40	40	40	40	40	40	40	40
Power supply – Volt	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz
Power required – Watt	90	90	180	180	180	370	370	550
Solenoid valve – Volt / Watt	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6
Pneumatic supply - Bar	2-8	2-8	2-8	2-8	2-8	2-8	2-8	2-8
Construction certificates	CE	CE	CE	CE	CE	CE	CE	CE
*Maximum size of inlet particles – mm	3	3	3	3	3	3	3	3
Max total suspended solids at inlet 125 micron – mg/l	100	100	100	100	100	100	100	100
A (mm)	757	903	1071	1309	1755	2027	2581	3181
B (mm)	470	485	607	635	706	791	969	969
C (mm)	327	327	423	423	516	714	852	852
D (mm) Cartridge extraction	485	485	685	685	853	1130	1160	1160
WEIGHT when empty Kg	28	34	51	62	115	208	285	450
WEIGHT in operation Kg	36	42	70	86	133	202	346	598

TECHNICAL DATA AND DIMENSIONS | SCR O DW

MODELLO	SCRO 10	SCRO 15	SCRO 30	SCRO 45	SCRO 60	SCRO 75	SCRO 90	SCRO 130
Filtering area (cm²)	1000	1500	3000	4500	6000	7500	9000	13000
Connections- In/Out	2"	3"	DN100	DN150	DN200	DN250	DN300	DN350
Exhaust connections	1"1/2 F	1"1/2 F	2" F	2" F	2" F	2" F	2" F	2" F
Draining connections	1/4" F	1/4" F	1/4" F	1/4" F	1/4" F	1" F	1" F	1" F
1 Bar washing flow rate with mesh from 500 to 25 micron – m³/h	2	3	4	9	11	11	15	15
Wash duration – Sec.	15	15	15	15	15	15	15	15
Min-max pressure – Bar	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10	0,5-10
Max Temperature - °C	40	40	40	40	40	40	40	40
Power supply – Volt	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz	400 50/60 Hz
Power required – Watt	90	90	180	180	180	370	370	550
Solenoid valve – Volt / Watt	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6	24 AC / 6
Pneumatic supply – Bar	2-8	2-8	2-8	2-8	2-8	2-8	2-8	2-8
Construction certificates	CE	CE	CE	CE	CE	CE	CE	CE
Maximum size of inlet particles* – mm	3	3	3	3	3	3	3	3
Max total suspended solids at inlet 125 micron – mg/l	100	100	100	100	100	100	100	100
A (mm)	900	1045	1430	1675	1920	2100	2205	2576
B (mm)	415	415	540	540	540	630	940	1114
C (mm)	330	410	410	430	460	634	678	700
D (mm) Cartridge extraction	450	570	640	885	1130	1130	1160	1690
WEIGHT when empty Kg	37	55	67	81	125	220	335	450
WEIGHT in operation Kg	38	91	105	114	152	222	370	633

PARTS DESCRIPTION

PART	DESCRIPTION
Body	AISI316 – SAF2205
Cover	AISI316 – SAF2205
Connection threading	BSP
Conncion flanges	EN 1092-1 PN10
Mesh support strainer	PVC – AISI316
Filtering mesh	Polyester – AISI316: 500, 300, 200, 125, 80, 50, 25 µm
Protection mesh	PE
Suction nozzle	PE
Nozzle support	POM – AISI316 – SAF2205
Nozzle pipe	PVC – AISI316 – SAF2205
Internal seals	EPDM
Reduction unit	Aluminium and carbon steel
Electric motor	Hot-painted aluminium
Solenoid valve	Three-way aluminium
Switchboard	ABS IP55 with front display
Differential pressure switch	Aluminium with parts in contact with liquid made of AISI 316
Discharge valve	PP diaphragm with flow rate regulation
Pressure gauges	Stainless steel with 2″1/2 dial, radial connection and 0-10 Bar indication

FILTERING MESH FLOW RATE TABLE FOR SCR O & L FILTERS (m3/h)

MODEL	500 μm PES AISI316	300 μm PES AISI316	200 μm PES AISI316	120 μm PES AISI316	80 μm PES AISI316	50 μm PES AISI316	25 μm PES AISI31
SCR 2-10	50	50	50	50	37	26	13
SCR 3-15	80	80	80	80	55	40	19
SCR 100-30	140	140	140	140	95	70	34
SCR 150-45	205	205	205	205	145	103	51
SCR 200-60	275	275	275	275	193	138	69
SCR 250-75	360	360	360	360	250	180	90
SCR 300-90	685	685	630	480	319	228	114
SCR 350-130	1030	1030	1030	685	480	340	171

SUGGESTED INTALLATION

L'articolo Suction Scanner self cleaning filter SCRO & SCRL DW proviene da Elfi Filtration.

Centrifugal Separator filter Hydrocyclones IC & IC HF DW

makia_MK — Wed, 07 Aug 2024 14:07:55 +0000

HOW IT WORKS

The water to be filtered flows through an inlet (1), welded tangential to the body, then moves downward towards the inner cone (2) as its speed increases. The centrifugal force created separates the heavier suspended solids from the water. The cleaned water hits the deflector (3) and goes back up through the outlet collector (4). Impurities are deposited below the deflector in the collection tank (5). The particles can either be discharged continuously or purged on a timed schedule via a drain hole (6).

FILTRATION EFFICIENCY

The cyclones product range features two series, the IC series with good separation performance and low head losses and the IC HF series, with excellent separation performance even up to 10 micron, but with high head loss. The diagram below shows the differences in separation efficiency between the IC and IC HF series.

REMOVAL EFFICIENCY

Comparison of IC and IC HF hydrocyclones

HEAD LOSS

STANDARD IC HYDROCYCLONE
Technical Specifications

MODEL	IC ¾”	IC 1”	IC 1”1/2	IC 2”	IC 3”	IC DN100	IC DN150	IC DN200	IC DN250
Flow rate – m³/h with ΔP from 0,2 to 1 bar	3,5-7	6-12	11-25	18-40	32-56	52-102	91-194	186-468	295-725
Connections- In/Out	¾”M	1”M	1”1/2M	2”M	3”M	DN100	DN150	DN200	DN250
Connection Discharge	3/8” F	½”F	½”F	¾”F	¾”F	1”F	1”1/2F	1”1/2F	2”F
Maximum working pressure – Bar	10	10	10	10	10	10	10	10	10
Max Temperature – °C	80	80	80	80	80	80	80	80	80
MODEL	IC ¾”	IC 1”	IC 1”1/2	IC 2”	IC 3”	IC DN100	IC DN150	IC DN200	IC DN250
Dimensions
A (mm)	780	935	1050	1220	1555	2300	2700	3610	3610
B (mm)	75	85	100	110	140	205	330	465	505
C (mm)	80	100	120	140	180	355	345	525	589
D (mm)	295	315	330	350	385	460	95	145	195
E (mm)	295	315	330	350	385	460	600	890	990
F (mm)	31	43	46	54	65	105	600	890	990
WEIGHT Kg	11	15	21	32	51	73	118	187	278

HIGH EFFICIENCY IC HF HYDROCYCLONE
Technical Specifications

MODEL	IC HF¾”	IC HF 1”	IC HF 1”1/2	IC HF 2”	IC HF 3”	IC HF DN100	IC HF DN150
Flow rate – m³/h with ΔP from 0,2 to 1 bar	2-6	4-8	8-16	18-40	28-38	40-68	91-194
Connections- In/Out	¾”M	1”M	1”1/2M	2”M	3”M	DN100	DN150
Connection Discharge	3/8” F	½”F	½”F	¾”F	¾”F	1”F	1”1/2F
Maximum working pressure – Bar	10	10	10	10	10	10	10
Max Temperature – °C	60	60	60	60	60	60	60
MODEL	IC HF¾”	IC HF 1”	IC HF 1”1/2	IC HF 2”	IC HF 3”	IC HF DN100	IC HF DN150
Dimensions
A (mm)	780	935	1050	1220	1555	2300	2700
B (mm)	75	85	100	110	140	205	330
C (mm)	80	100	120	140	180	355	345
D (mm)	295	315	330	350	385	460	95
E (mm)	295	315	330	350	385	460	600
F (mm)	31	43	46	54	65	105	600
WEIGHT Kg	11	15	21	32	51	73	118

Case Studies

SERIES IC AND SERIE IC HF DW

L'articolo Centrifugal Separator filter Hydrocyclones IC & IC HF DW proviene da Elfi Filtration.

Drinking water filtration | Elfi Filtration

Manual Filter RL Y DW

HOW IT WORKS

REGENERATION

DIMENSIONS AND TECHNICAL DATA

FILTERING MESH FLOW RATE TABLE FOR RL Y DW FILTERS (m³/h)

Suction Scanner self cleaning filter MSCR PP DW

HOW IT WORKS

REGENERATION

CONTROL

FILTER ELEMENT SECTION AND CLEANING SYSTEM

DIMENSIONS AND TECHNICAL DATA

PARTS DESCRIPTION

FILTERING MESH FLOW RATE TABLE FOR MSCR FILTERS (m³/h)

Suction Scanner self cleaning filter MSCR M DW

HOW IT WORKS

REGENERATION

CONTROL

3D FILTERING TECHNOLOGY

DIMENSIONS AND TECHNICAL DATA

PARTS DESCRIPTION

FILTERING MESH FLOW RATE TABLE FOR MSCR FILTERS (m³/h)

Suction Scanner self cleaning filter SCR LM & OM DW

HOW IT WORKS

REGENERATION

CONTROL

3D FILTERING TECHNOLOGY

TECHNICAL DATA AND DIMENSIONS | SCR L M

TECHNICAL DATA AND DIMENSIONS | SCR L O M

PARTS DESCRIPTION

FLOW RATE

Suction Scanner self cleaning filter SCRO & SCRL DW

HOW IT WORKS

REGENERATION

CONTROL

FILTER ELEMENT SECTION AND CLEANING SYSTEM

TECHNICAL DATA AND DIMENSIONS | SCR L DW

TECHNICAL DATA AND DIMENSIONS | SCR O DW

PARTS DESCRIPTION

FILTERING MESH FLOW RATE TABLE FOR SCR O & L FILTERS (m3/h)

SUGGESTED INTALLATION

Centrifugal Separator filter Hydrocyclones IC & IC HF DW

HOW IT WORKS

FILTRATION EFFICIENCY

REMOVAL EFFICIENCY

HEAD LOSS

STANDARD IC HYDROCYCLONETechnical Specifications

HIGH EFFICIENCY IC HF HYDROCYCLONETechnical Specifications

Case Studies

STANDARD IC HYDROCYCLONE
Technical Specifications

HIGH EFFICIENCY IC HF HYDROCYCLONE
Technical Specifications