Beko CLEARPOINT V User manual

EN
Installation and Operation Manual
Activated Carbon Tower
CLEARPOINT®V
V models 1000-2800
READ MANUAL BEFORE INSTALLATION AND OPERATION

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 3
Contents
1. SAFETY AND SYSTEM PRECAUTIONS ................................................................................................................................5
1.1 Definition of the Safety Symbols...........................................................................................................................5
1.2 Operational Warnings .........................................................................................................................................5
2. INSPECTION AND TRANSPORTATION ...............................................................................................................................6
3. TECHNICAL SPECIFICATIONS AND GENERAL FUNCTION ..................................................................................................6
3.1 Technical Data by Model Size ..............................................................................................................................6
3.2 Correction Factors ...............................................................................................................................................7
3.3 General Function .................................................................................................................................................8
3.4 Flow Diagram .......................................................................................................................................................8
4. INSTALLATION .....................................................................................................................................................................9
4.1 Design and Use of the Activated Carbon Tower .................................................................................................9
4.2 Location and Installation ...................................................................................................................................10
4.3 Optimal Installation Diagram ............................................................................................................................11
5. ACTIVATED CARBON TOWER OPERATION ......................................................................................................................12
5.1 Start-Up .............................................................................................................................................................12
5.1.1 Verification Prior to Start-up .............................................................................................................12
5.1.2 Activated Carbon Fill Procedure .......................................................................................................12
5.1.3 Start-up Procedures ..........................................................................................................................13
5.2 Isolation and Shut Down Procedure .................................................................................................................13
6. MAINTENANCE AND SERVICE .........................................................................................................................................14
6.1 Maintenance and Service Information .............................................................................................................14
6.1.1 Routine Maintenance ........................................................................................................................14
6.1.2 Activated Carbon Fill Procedure .......................................................................................................14
6.2. Maintenance and Spare Parts ..........................................................................................................................15
6.2.1 Required Maintenance Parts ............................................................................................................15
6.2.2 Spare Parts ........................................................................................................................................15
6.2.2 Activated Carbon Replacment ..........................................................................................................15

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 4
7. TROUBLESHOOTING GUIDE .............................................................................................................................................16
8. DISMANTLING OF THE ACTIVATED CARBON TOWER ......................................................................................................16
9. GENERAL DESCRIPTION OF PARTS ..................................................................................................................................16
For technical product support please call [phone] and select Option 2

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 5
1. SAFETY AND SYSTEM PRECAUTIONS
1.1 Definition of the Safety Symbols
Before attempting any
service, please read
the manual
General Warning:
Risk of damage or injury
Electrical Hazard:
Possibility of
electrocution
Warning:
Under pressure
Warning:
High temperature
Warning:
Non-breathable air
Warning:
Water cannot be used
to extinguish fire
Warning:
Do not operate if parts
are missing or have been
tampered with
Warning:
Machine level noise
may exceed 85 dBA
Warning:
Personal
protection
required
Warning:
All work to be
performed by qualified
personnel only
Operations that can be
performed by qualified
operators1
Compressed air inlet connection
Compressed air outlet connection
Connection point for condensate drain
1Only experienced and trained personnel familiar with all of the relevant laws, rules and regulations, capable to perform the needed activities and to identify and avoid
possible dangerous situations while handling, installing, using and servicing the machine.
1.2 Operational Warnings
WARNING: VESSELS UNDER PRESSURE
+In most countries, states, cities and/or local municipalities the installation, operation and
maintenance of devices where pressure vessels are in use are subject to local boiler and pressure
vessel regulations.
+The end user is responsible for following all of the relevant laws, rules and regulations and ensuring
that only experienced and trained personnel install and/or operate the carbon tower.
+In most countries, states, cities and/or local municipalities the installation may only be carried out by
a licensed installation company. Inspections must be carried out by a qualified and licensed third-
party firm in accordance with all applicable laws, rules and regulations for the region where the
carbon tower is installed.
+The pressure vessels used in this device are built according to the American Society of Mechanical
Engineers (ASME) standard Section 8, Division 1.
Compressed Air Warning:
Compressed air is a highly dangerous energy source.
+Never work on the carbon tower while components are under pressure.
+Never point the compressed air stream or the condensate drain outlet towards anybody.
The end user is responsible for the installation of the carbon tower as laid out in this manual. If proper
commissioning steps are not followed, the warranty will be void and dangerous situations involving injury or
death and/or damages to the machine could occur.
Any change to the machine or to the standard operating parameters (see page 6), if not previously verified
and authorized by the manufacturer, in addition to creating a potentially dangerous situation, will void the
warranty.
ARIA
AIR
LUFT
AIR

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 6
Don’t use water to extinguish fire on the dryer or in the surrounding area.
2. INSPECTION AND TRANSPORTATION
All activated carbon towers are tested and inspected at the factory prior to shipping. Thoroughly inspect and verify the
integrity of the packaging upon receipt and note any damage on the freight bill. Place the unit as close as possible to the
installation point before unpacking the contents and inspect for concealed damage. Freight claims are to be filed with
the carrier immediately and the manufacturer’s technical service department notified thereafter.
+To move the packaged unit, we suggest the use of a suitable crane or forklift. We do not recommend moving the
unit by any hand operated or manual mechanism.
+Handle with care. Heavy blows could cause irreparable damage.
+Even when packaged, keep the machine protected from severe weather.
The packaging materials are recyclable. Each material must be properly disposed in a manner complying
with the rules and regulations of the local municipality government.
3. TECHNICAL SPECIFICATIONS AND GENERAL FUNCTION
3.1 Technical Data by Model Size
CLEARPOINT® V
Model / Size
1000
1200
1500
1900
2300
2800
Flow Rate
scfm
1000
1200
1500
1900
2300
2800
Inlet / Outlet Connection (Flange)
in.
2-1/2”
2-1/2”
3”
3”
4”
4”
Height (A)
in.
86
85
90
78
93
83
Width (B)
in.
24
26
28
36
36
40
Depth (C)
in.
27
28
29
36
35
41
Adsorbent Material
Activated Carbon
1/8”
Total Weight
lbs.
354
428
536
729
853
1105
Maximum Inlet Relative Humidity
%
30
Maximum Inlet Oil Aerosol
Content
mg/m3
0.01
Minimum Ambient Temperature
°F
40
Maximum Ambient Temperature
°F
120
Standard Inlet Air Temperature
°F
100
Maximum Inlet Air Temperature
°F
120
Standard Air Pressure
psig
100
Maximum Air Pressure
psig
150
Activated carbon tower flow ratings adhere to the following conditions:
+Inlet Compressed Air Temperature 100 °F (38 °C)
+Inlet Compressed Air Pressure 100 psig (7 bar)
+Ambient Air Temperature 100 °F (38 °C)
SCFM is defined as the volume of free air in cubic feet per minute measured at 14.5 psia (1.013 bar) at 68 °F (20 °C)
temperature with 0% relative humidity (0 WVP).

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 7
3.2 Correction Factors
Operating Pressure
Correction Factors
60
PSIG
70
PSIG
80
PSIG
90
PSIG
100
PSIG
110
PSIG
120
PSIG
130
PSIG
140
PSIG
150
PSIG
Correction Factor
0.65
0.74
0.83
0.91
1.00
1.12
1.16
1.20
1.25
1.29
How to size the carbon tower capacity for actual conditions: How to select the carbon tower for actual conditions:
ADJUSTED CAPACITY = ADJUSTED CAPACITY =
Standard Flow Rate x Correction Factor System Flow Rate ÷ Correction Factor
Example: Example:
Dryer Model: CLEARPOINT® V 250 System Flow Rate: 300 scfm
Standard Flow Rate: 250 scfm Operating Conditions: 130 psig
Operating Conditions: 110 psig ADJUSTED CAPACITY = 300 scfm ÷ 1.20 = 250 scfm
ADJUSTED CAPACITY = 250 scfm x 1.12 = 280 scfm Select Model: CLEARPOINT® V 250

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 8
3.3 General Function
The CLEARPOINT® V activated carbon towers use a single pressure vessel, filled with an adsorption material (⅛” activated
carbon as standard) to remove oil aerosol and oil vapor from the compressed air system. As the compressed air flows
across the activated carbon, oil aerosol and oil vapor adsorb onto the surface and pores thus removing it.
During this process, there is no regeneration of the activated carbon. As a result, it will become saturated over time and
must be replaced as it will no longer function to remove oil.
To achieve maximum effectiveness of the activated carbon, pretreatment of the compressed air is required. Oil aerosols
must not exist in high concentration above 0.01 mg/m3and, the compressed air should be pre dried with a relative
humidity not exceeding 30%.
Other conditions that may affect the operating life of an activated carbon tower are:
+Higher volume flow
+Higher concentration of oil aerosols
+Increased operating pressure
+Increase relative humidity
During operation, there is a possibility for activated carbon solid particles (as fine powder) to be released, that are
particularly abrasive and can be extremely damaging to downstream components and users.
For the above reasons, it is required that the compressed air system before and after the carbon tower, be equipped with
the following:
+30% RH or better pre-dryer; achieved with either a refrigeration or desiccant dryer
+0.01 micron filtration grade coalescing pre-filter with differential pressure gauge + automatic drain
+1.0 micron filtration grade particulate post-filter (differential gauge optional) with a manual drain
The purpose of the carbon tower is the separation of oil aerosol and oil vapor in compressed air. It is not
intended to separate other contaminants that are present in compressed air. The compressed air output
from this unit cannot be used for respiration purposes of any kind.
3.4 Flow Diagram
Number
Name
Number
Name
1
0.01µm Pre-filter with Manual Drain
3
Vessel Pressure Gauge
2
Pressure Relief Valve
4
1.0 µm Post-filter with Manual Drain

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 9
4. INSTALLATION
4.1 Design and Use of the Activated Carbon Tower
The CLEARPOINT® V activated carbon tower has been designed, manufactured and tested to be used only to separate oil
aerosol and oil vapor contained in compressed air, any other use is considered to be improper. The manufacturer is not
responsible for any problems arising from the improper use of this machine. The end user, in any and all cases, is
responsible for any resulting damages.
Moreover, the correct use of this machine requires the verification of certain installation conditions, in particular:
+Pressure, temperature, flow rate and chemical composition of the incoming compressed air
+Ambient temperatures
The carbon tower is supplied with the only operations left for the end user to: fill the tower with activated carbon and
connect to the plant with the instructions given in this manual.
4.2 Location and Installation
Serious consideration should be given when selecting the installation site for the carbon tower, as an
improper location could directly affect the proper operation of the carbon tower.
This unit is not suitable to be used in explosive atmospheres, where risk of fire could exist, in the presence
of gaseous or solid pollutants or in outdoor applications or areas exposed to the elements.
Do not use water to extinguish fire on the dryer or in the surrounding area.
Machine level noise at the area of installation could be higher than 85 dBA. Install the unit in a dedicated
area where people are not normally present. The installer and/or end user is responsible to install proper
safety signs at the installation site.
Technicians that service the carbon tower in an area with excessive noise must wear hearing and eye
protection while servicing the in an area with. Each employee must select a proper personal protection
device (PPD) hearing protector such as earmuffs, ear canal caps or earplugs in order to prevent permanent
hearing damage or loss.
Minimum Installation Requirements:
+Select a clean, dry room that is free of dust and protected from atmospheric disturbances.
+The location must be smooth, horizontally level, able to bear the weight of the carbon tower and vibration free
+The location area must fall within the ambient conditions as listed on page 6
+Allow a clearance of at least 3’ on all sides of the carbon tower in order easily facilitate all maintenance needs
+While recommended, the carbon tower is not required to be anchored to the supporting surface
+An upstream dryer and filtration must be installed
+The location of an air receiver tank will vary depending on compressor type and application conditions
Incorrect installation may void warranty.

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 10
NOTE: All piping connections should be inspected prior to installation to ensure they have maintained their integrity
during shipping and locating the dryer.
First, make the initial connections as follows:
1. Coalescing Pre-filter
2. Inlet piping including an isolation valve
3. Outlet piping including an isolation valve
4. Particulate post-filter
Inlet air entering the carbon tower must pass be pretreated. Oil aerosols must not exist in high concentration above 0.01
mg/m3and, the compressed air should be pre dried with a relative humidity not exceeding 30%. Not following this
practice will lead to overloading the carbon tower, permanently reduce the capacity and rapid deterioration of the
activated carbon material.
It is required that the compressed air system before and after the carbon tower, be equipped with the following:
+30% RH or better pre-dryer; achieved with either a refrigeration or desiccant dryer
+0.01 micron filtration grade coalescing pre-filter with differential pressure gauge
+1.0 micron filtration grade particulate post-filter (differential gauge optional) and with a manual drain
Activated carbon dust traveling downstream of the carbon tower may cause contamination and/or accelerated wear to
other components and equipment. Therefore, a particulate post-filter should be used to prevent desiccant dust from
traveling downstream. Activated carbon is considered a nuisance dust and proper precautions should be taken during
handling (refer to applicable MSDS sheet).
5. IMPORTANT! Bypass piping is necessary. Only bubble tight valves should be used.
6. Points of access should be provided upstream and downstream of the carbon tower for pressure and
temperature monitoring prior to finalizing the installation. These access points can also serve as
periodic monitoring of oil aerosol and oil vapor carryover, to determine whether the carbon tower is
performing optimally. We recommend using METPOINT® instrumentation to ensure accurate
measurements.
7. All piping must be adequately supported and at least of equal size to the carbon tower connections.
Before any attempt is made to operate the carbon tower, the operator must thoroughly read and understand
this installation and operation manual.

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 11
4.3 Optimal Installation Diagram
1
Air Compressor
2
After Cooler
3
CLEARPOINT® Inline Water Separator
4
CLEARPOINT® 5.0 Micron (Grade G) Filtration
5
Receiver Tank
6
CLEARPOINT® 1.0 Micron (Grade F) Filtration
7
DRYPOINT® XCp Desiccant Dryer (shown with CLEARPOINT® Pre and Post-filtration)
8
CLEARPOINT® 0.01 Micron (Grade F) Filtration
9
Condensate Drainage Points for BEKOMAT®
10
CLEARPOINT® V Activated Carbon Tower
11
Dry Air Outlet
Optimal installation is with moderately sized receivers at the inlet and outlet side of the dryer and carbon tower. This
allows for the additional free cooling and moisture collection and more consistent dryer inlet flow provided by an
upstream receiver, while providing the most reliable shop air supply due to the downstream receiver.
Under no circumstances should the peak demand air flow exceed the maximum rated air flow of the each system
component.

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 12
5. ACTIVATED CARBON TOWER OPERATION
5.1 Start Up
5.1.1 Verification Prior to Start Up
Verify that the operating parameters match with the acceptable ranges indicated on the data plate of the
carbon tower (air pressure, air temperature, ambient temperature, etc.). This is not the same as the ASME
UW plate on the vessels and may be lower than what is stamped on the ASME UW plate.
Before delivery, each carbon tower completes a quality check for approval. Nevertheless, the unit could be damaged
during transportation. Therefore, we suggest checking the integrity of the carbon tower upon arrival (see page 6) and
observing the carbon tower during the first hours of operation.
The start-up must be performed by qualified personnel only. It is mandatory that the qualified person in
charge will verify safe operational conditions complying with the local safety and accident prevention
requirements.
The same qualified person will be responsible for the proper and safe operation of the carbon tower. Never
operate the carbon tower if any componentry is missing or appears damaged.
Service to be performed by qualified personnel only. The end user is responsible to ensure that the carbon
tower will never be operated with pressure that exceeds the maximum pressure rating of the unit. Operating
the carbon tower at a pressure higher than the maximum rating could be dangerous for both the operator
and the machine.
The inlet air temperature and air flow rate entering the carbon tower must be within the limits indicated on the data
plate.
5.1.2 Activated Carbon Fill Procedure
The CLEARPOINT® V activated carbon tower may be delivered without activated carbon filled in the vessel. This is done
for the ease of transportation and the higher center of gravity resulting from the carbon tower after it is filled. Activated
carbon filling should only be done by an experienced professional. Personal protection equipment (PPE) must be used
when filling activated carbon into a carbon tower such as: dust mask, proper full cover eye protection and protective
clothing including gloves.
1. Make sure the carbon tower is properly placed in the installation location. The unit may be bolted
down before filling.
2. Verify the vessel pressure gauge reads zero (0) psig.
3. The carbon tower’s activated carbon fill port is shared with the high pressure relief valve. Therefore,
you must remove the bushing from the port that holds the valve before filling can be done.
4. Fill the carbon tower with the correct amount of activated carbon according to the chart below:
‘Activated Carbon Fill Chart’ (a funnel may help in this process)
5. Re-tape the threading on the pressure relief valve’s bushing with a Teflon sealing tape and replace.
6. Verify there are no leaks at the pressure relief valve location.

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 13
5.1.3 Start-up Procedures
During the first start-up or start-up after a long period of inactivity or following maintenance, the technician
must comply with the instructions below. The start-up must be performed by qualified personnel only.
The employee that operates the machine must wear hearing and eye protection before operating the dryer.
Each employee must select a proper personal protection equipment and device (PPE & PPD) hearing
protector such as earmuffs, ear canal caps or earplugs in order to prevent permanent hearing damage or
loss.
Start-up Sequence
+Please read and understand the entire manual before operating the carbon tower
+Verify that all the steps of in the previous chapters relating to installation have been observed
+Verify that the connection to the compressed air system is correct
+Remove any packaging and other material that might obstruct the area around the carbon tower
Before bringing pressure to the activated carbon tower, your compressor should be running, your compressed air system
pressurized and the carbon tower bypassed and not yet pressurized. With the dryer bypassed and in isolation (see page
14).
1. SLOWLY open the inlet isolation valve allowing compressed air into the carbon tower. It is critical that
the carbon tower be pressurized slowly to prevent damage to the activated carbon bed. Keep the outlet
isolation valve closed at this time.
2. SLOWLY open the outlet isolation valve. All valves are now in their open positions and compressed air is
flowing through the carbon tower and downstream.
3. Close the carbon tower bypass valve. The bypass valve must be bubble tight to prevent any oil vapor
from contaminating the dry air outlet from the dryer.
4. Check all piping for compressed air leaks.
5.2. ISOLATION AND SHUT DOWN PROCEDURES
Users operating the machine must wear hearing and eye protection. Each employee must select a proper
personal protection device (PPD) hearing protector such as earmuffs, ear canal caps or earplugs in order to
prevent permanent hearing damage or loss.
Isolation
1. Open the bypass valve.
2. Close the outlet isolation valve.
3. Close the inlet isolation valve.
Depressurization and Shut Down
1. Open the bypass valve.
2. Close the outlet isolation valve.
3. Close the inlet isolation valve.
4. Open the manual ball valves on any filters with manual ball valves to allow full depressurization. Also,
leave manual ball valves on filter open during maintenance and service.
IMPORTANT! Always remove all pressure and disconnect all power before servicing the carbon tower.
To bring the carbon tower back in use, follow the start-up procedure in Section 5.1: Start Up

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 14
6. MAINTENANCE AND SERVICE
6.1 Maintenance and Service Information
6.1.1 Routine Maintenance
The service must be carried out only by a qualified technician.
Before any service is carried out, always verify that:
+Depressurize the unit and ensure the unit is isolated from the compressed air system (see page
14)
The personnel that service the machine must wear hearing and eye protection before operating the carbon
tower. Each employee must select a proper personal protection device (PPD) hearing protector such as
earmuffs, ear canal caps or earplugs in order to prevent permanent hearing damage or loss.
DAILY
+Check the differential pressure of any installed pre and post filtration
+Check that the tower pressure gauge reads full line pressure
ANNUALLY
+Replace the pre and post filter elements
+Check the air quality for oil aerosol and oil vapor content. Replace the activated carbon material in
the tower as necessary
6.1.2 Activated Carbon Replacement
CAUTION: Activated carbon dust is considered a nuisance dust. Proper precautions should be taken prior to
replacing the desiccant material in the dryer. Please refer to the Material Safety Data Sheet (MSDS).
1. Isolate and shut down the carbon tower (see page 13).
2. Place a suitable container at the edge of the drain port on the bottom of the tower that are located on the
bottom.
3. Open the drain port on the bottom of the tower and catch the activated carbon in the container.
4. Refill the tower with the recommended type, size and quantity of activated carbon. Only use
manufacturer supplied activated carbon, which is high quality, high capacity activated carbon designed
and sized for the carbon tower.
5. Replace the drain port using thread sealant.
6. Carefully knock on the sides of the tower chamber while filling so that the activated carbon will pack
tightly. Some settling may be required in order to fit the specified fill amount into the tower. Tank sizes
may be the same for multiple models, so do not be concerned if the tower is not entirely full.
7. Activated carbon contaminated with oil or other substances may require different disposal methods and
procedures. Consult the appropriate MSDS and follow all applicable laws and regulations regarding
disposal.

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 15
6.2 MAINTENANCE AND SPARE PARTS
We strongly recommend stocking the suggested spare parts to help enable you to promptly carry out any required
maintenance and/or replace any parts that may fail without having to wait for the parts to be delivered. If you need to
replace any other parts, please contact your local distributor or BEKO Technologies, Corp. Technical Service Department
at [phone] for assistance.
6.2.1 Required Maintenance Parts
Interval
DESCRIPTION
Order No.
1000
1200
1500
100
120
160
200
250
300
400
500
650
800
1900
2300
2800
Annual
Pre-filter Element 0.01 μm
25SX
4038116
⧫
27SX
4038154
⧫
30SX
4038155
⧫
32SX
4038156
⧫
88SX
4038117
3 ⧫
3 ⧫
Post-filter Element 1.0 μm
25FX
4038109
⧫
27FX
4038145
⧫
30FX
4038146
⧫
32FX
4038147
⧫
88FX
4038110
3 ⧫
3 ⧫
Annual
Activated Carbon
⅛” Activated Carbon
(total weight in lbs. per adsorber)
4034197
(55 lb bag)
354
428
536
729
853
1105
6.2.2 Spare Parts
DESCRIPTION
Order No.
1000
1200
1500
1900
2300
2800
Pressure Relief Safety Valve
1/4” Pressure Relief Safety Valve
4026666
⧫
1/2” Pressure Relief Safety Valve
4026667
⧫
3/4” Pressure Relief Safety Valve
4026668
⧫
⧫
⧫
⧫
Tower Pressure Gauge
2½” 0-160 psig Pressure Gauge
4026663
⧫
⧫
⧫
⧫
⧫
⧫
Tower Screen
2-1/2” Inlet / Outlet Screen
4029150
2 ⧫
2 ⧫
3” Inlet / Outlet Screen
4029151
2 ⧫
2 ⧫
4” Inlet / Outlet Screen
4029152
2 ⧫
2 ⧫
¾” Wire Mesh Screen
4027428
⧫
⧫
⧫
⧫
⧫
⧫
Gaskets for Tower Screens
2-1/2” Flange Gasket
4029146
4 ⧫
4 ⧫
3” Flange Gasket
4029147
4 ⧫
4 ⧫
4” Flange Gasket
4029148
4 ⧫
4 ⧫
Ball Valve
¼” Male-Female
4034538
⧫
⧫
⧫
⧫
⧫
⧫
NOTE: When inquiring about any other part always indicate the data listed on the identification plate.

CLEARPOINT® V Series Activated Carbon Tower (Rev. B) 16
7. TROUBLESHOOTING GUIDE
The troubleshooting and the eventual checks must be performed by qualified personnel only.
The technician that services the machine must wear hearing and eye protection while servicing the dryer.
Each employee must select a proper personal protection device (PPD) hearing protector such as earmuffs,
ear canal caps or earplugs in order to prevent permanent hearing damage or loss.
PROBLEM
POSSIBLE CAUSE and SUGGESTED ACTION
❖Leak Detected in a
Component (such as:
Pressure Gauge, PRV,
etc…)
Check each component connection or fitting.
Refit or replace component.
❖High Oil Carryover
Replace activated carbon.
8. DISMANTLING OF THE DRYER
If the carbon tower is to be dismantled and disposed of then it must be split into groups of materials of construction.
Part
Material
Activated Carbon material
Activated carbon, Oil contaminated
Frame and supports
Carbon steel, Powder coated
Piping
Galvanized steel, Galvanized malleable iron, Brass, Aluminum
Towers and screens
Carbon steel, Stainless steel
Filter housing
Aluminum, Epoxy paint
Filter cartridge
Filtering material, PVC, Oil
Safety Valves
Brass, Bronze
We recommend complying with the safety rules and regulations for the disposal of each type of material.
The adsorption material and the filter cartridge will contain droplets of lubrication oil. Do not dispose of
these materials in the environment. All local Governmental laws and regulations must be followed in
disposing of the above listed materials.
9. GENERAL DESCRIPTION OF PARTS
+Activated Carbon –An adsorbent used for removing oil vapor. The proper quantity, size and type are necessary.
+Safety Relief Valves –Valves on each tower to protect the vessels from overpressure situations. The setting is
indicated on each valve.

CLEARPOINT® V Series Activated Carbon Tower (Rev. B)
For technical product support please call [phone] and select Option 2