Addendum 003 - Equipment - Air System R1.pdf

COVER PAGE OF SELLER’S SUBMITTAL

City Name: Hanford, WA - MSA

Pall Project No.: 01.000287

Job Number: Project L-897, Subcontract 70816

Task Register 6 (Task 1 – VI Submittal Package)

To: (Contractor)

Mission Support Alliance, LLC (MSA)

PO Box 650

Richland, WA 99352

From: (Subcontractor)

Pall Water

A Division of Pall Corporation

839 State Route 13

Cortland, NY 13045

Patty Willis

Phone: 607-758-1699

Name of Project: Hanford, WA, Central Plateau WTF

Pall Document Number: NYCS00001513 Rev: 01

Description of Item: Air System

Specification Section: 43 11 24

Deviations: See document NYCS000015385

INDEX:

Page 1: Cover Page Information

Page 2: Revision History and Approvals

Page 3: Tab 1 - NYCS000015394, CSS, Air System,01.287

Pages 4-18: Tab 2 – Air System, Technical Summary, 01.287

Pages 19-22: Tab 3 – GA 11+ -30 60Hz Imperial Technical Data EN Antwerp

Page 23: Tab 4 – Air Receiver Drawing, 1060 gallons

Pages 24-27: Tab 5 – UD Inline Filter

Page 28: Tab 6 – Food Grade Oil Sales Brochure

Pages 29-30: Tab 7 – Food Grade Oil MSDS Sheet

Page 31: Tab 8 – GA 11+30 Dimension drawing Imperial Antwerp

Date: 1/24/2020

PALL ADVANCED SEPARATIONS SYSTEMS

DIVISION OF PALL CORPORATION, CORTLAND, NY

Rev Name Date Created By

Approved By

Created By

Approved By

Created By

Approved By

Created By

Approved By

Revision Description

Title

Document # Revision griffinju Text Box These commodities, technology, or software may only be exported from the United States in accordance with the Export Administration Regulations. Diversion contrary to U.S. law is prohibited.

Doc Number: NYCS000015394R00 Doc Title: NYCS000015394,CSS,Air System,01.287.docx

Components Specification Sections

The following specification sections are relevant to the approval of submittal NYCS000015133, Air System,01.287:

L‐897, Attachment No. 2 ‐ HNF‐SPEC‐63538, Section 43 11 24, Compressed Air System.

Any exceptions and clarifications to the specification section above can be found in submittal NYCS000015385,L‐897,Section 43 11 24,Es and Cs,01.287.

Pall has taken exceptions and clarifications relevant to the air system proposed.

'Was Copm

Contact:

Company:

Email:

Dear Mr. Mike Larkin

Mr. Mike Larkin

PALL CORPORATION

mike_larkin@pall.com

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 2 from 18

Thank you for your recent enquiry. Further to our discussions, please find enclosed our quotation as per your requirements.

We trust the enclosed information is of interest, and look forward to hearing back with your comments. If you require any further information on this or any of our products and services, please do not hesitate to contact me.

Yours sincerely, Scott MacArgel Area Sales Manager Mobile: 315-466-6230 scott. macargel@atlascopco.com fluasCopeo

Contents

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 3 from 18

Price Summary 4

Payment & delivery conditions 4

Product Description: GA11+, GA15+, GA18+, GA22+, GA26+, GA30 FF 5

Product Description: Filters: UD+ 10

Product Description: LV and LH 13

Product Description: EWD 14

1(tias Calico

Price Summary

❑escriptiorl Qty

Atlas Copco GA15+FF A 175 MEAF TRI 60 20 hp full feature, air cooled, oil flooded rotary screw compressor with enclosure, 460V/3ph power, Elektronikon MKV Graphic controller, integrated refrigerated dryer. Project-specific options include internal UD+ filter (combination coalescing and particulate filter, Food Grade Oil, NEMA 4 electrical cubicle, and motor thermistors with anti-condensation heaters.

LV 1060-200

060 gallon vertical tank, 200 psi ASME rating.

Primer exterior and internal epoxy lining.

EWD 50 NPT 110V

Electronic, no-loss drain for tank.

Oversized Skid

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 4 from 18

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019 litlasCop-co Page 5 from 18

Product Description: GA11+, GA15+, GA18+, GA22+, GA26+, GA30

FF

ATLAS COPCO OIL INJECTED ROTARY SCREW COMPRESSOR

General Description

The GA11+-30 oil-injected screw compressors are available in 11kW, 15kW, 18kW, 22kW, 26kW and 30kW provide an industry leading efficient and reliable work place air compressor that minimizes the total cost of ownership. These air compressors are designed to withstand the harshest of environments while providing you with a quiet air compressor with sound levels ranging between 67 and 70 dB(A). The GA11+-30 series are designed and manufactured in accordance with ISO 9001, ISO 14001 and ISO 1217 which insures a reliable trouble-free air compressor. Additionally, these units boast a very compact footprint and utilize the next generation Elektronikon® Touch controller. This touch screen controller offers you a great variety of control and monitoring features that allow you to increase your compressor's efficiency and reliability. As standard these units are designed to operate in 46°C/115°F ambient conditions. The GA11+-30 has an integrated dryer.

II - 7C,

The GA11+-30 air compressors are available in 11kW, 15kW, 18kW, 22kW, 26kW and 30kW variants with flows ranging from 39.4 — 93.8 I/s (78.8-199.2 cfm).

The compressors are constructed with the following major components:

• State of the art compression element

• IP55 (TEFC) motor meeting or exceeding IEEE and NEMA Premium efficiency standards with greased for life bearings

• Elektronikon® Touch controller

• High efficiency aftercooler

• Moisture separator

• Inlet air filter

• Integrated smartbox fltkisCopexi

Operating Principle

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 6 from 18

Air is drawn in through the air filter and the inlet valve into the compression element. This compressed air is forced through the air/oil separator, past the minimum pressure valve and into the after-cooler through the water separator to the discharge.

4 II

f

1. Air intake filter 12. Coalescing filter

2. Unloader valve 13. Water separator

3. Compression element 14. Evaporator

4. Thermostatic valve 15. Water drain

5. Air-oil separator 16. Capillary tube

6. Air-oil separator vessel 17. Accumulator

7. Oil filter 18. Refrigerant dryer/filter

8. Safety valve 19. Hot gas bypass valve

9. Aftercooler 20. Condenser

10. Oil cooler 21. Refrigerant compressor

11. Water separator

1 Quote Date: 10/16/2019 Page 7 from 18

Scope of supply

Drive Train

The Atlas Copco oil injected Screw element is at the heart of this compressor. This state of the art compression element paired with an 1E4 efficiency rated motor provides you with unparalleled efficiency and performance. Completely protected against dirt, the high efficiency gearbox maximizes reliability in any environment and completely eliminates the need for maintenance on the drive train.

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Oil Separator and Oil Filter

The high efficiency 2-step air-oil-separator system for reduced oil consumption ensures low maintenance costs and a good oil separation result in between 2 service intervals. The oil filter cleans the oil continuously from particles bigger than 25 microns with 99% efficiency in order to protect the lubrication quality and health of the rotating components. Additionally, the compact size of this vessel there is less oil required and less compressed air blow off when the unit unloads resulting in money savings for you.

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ELEKTRONIKON

Elektronikon® Touch controller

Elektronikon® Touch with compressor visualization:

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 8 from 18

The next-generation Elektronikon® Touch controller provides you with an intuitive easy to use touch screen controller. The Elektronikon® Touch controller additionally offers a great variety of control and monitoring features that allow you to increase your compressor's efficiency and reliability thanks to the many embedded advanced control algorithms.

Elektronikon® Touch regulator module

The regulating system includes the Elektronikon® Touch controller to regulate, control and monitor compressor operation. All Elektronikon® Touch control modules display and monitor the following:

1. Compressor Status Indication

• Voltage on

• Automatic operation

• Service timer

• Compressor speed

2. Temperature, numerical readouts

• Element outlet

• Ambient air temperature

3. Pressure, numerical readouts

• Delivery air

4. Compressor Control

• Start / Stop

• Reset / Test

5. Hour meters

• Total running hours

• Total loading hours (in different speed zones)

6. Timers

• Programming compressor time-based start/stop commands

7. Service requirement indications

• Air filter

8. Compressor safety - warning indications

• High element outlet temperature.

• Electronic drain operation

• Sensor error

• High dew point

• Cooling water inlet temp (for water cooled versions)

_ Quote Date: 10/16/2019 Page 9 from 18 t 1

• Cooling water outlet temp (for water cooled versions)

• Pressure drop over PD/DD filters (optionally)

9. Compressor safety - shutdown indications

• High element outlet temperature.

• Drive motor/fan motor overload

• Emergency stop

10. Digital output relays for remote monitoring (voltage free)

• Automatic operation / Manual operation

• General warning

• General shutdown

11. SMARTBOX for SMARTLINK*: Data Monitoring Program

• Remote monitoring system that helps you optimize your compressed air system and save energy and costs.

• Provides a complete insight in your compressed air network.

• Anticipates on potential problems by warning you up-front.

Features & Benefits

Energy Savings

• State of the art compression element o Low energy consumption and high output of compressed air

• Integrated Dryer with Saver cycle technology o Reduces the energy consumption of the integrated air treatment in light load conditions.

Water separation is improved. Pressure Dew Point (PDP) becomes more stable

• Fully Integrated & Compact design o Controller to ensure optimum efficiency and reliability. Ensures compliance with your air requirements and makes the best use of your valuable floor space.

Quite operation

• Sound insulated canopy o No separate compressor room required. Allows for installation in most working environments.

Highest reliability

• Robust Air Filter o Offers long lifetime and high reliability for long service intervals and low maintenance needs.

Air filter is very easy to replace.

• IP55 (TEFC) Motor o Totally enclosed fan cooled motor insures reliability. Efficiency ratings at or above premium regulations

Atlas Copco

Product Description: Filters: UD+

ATLAS COPCO QUALITY AIR SOLUTIONS

General Description

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 10 from 18

In almost all applications, contamination of the air supply can cause serious performance decline and increase maintenance costs in terms of actual repairs and lost productivity. This contamination is caused by intake air impurities, installation contaminants and by the lubrication of the compressor element.

Atlas Copco's innovative UD+ filters combine two filtration steps in one, which allows to reduce pressure drop by 40% while meeting the highest quality requirements.

• High-efficiency coalescing filters, combining DD+ and PD+ filters in one.

• Unique low-density glass fiber media providing 40% pressure drop reduction.

• Maximum oil carry-over: 0,0009 mg/W. For optimum filtration, a UD+ filter should be preceded by a water separator.

Atlas Copco designs filtration solutions to provide compressed air purity that meets or exceeds levels set forth by the International Standard Organization (ISO).

• Filters are tested in accordance with these standards:

o ISO 8753-2:2007: Test method for oil aerosol o ISO 12500-1:2007: Test method for oil aerosol filters

Tests have been conducted in-house and in external labs, and independently validated by TUV.

• Regardless of your quality air and filtration needs, Atlas Copco undoubtedly offers a filter that is perfect for your application. With the Atlas Copco compressor and air treatment solutions all compressed air purity classes of ISO 8573-1:2010 can be reached.

Quote Date: 10/16/2019

Atlas Copcv Page 11 from 18

Working Principle

Contaminants (oil aerosol & dust) in the air stream are captured in a number of glass fiber layers. These consist of very thin fibers, distributed randomly and oriented in all directions. The contaminated air moves through these glass fibers, and the oil and dust particles are captured by the fibers.

Three different filtration mechanisms are at work: inertial impaction (1), interception

(2) and diffusion (3). Each of those mechanisms is responsible for capturing particles of a particular size.

(1) Impaction occurs for relatively large particles. Due to the large inertia of a heavy particle, it does not follow the air streamline but instead travels straight ahead and collides with the glass fiber.

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(2) Interception occurs when a particle follows the air streamline, but when the radius of the particle is larger than the distance between the streamline and the edge of the fiber.

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(3) Particle deposition due to diffusion occurs when a very small particle does not follow the air streamline but moves randomly across the flow due to Brownian motion. It becomes increasingly important with smaller particle size.

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Nautilus filter technology

Building on many years of experience and backed by extensive in-house testing, our Atlas Copco engineers gained completely new insights into oil coalescing filtration. We call it Nautilus filter technology, since it has the sophistication and the looks of a nautilus shell. The technology is based on unique, low-density filter media.

• The open structure of the filter media ensures a much easier passage of the air. This results in a 40% reduction of the pressure drop and a filter that is much more energy efficient.

• The filter media package is much thicker than with traditional filters, guaranteeing best-in-class filtration performance.

Atlas Copm

Quote Number: 1119125 Quote Date: 10/16/2019

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• Since the filter media is wrapped — and not pleated — around the filter core, there is no risk of cracking the filter media and thus no risk of poor air quality.

In order to learn more about our Nautilus Filter Technology, please visit: https://youtu.be/07k1LGkfzA0, Scope of Supply

Standard:

• Filter Cartridge

• Filter head & housing

• Differential pressure indicator or gauge

• Auto drain

Optional:

• Voltage-free contact mounted in differential pressure gauge

• EWD electronic drain

• Wall-mounting kit

Features & Benefits

Pure air

• High performance filter media o Thick package of enhanced glass fiber media.

o Fully tested and qualified according to all applicable ISO standards.

Energy Savings

• Low pressure drop o Unique Nautilus filter technology uses filter media of a lower density, leading to 40% pressure drop reduction.

o Optimized airflow path with low resistance.

Reliable operation

• Proven durable design o Filter media wrapped around the filter core, eliminating any risk of cracks.

o High performance stainless steel filter cores.

o Reliable automatic drain.

o Strong filter housing with internal ribs to protect the element from damage and to route oil droplets.

Compact

• 2-in-1 concept o 50% reduction in installation cost and space.

o Reduction in maintenance cost.

o Less water disposal expenses.

Easy set-up and use

• Operational ease o Push-on element.

o Wall mounting kit for easy installation (option).

o Voltage-free contact mounted in the differential pressure gauge (option).

alias Cop-co

Product Description: LV and LH

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 13 from 18

ATLAS COPCO QUALITY AIR SOLUTIONS

General Description

In almost all applications, an air receiver tank is a necessary part of the compressed air system. The receiver acts as a reservoir of compressed air for peak demands and secures the compressor by not switching to often.

In addition, the receiver cools down the compressed air, which results in condensation and will secure the following equipment like dryers and filters.

All our receivers are galvanized to protect the vessel material and secure highest quality standards.

Our receivers are available in vertical (LV series) or horizontal (LH series) versions.

Scope of Supply

■ Galvanized vessel

• Equipment kit with plugs, safety valve and manometer

Atlas Copeo

Product Description: EWD

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 14 from 18

ATLAS COPCO QUALITY AIR SOLUTIONS

General Description

Atlas Copco's range of EWD electronically controlled condensate drains is synonymous with safe, dependable and economical condensate management.

The intelligent drain function monitors condensate build-up with liquid level sensors and evacuates the condensate only when necessary, thereby avoiding compressed air waste and providing for considerable energy savings.

The EWD drain device offers security and confidence, enabling you to solve all condensate discharge problems even in heavily contaminated systems.

A wide range of EWD drains is available for oil-contaminated condensate and may be provided with additional hard coating for use with oil-free and aggressive condensate.

Working Principle

0 1

L, Condensate enters the drain and collects in sump. The diaphragm valve is closed due to the solenoid valve allowing pressure compensation through the pilot supply line. The pressurised space above the diaphragm is larger than that below it, ensuring and absolutely leak proof seal. As the condensate drains away, the level probe monitors the speed at which the level drops, calculating exactly when to shut the diaphragm, so that no air escapes. If there should be a blockage on the outlet or faulty diaphragm, the drain switched to "fault mode". Both ittlaseopco the flashing alarm light and the volt free situation is solved.

Scope of Supply

• Led Display

• Alarm

• Electronics component

• Flexible pipe inlet

• Non wearing capacitive sensor

■ IP 64 Nema 13 protection

Features & Benefits

QUOTATION

Quote Number: 1119125 Quote Date: 10/16/2019

Page 15 from 18 contact are activated. The drain switches to a "timer mode" until the

Energy Savings

• Energy efficient o Absolutely no waste of compressed air

Reliable operation

• Proven durable design o No moving parts o Wide drain way passage

Easy set-up and use

■ Operational ease o LED display and alarms work together to make daily operations as hands off as possible o Electronic control ensures reliable performance o Plug and play set up

Industrial Air Division Principal Data (EN) *** For internal use only ***

GA11+-30 / 460V - 60Hz / 175psi / AC

PRODUCT DEFINITION

Model GA11+ GA15+ GA18+ GA22+ GA26+ GA30 Supply voltage 460V 460V 460V 460V 460V 460V Working pressure 175psi 175psi 175psi 175psi 175psi 175psi Frequency 60Hz 60Hz 60Hz 60Hz 60Hz 60Hz Cooling AC AC AC AC AC AC

STD STD STD STD STD STD

REFERENCE CONDITIONS

Absolute inlet pressure 14,5 14,5 14,5 14,5 14,5 14,5 psi(a) Relative humidity 0 0 0 0 0 0 % Air inlet temperature 68 68 68 68 68 68 °F Cooling medium inlet (water or air) temperature 68 68 68 68 68 68 °F Effective working pressure 175 175 175 175 175 175 psi(g) Motor shaft speed 3540 3540 3540 3540 3540 3540 rpm Setpoint thermostatic valve 160 160 160 160 160 160 °F

LIMITATIONS

Minimum ambient temperature 32 32 32 32 32 32 °F Minimum effective working pressure 58 58 58 58 58 58 psi(g) Maximum effective working pressure

Workplace 183 183 183 183 183 183 psi(g) Workplace FF 179 179 179 179 179 179 psi(g)

Maximum allowable inlet temperature P 115 115 115 115 115 115 °F Maximum allowable inlet temperature FF 115 115 115 115 115 115 °F

PERFORMANCE DATA

Free Air Delivery at reference conditions 54,2 73,9 92,8 119,6 134,5 158,3 cfm at effective working pressure stated

Workplace / Workplace FF 116 psi(g) 55,2 75,2 94,4 121,7 136,9 161,1 cfm Workplace / Workplace FF 145 psi(g) 54,4 74,2 93,1 120,1 135,1 158,9 cfm Workplace 181,3 psi(g) 53,9 73,4 92,2 118,9 133,8 157,4 cfm Workplace FF 177,67 psi(g) 53,9 73,0 92,2 118,9 133,8 157,4 cfm

Total Electrical power input at reference conditions at reference conditions

Workplace 14,8 18,8 23,4 28,9 32,4 37,4 kW Workplace FF 15,3 19,3 24,0 29,4 33,0 38,0 kW at effective working pressure stated Workplace 116 psi(g) 11,4 14,5 18,0 22,2 24,9 28,7 kW Workplace FF 116 psi(g) 12,1 15,3 19,0 23,3 26,2 30,1 kW Workplace 145 psi(g) 13,0 16,6 20,7 25,5 28,6 33,0 kW Workplace FF 145 psi(g) 13,7 17,4 21,6 26,5 29,7 34,2 kW Workplace 181,3 psi(g) 15,3 19,4 24,2 29,8 33,5 38,6 kW Workplace FF 177,67 psi(g) 15,8 19,9 24,8 30,4 34,1 39,2 kW

1 / 4 2901 7020 61 Ed00 hoysmacargel Rectangle

*** For internal use only ***

Total Electrical power input at unload Workplace 3,5 4,3 5,4 6,5 7,6 8,5 kW Workplace FF 4,3 5,1 6,3 7,3 8,4 9,4 kW

Total Specific Energy Requirement at reference conditions at reference conditions

Workplace 27,1 25,3 25,1 24,0 23,9 23,4 kW/100cfm Workplace FF 27,9 26,1 25,7 24,4 24,4 23,8 kW/100cfm at effective working pressure stated Workplace 116 psi(g) 20,4 19,1 18,9 18,1 18,1 17,7 kW/100cfm Workplace FF 116 psi(g) 21,6 20,1 19,8 18,9 18,8 18,4 kW/100cfm Workplace 145 psi(g) 23,8 22,2 22,0 21,1 21,0 20,6 kW/100cfm Workplace FF 145 psi(g) 24,8 23,2 22,8 21,7 21,7 21,2 kW/100cfm Workplace 181,3 psi(g) 28,1 26,3 26,1 24,9 24,9 24,3 kW/100cfm Workplace FF 177,67 psi(g) 29,0 27,1 26,7 25,4 25,3 24,8 kW/100cfm

Shaft Power Input at reference conditions at reference conditions 13,9 17,7 21,8 26,0 30,6 34,9 kW at effective working pressure stated

Workplace / FF 116 psi(g) 10,6 13,7 17,0 20,6 24,4 28,0 kW Workplace / FF 145 psi(g) 12,2 15,6 19,4 23,2 27,5 31,4 kW Workplace 181,3 psi(g) 13,8 17,6 21,6 25,8 30,4 34,7 kW Workplace FF 177,67 psi(g) 13,3 17,0 20,9 24,9 29,4 33,6 kW

Specific Shaft Power input requirement at reference conditions at reference conditions 27,9 23,1 23,0 21,8 22,8 22,8 kW/100cfm at effective working pressure stated

Workplace / FF 116 psi(g) 19,2 17,4 17,7 17,1 18,1 18,1 kW/100cfm Workplace / FF 145 psi(g) 22,4 20,1 20,3 19,4 20,4 20,4 kW/100cfm Workplace 181,3 psi(g) 25,5 23,0 22,9 21,7 22,7 22,6 kW/100cfm Workplace FF 177,67 psi(g) 24,8 22,2 22,1 21,0 22,0 21,9 kW/100cfm

Shaft electrical power input at unload 3,0 3,7 4,7 5,6 6,5 7,4 kW Shaft input cooling fan 0,23 0,23 0,23 0,50 0,69 0,71 kW

Typical oil content of compressed air 2 2 2 2 2 2 ppm Typical oil consumption at reference conditions 1,50 2,08 2,61 3,35 3,81 4,37 oz/100h Compressed air temperature at outlet valve (a + ,,,)

Workplace 12,6 12,6 12,6 12,6 12,6 12,6 °F Workplace FF 5,4 5,4 5,4 5,4 5,4 5,4 °F

Mean Sound pressure level with tolerance 68 / 3 69 / 3 69 / 3 67 / 3 68 / 3 70 / 3 dB(A)

2 / 4 2901 7020 61 Ed00

*** For internal use only ***

DESIGN DATA

Compression stage C80 C80 C80 C80 C80 C80 Oil capacity 3,1 3,1 3,1 3,3 3,5 3,6 gal Drive motor efficiency at full load 92,6 93,3 93,7 93 93,6 92,4 % Drive motor efficiency at no load 91,9 92,4 92,8 93 94 93 % Fan motor efficiency 76 76 76 76 76 76 % Cooling air flow referred to air inlet grating compres 2967 2967 2967 2967 2967 2967 cfm Condensate drainpipes manual drain OD 6 6 6 6 6 6 mm Condensate drainpipes manual drain ID 4 4 4 4 4 4 mm Condensate drainpipes automatic drain OD 8 8 8 8 8 8 mm Condensate drainpipes automatic drain ID 6 6 6 6 6 6 mm Electrical cable passage 50 50 50 50 50 50 M Element male rotor speed 2078 2799 3449 4291 4818 5518 rpm Blow off volume 8 8 8 8 8 8 gal Time to reach 80% blow-off 90 90 90 90 90 90 s Dimension of compressed air outlet valve 1 1 1 1 1 1 NPT Shipping dimensions Workplace / Workplace FF

Shipping length 55,1 55,1 55,1 55,1 55,1 55,1 in Shipping width 40,2 40,2 40,2 40,2 40,2 40,2 in Shipping height 72,0 72,0 72,0 72,0 72,0 72,0 in Shipping volume 92,2 92,2 92,2 92,2 92,2 92,2 ft³

Shipping mass Europe Workplace 968 1003 1005 1136 1142 1184 lbs Workplace FF 1056 1091 1129 1263 1263 1312 lbs

Shipping mass overseas Workplace 1125 1160 1162 1292 1299 1341 lbs Workplace FF 1213 1248 1286 1420 1420 1469 lbs

Canopy dimensions Workplace / Workplace FF Canopy length 49,9 49,9 49,9 49,9 49,9 49,9 in Canopy width 31,1 31,1 31,1 31,1 31,1 31,1 in Canopy height 62,6 62,6 62,6 62,6 62,6 62,6 in

Net mass Workplace 906 942 944 1074 1080 1122 lbs Workplace FF 994 1030 1067 1202 1202 1250 lbs

3 / 4 2901 7020 61 Ed00

*** For internal use only ***

INTEGRATED DRYER

Integrated Dryer type ID40 ID40 ID73 ID73 ID73 ID96 Pressure dew point Workplace FF at ambient = 20°C; RH = 100% 37,4 37,4 37,4 37,4 37,4 37,4 °F Pressure drop over dryer 2,32 2,32 4,21 4,21 4,21 6,96 psi(g) Total power consumption at full load (ambient = 20°C; RH = 100%; incl f 0,83 0,83 1,05 1,05 1,05 1,06 kW Cooling air flow 381 381 1589 1589 1589 1589 cfm Heat dissipated by cooling air

(ambient = 20°C, RH = 100%) 1,7 1,7 2,7 2,7 2,7 2,8 kW Refrigerant type R134a R134a R410A R410A R410A R410A

Total amount 0,88 0,88 2,09 2,09 2,09 2,21 lbs

REMARKS

(1) Unless otherwise stated, at reference conditions.

All values given with a tolerance according to specified.

Codes are guaranteed; all other values are to be considered typical.

(2) Free Air Delivery measured according ISO 1217 ed. 4 2009, annex C FAD < 25 l/s Tolerance 6% FAD < 250 l/s Tolerance 5% FAD > 250 l/s Tolerance 4%

(3) Specific Energy Requirement measured according ISO 1217 ed. 4 2009, annex C FAD < 25 l/s Tolerance 7% FAD < 250 l/s Tolerance 6% FAD > 250 l/s Tolerance 5%

(4) Power requirement at zero volume flow rate measured according ISO 1217 ed. 4 2009, annex C Tolerance 10%

(5) Measured according to ISO 2151: 2004 using ISO 9614/2 (sound intensity method).

The International ISO 1217 ed. 4 2009 standard refers to following standards :

- ISO 5167 - British BS 1571 Part 2

- ISO 9300 - American ASME PTC9

- German DIN 1950 The International ISO 1217 ed. 4 2009 standard refers to following standards :

- ISO 5167 - British BS 1571 Part 2

- ISO 9300 - American ASME PTC9

- German DIN 1950

4 / 4 2901 7020 61 Ed00

TOP VIEW

REV

TYPE

DRAWING NOCHECKEDDRAWN

D23

C100331

TITLE

DMM

SIZE: B SHEET 1 OF 1

KAT

9/12/2016 10/10/2016

STOCK

VERTICAL AIR RECEIVER

ASME

CUSTOMER

(BUILT IN ACCORDANCE WITH LATEST EDITION OF SECTION VIII DIV 1 ASME CODE)

THIS DRAWING & SPECIFICATIONS ARE PROPERTY OF SPVG AND MAY NOT BE

COPIED, REPRODUCED, OR USED IN WHOLE OR PART, AS A BASIS FOR DESIGN

MANUFACTURE OR SALE WITHOUT PRIOR PERMISSION FROM SPVG.

D23 ISSUED

REV DESCRIPTION BY DATE

DESIGN INFORMATION

SPECIFICATION VALUE

DIAMETER O.D./I.D.

48 O.D.

MAWP 200 PSI AT 400°F

MDMT -20°F AT 200 PSI

CAPACITY APPROX 1060 GALLONS

SHIPPING WEIGHT 2705 LBS

CRN R2127.5C

NOZZLE CHART

NOZZLE ID NPT SIZE

N1

1/4

N2 1

N3 3

N4 6

N5 MANWAY

8 3/32

32 11/32

64 11/32

96 11/32

128 11/32

48 11/32

N2

N2

N3

N1

N2

N4

N4

11/16 X 1 1/2 SLOT 4-PLACES

EQUALLY SPACED

ON A 38 1/2 DIA BC

N2

N5

COALESCING FILTERS

UD+ Series (9-8.000 l/s / 19-16.952 cfm) Nautilus filter technology

HOW CLEAN IS

YOUR AIR?

Your production processes and end products depend on the air purity of the compressed air. Untreated compressed air may cause extensive damage and lead to serious performance degradation. To protect your investment, equipment and processes, Atlas Copco offers a comprehensive line-up of innovative filtration solutions to meet your specific needs.

The two-in-one filter Unlike currently available technologies, Nautilus filter technology allows significant improvements in energy efficiency, without any compromise on filter performance or reliability.

The first filters to make use of this innovative technology are Atlas Copco UD+ filters.

These filters combine two filtration steps into one, hereby meeting the high-quality requirements of diverse applications and providing a range of significant benefits:

1. 40% pressure drop reduction UD+ filters provide a significant pressure drop reduction combined with best-in-class filtration efficiency.

2. Pure air Air quality is equal to that obtained using two filters in line, thanks to the thick filter package of the

UD+ filters.

3. Save energy A 40% lower pressure drop than the conventional

DD+/PD+ combination results in 40% higher energy efficiency.

4. Save space The two-in-one filtration concept reduces installation space and complexity, making UD+ filters particularly suitable for applications where space is at a premium.

5. Save money Install UD+ filters to enjoy significant cost savings compared to conventional filters.

INNOVATIVE TECHNOLOGY,

EXCEPTIONAL PRODUCTS

Building on many years of experience and backed by extensive in-house testing, our Atlas Copco engineers gained completely new insights into oil coalescing filtration. The result is our Nautilus filter technology based on unique, low-density filter media, with the sophistication and looks of a nautilus shell.

How does Nautilus filter technology work?

To explain Nautilus filter technology, we use the metaphor of a forest. The trees are the glass fibers in the filter media – strategically placed so that nothing can get past them. Now think of a balloon – representing the oil and solid particles you want to filter from the air – trying to pass through the forest. The air current will move the balloon and it will get stuck in the leaves of the trees.

UD+DD+ PD+

Pressure drop (mbar)

-40%

Time (h)

Nautilus filter technology Classic filter technology

Nautilus filter technology uses filter media of a lower density than in classic coalescing filter technology.

Even though the glass fibers in the filter media are not placed as closely to each other as with classic coalescing filters, the forest is significantly larger, resulting in extremely low oil carry-over. The outcome is The outcome is BEST-IN-CLASS PERFORMANCE.

Less dense filter media used in Nautilus filter technology ensure much easier passage of the air.

This reduces the pressure drop and leads to a filter that is much more energy efficient. Combined with the two-in-one filtration concept, the result is 40%

PRESSURE DROP REDUCTION.

1 2

In classic filter technology sometimes pleated technology is used to reduce the pressure drop. This increases the risk of cracking and therefore the risk of oil carry-over and poor air quality. Nautilus filter technology runs no risk of cracks in the filter media, because the filter media are wrapped around the filter. The result is PEACE OF MIND.

HIGH PERFORMANCE AND

RELIABLE FILTRATION

Thick package of enhanced glass fiber media

• Based on Nautilus filter technology.

• Ensures high filter efficiency, low pressure drop, and guaranteed lifetime performance.

Double O-rings (up to UD 550+) Guarantee proper sealing to reduce leakage risks and increase energy savings.

Push-on element Increased user friendliness and reliability.

The double drainage layer (outer protection paper and foam)

• Large drainage capacity which is ideal for variable speed compressors.

• The polyurethane foam avoids oil re-entrainment.

High-performance stainless steel filter cores Ensure ultimate strength and low risk of implosion.

Protection paper Avoids direct contact between filter media and stainless steel filter cores.

Epoxy sealed caps Reliable filtration.

ISO Certification As leader in the field of oil-free air compression technology, Atlas Copco was the first manufacturer to be awarded

ISO 8573-1:2010 Class 0 certification for its Z and AQ series of oil-free compressors. Also for filters Atlas Copco has always been at the forefront when it concerns certification. Our new UD+ filters comply with all applicable

ISO standards for filtration, such as ISO 12500-1:2007 and ISO 8573-2:2007.

Whereas normally a DD+/PD+ combination would need to be used, the TÜV certificate clarifies that an air purity of 0,0009 mg/m³ can be reached with only one UD+ filter (as measured under the test conditions according to ISO12500-1:2007). As such, the UD+ filter guarantees best-in-class efficiency, validated by TÜV Rheinland.

With regards to pressure drop, the TÜV certificate clarifies that 245 mbar can be reached using a UD+ filter.

The replacement of a DD+/PD+ combination by a UD+ filter then results in a pressure drop reduction of 40%, which means higher energy efficiency, as validated by TÜV Rheinland.

Guaranteed air purity & energy efficiency 0,07 mg/m³ 180 mbarDD+ PD+ UD+0,008 mg/m³

215 mbar 0,0009 mg/m³ 245 mbar

C

C

B B A A

A FILTER SOLUTION FOR EVERY AIR PURITY

For every required air purity, Atlas Copco delivers a dedicated filtration and dryer solution. Some examples of typical installations are given below. Our sales engineer will advise you on choosing a customized solution for each requirement.

The compressor should be equipped with a liquid water separation system such as an after cooler including drain or a water separator (WSD).

No liquid water should enter the filtration system.

PURITY CLASS

Solid particles Water Total oil*

Number of particles per m³ Pressure dewpoint Concentration

0,1 < d ≤ 0,5 μm** 0,5 < d ≤ 1,0 μm** 1,0 < d ≤ 5,0 μm** °C °F mg/m³

0 As specified by the equipment user or supplier and more stringent than Class 1.

1 ≤ 20.000 ≤ 400 ≤ 10 ≤ -70 ≤ -94 ≤ 0,01

2 ≤ 400.000 ≤ 6.000 ≤ 100 ≤ -40 ≤ -40 ≤ 0,1

3 - ≤ 90.000 ≤ 1.000 ≤ -20 ≤-4 ≤ 1

4 - - ≤ 10.000 ≤ 3 ≤ 37,4 ≤ 5

5 - - ≤ 100.000 ≤ 7 ≤ 44,6 -

6 ≤ 5 mg/m³ ≤ 10 ≤ 50 -

FILTER

SIZE

Nominal capacity Reference pressure

Maximum pressure

Connections

Dimensions Free space for cartridge replacement Weight

A B C D l/s cfm bar(e) psig bar(e) psig mm in mm in mm in mm in kg lbs

UD 9+ 9 19 7 102 16 232 3/8" 90 3,5 61 2,4 268 10,6 75 2,9 1,0 2,2

UD 15+ 15 32 7 102 16 232 1/2" 90 3,5 61 2,4 268 10,6 75 2,9 1,1 2,4

UD 25+ 25 53 7 102 16 232 1/2" 90 3,5 61 2,4 323 12,8 75 2,9 1,3 2,9

UD 45+ 45 95 7 102 16 232 3/4" & 1" 110 4,3 99 3,9 374 14,7 75 2,9 1,6 4,2

UD 60+ 60 127 7 102 16 232 1" 110 4,3 99 3,9 414 16,3 75 2,9 2,1 4,6

UD 100+ 100 212 7 102 16 232 1" 140 5,5 105 4,0 425 16,7 100 3,9 3,7 8,2

UD 140+ 140 297 7 102 16 232 1"-1/2" 140 5,5 105 4,1 520 20,5 100 3,9 4,2 9,3

UD 180+ 180 381 7 102 16 232 1"-1/2" 140 5,5 105 4,1 603 23,7 100 3,9 4,5 9,9

UD 220+ 220 466 7 102 16 232 1"-1/2" 140 5,5 105 4,1 603 23,7 100 3,9 4,6 10,1

UD 310+ 310 657 7 102 16 232 2" & 2"-1/2" 179 7,1 121 4,8 689 27,1 150 5,9 6,9 15,2

UD 425+ 425 901 7 102 16 232 3" 210 8,3 128 5,1 791 31,1 200 7,9 11,0 24,2

UD 550+ 550 1.165 7 102 16 232 3" 210 8,3 128 5,1 961 37,8 200 7,9 12,6 27,8

UD 550+F 550 1.165 7 102 16 232 DN80 370 14,6 280 11,0 1.295 51,0 1.375 54,1 76,0 167,6

UD 850+F 850 1.801 7 102 16 232 DN100 510 20,1 410 16,1 1.360 53,5 1.500 59,1 141,0 310,9

UD 1100+F 1.100 2.331 7 102 16 232 DN100 510 20,1 410 16,1 1.360 53,5 1.500 59,1 143,0 315,3

UD 1400+F 1.400 2.967 7 102 16 232 DN150 620 24,4 485 19,1 1.480 58,3 1.560 61,4 210,0 463,0

UD 1800+F 1.800 3.814 7 102 16 232 DN150 640 25,2 490 19,3 1.555 61,2 1.640 64,6 176,0 388,0

UD 2200+F 2.200 4.662 7 102 16 232 DN150 640 25,2 490 19,3 1.555 61,2 1.640 64,6 178,0 392,4

UD 3000+F 3.000 6.357 7 102 16 232 DN200 820 32,3 650 17,7 1.745 68,7 1.710 67,3 420,0 925,9

UD 4000+F 4.000 8.476 7 102 16 232 DN200 820 32,3 650 17,7 1.745 68,7 1.710 67,3 428,0 943,6

UD 5000+F 5.000 10.595 7 102 16 232 DN200 820 32,3 650 17,7 1.745 68,7 1.710 67,3 432,0 952,4

UD 6000+F 6.000 12.714 7 102 16 232 DN250 920 36,2 815 32,1 2.085 82,1 1.625 64,0 671,0 1479,3

UD 7000+F 7.000 14.833 7 102 16 232 DN250 920 36,2 815 32,1 2.085 82,1 1.625 64,0 675,0 1488,1

UD 8000+F 8.000 16.952 7 102 16 232 DN300 1.040 40,9 930 36,6 2.070 81,5 1.625 64,0 900,0 1984,2

UD+

Filter type Oil aerosol and solid particles

Test method ISO 12500-1:2007, ISO 8573-2:2007

Maximum oil carry-over (mg/m³) 0,0009

Wet pressure drop (mbar)* 245

Wet pressure drop (mbar), in typical compressor installation** 225

Element service After 4.000 operating hours or 1 year

Precede with WSD

* Liquid, aerosol and vapor.

** d = diameter of the particle.

1. Compressor

2. UD+ filter

3. Refrigerant dryer

4. Desiccant dryer

5. DDp+ filter

6. PDp+ filter

7. QDT filter

A Compressor - UD+ Air purity class ISO 8573-1:2010 [1:-:2]

B Compressor - Refrigerant dryer - UD+ Air purity class ISO 8573-1:2010 [1:4:2]

C Compressor - Refrigerant dryer - UD+ - QDT - DDp+ Air purity class ISO 8573-1:2010 [2:4:1]

D Compressor - UD+ - Desiccant dryer - DDp+ Air purity class ISO 8573-1:2010 [2:2:2]

E Compressor - UD+ - Desiccant dryer - QDT - DDp+ - PDp+ Air purity class ISO 8573-1:2010 [1:2:1]

TECHNICAL SPECIFICATIONS

* Inlet oil concentration = 10 mg/m³, particle size distribution with mean size as close to MPPS as allowed by ISO, to represent a real compressor’s outlet.

** Inlet oil concentration = 3 mg/m³.

Inlet pressure (bar) 1 2 3 4 5 6 7 8 10 12 14 16

Inlet pressure (psig) 15 29 44 58 72,5 87 102 116 145 174 203 232

Correction factor 0,38 0,53 0,65 0,75 0,83 0,92 1,00 1,06 1,20 1,31 1,41 1,50

Accessories & Options

Compressed air purity classification ISO 8573-1:2010

• Replacement kit*

• Wall mounting kit*

• Drain quick coupling*

• Voltage-free contact mounted in the differential pressure gauge

• EWD electronic drain (optional on sizes 9-550 l/s, standard on sizes ≥550F)

• Serial connection kit*

The DD+/PD+ replacement kit allows existing customers to upgrade their current filter train to benefit from Nautilus filter technology.

* Up to UD 550+.

A B C

D E

1 2 31 2 3 21 7

5 6

LarkinD

Atlas Copco Lubricants Food Grade Fluid For single-stage oil-injected G rotary screw compressors

Food Grade Fluid is a unique high quality synthetic lubricant, specially created for Atlas Copco single-stage oil-injected rotary screw compressors that provide air for the food industry. Its compounds may be used as a lubricant for machine parts and equipment in locations in which there is a potential exposure of the lubricant part to food. Approved by USDA for H1 application (incidental food contact).

Food Grade Fluid offers improved reliability that translates into maximum equipment availability and quality for your process. It is a cost-effective lubricant, allowing for extended drain intervals of up to 2,000 hours (*). It is ideally suited for use in conjunction with the highly efficient OSD/OSM/WSD oil/water separa-tion systems.

P rin te d in

B el gi um

Su bj ec t t o al te ra tio ns w ith ou t p rio r

Unique characteristics Special blend created specifically for the Atlas Copco GA and GX series of oil-injected rotary screw compressors for the food industry.

Quality assurance Guaranteed consistent high quality from a single source.

Improved efficiency Perfect lubrication for optimal product performance.

Increased service life Allows for drain intervals of up to 2,000 hours (*).

Reduced operating cost Savings through improved lubrication and longer drain intervals.

Enhanced reliability Round-the-clock protection of all moving parts.

Environment friendly Developed for use with the highly efficient Atlas Copco oil/water separation systems.

Convenient packaging Available in container size of 20 Litres.

(*) subject to normal operating conditions

Content Part number 20 Litres 2901 0690 10

M A T E R I A L S A F E T Y ATLAS COPCO

161 Lower Westfield RD, Holyoke, MA 01040 D A T A S H E E T (413)-536-0600

DATE: 04/05/02 REVISED: 04/05/02 SUPERSEDES:

PRODUCT IDENTIFICATION

Trade Name: GA-FG Chief Constituent: Synthetic Hydrocarbon Hazardous Ingredients/OSHA: None Carcinogenic Ingredients/OSHA/NTP/IARC: None Ingredients Regulated by SARA Title 3, Section 313: None

II. WARNING STATEMENTS

None

III. PHYSICAL AND CHEMICAL DATA

Appearance and Odor: Amber with mild odor Specific Gravity: <1.0 Boiling Point: >600°F Vapor Pressure: <.10 mm Hg @ 20°C

IV. FIRE PROTECTION

Flash Point: >450°F (COC) Extinguishing Media: Water fog, dry chemical, foam or CO2 Special Firefighting Procedure: Burning will produce toxic fumes. Wear self-contained breathing apparatus and full turn out gear to fight fire. Avoid spreading liquid and fire by water flooding.

Unusual Fire Hazard: Exposure to heat builds up pressure in closed containers. Cool with water spray.

V. REACTIVITY DATA

Thermal Stability: Stable Materials to Avoid: Strong oxidizers Hazardous Polymerization: Will not occur Hazardous Decomposition Products: Burning will produce toxic fumes

VI. HEALTH HAZARD DATA

Exposure Limits: Not applicable Effects of Overexposure: Low oral and dermal toxicity. Prolonged or repeated exposure may cause irritation, nausea and vomiting.

VII. PHYSIOLOGICAL EFFECTS SUMMARY

ACUTE: Eyes: Believed to be minimally irritating Skin: Believed to be minimally irritating Respiratory System: Believed to be minimally irritating CHRONIC: Not determined OTHER: None

DATE: 04/-5/02 REVISED: 04/05/02 SUPERSEDES:

GA-FG

VIII. PRECAUTIONS FOR SAFE HANDLING

For general personal hygiene, wash hands thoroughly after handling material. Avoid contact with skin and eyes.

IX. PROTECTION AND CONTROL MEASURES

Protective Equipment: Impermeable gloves, splash goggles, eye wash and safety shower.

Respiratory Protection: If overheated, use approved respiratory protective equipment.

Ventilation: Local exhaust and mechanical recommended.

X. EMERGENCY AND FIRST AID PROCEDURES

Eye Contact: Flush eyes with water for 15 minutes. Call a physician if irritation develops.

Skin Contact: Wash skin with soap and water.

Inhalation: Remove to fresh air. Give artificial respiration or oxygen if necessary.

Ingestion: Not expected to be a problem if ingested. Call physician if physical discomfort occurs.

XI. NOTES

HAZARD RATING INFORMATION

NPCA/HMIS NFPA KEY

Health 1 1 4 = Severe 1 = Slight Flammability 1 1 3 = Serious 0 = Minimal Reactivity 0 0 2 = Moderate

XII. SPILL AND DISPOSAL PROCEDURES

Environmental Impact: Report spills as required to appropriate authorities. U. S. Coast Guard regulations require immediate reporting of spills that could reach any waterway including intermittent dry creeks.

Report spill to Coast Guard Toll Free Number (800) 424-8802.

Procedures if Material is Released or Spilled: Absorb on fire retardant treated sawdust, diatomaceous earth, etc. Shovel up and dispose of at an appropriate waste disposal facility in accordance with current applicable laws and regulations, and product characteristics at time of disposal.

Waste Management: Dissolve waste in a solvent and dispose by supervised incineration in compliance with applicable laws and regulations.

Toxic Substance Inventory Control Act: All components are included on the TSCA Inventory and are in compliance with the TSCA.

FOR ADDITIONAL INFORMATION CONTACT:

ATLAS COPCO

161 Lower Westfield Road Holyoke, MA 01040 (413)-536-0600

INFORMATION GIVEN HEREIN IS OFFERED IN GOOD FAITH AS ACCURATE, BUT WITHOUT GUARANTEE. CONDITIONS OF USE AND SUITABILITY OF THE PRODUCT FOR PARTICULAR USES ARE BEYOND OUR CONTROL; ALL RISKS OF USE OF THE PRODUCT ARE THEREFORE ASSUMED BY THE USER AND WE EXPRESSLY DISCLAIM ALL WARRANTIES OF EVERY KIND AND NATURE, INCLUDING WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE IN RESPECT TO THE USE OR SUITABILITY OF THE PRODUCT. NOTHING IS INTENDED AS A RECOMMENDATION FOR USES WHICH INFRINGE VALID PATENTS OR AS EXTENDING LICENSE UNDER VALID PATENTS.

APPROPRIATE WARNINGS AND SAFE HANDLING PROCEDURES SHOULD BE PROVIDED TO HANDLERS AND USERS

BOTTOM VIEW

VIEW C

A ( 1 : 5 )

B

C

BOTTOM VIEW

A

B

Fini wt.

Approved.

Treatment

Material

Name

Drawn by

Des checked.

Scale

Blank wt.

Prod checked.

Family

Blank nr.

Kg

Designation Sheet

INV

Replaces

Compare

Date

Drawing

Owner

Confidentiality Class

STATUS

Tolerances, if not indicated, according to:

A1

Not Applicable

17/05/2017 9828532321

1 : 10

N/A

Internal

Not Applicable

Approved

INEEXTnip

API

GA11+-30(2018) acc. to 1102 K

DIMENSION DRAWING

Drawing format

Transferred from

Ed

Posi-tion

Modified from Date Intr./Appd.

2 3

6 7 8 9

A

B

C

D

E

F

G

Parent 3D model Ed . Version 3D

C O

N F

I D

E N

T I A

L

T h i s d o c u m e n t i s p r o p e r t y o f

A t l a s

C o p c o

A

B a n d s h a l l n o t w i t h o u t o u r p e r m i s s i o n b e a l t e r e d c o p i e d u s e d f o r m a n u f a c t u r i g r c o m m u n i c a t e d t a y o t h e r p e r s o n o r c o m p a n y

9828532321

A l l m a t e r i a l s s u p p l i e d a r e i c o m p l i a n c e w i t h t h e r e q u i r e m e n t s o f t h e

L i s t o f

P r o h i b i t e d

S u b s t a n c e s

Third angle projection method used.

ATLAS COPCO STANDARD CLASS

COMPRESSOR

AIR INLET

COMPRESSED

AIR OUTLET G 1" F

COOLING AIR

OUTLET OF DRYER

COOLING AIR INLET

OF DRYER

COOLING AIR INLET

OF COMPPESSOR

- CENTER OF GRAVITY

Dimension tolerances ± 0,4" Weight tolerances (oil included) ± 22 lbs

COOLING AIR OUTLET OF

COMPRESSOR AND CUBICLE

VALVE

ROTATION

COOLING

AIR INLET

OF MOTOR

COOLING

AIR INLET

OF CUBICLE

(0,1)" 30,9"0,1"

31,1"

3" 2"

13,1"

3,8"

2,2"

12,3"

3,4"

28" 2"

6,3"

1"

0,5"(2x)

2"(2x)

COMPRESSED AIR OUTLET G 1"

(DRYER BYPASS - OPTION) F

9,8"17,5"

2,2" 6,3" 2,2" x x x

WATER INLET ISO 7-R 1/2"

(ENERGY RECOVERY

-OPTION)

WATER OUTLET ISO 7-R 1/2"

(ENERGY RECOVERY

-OPTION)

H

5,7"1,5"

20,4"

49,9"

(0,1)"

0,1"

50,1" 30,2"

ONLY FOR ENERGY

RECOVERY OPTION

44"

4,7"

AUTOMATIC DRAIN OF

COMPRESSOR Ø0,3" TUBE

MANUAL DRAIN OF

COMPRESSOR G1/8" F

MANUAL DRAIN OF

DRYER G1/8" F

(FULL FEATURE)

AUTOMATIC DRAIN OF

DRYER Ø0,3" TUBE

(FULL FEATURE)

B

L

22,4"(2x) 5,5"(2x)

0,4HOLES

COMPRESSOR MOUNTING

" (4x)

ELECTRICAL

CABLE PASSAGE

3,1"

31,1"

1,50,2"

4,3 "

CENTER OF GRAVITY AND WEIGHT (LBS)

TYPE L B H WEIGHT

GA11+ PACK 908

GA15+ PACK

15,6" 22,9" 12,2"

GA18+ PACK

16,3" 21,8" 9,6"

GA22+ PACK 1076

GA26+ PACK 1083

GA30 PACK 1125

GA11+ FF ID40

16,5" 24,9" 18,6"

GA15+ FF ID40 1032

GA15+ FF ID73 1067

GA18+ FF ID73 1070

GA22+ FF ID73

16,5" 25,1" 18,8"

GA26+ FF ID73 1204

GA26+ FF ID96 1211

GA30 FF ID73 1253

GA30 FF ID96 17"

25,9" 27,7"

15"

0,7"

DRYER SIDE PLATE DIMENSION

Uint A B C D

PACK

31,7" 13,6"

15" 3,4"

ID40

31,2"

11" 10,6" 4,2"

ID73-96

31,7" 13,6"

15" 3,4"