Atlas Copco Stationary Air CompressorsGA30-90C WorkPlace Air SystemTM30-90kW/40-125HP oil-injected rotary screw compressors

Introducing the WorkPlace Air System

The corner stones of the WorkPlace concept

Low noise

The noise level of the WorkPlace Air SystemTM is little more than that of a sewing machine

thanks to advanced design techniques and modern materials and components.

Outstanding performance

The WorkPlace Air SystemTM combines the most coveted screw element design with the most

advanced control system, resulting in more air for less power.

Complete integration

Both air treatment and condensate management equipment can be fully integrated into the

compressor canopy, reducing space and simplifying installation work.

Best customer choice

The WorkPlace Air SystemTM is available from 7.5-125hp, as either air or water cooled with a

wide range of operating pressure between 60-188 psig to meet any customer requirement.

Atlas Copco's unique WorkPlace Air SystemTM

delivers unrivalled user value. The WorkPlace Air

SystemTM allows the compressor to be moved out of

the compressor room and installed directly at the point

of use.

The dramatically low noise level eliminates the need

for a separate compressor room, while the integration of

all necessary air treatment and condensate management

equipment significantly reduces the required

installation area.

The only compressed air system that can be placed anywhere

Total system control and monitoring

The unique Atlas Copco Elektronikon control system not only optimizes the running of the

compressor, the air treatment and the condensate management equipment, but it also allows

total remote monitoring, control and protection.

Faster, less expensive and easier installation

The cost and complexity of the installation is minimized by integrating all necessary air and

condensate treatment equipment. This integration also eliminates the interconnecting piping

and dramatically reduces the footprint of the whole installation.

Reduced running costs

Atlas Copco GA VSD compressors offer even further opportunities to reduce the energy cost of

operating an air compressor. Most production facilities show an air demand profile with wide

fluctuations that traditional compressor regulation systems can not follow in an energy efficient

manner. A GA VSD compressor is able to follow fluctuations in demand efficiently by varying

the speed of the drive motor to perfectly match the compressor's output to the varying plant

demand. Energy savings with GA VSD compressors of up to 35% are not uncommon over

traditionally regulated compressors. In addition, the integration of air treatment equipment

reduces costly pressure drops and risks of leaks which often account for 10% of the total

compressed air consumption.

Outstanding reliability

The complete WorkPlace Air SystemTM range is designed, manufactured and tested in

accordance with ISO 9001, ISO 14001 and ISO 1217 ed. 3 annex C respectively. Each and every

unit is tested before leaving the factory, ensuring that the high expectations of today's industry

are not just met, but exceeded.

Reduced maintenance costs

The WorkPlace Air System is designed with maintenance costs in mind. Long service intervals

combined with a mechanical friendly layout, ensure low costs and minimal down time.

Global sales & aftermarket organisation

From concept to installation and from advice to preventative maintenance, Atlas Copco is your

compressed air partner - wherever you're located.

The benefits of advanced technology

average of 10%savings with

WorkPlace Air SystemTM

reduced installation reduced leakage reduced pressure drop

energy consumption

installation 2%

maintenance 9%

investment 12%

up to 35%savings with

VSD -drive

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GA 30-90C WorkPlace Air System reliability, efficiency and full integration

1. Elektronikon

Automatic electronic control and monitoring of the compressor

optimizes the operation for efficiency, reliability and ease of

maintenance.

2. Fan

Low speed radial fan provides a high cooling air flow

at extremely low noise levels.

3. Integral coolers

Compact coolers dimensioned to ensure ideal running

temperatures under all conditions and are easy to clean.

4. Multi-stage oil separator

Three-stage oil separation process yields a 2 ppm oil carry-over

for minimum contamination and maintenance.

5. Air inlet filter

Heavy-duty, multi-stage inlet filter offers particle removal down

to 1 micron. Large element surface for long lifetime and

minimal pressure drop.

6. Drive arrangement

Gear driven for optimal energy efficiency and minimal

maintenance. Utilizes flexible coupling for reduction of starting

torque loads on compressor components.

7. Motor

High efficiency, totally enclosed fan-cooled (TEFC), IP55,

class F electrical motor is flanged and permanently aligned

with the compressor to ensure continuous, trouble-free

operation.

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8. Element

Atlas Copco's patented screw element provides optimal energy

efficiency and outstanding reliability.

9. Integrated dryer (optional)

The Full Feature version includes either an integrated

refrigerant or heatless desiccant dryer, for minimum

installation cost and floor space requirement.

10. Integrated filters (optional)

The Full Feature version can include integrated filters to

remove particulates and oil carryover. Filtration is provided in

accordance with ISO 8573-1, with a choice of either class 1

or class 2 to protect against contamination of finished product.

11. Integrated oil-water separator (optional)

The fully automatic optional oil-water separator separates the

oil-water condensate without the use of costly activated

carbon. The condensate exceeds EPA requirements so it can be

deposited directly into the drainage system.

12. Dryer bypass (optional)

The dryer bypass, which is conveniently piped to the edge

of the canopy, enables the compressor to operate even

when the dryer requires maintenance.

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Total Air System ControlElektronikon - The superior choice

Atlas Copcos patented Elektronikon is an advanced

microprocessor based, real time operating system, which

allows comprehensive control and monitoring, through a

clear and simple user interface.

Total air system control

Elektronikon goes beyond the traditional boundaries of

a compressor controller. Signals from related equipment, such as

coolers, filters or dryers can be sent back to the Elektronikon,

which can then be configured to display readings or even take

certain actions based on the incoming signal.

A full complement of digital input and output signals facilitates

simple remote control.

Built in multi-compressor sequencer

Each Elektronikon has the unique MCC, Multiple Compressor

Control, built in. MCC efficiently coordinates individual regulators in

a multiple compressor installation.

The MCC reduces the system operating pressure, increases the

pressure stability and optimises the maintenance schedule.

All this results in considerable savings on the operation of your

compressed air plant.

Complete remote monitoring and interface

If remote monitoring is required, there is no better alternative.

With the addition of one ComBox, an Elektronikon installation

can be accessed directly from a PC or via an existing building

management system, using a choice of protocols.

Through participation in our various AirMonitor services,

an Atlas Copco compressed air system can be monitored

over the Internet.

Integrated service scheduler

Elektronikon closely monitors the compressors, taking notice of

the run hours, both loaded and unloaded, as well as the status and

performance of certain crucial parts. Based on this information,

the optimum time for preventative maintenance is calculated and

displayed on the screen, ensuring continuous, smooth and trouble-

free operation of the unit.

Full equipment management and protection

Elektronikon provides total control and complete protection of the

machine. Continuous and extensive monitoring ensures that the

operating efficiency is maximized at all times.

Air quality selection guide

Dirt Water Oil ISO particle size pressure dewpoint concentration quality class

Air quality table - GA FF with IFD

GA WorkPlace 3 microns 3 ppm 3.-.4

GA WorkPlace FF with IFD 3 microns 35-39F 3 ppm 3.4.4

GA WorkPlace FF with IFD & Class 2 integrated filters 1 micron 35-39F 0.1 ppm 2.4.2

GA WorkPlace FF with IFD & Class 1 integrated filters 0.01 micron 35-39F 0.01 ppm 1.4.1

Air quality table - GA FF with ICD

GA WorkPlace 3 microns 3 ppm 3.-.4

GA WorkPlace FF with ICD 0.01 micron -40F 0.01 ppm 1.2.1

GA WorkPlace FF with ICD & -70C PDP option 0.01 micron -100F 0.01 ppm 1.1.1

A complete compressed air solution contained in a single package

The high cost of low quality air

When the air that surrounds us is

compressed, its vapor and particle

concentration increases dramatically.

The compression process causes the oil and water vapors

to condense into droplets, and then mix with the high

concentration of particles. The resulting mixture is an

abrasive, oily sludge that in many cases is also acidic.

Without air treatment equipment, much of this corrosive

sludge will enter the air net, corroding the pipe work,

damaging pneumatic tools and potentially compromising

final product quality.

The quality air solution

The WorkPlace Full FeatureTM machine offers a unique air

treatment solution. In addition to the compressor, all air

treatment and condensate management equipment can be

integrated into the compressor canopy, ensuring that your

compressed air supply is both clean and dry. Aside from

providing clean, dry, compressed air, the Full Feature

machine offers a more optimized, quiet and space saving

package, which is fast, easy and less expensive to install.

When quality air is required, there is no better choice

than a WorkPlace Full FeatureTM machine.

Individual applications require individual solutions

An integrated heatless desiccant dryer, complete with

filtration, provides process quality air for the most

demanding applications. Complete with dewpoint

dependant switching control as standard, the units are

extremely energy efficient, ensuring maximum air for

minimum power.

Condensate quality must meet legal measurements.

The optional OSD oil-water separator raises the

condensate quality to surpass legal requirements, so

there is no need to worry about discharging oil

contaminated condensate.

Integrated filtration removes both particles and oil from

the air, eliminating the risk of damage to equipment and

contamination of the final product.

The integration of a refrigerant dryer eliminates virtually

all water from the system and prevents corrosion in pipes,

tools and instruments.

Intake air

Oil

Oil/air mixture

Wet air

Dry air

Refrigerant gas

Refrigerant liquid

Air intake filter

Air intake valve

Non-return valve

Minimum pressure valve

Compressor element

DD filter (optional)

Condensor

Liquid refrigerantdryer/filter

Hot gas bypass valve

AccumulatorRefrigerant compressor

Water separator with drain

EvaporatorAir/air heatexchanger

Capillary tubeOil cooler

Aftercooler

Oil filter

Flow diagram GA IFD

filters

EWD

GA 30

-55C

GA 55

-90CStandard options

Class 1 filter kit (only Full Feature version)

Class 2 filter kit (only Full Feature version) Dryer bypass

Oil-water separator (OSD)

Electronic water drain (EWD)

Energy recovery

Modulation control

Synthetic PAQ oil

Food grade oil

Lifting device

Rain/outdoor weather protection

Freeze protection

Main motoranti-condensate heater + thermistor protection

Phase sequence relay

Main power isolator switch

Special colors

ModBUS interface

ProfiBUS interface

Cooling water shut off valve

High ambient version (HAV, 120F)

Customizing the compressor package to suit your

requirements through the utilization of standard options.

Package flexibility through standard options

Intake air

Oil

Oil/air mixture

Wet air

Dry air

Filter

Silencer

Air intake filter

Air intake valve

Non-return valve

Minimum pressure valve

Compressor element

Oil cooler

Aftercooler

Oil filter

Water separator

Desiccantmaterial

Flow diagram GA ICD

OSD

Notes(*) Unit performance measured according to ISO 1217, Ed 3, Annex C-1996

Package capacity (FAD) does not include purge losses, incurred when using a desiccant dryer.

Reference Conditions- Absolute inlet pressure 1 bar (14.5 psi)- Intake air temperature 20C (68F)

FAD is measured at the following working pressures:- 7.5 bar versions at 7 bar(g)- 8 bar versions at 7.5 bar(g)- 10 bar versions at 9.5 bar(g)- 13 bar versions at 12.5 bar(g)

(**) Mean noise level measured according to Pneurop/Cagi PN8NTC2 test code, tolerance 2 dB(A)

Pressure dewpoint of integrated refrigerant dryer, at reference conditions, 2C to 3CPressure dewpoint of integrated desiccant dryer, at reference conditions, -40C (-70C optional extra)

Package outlet pressure reduction, due to pressure drop across integrated dryer, at reference conditions:- Integrated refrigerant dryer (excluding optional filters) 0.2 bar- Integrated desiccant dryer (including standard filters when new, but wet) 0.45 bar

Technical data - 50HzGA30-90C

Compressor Max. compressor Compressor capacity Motor power Noise level** Weighttype working pressure (FAD)* WorkPlace WP FF (IFD) WP FF (ICD)

50Hz bar(g) psi(g) l/s m3/hr cfm kW hp dB(A) kg lbs kg lbs kg lbs

GA30-7.5 7.5 109 93 335 197 30 40 65 830 1830 920 2029 1406 3100GA30-8 8 116 89 320 189 30 40 65 830 1830 920 2029 1406 3100GA30-10 10 145 78 281 165 30 40 65 830 1830 920 2029 1406 3100GA30-13 13 189 64 230 136 30 40 65 830 1830 920 2029 1406 3100GA37-7.5 7.5 109 115 414 244 37 50 66 970 2139 1080 2381 1504 3316GA37-8 8 116 110 396 233 37 50 66 970 2139 1080 2381 1504 3316GA37-10 10 145 98 353 208 37 50 66 970 2139 1080 2381 1504 3316GA37-13 13 189 78 281 165 37 50 66 970 2139 1080 2381 1504 3316GA45-7.5 7.5 109 134 482 284 45 60 67 970 2139 1080 2381 1536 3387GA45-8 8 116 122 439 259 45 60 67 970 2139 1080 2381 1536 3387GA45-10 10 145 120 432 254 45 60 67 970 2139 1080 2381 1536 3387GA45-13 13 189 100 360 212 45 60 67 970 2139 1080 2381 1536 3387GA55C-7.5 7.5 109 158 569 335 55 75 70 1035 2282 1150 2536 1613 3557GA55C-10 10 145 141 508 299 55 75 70 1035 2282 1150 2536 1613 3557GA55C-13 13 189 121 436 257 55 75 70 1035 2282 1150 2536 1613 3557GA55-7.5 7.5 109 175 630 371 55 75 66 1400 3087 1550 3418 2095 4619GA55-8 8 116 166 598 352 55 75 66 1400 3087 1550 3418 2095 4619GA55-10 10 145 145 522 307 55 75 66 1400 3087 1550 3418 2095 4619GA75-7.5 7.5 109 243 875 515 75 100 68 1500 3308 1650 3638 2195 4840GA75-8 8 116 230 828 488 75 100 68 1500 3308 1650 3638 2195 4840GA75-10 10 145 202 727 428 75 100 68 1500 3308 1650 3638 2195 4840GA75-13 13 189 171 616 363 75 100 68 1500 3308 1650 3638 2195 4840GA90C-7.5 7.5 109 263 947 558 90 125 73 1600 3528 1750 3859 2245 4950GA90C-8 8 116 259 932 549 90 125 73 1600 3528 1750 3859 2245 4950GA90C-10 10 145 229 824 485 90 125 73 1600 3528 1750 3859 2245 4950GA90C-13 13 189 196 706 416 90 125 73 1600 3528 1750 3859 2245 4950

A B

C

Technical data - 60HzGA30-90C

Variant Dimensions (mm) Dimensions (inches)

A B C A B C

GA30-55C WorkPlace 1713 903 1670 67 36 66GA30-55C WorkPlace FF with IFD 1713 903 1670 67 36 66GA30-55C WorkPlace FF with ICD 2674 903 1669 105 36 66

GA55-90C Workplace 2055 1028 1949 81 40 77GA55-90C Workplace FF with IFD 2055 1028 1949 81 40 77GA55-90C Workplace FF with ICD 3108 1028 1949 122 40 77

Compressor Max. compressor Compressor capacity Motor power Noise level** Weighttype working pressure (FAD)* WorkPlace WP FF (IFD) WP FF (ICD)

60Hz bar(g) psi(g) l/s m3/hr cfm kW hp dB(A) kg lbs kg lbs kg lbs

GA30-100 7.4 107 93 335 197 30 40 65 830 1830 920 2029 1406 3100GA30-125 9.1 132 85 306 180 30 40 65 830 1830 920 2029 1406 3100GA30-150 10.8 157 72 259 153 30 40 65 830 1830 920 2029 1406 3100GA30-175 12.5 181 66 238 140 30 40 65 830 1830 920 2029 1406 3100GA37-100 7.4 107 117 421 248 37 50 66 970 2139 1080 2381 1504 3316GA37-125 9.1 132 104 374 220 37 50 66 970 2139 1080 2381 1504 3316GA37-150 10.8 157 93 335 197 37 50 66 970 2139 1080 2381 1504 3316GA37-175 12.5 181 83 299 176 37 50 66 970 2139 1080 2381 1504 3316GA45-100 7.4 107 140 504 297 45 60 67 970 2139 1080 2381 1536 3387GA45-125 9.1 132 126 454 267 45 60 67 970 2139 1080 2381 1536 3387GA45-150 10.8 157 114 410 242 45 60 67 970 2139 1080 2381 1536 3387GA45-175 12.5 181 101 364 214 45 60 67 970 2139 1080 2381 1536 3387GA55C-100 7.4 107 158 569 335 55 75 73 1035 2282 1150 2536 1613 3557GA55C-125 9.1 132 144 518 305 55 75 73 1035 2282 1150 2536 1613 3557GA55C-150 10.8 157 132 475 280 55 75 73 1035 2282 1150 2536 1613 3557GA55C-175 12.5 181 125 450 265 55 75 73 1400 3087 1550 3418 2095 4619GA55-100 7.4 107 175 630 371 55 75 67 1400 3087 1550 3418 2095 4619GA55-125 9.1 132 156 562 331 55 75 67 1400 3087 1550 3418 2095 4619GA75-100 7.4 107 240 864 509 75 100 69 1500 3308 1650 3638 2195 4840GA75-125 9.1 132 212 763 449 75 100 69 1500 3308 1650 3638 2195 4840GA75-150 10.8 157 193 695 409 75 100 69 1500 3308 1650 3638 2195 4840GA75-175 12.5 181 175 630 371 75 100 69 1500 3308 1650 3638 2195 4840GA90C-100 7.4 107 263 947 558 90 125 74 1600 3528 1750 3859 2245 4950GA90C-125 9.1 132 242 871 513 90 125 74 1600 3528 1750 3859 2245 4950GA90C-150 10.8 157 222 799 471 90 125 74 1600 3528 1750 3859 2245 4950GA90C-175 12.5 181 203 731 430 90 125 74 1600 3528 1750 3859 2245 4950

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What sets Atlas Copco apart? Our belief that, to excel,we must provide the best possible know-how andtechnology in ways that our customers value. Whetherwere fully supporting existing products or advancingtechnology through innovation, we constantly focus oncustomer needs.

The Atlas Copco way of doing business grows fromongoing interaction, long-term relationships, and acommitment to understanding each customers processand objectives. As a result, every compressed air solutionwe create helps a customer operate with greaterefficiency, economy, and productivity.

Satisfying customer needs effectively has made AtlasCopco the number one compressor manufacturer in theworld. We will continue to attract new business throughour unwavering conviction to creating products and ideasthat help our customers succeed.

Danger: Compressed air should never be supplied as breathing air unless air is properly purified forbreathing. Atlas Copco assumes no responsibility or liability related to the purchasers/users breathingair system.

The information contained herein is general in nature and is not intended for specific construction,installation or application purposes

Atlas Copco Compressors Inc.161 Lower Westfield RoadHolyoke, MA 01040Tel. 413-536-0600 Fax. 413-536-0091www.atlascopco.com

2003 by Atlas Copco Compressors Inc. Atlas Copco and Elektronikon are registered trademarks of Atlas Copco AB