Downstream Equipments

www.hertzkompressoren.com Downstream Equipments

www.hertzkompressoren.com

About us Hertz Kompressoren is one of the leading brands of Dalgakiran Group Company since 2005. For more than years of experience, Dalgakiran Group have designed and manufactured reciprocating and rotary screw compressors by using the most modern and intelligent manufacturing techniques. Today Hertz kompressoren products are known more than hundred countries with its superior reliability and quality. Hertz Kompressoren is always striving to create and manufacture products of the highest quality, for worldwide customer satisfaction and offer creative, sophisticated, and pragmatic solutions to its clients for their many challenges. 4

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Downstream Equipments 6

7 HRD Series HRD HP Series HMD Series HDA Series HBP Series HGO Series HF Series HHGO Series HG WS Series HELM Series HNG Series

Refrigerated Type Air Dryers HRD Series HRD 0 / 20 / 0 / 40 / / / 70 / / 90 / 00 / 0 / 20 / 0 / 40 / / 0 / 70 / / 90 / 200 / 20 / 220 / 20 / 240 / 2 / 2 REFRIGERATED TYPE HRD COMPRESSED AIR DRYERS C pressure dew point Very Low Pressure Drop Designed for Tropical Conditions Dryer easily runs at C Max. Inlet Temp. and C Ambient Temp.due to R4a refrigerant (all through the range) and oversized condenser. EASY TO ACCESS Easy to access in to the cooling components in seconds by the help of Screw free panels and plastic handles. COMPACT DESIGN As the canopy of the dryer is designed not to leave any unused space inside, HRD series air dryers cover minimal space where they are placed. ENERGY SAVING DEVICE Digital Controller with a lot of economy features and alarm capabilities is standard for all Ph dryers (HRD40 and up) ALUMINUM HEAT EXCHANGER IS STANDARD (From HRD 40) Very Low Pressure Drop (00mbar) Very Efficient ( o C real pressure dew point) SCROLL COMPRESSORS (from HRD 20) Scroll Compressors which are energy efficient and durable against liquid shocks are employed. ELECTRICAL WIRES ARE SEPERATED FROM REFRIGERANT SIDE No electrical wires inside the refrigerant side of the dryer. Electrical Box has an external cover which has an access from the outside of the dryer. No need to open dryer panels to go in to electrical box. 8

SPECIFICATIONS Maximum working pressure (bars) Maximum Maximum ambient Inlet temperature temperature (0C) (0C) (bars) (bars) Type Voltage Capacity (m/h) Filter Quantity and Type Length (mm) Width (mm) Height (mm) HRD 0 20// 2 /2 R4a * GOMX + * GOMY 4 6 557 HRD 20 20// 5 /2 R4a * GOMX + * GOMY 4 6 557 HRD 0 20// /2 R4a * GOMX + * GOMY 4 6 557 HRD 40 20// 87 /4 R4a * GOMX + * GOMY 47 82 HRD 20// 0 /4 R4a * GOMX + * GOMY 47 82 HRD 20// 70 /4 R4a * GOMX + * GOMY 47 82 HRD 70 20// 98 /2 R4a * GO0MX + * GO0MY 55 874 HRD 20// 28 /2 R4a * GO0MX + * GO0MY 55 874 HRD 90 20// 54 /2 R4a * GO0MX + * GO0MY 55 874 HRD 00 20// 467 2 R4a * GO85MX + * GO85MY 678 648 57 HRD 0 20// 588 2 R4a * GO20MX + * GO20MY 678 648 57 HRD 20 20// 825 2 R4a * GO20MX + * GO20MY 948 728 70 HRD 0 20// 00 2 R4a * GO20MX + * GO20MY 948 728 70 HRD 40 400// 0 R4a * GO820MX + * GO820MY 948 798 4 HRD 400// 28 R4a * GO820MX + * GO820MY 948 798 4 HRD 0 400// 2200 R4a * GO2MX + * GO2MY 778 725 HRD 70 400// 2620 R4a * GO2MX + * GO2MY 778 725 HRD 400// 44 DN00 R4a Not Included 97 847 770 HRD 90 400// 696 DN00 R4a Not Included 97 847 770 HRD 200 400// 40 DN00 R4a Not Included 467 077 90 HRD 20 400// 5522 DN00 R4a Not Included 467 077 90 HRD 220 400// 6584 DN R4a Not Included 288 062 925 HRD 20 400// 744 DN R4a Not Included 288 062 925 HRD 240 400// 8496 DN R4a Not Included 2697 897 975 HRD 2 400// 992 DN200 R4a Not Included 2697 897 975 HRD 2 400// 0 DN200 R4a Not Included 25 5 200 Connection Refrigerant Size. Capacity is given at atmospheric pressure at 20 OC (ISO 27) in accordance with norms ISO 78857 and Pneurop 66 Class 47 bar 5 OC IN 25 OC ambient. 2. HERTZ KOMPRESSOREN reserves its rights to change the specifications without any prior nitice. CORRECTION FACTORS FOR HRD AIR DRYERS: Example for choosing the correct HRD air dryer model; Inlet Temperature C 0 5 40 F,29 0,92 0,78 0,65 0, Ambient Temperature C 20 25 0 5 40 F2,05 0,98 0,9 0,84 0,7 Pressure Bar 4 6 7 8 0 2 4 F 0, 0,94,04,,,22,25 If a compressor delivers 200 m / h at 6 bars, the dryer inlet temperature is 40OC and the ambient temperature is 0OC, please choose your dryer as follows; Dryer Capacity / 200 / 0.94 / 0.92 / 0.98 =26 m / h The correct dryer model for this application is HRD. 9 Hertz GNL KAT KURUTUCU EN.indd 9 4.4.207 2:56:5

Refrigerated Type High Pressure Air Dryers HRD HP Series HRD HP / 8 HP / 54 HP / 87 HP / 5 HP / 90 HP / 28 HP 256 HP / 55 HP / 42 HP / 46 HP / 577 HP / 705 HP / 904 HP 49 HP / 05 HP / 48 HP / 87 HP / 209 HP / 2444 HP / 292 HP REFRIGERATED TYPE HIGH PRESSURE COMPRESSED AIR DRYERS Durable, compact and efficient Hertz dryers will soon become the global standard for performance. HeatExchanger design is unique and patented. The MonoBlock HeatExchangers are constructed with thick, steel tubes specially treated to resist corrosion. The heavyduty steel construction makes it the most reliable, long lasting heat exchanger available. Specially designed louvered copper plates are welded to the steel tubes with a proprietary technology. This design achieves a hyperefficient 00 % contact between the air and refrigerant circuits delivering stateofart performance and great cooling efficiency. The stateoftheart MonoBlock design features very low differential pressure delivering real energy savings. The MonoBlock HeatExchanger is compact and allows the dryer to be smaller and reducing the space required for the dryer. Hertz offers a variety of MonoBlock dryers equipped with the MonoBlock HeatExchanger to meet a full range of capacity and power requirements. Maximum Pressure: Maximum Temperature: Inlet air 70 o C Ambiant o C Automatic Drain / Timed Drain Pneumatic operated membrane valve (2) HRD HP HRD 42 HP / Bar HRD 46 HP HRD 292 HP / bar OPTIONS: Condansate drain Ambient temperature until 20 o C Ambient temperature until + o C Water condenser Digital controller Micro processor Zero loss drain 0

SPECIFICATIONS DRAIN H WEIGHT (with box) Kg 440 490 0 440 490 2 570 440 490 2 (cfm) CONDENSER AIR FLOW m/h POWER kw FITTINGS (**) BSP NOISE db PRESSURE DROP Bar W L 9 00 0.25 /8 5 0.0 570 8 22 70 0.25 /8 52 0.02 570 54 2 40 0.25 /8 5 0.0 FLOW(*) TYPE I/min (m /h) HRD HP 548 HRD 8 HP 6 HRD 54 HP 896 DIMENSIONS (mm) HRD 87 HP 444 87 5 70 0.28 /4 52 0.02 7 490 50 54 HRD 5 HP 224 5 79 40 0.5 /4 5 0.05 7 490 50 55 HRD 90 HP 54 90 2 40 0.58 /4 5 0.06 7 490 50 57 HRD 28 HP 69 28 28 0 0.66 /4 58 0.08 7 490 50 62 HRD 256 HP 42 256 5 9 0.8 59 0. 7 575 70 88 HRD 55 HP 589 55 209 9. 6 0. 7 575 70 92 HRD 42 HP 689 42 242 9. 6 0.22 7 575 70 92 WEIGHT (with box) Kg DRAIN VOLTAGE: 20V//Hz. Option: 5V//Hz. (**) Connection back side. FLOW(*) TYPE m /min (m /h) (cfm) CONDENSER AIR FLOW m/h CONDENSER WATER FLOW m/h POWER kw FITTINGS (**) BSP DIMENSIONS (mm) W L H HRD 46 HP 8 46 27 9. /2 620 70 040 29 HRD 577 HP 0 577 9 9. /2 7 00 8 HRD 705 HP 2 705 9.4 /2 7 00 225 HRD 904 HP 5 904 52 22.9 /2 7 00 240 DRAIN VOLTAGE: 20V//Hz. Option: 5V//Hz. or 400440V//Hz. (**) Connection back side. (cfm) CONDENSER AIR FLOW m/h CONDENSER WATER FLOW m/h POWER kw FITTINGS (**) BSP W L H WEIGHT (with box) Kg 49 676 22 2.4 2 /2 870 770 0 278 2 22 05 768 22 2.6 2 /2 870 770 0 295 2 27 48 969 22 2.6 2 /2 870 770 0 48 2 87 02 00 2 /2 070 00 2 FLOW(*) TYPE m /min (m /h) HRD 49 HP 9 HRD 05 HP HRD 48 HP HRD 87 HP DIMENSIONS (mm) HRD 209 HP 8 209 58 40 0.7 4. 2 /2 070 00 6 2 HRD 2444 HP 4 2444 48 0.0 5 2 /2 070 00 52 2 HRD 292 HP 49 292 725 0.0 5.6 DN 070 00 56 2 W VOLTAGE: 400440V//Hz. (**) Connection back side. REFRIGERANT: R4a between HRD HP and HRD 87 HP, R404a between HRD 209 HP and HRD 292 HP (*) Flow given at atmospheric pressure at 20oC (ISO 27) in accordance with normes ISO 78 857 and Pneurop 66 Class 47 bar 5oC IN 25oC ambient. H L Front Side CORRECTION FACTORS FOR HRDHP SERIES PRESSURE BAR F AMBIENT TEMPERATURE OC 20 25 0 5 40,9,0,07,04,02 0,98 20 25 0 5 40 42 F2 (R4a) 0,9,07,5,22,27 (R404a),,2,0,5 INLET TEMPERATURE OC 0 5 40 55 F 0,8,8,8,59,8 2,04 Hertz GNL KAT KURUTUCU EN.indd 4.4.207 2:56:59

Modular Desiccant Air Dryers HMD Series HMD / 5 / 0 / 5 / 20 / 25 / 0 / 40 / / / 75 / 00 / 20 / / 240 HERTZ MODULAR HMD DESICCANT AIR DRYERS The light weight modular design of the new dryer series brings a whole new concept in compressed air technology, offering total installation flexibility to meet specific needs. Hertz s new Modular Desiccant Dryers are less than the half the weight and size of a traditional twin tower design, allowing even the largest models to be easily moved through a standard doorway. Hertz s innovative Modular Air Dryers make it easier and more affordable than ever to deliver highquality compressed air for virtually wherever it s needed. Offered in a wide range of sizes from 5 m /h to 400 m /h, with the dew points of 40 0 C to 70 0 C, they are packed with everything you need, requiring only air inlet/outlet connections. Hertz proudly offers one of the lowest pressure drop desiccant dryer in ther world by the help of highly engineered inlet valve and purge manifold design. Small footprint, lightweight, advanced compact design Corrosion protected aluminum construction Hasslefree, reliable electronic controls Can be floor, bench or wall mounted Quite enough to be placed in any work environment Easy installation, easy maintenance The new Modular Desiccant Dryers combine proven traditional dryer principles with the latest technology to provide unsurpassed efficiency, flexibility and worldrenowned Hertz reliability for your critical dry air applications. 2

SPECIFICATIONS INLET FLOW RATE DIMENSIONS mm Inlet / Connection Size (m /h) (scfm) Length Width Height WEIGHT Kg VOLTAGE / FREQUENCY HMD /2 5 20 0 5 5 240V/Hz. HMD 5 /2 0 5 20 0 640 7 240V/Hz. HMD 0 /2 20 0 20 0 90 2 240V/Hz. HMD 5 /2 25 5 20 70 0 25 240V/Hz. HMD 20 /2 5 20 20 70 00 5 240V/Hz. HMD 25 /2 25 20 70 2 4 240V/Hz. HMD 0 /2 0 20 70 0 46 240V/Hz. HMD 40 /2 70 40 40 40 2 7 240V/Hz. HMD /2 85 40 40 400 78 240V/Hz. HMD /2 00 40 40 7 92 240V/Hz. HMD 75 /2 0 75 570 40 00 7 240V/Hz. HMD 00 /2 70 00 570 40 4 0 240V/Hz. HMD 20 /2 200 20 570 40 7 52 240V/Hz. HMD /2 00 70 40 0 85 240V/Hz. HMD 240 /2 400 240 8 40 0 26 240V/Hz. MODEL Hertz GNL KAT KURUTUCU EN.indd 4.4.207 2:57:4

Heatless Adsorption Air Dryers HDA Series HDA 0 / 85 / 2 / 00 / / 440 / 575 / 6 / 8 000 / 2 / 0 / 0 / 2200 / 2 / 200 / 0 / 4400 / 00 / 600 / 7200 / 80 / 00 Hertz HDA Heatless Desiccant Air Dryers provide constant 40 o C pressure dew point. These dryers are designed to supply clean and very dry compressed air for critical applications. Prefilters and afterfilters are supplied along with Hertz Heatless Air Dryers to keep the air stream clean and maintain the integrity of the desiccant medium. A very reliable electronic controller makes sure that the dryer operates perfectly all through the service life of the dryer. HDA Heatless Desiccant Dryers are equipped with very special valves and desiccants in order to perform very well and have one of the lowest pressure drops available in the Market. HERTZ HDA HEATLESS DESICCANT AIR DRYERS PRINCIPLE OF OPERATION The twin tower design allows for continuous adsorption of water vapor from compressed air by using the hygroscopic desiccant with high crush strength and a high surface / volume ratio. Drying is accomplished by passing compressed air through one desiccant bed adsorbing moisture while the other is being simultaneously regenerated with the expanded purge air. Regeneration of desiccant is accomplished without the use of heat. The wet bed is dried by diverting a small portion of the super dry air from the outlet at near atmospheric pressure. The purge flow rate is adjustable to suit the specific outlet conditions (desired dewpoint). The super dry air flows in a counter direction through the wet bed, sweeping all the water vapour previously absorbed by the desiccant. PLC IS STANDARD HRD Desiccant Dryers has a very reliable electronic controller makes sure that the dryer operates perfectly all through the servicelife of the dryer. Touch screen PLC is capable of showing the cycles as well as the valves which operate on real time. It also shows the dew point (if applicable). User friendly multilangual PLC helps the end users understand the operation system any field issues easily. ACTIVATED ALUMINA Hertz uses a mixture of adsorption media in its heatless range of desiccant dryers to achieve consistent dewpoint. Activated Alumina, Molecular Sieve and Silica Gel are used in varying ratios depending on the application. HDA ensures pressure equalization in the twin towers prior to switching. This prevents line surge and minimizes desiccant attrition. The tower being reactivated will be gradually re pressurized at the end of its reactivation cycle before switchover take place. Purge flow and depressurization are in downward direction, counter flow to the drying air flow. 4

SPECIFICATIONS Inlet Flow Rate Inlet Outlet Connection Size (m/h) HDA 0 Model Dimensions mm Width Length Height Total Weight Kg Active Alumina Kg Voltage (scfm) Pressure Drop (mbar) 0 0 757 4 5 0 4 20/Hz. HDA 85 85 00 0 7 4 567 0 48 20/Hz. HDA 2 2 0 6 7 589 0 77 20/Hz. HDA 00 /2 00 200 0 742 900 5 25 85 20/Hz. HDA /2 25 0 742 900 5 25 90 20/Hz. HDA 440 /2 440 2 0 6 900 792 40 24 20/Hz. HDA 575 /2 575 00 0 6 900 990 4 92 20/Hz. HDA 6 2 6 400 0 7 000 24 55 202 20/Hz. HDA 8 2 8 0 0 0 0 20 265 20/Hz. HDA 000 2 000 0 0 8 20 297 785 64 20/Hz. HDA 2 DN 2 0 00 00 20 9 407 20/Hz. HDA 0 DN 0 0 0 00 00 2547 20 448 20/Hz. HDA 0 DN 0 000 0 00 92 2 2 0 20/Hz. HDA 2200 DN 2200 2 0 0 490 2482 525 690 20/Hz. HDA 2 DN 2 0 0 20 949 22 870 86 20/Hz. HDA 200 DN 00 200 7 0 20 920 24 225 9 20/Hz. HDA 0 DN 00 0 2000 0 20 80 2596 200 0 20/Hz. HDA 4400 DN 00 4400 20 0 20 920 2486 20 94 20/Hz. HDA 00 DN 25 00 000 0 920 29 40 20/Hz. HDA 600 DN 600 4000 0 20 27 4000 220 20/Hz. HDA 7200 DN 7200 40 0 20 2924 70 2624 20/Hz. HDA 80 DN 80 00 0 20 200 5585 2788 20/Hz. HDA 00 DN 200 00 00 0 720 20 720 6855 00 20/Hz. X PRE FILTER Y PRE FILTER P PRE FILTER Efficiency rating: Micron particle removal & 0.5mg/m oil removal Efficiency rating: 0.0 Micron particle removal & 0.0mg/m oil removal Efficiency rating: 5 Micron particle removal (removes desiccant particles after the dryer) Inlet temperature 5 oc Working pressure 7 bar Maximum working pressure bar Maximum working temperature oc Maximum inlet temperature Pressure Dew Point The dryers are designed according to Pneurop, conditions as per ISO78 4.5 5 0.69 0.75 20 25 6 7 8 9 0 0.88.08.2.20 0 5 40 0. 0.7 0.59 Bar g o C For special requirements please contact Hertz technical department Inlet Temp. oc o 40 C 5 Hertz GNL KAT KURUTUCU EN.indd 5 4.4.207 2:57:2

Blower Purge Adsorption Air Dryers HBP Series HBP 8 / 000 / 2 / 0 / 0 / 2200 / 2 / 200 / 0 / 4400 / 00 / 600 / 7200 / 80 / 00 PRINCIPLE OF OPERATIONS A centrifugal blower and high efficiency heater elliminates the use of valuable compressed air to be used for desiccant regeneration. The completely automatic drying system uses blower to pull ambient Air and pass it through the heater. This hot Air stream flows opposite to drying flow direction. Hot Air above 200 o C regenerates the moisture inside desiccant bed and strips it completely of all moisture. The advanced control system monitors the dew point and adjusts the heating / regeneration accordingly thereby providing valuable energy savings. The heater circuit is completely insulated ensuring maximum heating efficiency. Dew point monitoring and control Computer Control Display Status Display Alarms Display Pressure Remote Start / Stop Low Pressure Alarm Minimum Pressure monitoring valve High pressure switches and alarms Externally heated or heatless dryer functions integrated to the HBP dryer NORMAL WORKING CONDITIONS 7 bar Inlet Pressure 5 o C Inlet Temperature 00 % Inlet Air rel. humudity Nominal pressure dew point is 40 o C / Maximum working pressure 2 bar (g) PLC IS STANDARD HBP Blower Purge Dryers has a very reliable electronic controller makes sure that the dryer operates perfectly all through the servicelife of the dryer. Touch screen PLC is capable of showing the cycles as well as the valves which operate on real time. It also shows the dew point (if applicable). User friendly multilangual PLC helps the end users understand the operation system any field issues easily. ACTIVATED ALUMINA Hertz uses a mixture of adsorption media in its heatless range of desiccant dryers to achieve consistent dewpoint. Activated Alumina, Molecular Sieve and Silica Gel are used in varying ratios depending on the application.

SPECIFICATIONS Type Connection Size Air Flow (m/h) Pressure Drop (mbar) Average Power (kw) Activated Alumina (Kg) HBP 8 2 8 0 6,5 264 HBP 000 2 000 0 7,5 64 HBP 2 DN 2 0 8 407 HBP 0 DN 0 0 0 44 HBP 0 DN 0 0 2 0 HBP 2200 DN 2200 0 7 690 HBP 2 DN 2 0 9 74 HBP 200 DN00 200 0 20 790 HBP 0 DN00 0 0 26 8 HBP 4400 DN00 4400 0 28 00 HBP 00 DN25 00 0 20 HBP 600 DN 600 0 5 575 HBP 7200 DN 7200 0 40 0 HBP 80 DN 80 0 56 2200 HBP 00 DN200 00 0 75 2 X PRE FILTER Y PRE FILTER P PRE FILTER Efficiency rating: Micron particle removal & 0.5mg/m oil removal Efficiency rating: 0.0 Micron particle removal & 0.0mg/m oil removal Efficiency rating: 5 Micron particle removal (removes desiccant particles after the dryer) Inlet temperature 5 oc Working pressure 7 bar Maximum working pressure 2 bar Maximum working temperature oc Maximum inlet temperature Pressure Dew Point The dryers are designed according to Pneurop, conditions as per ISO78 4.5 5 0.69 0.75 20 25 6 7 8 9 0 0.88.08.2.20 0 5 40 0. 0.7 0.59 Bar g o C For special requirements please contact Hertz technical department Inlet Temp. oc o 40 C 7 Hertz GNL KAT KURUTUCU EN.indd 7 4.4.207 2:57:

Coalescing Airline Filters With Indicator HGO Series HGO 25 / / 00 / / 200 / 2 / 00 / 0 / 0 / 85 / 20 / 520 / 820 / 2220 / 2 FILTERS The compressed air coming from compressor may contain unwanted elements such as oil, dust and humidity. The air in the external environment will also affect the quality of the final product. This air must be filtered prior to the final stage of production. HERTZ COMPRESSED LINE FILTERS Hertz Compressed Line Filters have been designed to answer the current requirements of compressed air filtering. It enables more comfortable usage for end user better endurance, higher efficency with lower pressure drop and more port size options. FEATURES The line filters have 4 ranges of efficiencies, 25 psi (barg) /4 to NPT/BSP pipe sizes. A protected auto float drain (2mm orifice) is standard for reliable removal of liquid contaminants. Zeroporosity aluminum and durable epoxy powdercoat finish, along with a corrosion resistant internal coating gives long service life. Filter combinations are configured to meet specific application requirements Filter comply with PED and perform as per related ISO 857 standards. These filters are equipped with differential pressure gauges for easy maintenance and energy efficiency. Element Features Hertz offers Superior protection from micron to 0,0 micron. Durable element construction and efficient drain layer ensures continued performance after optimal element change. Deep pleating also enables a lower pressure drop 2 Supreme collapse resistance due to usage of flutted stainless tube provides strength against pressure drops while improving the performance by passing air diagonally through the element. PVC impregnated foam favours Water / Oil drainage 8

SPECIFICATIONS Element Model (scfm) Max. working pressure (barg) 25 5 0 /2 00 59 88 HGO 200 200 HGO 2 2 HGO 00 /2 00 HGO 0 /2 0 HGO 0 /2 Flow Rate Connection Sizes (m /h) HGO 25 /2 HGO /2 HGO 00 HGO Model Housing Dimensions (mm) A B C D MO25 02 24,5 92,5 MO 02 24,5 92,5 MO00 02 252,5 20,5 MO 2 297,5 270,5 8 MO200 2 6,5 4,5 47 MO2 2 40,5 74,5 76 MO00 2 8 422,5 294 MO0 2 488 2,5 0 5 MO0 2 5 497,5 HGO 85 2 85 0 MO85 0 622,5 58 HGO 20 2 20 72 MO20 0 692,5 65 HGO 520 520 895 MO520 94 725,5 669 HGO 820 820 070 MO820 94 865 8 HGO 2220 2220 05 MO2220 94 99,5 86 HGO 2 2 588 MO2 94 06,5 007 DRAIN TYPE: Electro adjustable / External float type / Zeroloss drain / Manual Specifications Pre Filtering General Purpose Oil Removal Activated Carbon Grade P X Y A Particle Removal (Micron) 5 0,0 0,0 Max. Oil carryover at 2oC (mg/m) 5 0,5 0,0 0,00 Max. working temperature (oc) 25 Initial pressure loss (mbar) 40 00 Pressure loss for element change (mbar) Element colour code GREEN BLUE RED METAL SS Operating Pressure (barg) 5 7 9 5 PSIG 5 44 7 00 0 89 28 247 Correction Factor 0,5 0,7 0,87,2,22,2,44,57 NOTES ) Grade A must not operate in oil saturated conditions. 2) Grade A elements should be replaced periodically to suit the applications but must be changed at least every six months. ) Grade A will not remove certain gases including carbon monoxide and carbon dioxide. Please refer to works if in doubt. 4) Flow rates are based on a 7 bar operating pressure, for flows at other pressures use correction factor given above. 5) All filters are suitable for use with mineral and synthetic oils. 6) Gauge type pressure indicators are fitted to models HGO25 to HGO2 as standard. 7) All filters are in confirmity with the Pressure Equipment Directive (97/2/EC) A D B C Correction Factor For maximum flow rate, multiply model flow rate show in the above table by the correction factor corresponding to the working pressure. ORDERING The complete filter model number contains the size and grade, example general purpose filter model HGO2MX with replacement filter element model M2X. 2 Represent 2m /h capacity and x represents the general purpose element. 9 Hertz GNL KAT KURUTUCU EN.indd 9 4.4.207 2:57:9

Flanged Filters HF Series HF 2400 / 0 / 40 / 7200 / 90 / 2000 / 0 / 9200 / 20400 / 270 / 0 FILTERS The compressed air coming from the compressor may contain unwanted elements such as oil, dust and humidity. The air in the external environment will also affect the quality of the final product. This air must be filtered prior to the final stage of production. EXTERNAL FLOAT DRAIN Hertz External Drain is designed to remove liquid condensation from collection points in a Compressed Air System. Durable epoxy powdercoat finish and corrosionresistant internal anodised coating for long service life. FLANGED HOUSING RANGE FEATURES Elements are assembled by the help of a tie rod System. Two external float drains for excellent drainage Unique design for preseparation zone Strong welded design CE and ASME tanks available Design for easy element change from top flange 20

SPECIFICATIONS Drain Port Size NPT Inlet / Outlet Port Size NPT (m /h) HF 2400 /2 DN HF 0 /2 HF 40 Flow Rate Housing Dimensions (mm) (m /min.) Element Model Number of Elements A B C D E 2400 40 M200 2 4 287 277 747 6 DN00 0 M200 4 7 277 767 6 /2 DN00 40 M200 4 50 44 279 769 6 HF 7200 /2 DN 7200 20 M200 6 5 425 769 6 HF 90 /2 DN 90 0 M200 8 6 49 798 6 HF 2000 /2 DN200 2000 200 M200 0 7 4 825 6 HF 0 /2 DN200 0 2 M200 4 0 5 8 8 6 HF 9200 /2 DN2 9200 20 M200 8 58 47 862 6 HF 20400 /2 DN00 20400 40 M200 7 8 447 887 6 HF 270 /2 DN 270 4 M200 2 8 778 487 97 6 HF 0 /2 DN 0 5 M200 28 8 778 487 97 6 Model DRAIN TYPE: Electro adjustable / External float type / Zeroloss drain / Manual Specifications Pre Filtering General Purpose Oil Removal Activated Carbon Grade P X Y A Particle Removal (Micron) 5 0,0 0,0 Max. Oil carryover at 2oC (mg/m) 5 0,5 0,0 0,0 Max. working temperature (oc) 25 Max.working pressure Initial pressure loss (mbar) 40 00 Pressure loss for element change (mbar) Element colour code GREEN BLUE RED METAL SS Correction Factor Min. clearance for element change For maximum flow rate, multiply model flow rate show in the below table by the correction factor corresponding to the working pressure. Operating Pressure (barg) 5 7 9 5 PSIG 5 44 7 00 0 89 28 247 Correction Factor 0,5 0,7 0,87,2,22,2,44,57 NOTES ) Grade A must not operate in oil saturated conditions. 2) Grade A elements should be replaced periodically to suit the applications but must be changed at least every six months. ) Grade A will not remove certain gases including carbon monoxide and carbon dioxide. Please refer to works if in doubt. 4) Flow rates are based on a 7 bar operating pressure, for flows at other pressures use correction factor given above. 5) All filters are suitable for use with mineral and synthetic oils. 6) Other standards for flanged connections are available. 7) Direction of air flow, inside to out, through filter element 2 Hertz GNL KAT KURUTUCU EN.indd 2 4.4.207 2:57:

High Pressure Airline Filters HHGO Series HHGO 00 / 00 / 0 / 8 / 200 / 00 / 20 / 000 FILTERS The compressed air coming from the compressor may contain unwanted elements such as oil, dust and humidity. The air in the external environment will also affect the quality of the final product. This air must be filtered prior to the final stage of production. HIGH PRESSURE LINE FILTERS FEATURES Hertz manufactures a line of High Performance Compressed Air Filters, Moisture Separators in two different range; ) bar Range made of Aluminum, No welding, strong and reliable design. 2) bar Range made of Steel. No welding, and very reliable for High Pressure appilications. ANODISED ALUMINUM DESIGN WITH HIGH PERFORMANCE Hertz High Pressure Range Compressed Air Filters are no welded design. As a result it is very strong and robust. Very thick wall thickness and Inhouse high pressure test facilities assure the performance. All inner and outer surfaces of bar Aluminum design Filters are Anodised, where bar Carbon Steel design Filters are epoxy electro powder painted. 22

SPECIFICATIONS Connection Size Model (m/h) (scfm) Max / working pressure (bar) Flow Rate at bars Element Model Housing Dimensions (mm) A B C D HHGO 00 /4 00 42 M25,4 5,4 25,75 55 HHGO 00 /2 00 25 M,4 5,4 25,75 58,5 HHGO 0 /4 0 2 M00 09,4 5,4 2,25 207 HHGO 8 8 M 8 7,5 2 HHGO 200 200 0 M200 8 7,5 4 HHGO 00 /2 00 940 M2 28 8 44,4 68 HHGO 20 2 20 470 M20 58 5,5 9 HHGO 000 2/2 000 765 M000 0 78 57,6 86 Specifications Pre Filtering General Purpose Oil Removal Activated Carbon Grade P X Y A Particle Removal (Micron) 5 0,0 0,0 Max. Oil carryover at 2oC (mg/m) 5 0,5 0,0 0,00 Max. working pressure (bar)* / * bar is an option Max. working temperature (oc) 25 Initial pressure loss (mbar) 40 00 Pressure loss for element change (mbar) Element colour code GREEN BLUE RED METAL SS NOTES DRAIN TYPE ) Grade A must not operate in oil saturated conditions. 2) Grade A elements should be replaced periodically to suit the applications but must be changed at least every six months. ) Grade A will not remove certain gases including carbon monoxide and carbon dioxide. Please refer to works if in doubt. 4) All filters are suitable for use with mineral and synthetic oils. 5) The above housings require only one filter element. 6) Direction of air flow, inside to out, through filter element. Except grade A 7) Manual drain is standard. Electronic timer is optional. HG / Manual with steel ORDERING The complete filter model number contains the size and grade, Example /4 general purpose filter model HHGO00MX with replacement filter element model M00X. 2 Hertz GNL KAT KURUTUCU EN.indd 2 4.4.207 2:57:56

Water Separators HG WS Series HG 25 WS / 00 WS / 200 WS / 00 WS / 0 WS / 200 WS / 2200 WS WATER SEPARATORS Hertz water separators have been designed for the removal of bulk liquid water and particulate from compressed air and gases. Unique centrifugal action removes contaminants with lowpressure drop for energy savings. Hertz water separators are available in /4 NPT pipe sizes for flows up to 294 scfm (2200m /h). While highly efficent, condensate separators will not remove 00 % of the oil from the air stream. Additional coalescing and particulate filters downstream are normally required to remove the final traces of oil, water and particles, which migrate through the seperator. 24

SPECIFICATIONS Flow Rate Housing Dimensions (mm) Connection Size (m /h) (scfm) A B C D HG 25 WS /4 25 4 02 257 25 55 HG 00 WS /2 00 58 02 257 25 200 HG 200 WS /4 200 7 2 2 25 270 HG 00 WS 00 76 2 2 2,5 70 HG 0 WS /2 0 5 2 295 259,5 4 HG 200 WS 2 200 706 0 48 440 565 HG 2200 WS 2200 294 94 547 490,5 585 Model Correction Factor For maximum flow rate, multiply model flow rate show in the above table by the correction factor corresponding to the working pressure. Operating Pressure (barg) 5 7 9 5 PSIG 5 44 7 00 0 89 28 247 Correction Factor 0,5 0,7 0,87,2,22,2,44,57 A Operating Recommended Operating Temperature oc Minimum Recommended Operating Temperature,5 oc Typical Pressure Loss at Rated Flow mbar Maximum Working Pressure barg Notes: Automatic drain valves are fitted as standard. All separator bodies are coated with electrostatic powder paint finish both inside and out side. C B D 25 Hertz GNL KAT KURUTUCU EN.indd 25 4.4.207 2:58:0

Mist Eliminator Compressed Air Filters HELM Series HELM / 00 / 0 / 0 / 200 / 00 / 200 / 27 / 4200 / 00 / 00 / 0000 / 2000 APPLICATIONS INCLUDE Capturing oil fog, mist, or smoke from exhaust and pressure unloading vents on oil flooded compressors, vacuum pumps and blowers Any application requiring Low Delta P coalescing of large air volumes Vacuum Freeze Drying Vacuum Out Gasing Vacuum Coating Food Processing Nailers / Staplers Industrial Vacuum Processes Cement & Paper Processing DESIGN Mist Eliminators are designed to meet the demand for: Efficient removal of oilmist carryover from piston or oil flooded rotary compressors Long service life Strength to withstand strenuous operating conditions Protection from oil slugs or compressor Air/ Oil separator failure FEATURES Very Low pressure drop Large oil catching efficiency Easy field cleaning Positive sealing Orings 26 Temperature (continuous) 4 C (40 F) min. C (76 F) max. Auto Float Drain is Standard Multiple drain Style Options Available Pressure Rating of 4 barg (200 psig) Removal of particles down to 0.0 micron including coalesced liquid water and oil providing a maximum remaining oil aerosol content of 0.0 ppm Increased surface area in a given volume allows low velocity separation of ultra fine oil mist Elements are grounded to canister minimizing static electricity problems MIST ELIMINATOR ELEMENT Ultra low pressure drop reduces energy costs. Positive gasket seals eliminate media bypass Filter change out differential 2.5 psig (70 mbar) True Air / Oil Separator Long service life

SPECIFICATIONS MODEL DRAIN PORT INLET/OUTLET SIZE PORT SIZE FLOW RATE (m/h) (scfm) HOUSING DIMENSIONS (mm) ELEMENT MODEL A B C D OE OE G H HELM /2 DN 255 4 0 00 209 9 20 0 05 0 HELM 00 /2 DN 50 00 4 0 05 209 559 20 0 407 45 HELM 0 /2 DN 020 0 4 0 46 209 9 20 0 762 790 HELM 0 /2 DN 0 4 0 55 279 084 20 0 95 9 HELM 200 /2 DN 2040 200 4 0 520 28 9 254 0 762 790 HELM 00 /2 DN 2720 00 4 0 7 28 086 254 0 95 9 HELM 200 /2 DN00 570 200 4 575 5 95 00 29 762 790 HELM 27 /2 DN00 4675 27 4 726 5 00 00 29 95 9 HELM 4200 /2 DN 740 4200 4 0 70 9 98 65 8 762 790 HELM 00 /2 DN 0200 00 4 0 925 9 258 65 8 9 0 HELM 00 /2 DN200 0 00 4 8 2020 47 277 86 2 0 0 HELM 0000 /2 DN2 0 0000 4 000 28 47 07 407 7 0 0 HELM 2000 /2 DN00 20400 2000 4 000 2688 497 847 47 7 524 5 Correction Factor For maximum flow rate, multiply model flow rate show in the below table by the correction factor corresponding to the working pressure. Operating Pressure (barg) 5 7 9 4 PSIG 5 44 7 00 0 89 200 Correction Factor 0,5 0,7 0,87,2,22,2,8 DRAIN TYPE Electroadjustable External float type Zeroloss drain Manual 27 Hertz GNL KAT KURUTUCU EN.indd 27 4.4.207 2:58:07

PSA Nitrogen Generator HNG SERIES HNG 0 / 20 / 5 / / 95 / 20 / / 2 / 0 / 4 / 50 / 570 / 70 / 90 / 0 / 20 / 70 / 820 / 20 / 29 / 540 / 40 / 55 / 970 / 200 HNG SERIES (Capacity 0,2Nm /h 20Nm /h; Purity 95 % 99,999 %) HOW IT WORKS? Pressure Swing Adsorption (PSA) type Nitrogen Generation system is used to separate and enrich Nitrogen from Oxygen employs CMS (Carbon Molecular Sieve) for adsorbent. Carbon Molecular Sieve (CMS) adsorbs Oxygen and Water Vapor molecules under certain pressure while allowing Nitrogen to pass through. purity of the product gas stream to the desired level (95 99.999 % as required by customer). This product flows out of the top of the adsorber bed, through the valve, and into the product receiver at a pressures lightly below the feed air pressure. The nitrogen molecules (4. Angstrom in size) passes through the column, but the oxygen molecules (.9 Angstrom in size) are adsorbed on the carbon molecular sieve (4 Angstrom opening). THE CYCLE IS COMPOSED OF FOLLOWING STEPS THE NITROGEN GENERATOR IS A TWOBED ADSORBER SYSTEM The Nitrogen Generator consists of two adsorber vessels filled with CMS, a valve assembly, air filters, main pressure regulator, and a product receiver tank. Clean and dry air is directed to one of the adsorber beds where oxygen and water vapor is adsorbed faster than nitrogen in the pore structure of the CMS, thus increasing the nitrogen PSA PROCESS A. Pressurization Step: Process to increase adsorption pressure in adsorption tower under selected operation condition. B. Adsorption Step: Nitrogen gas is generated under constant pressure. C. Blow Down Step: Restoring in the adsorption tower. D. Purge Step: Stage to restore the adsorption tower completely. E. Pressure Equalization Step: Stage in where loss can be reduced by using a part of energy to be lost. 28

APPLICATIONS METAL INDUSTRY Annealing of ferrous and nonferrous metal (Inert circumstance) Metallurgical heat treatment (Carbonizing) Soldering / Brazing Plasma sheet metal cutters Inert gas in welding process Sintering of metal powder PLASTIC Ejecting high pressure gas (Sustaining vacuum, shortening cooling time in Ejection) Suppressing gas generation in ejection CHARGE NITROGEN GAS IN TIRE Reducing noise reduction, improving fuel efficiency, reducing tire unbalance and improving driving comport CHEMICAL INDUSTRY Transportation of raw material in storage tank Container ventilation and prevention of explosion in reaction tank Sealing of nitrogen in storage tank Cleaning tank and container Pressure testing of pipe PRODUCTION PROCESS AND STORAGE OF FOOD Storage of low oxygen CA or super low oxygen Charge of nitrogen gas in packing and transportation of coffee, snack or dry nut PURGE Diluting or transposing gas or vapor to eliminate dangerous gas and oxidized substance FEATURES Hertz Provides Necessary Nitrogen Buffer Tank As Standard! Simple structure, compact design, full automated operation 7/24 Nitrogen production in your own place Touch Screen PLC for controlling the complete system PLC Screen for Monitoring and visualization the progress Rapid startup Safety system Due to well design of silencer, low noise levels during depressurization and purge Durable piston valves for longlife operation On demand production, low cost High performance. Design the purity and capacity of nitrogen gas meeting to customer s requirements. (Nitrogen Purity 95 %~99.999 % is available) Minimum maintenance cost replace filter element periodically only and get normal service for the compressor OPTIONAL Oxygen Analyzer Flow Meter Dew Point Sensor Nitrogen purity can be seen on screen 29

Reference Conditions Inlet Compressed Air Pressure Outlet Nitrogen Pressure Ambient Temperature 7,5 Bar (g) 6 Bar (g) 25 0C Inlet air dewpoint 0C (under 99.5 % purity) 40 0C (above 99.5 % purity) Refrigerant air dryer and activated carbon filter is required Desiccant air dryer and activated carbon filter is required SPECIFICATIONS Free Nitrogen Delivery @ following purity level (Nm/h) MODEL 95% 97% 98% 99% 99.5% 99.90% 99.95% 99.99% 99.999% HNG 0 2,7 2,2,9,5 0,8 0,7 0,5 0,2 HNG 20 4,4,5, 2,4 2,, 0,8 0,4 HNG 5 8, 6,5 5,6 4,4,5 2, 2,0,4 0,7 HNG,5 0,8 9,4 7, 6,8,4 2,4,2 HNG 95 2,2 7,0 4,8,5 9,5 6,0 5,,7,9 HNG 20 28,2 22,5 9,6 5, 2 8,0 7, 5,0 2,5 HNG 5, 28, 24,4 9,0 5 0,0 8,8 6,2, HNG 2 57,0,5 9,6 0,8 25,2 4, 0,0 5,0 HNG 0 75,,0 52,2 40,6 2,4 9,0,2 6,6 HNG 4 0,4 8,0 70,5 54,9 28,9 25,5 7,8 8,9 HNG 50 4,4 9,4 79,6 62,0 5 2,6 28,8 20, 0,0 HNG 570 28, 02,4 89, 69, 57 6,5 2,2 22,5,2 HNG 70,8 0,9 4,0 88,7 7 46,6 4,2 28,8 4,4 HNG 90 204,, 42,0 0,5 9 58, 5,4 6,0 8,0 HNG 0 248,2 98, 72,6 4, 70,7 62,5 4,6 2,8 HNG 20 275,7 220, 9,8 49,2 2 78,5 69,4 48,4 24,2 HNG 70 07,5 2,6 2,8 6,4 7 87,5 77,4 54,0 27,0 HNG 820 406,6 24,8 282,8 220, 82 5,7 02, 7,4 5,7 HNG 20 8,5 66, 8,9 248,2 205 0,5 5,4,5 40,2 HNG 29 6,6 527,8 9,5 57,6 295 88,0 6,,0 58,0 HNG 540 792,0 62,8 5,9 428,7 54 225,4 99,4 9, 69,5 HNG 40 9,0 74,7 647,4,8 4 265,0 24,,5 8,7 HNG 55 24,7 992,0 86,6 672, 556,0 5,4 2,5 28, 09,0 HNG 970 2048,0 6, 424, 08,4 97,0 582,9 55,5 59,7 79,7 HNG 200 2,2 998, 740,0 5,8 20,0 72,0 629,6 49,4 29,4 Modular Twin Tower 0 Hertz GNL KAT KURUTUCU EN.indd 0 4.4.207 2:58:

SPECIFICATIONS Connections MODEL Dimensions mm Weight kg Buffer Tank (L) Nitrogen Outlet Air Inlet Length Width Height HNG 0 20 /4 /4 70 08 40 HNG 20 0 /4 /4 495 40 2 67 HNG 5 /4 /4 495 40 7 86 HNG /4 /4 622 40 4 24 HNG 95 20 /4 /4 7 772 5 84 HNG 20 /8 /4 690 900 558 228 HNG 90 /8 /4 698 900 759 HNG 2 0 /4 /4 6 9 22 49 HNG 0 40 /4 /4 857 0 2277 692 HNG 4 5 /4 /8 00 075 286 677 HNG 50 60 /8 00 294 24 92 HNG 570 /8 00 00 2547 95 HNG 70 900 /4 /2 0 5 2479 09 HNG 90 200 /4 /2 0 4 279 95 HNG 0 /4 /4 252 5 28 704 HNG 20 50 /4 /4 22 5 054 20 HNG 70 /2 /4 20 5 268 2096 HNG 820 200 2 55 905 290 2686 HNG 20 200 2 9 24 28 009 HNG 29 200 2/2 /4 795 258 047 065 HNG 540 200 2/2 /4 795 258 4 24 HNG 40 200 2/2 /4 875 258 747 466 HNG 55 200 DN /4 754 205 40 444 HNG 970 200 DN00 /4 904 2285 4428 5298 HNG 200 200 DN25 /4 968 26 76 5846 Note: Hertz supplies buffer tank volumes for 99,5 % and higher Nitrogen purities. For purities lower than 99,5 %, it may be necessary to use additional tank. Hertz reserves the right to change the design and /or dimensions and /or weight of his products at any time without any notice or liability. CORRECTION FACTOR CMS Temperature (0C) 5 0 5 20 25 0 5 40 Correction Factor (Kt) Inlet Pressure (Barg) 0.85 0.9 0.82 0.74 0.6 6 6.5 7 7.5 8 8.5 9 9.5 0 Correction Factor (Kp) Purity (%) Air / Nitrogen Ratio 0.82 0.88 0.94.05..4.2.2 95 97 98 99 99.5 99.9 99.95 99.99 99.999 2.0 2.56 2.68.0.4 4.46 4.56 5.75 9.8 EXAMPLE: If nitrogen requirement of the plant is 20 Nm/h at 99,5 % purity while air pressure is 7 barg and ambient temperature is 40 oc, Calculation of HNG model as follows: For 40 oc ambient, Kt = 0,74 For 7 barg inlet, Kp = 0,94 HNG Model Flow = (Required N2 Flow) / (Kt x Kp) = (20Nm/h) / (0,74 x 0,94) = 28,7 Nm/h Therefore the correct N2 Generator will be HNG0 For required air flow to Nitrogen generator is; Air / Nitrogen Ratio =,4 (99,5 % purity) Air flow = 28,7Nm/h x,4 =95,85 Nm/h Hertz GNL KAT KURUTUCU EN.indd 4.4.207 2:58:7

www.hertzkompressoren.com HERTZ KOMPRESSOREN GLOBAL export@hertzkompressoren.com HERTZ KOMPRESSOREN GmbH Kronacherstr., 952 Bamberg T. +49 95 96 4 88 F. +49 95 96 4 info@hertzkompressoren.de HERTZ KOMPRESSOREN USA Inc. 20 Service St. Charlotte, NC 28206 USA Phone : +70795900 Fax : +70795997 info@hertzkompressoren.us