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CBA Series - CATALITE Breathing Air Purifiers

Maintain Health & Safety in the Workplace!

Features

Taking Your Workers from Hazard to Health

The Catalite@ Breathing Air Series Purifiers encompass Hankison's premium performance technology in order to provide the clean, dry air necessary to keep your workers safe. The CBA Series is designed to be used as an addition to your plant air source to convert compressed air to breathable air for those processes identified as hazardous.

Hankison's Catalite@ breathing air purifiers have been engineered to handle flow capacities from 15 to 940 scfm (25 to 1597 nm3/h) and remove contaminants in six stages of filtration in order to meet OSHA, CGA, ANSI, and CSA breathing air standards. At the core of the process is a heatless regenerative desiccant dryer with a fixed 10 minute dryer cycle delivering consistent ISO 8573-1: 2010 Class 2 (-40°F, -40°C) outlet pressure dew point quality air. Offering advanced controls and analyzers the Catalite® Breathing Air Purifier is the complete solution for your breathing air treatment processes.

This is equipment is intended for industrial applications only. Consult factory for non-industrial applications.

Key Applications

Application

Compressed Breathing Air Use

Power Generation

Furnaces, boilers and holding tank workers use breathing air to guard against contaminated atmospheric conditions

Petrochemical Manufacturing

Protects workers from hazardous fumes, gases and vapors.

Construction

Workers require PPE for protection when working in asbestos abatement environments.

Sandblasting/Spray Painting

Protects workers from atomized VOC's emitted during this application process.

General Industrial

Confined spaces present hazardous breathing conditions when working in areas with poor air circulation, such as tanks, vats and boilers.

Specifications

Model No.

Inlet
Flow1

Outlet
Flow1

Voltages

In/Out
Connections

SCFM

NM3/H

SCFM

NM3/H

V/PH/HZ

IN

CBA15

18

31

15

26

85-264/1/
47-63 AC
11.5-28 V DC

1 NPT

CBA25

30

51

25

42

1 NPT

CBA35

42

71

35

59

1 NPT

CBA50

60

102

50

85

1 NPT

CBA75

90

153

75

127

1 NPT

CBA95

114

194

95

161

1 NPT

CBA135

162

275

135

229

1 NPT

CBA205

246

418

205

348

1.5 NPT

CBA305

366

622

305

518

2 NPT

CBA375

450

765

375

637

2 NPT

CBA490

590

1002

490

833

2 NPT

CBA625

750

1274

625

1062

2 NPT

CBA775

930

1580

775

1317

3 FLG

CBA940

1130

1920

940

1597

3 FLG

1 Flow capacity rated at CAGI conditions: 100 psig (7.0 bar) and 100ºF (38ºC) saturated inlet

MODEL

DIMENSIONS

WEIGHT

H

W

D

IN

MM

IN

MM

IN

MM

LBS

KG

CBA 15

49

1,244

42

1,067

35

889

440

200

CBA 25

49

1,244

42

1,067

35

889

450

204

CBA 35

49

1,244

42

1,067

35

889

455

206

CBA 50

64

1,615

43

1,097

38

962

560

254

CBA 75

79

2,006

43

1,097

35

889

700

317

CBA 95

56

1,443

50

1,270

45

1,137

820

372

CBA 135

56

1,443

53

1,356

43

1,092

820

372

CBA 205

75

1,905

62

1,575

45

1,143

1,190

540

CBA 305

65

1,651

66

1,674

52

1,327

1,405

637

CBA 375

74

1,871

67

1.702

52

1,330

1,560

708

CBA 490

103

2,616

55

1,397

69

1.753

1,650

748

CBA 625

107

2,718

62

1,575

75

1,905

2,800

1,270

CBA 775

112

2,845

62

1,575

83

2,108

3,275

1,486

CBA 940

115

2,921

66

1,676

82

2,083

3,750

1,701

 

Performance

Purification Capabilities

Contaminants
mg/m3

Maximum Allowable Concentration
OSHA1 CSA

Power Outlet Rated Conditions

Carbon Monoxide(CO)

10

5

95% Conversion5

Carbon Dioxide(CO2)

1000

500

2

Oil(Condensed Hydrocarbons)

5

1

0

Oil Vapor(Gaseous Hydrocarbons)

____

____

< 0.023

Odor

Lack of noticeable odor

_4

1 OSHA Standard references CGA (Compressed Gas Association) pamphlet G-7.1, Grade D and is generally consistent with those published by ANSI
2 CO is converted to CO2 by the purifier and added to the concentration of CO2 already present (normal atmospheric air contains 314 mg/m3 of CO2 ) Although some CO2 is absorbed in the desiccant beds, high concentrations of CO in the system and/or high concentrations of CO2 at the compressor intake could result in exceeding allowable CO2 limits
3 Will remove only those gaseous hydrocarbons normally adsorbed by activated carbon. Outlet concentration is expressed as methane equivalent, Activated carbon will not remove methane
4 Will remove only those odors normally adsorbed by activated carbon
5 95% Conversion example (200 mg/m3 @ inlet = 10 mg/m3 @ outlet)

Parts

REPLACEMENT FILTER ELEMENTS

Model No.

Prefilters

Catalyst

Afterfilters

PF

UF

Cartridge

PF

CF

CBA15

F02-PF-DG1

F02-UF-DG1

CC0

F02-PF-TG1

F02-CF-T

CBA25

F03-PF-DG1

F03-UF-DG1

CC0

F03-PF-TG1

F03-CF-T

CBA35

F04-PF-DG1

F04-UF-DG1

CC0

F04-PF-TG1

F04-CF-T

CBA50

F06-PF-DG1

F06-UF-DG1

CC1

F06-PF-TG1

F06-CF-T

CBA75

F07-PF-DG1

F07-UF-DG1

CC1

F07-PF-TG1

F07-CF-T

CBA95

F08-PF-DG1

F08-UF-DG1

CC2

F08-PF-TG1

F08-CF-T

CBA135

F10-PF-DG1

F10-UF-DG1

CC2

F10-PF-TG1

F10-CF-T

CBA205

F10-PF-DG1

F10-UF-DG1

CC3

F10-PF-TG1

F10-CF-T

CBA305

F12-PF-DG1

F12-UF-DG1

CC4

F12-PF-TG1

F12-CF-T

CBA375

F13-PF-DG1

F13-UF-DG1

CC5

F13-PF-TG1

F13-CF-T

CBA490

F14-PF-Z2G1

F14-UF-Z2G1

CC6

F14-PF-G1

F14-CF

CBA625

F14-PF-Z2G1

F14-UF-Z2G1

CC7

F14-PF-G1

F14-CF

CBA775

F15-PF-Z2G1

F15-UF-Z2G1

CC8

F15-PF-G1

F15-CF

CBA940

F16-PF-Z3G1

F16-UF-Z2G1

CC9

F16-PF-G1

F16-CF

Accessories

CO Monitor Base Model

  • Can be used as a stand-alone device
  • 0-200 ppm carbon monoxide range
  • Designed for simple, trouble-free use and maintenance
  • Easy-to-calibrate monitor features:
    • Digital display
    • Two adjustable alarm set points
    • Audible alarm with a silence switch
  • NEMA 4 enclosure
  • Alarm push-to-test switch
  • The sensor is easily replaceable, will not leak and is unaffected by most background gases.
  • Comes ready to use-no assembly required.

Advanced Breathing Air Analyzer with Alarms

  • CO & Oxygen Monitor
  • CO & Dewpoint Monitor
  • CO Oxygen Dewpoint Monitor