2016 Solberg Catalog

”L” Style Vacuum Filters
ISO CSL Series NW16 - NW40 FLG

B

Inlet

A
D

Features C

Outlet

Series Specific Applications

• ISO flange connections • Prevent dry scroll tip seal migration
- Stainless steel ISO flange • Polycrystalline silicone ingot production
- Buna o-ring sealed • Vacuum coating
• Solar cell lamination
• Seamless drawn housings • Trap condensable vapors
• Corrosive resistant carbon steel construction • Thin-film manufacturing
• Powder coat finish (Black models) • Protect against backstreaming
• O-ring housing seal
• Stainless steel torsion clips Options ATEX
Available
Technical Specifications
• Contact factory for larger sizes & ISO flanges Inlet Vacuum Filters
• Vacuum Leak Rate: 1x10-5 mbar l/sec • Viton seals
• Vacuum Rating: Medium vacuum service** • Stainless steel (select models)
• Temp (continuous): min -15°F (-26°C) max 220°F (104°C) • Activated Alumina, Activated Zeolite media
• Filter change out differential: 15-20” H2O over initial Δ P
• Polyester: 99%+ removal efficiency standard to 5 micron available for foreline trap and other applications
• Paper: 99%+ removal efficiency standard to 2 micron

** See Vacuum Filter Technical Data for vacuum service data.

SS ISO Flange w/Black Housing Finish

ISO Flg Assembly Assembly Part Number Dimensions - inches Approx. Replacement Element
Inlet & SCFM SCFM
Outlet Rating Polyester Paper ABC D Wt. lbs Element Part No. Rating
NW16 23 3 7/8 2 5/8 3 3/4 2 1/4 0.88 Polyester Paper 25
NW25 25 CSL-825-NW16B CSL-824-NW16B 3 7/8 2 5/8 3 3/4 2 1/4 0.88 25
NW25 35 4 3/8 3 3/8 5 3/4 2 5/8 825 824 55
NW40 55 CSL-825-NW25B CSL-824-NW25B 4 3/4 3 3/4 5 3/4 3 1/8 3 825 824 55
NW40 80 7 3/16 4 5/8 7 3/8 3 843 842 115
CSL-843-NW25B CSL-842-NW25B 11 11/16 6 8 12/16 5 5 843 842 290
K63 175 16 1/8 8 3/4 13 1/4 6 1/2 15 849 848 570
K100 300 CSL-843-NW40B CSL-842-NW40B 8 9/16 33 851 850
239 238
CSL-849-NW40B CSL-848-NW40B

CSL-851-K63B CSL-850-K63B

CSL-239-K100B CSL-238-K100B

SS ISO Flange w/Nickel Housing Finish

NW16 23 CSL-825-NW16EN CSL-824-NW16EN 3 7/8 2 5/8 3 3/4 2 1/4 0.88 825 824 25
825 824 25
NW25 25 CSL-825-NW25EN CSL-824-NW25EN 3 7/8 2 5/8 3 3/4 2 1/4 0.88 843 842 55
843 842 55
NW25 35 CSL-843-NW25EN CSL-842-NW25EN 4 3/8 3 3/8 5 3/4 2 5/8 3 849 848 115
851 850 290
NW40 55 CSL-843-NW40EN CSL-842-NW40EN 4 3/4 3 3/4 5 3/4 3 1/8 3 239 238 570

NW40 80 CSL-849-NW40EN CSL-848-NW40EN 7 3/16 4 5/8 7 3/8 5 5 Pg. 4-5

K63 175 CSL-851-K63EN CSL-850-K63EN 11 11/16 6 8 12/16 6 1/2 15

K100 300 CSL-239-K100EN CSL-238-K100EN 16 1/8 8 3/4 13 1/4 8 9/16 33

See Vacuum Filter Technical Data section for sizing guidelines.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

”L” Style Vacuum Filters B
CSL Series 3”-6”MPT,4”-12”FLG Inlet

E D

A

C
Outlet

Inlet Vacuum Filters Features Benefits

• Heavy duty T bolts for easy maintenance • Mount horizontally or inverted with “Stay in Place”
• Corrosive resistant carbon steel construction o-ring u-channel groove
• Black powder coat finish
• O-ring seal with U-channel groove • Low pressure drop construction
• Inlet & outlet 1/4” gauge taps

Technical Specifications Options ATEX
Available
• Vacuum Rating: Medium vacuum service**
• Hydrostatically tested to 0.5 bar pressure • Straight-through configurations
• Temp (continuous): min -15°F (-26°C) max 220°F (104°C) • Various filter media
• Filter change out differential: 15-20” H2O over initial Δ P • Stainless steel
• Polyester: 99%+ removal efficiency standard to 5 micron • Various nonstandard finishes and connection styles
• Paper: 99%+ removal efficiency standard to 2 micron • ISO Flange (contact factory for specs, sizes & availability)
• Flange faces free of paint
** See Vacuum Filter Technical Data for vacuum service data. • Internal surfaces free of paint
• Lifting lugs
• Brackets for optional support legs
• Mounting housing bands
• Nameplate bracket

Pg. 4-6 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.1363

”L” Style Vacuum Filters
CSL Series 3”-6”MPT,4”-12”FLG

Flanged Assemblies

Flange Assembly Assembly Part Number Dimensions - inches Suggested Approx. Replacement Element
Inlet & SCFM SCFM
Outlet Rating Polyester Paper A BC D Service HT. Wt. lbs Element Part No. Rating
27 3/8 9 14 18 1/2 62 Polyester Paper 570
4" 520 CSL-235P-400F CSL-234P-400F 27 3/8 9 14 18 1/2 E 64 800
4" 520 28 1/4 11 18 1/2 19 1/2 15 88 235P 234P 880
5" 800 CSL-335P-400F CSL-334P-400F 28 1/4 11 18 1/2 19 1/2 20 90 335P 334P 1100
5" 800 29 1/4 12 18 1/2 20 1/2 15 110 245P 244P 1100
6" 1100 CSL-245P-500F CSL-244P-500F 29 1/4 12 18 1/2 20 1/2 20 113 345P 344P 1500
6" 1100 39 1/8 14 22 1/2 25 1/2 15 185 275P 274P 1825
8" 1800 CSL-345P-500F CSL-344P-500F 57 1/2 16 27 20 380 375P 374P 6600
10" 2900 70 1/4 16 27 45 20 465 377P 376P 9410
12" 4950 CSL-275P-600F CSL-274P-600F 57 33 685P 384P (2)
25 485P (2) 484P (2)
CSL-375P-600F CSL-374P-600F

CSL-377P-800F CSL-376P-800F

CSL-685P-1000F CSL-384P(2)-1000F*

CSL-485P(2)-1200F* CSL-484P(2)-1200F*

See Vacuum Filter Technical Data section for sizing guidelines.
* Denotes 2 elements stacked in housing.

125/150# Dimensions - inches No. of Flange B.C. O.D.
Pattern Flg Holes Thickness
O.D. B.C. B.H. O.D.: Outside Diameter
4" 8 0.38 B.C.: Bolt Circle
5" 9 7 1/2 0.75 8 0.38 B.H.: Bolt Hole
6" 8 0.38
8" 10 8 1/2 0.88 8 0.38 B.H.
10" 12 0.38
12" 11 9 1/2 0.88 12 0.5 All flanges are orientated
“split center”.
13 1/2 11 3/4 0.88

16 14 1/4 1

19 17 1 Inlet Vacuum Filters

MPT Assemblies

MPT Assembly Suggested Replacement Element
Inlet & SCFM SCFM
Outlet Rating Assembly Part Number Dimensions - inches Service HT. Approx. Element Part No. Rating
300 Polyester Paper 570
3" 300 Polyester Paper ABCD E Wt. lbs 800
3" 520 47 235P 234P 570
4" 520 CSL-235P-300 CSL-234P-300 27 3/8 9 14 18 1/2 10 50 335P 334P 800
4" 800 52 235P 234P 880
5" 800 CSL-335P-300 CSL-334P-300 27 3/8 9 14 18 1/2 15 55 335P 334P 1100
5" 1100 82 245P 244P 1100
6" 1100 CSL-235P-400 CSL-234P-400 27 3/8 9 14 18 1/2 10 88 345P 344P 1500
6" 95 275P 274P
CSL-335P-400 CSL-334P-400 27 3/8 9 14 18 1/2 15 97 375P 374P

CSL-245P-500 CSL-244P-500 28 1/4 11 18 1/2 19 1/2 10

CSL-345P-500 CSL-344P-500 28 1/4 11 18 1/2 19 1/2 15

CSL-275P-600 CSL-274P-600 29 1/4 12 18 1/2 20 1/2 10

CSL-375P-600 CSL-374P-600 29 1/4 12 18 1/2 20 1/2 15

See Vacuum Filter Technical Data section for sizing guidelines.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering. Pg. 4-7

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.1363

”T” Style Vacuum Filters
CT Series 1” – 6”

C Outlet
Inlet DB

A

Features E

• Compact design for space restrictions; min. service area Technical Specifications
• Inlet above element for extended element life &
• Vacuum Rating: Medium vacuum service**
maintenance intervals • Temp (continuous): min -15°F (-26°C) max 220°F (104°C)
• Cast, corrosion resistant aluminum top with machined • Filter change out differential: 15-20” H2O over initial Δ P
• Polyester: 99%+ removal efficiency standard to 5 micron
connections and integrated baffle design • Paper: 99%+ removal efficiency standard to 2 micron
• 4 taps for mounting brackets:
** See Vacuum Filter Technical Data for vacuum service data.
- 2”, 2-1/2”, 6” connections: M12x1.75 taps
Inlet Vacuum Filters - 3” to 4” connections: 1/2”-13 taps Options ATEX
• ”T” style design minimizes piping requirements Available
• Black powder coat carbon steel drop down bucket
• Clip release shell for easy maintenance • Swing bolts for heavy duty environments
• Swing bolts standard on 6” housings • Drain ports
• Drill points for additional taps: • Extended bucket (select models)
- 1”, 1-1/4”, 1-1/2”, 3”, 4” (gauge or bracket) • Various nonstandard finishes
• 1/4” FPT inlet/outlet taps for gauges: 2”, 2-1/2”, & 6” • Reverse pulse configuration

Inlet/ Assembly Assembly Part Number Dimensions - inches Suggested Approx. Replacement Element
Outlet SCFM Weight SCFM
Size Type Rating Polyester Paper AB C D Service HT. Element Part No. Rating
1" NPSC 40 10 1/8 lbs. Polyester Paper 80
1-1/4" NPSC 60 CT-897-100C CT-896-100C 13 1/8 11 11/16 7 10 1/8 E 12 80
1-1/2" NPSC 80 10 1/8 9 12 897 896 80
2" NPSC 175 CT-897-125C CT-896-125C 13 1/8 11 11/16 7 9 11 897 896 290
2-1/2" FPT 210 9 9 16 897 896 290
3" FPT 300 CT-897-150C CT-896-150C 13 1/8 11 11/16 7 9 9 15 851 850 570
4" FPT 520 13 9 30 851 850 570
6" FPT 1100 CT-851-200C CT-850-200C 12 13/16 10 13/16 9 13 9 26 235P 234P 1100
9 13/16 9 45 235P 234P
CT-851-250C CT-850-250C 12 13/16 10 13/16 9 10 275P 274P

CT-235P-300C CT-234P-300C 18 5/8 16 13 1/2

CT-235P-400C CT-234P-400C 18 5/8 16 13 1/2

CT-275P-600C CT-274P-600C 18 1/4 14 5/16 19

Note: CT 2” & 2-1/2” models: Element seals on the base of the housing.

See Vacuum Filter Technical Data section for sizing guidelines.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 4-8 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

See-Through Vacuum Filters
ST Series 1” – 4”

C
Inlet Outlet

A
DB

Features E Inlet Vacuum Filters

• Compact design for space restrictions; min. service area Technical Specifications
• Inlet above element for extended element life &
• Vacuum Rating: Medium vacuum service**
maintenance intervals • Temp (continuous): min -15°F (-26°C) max 220°F (104°C)
• Cast, corrosion resistant aluminum top with machined • Filter change out differential: 15-20” H2O over initial Δ P
• Polyester: 99%+ removal efficiency standard to 5 micron
connections and integrated baffle design • Paper: 99%+ removal efficiency standard to 2 micron
• 4 taps for mounting brackets:
** See Vacuum Filter Technical Data for vacuum service data.
- 2” to 2-1/2” connections: M12x1.75 taps
- 3” to 4” connections: 1/2”-13 taps Options
• ”T” style design minimizes piping requirements
• Bucket made from shatter resistant polycarbonate • Swing bolts for heavy duty environments
• Clip release shell for easy maintenance • Drain ports
• Swing bolts standard on 6” housings • Spool piece extender (select models)
• Drill points for additional taps: • Reverse pulse configuration
- 1”, 1-1/4”, 1-1/2”, 3”, 4” (gauge or bracket)
• 1/4” FPT inlet/outlet taps for gauges: 2”, 2-1/2”

Inlet/ Assembly Assembly Part Number Dimensions - inches Suggested Approx. Replacement Element
Outlet SCFM Weight SCFM
Size Type Rating Polyester Paper A BC D Service HT. Element Part No. Rating
1" NPSC 40 13 3/8 10 3/8 lbs. Polyester Paper 80
1-1/4" NPSC 60 ST-897-100C ST-896-100C 13 3/8 11.94 7 10 3/8 E 11 80
1-1/2" NPSC 80 13 3/8 10 3/8 9 11 897 896 80
2" NPSC 175 ST-897-125C ST-896-125C 16 1/4 11.94 7 12 7/16 9 10 897 896 290
2-1/2" FPT 210 16 1/4 12 7/16 9 15 897 896 290
3" FPT 300 ST-897-150C ST-896-150C 19 3/4 11.94 7 9 14 851/1 850/1 570
4" FPT 520 19 3/4 14 9 29 851/1 850/1 570
ST-851/1-200C ST-850/1-200C 14 1/4 9 14 9 25 235P 234P
9 235P 234P
ST-851/1-250C ST-850/1-250C 14 1/4 9

ST-235P-300C ST-234P-300C 17 13 1/2

ST-235P-400C ST-234P-400C 17 13 1/2

See Vacuum Filter Technical Data section for sizing guidelines. Pg. 4-9

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Extreme Duty Vacuum Filters
SpinMeister™ ST Series

C Outlet
Inlet

A
B

D

Inlet Vacuum Filters Operating Principle E

• Centrifugal force from intake air causes particulate to Technical Specifications
separate from air stream, forcing it to the outer cover
perimeter and out through the discharge port • Vacuum Rating: Coarse vacuum service**
• Temp (continuous): min -15°F (-26°C) max 220°F (104°C)
• SpinMeister™ Precleaner eliminates large objects from • Filter change out differential: 15-20” H2O over initial Δ P
entering air stream • Polyester: 99%+ removal efficiency standard to 5 micron
• Paper: 99%+ removal efficiency standard to 2 micron
• The air stream then enters the inlet filter and is filtered
by a 99+% efficient pleated element ** See Vacuum Filter Technical Data for vacuum service data.

Features Options

• Extreme duty filtration for high dust environments • SpinMeisters™ available in polished Aluminum
• Excellent removal for short fibers • Larger systems available
• Significantly increases life of filter element • Various media
• SpinMeister™ Precleaner 85+% efficient up to 15 microns • Spool piece extender (select models)
• Pressure drop gauge
- Durable molded fiber filled composite material • Carbon steel bucket versions
- Pressure drop reduced compared to typical precleaners
• Bucket made from shatter resistant polycarbonate
• Large dirt holding capacity
• Clip release band for easy maintenance

Inlet/ SCFM Rating Assembly Part Number Suggested Replacement Element
Outlet SCFM
Size Type Range w/ with SpinMeister Polyeter Paper Dimensions - inches Service Area Element Part No. Rating
2" NPSC SpinMeister Element Element Element 290
2-1/2" FPT A BCD E Polyester Paper 290
3" FPT 16 1/4 570
3" FPT 40-110 175 ST-SML235-200C ST-851/1-200C ST-850/1-200C 16 1/4 14 1/4 9 12 7/16 9 851/1 850/1 570
4" FPT 570
4" FPT 40-110 210 ST-SML235-250C ST-851/1-250C ST-850/1-250C 19 14 1/4 9 12 7/16 9 851/1 850/1 570
6" FPT 19 1100
100-200 300 ST-SML345-300C ST-235P-300C ST-234P-300C 19 17 13 1/2 14 9 235P 234P
19
200-450 300 ST-SML445-300C ST-235P-300C ST-234P-300C 25 3/8 17 13 1/2 14 9 235P 234P

100-200 520 ST-SML345-400C ST-235P-400C ST-234P-400C 17 13 1/2 14 9 235P 234P

200-450 520 ST-SML445-400C ST-235P-400C ST-234P-400C 17 13 1/2 14 9 235P 234P

450-900 1100 CTD-SM6-600C** CT-275P-600C* CT-274P-600C* 21 1/2 19 17 10 275P 274P

* Denotes housings with carbon steel buckets See Vacuum Filter Technical Data section for sizing guidelines.
** Denotes housings with carbon steel extended buckets & swing bolt fasteners

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 4-10 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

See -Through Liquid Separator
STS Series 1”-4”

C
Inlet Outlet

AB
D

Operating Principle E

Benefits

• Inlet air with potentially harmful liquid and large • Minimize the likelihood of liquid and debris from Inlet Vacuum Filters
particulate enters the housing and is separated by a damaging vacuum valves and pumps
baffling mechanism and directional air flow changes.
• Easy visual inspection with see-through housing
• The larger particles and liquid drops down and collects at • Reduce piping costs with “T” style configuration
the bottom of the separator. • Compact design for space restricted work areas

• The float capsule within the separator screen rises with Options
the liquid level until max capacity and limits the flow
thereby protecting the pump from damage.

Features

• Vacuum Rating: Medium vacuum service** • Float level port/switch
• Bucket made from shatter resistant polycarbonate • Cast head protective coatings
• Corrosion resistant cast aluminum head w/knock-out baffle • Heavy duty carbon steel buckets available
• Stainless steel float capsule for emergency shut off • Clamp style swing bolts on 1” to 2-1/2”
• Stainless steel perforated float tube (SS expanded metal • Spool piece extender on select models
• Drain packages
float tube on 1” - 1-1/2”) • Pressure drop gauge
• Clamp style swing bolts on 3” & 4” standard
• Temperature ratings: max 220°F (104°C) ** See Vacuum Filter Technical Data for vacuum service data.
• 1/4" FPT drain (1" to 1-1/2"), 1/2" FPT drain (2" to 4")
• Drill points for additional taps:

- 1”, 1-1/4”, 1-1/2”, 3”, 4” (gauge or bracket)
• 1/4” FPT inlet/outlet taps for gauges: 2”, 2-1/2”

Inlet/ Assembly Suggested Holding

Outlet SCFM Assembly Dimensions - inches Service HT. Capacity

Size Type Rating Part Number A B C D E gal.

1" NPSC 40 STS-100C 14 1/4 12 13/16 7 11 1/4 9 0.4

1-1/4" NPSC 60 STS-125C 14 1/4 12 13/16 7 11 1/4 9 0.4

1-1/2" NPSC 80 STS-150C 14 1/4 12 13/16 7 11 1/4 9 0.4

2" NPSC 175 STS-200C 17 1/4 15 1/4 9 13 1/2 9 1

2-1/2" FPT 210 STS-250C 17 1/4 15 1/4 9 13 1/2 9 1

3" FPT 300 STS-300C 20 9/16 17 7/8 13 1/2 14 7/8 9 2

4" FPT 500 STS-400C 20 9/16 17 7/8 13 1/2 14 7/8 9 2

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 4-11

Liquid Separator/Vacuum Filter B
LRS Series, SRS Series
Outlet
A
D
Inlet

Operating Principle C
Typical LRS Configuration

• The inlet air with potentially harmful liquids and particulate Outlet
enters the highly efficient vacuum filter and is separated by a
baffling system. Preseparator
Element
• The larger particles and liquid drop down to the large capacity
Inlet Vacuum Filters lower chamber. Inlet
Integrated Baffle
• The lower chamber has significant liquid/slurry holding capacity
and has a removable base for easy cleaning. Removable Bottom
SRS w/Preseparator Element
• The final stage has a replaceable filter element for particulate
that is 99+% efficient before it reaches the vacuum pump.

Note: A typical SRS Series design has a preseparator before the
filter element for additional liquid/particulate removal.

LRS Series Specifications

• Multiple stage filtration:
- Integrated baffle
- 99+% efficient polyester particulate filter element

• For aerosol apps, additional knock out pot or separator
is unnecessary

• Compact construction design

SRS Series Specifications

• Multiple stage filtration Preseparator
- Integrated baffle Demister
- Preseparator wire mesh element
(Stainless steel construction recommended) SRS w/Preseparator Demister Option
- 99+% efficient polyester particulate filter element

• Additional knock out pot or separator unnecessary
• Significant liquid/slurry holding capacity
• Removable base for easy access cleaning
• Brackets for support legs & nameplate
• Lifting lugs

Pg. 4-12 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Liquid Separator/Vacuum Filter
LRS Series, SRS Series

Benefits Technical Specifications

• Simplified vacuum package: 2 functions in 1 (liquid • Vacuum Rating: Medium vacuum service**
separator & inlet air filter) • Filter change out differential: 15-20” H2O over Initial Δ P
• Polyester: 99%+ particulate removal efficiency to 5 micron
• High efficiency separation & multistage filtration
• Protects pump from harmful liquids that breaks down ** See Vacuum Filter Technical Data for vacuum service data.

lubricating/sealing oil Options ATEX
• Lower costs from unnecessary piping Available
• Significant liquid/slurry holding capacity
• Prevents emulsification of oil in oil lubricated systems
• Reduce footprint with compact design

Features

• Corrosive resistant carbon steel construction • ASME, PED rated vessels
• Blue epoxy coating • Stainless steel construction & nonstandard finishes
• Baffle system • Nonstandard filter media
• 1/4” inlet/outlet taps (select models) • Extended bucket for additional holding capacity
• 1”NPSC drain and sight port • Preseparator stainless steel demister
• Wide range of operation flows • Stainless steel wire mesh preseparator element:

LRS Series (Stainless steel construction recommended)
• Safety switch port for high liquid warning
• Drain packages
• Support legs, lifting lugs, vacuum gauges

Assembly Inlet / Assembly Dimensions - inches Approx. Replacement Element Inlet Vacuum Filters
SCFM Outlet Holding Element SCFM
Rating Size Type Part Number ABC D Cap. Gal. Part No. Rating
60 3/4" NPSC LRS-19-075HC 3 5/16 100
85 1" NPSC LRS-19-100HC 17 3/4 4 7/16 7 11/16 1.5 19 100
85 1 1/4" NPSC LRS-19-125HC 3 1/2 1.5 19 100
100 1 1/2" NPSC LRS-19-150HC 18 4 5/8 7 11/16 3 1/2 1.5 19 100
135 2" NPSC LRS-237-200HC 3 1/2 1.5 19 550
195 2 1/2" FPT LRS-237-250C 18 4 5/8 7 11/16 6 5/8 2.5 237 550
300 3" FPT LRS-237-300C 8 3/4 2.5 237 550
520 4" FLG LRS-275-400F 18 4 5/8 7 11/16 8 3/4 2.5 237 1100
830 6" FLG LRS-275-600F 4.5 275 1100
22 3/16 6 3/4 12 8 4.5 275
9
24 5/16 8 7/8 12

24 5/16 8 7/8 12

23 3/8 11 1/2 16

40 5/8 12 16

See Vacuum Filter Technical Data section for sizing guidelines.

SRS Series (Contact factory for details. Stainless steel configurations available.)

Assembly Flange Reference Only Approx Replacement
SCFM Inlet & Assembly Holding Element
Rating Outlet Cap. Gal. Part No.
1100 Part Number
1800 6" SRS-377/274S-600F 20 377 | 274S
2450 8" SRS-385/376S-800F 45 385 | 376S
3300 10" SRS-385/384S-1000F 45 385 | 384S
4400 10" SRS-485/384S-1000F 80 485 | 384S
12" SRS-485/384S-1200F 80 485 | 384S

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 4-13

Vapor Condensing Separator Trap C
JRS Series
E
D
Outlet

Inlet
A

BB

Operating Principle

Inlet Vacuum Filters JRS Series vacuum filter systems are designed to protect Options F
equipment from harmful vapors and liquids that can break ATEX
down pump oils and destroy a pump’s inner workings. Available
Vapor removal is accomplished through transitioning a
substance from a gaseous state to a liquid or solid state
and collecting any condensed material that accumulates.

Features

• Removable heat exchanger fin pack for ease of • ASME, PED rated vessels
cleaning and long lasting optimum performance • Stainless steel construction
• Drain packages
• Coolant jacket system • Ports, gauges, leg supports
• Corrosion resistant carbon steel construction • Davit arm
• Coolant inlet and outlet ports
• Removable bottom for full accessibility
• 2” NPSC drain port

Reference Inlet / Reference Only Reference Only Dimensions - inches Reference

Assembly Outlet Assembly AB CDE Only

SCFM Size Type Part Number 50 3/8 8 7/8 13 3/8 6 22 F Element PN
143 2" NPSC JRS-GMAC235-200C 18 3/8 GMAC235
143 2 1/2" FPT JRS-GMAC235-250C 50 3/8 8 7/8 13 3/8 6 22 18 3/8 GMAC235
220 3" FLG JRS-GMAC245-300F 21 5/16 GMAC245
57 11 13/16 17 5/16 7 7/8 24 5/8
275 4" FLG JRS-GMAC275-400F 21 5/16 GMAC275
455 5" FLG JRS-GMAC377-500F 57 1/2 11 13/16 18 1/2 7 7/8 24 5/8 24 1/4 GMAC377
825 6" FLG JRS-GMAC385-600F 27 GMAC385
1175 8" FLG JRS-GMAC485-800F 63 7/8 13 3/4 21 1/4 7 7/8 31 1/2 27 GMAC485

64 5/16 16 1/4 22 1/2 7 7/8 31 1/2

80 3/8 16 3/4 25 3/16 7 7/8 41 3/8

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 4-14 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Vapor Condensing Separator Trap
Compact JST/JCT Series

C

Inlet Outlet

E

A
B

D

Operating Principle Features

JST & JCT Series vapor condensers are designed to protect • Removable heat exchanger fin pack for ease of
equipment from harmful vapors and liquids that can break cleaning and long lasting optimum performance
down pump oils and harms a pump’s inner workings.
Vapor removal is accomplished through transitioning a • Coolant jacket system
substance from a gaseous state to a liquid or solid state • Stainless steel demister pad
and collecting any condensed material that accumulates. • Compact housing for minimal footprint
• Removable bottom for full accessibility
Options ATEX • Coolant inlet and outlet ports Inlet Vacuum Filters
Available • JST Series:

• ATEX available for JCT versions only - Durable see-through bucket made from shatter
• Additional ports resistant polycarbonate
• Vacuum gauge
• Support frame - 1/2”NPTF drain port
• Spool piece/Extended bucket (select models/sizes) • JCT Series:

- Corrosive resistant carbon steel bucket
- 1”NPSC drain port
• Contact Solberg for flow rates for your specific
application

See-Through Housing

Inlet/ Reference Only Reference Dimensions - inches
Outlet Assembly
Size Type AB CD
2" NPSC Part Number
2-1/2" FPT JST-C2048-200C 17 3/8 15 9 13 2/16
3" FPT JST-C2048-250C
4" FPT JST-C2081-300C 17 3/8 15 9 13 2/16
JST-C2081-400C
21 17 7/8 13 1/2 14 8/9

21 17 7/8 13 1/2 14 8/9

Black Carbon Steel Housing

2" NPSC JCT-C2048-200C 16 3/4 14 3/8 9 12 1/2
2-1/2" FPT JCT-C2048-250C 16 3/4 14 3/8 9 12 1/2
FPT JCT-C2081-300C 25 13/16 22 1/2 13 1/2 19 1/2
3" FPT JCT-C2081-400C 25 13/16 22 1/2 13 1/2 19 1/2
4" FPT JCT-C3226-600C 29 13/16 25 7/16 19
6" 21

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering. Pg. 4-15

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Natural Gas Filtration
Suction/Interstage Scrubbers

Note: Drawings are shown
with sample configuration and
dimensions only.

Inlet Vacuum Filters Series Specific Applications Custom Configuration
Shown
• Landfill and Bio-Gas recovery
• Fuel for reciprocating engines and gas turbines
• Gas compression
• Compressor packages

- Rotary Screw
- Centrifugal
- Reciprocating
- Vane

Features

• Protects equipment from condensate, oil, and particulate
entrained in the gas stream

• Multi-stage separation
- 316 SS vane pack and/or demister pad for heavy
condensate and oil removal
- High efficiency 99+% final filter elements

• Corrosion resistant carbon steel construction
• Contact factory for model offering and availability

Options ATEX
Available

 Special standards: PED, CRN, ATEX, ASME
Vessel code sec. VIII division I

 Stainless steel construction
 Special coatings or finishes
 Replaceable filter elements in various

media for particulate removal
 Gauge ports, float switches
 Custom leg supports
 Flush port for vessel cleaning
 Davit arm for vessel lid removal

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 4-16 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Vacuum Filtration for
Solar, Semi-Con, LED, Coating

Reverse Pulse Filter: RX Series

Operating Principle Series Specific Applications Inlet Vacuum Filters

• Reverse Pulse Technology extends maintenance • Vacuum furnaces for crystal growing, steel, titanium, etc.
intervals and improves process productivity by • Vacuum coating and lamination
rapidly introducing atmospheric air or inert gas • Wet & dry vacuum pumps & systems
into the system. • Compatible with most dopants
• Backstreaming
• This process purges dust from loaded filters and
allows the particles to settle in the bottom Benefits
chamber for easy disposal.
• Extends filter life improving maintenance
Features intervals and process run time

• Integrated reverse pulse technology unloads and • High conductance design
extends filter life; improving maintenance intervals • Lower costs from unnecessary piping
and process run time • Large liquid/slurry holding capacity
• Easy maintenance (removable base)
• Safeguard pumps from harmful particles • Reduced footprint
(SiOx, GAN, etc.)
Options
• Prevents particles from contaminating pump oil
• Prevents build up and seizing in dry pumps • Configured and custom designs
• Integrated support stand • Nonstandard finishes
• Removable base for easy cleaning access • PTFE media: Temp (continuous): 104°C (220°F)
• Carbon steel or stainless steel housing construction • Dutch Twill media: Temp (continuous): 190°C(375°F)
• ASME, PED rated vessels
Technical Specifications • Parallel filtration systems
• Valves for semi or fully automated system operation
• Vacuum Leak Rate: 1x10-5 mbar l/sec • Vacuum Leak Rating: 1x10-8 mbar l/sec
• Vacuum Rating: Medium vacuum service** • Contact factory for model offering and availability
• Face Velocity @ 20 ft/min (.10 m/sec)

** See Vacuum Filter Technical Data for vacuum service data.

Note: Model offerings and design parameters may change without notice. Pg. 4-179

wwwwww.s.osolblbeergrgmmfgfg.c.ocomm••sasaleles@[email protected]••SSaaleles:s:663300.7.7733.1.1336633••FFaaxx: :663300.7.7733.0.0772277

Vacuum Filters for Medical Facilities
HV Series 1” – 4”

Series Specific Application Industry Need

• Designed specifically for use in laboratory and hospital Inlet vacuum filters used in medical facilities’ work areas
work area environments prevents damage to vacuum pumps and protects the work
area environment from harmful contaminates. They are
• Vacuum Pumps & Vacuum Systems designed for the removal of liquids, solids, and sub-micron
particles.

Features These high efficiency inlet vacuum filters are specifically
designed for medical vacuum service on atmospheric air
Inlet Vacuum Filters • ULPA - UL media applications and can be used on a variety of vacuum
- 99.97% @ 0.1 micron pumps in most laboratory and hospital environments.
- Low air to media ratio minimizes pressure loss for optimal
pump performance Options
- High dirt holding capacity
• Vacuum filter systems
• Vacuum Rating: Medium vacuum service** • Support stand and protective shroud
• Corrosion resistant cast aluminum head with integrated baffle • Carbon steel bucket for severe duty applications
• “E.R” pressure drop indicator gauge; this “Easy Read” gauge • Oxygen rich systems-contact factory for specialized

provides color coordinated pressure drop readings construction requirements
• Bucket made from shatter resistant polycarbonate • Larger configurations, contact factory
• Brass valve and fittings for contaminated liquid release
• Easy removable & serviceable sterilizable glass flask
• Biohazard label included

** See Vacuum Filter Technical Data for vacuum service data.

Inlet/ Assembly Assembly Approx. Replacement
Outlet SCFM Weight Element
Size Type Rating Part Number Part No.
1" NPSC 41 HV-UL896-100C lbs UL896
1-1/4" NPSC 41 HV-UL896-125C 15 UL896
1-1/2" NPSC 41 HV-UL896-150C 14 UL896
2" NPSC 102 HV-UL850/1-200C 14 UL850/1
2-1/2" FPT 102 HV-UL850/1-250C 20 UL850/1
3" FPT 200 HV-UL234/2-300C 19 UL234/2
4" FPT 200 HV-UL234/2-400C 33 UL234/2
29

Contact factory for dimensions.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 4-18 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

PN: 2030 Pressure Drop Gauges Inlet Vacuum Filters
PN: 555-0048 For Vacuum Filters
PN: VG-030-025
Differential Vacuum Gauge

• Indicates pressure drop across the filter assembly or
filter element

• Shock and vibration resistant
• To be used on CSL & HDL Series
• Contact factory for installation requirements

EZ Read Pressure Drop Gauge

• Gauge Kit includes: gauge, connectors, mounting
hardware

• To be used on ST, CT and HV series
• Contact factory for installation requirements

Vacuum Gauges

• Monitor amount of restriction across the filter
assembly or element, when installed on the inlet
and outlet

• Convenient and inexpensive way to assure
maximum usage from filter element

• 1/4” connection
• 0-30” Hg (0-760mm Hg)
• To be used on CSL, ST, CT Series
• Contact factory for installation requirements

PN: VGB-030-025 Pg. 4-19

Note: Model offerings and design parameters may change without notice.

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Notes

Inlet Vacuum Filters

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Air/Oil Separators

Filter Technical Data pg. 5-2
Oil Mist Vacuum Discharge Filters
pg. 5-4
HDL Series 1” - 2 1/2” FPT pg. 5-5
HDL Series 3”MPT - 8” Flange pg. 5-6
EE Series 3/8” - 1” BSPP, ISO Flanges pg. 5-7
EF Series 1/2” - 1 3/4” , ISO Flanges pg. 5-8
EFDB Series Drain Back Style pg. 5-9
Natural Gas Oil Separators
Power Generation pg. 5-10
Overview: Reciprocating Engines, Turbines pg. 5-11
Vacuum Assisted Oil Mist Eliminators pg. 5-12
Closed Crankcase Ventilation Systems pg. 5-13
Static Oil Mist Eliminators: CV, CVH, CVB

Air/Oil Separators

www.solbergmfg.com

Air/Oil Separators Technical Data
Oil Mist Discharge Filters

General

Recent developments in product design allow for the possible selection of oil mist discharge filters based
on the type of equipment being used. It is, for the first time, possible to identify the appropriate grade of
aerosol discharge filter because of the extensive research completed by the Solberg R&D department.
Please follow the rules below to correctly size your oil mist discharge filter. If further consultation is
required, please contact Solberg or your Solberg sales representative in your area.

Filter Selection Guidelines

#1: First of all air/oil separators used in compressed air systems, repeatedly fail in a vacuum pump
applications. The first consideration is to determine the type of Vacuum Pump being used. The particle
size distribution and mass of oil aerosol discharging from a vacuum pump is as varied as the number of
separator tank designs utilized by the industry. The main pump types are Rotary Vane, Rotary Screw,
Rotary Piston, Liquid Ring, and Reciprocating Vacuum Pumps. Each type of pump produces its own specific
oil discharge characteristics and requires the appropriate media make-up to effectively capture and drain
oil aerosols.
#2: Determine the type of oil being used in the vacuum pump. Trade names, viscosity/grade of oil, and
the lubricant base (mineral, synthetic, etc.) are all useful in determining the discharge aerosol
characteristics.
#3: Determine how much oil the pump consumes under normal operating conditions. Typical
consumption rates are gallons or liters per hour. The amount of oil consumed is typically the amount of oil
being discharged.
#4: Pump operating cycles including vacuum range, temperature fluctuations, contaminant gases or
vapors, and hours of operation per day/week. Also, determine the maximum pressure drop or filter
restriction the system will allow.
#5: Determine the operating temperature at the discharge connection. If it is above +180 ° F, methods of
cooling the aerosol should be considered.
#6: Note the Horsepower of the pump, the outlet connection, and the air flow.
#7: When an external unit is to be used as the primary or sole air/oil separator in a system, a multi-stage
severe duty system may be required.
#8: In the case where an existing air/oil separator (internal or external) is already used, it is important to
specify the desired goal for a second filter. Is it planned to have a multi-staged system for severe or
extreme duty applications, or is there a requirement for exceptionally clean discharge air? If a multiple
stage system is needed, try to identify the primary stage unit and the purpose for the second stage.
#9: Consider where to install the filter. Where possible it is best to install in moderate temperature (+36°
to +100°F) environments and avoid freezing conditions to ensure the oil drains freely without causing
undue back pressure to the vacuum pump.

Once as much information as possible is obtained, send the data to Solberg for review and/or review
our data sheets in the catalog or on our web page www.solbergmfg.com.

Pg. 5-2 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Technical Data
Oil Mist Discharge Filters

Applications & Equipment

 Vacuum Pumps & Systems  Medical Work Areas
 Vacuum Furnaces & Ovens  Industrial Aerosol Scrubbing
 Vacuum Freeze Drying & Outgassing  Heat Treating Equipment
 Vacuum Metalizing  Vacuum Hold Down
 Vacuum Drying  Routing Equipment
 Vacuum Coating  Laboratory Industry
 Custom Vacuum Pumping Systems  Leak Detectors
 Food Processing & Packaging  Autoclaving, Sterilization
 Industrial Vacuum Processes  Reciprocating Engines
 Pressure Unloading Vents on Piston Compressors  Crankcase Ventilation Systems

Installation & Maintenance

Mounting orientation is typically top-up vertical so draining can occur. See figure below for proper
installation method. Request appropriate maintenance manual from your Solberg representative or
through www.solbergmfg.com.

Identification

Standard Solberg assemblies should have an identification label/nameplate that gives the following Air/Oil Separators
information:

Assembly Model #
Replacement Element #
The part number designates the filter type, the element configuration and housing connection size.
For example, the following part number identifies the filter as being a “HDL” design filter with a
“PSG344/2” coalescing element, and 3” MPT connection size.

HDL-PSG344/2-300

Filter Type

Replacement Element
Part Number

Connection
Size and Type

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Oil Mist Discharge Filters
HDL Series 1” - 2 1/2”

Config. C E
B

A Outlet
D

Config. A Config. B C
Inlet
Features
Benefits

• Captures oil fog, mist or aerosol from exhaust of oil sealed • Easy field maintenance
vacuum pumps • Pleated filter element provides increased surface area

• Seamless drawn housings for low back pressure separation of ultra-fine oil mists
• O-ring sealed housings • Waste oil can be recycled
• Corrosive resistant carbon steel construction
• White powder coat finish Options ATEX
• Discharge baffle Available
• 1/4” NPSC drain tap

Technical Specifications

• 0.3 micron media; 99.97% efficiency • Lower back pressure media
• Continuous operating temp: 68°F (20°C) up to 180°F (80°C) • Application specific gaskets/seals
• Mounted vertically • Custom connections
• Pressure rating: 5 psi • Nonstandard finishes
• Stainless steel housings (select models)

Air/Oil Separators Inlet/ Assembly Housing Assembly Part Number A Dimensions - inches D Suggested Approx. Replacement Element
6 11/16 4 1/2
Outlet SCFM Config. HDL-PSG848-100HC 6 11/16 BC 4 1/2 Service HT. Wt. lbs Element SCFM
A HDL-PSG848-125HC 4 1/8 7 3/8 4 1/2 5
Size Type Rating A HDL-PSG848-150HC 6 3/4 4 1/8 7 3/8 E 5 Part No. Rating
1" NPSC 40 A HDL-PSG850/1-200HC 11 1/4 4 3/16 7 3/8 5 5 1/4 5 PSG848 50
1 1/4" NPSC 50 B HDL-PSG860/1-200HC 17 3/8 4 5/8 8 4/5 5 5 1/4 15 PSG848 50
1 1/2" NPSC 50 C HDL-PSG244/2-250C 15 11/16 4 5/8 8 3/4 8 3/4 5 1/4 30 PSG848 50
2" NPSC 125 B 8 13/16 13 1/4 9 1/4 35 PSG850/1 125
2" NPSC 175 14 1/2 PSG860/1 200
2 1/2" FPT 250 PSG244/2 300
10

Note: 2 1/2” housing has 1/4” NPSC taps standard on inlet and outlet.
See Discharge Filter Technical Data section for sizing guidelines.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 5-4 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Oil Mist Discharge Filters
HDL Series 3”- 8”

EB

Outlet

A
D

Features Benefits C
Inlet

• Captures oil fog, mist or aerosol from exhaust of oil • Large oil holding capacity and easy field maintenance
sealed vacuum pumps • Pleated filter element provides increased surface area

• O-ring sealed housings for low back pressure separation of ultra-fine oil mists
• Corrosive resistant carbon steel construction • Multiple separation stages in single element design
• White powder coat finish • Waste oil can be recycled
• 1/4” NPSC drain tap
Options ATEX
Technical Specifications Available

• 0.3 micron media; 99.97% efficiency • Lower back pressure media
• Continuous operating temp: 68°F (20°C) up to 180°F (80°C) • Application specific gaskets/seals
• Mounted vertically • Various nonstandard finishes and connection styles
• Pressure rating: 14.5 psi • Stainless steel housings
• Nameplate bracket
• Lifting lugs

MPT Assembly Assembly Part Number DIMENSIONS - inches Suggested Replacement Element Air/Oil Separators

Inlet & SCFM A BC D Service HT. Approx. Element SCFM

Outlet Rating HDL-PSG344/2-300 31 1/4 9 1/8 14 22 1/2 E Wt. lbs Part No. Rating
22 1/2
3" 300 HDL-PSG344/2-400 31 1/4 9 14 29 1/2 15 75 PSG344/2 500
4" 500 30 1/2 15 78 PSG344/2 500
5" 800 HDL-PSG474/2-500 38 1/4 11 18 1/2 25 1/2 22 160 PSG474/2 1100
6" 1100 22 160 PSG474/2 1100
8" FLG 1800 HDL-PSG474/2-600 39 1/4 11 18 1/2 22 180 PSG476 1800

HDL-PSG476-800F 38 15/16 14 22 1/2

See Discharge Filter Technical Data section for sizing guidelines. B.C. O.D.

125/150# Dimensions - inches No. of Flange O.D.: Outside Diameter
Pattern Flg O.D. B.C. B.H. Holes Thickness B.C.: Bolt Circle
13.5 11 3/4 0.88 B.H.: Bolt Hole
8" 8 0.38
B.H.

All flanges are orientated
“split center”.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

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Compact Closed Oil Mist Filters
EE Series Threaded, ISO FLG

C
Outlet

D

A

B

Features Inlet

• Captures oil fog, mist or aerosol from exhaust of oil Benefits
sealed vacuum pumps
• Compact low profile design
• Back pressure valve designed to release element at • Easy field maintenance
0.5 bar (7.35 PSI) differential for pump safety
Options
• Seamless drawn housings
• Corrosive resistant carbon steel construction • Additional ISO flange connections
• White powder coat finish • Nonstandard finishes available
• 1/8”NPSC oil drain • Assemblies without a valve

Technical Specifications

• 0.3 micron media; 99.97% efficiency
• Continuous operating temp: 68°F (20°C) to 180°F (80°C)
• Mounted vertically

Air/Oil Separators Assembly Replacement Element

Inlet Outlet SCFM Assembly Dimensions - inches Element SCFM
BC
Type Type Rating Part Number A D Part No. Rating
1 1/8 3 1/4
3/4" MPT 1/2" NPSC 8 EE-GL915-075 4 9/16 7/8 3 1/4 1/2 GL915 8
7/8 3 1/4
16mm ISO Flg 16mm ISO Flg 8 EE-GL915-QF16 4 11/16 7/8 5 1/4 7/8 GL915 8

25mm ISO Flg 25mm ISO Flg 8 EE-GL915-QF2516 4 11/16 7/8 GL915 8

25mm ISO Flg 25mm ISO Flg 20 EE-PSG925-QF25 7 3/8 7/8 PSG925 20

Note: QF2516 Designation: Unit has an ISO NW25 flange with a 16mm tube (neck).

See Oil Mist Discharge Filter Technical Data section for sizing guidelines.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 5-6 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Compact Oil Mist Filters
EF Series 1/2”-1 3/4”NPT,ISO FLG

C

A

Features B
Inlet
• Captures oil fog, mist or aerosol from discharge of oil
sealed vacuum pumps Technical Specifications

• Steel construction with nickel plated finish • 0.3 micron media; 99.97% efficiency
• Nickel plated finish • Continuous operating temp: 68°F (20°C) to 180°F (80°C)
• Seamless drawn housings
• Easy thumb screw access for element maintenance Options
• Oil run off from the filter returns to the pump
• Additional ISO flange connections
• Nonstandard connection styles

Connection Assembly Assembly DIMENSIONS - inches Approx. Replacement

Size Type SCFM Rating Part Number AB C Wt. lbs. Element Part No.
EF-FG5-050 0.6 FG5
1/2" MPT 4.5 EF-FG7-050 4 7/8 2 1/2 1.8 FG7
EF-FG3-077 1.2 FG3
1/2" MPT 7 EF-FG5-075 5 1 2 1/2 0.9 FG5
EF-FG7-075 1.8 FG7
3/4" 3/4-20 UNEF 4 EF-FG5-103 3 1/4 1 2 1/2 0.7 FG5 Air/Oil Separators
EF-FG7-103 0.8 FG7
3/4" MPT 4.5 EF-FG9-103 4 3/8 1 2 1/2 1.8 FG9
EF-FG10-103 7 FG10
3/4" MPT 7 EF-FG10-177 5 3/8 1 1/4 2 1/2 3.5 FG10
EF-FG5-NW16 0.6 FG5
1" 1-20 UNEF 4.5 EF-FG5-NW2516 4 13/16 2 1/2 1.4 FG5
EF-FG10-KF25 3.5 FG10
1" 1-20 UNEF 7 EF-FG20-KF40 5 13/16 2 1/2 7 FG20

1" 1-20 UNEF 16 5 1/8 7/8 5

1" 1-20 UNEF 24 7 7/8 5

1 3/4" 1 3/4-20 UN 24 8 3/16 2 5

16mm ISO Flange 4.5 4 7/8 2 1/2

25mm ISO Flange 4.5 4 7/8 2 1/2

25mm ISO Flange 24 8 5/16 2 1/8 5

40mm ISO Flange 44 7 2 10 1/4

See Oil Mist Discharge Filter Technical Data section for sizing guidelines.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering. Pg. 5-7

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Oil Mist Filters w/Drain Back
EFDB Series

C

Outlet

A
Auto Drain
Back

INLET
B

Inlet

Features Technical Specifications

• Captures oil fog, mist or aerosol from exhaust of oil • 0.3 micron media; 99.97% efficiency
sealed vacuum pumps • Continuous operating temp: 68°F (20°C) to 180°F (80°C)

• Auto drain back design to recycle oil mist:
- Internal drain returns oil back into pump
- Prevents oil blow back with auto sealing
- Enclosed housing allows clean environment

• Steel construction
• Nickel plated finish
• Seamless drawn housings
• Easy thumb screw access for element maintenance
• Oil run off from the filter returns to the pump

Air/Oil Separators Inlet Assembly Assembly Dimensions - inches Approx. Replacement
Size/Type SCFM Rating Part Number AB C Wt. lbs Element
KF25 ISO Flange EFDB-FG9-KF25 9 2 3/16 5 5/16 FG9
1-20 UNEF 16 EFDB-FG9-103 7 1/2 7/8 5 1/8 2.5 FG9
1 3/4-20 UN 16 EFDB-FG11-177 9 3/4 2 6 1/4 2.3 FG11
24 2.5

See Oil Mist Discharge Filter Technical Data section for sizing instructions.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 5-8 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Natural Gas Filtration
Oil Separators

Note: Drawings are for
reference purposes only.

Series Specific Applications

• Landfill and Bio-Gas recovery
• Fuel gas purity for

- Reciprocating Engines
- Gen-Sets
- Turbines
• Gas compression
• Oil sealed screw compressor discharge
• Gas pipeline boosting

Features

• Protects equipment from condensate, oil, and particulate Options ATEX Air/Oil Separators
entrained in the gas stream Available

• Multi-stage separation
- 316 SS vane pack and/or demister pad for heavy condensate
and oil removal
- 99.97% efficient at 0.3 micron separator for oil mist

• Corrosive resistent carbon steel construction
• Contact factory for model offering and availability

 Special standards: PED, CRN, ASME
Vessel code sec. VIII division I

 Stainless steel construction
 Special coatings or finishes
 Replaceable filter elements in various

efficiencies for particulate removal
 Gauge ports, float switches
 Custom leg supports
 Flush port for vessel cleaning
 Davit arm for vessel lid removal

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering. Pg. 5-9

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Vacuum Assisted Oil Mist Eliminators
Reciprocating Engines and Turbines

Our Vacuum Assisted Oil Mist Eliminators are designed for field upgrades and new reciprocating engines and turbine
installations around the world. Our high efficiency filtration systems eliminate vented oil mist emissions while
controlling engine pressure in crankcases and turbine lube oil reservoirs. We offer either vapor extractor and static
options based on application requirements.

Series Specific Applications

Reciprocating Engines: Stationary

• Crankcase ventilation systems ensure
environmental compliance and protect
surrounding workplace from harmful oil mist
emissions

• Open and closed system designs
• Prevents engine intake system contamination and

seal leakage
• Improves engine performance
• Controls crankcase pressure
• Applications: landfill gas to energy, standby

power, prime power, and mechanical drive

Gas & Steam Turbines

• Retrofits and upgrades to replace outdated and inefficient
vapor extractors for lube oil systems

• Typical systems include: high efficiency coalescing element,
vacuum / pressure controls and integrated bypass device
to simply maintenance and reduce operating costs

• Applications: peaking, nuclear, and base load power plants

Air/Oil Separators Reciprocating Engines: Marine

Pg. 5-10 • Crankcase ventilation systems ensure safety
and reliability

• Unique piping configuration for easy
installation, self regulation and seal leak
prevention

• Captures vented oil mist emissions and reduces
breathing and slipping hazards

• Applications: passenger ships, workboats,
military vessels

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Vacuum Assisted Oil Mist Eliminators
1 - 1500 CFM

Features High Efficiency
Oil Coalescing Filter
• Eliminates visible oil mist emissions Vacuum Source
Air Recirculation Pipe
• High efficiency and long lasting replaceable coalescing
System Outlet
elements Bypass
Connection
• Rugged carbon steel construction

• Industrial grade powder coat finish

• Drain ports for oil recovery

• Control valves for precise pressure regulation

• Large assortment of motor options (Explosion proof, ATEX, etc.)

• Integrated vacuum relief for motor protection

• Contact factory for specific flow ratings and sizes. Control Box
Drain Port
Technical Specifications

• 0.3 micron media; 99.97% efficiency Recirculation System
• Flow range: 1-1,500 ft3/m (1-2550 m3/h) std, higher Configuration Example

flows are available on request Options Air/Oil Separators
• Pressure Rating: 1 bar full vacuum (most models)

Environmental Compliance

Based on the 2013 U.S. EPA’s RICE NESHAP* ruling, • Redundant equipment to ensure continuous operation
stationary engines over 300HP should have been • Full automation: PLC and DCS compatible
equipped with a crankcase ventilation system. The • Stainless steel construction for harsh environments
objective was to reduce the harmful crankcase emissions • Custom coating and colors
emitted into the environment. • ASME Section VIII or PED pressure certifications
• Explosive environ. options: ATEX, Class I Div. 1, etc.
Solberg is committed to partnering with plant operators • Motor listings: UL, CE, IEC, CSA, IEEE, KOSHA, etc.
to update their equipment and lessen their • Motor accessories: Heaters, starters, switches, VFD, etc.
environmental impact. • Skid mounted units for ease of transport & installation
• Service and maintenance platforms
* Reciprocating Internal Combustion Engines • GOST certification

National Emissions Standards for Hazardous Air Pollutants

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 5-11

Closed Crankcase Ventilation Systems
Capture Vented Crankcase Emissions

CCV Series

Solberg designs and manufactures high efficiency Closed
Crankcase Ventilation Systems to capture oil mist and
particulate emissions (blow-by) from the crankcases of a
reciprocating engine.
Solberg’s closed systems protect an engine’s
turbocharger, intercoolers and exhaust catalysts from oil
mist and particulate contamination. The results are
optimized engine performance and a reduction in costly
repairs and maintenance.

Solutions Designed For

 Caterpillar  Guascor
 Jenbacher  Wartsila
 Waukesha  Cummins
 MTU  Fairbanks Morse

Closed Crankcase Ventilation System
Guascor Engine Installation

Typical Applications

 Electric Power Generation
 Marine Power Generation
 Marine Propulsion
 Gas Compression

Benefits & Purpose

Air/Oil Separators  Captures the hazardous oil mist and particulate Regulation Valve
emissions “blow-by” vented from the crankcase.
Solberg Closed Crankcase Ventilation System with
 Achieves 99.97% efficiency for 0.3 micron oil mist Integrated Vacuum Regulation Valve
and particulate CLV Package

 Protects the turbocharger, intercoolers and exhaust
catalysts from contamination and damage.

 Prevents potential health hazards from entering the
surrounding environment and workplace

 Maintains required crankcase vacuum via integrated
self-regulating valve

 Recovers expensive lube oil lost during the venting
process, which allows for efficient operation and
lower maintenance costs

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 5-12 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Static Vent Oil Mist Eliminators
CV, CVH Series

Series Specific Applications

• Vents for Oil Reservoirs, Crankcases, Bearings,
Coupling Guards

• Compressor, Turbine, Gearbox, Engine Applications

Features CVH Series
CV Series
 Eliminates visible vented oil mist emissions
 High efficiency fiberglass filter elements: 99.97%

removal efficiency for 0.3 µm oil mist
 Corrosive resistant carbon steel construction
 Powder coat finish
 Low back pressure filter element design: Pleated and

wrapped fiberglass options
 Extensive flow range
 Continuous operating temp: 68°F (20°C) to 180°F (80°C)
 Contact factory for specific flows and sizes.

Options

 Stainless steel construction
 Special coatings and finishes
 Internal drain-back mechanism
 Alternative filtration media (wire mesh demister,

vane separator)
 Multiple configurations
 Vacuum assisted oil mist eliminators (See page 5-10

to 5-11

Air/Oil Separators

Static Vent Oil Mist Eliminators w/Internal
Drain-Back Mechanism

Gearbox Application Drawings and photos for
reference purposes only

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 5-13

Static Vent Oil Mist Eliminators
CVB Series

C

Features A

• Eliminates visible vented oil mist emissions B
• Carbon steel construction with powder coat finish
• Low back pressure wrapped filter element design Series Specific Applications
• External drain-back
• Air/Oil Separation Vents for oil reservoirs,
crankcases, bearings, coupling guards

• Compressors, turbines, gearboxes, and engines

Technical Specifications Options

• 0.3 micron media; 99.97% efficiency; • Stainless steel construction and resistance coatings
• Typically 5 PPM or less (Consult factory for challenge) • Alternative filtration media (Wire mesh demister)
• Continuous operating temp: 68°F (20°C) to 180°F (80°C) • Pleated coalescing elements
• Vacuum assisted style available
• Extensive flow range available upon request

Air/Oil Separators Replacement

Outlet Assembly Dimensions - inches Approx. Element

Size Type Part Number A B C Wt. lbs Part No.
1" MPT
1 1/4" MPT CVB-WP848-100 7 1/2 2 6 1/8 3 WP848
1 1/2" MPT
2" MPT CVB-WP848-125 7 1/2 2 6 1/8 3 WP848
2 1/2" MPT
3" MPT CVB-WP848-150 7 7/16 2 6 1/8 3 WP848
4" MPT
4" FLG CVB-WP850-200 12 2 1/2 10 1/4 5 1/2 WP850
5" FLG
6" FLG CVB-WP850-250 11 7/8 2 1/2 10 1/4 5 1/2 WP850

CVB-WP274-300 14 3/4 3 20 15 WP274

CVB-WP274-400 16 1/8 4 20 15 WP274

CVB-WP274-400F 15 3/4 4 20 20 WP274

CVB-WP374-500F 20 4 20 38 WP374

CVB-WP374-600F 21 5/8 5 20 40 WP374

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 5-14 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Replacement
Filter Elements

Technical Data pg. 6-2
Filter Media Specifications pg. 6-4
Standard Polyester/Paper Elements
pg. 6-6
35-6600 SCFM Flow Range
Small Vacuum Pump Elements (800 Series) pg. 6-8
pg. 6-10
3-375 CFM Flow Range
Blower Elements / Special Sized Elements pg. 6-12
Hockey Puck Filter Elements pg. 6-13

3-250 SCFM Flow Range pg. 6-14
Custom Configurations / Slip Fit pg. 6-15
Oil Mist Coalescing Elements
pg. 6-16
4-1800 SCFM Flow Range pg. 6-18
SpinMeister™ Precleaners pg. 6-19
Reference
Element Reference Chart
Useful Vacuum Formulas
Useful Conversions

www.solbergmfg.com Replacement
Elements

Technical Data
Filter Elements

Filter Element Efficiency

When choosing a filter media type, an accurate and useful filter efficiency rating must have two
components: Efficiency and Micron Filtration Rating.
The micron rating of a media means very little if the efficiency percentage is unknown. For example, a 1
micron media rated at 60% efficiency may offer less filtration than a 5 micron media rated at 99%
efficiency. Always make sure you have both when you compare different media types for your application.

Element Maintenance

Solberg elements should be cleaned or replaced once the pressure drop reaches 15-20” H2O above the
initial pressure drop of the installation.

The decision to clean the element rather than replace it is left to the discretion of the operator. Any
damage which results from by-pass or additional pressure drop created by element cleaning is the sole
responsibility of the operator.

Note: The overall performance of a filter element is altered once cleaned. The initial pressure drop after
subsequent cleanings will be greater than the original, clean pressure drop of the element. After each
cleaning, the pressure drop will continue to increase. Under all circumstances, the initial pressure drop of
the element needs to be maintained at less than 15” H2O.

Once the element has been cleaned, if the pressure drop exceeds 20” H2O at start-up; it must be replaced
with a new element. With many types of equipment, the maximum pressure drop allowed will be dictated
by the ability of the equipment to perform to its rated capacity. Under all circumstances, the operator
should avoid exceeding the manufacturer’s recommended maximum pressure drop for their specific
equipment.

Identification

The element part number designates media type and depending on the element: support material,
gasket type, potting adhesive and if it comes with an element prefilter wrap. For example, the following
part number HE234QP, identifies the filter element as having a HEPA media “HE”, with dimensions of a
234 element, “Q” designates stainless steel ID & OD & endcaps, and “P” means it has a prefilter wrap.
See partial list below for other filter media designations.

HE234QP

Media Type
Element Size
ID & OD Support

Prefilter

Filter Media Nomenclature (contact Solberg for other media types and stainless steel.)

Polyester Std.: 5 µm, i.e. 385 TF Media: PTFE, i.e. TF345 RY Media: PPS, i.e. RY485
Paper Std.: 2 µm, i.e. 384
Z Media: 1 µm Polyester, i.e. 15Z TG Media: Hi-Temp PTFE, i.e. TG235 Y Media: Polypropylene, i.e. 849Y
HE Media: HEPA, i.e. HE10
Replacement UL Media: ULPA, i.e. UL234 PSG Media: Coalescing, i.e. PSG244 ZE Media: Zeolite, i.e. ZE848
Elements DT Media: Dutch Twill, i.e. DT375
MX Media: Nomex, i.e. 377MX AC Media: Activated Carbon, i.e. AC18 S Media: Wire Mesh, i.e. 274S

GM Media: Electrostatic AC, i.e. GM35 N Media: 4 µm Polyester, i.e. 231N

AA Media: Actvtd Alumina, i.e. AA850 U Media: 25 µm Polyester, i.e. 685U

ACG Media: AC Granulate, i.e. ACG30 W Media: 100 µm Polyester, i.e. 15W

Pg. 6-2 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Technical Data
Standard Polyester / Paper Elements

Polyester Element Features Paper Element Features

• Identified typically by “odd number” nomenclature: • Identified typically by “even number” nomenclature:
i.e. 19, 235P i.e. 18, 234P

• Pleated industrial needle felt polyester media • Heavy duty industrial strength paper surrounded by
• Reinforced with epoxy coated steel wire on both sides of heavy gauge galvanized expanded metal

the media • Dust loading capacity is increased 40-50% with prefilter
• Dust loading capacity is increased 40-50% with prefilter. “P” designation at end of element part number i.e.: 234P

“P” designation at end of element part number i.e.: 235P Technical Specifications

Technical Specifications • 2 Micron, 99+% efficiency
• Media classification: EU9, F9
• 5 Micron, 99+% efficiency • Temperature min: -15°F (-26°C), max: 220°F (104°C)
• Media classification: EU8, F8
• Temperature min: -15°F (-26°C), max: 220°F (104°C) Advantages

Advantages • Optimal surface area available
• Higher efficiency than many alternative media
• Less maintenance: Washable • Cost Effective
• More durable
• Moisture resistant
• Handles hot air and oil mist from unload cycle of

reciprocating/piston compressor

Particle Size vs. Filter Efficiency Particle Size vs. Filter Efficiency
Polyester Media at Indicated Face Velocity: Paper Media at Indicated Face Velocity:

15 CFM/ft² media 10 CFM/ft² media
30 CFM/ft² media 15 CFM/ft² media
45 CFM/ft² media 20 CFM/ft² media

Efficiency (Percentage)
Dust Holding Capacity in grams sq ft of media

Efficiency (Percentage)

Replacement
Elements
100 60 100

98 50 98

96 40 Polyester Media 96
94
94 30 92
20 90
92 88
10 Paper Media
90

88

86 10 0 86
02468 0 10 20 30 40 50 0 2 4 6 8 10

Particle Size (Microns) Face Velocity-CFM/ft2 Particle Size (Microns)

Polyester Media Face Velocity vs. Paper Media
Efficiency Chart Dust Holding Capacity Efficiency Chart

Note: Efficiency charts are based on SAE Fine Dust Test.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 6-3

Filter Media Specifications

Standard Media

5 µm Polyester, 5 Micron, 99+% efficiency
• ID: “odd nbr.”: i.e. 19, 235P
• Media classification: F8
• Pleated industrial needle felt polyester media
• Plastisol potting
• Temperature min: -15°F (-26°C), max: 220°F (104°C)
• Reinforced epoxy coated steel wire on ID and OD

2 µm Paper, 2 Micron, 99+% efficiency
• ID: “even nbr.”: i.e. 18, 234P
• Media classification: F9
• Heavy duty industrial strength paper
• Plastisol potting
• Heavy gauge galvanized expanded metal
• Temperature min: -15°F (-26°C), max: 220°F (104°C)

Replacement High Efficiency Chemical/Food/Pharmaceutical
Elements
1 µm Polyester - Z Media, 1 Micron, 99+% efficiency Stainless Steel Wire Mesh- S2 Media
• ID: “odd nbr.” & “Z” suffix: i.e. 19Z, 235ZP • Stainless steel pleated wire mesh
• Media classification: F9 • ID: “even nbr.” & “S2” suffix: i.e. 14S2
• Epoxy coated steel wire on both sides of media • Stainless steel expanded metal
• Temp min: -15°F (-26°C), max: 220°F (104°C) • Chemical resistant and high temperature resistant
• Washable - lukewarm water & mild detergent • Available with silicone endcaps

4 µm Polyester - N Media, 4 Micron, 99+% efficiency Polypropylene (PP) - Y Media, 5 Micron, 99+% efficiency
• ID: “odd nbr.” & “N” suffix: i.e. 15N, 377NP • ID: “odd nbr.” & “Y” suffix: i.e. 31Y, 345YP
• Media classification: F9 • Media classification: F8
• Temp min: -15°F (-26°C), max: 220°F (104°C) • Epoxy coated steel wire on ID and OD

HEPA - HE Media, 0.3 Micron, 99.97% efficiency PTFE - TG Media, 0.3 micron, 99.5% efficiency
• ID: “HE” prefix & “even nbr.”: i.e. HE230, HE334P • ID: “TG” prefix & “odd nbr.”: i.e. TG375
• Media classification: H13 • Media classification: E12
• Heavy duty industrial strength glass surrounded by • High temperature, chemical, & moisture resistant
heavy gauge galvanized expanded metal • Options: Viton gaskets, epoxy potting
• Maximum oversizing required to minimize • Temp (intermittent): Up to 482°F (250°C)
pressure drop
• Plastisol potting standard PTFE - TF Media, 0.3 micron, 99.5% efficiency
• Temp min: -15°F (-26°C), max: 220°F (104°C) • ID: “TF” prefix & “odd nbr.”: i.e. TF275
• Options: silicone potting , viton gaskets • Media classification: E12
- Temp max: 375°F (190°C) • Chemical & moisture resistant
• Minimal pressure drop
ULPA - UL Media, 0.1 Micron, 99.995% efficiency • Temp (intermittent): 220°F (104°C)
• ID: “UL” prefix & “even nbr.”: i.e. UL234 • Options: Viton gaskets, epoxy potting
• Media classification: H14
• Plastisol potting PPS - RY Media
• Temp min: -15°F (-26°C), max: 220°F (104°C) • Broad chemical resistant media, high temp
• Options: silicone potting , viton gaskets • ID: “RY” prefix & “odd nbr.”: i.e. RY485
- Temp max: 375°F (190°C) • Media classification: F8
• Temp min: -15°F (-26°C), max: 220°F (104°C)
Dutch Twill Weave - DT Media • Options: Viton gaskets, epoxy potting
• ID: “DT” prefix & “odd nbr.”: i.e. DT245
• Media classification: F9
• Stainless steel woven wire cloth
• Viton gaskets & epoxy potting
• Temp min: -15°F (-26°C), max: 375°F (190°C)

Pg. 6-4 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Filter Media Specifications

High Temperature

Nomex - MX Media, 5 Micron, 99+% efficiency
• ID: “odd nbr.” & “MX” suffix: i.e. 377MX
• Media classification: F8
• Silicone potting
• Temperature min: -15°F (-26°C), max: 385°F (196°C)
• Reinforced epoxy coated steel wire on ID and OD

Nomex with Stainless Steel Support- MXD Media,
5 Micron, 99+% efficiency

• ID: “odd nbr.” & “MX” suffix: i.e. 377MXD
• Media classification: F8
• Silicone potting
• Reinforced stainless steel wire mesh on ID and OD
• Temperature min: -15°F (-26°C), max: 385°F (196°C)

Chemical Adsorption

Activated Carbon - AC Media, 10 Micron, 99+% efficiency

• ID: “AC” prefix & “even nbr.”: i.e. AC18

• Removes gas or vapor odors, contaminants, &

particulate

• Pleated media

Coarse Efficiency • Reinforced with epoxy coated steel wire on both
sides of cloth

25 µm Polyester - U Media, 25 Micron, 99+% efficiency Activated Carbon Granulate- ACG Media
• ID: “ACG” prefix & “even nbr.”: i.e. AC30

• ID: “odd nbr.” & “U” suffix: i.e. 19U, 685UP • Removes gaseous or vapor odors

• Media classification: F7 • Granulates are enclosed within a polyester wrap and

• Temp min: -15°F (-26°C), max: 220°F (104°C) expanded metal on the I.D. and O.D.

100 µm Polyester- W Media, 100 Micron, 99+% Activated Alumina- AA Media

efficiency • ID: “AA” prefix & “even nbr.”: i.e. AA850

• ID: “odd nbr.” & “W” suffix: i.e. 15W, 385WP • Desiccant used in the adsorption of water & oil vapor

• Media classification: M6 & the prevention of backstreaming in pumps

• Temp min: -15°F (-26°C), max: 220°F (104°C) • Adsorbs up to 40% of media’s weight
Wire Mesh - S Media Electrostatic Activated Carbon– GM Media,
3 Micron, 70% efficiency
• Epoxy coated pleated wire mesh
• ID: “even nbr.” & “S” suffix: i.e. 274S, 344SP • ID: “GM” prefix & “odd nbr.”: i.e. GM35
• Expanded metal • Superior odor removal
• Temp min: -15°F (-26°C), max: 220°F (104°C) • Chemically inert
Stainless Steel - S2Media • Electrostatic fibers attract & hold particles
• Stainless steel pleated wire mesh
• ID: “even nbr.” & “S” suffix: i.e. 234S2 Coalescing Media

• Chemical resistant and high temperature resistant PSG Media, FG Media, GL Media
• Stainless steel expanded metal • 0.3 Micron, 99.97% efficiency
• Temp min: -15°F (-26°C), max: 220°F (104°C) • ID: “PSG” prefix & “even nbr.”: i.e. PSG344
• Options: silicone or epoxy potting , Viton gaskets • ID: “FG” prefix: i.e. FG9

Note 1: Elements rated for higher temperatures can be • ID: “GL” prefix: i.e. GL915 Replacement
achieved with optional gasket material and potting • Heavy duty industrial glass media, reinforced with Elements
compounds.
Note 2: Media classifications are best estimates based epoxy coated steel wire & expanded metal
on EN 779:2012. • Continuous operating temp: 68°F (20°C)- 180°F (80°C)
• Environmentally friendly sealing material
• High D.O.P. efficiency - low oil carryover

• Multiple media configurations, contact factory

Contact Factory for Alternate Media

Contact Factory for Inquireswww.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727Pg. 6-5

Replacement Elements
35 - 6600 SCFM Flow Range

Small Elements Compact & Large Elements
with Molded Endcaps with Metal Endcaps

Features OD
ID
• Pleated media for high dirt holding capacity
• Polyester: Reinforced with epoxy coated steel wire on both HT

sides of cloth, expanded metal I.D. Paper Media Benefits/Specs
• Paper: Heavy duty industrial strength paper surrounded by
• Cost effective
heavy gauge galvanized expanded metal • Gently blow out media
• 40 - 50% increased dust loading capacity with prefilter
(Replacing element is recommended)
(part number suffix P)
Replacement
Elements Technical Specifications

• Polyester: 99+% removal efficiency to 5 micron
• Paper: 99+% removal efficiency to 2 micron
• Temp (continuous): min -26°F (-15°C), max 220°F (104°C)
• Filter change out differential: 15-20” H2O over initial Δ P

Polyester Media Benefits/Specs

• Less maintenance due to longer durability
• Moisture resistant
• Handles hot air and oil mist from unload cycle of

reciprocating/piston compressor
• Washable with lukewarm water and mild detergent

(Replacing element is recommended)

Pg. 6-6 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Replacement Elements
35 - 6600 SCFM Flow Range

Replacement Elements—up to 300 SCFM flow

Element Part Number Element SCFM Surface Area ft2 Dimensions - inches STD Endcap

Polyester Paper Rating Polyester Paper ID OD HT Features
35 0.50 1.12 M
15P 14P 100 1.50 3.00 3 4 3/8 2 5/16 M
195 2.30 6.20 M
19P 18P 275 4.00 11.00 3 4 3/8 4 3/4 M
300 M
31P 30P 3 5/8 5 3/4 4 3/4

35P 34P 4 3/4 7 7/8 4 13/16

231P 230P 4.50 11.8 3 5/8 5 3/4 9 1/2

Note: Also available in wire mesh. Example part number for wire mesh: 230S

See Element Technical Data section for maintenance guidelines

Replacement Elements—up to 6600 SCFM flow

Element Part Number Element SCFM Surface Area ft2 Dimensions - inches STD Endcap

Polyester Paper Rating Polyester Paper ID OD HT Features
235P 234P 570 8.3 22.8 4 3/4 7 7/8 9 3/8 M
335P 334P 800 12 34 4 3/4 7 7/8 14 1/2 M
237 236 550 4 11/16 7 3/4 8 1/2
239P 238P 570 8.6 22.6 4 7/8 9 1/4 GBN
880 11.5 52 10 GBN
1100 GN | M
245P 244P 1100 14 35.5 6 9 3/4 9 5/8 GN
345P 344P 1500 22.1 57 GN
275P 274P 1825 6 9 3/4 14 1/2 GN
3300 GN
4705 19 45.4 8 11 3/4 9 5/8 GN
6600 28 68.1 GN
375P 374P 8 11 3/4 14 1/2 GN
377P 376P 50 125 9 14 5/8 14 1/2
385P 384P 50 140 14 19 5/8 14 1/2
485P 484P 14 19 5/8 21 1/2
685P 75 200 14 19 5/8 28 1/2
-- 100 --

Note: Most are available in wire mesh. Example part number for wire mesh: 274S
See Element Technical Data section for maintenance guidelines

Endcap Information Additional Media Available

M = Molded plastisol Contact factory and/or see page 6-2 to 6-5
B = Closed one end with bolt hole, open on other end
G = Galvanized metal endcaps
N = Neoprene blended gasket on open endcaps

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering. Pg. 6-7 Replacement
Elements
www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Small Vacuum Pump Elements OD
3 - 375 SCFM Flow Range ID

HT

Features Technical Specifications

• Pleated media for high dirt holding capacity • Polyester: 99+% removal efficiency to 5 micron
• Polyester: Reinforced with epoxy coated steel wire on both • Paper: 99+% removal efficiency to 2 micron
• Temp (continuous): min –15°F (-26°C), max 220°F (104°C)
sides of cloth, expanded metal I.D. • Filter change out differential: 15-20” H2O over initial Δ P
• Paper: Heavy duty industrial strength paper surrounded by

heavy gauge galvanized expanded metal O.D.
• 40 - 50% increased dust loading capacity with

prefilter (part number suffix P)

Polyester Media Benefits/Specs Paper Media Benefits/Specs

• Less maintenance due to longer durability • Cost effective
• Moisture resistant • Gently blow out media
• Handles hot air and oil mist from unload cycle of
(Replacing element is recommended)
reciprocating/piston compressor
• Washable with lukewarm water and mild detergent Additional Media Options

(Replacing element is recommended) Contact factory and/or see page 6-2 to 6-5

Replacement Pg. 6-8 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727
Elements

Small Vacuum Pump Elements
3 - 375 SCFM Flow Range

Paper Replacement Elements—800 Series

Solberg Mann SCFM Surface Dimensions - inches STD Endcap
Rating Area ft2 ID OD HT
Part Number Ref Number Features
GB
800 C31 3 0.14 3/8 1 1/8 1 3/16 GB
GB
802 C31/1 5 0.22 3/8 1 1/8 1 1/2 GB
GB
804 C32 9 0.35 3/8 1 1/8 2 7/16 GB
GC
806 C42/1 8 0.33 1/2 1 1/2 1 1/2 GB
GC
808 C42/2 4 0.18 1/2 1 1/2 1 1/8 GB
GB
810 C43 13 0.55 1/2 1 1/2 2 7/16 GC
GCF
812 C44 8 0.33 1/2 1 1/2 1 1/2 GC
GB
814 C64/1 13 0.55 11/16 2 5/16 1 9/16 GCF

816 C64/3 13 0.55 11/16 2 5/16 1 9/16 GBHF
GBHF
818 C66 20 0.89 11/16 2 5/16 2 7/16 GCF

820 C66/1 18 0.76 11/16 2 5/16 2 G
G
824 C75 25 0.92 1 1/2 2 1/2 2 11/16 GCF
G
826 C75/2 25 0.92 1 1/2 2 1/2 2 13/16 G
GR
828 C76/2 12 0.48 1 1/2 2 1/2 1 3/4 GBR
GC
830 C79/1 24 0.91 1 2 1/2 2 7/8 GB
G
832 C79/2 25 0.92 1 1/2 2 1/2 2 13/16 G
M
834 C713 40 1.5 1 1/2 2 1/2 4 1/2 M
GB
836 C718 48 1.8 1 1/2 2 1/2 6 9/16 GBF
GCE
838 C912 30 1.2 2 3/8 3 5/16 2 3/4 GB
GB
840 C1049 80 3.5 1 3/4 3 5/8 5 5/8
Endcap Information
842 C1112 55 1.7 2 3/8 3 7/8 2 3/4

844 C1112/2 55 1.8 2 3/8 3 7/8 2 3/4

846 C1132 62 2.7 2 3/8 3 7/8 3 15/16

848 C1337 115 5 2 9/16 5 4 3/4

850 C15124/1 290 14 3 1/2 5 7/8 8 3/4

850/1 N/A 290 14 3 1/2 5 7/8 8 3/4

852 C711/1 24 0.97 1 1/2 2 11/16 2 3/4

854 C411 27 1.1 1/2 1 1/2 5 5/16

856 C26240 375 17 7 11/16 10 7 11/16

858 C1574 110 1.3 3 1/2 5 7/8 4 7/8

862 C21138/1 322 14 5 11/16 8 3/8 6 7/16

868 N/A 25 1 2 3/8 3 11/16 2 15/16

870 C69/1 30 1.2 1 1/8 1 15/16 5 5/8

872 C75/2 24 0.93 1 1/2 2 1/2 2 13/16

874 N/A 180 6 6 8 1/2 3 1/2

878 N/A 115 5 2 9/16 5 4 3/4

896 N/A 80 5.24 2 3/8 4 8 7/16

Polyester Replacement Elements—800 Series

Solberg Mann SCFM Dimensions - inches STD Endcap B = Closed one end w/bolt hole
C = Closed one end
Part Number Ref Number Rating ID OD HT Features E = EPDM gasket
821 C66/1 18 GB F = Felt gaskets on open endcaps
825 C75 25 11/16 2 5/16 2 GC G = Galvanized metal endcaps
827 C75/2 25 GCF H = Felt gasket on bolt hole
841 C1049 80 1 1/2 2 1/2 2 11/16 G M = Molded plastisol
843 C1112 55 G N = Neoprene blended gasket on
845 C1112/2 55 1 1/2 2 1/2 2 13/16 GCF
847 C1132 62 G open endcaps
849 C1337 115 1 3/4 3 5/8 5 5/8 G R = Mixed rubber/cork gasket on
851 C15124/1 290 GR
N/A 290 2 3/8 3 7/8 2 3/4 GBR open endcaps
851/1 C26240 375 G
857 C1574 110 2 3/8 3 7/8 2 3/4 G
859 C21138/1 322 M
863 N/A 115 2 3/8 3 7/8 3 15/16 GB
879 N/A 80 GB
897 2 9/16 5 4 3/4

3 1/2 5 7/8 8 3/4

3 1/2 5 7/8 8 3/4

7 11/16 10 7 11/16

3 1/2 5 7/8 4 7/8 Replacement
Elements
5 11/16 8 3/8 6 7/16

2 9/16 5 4 3/4

2 3/8 4 8 7/16

See Element Technical Data section for maintenance guidelines.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 6-9

Filter Elements OD
Blower Elements/Special Sizes ID

HT

Features Technical Specifications

• Pleated media for high dirt holding capacity • Temp (continuous): min –15°F (-26°C), max 220°F (104°C)
• Polyester: Reinforced with epoxy coated steel wire on both • Filter change out differential: 15-20” H2O over initial Δ P
• Polyester: 99+% removal efficiency standard to 5 micron
sides of cloth, expanded metal I.D. • Paper: 99+% removal efficiency standard to 2 micron
• Paper: Heavy duty industrial strength paper surrounded by

heavy gauge galvanized expanded metal
• 40 - 50% increased dust loading capacity with

prefilter (part number suffix P, select models)

Polyester Media Benefits/Specs Paper Media Benefits/Specs

• Less maintenance due to longer durability • Cost effective
• Moisture resistant • Gently blow out media
• Handles hot air and oil mist from unload cycle of
(Replacing element is recommended)
reciprocating/piston compressor
• Washable with lukewarm water and mild detergent

(Replacing element is recommended)

Replacement Pg. 6-10 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727
Elements

Filter Elements
Blower Elements/Special Sizes

Common Filter Elements for the Blower Industry

Solberg Universal EM Solberg Universal EM Dimensions - inches STD

Part Number Ref. Number Ref. Number Part Number Ref. Number Ref. Number ID OD HT Endcap
81-1202 --- 81-0470 ---
Polyester 81-1203 Paper 81-0471 4 5 13/16 2 Features
32-01 81-1204 F642 32-00 81-0472 P642 M
32-03 81-1205 F974 32-02 81-1063 P974 4 1/4 6 2 1/2 M
32-05 81-1206 F976 32-04 81-0474 P976 M
32-07 81-1207 F1197 32-06 81-0475 P1197 7 1/4 9 3/4 4 M
32-09 81-1209 F13118 32-08 81-1163 P13118 M
32-11 81-1210 F171310 32-10 81-1164 P171310 7 1/4 9 3/4 6 M
32-13 F231914 32-12 P231914 M
32-15 32-14 9 7/8 11 1/2 7 M

11 5/8 13 5/8 8 5/8

13 17 10

19 23 14

Solberg Stoddard Solberg Stoddard Dimensions - inches STD
Part Number Ref. Number Part Number Ref. Number Endcap
ID OD HT Features
Polyester F8-151 Paper F8-108
32-17 F8-135 32-16 F8-109 4 3/4 6 7/8 4 3/16 M
32-19 F8-134 32-18 F8-110 M
32-21 F8-139 32-20 F8-111 7 1/8 10 3/16 5 1/8 M
32-23 F8-148 32-22 F8-137 M
32-25 32-24 9 1/2 12 9/16 4 7/8 M

9 1/2 12 9/16 10

15 19 3/4 14

Note: Contact factory for availability . Also available in wire mesh.

Endcap Information

G = Galvanized metal endcaps
M = Molded plastisol
N = Neoprene blended gasket on open endcaps

Special Sized Filter Elements

Element Part Number Rated Flow Surface Area ft2 Dimensions - inches STD Endcap
SCFM Features
Polyester Paper 15 Polyester Paper ID OD HT M
80 M
09 08 105 0.25 0.45 1 1/8 2 1/4 2 1/4 M
175 M
21NP - 255 1.7 2 3/8 4 1/4 4 3/4 M
430 GN | M
25 24 560 2.0 4.7 3 5/8 5 7/8 4 GN
560 GN | M
- 80P 1800 7.1 4 1/8 7 7/8 3 GN
5500 GN
- 84P 8000 10 4 1/8 7 7/8 4 GN
2500 GN
45P 44P 50 6.9 17 6 9 3/4 4 3/4 M
120 M
- 144P 85 20 6 9 3/4 5 13/16 M
150 M
75P 74P 60 21 8 11 3/4 5 M
170 M
371P 370P 35 22 72 10 13 3/4 14 1/2 M

391 390 100 275 22 1/4 27 7/8 14 1/2

491 490 145 350 22 1/4 27 7/8 21 1/2

575P - 84 8 11 3/4 24 1/2

- 100 2.3 1 1/4 3 7/8 2 3/4

- 101 5.7 4 1/2 6 5/8 5 1/8

- 102 3.3 5 11/16 7 3/4 3

- 104 7.1 5 1/8 7 1/4 5 3/8

- 108 3.0 3 5/8 5 3/4 2 3/4

- 109 6.8 5 5/8 7 3/4 4 Replacement
Elements
- 127 1.0 3 4 3/8 2 1/8

See Element Technical Data section for maintenance guidelines. Pg. 6-11

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Hockey Puck Elements OD
3 - 250 SCFM Flow Range

HT

Features Technical Specifications

• High grade filter element • Temp (continuous): min –15°F (-26°C), max 220°F (104°C)
• Element construction of injection molded thermoplastic • Filter change out differential: 15-20” H2O over initial Δ P
• Integrated gasket seal • Polyester: 99+% removal efficiency standard to 25 micron
• Paper: 99+% removal efficiency standard to 2 micron
- Positive seal between housing hemispheres
- New seal with each element Options
- Minimizes parts
• Optimal surface area per given size • Contact factory
• Pleated media for high dirt holding capacity
Paper Media Benefits/Specs
Polyester Media Benefits/Specs
• Heavy duty industrial strength paper
• Less maintenance due to longer durability • Cost effective
• Moisture resistant • Gently blow out media
• Handles hot air and oil mist from unload cycle of
(Replacing element is recommended)
reciprocating/piston compressor
• Washable with lukewarm water and mild detergent

(Replacing element is recommended)

Element Part Number Element Surface Dimensions - inches
Area ft2
Polyester Paper SCFM Rating OD HT
3 0.1
03 02 8 0.2 1 1/2 1
12 0.58
05 04 35 1.1 2 1/4 1
8
07 06 250 3 1 3/8

11 10 4 1 3/8

17* 16 8 3 1/4

Replacement * = Minimum order quantity applies Tidbit: Charlie Solberg Jr. created a
Elements See Element Technical Data section for maintenance guidelines patented process to manufacture our
Hockey Puck Style Filter Elements.

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 6-12 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Custom Configurations Custom Configurations /
Slip Fit Elements
For Hockey Puck Style Elements
Sample Configurations
• Contact Solberg for custom configurations that fit your
equipment or application

• High grade filter element
• Multiple molding material options
• Integrated gasket seal
• Tooling and production minimums may apply

Applications

• Small engines
• Industrial equipment
• Vacuum cleaners
• DIY equipment
• Contact Solberg about your unique application

Disposable Filter Elements
AKG Series “Slip Fit” Elements

Features

• Molded plastisol slip-fit connection
• Less maintenance with disposable element
• Pleated media for high dirt holding capacity

Technical Specifications

• Temp (continuous): min –15°F (-26°C), max 220°F (104°C)
• Filter change out differential: 15-20” H2O over initial Δ P
• Polyester: 99+% removal efficiency standard to 5 micron
• Paper: 99+% removal efficiency standard to 2 micron

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering. Pg. 6-13 Replacement
Elements
www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Oil Mist Coalescing Elements/
Air Separator Elements

OD
ID

HT

Features Technical Specifications

• Reinforced with epoxy coated steel wire • 0.3 micron media; 99.97% efficiency
• Metal support on both sides of media • Continuous operating temp: 68°F (20°C) - 180°F (80°C)

Benefits Feature Identification

• High efficiency at low pressure drop M = Molded plastisol endcap
• Increased surface area in a given volume allows for B = Endcaps have closed one end with bolt hole,

low velocity separation of ultra-fine oil mists open on other end
• Low oil carryover G = Galvanized metal endcaps
C = Closed one end, open on other end
Element Element Dimensions - inches D = Element with molded open end, metal closed
W = Wrapped coalescing media
Part Number SCFM Rating ID OD HT P = Pleated coalescing media
FG3 4
FG5 5 1 1/4 2 1/4 2 1/8 Features
FG7 7 MW
FG9 16 1 1/4 2 1/4 3 MW
FG10 24 MW
FG11 30 1 1/4 2 1/4 4 MW
FG20 44 MW
GL910 4 344 MW
GL915 10 MW
PSG925 20 346 DW
PSG848 50 DW
PSG850/1 3 7/8 5 4 1/4 GBP
PSG145 125 GP
PSG860/1 175 8 9 4 3/4 GBP
PSG244/2 200 GP
PSG344/2 300 1/2 1 13/16 1 7/16 GBP
PSG374/2 500 GBP
PSG474/2 800 3/4 2 5/16 2 3/8 GBP
PSG476 1100 GBP
1800 1 1/2 3 4 7/8 GBP
GP
2 9/16 5 4 3/4

3 1/2 5 7/8 8 3/4

2 9/16 5 14 1/4

3 1/2 5 7/8 14

6 9 3/4 9 5/8

6 9 3/4 14 1/8

Replacement 8 11 3/4 14 1/8
Elements
8 11 3/4 21 1/2

9 14 5/8 21 1/2

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering.

Pg. 6-14 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

SpinMeister™ Precleaners
Extreme Duty Filtration

Operating Principle

Intake air is drawn through the angled louver plates which direct to SpinMeister™ Airflow Schematic
turn the rotor. The centrifugal force separates the particulate
contaminants from the airstream, throwing them to the outer
perimeter of the cover, expelling them through the discharge port.
Clean air then enters into your equipment.

General Specifications

• Temp (continuous): min -60°F (–51°C) max 250°F (121°C)
• 85%+ removal efficiency standard to 15 microns
• Heavy duty vibration resistant stainless steel clamp

Molded SpinMeisters™

• Molded fiber filled composite housing

• Plastic rotors

• May be used with Solberg Inlet SpinMeister™ Filter Assemblies

SCFM Flow Slip Fit Dimensions - inches
Rating Range Outlet
Part Number 1.5" HT Slip Fit I.D. Cover O.D.
SM-1.5 3-35
SM-2 20-110 2" 2 1/4 1 1/2 3 1/2
SM-3 75-250 3"
SM-4 250-400 4" 3 2 4 3/4
SM-6 450-900 6"
4 1/2 3 7

5 3/8 4 9 3/8

7 1/4 6 12

Aluminum SpinMeisters™

• Polished aluminum housing
• Stainless steel rotors
• May be used with Solberg Inlet SpinMeister™ Filter Assemblies

SCFM Flow Slip Fit Dimensions - inches
Rating Range Outlet
Part Number HT Slip Fit I.D. Cover O.D.
SMA-2 10-110 2"
SMA-3 140-300 3" 3 2 4 3/4
SMA-4 140-350 4"
SMA-6 400-850 6" 4 3/4 3 8 1/4
SMA-9 900-2000 9"
4 3/4 4 8 1/4

7 1/8 6 10 5/8

8 1/8 9 17 1/8

SpinMeisters™ for Vacuum

• Low pressure drop design
• Molded fiber filled composite housing
• Stainless steel rotors
• May be used with Solberg Vacuum Filter Series

SCFM Flow Slip Fit Dimensions - inches
Rating Range Outlet
Part Number 3.5" HT Slip Fit I.D. Cover O.D.
SML235 40-110 4.5"
SML345 100-200 4.5" 3 7/8 3 1/2 7 3/8 Replacement
SML445 200-450 Elements
7 4 1/2 10 1/4

7 1/2 4 1/2 10 1/4

Note: Model offerings and design parameters may change without notice. See www.solbergmfg.com for most current offering. Pg. 6-15

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Element Reference Chart
Standard Polyester / Paper

Solberg Dimensions Media SCFM Endcap Reference Reference Catalog
Part Number Type Rating Features Number Number Page
OD ID HT Pa per 6-9
800 Pa per 3 GB C31 F642 6-9
802 1 1/8 3/8 1 3/16 Pa per 5 GB C31/1 P642 6-9
804 Pa per 9 GB C32 6-9
808 1 1/8 3/8 1 1/2 Pa per 4 GB C42/2 6-9
806 Pa per 8 GB C42/1 6-9
812 1 1/8 3/8 2 7/16 Pa per 8 GC C44 6-9
810 Pa per 13 GB C43 6-9
854 1 1/2 1/2 1 1/8 Pol yes ter 27 GB C411 6-12
03 Pa per 3 M 6-12
02 1 1/2 1/2 1 1/2 Pa per 3 M C69/1 6-9
870 Pol yes ter 30 GB 6-11
09 1 1/2 1/2 1 1/2 Pa per 30 M C64/1 6-11
08 Pol yes ter 30 M C64/3 6-12
05 1 1/2 1/2 2 7/16 Pa per 8 M C66/1 6-12
04 Pa per 8 M C66/1 6-9
814 1 1/2 1/2 5 5/16 Pa per 13 GB C66 6-9
816 Pol yes ter 13 GC C79/1 6-9
821 1 1/2 --- 1 Pa per 18 GB C76/2 6-9
820 Pa per 18 GB C75 6-11
818 1 1/2 --- 1 Pa per 20 GB C75 6-9
830 Pa per 24 GB C79/2 6-9
828 1 15/16 1 1/8 5 5/8 Pol yes ter 12 GC C75/2 6-9
825 Pa per 25 GC C75/2 6-9
824 2 1/4 1 1/8 2 1/4 Pa per 25 GC C75/2 6-9
832 Pa per 19 GCF C713 6-9
826 2 1/4 1 1/8 2 1/4 Pa per 20 GCF C718 6-9
872 Pol yes ter 24 GBF C711/1 6-9
827 2 1/4 --- 1 Pa per 20 GCF 6-9
834 Pa per 40 GBHF C912 6-9
836 2 1/4 --- 1 Pa per 48 GBHF C1049 6-9
852 Pol yes ter 24 GC C1049 6-12
07 2 5/16 11/16 1 9/16 Pa per 12 M 6-12
06 Pa per 12 M C1112 6-9
838 2 5/16 11/16 1 9/16 Pol yes ter 30 GCF C1112 6-9
841 Pa per 80 G C1112/2 6-9
840 2 5/16 11/16 2 Pa per 80 G C1112/2 6-9
868 Pa per 25 M C1132 6-11
100 2 5/16 11/16 2 Pol yes ter 85 M C1132 6-9
843 Pa per 55 G 6-9
842 2 5/16 11/16 2 7/16 Pol yes ter 55 G C1337 6-9
845 Pa per 55 GCF C1337 6-9
844 2 1/2 1 2 7/8 Pol yes ter 55 GCF 6-9
847 Pa per 62 G 81-1202 6-9
846 2 1/2 1 1/2 1 3/4 Pol yes ter 62 G 81-0470 6-9
897 Pa per 80 GB C1574 6-9
896 2 1/2 1 1/2 2 11/16 Pol yes ter 80 GB C1574 6-12
11 Pa per 35 M C15124/1 6-12
10 2 1/2 1 1/2 2 11/16 Pol yes ter 35 M C15124/1 6-7
15P Pa per 35 M C15124/1 6-7
14P 2 1/2 1 1/2 2 11/16 Pol yes ter 35 M 6-7
19P Pa per 100 M n/a 6-7
18P 2 1/2 1 1/2 2 13/16 Pa per 100 M 6-11
127 Pol yes ter 60 M 81-1203 6-9
849 2 1/2 1 1/2 2 13/16 Pa per 115 G 81-0471 6-9
848 Pol yes ter 115 G 6-9
879 2 1/2 1 1/2 2 13/16 Pa per 115 GB 6-9
878 Pa per 115 GB 6-11
108 2 1/2 1 1/2 4 1/2 Pol yes ter 105 M 6-7
31P Pa per 195 M 6-7
30P 2 1/2 1 1/2 6 9/16 Pol yes ter 195 M 6-7
231P Pa per 300 M 6-7
230P 2 11/16 1 1/2 2 3/4 Pol yes ter 300 M 6-11
32-01 Pa per --- M 6-11
32-00 3 --- 1 3/8 Pol yes ter --- M 6-9
859 Pa per 110 G 6-9
858 3 --- 1 3/8 Pol yes ter 110 G 6-9
851 Pol yes ter 290 GR 6-9
851/1 3 5/16 2 3/8 2 3/4 Pa per 290 GBR 6-9
850 Pa per 290 GR 6-9
850/1 3 5/8 1 3/4 5 5/8 Pol yes ter 290 GBR 6-11
25 Pa per 180 M 6-11
24 3 5/8 1 3/4 5 5/8 Pol yes ter 180 M 6-11
32-03 Pa per --- M 6-11
32-02 3 11/16 2 3/8 2 15/16 --- M

3 7/8 1 1/4 2 3/4

3 7/8 2 3/8 2 3/4

3 7/8 2 3/8 2 3/4

3 7/8 2 3/8 2 3/4

3 7/8 2 3/8 2 3/4

3 7/8 2 3/8 3 15/16

3 7/8 2 3/8 3 15/16

4 2 3/8 8 7/16

4 2 3/8 8 7/16

4 --- 1 3/8

4 --- 1 3/8

4 3/8 3 2 5/16

4 3/8 3 2 5/16

4 3/8 3 4 3/4

4 3/8 3 4 3/4

4 3/8 3 2 1/8

5 2 9/16 4 3/4

5 2 9/16 4 3/4

5 2 9/16 4 3/4 Endcap Information

5 2 9/16 4 3/4 B = Closed one end w/bolt hole
C = Closed one end
5 3/4 3 5/8 2 3/4 E = EPDM gasket
F = Felt gaskets on open endcaps
5 3/4 3 5/8 4 3/4 G = Galvanized metal endcaps
H = Felt gasket on bolt hole
5 3/4 3 5/8 4 3/4 I = Injection molded thermoplastic
M = Molded plastisol
5 3/4 3 5/8 9 1/2 N = Neoprene blended gasket on

5 3/4 3 5/8 9 1/2 open endcaps
R = Mixed rubber/cork gasket on
5 13/16 4 2
open endcaps
5 13/16 4 2

5 7/8 3 1/2 4 7/8

5 7/8 3 1/2 4 7/8

5 7/8 3 1/2 8 3/4

5 7/8 3 1/2 8 3/4

5 7/8 3 1/2 8 3/4

Reference 5 7/8 3 1/2 8 3/4

5 7/8 3 5/8 4

5 7/8 3 5/8 4

6 4 1/4 2 1/2

6 4 1/4 2 1/2

Pg. 6-16 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Element Reference Chart
Standard Polyester / Paper

Solberg Dimensions Media SCFM Endcap Reference Reference Catalog
Type Rating Features Number Number Page
Part Number OD ID HT Pa per F8-151 6-11
Pol yes ter 205 M F8-108 F974 6-11
101 6 5/8 4 1/2 5 1/8 Pa per --- M P974 6-11
Pa per --- M C21138/1 F976 6-11
32-17 6 7/8 4 3/4 4 3/16 Pa per 255 M C21138/1 P976 6-11
Pa per 290 M F1197 6-11
32-16 6 7/8 4 3/4 4 3/16 Pol yes ter 145 M 81-1204 P1197 6-7
Pa per 550 GBN 81-0472 6-7
104 7 1/4 5 1/8 5 3/8 Pa per 550 GBN 81-1205 F13118 6-11
Pa per 300 M 81-1063 P13118 6-11
109 7 3/4 5 5/8 4 Pol yes ter 435 M C26240 F171310 6-7
Pa per 275 M C26240 P171310 6-7
102 7 3/4 5 11/16 3 Pol yes ter 275 M F8-135 6-7
Pa per 570 M F8-109 F231914 6-7
237 7 3/4 4 11/16 8 1/2 Pol yes ter 570 M 81-1206 P231914 6-7
Pa per 800 M 81-0474 6-7
236 7 3/4 4 2/3 8 1/2 Pol yes ter 800 M 6-12
Pa per 250 M F8-134 6-12
80P 7 7/8 4 1/8 3 Pol yes ter 250 M F8-110 6-9
Pa per 322 M F8-139 6-9
84P 7 7/8 4 1/8 4 Pa per 322 M F8-111 6-9
Pol yes ter 180 GCE 81-1207 6-7
35P 7 7/8 4 3/4 4 13/16 Pa per 570 GBN 81-0475 6-7
Pol yes ter 570 GBN 6-11
34P 7 7/8 4 3/4 4 13/16 Pa per 735 GN 81-1209 6-11
Pa per 735 M 81-1163 6-11
235P 7 7/8 4 3/4 9 3/8 Pol yes ter 955 GN 6-7
Pa per 880 GN F8-148 6-7
234P 7 7/8 4 3/4 9 3/8 Pol yes ter 880 M F8-137 6-7
Pa per 1100 GN 81-1210 6-7
335P 7 7/8 4 3/4 14 1/2 Pol yes ter 1100 GN 81-1164 6-11
Pa per --- M 6-11
334P 7 7/8 4 3/4 14 1/2 Pol yes ter --- M 6-11
Pa per --- M 6-11
17 8 --- 3 1/4 Pol yes ter --- M 6-9
Pa per 375 G 6-9
16 8 --- 3 1/4 Pol yes ter 375 G 6-11
Pa per --- M 6-11
863 8 3/8 5 11/16 6 7/16 Pol yes ter --- M 6-11
Pa per --- M 6-11
862 8 3/8 5 11/16 6 7/16 Pol yes ter --- M 6-11
Pa per 955 GN 6-11
874 8 1/2 6 3 1/2 Pol yes ter 955 GN 6-7
Pa per 1100 GN 6-7
239P 9 1/4 4 7/8 10 Pol yes ter 1100 GN 6-7
Pa per 1500 GN 6-7
238P 9 1/4 4 7/8 10 Pol yes ter 1500 GN 6-11
Pol yes ter 2500 GN 6-11
45P 9 3/4 6 4 3/4 Pa per --- M 6-11
Pol yes ter --- M 6-11
44P 9 3/4 6 4 3/4 Pa per --- M 6-11
Pol yes ter --- M 6-11
144P 9 3/4 6 5 13/16 Pa per --- M 6-11
Pol yes ter --- M 6-11
245P 9 3/4 6 9 5/8 Pa per 1800 GN 6-11
Pol yes ter 1800 GN 6-11
244P 9 3/4 6 9 5/8 Pol yes ter 1610 GN 6-7
Pa per 1825 GN 6-7
345P 9 3/4 6 14 1/2 Pol yes ter 1825 GN 6-11
Pa per --- M 6-11
344P 9 3/4 6 14 1/2 Pol yes ter --- M 6-7
Pa per 3300 GN 6-7
32-05 9 3/4 7 1/4 4 Pol yes ter 3300 GN 6-7
Pa per 4705 GN 6-7
32-04 9 3/4 7 1/4 4 Pol yes ter 4705 GN 6-7
Pol yes ter 6600 GN 6-11
32-07 9 3/4 7 1/4 6 Pa per --- M 6-11
Pol yes ter --- M 6-11
32-06 9 3/4 7 1/4 6 Pa per --- M 6-11
Pol yes ter --- M 6-11
857 10 7 11/16 7 11/16 Pa per 5500 GN 6-11
Pol yes ter 5500 GN 6-11
856 10 7 11/16 7 11/16 Pa per 8000 GN 6-11
8000 GN
32-19 10 3/16 7 1/8 5 1/8

32-18 10 3/16 7 1/8 5 1/8

32-09 11 1/2 9 7/8 7

32-08 11 1/2 9 7/8 7

75P 11 3/4 8 5

74P 11 3/4 8 5

275P 11 3/4 8 9 5/8

274P 11 3/4 8 9 5/8

375P 11 3/4 8 14 1/2

374P 11 3/4 8 14 1/2

575P 11 3/4 8 24 1/2

32-21 12 9/16 9 1/2 4 7/8

32-20 12 9/16 9 1/2 4 7/8

32-23 12 9/16 9 1/2 10

32-22 12 9/16 9 1/2 10

32-11 13 5/8 11 5/8 8 5/8

32-10 13 5/8 11 5/8 8 5/8

371P 13 3/4 10 14 1/2

370P 13 3/4 10 14 1/2

571P 13 3/4 10 24 1/2

377P 14 5/8 9 14 1/2

376P 14 5/8 9 14 1/2

32-13 17 13 10

32-12 17 13 10

385P 19 5/8 14 14 1/2

384P 19 5/8 14 14 1/2

485P 19 5/8 14 21 1/2

484P 19 5/8 14 21 1/2

685P 19 5/8 14 28 1/2

32-25 19 3/4 15 14 Note: Model offerings and
design parameters may
32-24 19 3/4 15 14 change without notice. See
www.solbergmfg.com for most
32-15 23 19 14 current offering.

32-14 23 19 14

391 27 7/8 22 1/4 14 1/2 Reference

390 27 7/8 22 1/4 14 1/2

491 27 7/8 22 1/4 21 1/2

490 27 7/8 22 1/4 21 1/2

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 6-17

Useful Vacuum Formulas

1. SCFM to ACFM: ……………………… SCFM x (P₁ ÷ P₂) = ACFM
2. ACFM to SCFM: …………………….. ACFM x (P₂ ÷ P₁) = SCFM
3. SCFM to ACFM (w/temp)……….. SCFM x (P₁ ÷ P₂) x (T₂ ÷ T₁) = ACFM
4. ACFM to ACFM: …………………….. ACFM x (P₁ ÷ P₂) = ACFM (adjusted)
5. Closed System: ………………………. S= 2.3 x (V ÷ T) x log(P₁ ÷ P₂) [solve for Capacity]

T= 2.3 x (V ÷ S) x log(P₁ ÷ P₂) [solve for Time]
6. Receiver Size (V2): …………………. V₂= V₁ x (P₁ - P₃) ÷ (P₃ - P₂)
7. Leak Rate Capacity: ………………… S = V x (P₂ - P₁) ÷ t) x (1 ÷ P₁)
8. Lbs./Hour to ACFM: ……………….. S = (Lbs. ÷ 60) x (385 ÷ MW) x (760 ÷ P₂) x ((460 + T) ÷ 528)
9. Surface Area of a Pipe: …………… 3.1416 x r x r (radius should be in feet)
10. Face Velocity: ………………………… F.V. (in ft./min) = S/ACFM ÷ Sq. Feet of Media
11. Velocity (Pipe): ……………………… Velocity (in ft/min) = ACFM ÷ # of FT² (Pipe I.D.)
12. Deg. F to Deg. Rankine: …………. Deg. F + 460 = Deg. R
13. Deg. Rankine to Deg. F: ………… Deg. R- 460 = Deg. F
14. Deg. Rankine to Deg. K: …………. Deg. R x 0.556 = Deg. K
15. Deg. Kelvin to Deg. R: ……………. Deg. K x 1.8 = Deg. R
16. Deg. C to Deg. Kelvin: ……………. Deg. C + 273.15 = Deg. K
17. Deg. F to Deg. C: ……………………. (Deg. F – 32) x 5 ÷ 9 = Deg. C
18. Deg. C to Deg. F: ……………………. (Deg. C x 9 ÷ 5) + 32 = Deg. F

Legend r = radius
S= Capacity in ACFM
ACFM = Actual CFM SCFM = Standard CFM
C = Centigrade t = Time
F = Fahrenheit T₁ = Initial Temp.
K = Kelvin T₂ = Target Temp.
MW = Molecular Weight V= Volume in Cubic Feet
P₁ = Initial Pressure V₂ = Receiver Volume
P₂ = Target Pressure
P₃ = Avg. Pressure
R= Rankine

Reference

Pg. 6-18 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727

Useful Conversions

From Multiply By: To Get: From Multiply By: To Get: From Multiply By: To Get: From Multiply By: To Get:
Millibar Millibar 0.0009869 ATM's
ATM's 1.013 Bar C.Meters/hr. 16,667 cc's/Minute Kgs/Sq. Cent. 980.7 mm H₂O Millibar
Pascals Millibar 0.001 Bar
ATM's 76 cm Hg C.Meters/hr. 277.8 cc's/Second Kgs/Sq. Cent. 10,000 lbs/sq. foot Millibar 0.075 cm's Hg
lbs/sq. inch Millibar 0.03346 Ft H₂O
ATM's 33.9 Feet H₂O C.Meters/hr. 0.589 CFM Kgs/Sq. Cent. 98,069 Torr (mm Hg) Millibar 0.02953 "HgA
cm's Hg Millibar 0.4015
ATM's 29.92 "HgA C.Meters/hr. 0.01667 C.Meters/min. Kgs/Sq. Cent. 2048.2 Feet H₂O Millibar 0.00102 "H₂O
Millibar 10.2 Kgs/sq. cm
ATM's 406.8 "H₂O C.Meters/hr. 0.000278 C.Meters/sec. Kgs/Sq. Cent. 14.22 "HgA Millibar 0.1 Kgs/sq. Meter
"H₂O Millibar 750 Kilopascals
ATM's 1.0332 Kgs/sq. cm C.Meters/hr. 4.403 Gallons/Minute Kgs/Sq. Cent. 735.6 Kgs/sq. cm Millibar 10.2
Microns Millibar 100 Microns
ATM's 10,332 Kgs/sq. Meter C.Meters/hr. 16.667 Liters/Minute Kgs/Sq. Meter 0.007356 Millibar Millibar 2.089 mm H₂O
mm H₂O Millibar 0.0145 Pascals
ATM's 101.325 Kilopascals C.Meters/hr. 0.2778 Liters/Second Kgs/Sq. Meter 0.003281 Pascals Millimeters 0.7501 lbs/sq. foot
lbs/sq. foot Millimeters 0.1 lbs/sq. inch
ATM's 760,000 Microns C.Meters/min. 1,000,000 cc's/Minute Kgs/Sq. Meter 0.002896 lbs/sq. inch Millimeters 0.003281 Torr (mm Hg)
Torr (mm Hg) Millimeters 0.03937 Centimeters
ATM's 1013 Millibar C.Meters/min. 16,667 cc's/Second Kgs/Sq. Meter 0.03937 ATM's Millimeters 0.001
Bar Millimeters 1,000 Feet
ATM's 10,332 mm H₂O C.Meters/min. 35.31 CFM Kgs/Sq. Meter 0.0001 cm's Hg Pascals 0.001094 Inches
Feet H₂O Pascals 0.000009869 Meters
ATM's 101,325 Pascals C.Meters/min. 60 C.Meters/hr. Kgs/Sq. Meter 73.56 "HgA Pascals 0.00001 Microns
"H₂O Pascals 0.0007501 Yards
ATM's 2,116.2 lbs/sq. foot C.Meters/min. 0.01667 C.Meters/sec. Kgs/Sq. Meter 0.09804 Kgs/sq. cm Pascals 0.0003346 ATM's
Kgs/sq. Meter Pascals 0.0002953
ATM's 14.7 lbs/sq. inch C.Meters/min. 264.17 Gallons/Minute Kgs/Sq. Meter 1 Microns Pascals 0.004015 Bar
Millibar Pascals 0.0000102 cm's Hg
ATM's 760 Torr (mm Hg) C.Meters/min. 1,000 Liters/Minute Kgs/Sq. Meter 9.807 mm H₂O Pascals 0.102 Feet H₂O
Pascals Pascals 0.001 "HgA
Bar 0.9869 ATM's C.Meters/min. 60,000 Liters/Second Kgs/Sq. Meter 0.2048 lbs/sq. foot Pascals 7.5
lbs/sq. inch Pascals 0.01 "H₂O
Bar 75 cm's Hg Gallons 3,785.4 Cub. Cm's Kgs/Sq. Meter 0.001422 Torr (mm Hg) Pascals 0.102 Kgs/sq. cm
Cub. Cm's Pascals Kgs/sq. Meter
Bar 33.46 Feet H₂O Gallons 0.1337 Cubic Feet Kgs/Sq. Meter 0.07356 Cubic Feet Pascals 1 Kilopascals
Cubic Inches Pascals 0.0209
Bar 29.528 "HgA Gallons 231 Cubic Inches Kilopascals 0.009869 Cubic Meters lbs/sq. inch 0.000145 Microns
Cubic Yards lbs/sq. inch 0.007501 Millibar
Bar 401.48 "H₂O Gallons 0.003785 Cubic Meters Kilopascals 0.01 Gallons lbs/sq. inch 0.06805 mm H₂O
Ounces (fluid) lbs/sq. inch 0.06895 Newtons/M²
Bar 1.02 Kgs/sq. cm Gallons 0.004951 Cubic Yards Kilopascals 0.75 Pints lbs/sq. inch 5.171 lbs/sq ft
Quarts lbs/sq. inch 2.31 lbs/sq. inch
Bar 10,196.9 Kgs/sq. Meter Gallons 3.79 Liters Kilopascals 0.335 cc's/Minute lbs/sq. inch 2.036 Torr (mm Hg)
cc's/Second lbs/sq. inch 27.68 ATM's
Bar 100 Kilopascals Gallons 128 Ounces (fluid) Kilopascals 0.2953 CFM lbs/sq. inch 0.07031
C.Meters/hr. lbs/sq. inch 703.1 Bar
Bar 750,000 Microns Gallons 8 Pints Kilopascals 4.015 C.Meters/min. lbs/sq. inch 6.895 cm's Hg
Gallons/Minute lbs/sq. inch 51,715.1 Feet H₂O
Bar 1,000 Millibar Gallons 4 Quarts Kilopascals 0.0102 Liters/Second lbs/sq. inch 68.95 "HgA
cc's/Minute lbs/sq. inch 703.1
Bar 10,196.9 mm H₂O Gallons/Minute 3,785.4 cc's/Minute Kilopascals 101.97 cc's/Second lbs/sq. inch 6,894.8 "H₂O
CFM Torr (mm Hg) Kgs/sq. cm
Bar 100,000 Pascals Gallons/Minute 63.1 cc's/Second Kilopascals 7,500.6 C.Meters/hr. Torr (mm Hg) 144 Kgs/sq. Meter
C.Meters/min. Torr (mm Hg) 51.71 Kilopascals
Bar 2,088.5 lbs/sq. foot Gallons/Minute 0.1337 CFM Kilopascals 10 C.Meters/sec. Torr (mm Hg) 0.001316
Gallons/Minute Torr (mm Hg) 0.001333 Microns
Bar 14.5 lbs/sq. inch Gallons/Minute 0.2271 C.Meters/hr. Kilopascals 101.97 Liters/Minute Torr (mm Hg) 0.1 Millibar
ATM's Torr (mm Hg) 0.04461 mm H₂O
Bar 750 Torr (mm Hg) Gallons/Minute 0.00379 C.Meters/min. Kilopascals 1,000 Bar Torr (mm Hg) 0.03937 Pascals
cm's Hg Torr (mm Hg) 0.05353 lbs/sq. foot
cc's/Minute 0.01667 cc's/Second Gallons/Minute 3.785 Liters/Minute Kilopascals 20.89 Feet H₂O Torr (mm Hg) 0.001359 Torr (mm Hg)
"HgA Torr (mm Hg) 13.6 ATM's
cc's/Minute 0.00003531 CFM Gallons/Minute 0.0631 Liters/Second Kilopascals 0.14504 "H₂O Torr (mm Hg) 0.1333
Kgs/sq. Meter Torr (mm Hg) 1,000 Bar
cc's/Minute 0.000006 C.Meters/hr. "HgA 0.03342 ATM's Kilopascals 7.5 Kilopascals Torr (mm Hg) 1.333 cm's Hg
Millibar Torr (mm Hg) Feet H₂O
cc's/Minute 0.000001 C.meters/min. "HgA 0.03387 Bar Liters 1,000 mm H₂O Torr (mm Hg) 1 "HgA
Pascals Centigrade 13.6
cc's/Minute 0.000264 Gallons/Minute "HgA 2.54 cm's Hg Liters 0.03531 lbs/sq. foot Fahrenheit 133.32 "H₂O
lbs/sq. inch Rankine 2.784 Kgs/sq. cm
cc's/Minute 0.001 Liters/Minute "HgA 1.133 Feet H₂O Liters 61.02 Torr (mm Hg) 0.01934 Kgs/sq. Meter
⁰C + 273.15 Kilopascals
cc's/Minute 0.00001667 Liters/Second "HgA 13.6 "H₂O Liters 0.001 ⁰F + 460
0.555 Microns
Cub. Cm's 0.00003531 Cubic Feet "HgA 0.0345 Kgs/sq. cm Liters 0.001308 Millibar
mmHg
Cub. Cm's 0.06102 Cubic Inches "HgA 345.32 Kgs/sq. Meter Liters 0.2642 mmH₂O
Pascals
Cub. Cm's 0.000001 Cubic Meters "HgA 3.387 Kilopascals Liters 33.81 lbs/sq. foot
lbs/sq. inch
Cub. Cm's 0.0002642 Gallons "HgA 25,400 Microns Liters 2.11 Kelvin
Rankine
Cub. Cm's 0.001 Liters "HgA 33.87 Millibar Liters 1.057 Kelvin

Cub. Cm's 0.033814 Ounces (fluid) "HgA 345.32 mm H₂O Liters/Minute 1,000

Cub. Cm's 0.002113 Pints "HgA 3,386.5 Pascals Liters/Minute 16.67

Cub. Cm's 0.001057 Quarts "HgA 70.73 lbs/sq. foot Liters/Minute 0.03531

Cubic Feet 28,316.9 Cub. Cm's "HgA 0.4912 lbs/sq. inch Liters/Minute 0.06

Cubic Feet 1,728 Cubic Inches "HgA 25.4 Torr (mm Hg) Liters/Minute 0.001

Cubic Feet 0.02832 Cubic Meters "H₂O 0.002458 ATM's Liters/Minute 0.2642

Cubic Feet 0.03704 Cubic Yards "H₂O 0.002491 Bar Liters/Minute 0.01667

Cubic Feet 7.48 Gallons "H₂O 0.01868 cm's Hg Liters/Second 60,000

Cubic Feet 28.32 Liters "H₂O 0.0833 Feet H₂O Liters/Second 1,000

Cubic Feet 957.51 Ounces (fluid) "H₂O 0.07355 "HgA Liters/Second 2.119

Cubic Feet 59.84 Pints "H₂O 0.00254 Kgs/sq. cm Liters/Second 3.6

Cubic Feet 29.92 Quarts "H₂O 25.4 Kgs/sq. Meter Liters/Second 0.06

CFM 28,317 cc's/Minute "H₂O 0.2491 Kilopascals Liters/Second 0.001

CFM 471.95 cc's/Second "H₂O 1,868.2 Microns Liters/Second 15.85

CFM 1.699 C.Meters/hr. "H₂O 2.491 Millibar Liters/Second 60

CFM 0.02832 C.meters/min. "H₂O 25.4 mm H₂O Microns 0.000001316

CFM 0.000472 C.Meters/sec. "H₂O 249.08 Pascals Microns 0.000001333

CFM 7.48 Gallons/Minute "H₂O 5.202 lbs/sq. foot Microns 0.0001

CFM 28.32 Liters/Minute "H₂O 0.03613 lbs/sq. inch Microns 0.00004461

CFM 0.472 Liters/Second "H₂O 1.868 Torr (mm Hg) Microns 0.00003937

Cubic Meters 1,000,000 Cub. Cm's Kgs/Sq. Cent. 0.9679 ATM's Microns 0.0005353

Cubic Meters 35.31 Cubic Feet Kgs/Sq. Cent. 0.9807 Bar Microns 0.01359

Cubic Meters 61,023.7 Cubic Inches Kgs/Sq. Cent. 73.56 cm's Hg Microns 0.0001333

Cubic Meters 1.308 Cubic Yards Kgs/Sq. Cent. 32.81 Feet H₂O Microns 0.001333

Cubic Meters 264.17 Gallons Kgs/Sq. Cent. 28.96 "HgA Microns 0.01359

Cubic Meters 1,000 Liters Kgs/Sq. Cent. 393.7 "H₂O Microns 0.13333

Cubic Meters 33,814 Ounces (fluid) Kgs/Sq. Cent. 10,000 Kgs/sq. Meter Microns 0.002784

Cubic Meters 2,113.38 Pints Kgs/Sq. Cent. 98.07 Kilopascals Microns 0.00001934

Cubic Meters 1,056.7 Quarts Kgs/Sq. Cent. 735,579 Microns Microns 0.001

Reference

www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727 Pg. 6-19

Notes

Reference

Pg. 6-20 www.solbergmfg.com • [email protected] • Sales: 630.773.1363 • Fax: 630.773.0727