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3M Purification Micro-Klean™ RT Series All-Polypropylene Rigid Thermal Bonded Filters Lenntech [email protected] Tel. +31-152-610-900 www.lenntech.com Fax. +31-152-616-289

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Page 1: Micro-Klean™ RT Series All-Polypropylene Rigid Thermal ... · 4 Consistent Reduction Efficiency The rigid Micro-Klean™ RT series structure resists deformation, filter by-pass,

3M Puri�cation

Micro-Klean™ RT Series All-Polypropylene Rigid Thermal Bonded Filters

[email protected] Tel. +31-152-610-900www.lenntech.com Fax. +31-152-616-289

Page 2: Micro-Klean™ RT Series All-Polypropylene Rigid Thermal ... · 4 Consistent Reduction Efficiency The rigid Micro-Klean™ RT series structure resists deformation, filter by-pass,

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Micro-Klean™ RT Series Filter Cartridges Advancing Depth Filtration Through Technological Innovation Micro-Klean™ RT series filters, manufactured using 3M Purification Inc.'s rigid extrusion bonded technology, are all-polypropylene depth filter cartridges offering premium features including:

• consistent particle reduction efficiencies throughout the filter's life,

• increased surface area for extended filter life,

• low initial pressure drop for enhanced flow, and

• high particle reduction efficiencies at high flow rates (flux).

The filter's extended service life results in fewer filter change-outs while its enhanced flow characteristics can typically reduce the number of filters required to achieve a given flow rate. These combined features of Micro-Klean RT series filters can significantly reduce total filtration costs.

Micro-Klean™ RT Series Filter Construction The unique Micro-Klean RT series filter manufacturing process combines the superior process control with the quality assurance enabled by an ISO 9001 certified quality system to provide consistent product performance. 3M Purification exclusive manufacturing process provides a high degree of fiber-to-fiber thermal bonding, without the use of binders, to produce a rigid, core-less, filter structure with the following properties:

• does not unload contaminants with increasing differential pressure like typical meltblown filters,

• allows grooves to be machined into the upstream surface, without tearing or melting the filter structure, providing more than double the effective surface area, and

• exhibits exceptionally low differential pressure for a given filter rating.

Consistent filtration throughout the service life of a depth-style filter depends on how well the filter’s structure tolerates fluctuations in operating conditions – including contaminant loading and differential pressure. Flexible structures, such as those found in typical meltblown and string-wound filters, tend to compress and change porosity with increased pressure, while rigid structures do not (Photo 1). Media compression can result in short filter life because the pores collapse and ultimately close.

Media compression can also cause the filter to release already held particles. The robust Micro-Klean RT series filter captures and retains contaminant within its rigid filter matrix, even under increasing differential pressure. In addition, the unique depth filter structure of the Micro-Klean RT series filter provides a significant increase in contaminant holding capacity and provides greater flow capacity at a given pressure.

Unlike soft meltblown and string-wound filters that require core support, the Micro-Klean RT series filter is self-supporting and is grooved to provide greater than twice the surface area. The increase in surface area prevents premature blinding of the outer surface by large particles and gels and promotes fuller utilization of the depth-matrix. The result is significantly longer life than competitive cartridges.

GROOVED SURFACE

INCREASE IN SURFACE AREA

Compressible Rigid

FLOW

Photo 1. – Compressible vs Rigid Structures @ 35 psid

Page 3: Micro-Klean™ RT Series All-Polypropylene Rigid Thermal ... · 4 Consistent Reduction Efficiency The rigid Micro-Klean™ RT series structure resists deformation, filter by-pass,

Micro-Klean™ RT Series All-Polypropylene Rigid Thermal Bonded Filters

3

INCREASE IN SURFACE AREA

3

Micro-Klean™ RT Series Filter Performance Micro-Klean™ RT series filters exhibit superior filtration characteristics. The rigid construction allows for enhanced performance compared to other filter structures with equivalent reduction ratings.

Superior Service LifeExtensive testing of Micro-Klean RT series filters has demonstrated an appreciable advantage in service life. Graph 1 compares rigid Micro-Klean RT series filters to typical meltblown and string-wound filters of equivalent efficiency. All filters were challenged under identical conditions. Comparison of test results, when test filters are subjected to the same contaminant load up to 20 psid, shows the relative life of the test filters. As depicted, Micro-Klean RT series filters typically provide nearly twice the life of its closest competitor, and up to 10 times or more the life of some competitive filters.

Features & BenefitsRigid depth filter construction

■■ Reduces unloading at high differential pressure■■ Efficient reduction of deformable materials■■ Consistently superior particle reduction throughout filter life and at high flow rates (flux).

Enhanced contaminant holding capacity■■ Fewer filter change outs■■ Long filter life

Grooved cartridge with extended surface area■■ Promotes fuller utilization of the depth-matrix■■ Long filter life

All-polypropylene construction■■ Compatibility in a wide range of applications and operating conditions■■ No adhesives, binders, surfactants, lubricants

Materials of construction listed in FDA 21CFR and ANSI / NSF Standard 42 and 61 certified

■■ Complies with regulations for food and beverage contact■■ Approved for use in potable water applications

Core-less filter structure■■ Ease of disposal via incineration or shredding

Continuous integral length filter element (up to 40")■■ No bond joints to break■■ Easy to install 0

25

50

75

100

Perc

ent (

%) o

f M

icro

-Kle

an™

RT

Serie

s Fi

lter L

ife

Micro-Klean™ RT Series Meltblown 1Meltblown 2 Wound FilterMeltblown 3

Perc

ent (

%) o

f Mic

ro-K

lean

™ R

TSe

ries

Effic

ienc

y

Micro-Klean™ DF RT Series Filter Meltblown Filter 1Meltblown Filter 2 Wound Filter

Per

cent

(%) o

f P

olyK

LEA

N E

ffic

ienc

y

0

25

50

75

100

Initial 0.5 1 10

Differential Pressure (psid)

Graph 1 . – Life Comparison of Filters Exhibiting Similar Efficiency

Graph 2. – Efficiency Comparison of Filter Cartridges Rated at 5 Microns Efficiency

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44

Consistent Reduction Efficiency The rigid Micro-Klean™ RT series structure resists deformation, filter by-pass, compression, and particle unloading. This allows Micro-Klean RT series filters to achieve excellent filtration efficiency up to its recommended change-out pressure (35 psid), while typical melt blown and wound structures exhibit significant drops in reduction efficiency at much lower differential pressures ( 10 psid).

To demonstrate the Micro-Klean RT series filter’s reduction consistency, efficiency at four sampling points (initial, 0.5 psid, 1 psid, and 10 psid) was measured on Micro-Klean RT series filters and typical melt blown and wound structures. All equivalently rated filters were tested under the same conditions to enable direct comparison.

As shown in Graph 2, Micro-Klean RT series filters display a stable, consistently higher contaminant reduction throughout the duration of the test. Note that the other melt blown and string wound structures yield erratic reduction and as such can not provide predictable performance even under controlled conditions of uniform contaminant loading and pressure.

Micro-Klean RT series filters are also capable of delivering consistent particle reduction efficiencies at high fluid flux (flow rate per surface area). This capability is demonstrated in Graph 3 which shows both reduction efficiency and differential pressure results from tests conducted with 25u Micro-Klean RT series cartridges at a fluid flux of 18 gpm per 10 inch length – six times higher than typical design flux for cartridge filters. Because of its rigid structure and high contaminant holding capability, Micro-Klean RT series cartridges are able to maintain high particle reduction efficiencies throughout the life of the filter at this high flux.

This consistent performance capability at high fluid flux makes Micro-Klean RT series an effective solution for systems where smaller housing size is desirable because of physical limitations or budgetary constraints. Utilizing Micro-Klean RT series cartridges at higher flux can also be beneficial for low contaminant load systems.

Lower Initial Differential Pressure The unique design and construction of the Micro-Klean RT series element allows for significantly lower pressure drop when compared to competitive elements. Graph 4 clearly demonstrates the Micro-Klean RT series flow advantage when compared to other 5 m rated competitive meltblown and wound cartridges. For a given differential pressure, Micro-Klean RT series filters yield flows up to ten times that of competitive filters. When sizing a system for a given process flow rate, this is a significant advantage and translates into lower capital investment for filter housings and fewer cartridges to purchase. For example, as shown in Table 1, in a process with a water flow rate of 180 gpm

20

0

40

60

80

100

20

0

40

60

80

100

0 40 80

Part

icle

Rem

oval

Effi

cien

cy (%

)

Diff

eren

tial P

ress

ure

(psi

d)

Percent of Filter Life20 60

Particle Removal

Differential Pressure

100

1.0

0

2.0

3.0

0.1

0.2

0.34.0

5.0

0 4 8

Diff

eren

tial P

ress

ure

(psi

d)

Water Flow (lpm)

Water Flow (gpm)2 6

GE Osm

onics

Hytrex

Filte

rs

Pall Claris Filters

Micro-Klean™ RT Series Filters

Parker Fulflo Honeycomb

Wound PolyPropylene Filters

10

10 20 30

Table 1. – Comparison of 5 Micron Filters in a Water System

Filter 30" Filters Required for a 180 gpm Flow Rate*

Housing Diameter (inches) Required for 30" Double

Open End Filters

Micro-Klean™ RT Series Filters 12 12

Parker Fulflo® Honeycomb™ Wound Polypropylene Filters

29 20

Osmonics Hytrex® Filters 60 30

Pall Claris® Filters 24 16

*Based on the manufacturers literature piece specification

Graph 3. – Particle Reduction Efficiency at Increased Flux

Graph 4. – Flow vs. Differential Pressure (see note * in Table 1)

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Micro-Klean™ RT Series All-Polypropylene Rigid Thermal Bonded Filters

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Table 2. – Micro-Klean™ RT Series Filter Specific Pressure Drop (SPD)Nominal Rating

(µm)Specific Pressure Drop per 10" Filter (psid/gmp-Cp)

Specific Pressure Drop per 10" Filter (mbar/lmp-Cp)

1 0.073 1.330

5 0.042 0.765

10 0.025 0.455

25 0.015 0.273

50 0.010 0.182

75 0.006 0.109

ApplicationsIndustrial Plating, Desalination plants, Pulp & paper, Additives,

Process cooling water, Parts Washing, Peroxide, Mechanical seals

Coatings Resin manufacturers (water & solvent), Trade architectural paint, Ink

Food & Beverage Bottled water, Ready-To-Drink Beverages, Soft Drinks, Juice

Oil & Gas Amine & glycol, Prefiltration in waterflood,Process cooling water, Completion fluid

Chemical PE-PP, Intermediate grade chemicals, PVC-VCM, Herbicides, Pesticides

Electronics Printed Circuit Boards, CMP slurries, Electronic Capacitors, Video Displays, Pre-RO, CD/DVD

Pharmaceutical Pre-RO, Bulk pharmaceutical chemicals, Particle control in WFI, Rinse water, Active pharmaceutical ingredients

psid [mbar]

clean=

Equivalent number of 10 inch Cartridges in housing

total system gpm [lpm] viscosity in Cp SPD value

from Table 2((

( ())

) )

and a maximum clean pressure drop of 0.5 psid, a Micro-Klean™ RT series filter system requires significantly fewer cartridges and smaller filter vessels (compared to competitive filters) for greatly reduced capital costs.

Micro-Klean™ RT Series Filter System Sizing To size a system of Micro-Klean™ RT series filters, flow vs. differential pressure data is provided in Table 2.

To calculate filter’s clean pressure drop for Newtonian fluids, use the following formula in conjunction with the Specific Pressure Drop Values. The Specific Pressure Drop values may be effectively used when three of the four variables (Viscosity, Flow, Differential Pressure, and Cartridge Grade) are set. Care must be taken when sizing Micro-Klean RT series filtration systems. Select a filter housing that will accept at least the required number of 10 inch filter elements, and ensure that the total system flow does not exceed the maximum housing flow rating.

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66

Chemical Compatibility The 100% polypropylene construction provides excellent chemical compatibility in many demanding process fluid applications. Compatibility is influenced by process operating conditions. Micro-Klean RT series cartridges should be tested under actual conditions to determine compatibility.

Scientific Applications Support Services (SASS) Dedicated technical support teams comprised of 3M Purification scientists and engineers are available to provide application specific recommendations for the most effective and economical filtration system. In addition to comprehensive testing and analyses conducted in advanced laboratories at 3M Purification Incorporated, the SASS staff can also perform on site-testing at customer’s facilities. Contact your 3M Purification Distributor for more information.

Service Worldwide 3M Purification is a U.S. based multinational company with distribution and manufacturing sites worldwide. Global manufacturing sites together with trained stocking distributors and state-of-the-art laboratory facilities bring quality solutions to challenging filtration applications.

Table 3. – Micro-Klean™ RT Series Filter Specifications Construction

Filter Media, End Connecter Polypropylene

Gaskets & O-ring Options (see ordering guide) Silicone, Fluorocarbon, EPR, Nitrile, and Polyethylene

Operating Conditions

Maximum Operating Temperature 176 °F (80 °C)

Maximum Differential Pressure

15 psid @ 176 °F (1.0 bar @ 80 °C)

25 psid @ 140 °F (1.7 bar @ 60 °C)

60 psid @ 68 °F (4.1 bar @ 20 °C)

Recommended Change-out Differential Pressure ß5 psid @ 68 °F (2.4 bar @ 20 °C)

Cartridge Dimensions

Inside Diameter (nominal) 1.1" (28 mm)

Outside Diameter (nominal) 2.6" (66 mm)

Length (nominal) see ordering guide 9 ¾" - 40" (248 - 1016 mm)

Regulatory

Micro-Klean RT series filters meet the requirements of USP for the Biological Test for Plastics, Class VI-70 °C.

Materials used in the manufacture of Micro-Klean RT series filters meet the requirements of USFDA 21 CFR for food and beverage contact Micro-Klean RT series filters have been certified to ANSI/NSF Standard 42 and 61.

Table 4. – Fluid CompatibilityChemical Temperature Chemical Temperature Chemical Temperature

Acetic Acid 20% 160 °F (71 °C) Hydrogen Peroxide 100 °F (38 °C) Sodium Carbonate 160 °F (71 °C)

Alkanolamines 140 °F (60 °) Methyl Ethyl Ketone 70 °F (21 °C) Sodium Hydroxide 70% 160 °F (71 °C)

Ammonium Hydroxide 10% 160 °F (71 °C) Mineral Oil 70 °F (21 °C) Sulfuric Acid 20% 160 °F (71 °C)

Beach 5.5% 120 °F (49 °C) Nitric Acid 20% 120 °F (49 °C) Sulfuric Acid (70%) 160 °F (71 °C)

Ethylene Glycol 160 °F (71 °C) Potassium Hydroxide 140 °F (60 °C) Urea 160 °F (71 °C)

Micro-Klean™ RT Series Filter Cartridge Specifications

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Micro-Klean™ RT Series All-Polypropylene Rigid Thermal Bonded Filters

77

3M™ SD Filter Housings (LITHSSD1)Available in a variety of sizesAccepts both single and double open end cartridges

3M™ CT Series Filter Housings (LITHSCT3)Available in a variety of sizes and materials Mounting bracket available

3M™ AL Series Filter Housings (LITHSAL1)Rugged economical design in cast iron and steelEasy assembly

CUNO™ CTG-Klean (LITHSCK1)Enclosed System Uses disposable filter pack Easy to use — housing clean-up reduced

3M™ 18D Series Filter Housings (LITHSBD1)Available in cast iron and steel, or 304 stainless steel Built-in valve for duplex or single operation

3M™ 1H Series Filter Housings (LITHS1H1)Ideal for high pressure applicationsDurable steel construction

3M™ 1M Series Filter Housings (LITHS1M1)Lightweight plastic construction Choice of 1 or 2 high cartridge models

3M™ ES Series Filter Housings (LITHSES1)Maximum design flexibility for a wide variety of system requirements ASME Code Choice of carbon steel, 304L or 316L stainless steel

3M™ 1B Series Filter Housings (LITHS1B1)Available in cast iron and steel, or 304 stainless steel Choice of 1 or 2 high cartridge models

3M™ Series Filter Housings (LITHSDC1)Available in a wide variety of sizes 304 stainless steel construction

3M™ PC Series Filter Housings (LITHSPC1) Features a removable cartridge pack for rapid change-out and easy cleaning ASME Code

3M™ ES Series Filter Housing – the 3M ES series filter housing is a durable high volume filter housing constructed from 316L stainless steel or carbon steel. With a cartridge capacity from 12- to 480- 10 inch filter elements, the 3M ES filter housing can accommodate a wide range of flow requirements. For more information, ask your local 3M Purification Distributor for brochure LITCHSES1

3M™ AL and 3M™ CT Series Filter Housings – 3M AL series and 3M CT series filter housings offer a wide range of sizes from one cartridge to eighteen cartridges. For more information, ask your local 3M Purification Distributor for brochure LITHSAL1 and LITHSCT3.

3M™ DC and 3M™ SD Series Filter Housings – 3M DC and 3M SD series filter housings offer a low cost alternative for low volume filtration. Constructed from reliable 304L stainless steel (Model 3M DC) or 316L stainless steel (Model 3M SD), these housings are available for a wide range of flow rates and applications. For more information, ask your local 3M Purification Distributor for brochure LITHSDC1 and LITHSSD1.

Micro-Klean™ RT series filters are available for use in a CUNO™ CTG-Klean System. This unique system design provides a totally enclosed system using separate pressure vessel and filter pack to isolate process fluid from housing. This system generally reduces the clean-up costs involved with filter change-out while protecting the work environment and the operator from exposure to the process fluid. Ask your local 3M Purification distributor for brochure LITCCK001.

3M™ VC Series Filter Housings (LITHSVC1)Polyvinylchloride construction Available for 2 or 3 high cartridges

3M™ Filter Housings3M Purification manufactures a full line of industry standard filter housings to meet most application requirements. Models are available for both gas and liquid service in a wide range of construction materials, from plastics to ASME Code with 316L stainless steel, to suit a variety of application needs. For more information about 3M™ filter housings, consult your local 3M Purification distributor and ask for the literature listed below.

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Important NoticeThe information described in this literature is accurate to the best of our knowledge. A variety of factors, however, can affect the performance of the Product(s) in a particular application, some of which are uniquely within your knowledge and control. INFORMATION IS SUPPLIED UPON THE CONDITION THAT THE PERSONS RECEIVING THE SAME WILL MAKE THEIR OWN DETERMINATION AS TO ITS SUITABILITY FOR THEIR USE. IN NO EVENT WILL 3M PURIFICATION INC. BE RESPONSIBLE FOR DAMAGES OF ANY NATURE WHATSOEVER RESULTING FROM THE USE OF OR RELIANCE UPON INFORMATION.

It is your responsibility to determine if additional testing or information is required and if this product is fit for a particular purpose and suitable in your specific application.

3M PURIFICATION INC. MAKES NO REPRESENTATIONS OR WARRANTIES, EITHER EXPRESS OR IMPLIED INCLUDING WITHOUT LIMITATION ANY WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR OF ANY OTHER NATURE HEREUNDER WITH RESPECT TO INFORMATION OR THE PRODUCT TO WHICH INFORMATION REFERS.

Cartridge Type Length Grade SurfaceMaterial

16 – Polypropylene G – Grooved 2 – Bulk 0 – NoneRT – Micro

Klean™ RT Series

09 – 9 ¾"*

10 - 10"

19 - 19 ½"*

20 - 20"

29 - 29 ¼"*

30 - 30"

39 - 39"

40 - 40"

B – 226 O-ring & Spear

C – 222 O-ring & Spear

F – 222 O-ring & Flat Cap

N – None

P – Polypropylene Core Extender

Q – Cap without Spring

R – Cap with Spring

A – Silicone

B – Fluorocarbon

C – EPR

D – Nitrile

G – Polyethylene**

H – Clear Silicone

N – None**

Y – 1 µm

B – 5 µm

C – 10 µm

F – 10 µm

L – 50 µm

Q – 75 µm

Ring Support End Modification Gasket/O-ringPackaging

Micro-Klean™ RT Series Filter Cartridge Ordering Guide

* Available with N or P end modifications only

** Available with N, P, Q, or R end modifications only

B C F N P Q R

This Micro-Klean RT series filter is tested and certified by NSF International against NSF/ANSI Standard 42 For Material Requirements Only*

This Micro-Klean RT series filter is tested and certified by WQA against NSF/ANSI Standard 61 For Material Requirements Only* * For End Treatment "P" and O-ring "H" consult factory.

[email protected] Tel. +31-152-610-900www.lenntech.com Fax. +31-152-616-289

Page 9: Micro-Klean™ RT Series All-Polypropylene Rigid Thermal ... · 4 Consistent Reduction Efficiency The rigid Micro-Klean™ RT series structure resists deformation, filter by-pass,

The below 3M Cuno Micro Klean RT‐series cartridge filters are all the models that are potentially possible in all variations.Please note that not all models are actually produced or on stock and some model numbers and names have become obsolete.Nevertheless this should help as cross reference table chart for Cuno filters nomenclature.

Micro‐Klean RT‐seriesRT09Y16G20BA RT09B16G20BA RT09C16G20BA RT09F16G20BA RT09L16G20BA RT09Q16G20BA RT40Y16G20BA RT40B16G20BA RT40C16G20BA RT40F16G20BA RT40L16G20BA RT40Q16G20BA RT19Y16G20BA RT19B16G20BA RT19C16G20BA RT19F16G20BA RT19L16G20BA RT19Q16G20BA RT30Y16G20BA RT30B16G20BA RT30C16G20BA RT30F16G20BA RT30L16G20BA RT30Q16G20BART09Y16G20BB RT09B16G20BB RT09C16G20BB RT09F16G20BB RT09L16G20BB RT09Q16G20BB RT40Y16G20BB RT40B16G20BB RT40C16G20BB RT40F16G20BB RT40L16G20BB RT40Q16G20BB RT19Y16G20BB RT19B16G20BB RT19C16G20BB RT19F16G20BB RT19L16G20BB RT19Q16G20BB RT30Y16G20BB RT30B16G20BB RT30C16G20BB RT30F16G20BB RT30L16G20BB RT30Q16G20BBRT09Y16G20BC RT09B16G20BC RT09C16G20BC RT09F16G20BC RT09L16G20BC RT09Q16G20BC RT40Y16G20BC RT40B16G20BC RT40C16G20BC RT40F16G20BC RT40L16G20BC RT40Q16G20BC RT19Y16G20BC RT19B16G20BC RT19C16G20BC RT19F16G20BC RT19L16G20BC RT19Q16G20BC RT30Y16G20BC RT30B16G20BC RT30C16G20BC RT30F16G20BC RT30L16G20BC RT30Q16G20BCRT09Y16G20BD RT09B16G20BD RT09C16G20BD RT09F16G20BD RT09L16G20BD RT09Q16G20BD RT40Y16G20BD RT40B16G20BD RT40C16G20BD RT40F16G20BD RT40L16G20BD RT40Q16G20BD RT19Y16G20BD RT19B16G20BD RT19C16G20BD RT19F16G20BD RT19L16G20BD RT19Q16G20BD RT30Y16G20BD RT30B16G20BD RT30C16G20BD RT30F16G20BD RT30L16G20BD RT30Q16G20BDRT09Y16G20BG RT09B16G20BG RT09C16G20BG RT09F16G20BG RT09L16G20BG RT09Q16G20BG RT40Y16G20BG RT40B16G20BG RT40C16G20BG RT40F16G20BG RT40L16G20BG RT40Q16G20BG RT19Y16G20BG RT19B16G20BG RT19C16G20BG RT19F16G20BG RT19L16G20BG RT19Q16G20BG RT30Y16G20BG RT30B16G20BG RT30C16G20BG RT30F16G20BG RT30L16G20BG RT30Q16G20BGRT09Y16G20BH RT09B16G20BH RT09C16G20BH RT09F16G20BH RT09L16G20BH RT09Q16G20BH RT40Y16G20BH RT40B16G20BH RT40C16G20BH RT40F16G20BH RT40L16G20BH RT40Q16G20BH RT19Y16G20BH RT19B16G20BH RT19C16G20BH RT19F16G20BH RT19L16G20BH RT19Q16G20BH RT30Y16G20BH RT30B16G20BH RT30C16G20BH RT30F16G20BH RT30L16G20BH RT30Q16G20BHRT09Y16G20BN RT09B16G20BN RT09C16G20BN RT09F16G20BN RT09L16G20BN RT09Q16G20BN RT40Y16G20BN RT40B16G20BN RT40C16G20BN RT40F16G20BN RT40L16G20BN RT40Q16G20BN RT19Y16G20BN RT19B16G20BN RT19C16G20BN RT19F16G20BN RT19L16G20BN RT19Q16G20BN RT30Y16G20BN RT30B16G20BN RT30C16G20BN RT30F16G20BN RT30L16G20BN RT30Q16G20BNRT09Y16G20CA RT09B16G20CA RT09C16G20CA RT09F16G20CA RT09L16G20CA RT09Q16G20CA RT40Y16G20CA RT40B16G20CA RT40C16G20CA RT40F16G20CA RT40L16G20CA RT40Q16G20CA RT19Y16G20CA RT19B16G20CA RT19C16G20CA RT19F16G20CA RT19L16G20CA RT19Q16G20CA RT30Y16G20CA RT30B16G20CA RT30C16G20CA RT30F16G20CA RT30L16G20CA RT30Q16G20CART09Y16G20CB RT09B16G20CB RT09C16G20CB RT09F16G20CB RT09L16G20CB RT09Q16G20CB RT40Y16G20CB RT40B16G20CB RT40C16G20CB RT40F16G20CB RT40L16G20CB RT40Q16G20CB RT19Y16G20CB RT19B16G20CB RT19C16G20CB RT19F16G20CB RT19L16G20CB RT19Q16G20CB RT30Y16G20CB RT30B16G20CB RT30C16G20CB RT30F16G20CB RT30L16G20CB RT30Q16G20CBRT09Y16G20CC RT09B16G20CC RT09C16G20CC RT09F16G20CC RT09L16G20CC RT09Q16G20CC RT40Y16G20CC RT40B16G20CC RT40C16G20CC RT40F16G20CC RT40L16G20CC RT40Q16G20CC RT19Y16G20CC RT19B16G20CC RT19C16G20CC RT19F16G20CC RT19L16G20CC RT19Q16G20CC RT30Y16G20CC RT30B16G20CC RT30C16G20CC RT30F16G20CC RT30L16G20CC RT30Q16G20CCRT09Y16G20CD RT09B16G20CD RT09C16G20CD RT09F16G20CD RT09L16G20CD RT09Q16G20CD RT40Y16G20CD RT40B16G20CD RT40C16G20CD RT40F16G20CD RT40L16G20CD RT40Q16G20CD RT19Y16G20CD RT19B16G20CD RT19C16G20CD RT19F16G20CD RT19L16G20CD RT19Q16G20CD RT30Y16G20CD RT30B16G20CD RT30C16G20CD RT30F16G20CD RT30L16G20CD RT30Q16G20CDRT09Y16G20CG RT09B16G20CG RT09C16G20CG RT09F16G20CG RT09L16G20CG RT09Q16G20CG RT40Y16G20CG RT40B16G20CG RT40C16G20CG RT40F16G20CG RT40L16G20CG RT40Q16G20CG RT19Y16G20CG RT19B16G20CG RT19C16G20CG RT19F16G20CG RT19L16G20CG RT19Q16G20CG RT30Y16G20CG RT30B16G20CG RT30C16G20CG RT30F16G20CG RT30L16G20CG RT30Q16G20CGRT09Y16G20CH RT09B16G20CH RT09C16G20CH RT09F16G20CH RT09L16G20CH RT09Q16G20CH RT40Y16G20CH RT40B16G20CH RT40C16G20CH RT40F16G20CH RT40L16G20CH RT40Q16G20CH RT19Y16G20CH RT19B16G20CH RT19C16G20CH RT19F16G20CH RT19L16G20CH RT19Q16G20CH 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RT20F16G20CC RT20L16G20CC RT20Q16G20CC RT29Y16G20CC RT29B16G20CC RT29C16G20CC RT29F16G20CC RT29L16G20CC RT29Q16G20CCRT10Y16G20CD RT10B16G20CD RT10C16G20CD RT10F16G20CD RT10L16G20CD RT10Q16G20CD RT39Y16G20CD RT39B16G20CD RT39C16G20CD RT39F16G20CD RT39L16G20CD RT39Q16G20CD RT20Y16G20CD RT20B16G20CD RT20C16G20CD RT20F16G20CD RT20L16G20CD RT20Q16G20CD RT29Y16G20CD RT29B16G20CD RT29C16G20CD RT29F16G20CD RT29L16G20CD RT29Q16G20CDRT10Y16G20CG RT10B16G20CG RT10C16G20CG RT10F16G20CG RT10L16G20CG RT10Q16G20CG RT39Y16G20CG RT39B16G20CG RT39C16G20CG RT39F16G20CG RT39L16G20CG RT39Q16G20CG RT20Y16G20CG RT20B16G20CG RT20C16G20CG RT20F16G20CG RT20L16G20CG RT20Q16G20CG RT29Y16G20CG RT29B16G20CG RT29C16G20CG RT29F16G20CG RT29L16G20CG RT29Q16G20CGRT10Y16G20CH RT10B16G20CH RT10C16G20CH RT10F16G20CH RT10L16G20CH RT10Q16G20CH RT39Y16G20CH RT39B16G20CH RT39C16G20CH RT39F16G20CH RT39L16G20CH RT39Q16G20CH RT20Y16G20CH RT20B16G20CH RT20C16G20CH RT20F16G20CH RT20L16G20CH RT20Q16G20CH RT29Y16G20CH RT29B16G20CH 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RT10F16G20RN RT10L16G20RN RT10Q16G20RN RT39Y16G20RN RT39B16G20RN RT39C16G20RN RT39F16G20RN RT39L16G20RN RT39Q16G20RN RT20Y16G20RN RT20B16G20RN RT20C16G20RN RT20F16G20RN RT20L16G20RN RT20Q16G20RN RT29Y16G20RN RT29B16G20RN RT29C16G20RN RT29F16G20RN RT29L16G20RN RT29Q16G20RN

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