03 AIR COMPRESSOR. From QUALITY BRANDS :

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2 0 Air Compressor Air compressor Air dryer...1 Condensate treatment... Controller...9 Screw compressor Air Dryer Air dryer Air Filter Air filter...6 From QUALITY BRANDS :

3 Direct Driven Air Compressor 220V-1Phase Bar Features : With copper wire motor Standard SF 20 1/4 air quick coupler Integrated motor and engine pump Using oil as lubricant and coolant engine Benefits : High speed air filling Light weight and portable Suitable for home usage and hobbies 1HP Electronic Service Automotive Industry & Workshop Air Brush Painting Specification Motor Capacity Speed Tank V Hz HP l/min CFM rpm Bar PSI l kg Packing Size (cm) KW x 22.5 x 45 Order No. Type Description KW0046 KW-46 Direct Driven, Compressor 1HP, l, 1Phase, Bar Oilless Compressor Bar 220V-1Phase Features : Oil free With copper wire motor Twin piston technology for high speed air filling Low speed (1440rpm) Low noise (5db) Benefit : Generate cleaner air Suitable for clean air required environment Dental Air Compressor Aquarium Oxygen Circulation 1HP Fine Art Painting Food Industry/Cake Painting Pharmacy Type Motor Capacity Speed Noise Tank Packing Size (cm) V Hz HP l/min CFM rpm DB Bar PSI l kg KW x 44 x 66 Order No. Type Description KW00 KW- Oilless Compressor 1HP, 22l, 1Phase, Bar 6

4 Air Compressor - Standard Tank Available : 1HP 2HP HP Bar 220V-1Phase Specification KW-04 KW-05 KW- (HP/) 1/0.5 2/1,5 /2,2 Voltage (V/Ph) 220/1 220/1 220/1 Maximum Air Displacement (l/min)/cfm 145/5 25/. /.6 (Bar) Cylinder (Ø x piece) 51x 2 51 x 2 65 x 2 Rotate Speed of Air Compressor (rpm) Tank Volume (l) Packing Dimension (L x W x H) (cm) 90 X9 x 1 6 x 52 x 4 6 x 54 x 90 (kg) 4 90 KW-04/05/ Application : Small and medium workshop, painting. Benefits : The units are mostly used at home, small or big workshop. We offer availabilities in small tank and medium tank; single phase electrical power that match your needs. Order No. Type Description KW00004 KW- 04 Air Compressor 1 HP 0l 220V 1Phase Bar KW00005 KW- 05 Air Compressor 2 HP 0l 220V 1Phase Bar KW000 KW- Air Compressor HP 120l 220V 1Phase Bar Air Compressor - Standard Tank Bar Specification KW-06 KW-0 KW-06/0 0V-Phase Available : HP 5.5HP (HP/) /2,2 5,5/4 Voltage (V/Ph) 0/ 0/ Maximum Air Displacement (l/min)/cfm /.6 645/22. (Bar) Cylinder (Ø x piece) 65 X 2 0 X 2 Rotate Speed of Air Compressor (rpm) Tank Volume (l) Packing Dimension (L x W x H) (cm) 6 x 54 x x 6 x1 (kg) 194 Application : Workshop, industry Benefits : The units are mostly used for workshop. We offer availabilities in medium tank; three phase electrical power that match your needs. Order No. Type Description KW00006 KW-06 Air Compressor HP 120l 0V Phase Bar KW0000 KW-0 Air Compressor 5.5HP 0l 0V Phase Bar 6

5 Air Compressor - Big Tank KW-12//14/ Application : Small and medium workshop, painting. Benefits : The units are mostly used at home, small or big workshop. We offer availabilities in small tank and medium tank; single phase electrical power that match your needs. Bar 0V-Phase Available : 5.5HP HP HP HP 20HP KW- Specification KW- KW-12 KW- KW-14 KW- (HP/) 5,5/4,5/5,5 /,5 / 20/ Voltage (V/Ph) 0/ 0/ 0/ 0/ 0/ Maximum Air Displacement (l/ 645/22. 0/ 1465/51. 24/ /5 min) /CFM (Bar) Cylinder (Ø x piece) 0 x 2 90 x 90 x 0 x 120 x Rotate Speed of Air Compressor (rpm) Tank Volume (l) Packing Dimension (L x W x H) (cm) 19 x 5 x 4 20 x 90 x 20 x 95 x x 6 x x 6 x 160 (kg) Order No. Type Description KW000 KW- Air Compressor 5.5HP 00l 0V Phase Bar KW00012 KW-12 Air Compressor HP 500l 0V Phase Bar KW000 KW- Air Compressor HP 00l 0V Phase Bar KW00014 KW-14 Air Compressor HP 00l 0V Phase Bar KW000 KW- Air Compressor 20HP 00l 0V Phase Bar Air Compressor 12Bar 0V-Phase Available : HP, 5.5HP, HP, HP Application : For hydraulic pneumatic, medium workshop, industry Benefit : Cast iron e pump provides low rotation for long life operational parts KW-/ /9/ 140 Order No. Type Description KW000 KW- Air Compressor HP 120l 0V Phase 12Bar KW000 KW- Air Compressor 5.5HP 00l 00V Phase 12Bar KW0009 KW-9 Air Compressor HP 500l 0V Phase 12Bar KW KW-140 Air Compressor HP 500l 0V Phase 12Bar Specification KW- KW- KW-9 KW-140 (HP/) /2,2 5,5/4,5/5,5 /,5 Voltage (V/Ph) 0/ 0/ 0/ 0/ Maximum Air Displacement (l/min) /CFM 29/.5 525/ /. 4/6. (Bar) Cylinder (Ø x piece) 65 x 2/51 x 1 0 x 2/65 x 1 0 x 2/65 x 1 0 x 2/0 x 1 Rotate Speed of Air Compressor (rpm) Tank Volume (l) Packing Dimension (L x W x H) (cm) 129 x 59 x 92 x 0 x 4 x 0 x 4 1 x 0,5 x 12 (kg)

6 Air Compressor with Gasoline Engine Bar Air Compressor with Diesel Engine, 12Bar Available : HP, 5.5HP, HP Aplication: For industry, workshop and project that have no electrical power Benefit : Portable with diesel power engine Gasoline Engine Driven 4.5HP Available : 2HP HP Application : For industry, workshop and project that have not electrical power Benefit : Portable with gasoline engine 4 stroke 4,5 HP Order No. Type Description KW0050 KW-50 Compressor 2HP, 0l, with Gasoline Engine 4.5HP, KW0051 KW-51 Compressor HP, 0l with Gasoline Engine 4.5HP, Diesel Engine Driven 5.5,.5HP Engine Type Specification KW-50 KW-51 4-Stroke air cooled OHV single Cylinder gasoline engine Rated (/rpm)./,600 Fuel Tank Capacity (l).6 Fuel Consumption (gr/h) 95 Lube Oil Capacity/Oil Type (l) 0.6/SAE 20W50 Starting System Recoil COMPRESSOR (HP /) 2/1.5 /2.2 Piston Variable (l/min) 25 Displacement (CFM) 5..9 (Bar) Cylinder (Ø x piece) 51 x 2 65 x 2 Tank Volume (l) 0 0 Packing Dimension (L x W x H) (cm) 6 x 52 x 4 6 x 54 x 90 (kg) Order No. Type Description KW00219 KW-219 Compressor HP 0l Bar with Diesel Engine 5.5pk KW00621 KW-621 Compressor HP 120l Bar with Diesel Engine 5.5pk Order No Type Description KW006 KW-6 Compressor 5.5HP 0l Bar with Diesel Engine.5pk KW00606 KW-606 Compressor 5.5HP 00l Bar with Diesel Engine.5pk KW0061 KW-61 Compressor HP 500l Bar with Diesel Engine.5pk Order No Type Description KW0062 KW-62 Compressor 5.5HP 00l 12Bar with Diesel Engine.5pk KW0052 KW-52 Compressor HP 500l 12Bar with Diesel Engine.5pk Specification KW-219 KW-621 KW-6 KW-606 KW-61 KW-62 KW-52 Basic Unit KW-51 KW-06 KW-0 KW- KW-12 KW- KW-9 (HP/Diesel) /5,5 /5,5 5,5/,5 5,5/,5,5/,5 5,5/,5,5/,5 Maximum Air Displacement (l/min) /CFM 25/. /.6 645/ /22. 0/ 525/ /. (Bar) Cylinder (Ø x piece) 51 x 2 65 x 2 0 x 2 0 x 2 90 x 0 x 2/65 x 1 0 x 2/65 x 1 Rotate Speed of Air Compressor (rpm) Tank Volume (l) Packing Dimension (L x W x H) (cm) 6 x 52 x 4 6 x 54 x x 6 x 1 19 x 5 x 4 20X90X x 0 x 4 X0X4 (kg) APPROPRIATE INSTALLATION Appropriate Installation Air conveying, air cleaning and basic applications Blast cleaning and inflating General industrial quality air and professional sandblasting Pneumatic contros systems and pneumatic tools Spray painting, powder coating, packaging and injection molding Food industry, process and chemicals industry, other sensitive applications Compressor Isolating Valve Air receiver Automatic drain 9 Electronic condensate drain Desoiling filter pf type 1um Desoiling filter hf type 0,01um Activated carbon filter of type 0,00 um Water-oil separator 5 Ceramic pre-filter qf type um 4 6 Air dryer 0

7 Air Storage Tank 00 l 2000 l Accessory Air Storage Tank for Air Compressor: Adopting high-quality steel plate produced by renowned steel manufacturer, and materials passing strict mechanical performance test. Manufacture in strict accordance with technical requirement; products conforming to GB0-9 Steel Vessel Standard and ASME pressure vessel standard Complete supervision over the whole process, conforming to the Safety Technology Supervision Regulations for Vessels formulated by the state Bureau of Quality and Technical Supervision. Surface cloudburst and rustproof treatment, beautiful in appearance and endurable. Available in 1m³ and 2m³ with working pressure of kg Equipped also : gauge (kgf/cm 2 ) Order No. Type Description Ball valve for drainage KW00194 KW-194 Air Storage Tank 1m³/kgf/cm² purpose KW00195 KW-195 Air Storage Tank 2m³/kgf/cm² Safety valve APPROPRIATE INSTALLATION KW-194 AIR DRYER KW-195 Type Volume (m³/l) (kgf/cm 2 ) Tank Size (Dia. x high () Connector Size Air Dryer KW-4 KW-5 KW-6 KW- Benefits : Special back cooler and pre-cooler, iediately access to air compression under 0 o C Equipped with high-performance, powerful refrigerant compressor, refrigerating after sufficient precooling, the processing air volume 0% larger than similar products, stable dew-point temperature, transforming 99% vapor into water fog and drop The specially designed centrifugal and collecting-type dual water separator make the efficiency as high as 99% World-class components, high Specification KW-4 KW-5 KW-6 KW- quality, long operation life Convenient to use, no expendable, Processing Air Volume (l/) /CFM 00/5 00/5 2500/ 00/5 fully automatic water drainage, low Meet to Air Compressor for Capacity (HP) 20 0 operation cost, capable of 1. Entry Temperature 0 C; continuous operation 2. Surround Temperature 45 C The Maximum Conditions for Use Feature :. Air pressure 1.0MPa (Super Manufacturing Accord ing to Specification for High Pressur) Krisbow Air Dryer series have been Dew-Point 1.-5 C (equal to air dew-point 20 C) made on the basis of advanced technology and high-quality components in strict accordance with Refrigerant R22 AC 220V/50Hz 1 Phase the quality standard for air compression (ISO.1) formulated Refrigerant Compressor Motor (HP) ¼ ½ ¾ 1 Diameter of Air Entry and Exit Tube ¾ 1 1½ 1½ by ISO. They are efficient, reliable, Dimension Height (cm) Width (cm) Depht (cm) environmentally-friendly, energy conservation, and with visual display. (kg) 55,5 9 1 (kg) KW-194 1/00 00 x 2442 Rc 1 ½ 05 KW-195 2/ x 09 PL0-1.6RF 5 Application of Air Dryer Installation : Order No Type Description KW004 KW-4 Air Dryer HP, 220V/50Hz, 1Phase KW005 KW-5 Air Dryer HP, 220V/50Hz, 1Phase Compressor Air Filter Regulator On/Off Valve Air Dryer On/Off Valve KW006 KW-6 Air Dryer 20HP, 220V/50Hz, 1Phase KW00 KW- Air Dryer 0HP, 220V/50Hz, 1Phase 1

8 SCREW COMPRESSOR Stationary Screw Compressor Feature : The KAESER SIGMA PROFILE Developed by KAESER and continually enhanced ever since, the KAESER SIGMA PROFILE brings power savings of up to percent compared with conventional screw airend rotor profiles. All KAESER rotary screw airends feature this energy-saving rotor profile and are designed to ensure maximum energy-efficiency. The generously-sized, precision-aligned roller bearings and close-tolerance machining guarantee long service life and outstanding reliability. Benefits : Energy-saving compressor air end with SIGMA PROFILE rotors Every KAESER rotary screw compressor quickly pays for itself through significant savings ini energy costs. Screw compressors with V-belt drive to Screw compressors with 1:1 drive to 450 Max. Fad*) Overall Package M/Min Motor Rated Dimensions (Wxdxh) Sound Level **) db(a) Kg Bar Fad*) Overall Package M/Min Max. Motor Rated Dimensions (WxDxH) Sound Level **) db(a) kg SX - SK series ASD - CSD series SX SX 4 SX 6 SM 9 SM x 62 x x 62 x x 62 x x 62 x x 62 x ASD 2 ASD ASD 4 ASD x 921 x x 921 x x 921 x x 921 x SM SK 21 SK Screw compressors with V-belt drive to x 62 x x 04 x x 04 x BSD 62 BSD 2 BSD x 05 x x 05 x x 05 x GS - HS series GS 650 HS 690 HS x 220 x x 220 x x 220 x CSD 2 CSD 2 CSD x 41 x x 41 x x 41 x

9 SCREW COMPRESSOR Stationary Screw Compressor Screw compressor with 1:1 drive to 450 Bar CSDX HSD series CSDX CSDX 162 Fad*) Overall Package M/Min Max. Motor Rated 5 90 DSD DSD 11 DSD 201 DSD 241 DSD Dimensions (Wxdxh) 1950 x 125 x x 125 x x 1962 x 2225 x 1962 x 2225 x 1962 x 2225 x 1962 x 2225 x 1962 x Sound Level **) Db(A) Kg Fad*) Max. Motor Dimensions Sound Overall Rated (Wxdxh) Level Package **) Bar M/Min db(a) Kg CSDX HSD series ESD x 21 x ESD 01 ESD ESD ESD 441 FSD 41 FSD 51 HSD x 21 x x 21 x x 21 x x 21 x 2 0 x 21 x x 21 x x242x Modular screw compressor with refrigeration dryer to 9 Fad*) Overall Package Bar M /Min AIRCENTER Series Aircenter Aircenter Aircenter Aircenter Aircenter Aircenter AIRTOWER Series Airtower Airtower Airtower Motor Rated Dryer Consumption Refrigerant Dew Point O c Air Receiver Volume L Dimensions W x D x H Sound Level **) db(a) R 4a x 645 x R 4a x 645 x R 4a x 645 x R 4a x 00 x R 4a x 00 x R 4a x 00 x R 4a 60 x 4 x R 4a 60 x 4 x R 4a 60 x 4 x Kg Screw compressor with refrigeration dryer to 90 pressure SM T - SCDX T Series SK 21T SK 24T FAD*) overall package m /min Max. pressure Motor rated power Dryer power consumption Refrigerant dew point o C Dimensions W x D x H Sound level **) db(a) 0.4 R 4a 5 x 04 x R 4a 5 x 04 x kg

10 SCREW COMPRESSOR Stationary Screw Compressor Screw compressor with refrigeration dryer to 90 Bar SM T - SCDX T Series ASD 2T SK T ASD 4T ASD 5T Fad*) Overall Package m /min Max. Motor Rated Dryer Consumption Refri Gerant Dew Point O c Dimensions W x D x H Sound Level **) db(a) R 4a 0 x 921 x R 4a 0 x 921 x R 4a 0 x 921 x R 4a 0 x 921 x Kg BSD 62T BSD 2T BSD 1T ,00 5,60 4, R 4a 200 x 05 x R 4a 200 x 05 x R 4a 200 x 05 x CSD 2T CSD 2T CSD 122T R 4a 2200 x 41 x R 4a 2200 x 41 x R 4a 2200 x 41 x CSDX T CSDX 162T R 4a 2600 x 125 x R 4a 2600 x 125 x Screw compressor with sigma frequency control to Bar SM SF - CSDX SFC series SM 12 SFC SK 21 SFC ASK 2 SFC ASD 2 SFC ASD SFC ASD 4 SFC Fad*) Overall Package At m /min Range Min.-Max Motor Rated Min. Band Width ± 0.1 ± ± ± ± ± 0.1 Speed Range Min.-Max. rpm Frequency Range Min.-Max. Hz Dimensions W x D x H Sound Level **) db(a) Kg 60 x 62 x x 04 x x 50 x x 921 x x 921 x x 921 x

11 SCREW COMPRESSOR Stationary Screw Compressor Screw compressor with sigma frequency control to SM SF - CSDX SFC series BSD 2 SFC Fad*) Overall Package at m /min Range Min.-Max Motor Rated Min. Band Width ± 0.1 Speed Range Min.-Max. rpm Frequency Range Min.-Max. Hz Dimensions W x D x H Sound Level **) db(a) Kg 200 x 05 x CSD 2 SFC ± x 41 x CSD 2 SFC ± x 41 x CSD 122 SFC ± x 41 x CSDX SFC ± x 125 x CSDX 162 SFC ± x 125 x DSD SFC - FSD SFC series DSD 201 SFC ± x 190 x DSD 241 SFC ± x 190 x DSD 21 SFC ± x 190 x ESD 51 SFC ± x 2142 x ESD 441 SFC ± x 2142 x FSD 51 SFC Upon request Upon request ± 0.1 Upon request Upon request 6 x 21 x

12 SCREW COMPRESSOR Stationary Screw Compressor Modular screw compressor with Sigma Frequency Control (SFC) and refrigeration dryer - to 90 AIR CENTER SFC series AIRCENTER 12 SFC Fad Range* Fad*) Overall Package m /min Range Min.-Max Motor Rated Speed Range Min.-Max. rpm Frequency Range Min.-Max. Hz Dryer Consumption Refrigerant Dew Point O c 0. R 4a Dimensions W x D x H 60 x 00 x 116 Sound Level **) db(a) kg SM T SFC - CSDX T SFC series SM 12 T SFC R 4a 60 x 4 x SK 21 T SFC R 4a 5 x 40 x ASK 2 T SFC R 4a 140 x 50 x ASD 2 T SFC R 4a 0 x 921 x ASD T SFC R 4a 0 x 921 x ASD 4 T SFC R 4a 0 x 921 x BSD 2 T SFC R 4a 200 x 05 x CSD 2 T SFC R 4a 2200 x 41 x CSD 2 T SFC R 4a 2200 x 41 x CSD 122 T SFC R 4a 2200 x 41 x CSDX T SFC R 4a 2600 x 125 x CSDX 162 T SFC R 4a 2600 x 125 x

13 SCREW COMPRESSOR Portable Screw Compressor MOBILAIR Portable Compressor With the world-renowned SIGMA PROFILE - For export outside the EU M M M 1 Effective Delivery (m³/min) (cfm) 1.2/1.0/0.9/ * 1.6*/1.0 () (psi) //12/ * */ Engine Honda GX 620 Honda GX 620 Honda GX 60 Rated Engine ().5.5. Operational (kg) Fuel Tank Capacity (l) Compressed Air Connection 1 x G½ 1 x G½ 1 x G½ Portable Electric Compressor With the world-renowned SIGMA PROFILE - and super-quiet environmentally-sound electric motor M 12 E M 4 E M 46 E Effective Delivery (m³/min) (cfm) () (psi) 1.2/0.99/0.2 42/5/29 // 1.5/145/ /.5 160/120 / 1.5/145 Motor ABM 4D2M-2 ATB A160L/-21 Siemens 1LA9 1-2 Rated Motor () 22 0 Operational (kg) Compressed Air Connection 1 x G½ 2 x G¾ 2 x G¾, 1 x G1 Portable Compressor With the world-renowned SIGMA PROFILE - and patented anti frost control M 20 M 26 M 0 M 4 M 50 M 5 Effective Delivery(m³/min) (cfm) () (psi) Engine D D-B D-T D05-T D05-T Rated Engine () V240 Operational (kg) Fuel Tank Capacity (l) Compressed Air Connections 2 x G¾ 2 x G¾ 2 x G¾ 2 x G¾ 2 x G¾ 1 x G1 2 x G¾ 1 x G1

14 SCREW COMPRESSOR Portable Screw Compressor Portable Versatility With the world-renowned SIGMA PROFILE A wide range of working pressures and optional air treatment equipment available M 45 M 52 M 64 M 0 M 0 M 121 M 20 Effective Delivery (m³/min) (cfm) () (psi) Engine 4.2/4. 0/145 / 1.5/145 V V / /10 /.1/6./6.1/5.5 25/240/2/195 //12/14.2/.5/.2/6.4 60/00/255/225 //12/14.5/.0/./.9 405/55//20 //12/14 2/25.5/22.6/20/1. 950/900/00/05/60 ///12/14 1.5/ /145/14/20 1.5/145/14/20 1.5/145/14/20 1.5/6/145/14/20 V200T V00 DI-T V00 DI-T Deutz B4FM 2012C Mercedes-Benz OM 501 LA Rated Engine () Operational (kg) Fuel Tank Capacity (l) Compressed Air 2 x G¾ 2 x G¾ 2 x G¾ x G¾ x G¾ x G¾ 2 x G1 Connection 1 x G1 1 x G1 1 x G1 1 x G1½ 1 x G1½ 1 x G1½ 1 x G2½ Portable house With the world-renowned SIGMA PROFILE and high-performance integrated generator Effective Delivery (m³/min) (cfm) M 6G M 45G M 52G M 64G M 0G M 121G () (psi) Rated Generator (kva) Engine /.55 0/125 / 1.5/ / /10 / 1.5/ /6./5.5 25/240/195 //12 1.5/145/14.1/6. 25/240 / 1.5/145.2/.1/. 60/25/20 //12 1.5/145/ V240 V220 V220 V200-T V00 DI-T Deutz BF4M 2012C Rated Engine () Operational (kg) Fuel Tank Capacity (l) Compressed air 2 x G¾ 2 x G¾ 2 x G¾ x G¾ 2 x G¾, 1 x G1 x G¾, 1 x G1½ connections 1 x G1 1 x G1 1 x G1 1 x G1½ Compressed air treatment Anti-Frost Control Compressed air after-cooler Microfilter combination Heat feedback System A Cool Condensate-free System F Cool Condensate-free Filtered System B Warmed Dried System G Warmed Dried Filtered Compressed air aftercooler Compressed air aftercooler Anti-Frost Control Anti Frost Anti-Frost Control Anti Frost Centrifugal separator Centrifugal separator Compressed air aftercooler Compressed air aftercooler Additional compressed air treatment systems are available upon request. Please contact Kaeser for further details. Filter Centrifugal separator Centrifugal separator Heat recovery Filter Heat recovery Cool, condensate-free compressed air (0 % saturated), for driving air tools and temporarily replacing stationary compressors Cool, condensate-free compressed air (0 % saturated), free from dirt particles and oil in accordance with applicable regulations Dried compressed air, warmed to at least 20 C, for working at sub-zero temperatures and with long air lines Dried compressed air, warmed to at least 20 C, free from dirt particles and oil in accordance with applicable regulations

15 PISTON COMPRESSOR High Piston Compressor 5 Base-mounted compressors Ideal for use as an auxiliary compressor with an existing air receiver, and 5 working pressures available Rugged and durable - thanks to slower running Highly effective cooling Aluminium cylinder head with excellent heat dissipation for long life. Accessories Specially selected it of control and connection parts for ease of installation. Bar, 1-Stage Package Bar, 2-Stage Package K 15-2-G/H5 K G/H5 K 50-2-G/H5 K G/H5 K 00-2-G/H5 K 00-2-G/H5 K 00-2-G/H5 K G/H5 Displacement (l/min) Free Air Delivery 1) ( at 12) Motor 2) ( ) Number of Cylinders Block speed (rpm) Sound level ) ( db (A)) Length () Width () Height () (kg) Automatic star-delta starter 4) Not necessary Option Option Option Option Option Antivibration mount Standard 1) Effective delivery to VDMA sheet ) supply 400V, -ph, 50Hz ) Free-field measurement to DIN 4565 at 1m distance. 4) To be fitted by the user Effective up to 45 Why do we need a booster? Boosters are ideal for applications such as PET container production for example, where compressed air is required at a higher pressure than the standard works or control air at particular points in the manufacturing process. In such instances, it is more economical to use the existing works air and boost it to the higher pressure with a small local compressor, rather than to operate the whole compressed air system at the higher pressure. Regulating the pressure of a high pressure network to suit low-pressure applications (which account for most air usage) is simply a waste of money. KAESER offers a comprehensive range of high-performance reciprocating compressors that are able to boost compressed air from a screw compressor up to pressures as high as 45 (g). These machines are perfectly matched for use with KAESER KOMPRESSOREN s extensive range of screw compressors and SIGMA PET Air systems. 9

16 PISTON COMPRESSOR High Piston Compressor Effective up to 45 N 60-G N -G N 25-G N 51-G N 502-G N 5-G N 10-G N 1400-G N 2001-G Final I/min Delivery I/min inlet Displacement I/min Rated Motor Theoretical Inlet Volume I/min No. Of Cylinders Compressor Speed rpm Sound Level Cooler Type Max. Dimensions Air-Cooled Without with Air Air-Cooled Water Enclosure Enclosure Cooled with Cooled rpm db(a) Separate Fan W x D x H Mm x 90 x o x 40 x x x o x 120 x x 20 x o x 120 x x 0 x o x 1650 x x 0 x o x 1650 x x 40 x o x 1600 x x x 40 0 o x 1600 x x 990 x o x 1600 x x x o x 1600 x _ x 990 x o x 1600 x x x o x 1600 x _ x 990 x o x 1600 x x x 40 o x 1600 x _ x 990 x o x 1600 x 50 0 Max. Kg 0

17 AIR DRYER Refrigerant Air Dryer Why is it necessary to dry compressed air? The atmospheric air drawn into a compressor is a mixture of gases that always contains water vapour. The amount of water vapour air can carry varies however, and is mostly dependent on temperature. If the temperature rises -as happens with compression- then so does the capacity for air to carry moisture. When the air is cooled, its capacity to hold moisture reduces which causes the excess moisture to condense. This condensate is then removed in the downstream centrifugal separator or the air receiver. Even then, the air is often still totally saturated with water vapour. AIR DRYER This is why, as the air cools further, significant amounts of condensate can accumulate in the air distribution piping and at take-off points. Therefore, additional drying is essential to avoid production downtime and interruptions, as well as reduce costly maintenance and repair work. Refrigeration drying is usually the most efficient solution for the majority of compressed air applications. Flow Capacity m /min At Bar (G) Operating Differential Max. Effective Consumption Supply Refrige Rant Air Connection (Female Thread) Condensate Outlet Condensate Drain Height Dimensions TAH Pilot controlled, 6 contaminationproof, TAH G /4 no air loss TBH V TBH Hz 4 16 R 4 a G 1 /4 TCH Single 55 phase ECO DRAIN No TCH pressure loss 56 G TCH TCH Performance data for reference conditions to ISO 1, option A; ambient temperature +25 C, air inlet temperature +5 C, pressure dew point C. The fl ow rate changes for other operating conditions. Width Depth kg Correction factors for deviating operating conditions (fl ow rates in m³/min x c...) Deviating working pressure p at dryer inlet Air inlet temperature Ti Ambient temperature Ta p (g) Cp Ti ( C) CTi ,6 Ti ( C) CTa Calculation of dryer flow rate under deviating conditions: Example : Selected dryer is a TCH 22 with 2,2 m³/min (VReference) pressure: (g) Table Cp = 1.1 Max. possible flow rate under operating conditions: Compressed air inlet temperature: 40 C Table CTi = 0. Ambient temperature: 0 C Table CTa = 0.95 Vmax Operation = VReference x Cp x CTi x CTa Vmax Operation = 2.2 m³/min x 1.1 x 0. x 0.95 = 1.9 m³/min

18 AIR DRYER AIR DRYER Refrigerant Air Dryer Equipment Control panel Equipped with dew point trend gauge, emergency/off switch, LEDs to indicate Thermal Mass Active and Refrigerant compressor on. LED for High Dew Point and ECO drain alarm are fi tted as standard on TE models and upwards. TF models and upwards are equipped with dual operating hours counters. General design Tower construction with removable side panels, sheet steel panelling powder coated outside and galvanised inside; all cold components are insulated; all materials used are CFC-free; the builtin control cabinet is enclosure-protected to IP 54, air to air heat exchanger (model TA upwards); condensate separating system, automatic condensate drain; scope of delivery includes refrigerant and oil. Refrigerant circuit Hermetically-sealed refrigerant circuit features large heat exchanger surface area and service valves, SECOTEC cycling control with thermal mass and automatic dew point control. Accessory (Optional) Bypass piping system: This option ensures compressed air is supplied even while service work is carried out on the refrigeration dryer. Variant 1 For generally consistent air demand, the secotec refrigeration dryer is located downstream from the air receiver. Variant 2 For heavily fl uctuating air demand, the secotec dryer is located between the compressor, centrifugal separator with condensate drain and air receiver. Installation of refrigeration dryer Compressed air refrigeration dryers must be selected to suit actual operational conditions: O The maximum possible flow rate through the refrigeration dryer rises with increasing working pressure. O In contrast, the maximum possible flow rate through the dryer falls with increasing air inlet temperature. O The maximum possible flow rate through the dryer also falls with increasing ambient temperature. 1) Flow Rate in m/min at Bar 2) Differential 2) Eff Ective Consumption in Kw 2) at 0% Flow Capacity at 40% Flow Capacity Supply Compressed Air Connection (Female Thread) Condensate Drain Dimensions in Height Width Depth TA DN 6 0 TA G ¾ TA TB V 50 Hz G 1 TB Ph DN TC TC G 1¼ TC TD G 1½ TD TD G 2 2 TE V 50 G 2 2x TE Hz DN TE Ph TE DN TF xG ¼ DN 0 TF ) Using refrigerant R 4 a; max. operating pressure 16 (g); max. compressed air inlet/ambient temperature 55/4 C 2) Performance data for reference conditions to DIN/ISO 1, Option A: Operating pressure (g), ambient temperature +25 C, air inlet temperature +5 C, pressure dew point + C. The fl ow rate and diff erential pressure change for other operating conditions. Correction Factors For Deviating Operating Conditions (FlOw Rates in m³/min x c...) Deviating P at Dryer inlet Air inlet Temperature Ti Ambient Temperature Ta p (g) Ti ( C) Ta ( C) TA-TE TA-TE ,6 0,49 TA-TE Cp CTi CTa TF TF TF Calculation of dryer flow rate under deviating conditions: Example : Selected dryer is a TCH 22 with 2,2 m³/min (VReference) pressure: (g) Table Cp = 1.1 Air Inlet temperature: 40 C Table Max. possible flow rate under operating conditions: CTi = 0. Vmax Operation = VReference x Cp x CTi x CTa Ambient temperature: 0 C Table CTa = 0.95 Vmax Operation = 2.2 m³/min x 1.1 x 0. x 0.99 = 1.90 m³/min Kg 2

19 AIR DRYER Refrigerant Air Dryer Equipment General design Tower layout with removable side panels; all panels powder-coated. All cold components are thermally insulated and all materials used are free of CFC. The integrated control cabinet is enclosure protected to IP 54 and contains a prograable logic controller. The dryer is equipped with air-to-air and air-to-refrigerant heat exchangers, a condensate separating system, an electronic condensate drain and top positioned air connecting fl anges. Scope of delivery includes refrigeant and oil charge. and toppositioned air connecting fl anges. Scope of delivery includes refrigerant and oil charge. Control panel Display of energy savings, current fl ow rate and pressure dew point, two-line plain text display, three LED status indicators, ten selectable languages, ON/OFF key, test key for the electronic condensate drain, three timer prograing keys, reset key and main switch. Refrigerant circuit Hermetically-sealed refrigerant circuit, scroll refrigerant compressor with variablere frigerant compression. Stainless steel heat exchanger The air/air and air/refrigerant heat exchangers are manufactured from premium quality stainless steel to ensure long service life and minimal maintenance requirement Options Integrated stainless steel FE microfi lter downstream from the separator, located at the coldest point Integrated stainless steel FE microfilter with electronic fi lter monitoring (sensors and monitor box) Water-cooled version Additional language modules available for control panel Profibus converter dew point monitoring 1 and 5 year maintenance packages Construction Flow-optimised smooth bore copper piping Separator with integrated filter (optional) Heat exchanger package ECO DRAIN condensate drain Condenser fan AIR DRYER Specifications Flow Rate At Bar m/min Max. Effective Consumption Compressed Air Connection Condensate Drain Dimensions in W x D x H TG DN 0 2 x R /4 2 x 120 x TH DN 0 2 x R /4 12 x 120 x TH DN 0 2 x R /4 12 x 120 x TI DN 0 2 x R /4 x 14 x TI DN 0 2 x R /4 x 14 x TI DN 0 2 x R /4 x 14 x TI DN 0 2 x R /4 x 14 x supply 400 V, 50 Hz, ph Refrigerant R 404a Performance data for reference conditions to ISO 1, option A; ambient temperature +25 C, air inlet temperature +5 C, pressure dew point + C. The flow rate changes for other operating conditions. Correction factors for flow rates Ambient temperature + 25 C + 0 C + 5 C + 40 C + 45 C Correction Factor Air Inlet Temperature + 25 C + 0 C + 5 C + 40 C + 45 C + 50 C kg Correction Factor

20 AIR DRYER Dessicant Air Dryer AIR DRYER How it works The pre-filter removes solid particles (up to 0.01 μm) and oil residue from the air that is to be dried. The air then flows through the inlet valve and lower diff user into one of the two desiccant tanks. The desiccant traps the moisture, leaving the dried compressed air to exit the desiccant tank via the upper diffuser. The main flow of dried compressed air then finally reaches the compressed air network via a check valve and the downstream dust filter. A small portion of the dried compressed air is drawn off as purge air via a control valve and alternately regenerates the desiccant in whichever tank is not in use. 1. Pre-filter 2. Inlet valve. Desiccant tank 4. Desiccant 5. Check valve, regulating valve (not visible) 6. Desiccant tank. Dust filter Flow Rate1) (m³/min) Connection Open Design2) Enclosed Design2) Electrical Dimensions Wxhxd Dimensions Wxhxd Supply (kg) () (kg) () (watt) DC 1.5 (E) 0. R / 96 x x DC 2. (E) 0.2 R / x x DC 4.2 (E) 0.42 R / x x DC 5. (E) 0.5 R / 92 x 90 x DC (E) 0.5 R 1/ x 90 x DC 12 (E) 1.2 R 1/ x 00 x x 00 x DC 1 (E) 1. R / x 00 x x 00 x DC 2 (E) 2. R / x 00 x x 00 x DC (E). R x 1200 x x 1200 x DC 50 (E) 5.0 R x 1200 x x 1200 x DC 5 (E) R 1 1/ x 1200 x x 1200 x DC (E). R 1 1/ x 1200 x x 1200 x DC (E). R x 1200 x x 1200 x DC 169 (E) 16.9 DN x 00 x DC 2 (E) 21.5 DN x 00 x DC 266 (E) 26.6 DN x 00 x DC 2 (E) 2. DN x 00 x DC 6 (E).6 DN x 00 x DC 444 (E) 44.4 DN x 100 x DC 601 (E) 60.1 DN x 1950 x DC 59 (E) 5.9 DN x 2400 x DC (E). DN x 2690 x DC 45 (E) 4.5 DN x 220 x

21 AIR FILTER Air Filter Why use compressed air filters? On average, a compressor sucks in up to 190 million particles of dirt, hydrocarbons, viruses and bacteria with every cubic meter of atmospheric air. The compressor itself can only remove the larger dirt particles and the majority of the contaminants remain in the compressed air. This means that for most applications careful treatment of the air is necessary: Clean, quality compressed air maximises air-tool service life, ensures that pneumatic machinery and control systems operate at the peak of their performance and keeps pipes and valves free from contaminants. It therefore not only reduces service, maintenance and repair costs, but can also reduce initial investment costs. Use: for removal of solid particles and larger volumes of condensate. To be used as a pre-filter for solid particles and for removal of larger volumes of condensate. Size of particles removed: > μm Max. fluid load at inlet: 25 g/m³ Use: for removal of fine solid particles, condensate droplets and oil aerosols. For use as a fine filter for enhanced compressed air quality. The filter removes solid particles, condensate droplets and oil aerosols. Size of particles removed: > 0.1μm Max. fluid load at inlet: 1g/m³ AIR FILTER Use: for removal of solid particles and small volumes of condensate. To be used as a pre-filter for solid particles and for removal of small volumes of condensate. A centrifugal separator or an air receiver should be installed upstream to provide initial removal of condensate. Size of particles removed: > 1 μm Max. fluid load at inlet: 2 g/m³ Use: for removal of solid particles, the smallest of condensate droplets and oil aerosols. The high capacity filter ensures exceptional compressed air quality in accordance with the most stringent requirements, e.g. for the pharmaceutical, electronics and foodstuff industries. Preferably use only with condensate-free compressed air. Ensure that an FE filter or a refrigeration dryer is installed upstream from this filter. Size of particles removed: > 0.1μm Max. fluid load at inlet: 0.1g/m³ Use: for removal of solid particles To be used only as a dust filter for solid particles, often used downstream from desiccant dryers and activated carbon adsorbers. Through-flow from outside to inside ensures exceptionally high dust load capacity and maximum reliability. Size of particles removed: > 1 μm Max. fluid load at inlet: Compressed air must be dry Use: For removal of oil and adsorbable hydrocarbons, particularly suited to odour elimination. The activated carbon filter ensures exceptional compressed air quality in accordance with the most stringent requirements, e.g. for the pharmaceutical, electronics and food/beverage industries. Compressed air must be dried and filtered beforehand. Ensure that a FE/FF filter and a dryer are installed upstream from this filter. Designed for approx. 00 operating hours under reference conditions. Use an activated carbon adsorber if significantly longer service life is required. Size of particles removed: > 0.1 μm Max. fluid load at inlet: Compressed air must be dry Technical specification Filter series: FB, FC, FD, FE, FF, FG, FFG Filter Sizes: 6,, 1, 2, 4, 1,,, 1, 221,, 2, 54, 526, 0, 5, 1420, 1950, 240 liter elements Versions: Normal with float-controlled drain D With electronic level-sensing controlled ECO DRAIN condensate drain Aluminium casing for filter sizes from 6 to 221, Steel Casing for filter sizes from to 240 Compressed air filter for max. 16, max. operating temp. +66C Flow Rate*) m /min Filter Size Air Connection kg (Standard Version) Dimension A,B,C in (Standard Version) Designation: Filter housing Filter series Version FE 221 D Removal Height (for Maintemance) FB-FFG FB-FFG FB-FC FD FE-FF FG FFG FB-FC FD FE-FF FG FFG R / , 2, 16 5, 06, 224 5, 06, 224 5, 12, 16 2, 06, R 1/ , 06, 224 5, 06, 224 5, 06, 224 5, 255, 244 2, 06, R 1/ , 5, 6, 25 5, 6, 25 5, 6, 25 5, 16, 25 2, 6, R / , 9, 29, 9, 29, 9, 29,, , 9, R , 49, 406, 49, 406, 49, 406, 446, , 49, R 1 1/ , 59, , 59, , 59, , 52, 42 2, 59, R 1 1/ , 69, , 69, , 69, , 642, 596 2, 69, R , 9, , 9, , 9, , 9, 61, 9, R 2 1/ , 95, 2 194, 95, 2 194, 95, 2 194, 5, 2, 95, R 2 1/ , 91, 9 194, 91, 9 194, 91, 9 194, 40, 9, 91, DN ,, , 25, 45 50,, , 25, 45 00,, DN , 1205, 400, 45, 5 400, 1205, 400, 45, 5 00, 1205, DN , 1240, 400, 45, 5 400, 1205, 400, 45, 5 00, 1205, DN , 1240, 2 440, 5, 6 440, 1240, 2 440, 5, 6 0, 1240, DN , 1255, 22 55,, 2 55, 1255, 22 55,, 2 0, 1255, DN , 1255, 22 55,, 2 55, 1255, 22 55,, 2 0, 1255, DN , 55, 4 600, 12, , 55, 4 600, 12, , 55, DN , 20, 20, 1245, 90 20, 20, 20, 1245, , 20, DN , 40, 92 50, 1265, 91 50, 40, 92 50, 1265, 91 00, 40, 92 6 Size Correction factors pressure Conversion factor for flow rate

22 AIR FILTER Air Filter AIR FILTER Replacement Filter Element Filter Size No. Replacement filter elements Series Size E-E-221 Replacement filter element Replacement Filter Element FB FC FD FE FF FG 6 1 E-B-6 E-C-6 E-D-6 E-E-6 E-F-6 E-G-6 1 E-B- E-C- E-D- E-E- E-F- E-G- 1 1 E-B-1 E-C-1 E-D-1 E-E-1 E-F-1 E-G E-B-2 E-C-2 E-D-2 E-E-2 E-F-2 E-G E-B-4 E-C-4 E-D-4 E-E-4 E-F-4 E-G E-B-4 E-C-1 E-D-1 E-E-1 E-F-1 E-G-1 1 E-B- E-C- E-D- E-E- E-F- E-G- 1 E-B- E-C- E-D- E-E- E-F- E-G- 1 1 E-B-1 E-C-1 E-D-1 E-E-1 E-F-1 E-G E-B- E-C-221 E-D-221 E-E-221 E-F-221 E-G E-B- E-C- E-D- E-E- E-F- E-G- 2 2 E-B-2 E-C-2 E-D-2 E-E-2 E-F-2 E-G E-B- E-C- E-D- E-E- E-F- E-G- 526 E-B- E-C- E-D- E-E- E-F- E-G- 0 4 E-B- E-C- E-D- E-E- E-F- E-G- 5 5 E-B- E-C- E-D- E-E- E-F- E-G E-B- E-C- E-D- E-E- E-F- E-G E-B- E-C- E-D- E-E- E-F- E-G E-B- E-C- E-D- E-E- E-F- E-G- Filter for 4 or 62 Flow rate *) m³/min Filter size Air connection (kg) Dimensions A, B () Removal Height FB FC FE FF FG FB FC FE FF FG Designation: High pressure filter Filter series High FB 1 HP 62 Filter Size Max. pressure Max R 1/2 9 1 x R x R x DN x Correction factor pressure Conversion factor for flow rate 1 5 *) Air fl ow at (g) referred to 1 (a) and 20 C Replacement filter elements Filter series High E-E 1/2 HP 62 Replacement filter element Size Replacement filter element Filter No. Replacement Filter Element for High- Filter Series Size FB FC FD FE FF 1 1 E-B-1/2 E-B-1/2 E-B-1/2 E-B-1/2 E-B-1/2 2 1 E-B-1/2 E-B-1/2 E-B-1/2 E-B-1/2 E-B-1/2 1 1 E-B-1 E-C-1 E-E-1 E-F-1 E-G E-B-2 E-C-2 E-E-2 E-F-2 E-G-2 Max. pressure 6

23 AIR FILTER Air Filter Sterile filter Flow rate *) m /min Filter Size Air Connection kg Dimension A,B,C () Designation: Sterile filter Size F 6 P-ST Filter Removal height (for Maintenance) (upwards) 1 6 R 1/4 1. 2,, R / ,, R 1/ ,, R /4 2 20, 125, R , 125, R 1 1/4 50, 140, R 1 1/4 4. 0, 10, R , 10, R , 10, R 2 1/2 9 65, 216, R., 216, R , 240, 9 50 Sterile AIR FILTER Replacement filter Filter No. Size Replacement Filter Element Sterile 0/ P-ST Filter Replacement Filter Element for Sterile Filter 6 1 0/ P-ST / P-ST /20 P-ST /20 P-ST /25 P-ST 6 1 0/25 P-ST 4 1 0/0 P-ST 2 1 /0 P-ST 1 /0 P-ST /0 P-ST /0 P-ST 2 1 0/50 P-ST 1 Compressed air inlet 2 Compressed air outlet Filter housing 4 Filter element 5 Electronically controlled ECO DRAIN condensate drain () Conversion Factor for Flow Rate

24 CONDENSATE TREATMENT Automatic Condensate Drain Why Remove Condensate? Condensate is an unavoidable result of air compression. It is a chemically aggressive fluid that mainly consists of water, but also contains oil and dirt particles (e.g. rust). If not reliably drained off at all collection points, it can cause operational disruption and severely damage the compressed air system through corrosion. Experience has shown that float controlled drains become unreliable over time and that time controlled drains can be a source of considerable air loss. The electronic level-sensing controlled ECO DRAIN provides the perfect solution. ECO DRAIN ECO DRAIN ECO DRAIN ECO DRAIN ECO DRAIN ECO DRAIN ECO DRAIN ECO DRAIN For High Applications CO CO CO CO 16 CO 12 CO PN 6 CO PN 25 Min./Max. (g) 0./16 0./16 0./16 0./16 1.2/16 0./16 0./16 0./16 0./16 0./16 0./6 0./25 Climatic zone 1) 1/2/ 1/2/ 1/2/ 1/2/ 1/2/ 1/2/ 1/2/ 1/2/ 1/2/ Max. Compressor Capacity (m/min.) /2.5/1.5 6/5/.5 12// /6.5/4 5/0/20 0/0/90 100/1400/00 /6.5/4 5/0/20 Max. Dryer Capacity (m/min.) 6/5/ 12// 24/20/14 16// 0/60/40 00/260/10 400/200/ // 0/60/40 Max. Filter Capacity2) (m/min.) 0/25/ 60/50/5 120/0/0 0/65/40 50/00/200 00/00/900 0/65/40 50/00/200 Condensate type ) (a/b) a/b a/b a a/b a a/b a a/b a a/b a/b a/b a/b Temperature Min./Max. ( C) +1/+60 +1/+60 +1/+60 +1/+60 +1/+60 +1/+60 +1/+60 +1/+60 +1/+60 Volt-free Contact (kg) ) Climate zone: 1 = Dry/cool (Northern Europe, Canada, Northern USA, Central Asia); 2 = Temperate (Central and Southern Europe, some parts of South America, North Africa), = Humid (South-East Asian coastal regions, Central America, Oceania, Amazon and Congo regions) 2 ) Installed downstream of dryer ) a = Condensate from fl uid-cooled compressors, b = Aggressive condensate from oil-free compressors ECO DRAIN for Vacuum Applications Condensate Volume at Bar External Control Air Ø L/H Operating min./max. (авѕ) Control (g) Reverse Flow Volume (Normal volume) l CO V/ EV CO V/6 EV Electrical specifications Supply 20V/1Ph/50-60Hz Max. Consumption 2VA Recoended Cable Diameter x 0.5² Recoended Fusing 0.5A Volt-free contact Alternating Current Direct Current Max. 250V/0.5A Min. 12 V/50mA Max. 0V/500mA Optional Accessorie Heating HZ Thermostatically controlled to prevent freezing in ambient temperatures down to - 25 C (not suitable for 6 high pressure version). supply 20V, 1-ph, 50/60Hz, max. 125W. Scope of delivery: heating rod, adapter, gaskets. Pipe heating To be installed by the user to protect the inlet and discharge lines from freezing, temperature range - 25 C to + 60 C. Capacity W/band metre, on-site installation. Scope of delivery: terminal box, heating band. Dimensions

25 CONTROLLER Sigma Air Manager Why a Master Controller? Modern compressed air systems demand reliability, availability and efficiency to ensure dependable production of compressed air in the correct quantity at the required quality. A compressor installation usually depends on perfectly coordinated teamwork, as the various compressors and air treatment units need to work in close harmony. System coordination is where the greatest energy saving potential lies. However, today s systems require ever greater flexibility and this task often proves too much for conventional sequencers or base-load sequencers to effectively control due to their limited data transfer and processing capabilities. Instead, the power and flexibilty of a modern computer system is required to be able to transform a collection of separate compressed air components into a fully integrated and highly efficient compressed air system. This technology not only helps save energy, but also provides comprehensive compressed air system- and cost-management. With decades of experience in design and construction of compressed air systems, KAESER air management technology is the key to unrivalled compressed air availability and efficiency. The SIGMA AIR MANAGER combines the versatility of a modern industrial PC with proven internet technology to deliver optimum system transparency and maximum savings. Control Band Total Controllable Compressors 1) Possible Air System Interconnections Spare Output Signals Spare Input Signals Sigma Air Control Visualisation with Built-in Counication Interfaces Via Profibus Dp Via Volt-Free Contacts Internet Compressors Server RS 22 4) Ethernet (for Company Computer Digital Analogue Basic Plus Network) 0-20 ma 5) Compressors With Sigma Control Profibus Converter 2) Compressors without Sigma Control (Incl. Other Makes) Max. No. External Transducers for Treatment Components 4/4 4x 4x 4x 4x(DO) x(di) 1x(DO) c/or 1x(AO) 1x(DI) - o 0 x 500 x 220 /4 x x x 4x(DO) x(di) 1x(DO) c/or 1x(AO) 1x(DI) - o 0 x 500 x 220 / x x x x(da+di) x(di) x(do) c/or 1x(AO) 1x(DI) x(ai) o 500 x 00 x / 16x 16x x x(do+di) 1x(DI) 16x(DO) c/or 2x(AO) 1x(DI) x(ai) o 00 x 1200 x 00 0 Digital 24 V DC ) Analog 0-20 ma/ PT 0 Profibus DP (Master) 6) Dimension W x D x H kg Standard DO = Digital output o Option, can be retrofitted DI = Digital input - Not applicable 1) e.g. SIGMA AIR MANAGER /4: total of compressors, e.g. 6 with SIGMA CONTROL and 2 without SIGMA CONTROL 2) Possible Profibus converters: PBU 4+4, PBU, PBU R, PBU K, PBU 2, PBU /4+4K; max. 0 inputs ) e.g. for Remote ON/OFF or Alarm reset ) R S 22 available for direct use of SIGMA AIR CONTROL basic and plus visualisation: - max. cable length m - connection of an interface converter to RS 45, max. cable length 00 m - connection of an interface converter to RS 45, max. cable length 00 m 4) For SIGMA AIR CONTROL basic and plus within an in-house VPN 5) For connection of screw compressors with Sigma Control and KAESER Profibus converter System requirements for SIGMA AIR CONTROL visualisation: PC with Internet Explorer version IE 6.0 or Netscape V4. with installed Java plug-in 9

26 Conversion Table Area are acre square cm square inch square m square hectare ,06 1 Length cm cm/in inches metres m/ft feet pascal torr pieze ad Capacity litres litres/gal gallons litres litres/us gal US gal Area/volume Imperial Linear Measure 12 inches = 1 foot feet = 1 yard 1,60 yards = 1 (statue) mile Cubic Measure 1,2 cu.in = 1 cubic foot 2 cu.ft = 1 cubic yard Square Measure 144 sq.in.= 1 square foot 9 sq.ft. =1 square yard 4.40 sq.yd= 1 acre 640 acres= 1 square mile Avoirdupois 16 ounces = 1 pound 2lb = 1 quarter 4 qr = 1cwt 2,000lb = 1 short ton 2,240 = 1long ton sq cm sq cm/sq in sq in cu metres cu m/cu ft cubic feet gr g/oz ounces kg kg/lb pounds

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