CamCarb CG

A cylindrical, corrosion-resistant molecular filter filled with Camfil activated alumina or activated carbon. They are the most versatile gas-phase air filter installed in supply, recirculation, and exhaust air systems in commercial, industrial, and process applications. The design provides the best total cost of ownership for the removal of corrosive, odorous, and irritant gases.

Corrosion resistant and low dusting construction
25% lighter than CamCarb CM
Inherently leak-free design when installed in dedicated hardware
Combines highest removal efficiency and lowest pressure drop
Predicted removal efficiency and lifetime by Camfil's proprietary software
Typical target gases: hydrogen sulfide, VOCs, ozone, formaldehyde, nitrogen dioxide, and other acids and bases

Item Type	Airflow (m3/h)	Diameter 1 (mm)	Length 1, Cylindrical (mm)	Pressure drop Initial (Pa)	Nominal weight (kg)	Nominal weight (lbs)	Optimum RH (%)	Optimum temperature (°C)	Optimum temperature (°F)
CamCarb CG 1300 SO2_H2S^³	1250	148	240	80	2.4	5.3	40-90	10-60	50-140
CamCarb CG 1300 Acids_H2S^³	1250	148	240	80	2.4	5.3	40-90	10-60	50-140
CamCarb CG 1300 VOC	1250	148	240	80	1.6	3.6	0-70	Max. 40	Max.104
CamCarb CG 1300 H2S_Mercaptans	1250	148	240	80	1.6	3.6	40-90	10-60	50-140
CamCarb CG 1300 Acids	1250	148	240	80	1.6	3.6	40-90	10-60	50-140
CamCarb CG 1300 VOC_O3_Acid_H2S	1250	148	240	100	2.0	4.4	40-70	10-40	50-104
CamCarb CG 1300 VOC_O3_NO2_SO2	1250	148	240	60	1.5	3.3	0-70	Max. 40	Max.104
CamCarb CG 1300 Bases	1250	148	240	80	1.6	3.6	40-90	10-60	50-140
CamCarb CG 2600 SO2_H2S^³	2500	148	452	135	4.4	9.7	40-90	10-60	50-140
CamCarb CG 2600 Acids_H2S^³	2500	148	452	135	4.4	9.7	40-90	10-60	50-140
CamCarb CG 2600 VOC	2500	148	452	135	2.9	6.4	0-70	Max. 40	Max.104
CamCarb CG 2600 H2S_Mercaptans	2500	148	452	135	2.9	6.4	40-90	10-60	50-140
CamCarb CG 2600 Acids	2500	148	452	135	2.9	6.4	40-90	10-60	50-140
CamCarb CG 2600 VOC_O3_Acid_H2S	2500	148	452	150	3.6	7.9	40-70	10-40	50-104
CamCarb CG 2600 VOC_O3_NO2_SO2	2500	148	452	100	2.8	6.2	0-70	Max. 40	Max.104
CamCarb CG 2600 Bases	2500	148	452	135	2.9	6.4	40-90	10-60	50-140
CamCarb CG 3500 SO2_H2S^³	3400	148	595	175	5.7	12.6	40-90	10-60	50-140
CamCarb CG 3500 Acids_H2S^³	3400	148	595	175	5.7	12.6	40-90	10-60	50-140
CamCarb CG 3500 VOC	3400	148	595	175	3.8	8.4	0-70	Max. 40	Max.104
CamCarb CG 3500 H2S_Mercaptans	3400	148	595	175	3.8	8.4	40-90	10-60	50-140
CamCarb CG 3500 Acids	3400	148	595	175	3.8	8.4	40-90	10-60	50-140
CamCarb CG 3500 VOC_O3_Acid_H2S	3400	148	595	210	4.7	10.4	40-70	10-40	50-104
CamCarb CG 3500 VOC_O3_NO2_SO2	3400	148	595	165	3.7	8.2	0-70	Max. 40	Max.104
CamCarb CG 3500 Bases	3400	148	595	175	3.8	8.4	40-90	10-60	50-140

Item Type

Airflow (m3/h)

Diameter 1 (mm)

Length 1, Cylindrical (mm)

Pressure drop Initial (Pa)

Nominal weight (kg)

Nominal weight (lbs)

Optimum RH (%)

Optimum temperature (°C)

Optimum temperature (°F)

CamCarb CG 1300 SO2_H2S^³

1250

148

240

2.4

5.3

40-90

10-60

50-140

CamCarb CG 1300 Acids_H2S^³

1250

148

240

2.4

5.3

40-90

10-60

50-140

CamCarb CG 1300 VOC

1250

148

240

1.6

3.6

0-70

Max. 40

Max.104

CamCarb CG 1300 H2S_Mercaptans

1250

148

240

1.6

3.6

40-90

10-60

50-140

CamCarb CG 1300 Acids

1250

148

240

1.6

3.6

40-90

10-60

50-140

CamCarb CG 1300 VOC_O3_Acid_H2S

1250

148

240

100

2.0

4.4

40-70

10-40

50-104

CamCarb CG 1300 VOC_O3_NO2_SO2

1250

148

240

1.5

3.3

0-70

Max. 40

Max.104

CamCarb CG 1300 Bases

1250

148

240

1.6

3.6

40-90

10-60

50-140

CamCarb CG 2600 SO2_H2S^³

2500

148

452

135

4.4

9.7

40-90

10-60

50-140

CamCarb CG 2600 Acids_H2S^³

2500

148

452

135

4.4

9.7

40-90

10-60

50-140

CamCarb CG 2600 VOC

2500

148

452

135

2.9

6.4

0-70

Max. 40

Max.104

CamCarb CG 2600 H2S_Mercaptans

2500

148

452

135

2.9

6.4

40-90

10-60

50-140

CamCarb CG 2600 Acids

2500

148

452

135

2.9

6.4

40-90

10-60

50-140

CamCarb CG 2600 VOC_O3_Acid_H2S

2500

148

452

150

3.6

7.9

40-70

10-40

50-104

CamCarb CG 2600 VOC_O3_NO2_SO2

2500

148

452

100

2.8

6.2

0-70

Max. 40

Max.104

CamCarb CG 2600 Bases

2500

148

452

135

2.9

6.4

40-90

10-60

50-140

CamCarb CG 3500 SO2_H2S^³

3400

148

595

175

5.7

12.6

40-90

10-60

50-140

CamCarb CG 3500 Acids_H2S^³

3400

148

595

175

5.7

12.6

40-90

10-60

50-140

CamCarb CG 3500 VOC

3400

148

595

175

3.8

8.4

0-70

Max. 40

Max.104

CamCarb CG 3500 H2S_Mercaptans

3400

148

595

175

3.8

8.4

40-90

10-60

50-140

CamCarb CG 3500 Acids

3400

148

595

175

3.8

8.4

40-90

10-60

50-140

CamCarb CG 3500 VOC_O3_Acid_H2S

3400

148

595

210

4.7

10.4

40-70

10-40

50-104

CamCarb CG 3500 VOC_O3_NO2_SO2

3400

148

595

165

3.7

8.2

0-70

Max. 40

Max.104

CamCarb CG 3500 Bases

3400

148

595

175

3.8

8.4

40-90

10-60

50-140

Specifications

Application

The most reliable molecular filter for high efficiency and long-term control of molecular contaminants in sensitive buildings and process industries.

Filter may also be used in odor removal applications in pulp and paper mills and wastewater treatment plants, or in lighter applications such as airports, cultural heritage buildings, and commercial offices.

Filter Frame

ABS

Media

Activated Carbon, Impregnated Activated Carbon, Impregnated Activated Alumina

Max temperature (°C)

Gasket

Double seal, molded TPE

Installation options

Front access frames and side access housings are available. See related products below.

Comment

Sixteen (16) cylinders are applied per 24"" x 24"" (610 x 610mm) opening.
Maximum face velocity: 500 fpm (2.5 m/s) per opening or 31 fpm (.16 m/s) per CG3500 cylinder.
Can be filled with any loose-fill molecular media.

Filter performance will be affected if used in conditions where T and RH are above or below the optimum conditions.
#1 - Other models with different media options are available. High-performance media will be selected in accordance to the type of application.
#2 - Pressure drop at maximum rated airflow.
#3 - Filled with UL approved media

GlidePack CamCarb Cylinder Housing