Hankison

The GP Series is a high quality particulate filter for contaminent removal down to 0.01 micron. The particulate filter is a pleated cellulose element with molded urethane end seals. The filter has an absolute rating of 3mm and efficiently removes particles down to 0.01mm. The particulate filter is ideal for removing particulate material prior to a Coalescer to extend element life, remove desiccant dust after a desiccant dryer, or remove pipe scale at a point of use application.

• 25scfm - 27390scfm
• 3" - 12" ASME

The GA Series Filter is an activated carbon adsorber for removing trace amounts of hydrocarbon vapors and odors in compressed air streams. The Adsorber filter is a high purity extended surface area activated charcoal filter. It will remove trace amounts of hydrocarbons usually 0.5 to 2PPM in concentration. This filter is used primarily for breathing air and high quality painting applications. Pressure drop is 1 PSID at rated flows and efficiencies are over 99% of all vapors.

• 15scfm - 16500scfm
• 3" - 12" ASME

Unnecessary costs and damage during the generation of compressed air can only be avoided in an efficient way with amount-adjusted condensate drainage. Therefore, BEKOMAT condensate drains operate with a capacitive sensor. The intelligent electronics prevent compressed-air losses and minimise the energy demand. As a result, the BEKOMAT often pays itself off within half a year already, in contrast to devices with timed drain valves.

PN Series high pressure drains for a range of applications with hard coated drain bodies and pressure ratings up to 915 psig:

• 12 CO PN 63 / 13 CO PN 50 / 14 CO PN 25

Full stainless steel bodies with the ability to handle large volume flows and pressure ratings up to 915 psig:

• 3 E 25 / 3 E 63 / 6 E 25

If the condensate from the intercoolers is not reliably drained in multistage compressors, it will reach the next compressor stage. BEKOMAT LA/LP prevents damage through "drop attacks", condensate build­up and water hammers.

Vacuum: Especially employable for condensate drainage in vacuum or pressureless systems at operating pressures from 0.1 to 1.8 bar (abs.).

Hazardous areas: Special units are also available for the application in hazardous areas (II 2G EEX ib IIB T4 / explosion class II B, temperature class T4) where ignition sources need to be prevented. Permissible fluids are ethane, methane, town gas, diesel fuel, ethylene, propane, fuel oil and compressor oil.

Stainless-steel versions: For the drainage of particularly aggressive condensates.

The CLEARPOINT® filter technology guarantees low operating costs, long service lives, outstanding process reliability and the safe filtration of aerosols, oil and dust. The comprehensive range of products covers a performance spectrum between 25 to 1,900 scfm (at 100 psi) and includes threaded and flanged filters, as well as high-pressure filters up to 7,250 psig.

Through the innovative 3E filter elements (3E = Energy Efficient Element) and a flow-optimised, corrosion-protected housing construction, CLEARPOINT® offers safe and reliable filtration and qualitatively better compressed air at significantly reduced operating costs.

CLEARPOINT high pressure filters will give you a decisive added value compared with other brands in this filtration sector. Both reliability and efficiency are significantly increased. The designs are carefully tailored, down to the smallest detail, to the specific requirements of high pressure systems.

Piston compressors inevitably produce pulsations in the compressed air flow. The resulting vibrations can cause leaks in conventional filter housings. CLEARPOINT filter housings are provided with a special retention system to ensure that the unit remains leakproof. An important safety feature is the CLEARPOINT filter cap which prevents accidental opening of the housing. If the operator tries to open the housing when it is still under pressure, a clear warning signal will be heard.

CLEARPOINT High-pressure filters are available in two versions:

• up to 725 psig
• 1,450 to 7,250 psig

To ensure the best compressed air quality, particularly in sensitive applications where residual oil content is an imperative, CLEARPOINT® V actived carbon adsorbers provide an attractive and cost efficient solution. With CLEARPOINT® V a maximim oil content of 0.003 mg/m³ is reliably achieved even in demanding conditions, and dust filtration is standard. An indispensible process-related component for superior performance.

It is particularly cost-effective to dry precisely the quantity of compressed air which the customer actually needs. However, the full saving potential can only be used when this amount of compressed air is dried exactly to the respectively required degree. With this, drying is directly geared to the application itself. What is generally required is highest reliability and immediate availability of the compressed air. This applies in equal measure to laboratory purposes, to applications in workshops or outdoors, whether mobile or stationary.

The DRYPOINT® M PLUS membrane dryer with an integrated nanofilter is the innovative solution for efficient filtration and drying in one housing. It offers reliable compressed-air drying at a constant compressed-air temperature, saves energy through low purge air demand and does not need polluting desiccants. In addition, filtration, which is directly connected ahead, prevents condensation upstream of the membrane.

In addition to filtration, compressed-air drying contributes significantly to an increase in process reliability. Humidity in compressed-air systems causes corrosion, and promotes the growth of micro-organisms. In individual cases, condensate emerges at the point of use - an ongoing danger for the operational flow, for example because of failing pneumatic controls, increased wear and tear or because of other disturbances in the production process.

With considerably enhanced process reliability, the DRYPOINT® dryer technology offers decisive advantages for every field of application. The BEKO TECHNOLOGIES portfolio comprises application-optimised refrigeration, adsorption and membrane dryers for volumes up to 5000 scfm.

In addition to the more common dryer technologies typically employed in compressed air applications, BEKO TECHNOLOGIES also offers a complete range of blower operated, heated purge systems, as well as systems for high pressure applications in excess of 7,000 psig.

BEKO TECHNOLOGIES has developed the DRYPOINT® X line of desiccant dryers that are focused completely on reducing energy consumption. By significantly reducing air loss and using the most energy effcient components possible, energy savings up to 80% can be realized when compared to conventional designs. The energty savings alone offer a complete economic payback after a short period of time.

Many compressed air systems require point-of-use cleaning and drying of the air to supplement a central system. Dryer/filters do this extremely well because of their triple-action cleaning process and their ability to substantially reduce pressure dew points.

Available desiccants for these units include clay, clay with activated carbon, and molecular sieve for as much as 80° dew point suppression. Automatic drains are strongly recommended, although there are a variety options offered — from manual drains to the Warrior electronic drain.

Specifications:

• Size: 1/4" - 1 1/2"
• Ambient/Media Temperature: 40° to 125°F (4° to 52°C).
• Drain: Automatic drain; optional manual or electronic drains.
• Dessicant: Choice of three.
• Fluid Media: Compressed air.
• Inlet Pressure: 150 psig (10 bar) maximum. Consult Master Pneumatic for higher pressure ratings.
• Flow Rate: 7scfm to 300scfm
• 30 scfm (14.3 l/s) for 38-4.
• Mounting: Flanges and front ports for flush

DryPower features a modular design whereby multiple heat exchangers ensure optimum performance throughout its broad capacity range. The highly efficient DRYMODULE exchangers allow lowest dew point levels in all conditions with minimum energy consumptions. This non-cycling refrigerated air dryer's extreme compact packaged design simplifies positioning and maintenance. The sophisticated microprocessor technology and scroll compressors offer the user the most advanced technical solutions.

• Easily removable panels for quick access.
• Extremely compact dimensions (pre-cooler re-heater, evaporator and demister housingin single aluminium module.
• Refrigeration & control circuits in front of unit (separate compartment).
• Multiple heat exchangers in unit rear.
• Oversized demister separator: removes condensate at all air flows.

Digital display of:

• Dew point (permanent)
• Air inlet temperature (permanent)
• Air outlet temperature
• Multi level menus with multiple password protection allowing extensive programming
• Condensate drain programming
• Volt free general alarm contact

• R134A refrigerant offers high overload capacities.
• Easy to use and maintain.
• Operation in high ambient of 115°F, 110°F for DE1600/2000.
• Lowest dew point provided by thermal storage acts as a buffer covering sudden load variations.
• Stainless steel demister removes condensed moisture at all air flows.
• Environmentally safe - no risk of cross contamination between refrigerant and compressed

The advanced nano R1 cycling refrigeration air dryer combines the advantages of a direct thermal exchange with thermal storage. It’s two dryers in one. By combining these two powerful energy saving technologies the R1 provides you with the lowest power consumption available in the market today. This cutting edge, patented concept not only reduces your energy bill, it also offers steady dew point performance and reliable operation to ensure you have continuous, worry free, clean and dry compressed air.

With digital controls that automatically manage energy consumption, a unique zero air loss condensate drain that automatically adjusts with demand - the R1 cycling refrigeration dryer saves energy and eliminates seasonal adjustments. It is the ultimate solution to remove moisture from your compressed air system.

Flow Capacity

• 500-4000scfm

Reliability is built in... and backed by our 2 year warranty

Some of the many features and benefits:

• Energy saving design - uses up to 80% less energy than a traditional dryer.
• High ambient dewpoint setting - for additional energy savings in hot ambients.
• Intelligent condensate drain - self calibrating energy saving drain comes standard.
• User freindly digital controls - electronic controls & LED interface on every model.
• Quick & easy start-up - no pre-start up cooling, programming or calibration required.
• Automatic operation - automatically turns itself off and on as needed.
• Built for extreme operating conditions - keeps going through summer and winter.
• No seasonal adjustments - controls and drains self adjust with the seasons.

The nano R2 range of refrigerated thermal mass cycling dryers are specifically designed for the unique demands of high temperature compressed air applications. With seven models from 15 to 100 cfm and a 1 micron coalescing inlet filter provided as standard, the nano R2 dryers are the optimum choice for fluctuating air flows and harsh environments.

Perfect for small, non-aftercooled piston compressors or any application with a fluctuating air demand, the R2 Therma-Cycle dryer provides unparalleled reliability, performance and energy savings.

For the optimum in clean compressed air, the R2 dryers can also be supplied with a 0.01 micron after filter, providing comprehensive moisture and particulate removal in a single, cost effective and reliable package.

Clean and dry compressed air is easily achieved with the nano ultra-high purity compressed air dryers.

• more for your money - everything needed for installation is in the box
• moisture & particulate protection of your production process
• lower life cycle costs - low energy costs and simplified maintenance
• built in dew point monitoring (optional)
• space saving - models up to 177 scfm can be easily wall mounted
• safe and quiet operation
• flows 3 - 177 scfm at 100 psig operating pressure
• peace of mind - the most reliable product of its kind

Clean and dry compressed air is easily achieved with the nano D3 ultra-high purity compressed air dryers.

• more for your money - everything needed for installation is included
• moisture & particulate protection of your production process
• lower life cycle costs - low energy costs and simplified maintenance
• built in dew point monitoring (optional)
• safe and quiet operation
• flows 212 - 1110 scfm at 100 psig operating pressure
• peace of mind - the most reliable product of its kind

The nano D-Series 4 high pressure twin tower desiccant air dryers are designed to remove water vapor from your high pressure compressed air system, lowering the pressure dewpoint to -40 degrees F. No liquid water or ice crystals will form even if the temperature of the compressed air falls to 40 degrees below zero! Designed for the most demanding high pressure applications, the nano D4 twin tower desiccant air dryers are your solution for continuous, uninterrupted clean dry air.

Combining reliable field proven components and a cost effective design with 21st century controls and a digital user interface, there is no better, more dependable, easier to use twin tower dryer available on the market today.

Flow Capacity

• 42-442 @ 1450psig
• 68-824 @ 3625psig
• 88-818 @ 5075psig

The nano D-Series 5 heatless twin tower desiccant air dryers are designed to remove water vapor from your compressed air, lowering the pressure dewpoint to -40 or even -100 degrees F. No liquid water or ice crystals will form even if the temperature of the compressed air falls to 40 degrees below zero! Designed for the most demanding applications, the nano D-Series 5 heatless twin tower desiccant air dryers are your solution for continuous and uninterrupted clean dry air.

Flow Capacity

• 200-3000scfm

The advanced design combines reliable field proven components and cost effective operation with 21st century PLC controls and a digital user interface. For clean dry air, there is no better, more dependable, easier to use twin tower dryer available on the market today.

Reliability is built in… and backed by our 5 year warranty on inlet and purge exhaust valves.

The nano D-Series 5 externally heated twin tower desiccant air dryers are designed to remove water vapor from your compressed air lowering the pressure dewpoint to -40 degrees F. No liquid water or ice crystals will form even if the temperature of the compressed air falls to 40 degrees below zero! Designed for the most demanding applications, the nano D5 twin tower desiccant air dryers are your solution for continuous and uninterrupted clean dry air.

Flow Capacity

• 200-3500scfm

The D-Series 5 externally heat reactivated dryers use heat to reduce the use of costly purge air. For consistent performance and cost effective operation these dryers are your optimum choice.

Reliability is built in… and backed by our 5 year warranty on inlet and purge exhaust valves and 10 year heater warranty.

The nano D-Series 5 blower purge twin tower desiccant air dryers are designed to remove water vapor from your compressed air lowering the pressure dewpoint to -40 degrees F. No liquid water or ice crystals will form even if the temperature of the compressed air falls to 40 degrees below zero! Designed for the most demanding applications, the nano D5 twin tower desiccant air dryers are your solution for continuous and uninterrupted clean dry air.

Flow Capacity

• 500-4000scfm

The D-Series 5 blower purge dryers regenerate using a combination of heat and ambient air to minimize - or even eliminate - purge air usage. For consistent performance and cost effective operation these dryers are your optimum choice.

Reliability is built in…and backed by our 5 year warranty on inlet and purge exhaust valves and 10 year heater warranty.

Clean and oil-free compressed air is easily achieved with the new range of F1 performance validated compressed air and gas filters.

Nano F1 filters provide:

• improved filtration for your compressor room or point of use application
• reliable and efficient liquid and particulate removal
• space saving design - no tie rod allows easy bowl removal
• five (5) element grades ranging from 25 to 0.01 micron
• nineteen (19) models ranging from 8 to 1500 scfm at 100 psig
• a comprehensive range of accessories

1 year element and a 10 year housing warranty!

The nano F-Series2 filters provide:

• Reliable & efficient liquid & particulate removal with low pressure drop
• 1.0 & .01 micron particulate and coalescing filters for dust, oil & aerosol removal
• AC activated carbon adsorption filter for vapor removal performance to .003 ppm
• Nine models in two flow configurations from 1,410 to 10,230 scfm at 100 psig
• ANSI flanged connections ranging from 3” to 10” diameter
• Built in accordance with ASME VIII with a U-Stamp and CRN number*
• Specialized elements for high temperature applications

The nano F-Series3 range of high temperature dust filters are rated for temperatures up to 450 degrees F.

These filters incorporate an innovative push-fit element design with dual o-ring seals to ensure optimum sealing and mechanical strength.

Manufactured in an ISO 9001 approved facility and tested in accordance with ISO 12500.

Inlet/Outlet

• 1/4"NPT - 3"NPT

Flow Rate

• 15-6000scfm

The nano F-Series3 range of mid pressure filters consists of nine models in three different housing designs.

Choose from five different elements including 25, 5, 1 and 0.01 micron coalescing and/or dust filtration, and activated carbon oil vapor removal. The custom engineered filter media is designed to provide low air velocity preventing oil carry over for high efficiency filtration with minimal pressure drop.

Manufactured in an ISO 9001 approved facility and tested in accordance with ISO 8573-1:2010.

Inlet/Outlet

• 1/4"NPT - 2"NPT

Flow Rate

• 94-1885scfm

The nano F-Series4 range of stainless steel high pressure filters consists of 21 models across three pressure ranges offering flow ratings up to 2000 scfm and pressure ratings up to 5000 psig.

Manufactured from high grade 316 stainless steel and corrosive resistant coated carbon steel, the nano F-Series4 are precision engineered with high pressure applications in mind.

Choose from six different levels of contaminant removal including water separation, 25, 5, 1 and 0.01 micron coalescing and/or dust filtration, and activated carbon oil vapor removal.

The nano F-Series5 range of heaters and filter heater packages are specially designed for both industrial and breathing air applications providing efficient filtration and precise temperature control between 68 and 248 degrees F.

Using both an open wound heating coil and high accuracy output temperature sensor the F-Series5 reacts quickly to changes in pressure and flow ensuring a consistent temperature across a wide range of operating conditions.

Inlet/Outlet

• 3/8"NPT - 1/2"NPT

Flow Rate

• 27scfm

The Aircel AHLD E-Series (70-5,000 scfm) is a fully automatic Dual Tower Heatless Regenerative Compressed Air Dryer with an integrated Energy Management Purge Reduction System. The PLC Controller provides complete reliable control of the system with text description of each step in the sequence of operation. The E-Series reliable operation and robust valving, requires no user adjustment and virtually no user maintenance. Our precision engineered components and design deliver outstanding service life and operational durability. Aircel has the experience, engineering and manufacturing capabilities to continuously develop dryers with the highest quality performance.

The Aircel Programmable Controller (APC) and Energy Management System (EMS) is standard on the AHLD. This energy-saving demand cycle reduces purge air and optimizes dryer performance by monitoring the moisture fast and early in the middle portion of the tower desiccant bed. This control panel automatically adjusts the regeneration cycle maintaining dew point and extending the drying cycle. Switching is less frequent, reducing dryer maintenance and fully utilizing desiccant capacity. This addition will improve reliability and performance while sustaining a constant dew point. The end result is an overall purge reduction and significant energy savings.

The Aircel Programmable Controller (APC) and Energy Management System (EMS) is standard on the AHLD. This energy-saving demand cycle reduces purge air and optimizes dryer performance by monitoring the moisture fast and early in the middle portion of the tower desiccant bed. This control panel automatically adjusts the regeneration cycle maintaining dew point and extending the drying cycle. Switching is less frequent, reducing dryer maintenance and fully utilizing desiccant capacity. This addition will improve reliability and performance while sustaining a constant dew point. The end result is an overall purge reduction and significant energy savings.The Aircel AEHD (150 - 3,000 scfm) Externally Heated Desiccant Compresssed Air Dryer is a fully automatic, PLC controlled, selfcontained unit offering a fail-safe design - in the event of power interruption and/or air loss, the purge exhaust valves close preventing damage to the dryer and the process. The combination of 1) high moisture capacity, premium grade, high crush strength activated alumina used in 2) optimally sized ASME code desiccant towers providing low velocity and high contact time through the adsorbent beds delivers long service life and consistent performance.

All Aircel dryers are designed to give our customers the best value available in the industry - reliable performance to CAGI ADF 200 specification while consuming the lowest amoun tof energy possible.

The Aircel HRS-L (600 - 10,000 scfm) utilize externally heated atmospheric air for regeneration of the desiccant bed. This eliminates the use of compressed purge air for regeneration resulting in an overall reduction in the cost of operation. In the HRS-L the cool-down of the regenerated bed is assisted by a water cooled heat exchanger that further reduces compressed air usage. The result, only a small fraction of process air is consumed during depressurization of the offline tower. This amounts to an average process air use of < .05% of the rated capacity of the dryer.

Eliminex Mainline Separator

• Removes water & dirt to 3.0 micron
• Available in 1/2" NPT- 6" ASA (150#) Flange
• Available 60-5500 scfm @ 100 PSI

Eliminex Mainline Separator Combo

• Removes water, dirt & oil up to 0.01 micron
• Available in 1/2" NPT - 6" ASA (150#) Flange
• Available 60-3000 scfm @ 100 PSI

Eliminizer Mainline Separator

• Removes water and dirt up to 1.0 micron
• Available in 1/4"- 1" sizes
• Available 20-150 scfm @ 100 PSI

Eliminizer Combo Mainline Separator Combo

• Removes water, dirt & oil up 0.01 micron
• Available in 1/4"- 1" sizes
• Available 20-150 scfm @ 100 PSI

Coalescers

• Removes dirt and oil up to 0.01 micron
• Available in 1/4" NPT - 6" ASA (150#) flange sizes
• Available in 60-3000 scfm @ 100 PSI

Oil Extractor

• Removes water, dirt & oil vapor up to 1.0 micron
• Available in 1/2" - 1" sizes
• Available in 60-150 scfm @ 100 PSI

Oil Extractor Combo

• Removes water, dirt, oil & oil vapor up to 0.01 micron/0.003 ppm
• Available in 1/2" - 1" sizes
• Available in 60-150 scfm @ 100 PSI

Eliminator II Desiccant Dryer

• Lowers dew point to -40ºF
• Removes water, dirt and light oil
• Handles up to 30 scfm
• True moisture indicator downstream
• Available in 1/4", 3/8" & 1/2" NPT Port Size
• 1/4" Regulator & Gauge Optional

DRAD Regenerative Desiccant Systems

• Lowers dew point to -40ºF or -100ºF (optional)
• Simple, effecient, with only 2 moving parts
• 4-30 scfm outlet @ 100 PSI available

Dryers & Compressors

• Energy efficient cycling dryers reduce costs up to 80%; Compact, low maintenance
• Rotary screw & piston compressors available 5-300 HP, long lasting, easy to service

Regulators & Heavy Duty Regulators

• Different sizes and styles to meet your needs.

Lubricators & Heavy Duty Lubricators

• Different sizes and styles to meet your needs.

Food Grade, 316 Stainless Steel, High Pressure Products

• Meet the needs of the food industry where FDA specs must be followed.
• 316 SS construction available in 60, 90 & 150 scfm
• High pressure units are perfect for natural gas applications