turbo catalogo inglese - north filtration...turbo header tank technical characteristics coil coil...

DUST FILTER COMPONENTS

™

Certified Header Tank

Electronic controlSystems

Pulse Valvesfor Dust Collector Filters

2 0 0 8

TURBO

TEAM

Technical Development

1

Certified

Header Tank

ACCORDING TO 2009/105/EC AND PED 97/23/EC

TURBO HEADER TANKS

2

Dust Filters Components

HEADER TANKS

TYPES

TURBO HEADER TANKS

RANGE

TURBO TANKS

Turbo can provide a complete range of header tanks for dust collector

filters, according to 2009/105/EC and 97/23/EC PED Directives.

Our tanks feature high performance coupled with long operational

lifetime and can be tailored upon customer’s requirements.

1. Steel tanks (Integral, TF, TL, TD, Pack Series)

2. Aluminium tanks (Alutank Series)

3. AISI 304&316 stainless steel tanks (Integral, TF, TL, TD Series)

A wide choice of accessories is also available including:

Blow tube, Bulkhead connector, Electrical cable assembly with Matrix system, Electropneumatic cable assem-

bly based on Turbo-Net system.

Turbo can also supply ATEX94/9 /EC certi-

fied tanks that meet the following markings:

ATEX II 2GD (zone 1 and 21)

ATEX II 3GD(zone 2 and 22).

All Turbo tanks are available in

ATEX version.

(You can find details of ATEX directive at the end of

catalogue).

ALUMINIUM (Alutank Series)

3

TANKS (Integral, TF, TL, TD, Pack Series)

STAINLESS STEEL

CARBON STEEL

TURBO HEADER TANK

TECHNICAL CHARACTERISTICS

COIL

Coil insulation Class H

DIN connector PG 9 EN 175301-803

Protection DIN connector+Coil IP 65 EN 60529

Option ATEX 94/9/CE Group II Cat. 2GD + Group II Cat. 3GD

Voltages

24V / 50-60 hz (±10%) 19VA

115V / 50-60 hz (± 10%) 19VA

230V / 50-60 hz (±-10%) 19VA

24 DC (+/- 10%) 18 Watt

VALVE CONSTRUCTION

Cover Die cast aluminium

Body Die cast aluminium

Pilot group Stainless steel

Screws Stainless steel

Diaphragm std Neoprene

Viton Diaphragm Viton

Plate Diaphragm Stainless steel

TANK

Fluids Compressed air - Nitrogen

Pressure 0,5 to 8 bar

Temperature range of carbon steel -20°C ; + 80°C

Temperature range of stainless steel -50°C ; + 200°C

Option ATEX 94/9/CE Group II Cat. 2 GD

Group II Cat. 3 GD

TANK CAPACITY

Dn 4” (114 mm) 9,5 liters/meter





Dn 12” (324 mm) 76 liters/meter

4

3

TURBO HEADER TANKS

RANGE

5

ATEX II 2GDC ATEX II 3D CE STANDARD PED STANDARD STAINLESS STEEL PED

ALUMINIUMPED

TURBO PRODUCT RANGE

- Global immersion

Global immersion tanks offer superior performance thanks to the fully immersed diaphragm.

- With threaded stub pipes

Provide a solid coupling and high alignment assembly of valves. They make use of threaded pulse valves.

- With plain tube

This version makes it possible to achieve a quick and highly efficient valve assembly.

- Aluminium tanks, Alutank Series

Fully customised upon customer’s requirements, they feature light weight and easy handing. Thanks to the anodization

process, they offer considerable protection against atmospheric agents and prevent oxidation.

Besides, they ensure the availability of totally clean compressed air supply.

TURBO HEADER TANK

GALLERY

6

A1 GLOBAL IMMERSION INTEGRAL Series 2009/105/EC - 97/23/EC PED

A2 THREADED STUB PIPE TF Series 2009/105/EC - 97/23/EC PED

A3 THREADED STUB PIPE TL Series 2009/105/EC - 97/23/EC PED

FOR STRAIGHT TROUGHT VALVE

A4 PLAIN STUB PIPE TD Series 2009/105/EC - 97/23/EC PED

A5 STAINLESS STEEL XTF Series 97/23/EC PED

A6 GLOBAL IMMERSION ALUTANK Series 97/23/EC PED

A7 AIR CANNON PACK Series 2009/105/EC - 97/23/EC PED

A8 BLOW TUBES TS Series

7

CERTIFIED HEADER TANKSAccording to 2009/105/EC and 97/23/EC PED

8

02450

TANK MODEL:

GLOBAL IMMERSION = INTEGRAL

THREADED STUB PIPE = TF - TL

PLAIN STUB PIPE = TD

ALUMINIUM = ALUTANK

N: NUMBER OF VALVES

P : PITCH

ROUND ENDS = B

FLAT ENDS = F

TANK DIAMETER

4” = 4

5” = 5

6” = 6

8” = 8

10” = 10

12” = 12

VALVE DIAMETER1/2” = 10

3/4” = 20

1” = 25

1”1/2 = 30

1”1/2 = 35

1”1/2 = 40

1”1/2 = 45

2” = 50

2”1/2 = 65

3” = 75

POWER SUPPLY

24V/50-60Hz =02450

115V/50-60Hz =11050

230V/50-60Hz =22050

24VDC =024DC

INTEGRAL PILOT = P

REMOTE PILOT = M

INTEGRAL 6 P 25 P150N10 B G1example

HEADER TANKSAccording to 2009/105/EC and PED 97/23/EC

HOW TO ORDER

BLOW TUBE

SHORT PLAIN = G1

LONG PLAIN = G2

LONG THREADED = G3

SHORT THREADED = G4

Integral 6 P 25 02450 N10 P 150 B G1 identifies a global

immersion tank (Integral) having 6” (6) diameter, integral elec-

trical pilot (P), 1” (25) valves with 24V 50Hz (02450) coil volt-

age, equipped with no. 10 valves (N10) whose pitch is 150

mm (P150).

Tank ends are round (B) and outlet stub pipes are plain (G1).

GLOBAL IMMERSION HEADER TANK A1According to 2009/105/EC and PED 97/23/EC

INTEGRAL Series dn 4” with 1/2” valves 4”

DESCRIPTION VALVE SM10/SP10

1 Coil + Din connector BH10...V/50-60Hz

2 Screws + Washers VTE6x18+TROND6GROWER

3 Pole assembly GPC10

4 Cover direct drive TCOP10

5 Remote operated cover TCOP10FM

6 Spring TMOL10G

7 Diaphragm M10

9

1/2”

A1 GLOBAL IMMERSION HEADER TANKAccording to 2009/105/EC and PED 97/23/EC

5” INTEGRAL Series dn 5” with 3/4 ” valves

BRACKET

COLLAR

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

G1 G2 G3 G4

SHORT PLAIN TUBE = G1

LONG PLAIN TUBE = G2

THREADED LONG TUBE = G3

THREADED SHORT TUBE = G4



2 Screws + Washers TE6x18+TROND6GROWER



5 Cover remote operated TCOP25FM

6 Diaphragm M25

6a Spring TMOL10G

3/4”

10


INTEGRAL Series dn 6” with 3/4 ” valves 6”

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G3G2 G4







2 Screws + Washers TE6x18+TROND6GROWER




6 Diaphragm M25

6a Spring TMOL10G

3/4”

11


6” INTEGRAL Series dn 6” with 1” valves

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G4G2 G3G1











6 Diaphragm M25

6a Spring TMOL10G

1 ”

12


INTEGRAL Series dn 6” with 1”1/2 valves

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G3G2 G4











6 Spring TMOL25GHS

7 Diaphragm M30

1”1/2

13


6” INTEGRAL Series dn 6” with 1”1/2 valves







6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP35N

10 Spring TMOL25GHS

11 Diaphragm M35

14

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G3G2 G4





1”1/2


INTEGRAL Series dn 8” with 1”valves 8”

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G3G2 G4











6 Diaphragm M25

6a Spring TMOL10G

1”

15


INTEGRAL Series dn 8” with 1”1/2valves

G4G2 G3G1







6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP35N

10 Spring TMOL25GHS

11 Diaphragm M35

8”

1”1/2

16

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR


INTEGRAL Series dn 8” with 1”1/2valves 8”

17

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G3G2 G4











6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP40N

9 Spring TMOL40

10 Diaphragm M40

1”1/2


INTEGRAL Series dn 8” with 1”1/2valves







6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP45N

10 Spring TMOL40

11 Diaphragm M45

8”

18

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SM = MEDIUM BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G3G2 G4





1”1/2


INTEGRAL Series dn 10” with 1”1/2 valves 10”

19







6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP40N

9 Spring TMOL40

10 Diaphragm M40

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G3G2 G4





1”1/2


INTEGRAL Series dn 10” with 2” valves







6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP50G

9 Spring TMOL40

10 Diaphragm M50

10”

20

BRACKETS

CS = COLLAR

SA = HIGH BRACKET

SB = SMALL BRACKET

BRACKET

COLLAR

G1 G2 G3 G4





2”


INTEGRAL Series dn 12” with 2”1/2 valves 12”







6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP65G

9 Spring TMOL40

10 Diaphragm M76/SERB

2” 1/2

21


INTEGRAL Series dn 12” with 3” valves







6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP65G

9 Spring TMOL40

10 Diaphragm M76/SERB

12”

3”

22

23

Technical Development

A2 HEADER TANK WITH THREADED STUB PIPES According to 2009/105/EC and PED 97/23/EC

TF SERIES dn 5” - 6” - 8” - 10” - 12”TF

24

Ø (Nom.) Ø (est)mm ØE A B(min) ØF H M R Z(±) S(±) P(min)

5” 140 3/4” 50 45 1” 10 85 40 120 190 85

5” 140 1” 50 45 1” 10 85 40 120 190 85

6” 168,3 3/4” 50 45 1” 10 85 40 120 204 85

6” 168,3 1” 50 45 1” 10 85 40 120 204 85

6” 168,3 1”1/2 50 55 1” 10 85 40 136 220 150

8” 219,1 1” 70 45 1”1/2 10 85 40 120 229 85

8” 219,1 1”1/2 70 55 1”1/2 10 85 40 136 245 150

8” 219,1 2” 70 60 1”1/2 10 85 40 164 273 210

10” 273 1”1/2 90 55 1”1/2 12 85 40 136 272 150

10” 273 2” 90 60 1”1/2 12 75 40 164 300 210

10” 273 21/2 90 70 1”1/2 12 75 40 164 300 210

12” 324 2” - 60 1”1/2 20 75 40 164 325 210

12” 324 2”1/2 - 65 1”1/2 20 75 40 164 325 210

DESCRIPTION VALVE FM20/FP20 VALVE FM25/FM25

1 Coil + Din connector BH10...V/50-60Hz BH10...V/50-60Hz

2 Screws + Washers VTE6x20+TROND6GROWER VTE6x20+TROND6GROWER

3 Pole assembly GPC10 GPC10

4 Cover direct drive TCOP25 TCOP25

5 Remote operated cover TCOP25FM TCOP25FM

6 Diaphragm M25 M25

6a Spring TMOL10G TMOL10G

7 Body TCOR20FFG TCOR25FFG

DESCRIPTION VALVE FP/FM40 VALVE FM55/FP55 VALVE FM65/FP65

1 Coil + Din connector BH10...V/50-60Hz BH10...V/50-60Hz BH10...V/50-60Hz

2 Screws + Washers VTE6x20+TROND6GROWER VTE6x20+TROND6GROWER VTE6x20+TROND6GROWER

3 Pole assembly GPC10 GPC10 GPC10

4 Cover direct drive TCOP25 TCOP25 TCOP25

5 Remote operated cover TCOP25FM TCOP25FM TCOP25FM

6 Diaphragm M25 M25 M25

6a Spring TMOL10G TMOL10G TMOL10G


8 Cover TCOP40N TCOP65G TCOP65G

9 Spring TMOL40 TMOL40 TMOL40

10 Main diaphragm M40 M55/LP M76

11 Body TCOR40FFG TCOR55FFG TCOR65FFGP 25

THREADED STUB PIPE HEADER TANK A2According to 2009/105/EC and PED 97/23/EC

TF Series dn 5” - 6” - 8” - 10” - 12” TF

26

From R.&D. a new pulse valve

THE DESIGN OFFERS EASE

OF MAINTENANCE THANKS

TO HORIZONTAL POSITION

INTEGRATED COMPRESSION FITTING

CONNECTOR ELIMINATES THE NEED FOR SEPARATE

BULKHEAD CONNECTOR

SAVING & FLEXIBILITYThe double advantage solution!

SAVING & FLEXIBILITYThe double advantage solution!

27

DIRECT INSTALLATION THROUGH

THE BAG HOUSE WALL

SAME COMPONENTS THROUGH ALL

TURBO PULSE VALVES RANGE

A3 HEADER TANK WITH THREADED STUB PIPES According to 2009/105/EC and PED 97/23/EC

TL Series dn 6”- 8” straight through dn1” -11/2“TL

Ø Ø (est) mm øE A B(min) ØF H M R Z(± S(±) P(min) Mounting bracket

6” 168,3 1”1/4 50 50 1” 10 45 30 139 223 85 S6-223

6” 168,3 2” 50 60 1” 10 45 30 180 265 120 S6-265

8” 219,1 2” 70 60 1”1/2 10 45 30 180 290 120 S8-290

28

DESCRIPTION VALVE FDM25/FDP25


2 Screws + Washers VTE6x20 + TROND6GROWER




6 Diaphragm M25

6a Spring TMOL10G

7 Body TCOR25FLG

8 Gasket TRON80x53x5

9 Lock nut TGBA25

10 Conical seal GCON25

11 Retainer ring OG25

12 Compression nut TDAL25







6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP35N

10 Spring TMOL25GHS

11 Diaphragm M35

12 Body TCOR35FLG


14 Lock nut TGBA40




29

THREADED STUB PIPE HEADER TANK A3According to 2009/105/EC and PED 97/23/EC

TL Series /Part List TL

A4 HEADER TANK WITH PLAIN STUB PIPESAccording to 2009/105/EC and PED 97/23/EC

TD Series dn 5” - 6” - 8” - 10”TD

Ø (NOM) Ø(est)mm ØE A B(min) ØF H M Z(±) S(±) P(min)

5” 140 3/4” 50 45 1” 10 85 130 200 85

5” 140 1” 50 45 1” 10 85 130 200 85

6” 168,3 3/4” 50 45 1” 10 85 130 215 85

6” 168,3 1” 50 45 1” 10 85 130 215 85

6” 168,3 1”1/2 50 55 1” 10 85 138 223 150

8” 219,1 1” 70 45 1”1/2 10 85 130 240 85

8” 219,1 1”1/2 70 55 1”1/2 10 85 138 248 150

10” 273 1”1/2 90 55 1”1/2 12 85 138 275 150

30

HEADER TANK WITH PLAIN STUB PIPE A4According to 2009/105/EC and PED 97/23/EC

TD Series dn 5” - 6” - 8” - 10” TD

DESCRIPTION VALVE DM20/DP20 VALVE DM25/DP25

1 Coil + Din connector BH10...V/50-60Hz BH10...V/50-60Hz





6 Diaphragm M25 M25


7 Body TCOR20/25MMG TCOR25MMG

8 Conical seal GCON20 GCON25

9 Retainer ring OG20 OG25

10 Compression nut TDAL20/25 TDAL25

DESCRIPTION VALVE DM40/DP40






6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP40N

9 Spring TMOL40

10 Main diaphargm M40

11 Body TCOR40MMG



13 Compression Nut TDAL40

31

A5 STAINLESS STEEL HEADER TANKS WITH THREADED STUB PIPESAccording to PED 97/23/EC

XTF XTF Series dn 5” - 6” - 8”

32

Ø (nom) Ø (est) mm ØE A B (min) ØF H M R Z (±) S (±) P (min)

5” 140 3/4” 50 40 1” 15 85 40 120 190 85

5” 140 1” 50 45 1” 15 85 40 120 190 85

5” 140 11/2” 50 50 1” 15 85 40 120 190 150

6” 168,3 3/4” 50 40 1” 15 85 40 120 204 85

6” 168,3 1” 50 45 1” 15 85 40 120 204 85

6” 168,3 11/2” 50 50 1” 15 85 40 136 220 150

6” 168,3 2” 50 60 1” 15 85 40 164 248 210

8” 219,1 1” 70 45 11/2” 18 85 40 120 229 85

8” 219,1 11/2” 70 55 11/2” 18 85 40 136 245 150

8” 219,1 2” 70 60 11/2” 18 85 40 164 273 210

8” 219,1 21/2” 70 65 11/2” 18 85 40 164 273 210

Temp. Range: -50°C +200°C

A5 STAINLESS STEEL GLOBAL IMMERSION HEADER TANKAccording to PED 97/23/EC

XTF INTEGRAL Series dn 5” - 6” - 8”

Temp. Range: -50°C +200°C

MOUNTING BRACKETS A5

RANGE

33

DN Tank Type of bracket Code of the bracket A (mm) B (mm) H (mm) S (mm)

Small bracket SB5 264 150 95 50

5” (Ø 139,7) Medium bracket SM5 264 150 160 50

High bracket SA5 264 150 180 50


Medium bracket SM6 292 150 170 50

6” (Ø 168,3) High bracket SA6 292 150 200 50

Series TL bracket S6-223 292 150 223 50



8” (Ø 219,1) Medium bracket SM8 348 200 210 50



10” (Ø 273) Small bracket SB10 424 250 161 50


A6 ALUMINIUM GLOBAL IMMERSION HEADER TANKAccording to PED 97/23/EC

ALUTANK Series with dn 1” valves

AIR PRESSURE B

BAIR PRESSURE

UV CP

G1 G4G3G2





TECHNICAL CARECTERISTICS

•TankExtruded anodized aluminium

•EndsDie cast aluminium

•Blow tubeSteel zinc plated

•O-RingsNBR

•Temperature range-20°C +80°C

•Operating pressure0,5 ÷ 6 BAR - 0,5÷ 8 BAR

•Low temperature- 40°C +80°C

Blow tubes in Aluminium

DESCRIPTION VALVE SQM25/SQP25






6 Diaphragm M25

6a Spring TMOL10G

7 Screws VTCEI6x16

8 Body TCOR25IMO

9 O-ring GOR65x4

6”

1”

34

AIR PRESSURE B

BAIR PRESSURE

UV CP

G1 G3G2 G4











6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP35N

10 Spring TMOL25GHS

11 Diaphragm M35

12 Screws VTCEI8x20

13 Body TCOR35FMGS

14 O-ring GOR6337

1”1/2

TECHNICAL CARECTERISTICS

•TankExtruded anodized aluminium

•EndsDie cast aluminium

•Blow tubeSteel zinc plated

•O-RingsNBR

•Temperature range-20°C +80°C

•Operating pressure0,5 ÷ 6 BAR - 0,5 ÷ 8 BAR

•Low temperature- 40°C +80°C

Blow tubes in Aluminium

35

ALUMINIUM GLOBAL IMMERSION HEADER TANK A6

According to PED 97/23/EC

Series ALUTANK with 1”1/2 valve 6”

A7 AIR CANNONAccording to 2009/105/EC and PED 97/23/EC

PACK PACK Series

36

Type A B C E Ø F G Ø H I L M N Ø O Ø P Q

PACK 5 512 140 (ø5”) 100 100 3/4” 90 73 38 232 150 120 13 1/2” 250

PACK 15 868 168,3 (ø6”) 124 100 1” 90 73 38 368 280 160 13 1/2” 250

PACK 25 895 219,1 (ø8”) 160 150 1”1/2 133,5 135 62 375 320 260 13 1/2” 350

PACK 50 1174 273 ( ø10”) 214 185 2” 198 190 83 539 320 260 13 1/2” 350

37

BLOW TUBE A8

TS SERIES TS

D10 L150 F200 H15 A2 T2

TS: BLOW TUBE

P: INJECTOR PITCH

N: Q.TY OF INJECTOR

D: INJECTOR DIAMETER

H: INJECTOR HEIGHT

L: DISTANCE BETWEEN FILTER WALL

AND INJECTOR

A1: PLAIN

A2: THREADED

T1: PLUG

T2: BRACKET

F: DISTANCE BETWEEN INJECTOR

TO END OF B.T.

HOW TO ORDERTS 25 P100 N10

A1

A2

T1

T2

DESCRIPTION

1 Tube

2 Injector

3 O-Ring

4 Plug

5 Bracket

6 Screws

Ø D: BLOW TUBE DIAMETER

20 3/4”

25 1”

40 1”1/2

50 2”

PULSE VALVES

Pulse

Valvesfor Dust Collector Filters

39

TURBO PULSE VALVES

40

R&D

TURBO VALVES

Turbo has a complete range of pulse valves for dust collector filters able to meet all customers technical requirement.

Turbo valves are designed to have a long life and excellent performance in terms of opening and closing with low air

consumption.

Turbo products range includes:

1 - Threaded pulse valves (F Series)

2 - Compression fittings pulse valves (D Series)

3 - Flanged pulse valves (E Series)

4 - Pulse valves for square tank (SQ Series)

5 - Straight through pulse valves (FD Series)

Same valves are available in compliance with ATEX 94/9/EC:

ATEX II 2 GD (zone 1 and 21)

ATEX II 3 GD (zone 2 and 22).

(You can find details of ATEX directive at the end of catalogue).

TURBO PULSE VALVES

RANGE

41

02450

F : THREADED VALVE

D : COMPRESSION FITTINGS VALVE

E : FLANGED VALVE

SQ : GLOBAL VALVE FOR SQUARE TANK

FD : STRAIGHT THROUGH VALVE

STANDARD VOLTAGES

24V/50-60Hz =02450

115V/50-60Hz =11050230V/50-60Hz =2205024VDC =024DC

P = INTEGRAL PILOT

M = REMOTE PILOT

F P 25example

PULSE VALVES

HOW TO ORDER

CONNECTION DIAMETERS

3/4” = 201” = 251”1/2 = 401”1/2 = 452” = 552”1/2 = 653” = 754” = 100

42


PULSE VALVES

B1 Pulse valve with threaded connection F Series

B2 Pulse valves with compression fitting D Series

B3 Pulse valves with flange inlet E Series

B4 Pulse valves for square tank SQ Series

B5 Pulse valves straight through FD Series

43

B1 THREADED PULSE VALVE

F F Series

44

CHARACTERISTICS

Fluid Filtered and oilfree compressed air

Temperature STD diaphragm -20°C; +80°Crange Viton diaphragm -20°C; +200°C

Operating pressure min 0,5 bar - max 7,5 bar

Body and cover Die cast aluminium

Core tube Stainless steel

Plunger Stainless steel



Din’s connector PG 9 EN175301-803

Protection Din’s connector + Coil IP65 EN60529

Standard voltage 24V/50-60Hz (±10%) 19VA

115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt

DESCRIPTION VALVE FM20/FP20 VALVE FM25/FP25

1 Coil +Din Connector BH10...V/50-60Hz BH10...V/50-60Hz





6 Diaphragm M25 M25


7 Body TCOR20FFG TCOR25FFG

FP Integral solenoid pilot version / FM Remote pilot version

DESCRIPTION VALVE FM40/FP40 VALVE FM55/FP55 VALVE FM65/FP65

1 Coil + Din Connector BH10...V/50-60Hz BH10...V/50-60Hz BH10...V/50-60Hz


3 Pole assembly GPC10 GPC10 GPC10

4 Cover direct drive TCOP25 TCOP25 TCOP25

5 Remote operated cover TCOP25FM TCOP25FM TCOP25FM

6 Diaphragm M25 M25 M25

6a Spring TMOL10G TMOL10G TMOL10G


8 Cover TCOP40N TCOP65G TCOP65G

9 Spring TMOL40 TMOL40 TMOL40

10Main diaphragm M40 M55/LP M76

11 Body TCOR40FFG TCOR55FFG TCOR65FFGP


THREADED PULSE VALVE B1

Overall dimensions / F Series F

45

Model Ø L (nom) A B C D E Weight (Kg)

FP 20 3/4“ 52 90 20,5 74 ~125 0,6

FP 25 1“ 52 90 20,5 74 ~125 0,5

FP 40 1”1/2 71,3 135 31 140 ~188 1,6

FP 55 2“ 114 203 40 194 ~225 3,7

FP 65 2”1/2 114 203 48 194 ~225 3,6

FM 20 3/4“ 52 90 20,5 74 ~67 0,4

FM 25 1“ 52 90 20,5 74 ~67 0,3

FM 40 1”1/2 71,3 135 31 140 ~130 1,4

FM 55 2“ 114 203 40 194 ~167 3,5

FM 65 2”1/2 114 203 48 194 ~167 3,4

Note: Threads can also be implemented in NPT. For information, please contact our technical Department.

B1 THREADED PULSE VALVE

F F Series

46

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt

DESCRIPTION VALVE FM45/FP45

1 Coil + Din Connector BH10...V/50-60Hz





6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP45N

10 Spring TMOL40

11 Diaphragm M45

12 Body TCOR40FFG


THREADED PULSE VALVE B1

Overall dimensions / F Series F

47

Model Ø L (nom) A B C D E Weight (Kg)

FP 45 1”1/2 71,3 135 31 140 ~180 1,6

FM 45 1”1/2 71,3 135 31 140 ~122 1,4

B2 COMPRESSION FITTING PULSE VALVE

D D Series

48

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt

DESCRIPTION VALVE DM20/DP20 VALVE DM25/DP25

1 Coil +Din Connector BH10...V/50-60Hz BH10...V/50-60Hz





6 Diaphragm M25 M25


7 Body TCOR20/25MMG TCOR25MMG

8 Conical seal GCON20 GCON 25

9 Retainer ring OG20 OG25

10Compression nut TDAL20/25 TDAL25

DP Integral solenoid pilot version / DM Remote pilot version

DESCRIPTION VALVE DM40/DP40






6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP40N

9 Spring TMOL40

10 Main Diaphragm M40

11 Body TCOR40MMG





COMPRESSION FITTING PULSE VALVE B2

Overall dimensions / D Series D

49

Model Ø L (nom) A B C E ØF G H I Weight (Kg)

DP 20 3/4“ 48 90 128 ~189 28,5 48 74 80 1,1

DP 25 1“ 48 90 128 ~189 35 48 74 80 1

DP 40 1”1/2 66 114 180 ~264 50 66 140 101 2,5

DM 20 3/4“ 48 90 128 ~131 28,5 48 74 80 1,1

DM 25 1“ 48 90 128 ~131 35 48 74 80 0,9

DM 40 1”1/2 66 114 180 ~206 50 66 140 101 2,3

B3 FLANGED PULSE VALVES

E E Series

50

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt

DESCRIPTION VALVE EM25/EP25




4 Cover direct drive TCOP25/EM

5 Remote operated cover TCOP25FM/EM

6 Diaphragm M25/EM/EP

6a Spring TMOL10G

7 Body TCOR25FMG

8 Conical seal G CON25



11 O-ring G OR55x6

EP Integral solenoid pilot versionEM Remote pilot version

DESCRIPTION VALVE EM40/EP40






6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP40N

9 Spring TMOL40

10 Main diaphragm M40

11 Body TCOR40FMG




15 O-ring G OR64,3x5,7

EP Integral solenoid pilot versionEM Remote pilot version

Model Ø C A B Ø D F G I L M N Ø E Weight (Kg)

EP 25 1“ 60 82 9 82 74 119 106 217 81 1“1/2 1

EP 40 1“1/2 72 99 11 96 140 160 115 278 96 2” 2,3

EM 25 1“ 60 82 9 82 74 119 106 159 81 1“1/2 0,9

EM40 1“1/2 72 99 11 96 140 160 115 220 96 2” 2,1

51

FLANGED PULSE VALVES B3

Overall dimensions / D Series E

B4 GLOBAL PULSE VALVES FOR SQUARE TANK

SQ SQ Series - Ø 1”

52

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt







6 Diaphragm M25

6a Spring TMOL10G

7 Body TCOR25IM

8 O-ring G OR65x4

SQP Integral solenoid pilot version / SQM Remote pilot version

DESCRIPTION VALVE SQMO25/SQPO25






6 Diaphragm M25

6a Spring TMOL10G

7 Screws VTCEI6x16

8 Body TCOR25IMO

9 O-ring G OR65x4

SQPO Integral solenoid pilot version / SQMO Remote pilot version

53

GLOBAL PULSE VALVES FOR SQUARE TANK B4

Overall dimensions / SQ Series SQ

Model Ø A Ø B Ø C Ø D Ø E Ø M F G H I L Weight (Kg)

SQPO 25 1“ 41,4 62,2 104 116 92 25 31,5 20,2 136 6,2 0,7

SQP 25 1“ 41,4 62,2 104 116 92 25 31,5 20,2 136 6,2 0,7

SQMO 25 1“ 41,4 62,2 104 116 92 25 31,5 20,2 78 6,2 0,5

SQM 25 1“ 41,4 62,2 104 116 92 25 31,5 20,2 78 6,2 0,5


SQ SQ Series - Ø 1”1/2

54

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt







6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP35N

10 Spring TMOL25GHS

11 Diaphragm M35

12 Body TCOR35FMG

13 O-ring G OR6337

SQP Integral solenoid pilot versionSQM Remote pilot version

DESCRIPTION VALVE SQO35/SQPO35






6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP35N

10 Spring TMOL25GHS

11 Diaphragm M35

12 Screws VTCEI8x20

13 Body TCOR35FMGS

14 O-ring G OR6337

SQPO Integral solenoid pilot versionSQMO Remote pilot version

55


Overall dimensions / SQ Series - Ø1”1/2 SQ

Model Ø A Ø B Ø C Ø D Ø E F G H M Weight (Kg)

SQP 35 1”1/2 57 80,5 114 9 42 26 162 130 1,6

SQPO 25 1”1/2 57 80,5 114 9 42 26 162 130 1,6

SQM 35 1”1/2 57 80,5 114 9 42 26 104 130 1,4

SQMO 35 1”1/2 57 80,5 114 9 42 26 104 130 1,4


SQ SQ Series - Ø 2” - 2”1/2 - 3”- 4”

56

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt







6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP50G

9 Spring TMOL40

10 Diaphragm M50

11 Body TCOR50FG

12 O-ring G OR133,35x5,3


DESCRIPTION VALVE SQM75IN/SQP75IN






6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP65G

9 Spring TMOL40

10 Diaphragm M76

11 Body TCOR75FLQ

12 O-ring G OR177,17x6,99








6 Diaphragm M25/BW

6a Spring TMOL10G


8 Cover TCOP65G

9 Spring TMOL40

10 Diaphragm M76

11 Body TCOR100FLQ

12 O-ring G OR177,17x6,99








6 Diaphragm M25

6a Spring TMOL10G


8 Cover TCOP65G

9 Spring TMOL40

10 Diaphragm M55/LP

11 Body TCOR65FLQ

12 O-ring G OR177,17x6,99


57


Overall dimensions / SQ Series - Ø2” -2”1/2 - 3”- 4” SQ

Model Ø A Ø B Ø C Ø D Ø E F G H I L Weight (Kg)

SQP 50 2“ 83 126 175 195 39 60 20 211 11 2,4

SQP 65IN 2”1/2 107,5 161 225 247 44 35,5 27 205 11 3,9

SQP 75IN 3“ 107,5 161 225 247 50 35,5 27 205 11 3,7

SQP 100IN 4“ 119,5 161 225 247 44 35,5 27 205 11 3,8

SQM 50 2“ 83 126 175 195 39 60 20 153 11 2,2

SQM 65IN 2”1/2 107,5 161 225 247 44 35,5 27 147 11 3,7

SQM 75IN 3“ 107,5 161 225 247 50 35,5 27 147 11 3,5

SQM 100IN 4“ 119,5 161 225 247 44 35,5 27 148 11 3,6

B5 STRAIGHT THROUGH PULSE VALVE

FD FD Series Ø1”

58

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt







6 Diaphragm M25

6a Spring TMOL10G

7 Body TCOR25FLG


9 Lock nut TGBA25




FDP Integral solenoid pilot versionFDM Remote pilot version

59


Overall dimensions / FD Series - Ø1” FD

Model Ø A Ø B Ø C Ø D Ø E F G H Weight (Kg)

FDP25 1”1/4 1” 114 172 27 74 132 49,5 1,2

FDM25 1”1/4 1” 114 172 27 74 74 49,5 1

B5 STRAIGHT THROUGH PULSE VALVE

FD FD Series Ø1”1/2

60

CHARACTERISTICS












115V/50-60Hz (±10%) 19VA

230V/50-60Hz (±10%) 19VA

24VDC (± 10%) 18 Watt







6 Spring TMOL10G

7 Diaphragm M10


9 Cover TCOP35N

10 Spring TMOL25GHS

11 Diaphragm M35

12 Body TCOR35FLG


14 Lock nut TGBA40




FDP Integral solenoid pilot versionFDM Remote pilot version

61


Overall dimensions / FD Series - Ø1” 1/2 FD

Model Ø A Ø B C D E F G H Weight (Kg)

FDP35 2” 1”1/2 155 228 32 115 186 67,5 2,3

FDM35 2” 1”1/2 155 228 32 115 131 67,5 2,1

BULKHEAD CONNECTORS

C1 Bulkhead connector PS/PD Series

C2 Wrench SG/SD Series

63

C1 BULKHEAD CONNECTORS

PS/PD Series

DESCRIPTION PS20 PS25 PS40 PS50

1 Compression nut TDAL20/25 TDAL25 TDAL40 TDAL50

2 Retainer ring OG20 OG25 OG40 OG50

3 Conical seal G CON20 G CON25 G CON40 G CON50

4 Lock nut TGBA25 TGBA25 TGBA40 TGBA50

5 Gasket TFIBRA70x54x1,5 TFIBRA70x54x1,5 TFIBRA90x70x1,5 TRON115x88x5

6 Body TPAS20/LAV TPAS25/LAV TPAS40/LAV TPASS50/LAV

DESCRIPTION PD20 PD25 PD40 PD50

1 Compression nut TDAL20/25 TDAL25 TDAL40 TDAL50

2 Retainer ring OG20 OG25 OG40 OG50

3 Conical seal G CON20 G CON25 G CON40 G CON50

4 Lock nut TGBA25 TGBA25 TGBA40 TGBA50

5 Gasket TFIBRA70x54x1,5 TFIBRA70x54x1,5 TFIBRA90x70x1,5 TRON11x88x5

6 Body TPAS20 TPAS25 TPAS40 TPASS50

64

P Series Bulkhead connectors provide a simple and economic

solution to installation by eliminating the need for welding or

threaded pipe connections.

∑ • PD Seriesis a double ended connector for two-piece blow tube

• PS Series

is a single ended connector for one-piece blow tube

∑

PS/PD

BULKHEAD CONNECTORS C1

Overall dimensions / PS/PD Series PS/PD


Body, lock nut, compression nut Die cast aluminium

Seal NBR -30°C / +100°CSilicon -60°C / +200°C

ASSEMBLY HOLE 3/4” Wall hole ø min. 56

1” Wall hole ø min. 56

1”1/2 Wall hole ø min. 72

2” Wall hole ø min. 93

65

Model Ø A B C1 D E F Weight (Kg)

PS 20 3/4” 10,5 12,5 67 35 56 0,5

PS 25 1” 10,5 12,5 67 35 56 0,4

PS 40 1”1/2 15 16,5 92 40 79 0,8

PS 50 2” 15,5 29 98 42 83 1,6

Model Ø A B B1 C D E F Weight (Kg)

PD 20 3/4” 10,5 12,5 35 105 50 39 0,7

PD 25 1” 10,5 12,5 35 105 50 39 0,6

PD 40 1”1/2 15 16,5 40 140 67 55 1,2

PD 50 2” 15,5 29 42 150 - - 2,2

C2 WRENCH

SG/SD Series

WRENCH SD FOR COMPRESSION NUT

Model Ø A H L

SD20 3/4” 61 70 350

SD25 1” 61 70 350

SD40 1”1/2 82 85 430

SD50 2” 110 100 430

WRENCH SG FOR LOCK NUT

Model Ø A H L

SG20 3/4” 70 65 350

SG25 1” 70 65 350

SG40 1”1/2 90 85 430

SG50 2” 120 100 430

66

SG/SD

Remote Solenoid EnclosuresD1 RCP Series

D2 RLD Series

D3 TRCP Series

67

REMOTE SOLENOID ENCLOSURES

RCP : PILOT VALVE BOX IP 66

RLD : PILOT VALVE BOX IP 66

TRCP : PILOT VALVE BOX IP 66

Heating thermostat (option)

Power 70W for RCP5

Power 120W for RCP8 and RCP12

NUMBER OF PILOT VALVES

RCP 1-2-3-4-5 (Enclosure small)

RCP 6-7-8 (Enclosure medium)

RCP 9-10-11-12 (Enclosure large)

TRCP 1-2-3-4-5-6-7-8 (Enclosure medium)

RCP 5 V/... Rexample

D REMOTE SOLENOID ENCLOSURES

D HOW THE ORDER

Code RCP5V/...R is for a remote solenoidenclosures IP 66 (RCP) with five pilotsmounted electrical (5), power supply 24V50Hz (V/...), with heating thermostat (R).

Turbo offer a range of pilot valve boxes for outdoor applications and hazardous locations.

Model available:

∑ • RCP maximum lenght of pilot tubes 3m

∑ • RLD maximum lenght of pilot tubes 10m

Tubes 6 or 8 mm should be used for pneumatic connections to the pulse valves.

Remote solenoid enclosures RCP and RLD are supplied with pre-wired electric common terminals.

TRCP remote solenoid enclosures have all coils electrical complete cabled on the printed circuit inside the enclosure.

Thermostat with heater is reccomemded to prevent moisture or freezing inside of remote solenoid enclosures.

This system ensures a minimum temperature of 5°C inside the enclosure.

REMOTE SOLENOID ENCLOSURES ACCORDING TO ATEX II 3D T100°C

IP66 NEMA 4 UL50

68

RCP

SAMPLE INSTALLATION

VOLTAGE

24V/50-60Hz =02450

115V/50-60Hz =11050

230V/50-60Hz =22050

24VDC =024DC

(TRCP = 024DC - 5W)

REMOTE SOLENOID ENCLOSURES D1

RCP Series RCP

69

CHARACTERISTICS



Temperature range -20°C +80°C

W/Heating -40°C +80°C

Base and cover Die cast aluminium





Protection IP66

Standard voltages 230 -110 - 24V

50-60VHz 19 VA24VDC 15W

Model A B C D E Ø M Ø N Weight (Kg)

RCP5 210 98 10 156 100 1/8“ 11 1,7

RCP8 333 98 10 267 100 1/8“ 11 3,2

RCP12 306 97 10 237 152 1/8“ 11 4,4

RCP5

RCP8

RCP12

(*) Minimum distance to allow the opening of the cover

D2 REMOTE SOLENOID ENCLOSURES

RLD RLD Series

RLD5

RLD8

RLD12


RLD5 210 98 10 156 100 1/8“ 11 1,7

RLD8 333 98 10 267 100 1/8“ 11 3,2

RLD12 306 97 10 237 152 1/8“ 11 4,4

CHARACTERISTICS




W/Heating -40°C +80°C






Protection IP66

Standard voltages 230 -110 - 24V

50-60VHz 19 VA24VDC 15W

70


REMOTE SOLENOID ENCLOSURES D3

TRCP Series TRCP

CHARACTERISTICS









Protection IP66

Standard voltages 24VDC (5W)


TRCP8 333 136,5 10 267 100 1/8“ 11 3,3

71


Remote PilotsE1 SR Series

TSRM Series

E2 LD Series

REMOTE PILOTS

73

SRC : PILOT VALVE WITH CONNECTOR

SRM : PILOT VALVE SCREWS TERMINAL

TSRM: PILOT VALVE WITH FASTON CONNECTION

LDC : PILOT VALVE WITH CONNECTOR

LDM : PILOT VALVE SCREWS TERMINAL

SRM 02450example

Code SRM02450 is for pilot valve with screws terminal (SRM) power supply 24V 50Hz (02450).

REMOTE PILOT VALVE

Designed for panel mounting or Turbo boxes. Two models are available:

∑ • Series SR/TSRM, max. lenght of pilot tubes 3m

∑ • Series LD, max. lenght of pilot tubes 10m

Two ways normally closed. Tubes 6 or 8 mm. diameter should be used for pneumatic connections to the pulse valves.

74

E REMOTE PILOTS

HOW TO ORDER

VOLTAGE

24V/50-60Hz =02450115V/50-60Hz =11050230V/50-60Hz =2205024VDC =024DC

(TSRM = 024DC - 5W9)

75

CHARACTERISTICS




Body Brass




Connector PG9 / IP 65

Standard voltages 230 -110 - 24V/50-60VHz (19 VA)

24VDC (15W) - 24VDC (5W)

15WATT

24V DC

15WATT

24V DC

3 mt max

SRC - IP65

SAMPLE INSTALLATION

REMOTE PILOTS E1

SR/TSRM Series SR/TSRM

Available with ATEX coil zone 21 and zone 22

SRM - IP00

E1 REMOTE PILOTS

SR/TSRM Series

76

SR/TSRM

Description SRC

1 Body PCRP

2 Lock nut +O-ring TGHIERA 18x1 + G OR3081


4 Coil + Din Connector BH10

Description SRM

1 Body PCRP


3 Pole assembly GPC10/R

4 Coil BH10.../.. - A9

Description TSRM

1 Body PCRP



4 Coil BH10 024/DC/5W - A9

5 Quick fitting forrilsan tube 6x4 TGOMINNRAP

SRC SRM

TSRM

77

REMOTE PILOTS E2

Remote pilots for long distance/LD Series LD

15WATT

24V DC

C

15WATT

C24V DC

10 mt max

LDC

LDM

SAMPLE INSTALLATION

CHARACTERISTICS




Body Brass




Connector PG9 / IP 65

Standard voltages 230 -110 - 24V/50-60VHz (19 VA)

24VDC (15W)

Available with ATEX coil zone 21 and zone 22

LDC

E2 REMOTE PILOTS

LD Remote pilots for long distance/LD Series

DESCRIPTION LDC

1 Body PCRPLD

2 Lock nut + O-ring TGHIERA18x1+G OR3081


4 Coil + Din connector BH10.../..

DESCRIPTION LDM

1 Body PCRPLD

2 Lock nut + O-ring TGHIERA18x1+G OR3081


4 Coil BH10.../.. - A9

LDM

78

79

ATEX II3GD (zone 2 and 22)

ATEX II2GD (zone 1 and 21)

Turbo pulse valves for potentially explosive

atmospheres according to ATEX 94/9/EC

valve is provided with molded coil and con-

nector IP 65.

Valve dimensions are same of standard

model.

Turbo pulse valves for potentially explosive atmospheres

according to ATEX 94/9/EC.

Valve use encapsulated molded coil with leads wire of dif-

ferent lenght.

Pilot valve has brass body that change valve dimensions

from standard model.

ATEX PULSE VALVES

ATEX

94-9-CE ATEX DIRECTIVE

ATEX

80

The European Community 94/9/EC Directive establishes the constructional and functional requirements(mandatory since 01/07/2003) for equipment and protection systems intended for use in potentially explo-sive atmosphere.

The Directive considers explosion hazard due to each source of ignition (electrical and not electrical), and themain important aspects introduced are:- Essential Health and Safety Requirements (Annex II-ESR)- Applicability both to materials used for underground mining (group I) and for those used in surface (Group II)- Classification of equipment in “categories” according to required protection level- Production surveillance based on Quality Management Systems

Directive 94/9/EC considers for the first time the explosion hazard due to a non-electrical source of ignition,such as mechanical sparks caused by vibrations or impact, high surface temperature of mechanical and electri-cal components caused by non-electrical sources such as vibrations, high rotating speed, etc.Furthermore the Directive establishes to carefully evaluate the environment of installation of the equipment, itsstorage and functioning, in order to classify it according to a possible presence of explosive atmosphere.The Directive, in fact, through the Essential Health and Safety Requirements considers that equipment them-selves can be a source of explosive atmosphere and provides for requirements in order to prevent such risks (AnnexII point 1.0.1.)

Aim of the European Directive. Directive 94/9/EC (ATEX) was adopted by the European Community to ensurefree movement of products intended for use in potentially explosive atmospheres. It provides for harmonized tech-nical requirements and applicable standards.This Directive aims to preserve people’s health and goods from risks coming from the use of equipment and pro-tection systems in a "potentially explosive atmosphere.

Explosive atmosphere is a mixture with air, under specific atmospheric conditions (temperature from -20°C to+40°C and pressure from 0,8 bar to 1,1 bar according to EN60079 and EN13463-1), of flammable substancesin the form of gases, vapors, mists or dusts in which, after ignition has occurred, combustion spreads to the entireunburned mixture (see also Directive 94/9/EC Cap. I art. 1)

Potentially explosive atmosphere is an atmosphere that could become explosive due to local operating con-ditions

Hazardous explosive areas according to Directive 1992/92/CE. Areas where hazardous explosive atmos-pheres may occur are classified into zones based on their likelihood and persistence.

Zone 0

Area in which an hazardous explosive atmosphere consisting of a mixture with air of dangerous substances inthe form of gas, vapor or mist is present continuously or for long periods or frequently.Zone 1

Area in which an hazardous explosive atmosphere consisting of a mixture with air of dangerous substances inthe form of gas, vapor or mist is likely to occur in normal operation occasionallyZone 2Area in which an hazardous explosive atmosphere consisting of a mixture with air of dangerous substances inthe form of gas, vapor or mist is not likely to occur in normal operation but, if it does occur, will persist for ashort period only.

82

SEQUENCERSECONOMISERS

CONTROL UNITS WITHREMOTE PILOTS

MATRIXWIRING SYSTEM

TURBONETBUS SYSTEM

EMISSION MONITORING SYSTEMS AND TRIBO-CHECK PROBES

ATEX CERTIFIED

(zone 1,2,21 & 22)

LA

ELECTRONIC SYSTEMS

PRODUCT OVERVIEW

83

Electronic controlSystems

DUST FILTER COMPONETS

ELECTRONIC SYSTEMS

B

E 4 - 8 - 12 -16

NUMBER OF OUTPUTS

U=24Vcc B=24V 50-60Hz L=115V 50-60Hz

M=230V 50-60Hz

MULTIPLE OUTPUT VOLTAGE

U=24Vcc B=24V 50-60Hz L=115V 50-60HzM=230V 50-60Hz

STANDARD MULTIPLE SUPPLY VOLTAGE

E 16example ECONOMISER E SERIES

ECONOMISERS AND SEQUENCERS

HOW TO ORDER

E16 MB is a 16-way E economiser

with 230VAC supply voltage and 24VAC output voltage

M

BM

BA 4 - 8 - 12 -16

NUMBER OF OUTPUTS

U=24Vcc B=24V 50-60HZ L=115V 50-60HZM=230V 50-60Hz


M=230V 50-60Hz L=115V 50-60 Hz

STANDARD SUPPLY VOLTAGE

U=24Vcc B=24V 50-60Hz

OPTIONAL SUPPLY VOLTAGE

M=230V 50-60Hz L=115V 50-60Hz

STANDARD SUPPLY VOLTAGE

U=24Vcc B=24V 50-60Hz

OPTIONAL SUPPLY VOLTAGE

BA 16example ECONOMISER BA SERIES

BA16 MB is a 16-way BA economiser


S16 MB is a 16-way S sequencer


BM

S 4 - 8 - 12 -16

NUMBER OF OUTPUTS

U=24Vcc B=24V 50-60HZ L=115V 50-60HZM=230V 50-60Hz


U=24Vcc B=24V 50-60Hz L=115V 50-60HzM=230V 50-60Hz

STANDARD MULTIPLE SUPPLY VOLTAGE

U=24Vcc B=24V 50-60HZ L=115V 50-60HZM=230V 50-60HZ


S 16example SEQUENCER S SERIES

PA 4 - 8 - 12 -16

NUMBER OF OUTPUTS

PA 16example SEQUENCER PA SERIES

PA16MB is a16-way sequencer


BM


Economiser with digital E Series

∆P control

Economiser with digital BA Series

∆P control

Cyclic sequencer S Series

Cyclic sequencer PA Series

Digital ∆P controller BPB Series

Electronic single timer TCONTEMP

TURBONET TURBO-NET 144

Bus system

MATRIX MTX

Wiring system

Dust emission probe TC Series

Dust emission probe controller DTC Series

PRODUCT INDEX

DEVICE PERFORMANCES

LCD Display with backlight and friendly menus in six languages

Three modes of operation: manual, auto and full-auto mode to smart filter mana-

gement

Operating time in seconds and minutes with selectable range for any applications

Four units selectable for differential pressure measures

No selection jumpers required for the output voltages of the valves that is done

automatically according to the positioning of the common of pulse valves in the

terminal

Multi-selectable power supply thought just one jumper located in the terminals

compartment

Post-cleaning function with selectable number of cycles up to 255 cycles

Hours counter and pulses counter

Up two programmable alarm relays

Minimum differential pressure

Maximum differential pressure

Maximum current pulse valves dissipation

Pulse Valves not working alarm

Power down

External input to start/stop cleaning from remote

External input to start/stop cleaning from air tank sensor

Automatic precoating functions

4-20mA output to remote dP pressure

Zero crossing switching pulse valve

Pulse valves manual activation

Selection of pulse-jet cleaning systems or rotating nozzle with self-selection of opti-

mal parameters

Protection from current overload for device and pulse valves

Description

The control instruments “E” series eco-

nomizer are among the most modern

and complete available today on the

market.

They have been built to command

membrane solenoids on dust removal

filters. A large back lighted liquid

crystal display clearly shows the filter

and the cleaning system status. It has

a fast-flow setting menu with intuiti-

ve operation that allows the operator

to choose one of five different lan-

guages offered, and to select from

four different pressure-reading scales

(mbar, kpa “H2O and mmH2O). The clog-

ging level can be seen on a numerical

and/or graphic scale. The pre-coating

deactivation function, the recognition

of the valves connected and the post-

washing function are all completely auto-

matic.

What makes this “E” Series totally inno-

vative is the software installed in the

powerful microprocessor, which directs

the full-automatic operation. This mode

makes the instrument completely auto-

nomous and independent in the mana-

gement of the filter washing, modula-

ting the pause and shooting time

depending on the clogging level. The

”cleaning”, then, is increased or redu-

ced automatically depending on the real

needs; this optimizes the economy of

the entire system.

ECONOMISER FOR DEDUSTING PLANTS

WITH DIGITAL ∆P CONTROL BY INTERNAL TRANSDUCER

E SeriesE

VALVES

Terminal signal Terminal signal

1 EV1 Solenoid valve 1 9 EV9 Solenoid valve 9








The common of solenoid valves must be connected to the type of pilot according

to the following table:

Terminal LEGEND Voltages

17 230V 230VAC 50Hz

18 115V 115VAC 50Hz

19 24DC 24VDC

20 24AC 24VAC 50Hz

NOTE: THE TERMINAL 31 IS THE GROUND OF DEVICE AND PULSE VALVES

POWER

Power Supply 230-115-24/50hz

Terminal 30 L phase

Terminal 33 N Neutral

Terminal 31 PE Ground

Power Supply 24 VDC

Terminal 32 DC +

Terminal 25 GND Negative

Terminal 31 PE ground

(internally connect to 25)



E Series

CONNECTION LAYOUT

CE DIRECTIVES

This product is compliant with the follo-wing directives:

Machine Direct ive 2006/42/EC‘Electromagnetic compatibility’ related tothe European Standard EN61000-6-2:2005class B of the rule EN61000-6-4:2001. LowVoltage Directive 2006/95/CE related tothe European Standard EN60947-1:2004

E

ELECTRICAL CHARACTERISTICS

Power

230VAC ±10% 50 Hz

115VAC ±10% 50 Hz

24VAC ±10% 50 Hz

24VDC ±10%

Output

24VAC (MAX 20VA @ Ton Max 5s)

24VDC (MAX 20W@ Ton Max 5s)

230VAC (MAX 20VA@ Ton=10s)


Fuses

1 x 2 Ampere

Working temperature

-15°C÷50°C

Storage temperature

-20°C÷60°C

Timing

Pause time

5 s ÷ 50 min

Working time (air pulse)

50 ms ÷ 10 s (step 10 ms)

Differential pressure Meter

Range: 0 ÷ 10 KPa

Maximum differential pressure:

50 kPa – 0.5 bar


Standard supply voltage 230 VAC / 115 VAC

Supply voltage available upon request 24 VAC / 24 VDC

Output voltage 230/115 / 24VAC - 24VDC

Working temperature range -10°C ÷ +50°C

Absorbed power 10 VA (Stand by)

Protection level IP65

Max no. of outputs 16

Dimensions 140x230x95 (BA4 - BA16)

Material ABS / RAL 7035

STANDARD FEATURES

Manual selection of output number / solenoid valve

Adjustable activation time per each output from 0.05 to 5 sec.

Adjustable interval time between two activations from 1 to 999 sec.

Short circuit output protection

Manual activation of each single output

Digital differential pressure control

Differential pressure reading by internal transducer (max 10kPa)

Maximum dP alarm with alarmed contact open and automatic reset

Zero dP reading adjustment

10kPa dP reading full range

Additional post-cleaning cycle after fan stop

Cleaning cycle ON/OFF by volt free external contact

Max 25W load power per each output

Input and output selection by JP1, JP2 and JP3 jumpers on the board

DESCRIPTION

Economiser for dedusting plant cleaning cycle with digital ∆P

control.

Microprocessor-operated device with electrical zero connected to

ground which ensures high immunity to external interfe-

rence and low field emissions.

Max 1 output relay. Max 2 volt free digital inputs.

BA4 to control 4 solenoid valves






BA4 /BA8 / BA12 /BA16 Series - Multiple output voltageUp to 144 outputs available upon request with different enclosures BA

Connect by rylsan tube 4/6

PARAMETER SETTING IN SET MODE

In Run Mode press key C to enter the function menu

F01 Digital input use 0 = included 1 = excluded

F02 Pulse time 0,05 ÷ 5,00 sec

F03 Time interval between events 1 ÷ 999 sec (see B3x)

F04 Number of outputs 0 ÷ 16

F05 Cycles after fan stop 0 ÷ 99

F06 Manual activation C = Selection A = Output activation

F07 ∆P control 0 = excluded 1 = includedo

F08 Output voltage 24V, 115V, 230V (see HV)

F09 Zero ∆P adjustment 0,00 (see C8)

F10 ∆P threshold for cycle STOP 0,01 ÷ 9,99 kPa

F11 ∆P threshold for cycle START 0,01 ÷ 9,99 kPa

F12 Max ∆P alarm threshold 0,01 ÷ 9,99 kPa

F13 Fan mode selection 0 = by contact 1= by ∆P reading

Key A = Access to the selected function Key A = Parameter decrement in

Key B = Exit from Set Up Key B = Return to function menu

Key C = Function selection Key C = Parameter increase in Set

OPERATION

When power is supplied, the cleaning cycle starts if all the conditions requiredfor operation are present

OFF Cycle stopped due to cleaning consent missing (D6 open)

- 0 - Cycle stopped due to fan OFF

‘P’ Cycle stopped due to low dP (Blinking display)

A01 No. of activated EV

... Cycles active after fan stop (Blinking points)

--- Bar indicating pause time flow between events

E ∆P reading over 9.99kPa

Key B Alarm Reset

Key C Access to Set Up

ALARM DESCRIPTION

3,00/H = Maximum ∆P alarm

(Blinking display)

example: E1/05 = 05 output overload

(Blinking display)

NOTE

The device will automatically switch from

Set Mode to Run Mode if no key is pres-

sed for 5 minutes



BA4 /BA8 / BA12 /BA16 Series - Multiple output voltageUp to 144 outputs available upon request with different enclosures

2 31

SUPPLY VOLTAGE

FUSE

(See Table 1)

NOTE DC: With 24VDC supply voltage, the available output voltage decreases by 2V for internal timer voltage drop. Check the compatibility with the solenoid valves used.

Do no connect any supply voltage pole to ground with 24VDC supply voltage.

4 5CUMULATIVE FAULT/ ALARM RELAY

Contact close with supply voltage ON and no alarm

BA

K15A/250V

14

15

D6

+P1 dP filter dirty side

-P2 dP filter clean side

dP10kPamax.

CLEANING CYCLE ON/OFF BY D6 EXTERNAL CONTACT

(Contact close = cycle active)

NOTE D6: put a wire at the clamps if not used with digital input enabled

D1a

12

13

FAN FAN SWITCH

(Contact close = fan ON)

NOTE D1a: put a wire at the clamps if not used with digital input enabled

COMMONOUTPUT No.

GROUND

EV1

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

3 30

EV3 EV5 EV7 EV9 EV11 EV13 EV15

EV2 EV4 EV6 EV7 EV10 EV12 EV14 EV16

SOLENOID VALVE VOLTAGE (see the label on the device)

Absorbed power 10 VA (Stand-by) + power EV.

Terminal 2,5 mm 250 VAC/12A

-10°C ÷ +50°CWorking

temperature

range

WIRING DIAGRAM

CE DIRECTIVES


Machine Direct ive 2006/42/EC‘Electromagnetic compatibility’ related tothe European Standard EN61000-6-2:2005class B of the rule EN61000-6-4:2001. LowVoltage Directive 2006/95/CE related to theEuropean Standard EN60947-1:2004.

BA

DEVICE PERFORMANCES

LCD Display with backlight and friendly menu in six languages

Operating time in seconds and minutes with selectable range for any application

No selection jumpers required for the voltages of the valve

Multi-selectable power supply without removing the panel or the card from

enclosures

Post-cleaning function with selectable number of cycles up to 255 cycles

Hours counter and pulses counter

Up two programmable alarm relays

Pilot not working alarm

Power down

External input to start/stop cleaning from remote

External input to start/stop cleaning from air tank sensor

Zero crossing switching pilot valves

Pilot manual activation

Selection of pulse-jet cleaning systems or rotating nozzle with self-selection of

optimal parameters

Protection from current overload for device and pilot valves

Description

These control instruments series “S”

are among the most modern and com-

plete available today on the market.

They have been built to command

membrane solenoids on dust removal

filters. A large back lighted liquid

crystal display clearly shows cleaning

system status. It has a fast-flow setting

menu with intuitive operation that

allows the operator to choose one of

six different languages offered. The

recognition of the valves connected

and the post-washing function are all

automatic.

What makes this “S” Series totally inno-

vative is the software installed in the

powerful microprocessor, which directs

the full-automatic operation.

SEQUENCER FOR DEDUSTING PLANTS

S SeriesS

VALVES

Terminal signal Terminal signal









The common of solenoid valves must be connected to the type of pilot according

to the following table:

Terminal LEGEND Voltages

17 230V 230VAC 50Hz

18 115V 115VAC 50Hz

19 24DC 24VDC

20 24AC 24VAC 50Hz

NOTE: THE TERMINAL 31 IS THE GROUND OF DEVICE AND PULSE VALVES

POWER

Power Supply 230-115-24/50hz

Terminal 30 L phase

Terminal 33 N Neutral

Terminal 31 PE Ground

Power Supply 24 VDC

Terminal 32 DC +

Terminal 25 GND Negative

Terminal 31 PE ground

(internally connect to 25)


S Series

CONNECTION LAYOUT

CE DIRECTIVES


Machine Direct ive 2006/42/EC‘Electromagnetic compatibility’ related tothe European Standard EN61000-6-2:2005class B of the rule EN61000-6-4:2001. LowVoltage Directive 2006/95/CE related tothe European Standard EN60947-1:2004

S

ELECTRICAL CHARACTERISTICS

Power

230VAC ±10% 50 Hz

115VAC ±10% 50 Hz

24VAC ±10% 50 Hz

24VDC ±10%

Output

24VAC (MAX 20VA @ Ton Max 5s)

24VDC (MAX 20W@ Ton Max 5s)



Fuses

1 x 2 Ampere

Working temperature

-15°C÷50°C

Storage temperature

-20°C÷60°C

Timing

Pause time

5 s ÷ 50 min

Working time (air pulse)

50 ms ÷ 10 s (step 10 ms)




Output voltage 230/115 / 24VAC - 24VDC

Working temperature range -10°C ÷ +50°C

Absorbed power 10 VA (Stand by)


Max no. of outputs 16

Dimensions 140x170x95 (PA4 - PA8)

Dimensions 140x230x95 (PA12 - PA16)

Material ABS / RAL 7035

STANDARD FEATURES

Manual selection of output number / Autoselection

Adjustable activation time per each output from 0.05 to 5 sec.

Adjustable interval time between two activations from 1 to 999 sec.

Short circuit output protection

Manual activation of each single output

Cleaning cycle ON/OFF with external pressure controller by volt free contact

Additional post-cleaning cycle after fan stop

Cleaning cycle ON/OFF by volt free external contact

Max 25W load power per each output

Input and output selection by JP1, JP2 and JP3 jumpers on the board

DESCRIPTION

Sequencer for dedusting plant cleaning cycle. Microprocessor-ope-

rated device with electrical zero connected to ground which ensu-

res high immunity to external interference and low field

emissions.

Max 1 output relay. Max 2 volt free digital inputs.

PA4 to control 4 solenoid valves





PA4 /PA8 / PA12 /PA16 Series - Multiple output voltageUp to 144 outputs available upon request with different enclosuresPA



F01 Digital input use 0 = included 1 = excluded

F02 Pulse time 0,05 ÷ 5,00 sec

F03 Interval time between events 1 ÷ 999 sec (see B3x)

F04 Number of outputs 0 ÷ 16 (seeB1b)

F05 Cycles after fan stop 0 ÷ 99

F06 Manual activation C = Selection/ A = output activation

F07 Digital input 0 = C6, 1=D6 (see C6, D6)

F08 Output voltage 24V, 115V, 230V (see HV)

Key A = Access to the selected function Key A = Parameter decrement in Set



OPERATION

When power is supplied, the cleaning cycle starts if all the conditions requiredfor operation are present

OFF Cycle stopped due to cleaning consent missing (D6 open)

- 0 - Cycle stopped due to fan OFF

1,00/P Cycle stopped due to low dP (Blinking display)

A01 No. of activated EV

... Cycles active after fan stop (Blinking points)

1,23 ∆P reading (kPa)


Key B Alarm Rest


ALARM DESCRIPTION

3,00/H= Maximum ∆P alarm

(Blinking display)

example: E1/05 = : E1/05=05 output

overload

(Blinking display)

NOTE

The device will automatically switch from

Set Mode to Run Mode if no key is pressed

for 5 minutes


PA4 /PA8 / PA12 /PA16 Series - Multiple output voltageUp to 144 outputs available upon request with different enclosures

2 31 4 5PA

K15A/250V

FUSE

(See Table 1)

COMMONOUTPUT No.

GROUND

14

15

(see set F07)C6/D6

SUPPLY VOLTAGE

CUMULATIVE FAULT/ ALARM RELAY

Contact close with supply voltage ON and no alarm

CLEANING CYCLE ON/OFF BY D6 EXTERNAL CONTACT

(Contact close = cycle active)

NOTE C6/D6: put a wire at the clamps if not used with digital input enabled

FAN FAN SWITCH

(Contact close = fan ON)

NOTE D1a: put a wire at the clamps if not used with digital input enabled

NOTE DC: With 24VDC supply voltage, the available output voltage decreases by 2V for internal timer voltage drop. Check the compatibility with the solenoid valves used.

Do no connect any supply voltage pole to ground with 24VDC supply voltage.

SOLENOID VALVE VOLTAGE (see the label on the device)

D1a

12

13

EV1

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

3 30

EV3 EV5 EV7 EV9 EV11 EV13 EV15

EV2 EV4 EV6 EV7 EV10 EV12 EV14 EV16

10 VA (Stand-by) + power EV.

2,5 mm 250 VAC/12A2

-10°C ÷ +50°C

Absorbed power

Terminal

Working

temperature

range

WIRING DIAGRAM

CE DIRECTIVES


Machine Direct ive 2006/42/EC‘Electromagnetic compatibility’ related tothe European Standard EN61000-6-2:2005class B of the rule EN61000-6-4:2001. LowVoltage Directive 2006/95/CE related to theEuropean Standard EN60947-1:2004.

PA




Operating temperature range -10°C ÷ +50°C

Absorbed power 5 VA


Dimensions (mm) 180x130x75



F01 Zero ∆P adjustment 0,00 (see C8)

F02 Min. ∆P alarm threshold 0,01 ÷ 9,99 kPa (E=disabled)

F03 Max ∆P alarm threshold 0,01 ÷ 9,99 kPa

Key A = Access to the selected function Key A = Parameter decrement in Set



OPERATION

When power is supplied, dP control starts immediately

1,23 ∆P reading (kPa)


Key B Alarm reset


ALARM DESCRIPTION

3,00/H Max dP alarm

(Blinking display)

0,50/L Min ∆P alarm

(Blinking display)

NOTE: The device will automatically switch from Set Mode to Run Mode if no key is

pressed for 5 minutes

STANDARD FEATURES

Minimum (K2) and maximum (K1) ∆P alarms on separate relays

Differential pressure reading by internal transducer (max 10kPa)

Minimum ∆P alarm with alarmed contact open and automatic reset

Maximum ∆P alarm with alarmed contact open and automatic reset

Zero ∆P reading adjustment

DESCRIPTION

Digital differential pressure controller between two points with

microprocessor.

Maximum 2 output relays.

DIGITAL DIFFERENTIAL PRESSURE CONTROLLER BY INTERNAL TRANSDUCER

BPB Series

BPB

2

10 VA (Stand-by) + power EV

2,5 mm 250 VAC/12A

-10°C ÷ +50°C

Absorbed power

Terminal

Working

temperature

range

FUSE250V / 500 mA (5x20)

+P1 9P filter dirty side

+P2 9P filter clean side

SUPPLY VOLTAGE

(see the label on the device)

MAX 9 P ALARM RELAY(Contact close with supply voltage ON and no alarm)

MIN 9 P ALARM RELAY(Contact close with supply voltage ON and no alarm)

4-20 mA 9 P reading(0.00 kPa+C13 x = 4+20 mA)

Supply by ECO12VDC max 450 Ohm(Connect to other devices by passive input and preferably insulated)

K15A/250V

K25A/250V

9 P10kPamax

C11a

WIRING DIAGRAM

BPB


Interval time 0,5 to 45 minutes, adjustable

Activation time 20 to 300 ms, adjustable

Manual adjustment by micro-switch

Supply voltage range 24 to 240 VAC/DC 50/60Hz

Current consumption 4 mA max

Working temperature -40°C ÷ +60°C


Enclosure material ABS plastic FR grade

Connection type EN175301-803 (ex DIN 43650A)

Indicators ON/OFF indication by LEDs

Standard design VDE 01 10C

ELECTRONIC SINGLE TIMER

TCONTEMP

TURBONET BUS SYSTEM CONTROLS - Up to 144 Valves

Connection to master controller by a single 3-core cable


T-RCP Series


Operating pressure Min 0,5 bar - max 7,5 bar







Protection IP66

Standar voltage 24V DC

MASTER WITH ∆P CONTROLLER

Enclosure IP65

Dimensions (mm) 160x137x103

Temperature -10°C +70°C

Power inlet 110/220 AC

Power outlet 24DC

One time 0,05 ÷5 sec

Off time 1 ÷ 999 sec

∆P 10kPa

End cycle cleaning

Hour counter

Display multilanguage

Set start / Stop cleaning cycle

Alarm max ∆P

Master generator

3 Wires cables

T- RCPPilot box

TurboNet master controller has been designed tocontrol cleaning cycle in dust collector filter appli-cations. It features digital differential pressure con-trol by internal transducer and provides effectivecost reduction in electrical wiring procedures. It isa microprocessor operated system with electricalzero connected to ground which ensures highimmunity to external interference and low fieldemissions. Max 2 output relays and 2 volt free digital inputs.

TURBONET BUS SYSTEM CONTROLS - Up to 144 Valves

Connection to master controller by a single 3-core cable

T-RCP Series

MASTER WITH ∆P CONTROLLER


Connectors Up to 12 per single belt

Cable diameter 8 mm

Protection IP65

Temperature range -20°C / +80°C

Matrix System is designed to reduce time and cost of wiring instal-lation.Matrix require a simple connection to the sequencer and to pulsevalve.

FEATURES

Matrix consist in moulded prewired connectors for pulse valve

Turbo provide Matrix connectors with desired pitch between valves.

Is compatible with any sequence controller available from the mar-

ket.

Matrix can be supplied factory plugged to pulse valves on the

header tank

MATRIX WIRING SYSTEM

HOW TO ORDER

M3

No.° of Connectors

Pitch (mm)

Conduit lenght tosequencer

Terminal:

•plugged

•free wires

MATRIX 4 P200 Plugged

MATRIX WIRING SYSTEM

97

TECHNICAL FEATURES

Power supply supply voltage 16 ÷ 24 VDC 100mA

Output signal 4 ÷ 20mA activ

Maximum load 350 Ohm

Gas temperature 120°C (standard)

Operating temperature -10° ÷ +50°C

Relative humidity 80%

Housing degree protections IP65

DESCRIPTION

The TC probe surveys the passage of par-

ticles present in the gas, converting this

physical phenomenon in an electric signal

proportional to the dustiness degree. By

comparing the signal generated by TC with

preset thresholds in proper devices, it is

possible to activate an alarm at the desi-

red value. If the cause of the alarm is due

to a broken bag, this can be identified

if it is connected to proper devices belon-

ging to ECO series which are envisaged

for this kind of control.

DUST EMISSION PROBE

TC SeriesTC

TECHNICAL FEATURES

Emission control by connecting a Tribo-Check Probe

High emission pre-alarm with relay contact open in alarm and automatic reset

High emission alarm with relay contact open in alarm and automatic reset

TC Probe signal zero adjust

Emission value set in mg/m3

TC Probe reading meaning time

TC Probe signal reading in mA

Double terminal on the board 2,5 mm2 250V 12A

Multi language display

OPTIONS ON REQUEST

Cable glands type & Q.ty on request

Other enclosures available on request

DESCRIPTION

Device designed to show and check the

signal from Tribo-Electric probe to mea-

sure the quantity of dust in a duct with

gas flow.

DUST EMISSION PROBE CONTROLLER

DTC Series DTC

ISO 9001:2008 certificated

TURBO srlvia Po, 33

20811 CESANO MADERNOMB (ITALY)

phone ++39 0362 574024fax ++39 0362 [email protected]

©- All rights reserved. Design and specifications are subject to change without noticeCAT.HT_VALV 10/011 engl

™

® ®

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