TM - Oltecoltec.fr/medias/Process-Technologie/Process-technologie - High Puri… · LFTH Series...

LufranTM Fluoropolymer Water Heaters: One of the most popular high purity waterheaters in the world. Proven technology for UPDI heating applications and suitable forthe most stringent high purity specifications. Constructed with all PTFE and PVDF wettedparts. Patented “purged” resistive element design offers exceptional MTBF of ten years.Third party certified to SEMI and UL standards, and CE compliant. Standard patentedDACTM software provides accurate temperature control for different flow and temperaturerequirements. Sizes available up to 312kW.

DI Water Heaters

Inline Chemical Heaters

Solvent/Nitrogen Heaters

H2OT SHOTTM Quartz Water Heaters: High purity water heaters for demandingapplications. Resistive element design for maximum service life. Ultra pure quartzwetted parts for superior cleanliness. Third party certified to SEMI and UL standards,and CE compliant. Standard patented DACTM software provides accurate temperaturecontrol for different flow and temperature requirements. Sizes available up to 72kW.

TytanTM Water Heaters: This heater is a low cost, high quality alternative for noncriticalDI and RO water heating applications. Constructed with titanium elements and wettedparts for exceptionally long life. Third party certified to UL standards. Semi and CEcompliant configurations available upon request. PID control standard. Sizes availableup to 144kW, wall mounted up to 72kW.

TIH Fluoropolymer Chemical Heaters: Durable inline heaters for virtually any chemistry.For use in processes up to 180°C (356°F). Third party certified to SEMI and ULstandards, and CE compliant. Several plumbing configurations offered. Vertical mountingstandard, optional horizontal configuration available. Model with cooling coil combinationalso available. Sizes up to 18kW.

H2OT SHOTTM Quartz Chemical Heaters: Constructed with all ultra pure quartz wettedparts. Excellent choice for SC1, SC2, and other quartz compatible applications. Foruse in processes up to 180°C (356°F). Exceptionally easy maintenance. Severalplumbing configurations available for maximum flexibility. Third party certified to SEMIand UL standards, and CE compliant. Sizes available up to 12kW.

SoltanTM Inline Solvent/Gas Heaters: Electric heater with stainless steel flow pathdesigned for safe, indirect heating of many solvents including but not limited to: NMP,EKC 265, EKC 830, ACT 690, and ACT 97. Also heats inert gases (nitrogen, etc.) up to200°C (392°F). Standard and high flow versions available. Suitable for class 1, division2 hazardous environment. Sizes available up to 18kW.

Electric Immersion Heaters

7010 Lindsay Dr. • Mentor, OH 44060 U.S.A. • US/CN: 800-621-1998 • (1)440-974-1300 • Fax: (1)440-974-9561Certified to ISO 9001:2008, with design • www.process-technology.com

REV0811

High Temperature Filters

Heat Exchangers

TFB Series, Immersion Heaters: Fluoropolymer immersion heaters for chemical bathapplications. Constructed with our exclusive patented N2 “purged” elements for extendedservice life. Custom configured to fit your tank size. High efficiency in a compact design,and an excellent alternative for replacing strip heaters on quartz tanks. Two basicconfigurations available: TFB for bottom heater applications, and TFW for inside tankwall requirements. Small package size for fast heat-up. Sizes available up to 15kW.

HX Series, Immersion Heaters: Fluoropolymer immersion heaters for chemical bathapplications. Metal ground for safety. Durable design for longevity, and optional patentedN2 “purged” elements available for extended service life. Standard thick wall sheathconstruction. Three basic configurations offered: HXRL for low profile bottom heaterapplications, HXOL for higher wattage requirements, and HXSL for inside tank wallspecifications. Standard and custom configurations available. Sizes up to 6kW.

XC Series, Inline Fluoropolymer Heat Exchangers: Rugged inline heat exchangersideal for one pass cooling of chemicals dumping to waste stream. This product is alsoappropriate for heating applications. Eliminates high costs associated with wateraspiration. PP or PVDF housing and fluoropolymer tubing. Custom configured foryour application. Custom sizes available, please contact factory for sizing assistance.

TherMax2 Spiral Plate Heat Exchangers: Compact, low carbon stainless steel heatexchanger design is ideal for solvent heating or cooling. Enhanced turbulence forhigh efficiency thermal exchange while maintaining minimal pressure drop. All weldedconstruction. Seven sizes available, up to 15 square feet (1.4 m2).

LFTH Series Filter Housing: Reusable high temperature filter housing made of heavywall PTFE for the most demanding applications. Capable of applications up to 180°°°°°C(356°F). Utilizes standard single, open-end (flat end) filter cartridges with double 222o-ring seal. Three sizes available: 10 inch/70mm, 20 inch/70mm, and 10 inch/83mmcartridge sizes.

http://www.process-technology.com

LUFRAN UPDI HEATER SPECIFICATIONS

• Extremely precise temperature control and stability:Utilizes a patented temperature/flow algorithm to calculateexact heater output requirements. Calculates and compares:

• Required percentage power.• Inlet fluid temperature.• Outlet fluid temperature.• Flow rate.• Actual power applied.• Low temperature boost.• High temperature shut-off.

DACTM (Demand Anticipation Control):• Quick reacting: Responds instantly to flow changes rather

than simply monitoring outlet temperature.

• Better temperature stability: Responds quickly to recipe(flow and temperature) changes.

• Water conservation: Faster heat up and recovery meansless water usage.

• Friendly operator interface (User friendly HMI): Touch paddisplay with easy to understand commands.

Chemraz® is a registered trademark of Greene, Tweed and Company.

HEATER Patented resistive heating system SIZES 24 kW to 260 kW standard. VOLTAGES Up to 600 volt (three phase) available, 50/60 Hz TEMPERATURE LIMIT 95° C, depending on operating conditions TEMPERATURE ACCURACY +/-.3° C, depending on operating conditions FLOW RATE 1 LPM (.25 GPM) to 200 LPM (50 GPM) EFFICIENCY > 99% PRESSURE RATING 100 PSIG (689 kPa) maximum operating MTBF 9.39 years > 99% uptime TEMPERATURE REGULATING SYSTEM TEMPERATURE SENSORS “J” type thermocouple (process), “E” type (element over-temperature), or customer specified HEATING ELEMENT Patented design utilizing a precision resistance wire, 15 w/in² (2 w/cm²) watt density WETTED SURFACES • Heating elements: continuous virgin PTFE Polytetrafluoroethylene (82%)

• Chamber and plumbing: PVDF Polyvinylidine Fluoride (18%) • Chemraz® o-rings• No wetted metal or coated metal parts

ELEMENT GAS PURGE Removes permeation to extend element life expectancy. Monitors integrity of element tubing. EXHAUST VENTILATION Not required STANDARD • DAC™ “Demand Anticipation Control” (run by a PLC) FEATURES • EMO circuit (local and remote)

• Ground fault protection (GFP)• Fused 24 VDC control circuitry• CE, ETL, and Semi S2/S3 compliant• Disconnect• Data logging• Remote interface• Powder coated cabinet with sump leak detection• Capacitive liquid level sensor for element protection• Heater over-temperature circuit with independent limit control• Humidity monitor to verify element tubing integrity• Purge flow switch to verify element purge• System pressure monitor• Process high temperature alarm• PVDF mechanical pressure relief valve set @ 100 PSIG (689.5 kPa)

OPTIONS • Custom communication protocol (Ethernet, DeviceNet, RS232, RS485, Mod Bus., etc.)• Color touch screen• Expanded remote interface signals• Digital resistivity monitor• Remote flow monitor signal• Extended warranty

Distributive zero crossing SSR switched by PLC based DAC™ “Demand Anticipation Control” software

0

10

20

30

40

50

60

70

80

90

0 120 240 360 480 600 720 840 960 1080 1200 1320 1440 1560 1680 1800

TIME (seconds)

TEM

PER

ATUR

E (c

)

PIDDACFLOW RATE (LPM)INLET TEMPERATURE

+5°C

-5°C

TYPICAL PID +/- 0.3°C STEADY

DAC™

FEATURES and BENEFITS• Outstanding MTBF: Documented, real-world “mean time

between failures” of nearly 10 YEARS!

• Fast response: Heating elements are in direct contact withthe DI water for maximum efficiency and fast response.

• Non-contaminating: Minimum amount of exposed surfacearea. Class 100 cleanroom assembled.

• Sizes for any application: 24 kW to 260 kW standard.Heaters can be utilized in combination.

• Safe operation: Redundant safety features ensure long,trouble-free life.

• Able to handle difficult applications: Capable of tem-peratures up to 95° C and pressures up to 100 PSIG atessentially any flow rate.

• Better by design: More responsive than steam systems.Significantly lower maintenance costs and higher efficiencythan infrared systems. Field proven reliability.

• Compact configuration: Space-conscious design mini-mizes footprint requirements.

• Maximized uptimes: Uptimes of greater than 99% can beexpected.

• Easy tool interface: Easy integration with existing toolswith a variety of interface options.

• Proven power switch gear: Solid state relays standard.

• Monitored heater integrity: Patented heater purge ensuresheater integrity and longevity.

• Heater expertise you can trust: Thousands of heater in-stallations worldwide. Experienced engineering and world-wide field service support.

DACTM Control Compared to Typical PID Control:

To determine wattage required, use one of the followingequations:

Example: 55° C x 15 LPM 14.318

55°C temperature rise (delta) x 15 liters per minutedivided by 14.318 = 65,000 watts

SIZING

÷÷÷

14.318 = kW3.784 = kW6.81 = kW

(uuuuu°C X LPM)(uuuuu°C X GPM)(uuuuu°F X GPM)

= 65 kW

CONSULT OUR FACTORY FORDETAILED SIZING INFORMATIONAND APPLICATION ASSISTANCE

Chemraz® is a registered trademark of Greene, Tweed and Company.

HEATER SELECTION MATRIX (by standard heater sizes)

PVDF ENSLEEVED,CONTROL THERMOCOUPLE

PVDF ENSLEEVED,OVER-TEMP THERMOCOUPLE

DI WATER OUTLET CAPACITIVE LEVELSENSOR

HEATERPOWER LEADS

ELEMENT OVER-TEMPERATUREPROTECTION THERMOCOUPLES

HEATER PURGEEXHAUST STAINLESS STEEL

FLANGES

OUTER STAINLESS STEELSUPPORT SHELL

N2 PURGED PTFE HEATINGELEMENTS

PRESSURE TRANSDUCER

PVDF INNER LINER

PVDF GAUGE ISOLATOR

PVDF PRESSURERELIEF VALVE

DI WATER INLET

HEATER PURGEGAS INLET

RADIAL O-RING

FLOW RATE, LPM / GPM 35 / 63 40 / 72 45 / 81 50 / 90 55 / 99 60 / 108 65 / 117 70 / 126 75 / 1355 / 1.3 024 024 024 024 024 024 024 036 036

10 / 2.6 036 036 036 036 052 052 052 052 05215 / 3.9 036 052 052 052 065 065 072 105 10520 / 5.3 052 065 065 072 105 105 105 105 10525 / 6.6 065 072 105 105 105 105 130 130 14430 / 7.9 105 105 105 105 130 130 144 210 21035 / 9.2 105 105 130 130 144 210 210 210 21040 / 10.6 105 130 130 144 210 210 210 210 21045 / 11.9 130 130 144 210 210 210 210 260 26050 / 13.2 130 144 210 210 210 210 260 260 26055 / 14.5 144 210 210 210 210 260 260 * *60 / 15.8 210 210 210 210 260 260 * * *

* consult factory

TEMPERATURE DIFFERENTIAL (RISE) , degrees C / F

• Reduced water usage: Hot DI ismore aggressive than cold waterresulting more effective rinsing andup to 70% reduction in water usage.

• Better cleaning for improvedyields: More quickly dissolves anddilutes process chemicals fromwafer surfaces (see Figure 1).

• Reduced thermal shock:Elevated DI water temperaturesreduce the potential temperaturedifferentials that can result indamaged wafers.

• Improved rinse effect: Parts staycleaner longer with hot DI water(see Figure 2).

• Reduced bacterial contamina-tion: Bacterial growth is greatlyreduced at temperatures above60° C.

• Improved throughput: As muchas 60% reduction in rinse times.

• Uniform process temperaturecontrol: Eliminates seasonal DIwater system temperature vari-ances for more consistent processtolerances.

• Improved chemical mixing: HotDI mixed with cold chemistry is aneffective method of achieving cor-rect chemical concentrations forhot chemical washes.

��

2030

4050

6070

80

0

10

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60

Iron Particle Surface Concentration(Figure 1)

Surfa

ce C

once

ntra

tion

E10/

cm2

Rinse Temperature Deg C

Cold N

o Meg

Cold M

eg

Hot No M

eg

Hot Meg

Post Rinse

+ 24 Hr

+48 Hr

-50

50

150

250

350

450

Sulfuric Residue Tests for VariousRinse Processes

(Figure 2)

Parti

cles

/Waf

er

7010 Lindsay Dr. • Mentor, OH 44060 U.S.A. • Phone: (1)440-974-1300 • Fax: (1)440-974-9561www.process-technology.com • Email: [email protected]


mailto:[email protected]

Process Technology proudly introduces our next generationinline solvent heater. The heater delivers superiortemperature stability and offers outstanding performanceover a wide range of flow and temperature requirements.

APPLICATIONS FOR SOLVENT HEATING INCLUDE, BUT ARENOT LIMITED TO:

SPECIFICATIONS:Service: Inline stainless steel heater for heating solvents,single pass or recirculating.

Construction: Electropolished 316L stainless steel, PFA and PTFEwetted surfaces, fluid pathway through manifold tubing orientedin a patented circular array.

Temperature Range: Up to 180°C (356°F)

Fluid Connections: ½-inch (12mm), ¾-inch (19mm) or 1-inch(25mm) tube stubs (custom connections available).

Pressure Range: Up to 100 PSIG (689 kPa)

Available Heater Voltages: 120-600V, single or three phase

Standard Wattages: 3, 6, 9, 12, 18, 24, 36 kW

Certifications: UL 823, UL 499, CSA 22.2, & CE. Rated forClass I, Division 2 hazardous locations

SAFETY FEATURES:In lieu of direct immersion, the FrontierTM safely heats processsolvents through indirect contact. Standard features include:• Grounded metal construction• Multiple element thermocouples• Insulated housing• Hermetically sealed high limit thermal cutoff device (TCO)

• EKC265 • EKC8730 • ST28 • ST26• EKC270 • ACT690C • MEK • NMP

7010 Lindsay Dr. • Mentor, OH 44060 U.S.A. • Phone: (1)440-974-1300 • Fax: (1)440-974-9561www.processtechnology.com • Email: [email protected] • Certified to ISO 9001:2008, with design

Wattage

kW Inch mm

3‐6 12.63 321

9‐12 18.13 461

18‐24 29.13 740

36 40.13 1019

L ‐ Length

613

http://www.processtechnology.com


The SHB and SHC Series systems areelectric inline heaters designed to safelyheat process chemistries through indirect

contact instead of direct immersion. These heaters deliversuperior temperature stability with changes in flow, and offermultiple temperature sensors to ensure safe operation.

APPLICATIONS FOR ACIDS AND CHEMICAL HEATING INCLUDE,BUT ARE NOT LIMITED TO:

SPECIFICATIONS:Service: Inline electropolished stainless steel or fluoropolymerheater for heating chemistries, single pass or recirculating.

Construction: 316 electropolished stainless steel or FEPwetted surfaces, fluid pathway through a stainless steel tubeembedded in aluminum heating block.

Temperature Range: Up to 180°C (356°F)

Fluid Connections: 1/8” (3mm), 1/4” (6mm), 3/8” (9mm) or 1/2”(12mm); custom connections available.

Available Heater Voltages: 120-480V, single or three phase

Pressure Range: Up to 200 PSIG (1379 kPa)

Wattage: 250-2000 (varies per product line)

Certifications: CE, ETL (tested to UL 823, UL 499 and CSAC22.2). Rated for Class I, Division 2 hazardous locations.

7010 Lindsay Dr. • Mentor, OH 44060 U.S.A. • Phone: (1)440-974-1300 • Fax: (1)440-974-9561www.processtechnology.com • Email: [email protected] • Certified to ISO 9001:2008, with design

613

• EKC265 • EKC8730 • ST28 • HCl*• EKC270 • ACT690C • ST26 • HF*• NMP • MEK • IPA • HNO3*• H2SO4* • H3PO4* (* SHC models only)

SAFETY FEATURES:• Grounded metal construction• Positive temperature coefficient (PTC) heating

elements• Multiple element thermocouples or RTDs• Insulated housing• Hermetically sealed high limit thermal cutoff

device (TCO)• Dual containment plumbing available as an option

Wattage*W Inch mm

250 7.38 187500 10.13 257750 13.12 3331000 16.12 4091250 19.12 486

L - Length

*PTC style heater

http://www.processtechnology.com


The SH Series system is an electric inline heater designed to safelyheat process gas or solvents through indirect contact instead ofdirect immersion. The SH Series heater delivers superiortemperature stability with changes in flow and offers redundanttemperature sensors to ensure safe operation.

SH Series Applications:• Solvent heating, including:

� EKC265� EKC270� EKC8730� ACT690C

• Gas heating, including:� N2 (nitrogen gas)� N2 percolation

SPECIFICATIONS:

Service: Inline stainless steel heater for heating solvents or gases,single pass or recirculating.

Construction: 316 stainless steel wetted surfaces, fluid pathwaythrough a stainless steel tube embedded in cast aluminum heatingblock; explosion resistant cast aluminum electrical enclosure.

Fluid Connections: ½-inch (12mm) or ¾-inch (19mm) tube stubs(custom connections available)

Temperature Range: -195°C (-320°F) to 200°C (392°F)

Pressure Range: 0 PSIA to 400 PSIG (0 to 2859 kPa)

Heater Voltages Available: 120-600V, single or three phase

Wattage: 2, 3, 4, 6, and 9 kW


Certifications: CE, ETL (tested to UL 823, UL 499and CSA C22.2). Rated for Class I, Division 2hazardous locations.

SAFETY FEATURES:

• Grounded metal construction• Dual element thermocouples• Insulated housing• Explosion resistant electrical enclosure• Replaceable, hermetically sealed high

limit thermal cutoff device (TCO)

� ST28� ST26� MEK� NMP

� CDA (clean dry air)� Other nonflammable gases



The TF Series fluoropolymer immersion heaters aredesigned for the most demanding chemical applicationsand to provide years of trouble-free performance. Theheaters are ideal for the Semiconductor, FPD, MEMS,and Biomedical industries, as well as other similardemanding applications.

A complete heater and control system packageshould include all of the following components:

• Immersion heater• Temperature control with safety interlocks• Power module• Gas purge flow regulator module

SPECIFICATIONS:

Service: Immersion chemical heater with 100%fluoropolymer wetted surfaces for virtually any non-flammable process solution including HF and KOH.

Standard Features:• PTFE immersion heater element with .015

inch (38mm) thick fluoropolymer sheath forsafety and long service life (see Optionssection)

• Patented “gas purged” element design: Lowflow gas purge inside heater element ensuresmaximum element life by removing anychemical permeation through the sheath

• Braid between the coiled resistance wire andthe outer sheath ensures even coil separa-tion and eliminates the potential for hot spots

• Low profile design: Single layer bottomheaters are less than one inch (25mm) thick

• Two basic configurations available:TFB: bottom style (full bottom surfacecoverage)TFW: inside wall style (hugs inside walls)

• Perforated PTFE fluoropolymer guard (TFBstyle heater):

Provides protection against physicaldamage of the heaterFalse bottom on which carriers rest

Heater Sizes: From 500 watts up to 12,000 watts

Temperature Range: Up to 130º Celsius (266° F).For higher temperatures, see Options section.

Safety Features:• Heater element over-temperature sensor

(J-type thermocouple standard)• Heater element over-temperature thermal

fuse or thermal cutoff device (TCO)• Heater gas purge pressure monitor (part of

optional control package) with backpressure switch to alert operator of sheathbreach

• Standard safety circuit for typical installationshould consist of all of the following:

Liquid level controlProcess temperature sensorProcess over-temperature alarmGas purge verification and interlockHeater element over temperature control

Warranty: One year

Watt density:• Up to 10 watts per square inch (1.5w/cm2)• NOTE: Highly viscous chemistry and high

temperature applications may require a lowerwatt density heater than standard

Heater Voltages Available: 120 to 600 volts, singleor three phase. (For heaters larger than 6kW, threephase power is recommended.)

TFB Series heater pictured.

Options:• Custom heater configurations built to customer

specifications• .030 inch (76mm) thick sheath available for

applications above 130°C or for use with certainchemistries such as nitride etch or HF

• PID temperature control module+/- .5° C control (depending on conditions)Process J-type thermocouple standardMembrane style switch panel with countdownprocess timerLow voltage panel mount control with separatepower moduleSafety device and alarm display monitors thefollowing:

Level sensorPurge back pressureElement over-temperature sensor(s)Process over-temperature sensor

• Element gas purge flow regulator panel including:Flow regulatorFlow meterBack pressure switch

• PLC temperature control• Lower watt density heaters for special applications• Customized process and over-temperature

control sensors• Bolt down feature

FEATURES AND BENEFITS:• Faster heat-up: Single heater sizes up to

12kW. The heater is in direct contact with theprocess solution, which results in faster heat-up, more efficient and uniform heating, andfaster recovery rates.

• Exceptionally clean performance: Thickfluoropolymer sheath minimizes permeation.Purge monitoring helps protect against processcontamination.

• Long heater life for reduced cost of ownership(COO): Patented heater gas purge systemcontinuously removes chemical permeation andensures exceptionally long element life.

• Rugged construction: Thick walled constructionprovides extremely long life expectancy in eventhe harshest applications.

• Rapid installation: Direct immersion heatersare much easier and less expensive to replacethan other style heaters.

• Outstanding chemical compatibility: Allwetted parts are fluoropolymer and compatiblewith virtually any chemistry for unlimitedprocess options. (Not to be used withflammable solutions.)

• Excellent temperature stability: Low wattdensity design promotes process temperatureuniformity.

HEATER AND CONTROL SYSTEM DIAGRAM

1. Fluoropolymer Sleeve Heating ElementQuality resistance element is sleeved in braidedmaterial for even coil separation. The entireelement is given an outer sleeving of pretestedand pre-extruded fluoropolymer tubing. THISIS NOT A COATED PRODUCT.

2. N2 Purge SystemThe N2 Purge monitors heater integrity andprevents condensation or diffusion of corrosivegases by purging nitrogen or clean dry airthrough the tubing.

3. Over-temperature ThermocoupleThe over-temperature cutoff device protects theintegrity of the fluoropolymer heater. If an opera-tor should leave the heater on while draining oraspirating a tank, when used in conjunction witha temperature control device, it will automaticallyshut off the heater when it is exposed to air.

1 2 3Heater Element Construction

Protector Wires (2)Power Wires (2 or 3)

2.69” diameter (6.8cm)

Purge Fittings (2)

TFW Series

TFB Series

customer specified lengthor 8 ft. (2.3m) standardflexible riser

3.63”(9.2cm)

L

L

W

W

H

H

PurgeManifold

L = LengthW = WidthH = HeightR = Riser

L = LengthW = WidthH = HeightR = Riser

R

3 ft. (1m) wire and conduitstandard

R =

TFB/TFW SERIES


NOTE: Heater dimensions, wattages and voltages can vary to meet your specific application.These dimensions represent heaters to fit standard sized tanks.

TFB/TFW SERIES

The above example shows available dimensions for a 3000 watt heater. Each of our fluoropolymer wall heat-ers has this flexibility in design. Dependant upon tank size, we can custom fit a heater for most needs, pleaseconsult factory.

MODEL NUMBER WATTAGE LENGTH WIDTH HEIGHTIn./(mm) In./(mm) In./(mm)

1TFB-500 500 7.5 5 1(191) (127) (25)

1TFB-750 750 9 7 1(229) (178) (25)

2TFB-1000 1000 7.5 5 1.5(191) (127) (38)

1TFB-1500 1500 10.5 8.5 1(267) (216) (25)

2TFB-1500 1500 9 7 1.5(229) (178) (38)

2TFB-1500 1500 11 7 1.5(279) (178) (38)

1TFB-2000 2000 14 9 1(356) (229) (25)

2TFB-2000 2000 13 7 1.5(330) (178) (38)

2TFB-2000 2000 14.5 6.5 1.5(368) (165) (38)

3TFB-2000 2000 7.5 7.5 2(191) (191) (51)

2TFB-2500 2500 10 10 1.5(254) (254) (38)

2TFB-3000 3000 10.5 8.5 1.5(267) (216) (38)

3TFB-3000 3000 11 7 2(279) (178) (51)

2TFB-4000 4000 14 9 1.5(356) (229) (38)

3TFB-4000 4000 13 7 2(330) (178) (51)

2TFB-4500 4500 20 10 1.5(508) (254) (38)

3TFB-4500 4500 14.5 6.5 2(368) (165) (51)

SAMPLE TFB SERIES DIMENSIONS (for SB Series tanks)

MODEL NUMBER WATTAGE LENGTH WIDTH HEIGHTIn./(mm) In./(mm) In./(mm)

1TFW-3000 3000 9 14 3.5(229) (356) (89)

1TFW-3000 3000 10 10 4(254) (254) (102)

1TFW-3000 3000 7 11 5(178) (279) (127)

1TFW-3000 3000 7 13 5(178) (330) (127)

1TFW-3000 3000 8.5 10.5 5(216) (267) (127)

SAMPLE TFW SERIES DIMENSIONS



ThermalProtector

Length Width

SUPERIOR CHEMICAL RESISTANCE: Inert to mostaqueous acid, alkaline, anodizing and pickling solutions upto 212°F (100°C).RUGGED CONSTRUCTION: Heavy wall fluoropolymer(PTFE) covered stainless steel element reduces permeationand eliminates the need for gas purge systems. Guaranteed100% pinhole free.CUSTOM BUILT TO CONFORM TO TANKDIMENSIONS.OUTSTANDING PERFORMANCE: Low watt density design(10 watts/square inch, 1.5w/cm2) for long service life.FLEXIBLE RISER: 4-foot (1.2m) continuous fluoropolymer(PTFE) cable leading to a vapor resistant PVC terminalenclosure and 3-foot (.9m) flexible PVC liquid tight conduit.SAFETY FEATURES:• Grounded internal metal element.• Thermal protector built in. Resettable P3 J-type

thermocouple standard.• Non-floating construction.

CERTIFICATIONS: UL listed to U.S. and Canadian safetyrequirements, and CE.SIZES: 1,000 watts to 6,000 watts.VOLTAGES: 120 to 600 volts. Single phase only.OPTIONS AVAILABLE (consult factory):• Longer fluoropolymer (PTFE) riser lengths.• Rigid riser with vapor resistant, flame retardant

polypropylene terminal enclosure and eitherreplaceable or resettable thermal protectors.

• Longer wire and conduit lengths.• Lower watt densities for highly viscous solutions and

technical acids.• Temperature and level controls sized to match the heater.• Element purge option available for chemistries that

aggressively permeate fluoropolymer sheath.

A13

HEATERS

*Please consult factory for model numbers of specific heaters. Single phase only. Heatersbuilt to conform to tank dimensions. Risers pictured in left position, right position available.

JunctionBox

3 ft. longconduit

and wire

HeaterFlex

Leads

7010 Lindsay Dr. • Mentor, OH 44060 U.S.A. • US/CN: 800-621-1998 • 440-974-1300 • Fax: 440-974-9561 www.process-technology.com • E-mail: [email protected]

Product Features and Benefits:Product Features and Benefits:

MODEL SHIPWATTS VOLTS WIDTH* LENGTH* NUMBER WGT.

Inches Inches Lbs./(kg) 1000 120 * * HXSL1** 6

240 * * (2.5) 2000 120 * * HXSL2** 7

240 * * (3.5)480 * *

3000 240 * * HXSL3** 12480 * * (5.5)

4000 240 * * HXSL4** 14480 * * (6.5)

5000 240 * * HXSL5** 17480 * * (8)

6000 240 * * HXSL6** 20480 * * (9)

FLUOROPOLYMER (PTFE) HEATERSHXSL SERIES, FLEX RISER



DIMENSIONS

7010 Lindsay Dr. • Mentor, OH 44060 U.S.A. • US/CN: 800-621-1998 • 440-974-1300 • Fax: 440-974-9561 www.process-technology.com • E-mail: [email protected] 82011

ORDERING EXAMPLE:HXSL4208-08L-FR48-P3

L-shaped (peripheral configuration), fluoropolymer, 4,000 watts, 240 volt, 8" width,8" length, riser located in the front left corner, 48" flex riser, P3 thermal protector.

1 = 1202 = 2403 = 3804 = 4805 = 4156 = 6007 = 4008 = 2089 = 2200 = 200

HSSL = 304 stainless steel (rigid riser only)

for solutions up to 180°Ffor 190° - 210°F solutions

1 inch = 25.4mm for 210° - 250°F solutions

Riser RiserSeries

specify in

Voltage WidthWattage

3 = 30002 = 2000 inches

no designator = 36" lengthinches standard

-P3

6 = 6000

1 = 1000

4 = 40005 = 5000

specify in

Type of Wire andLength Location Option Protector Conduit Length

specify variations from standardEx: -X84 = 84" wire and conduit

Replaceable Protector

Thermal Protector (flex riser)

-FR = flex riser length Resettable Protector-P4 for 180° - 230°F solutions

specify in inches (additional control components required)Ex: -FR48 = 48"

-R = rigid riser length-P2-P8

HXSL FLUOROPOLYMER (PTFE) HEATER ORDERING INFORMATION

for solutions up to 300°F (121°C)

Thermal Protector (rigid riser)

-P1 (std) for solutions up to 180°FHXSL = PTFE R = right front corner

(additional control components required)-P3

L = left front corner



SUPERIOR CHEMICAL RESISTANCE: Inert to mostaqueous acid, alkaline, anodizing and pickling solutions upto 212°F (100°C).RUGGED CONSTRUCTION: Heavy wall fluoropolymer(PTFE) covered stainless steel element reduces permeationand eliminates the need for gas purge systems. Guaranteed100% pinhole free.FLUOROPOLYMER GUARD SOLD SEPARATELY.OUTSTANDING PERFORMANCE: Low watt densitydesign (10 watts/square inch, 1.5w/cm2) for long servicelife.FLEXIBLE RISER: 4-foot (1.2m) continuous fluoropolymer(PTFE) cable leading to a vapor resistant PVC terminalenclosure and 3-foot (.9m) flexible PVC liquid tight conduit.SAFETY FEATURES:• Grounded internal metal element.• Thermal protector built in. Resettable P3 J-type


A12

HEATERS

CERTIFICATIONS: UL listed to U.S. and Canadian safetyrequirements, and CE.SIZES: 1,000 watts to 6,000 watts.VOLTAGES: 120 to 600 volts. Single phase only.OPTIONS AVAILABLE (consult factory):• Longer fluoropolymer (PTFE) riser lengths.• Rigid riser with vapor resistant, flame retardant

polypropylene terminal enclosure and eitherreplaceable or resettable thermal protectors.

• Special configurations.• Longer wire and conduit lengths.• Lower watt densities for highly viscous solutions and

technical acids.• Temperature and level controls sized to match the heater.• Element purge option available for chemistries that

aggressively permeate fluoropolymer sheath.

Length WidthOther dimensional configurations available, consult factory. Single phase only. Fluoropolymer guards standard.Risers pictured in left position, right position available.

ThermalProtector



JunctionBox

3 ft. longconduit

and wire

HeaterFlex

Leads

MODEL SHIP MODEL SHIPWATTS VOLTS WIDTH LENGTH NUMBER WGT. WATTS VOLTS WIDTH LENGTH NUMBER WGT.

In./(mm) In./(mm) Lbs./(kg) In./(mm) In./(mm) Lbs./(kg)1000 120 2 11 HXOL1102-11L-** 6 4000 240 6 14 HXOL4206-14L-** 14

240 (50) (280) HXOL1202-11L-** (2.5) 480 (155) (355) HXOL4406-14L-** (6.5)1000 120 4 8 HXOL1104-08L-** 6 4000 240 8 11 HXOL4208-11L-** 14

240 (100) (205) HXOL1204-08L-** (2.5) 480 (205) (280) HXOL4408-11L-** (6.5)2000 120 4 13 HXOL2104-13L-** 7 5000 240 6 18 HXOL5206-18L-** 17

240 (100) (330) HXOL2204-13L-** (3.5) 480 (155) (460) HXOL5406-18L-** (8)480 HXOL2404-13L-** 5000 240 8 13 HXOL5208-13L-** 17

2000 120 5 10 HXOL2105-10L-** 7 480 (205) (330) HXOL5408-13L-** (8)240 (125) (255) HXOL2205-10L-** (3.5) 5000 240 9 11 HXOL5209-11L-** 17480 HXOL2405-10L-** 480 (230) (280) HXOL5409-11L-** (8)

2000 120 6 8 HXOL2106-08L-** 7 5000 240 10 10 HXOL5210-10L-** 17240 (155) (205) HXOL2206-08L-** (3.5) 480 (255) (255) HXOL5410-10L-** (8)480 HXOL2406-08L-** 6000 240 7 18 HXOL6207-18L-** 20

3000 240 4 18 HXOL3204-18L-** 12 480 (180) (460) HXOL6407-18L-** (9)480 (100) (460) HXOL3404-18L-** (5.5) 6000 240 8 15 HXOL6208-15L-** 20


3000 240 6 11 HXOL3206-11L** 12 480 (230) (330) HXOL6409-13L-** (9)480 (155) (280) HXOL3406-11L-** (5.5) 6000 240 10 12 HXOL6210-12L-** 20


4000 240 5 18 HXOL4205-18L-** 14 480 (280) (280) HXOL6411-11L-** (9)480 (125) (460) HXOL4405-18L-** (6.5)

HXOL SERIES, FLEX RISERFLUOROPOLYMER (PTFE) HEATERS



DIMENSIONS


ORDERING EXAMPLE:HXOL2206-08R-FR60-P3

L-shaped (oval configuration), fluoropolymer, 2,000 watts, 240 volt, 6" width, 8" length, riser located in the frontright corner, 60" flex riser, P3 thermal protector.

1 = 1202 = 2403 = 3804 = 4805 = 4156 = 6007 = 4008 = 2089 = 2200 = 200

HSSL = 304 stainless steel (rigid riser only)


1 inch = 25.4mm for 210° - 250°F solutions

Riser RiserSeries

specify in

Voltage WidthWattage

3 = 30002 = 2000 inches

no designator = 36" lengthinches standard

-P3

6 = 6000

1 = 1000

4 = 40005 = 5000

specify in

Type of Wire andLength Location Option Protector Conduit Length

specify variations from standardEx: -X84 = 84" wire and conduit

Replaceable Protector

Thermal Protector (flex riser)

-FR = flex riser length Resettable Protector-P4 for 180° - 230°F solutions

specify in inches (additional control components required)Ex: -FR48 = 48"

-R = rigid riser length-P2-P8

HXSL FLUOROPOLYMER (PTFE) HEATER ORDERING INFORMATION

for solutions up to 300°F (121°C)

Thermal Protector (rigid riser)

-P1 (std) for solutions up to 180°FHXSL = PTFE R = right front corner


L = left front corner



Other dimensional configurations available, consult factory. Single phase only. Fluoropolymer guards standard.Risers pictured in left position, right position available.

MODEL SHIP MODEL SHIP

WATTS VOLTS WIDTH LENGTH NUMBER WGT. WATTS VOLTS WIDTH LENGTH NUMBER WGT.In./(mm) In./(mm) Lbs./(kg) In./(mm) In./(mm) Lbs./(kg)

1000 120 4 19 HXRL1104-19L-** 6 3000 240 18 13 HXRL3218-13L-** 12240 (100) (485) HXRL1204-19L-** (2.5) 480 (460) (330) HXRL3418-13L-** (5.5)



2000 120 6 25 HXRL2106-25L-** 7 4000 240 16 19 HXRL4216-19L-** 14240 (155) (635) HXRL2206-25L-** (3.5) 480 (405) (485) HXRL4416-19L-** (6.5)480 HXRL2406-25L-** 4000 240 18 17 HXRL4218-17L-** 14

2000 120 8 19 HXRL2108-19L-** 7 480 (460) (430) HXRL4418-17L-** (6.5)240 (205) (485) HXRL2208-19L-** (3.5) 4000 240 20 15 HXRL4220-15L-** 14480 HXRL2408-19L-** 480 (510) (380) HXRL4420-15L-** (6.5)

2000 120 10 15 HXRL2110-15L-** 7 5000 240 12 31 HXRL5212-31L-** 17240 (255) (380) HXRL2210-15L-** (3.5) 480 (305) (790) HXRL5412-31L-** (8)480 HXRL2410-15L-** 5000 240 14 27 HXRL5214-27L-** 17

2000 120 12 13 HXRL2112-13L-** 7 480 (355) (685) HXRL5414-27L-** (8)240 (305) (330) HXRL2212-13L-** (3.5) 5000 240 16 23 HXRL5216-23L-** 17480 HXRL2412-13L-** 480 (405) (585) HXRL5416-23L-** (8)

2000 120 14 11 HXRL2114-11L-** 7 5000 240 18 21 HXRL5218-21L-** 17240 (355) (280) HXRL2214-11L-** (3.5) 480 (460) (535) HXRL5418-21L-** (8)480 HXRL2414-11L-** 6000 240 12 36 HXRL6212-36L-** 20

3000 240 10 23 HXRL3210-23L-** 12 480 (305) (915) HXRL6412-36L-** (9)480 (255) (585) HXRL3410-23L-** (5.5) 6000 240 14 30 HXRL6214-30L-** 20



3000 240 16 14 HXRL3216-14L-** 12 480 (510) (535) HXRL6420-21L-** (9)480 (405) (355) HXRL3416-14L-** (5.5)

ThermalProtector

Length Width


A11

HEATERS

SUPERIOR CHEMICAL RESISTANCE: Inert to mostaqueous acid, alkaline, anodizing and pickling solutionsup to 212°F (100°C).

RUGGED CONSTRUCTION: Heavy wall fluoropolymer(PTFE) covered stainless steel element reducespermeation and eliminates the need for gas purgesystems. Guaranteed 100% pinhole free.

FLUOROPOLYMER (PTFE) GUARD SOLDSEPARATELY.

LONG LASTING PERFORMANCE: Low watt densitydesign (10 watts/square inch, 1.5w/cm2) for long service life.

FLEXIBLE RISER: 4-foot (1.2m) continuousfluoropolymer (PTFE) cable leading to a vapor tight PVCterminal enclosure and 3-foot (.9m) flexible PVC liquidtight conduit.

SAFETY FEATURES:• Grounded internal metal element.• Thermal protector built in. Resettable P3 J-type


CERTIFICATIONS: UL listed to U.S. and Canadian safetyrequirements, and CE.

SIZES: 1,000 watts to 6,000 watts. VOLTAGES: 120, 240 or 480 volts. 208, 380, 415, 600 and

other voltages available. Single phase only. OPTIONS AVAILABLE (consult factory):

• Longer fluoropolymer (PTFE) riser lengths.• Rigid riser with vapor tight, flame retardant polypro-

pylene terminal enclosure and either replaceable orresettable thermal protectors.

• Element “Purge” option for chemicals that aggres-sively permeate fluoropolymer sheath.

• Special configurations.• Longer wire and conduit lengths.• Lower watt densities for highly viscous solutions

and technical acids.• Temperature and level controls sized to match the

heater.

JunctionBox

3 ft. longconduit

and wire

HeaterFlex

Leads

HXRL SERIES, FLEX RISER FLUOROPOLYMER (PTFE) HEATERS





DIMENSIONS

ORDERING EXAMPLE:HXRL3414-16L-FR54-P3

L-shaped (serpentine configuration), fluoropolymer, 3,000 watts, 480 volt, 14" width,16" length, riser located in the front left corner, 54" flex riser, P3 thermal protector.

HOT ZONE

102010

1 = 1202 = 2403 = 3804 = 480 L = left front corner5 = 415 R = right front corner6 = 6007 = 4008 = 2089 = 2200 = 200

HSRL = 304 stainless steel (rigid riser only) 1 inch = 25.4mm

for solutions up to 190°Ffor 190° - 210°F solutionsfor 210° - 250°F solutions

HXRL = PTFE

HXRL FLUOROPOLYMER (PTFE) HEATER ORDERING INFORMATION Riser Riser Type of Wire and

Series Wattage Voltage Width (in.) Fuse Conduit Length

1 = 1000 specify in specify in no designator = 36"

Length (in.) Location Option

length standard3 = 3000 specify variations from standard2 = 2000 inches inches

Ex: -X84 = 84" wire and conduit4 = 40005 = 5000

Thermal Protector (flex riser)(additional control components required)

-P3 for solutions up to 250°F (121°C)

6 = 6000

-R = rigid riser lengthEx: -FR48 = 48"

-FR = flex riser lengthspecify in inches

-P8-P3

Resettable Fuse


Thermal Protector (rigid riser)Replaceable Fuse

-P1 (std)-P4




The XC Series in-line fluoropolymer heat exchangeris designed for the most demanding chemical heatingor cooling applications. Typical industries served in-clude semiconductor, FPD, MEMS, and biomedical.

SPECIFICATIONS:

Service: In-line chemical heat exchanger with allfluoropolymer wetted surfaces (tubing side) forvirtually any wet chemistry application.

Sizes:• 1.5 ft2 (.14m2) of exchange area• 2.5 ft2 (.23m2) of exchange area• 3.5 ft2 (.33m2) of exchange area

Standard Features:• ½-inch (12mm) heavy wall PFA tubing, .030”

(.76mm) thick• All welded construction (shell)• 4½-inch (114mm) diameter polypropylene shell• Internally baffled for enhanced heat

exchanger performance• “U” factor (depending on flow rate): 25-50

BTU/(hr x ft2 x °F) = 142-284 J/(s x m2 x °C)• Shell-side drain connection

Fluid Connections:• Fluid (tube): ½-inch (12mm) male flare PFA• Shell: ¾-inch (19mm) male flare PFA• Shell drain: ¼-inch (6mm) male flare PFA

Maximum Pressure/Temperature:• Tube (PFA): 35 PSIG (241 kPa) at 120ºC (250ºF)• Shell (PP): 30 PSIG (207 kPa) at 82ºC (180ºF)• Optional shell (PVDF): 30 PSIG (206 kPa) at

135ºC (275ºF)

Warranty: One year

Options:• ¼-inch (6.4mm) to ¾-inch (19mm) Super Pillar

300 Type® connections• Custom sizes based on application• PVDF shell

FEATURES AND BENEFITS:

• Exceptionally clean performance:Cleanroom assembled and tested to ensurethe highest manufacturing standards.

• Leak free operation: Integral inlet/outlet forsingle point fluid connections simplifies instal-lation and greatly reduces the potential forchemical leaks.

• Outstanding performance: Heavy wall, largediameter tubing improves circulation andminimizes pressure drop.

• Compact size: Less surface area requiredfor same BTU exchange compared to mostother fluoropolymer exchangers.

• Rugged construction: Thick wall, welded con-struction provides extremely long service life.

• Outstanding chemical compatibility: Alltube-side parts are fluoropolymer andcompatible with most chemistries for virtuallyunlimited process options. Shell is availablein polypropylene (standard) or PVDFconstruction.

XC in-line heat exchanger (cutaway for illustrative purposes)

Note: Vacuum breakers are recommended for steam heating applications. Please consult factory forreduced pressure steam applications. Pulsation dampeners recommended.


Super 300 Type Pillar® is a registered trademark of Nippon Pillar Packing Co. LTD.

XC Cutaway

.61” (15mm)

Ø4.5” (114mm)

1.54” (39 mm)

1.56”(40mm)

.57”(14mm)

A

SHELL OUTLET

TUBE SIDEOUTLET

TUBE SIDEINLET

SHELL INLET

SHELL OUTLET

HEAT EXCHANGERCOIL

HEAT EXCHANGERSHELL

SHELLDRAIN

0

10

20

30

40

50

60

70

0.0 2.5 5.0 7.5 10.0 12.5 15.0 17.5 20.0 22.5 25.0 27.5 30.0

Flow Rate (lpm)

Pres

sure

Dro

p (p

si)

0

65

130

195

260

325

390

455

0 1 2 3 4 5 6 7 8 9 10 11Flow Rate (gpm)

Pres

sure

Dro

p (k

pa)

XCP3.5

XCP2.5

XCP1.5

SIZE "A" in./(mm)1.5 ft2 10.0 (254)2.5 ft2 14.0 (356)3.5 ft2 18.5 (470)

Tube Pressure Drop

SHELL INLET



Cutaway imageof TherMax2

3.75” or4.75” modelshown


HIGH OVERALL HEAT TRANSFER: Enhancedturbulence with low pressure drops Wetted surface area 5to 6 times that of equivalent tubular designs. Heattransfer rates 3 to 4 times that of tubular heat exchangers.

INNOVATIVE DESIGN: Cylindrical dimpled plate designwound into a self-enclosed spiral provides extremely highthermal transfer for package size. Patented fabricationprocess ensures consistent, high quality production.

ALL WELDED CONSTRUCTION: No gaskets to fail.TIG welding is used on the sheet edge (which separatesCircuit A from Circuit B).

LOW INTERNAL VOLUME: Maximum single circuitcapacity 76 fluid ounces (2.2 liters).

COMPACT MODULAR DESIGN: Offers easy installa-tion and servicing. Manifolding is simplified for largerapplications. Heat loss is low, requiring little or noinsulation.

B10

HEATEXCHANGERS

TEMPERATURE RANGE: -60°F (-50°C) to 480°F (250°C) PRESSURE RATING:

• Axial Circuit A: 230 PSI (1586 kPa or 16 bar)• Spiral Circuit B: 360 PSI (2482 kPa or 25 bar)

CHEMICAL COMPATIBILITY: Chemistries compatiblewith 316L and silicon baffles (B circuit only).

MAXIMIZED HEAT TRANSFER SURFACE: Dimpledsheet provides sheet spacing localized turbulence.Results in very high heat transfer rates.

APPLICATIONS: Industrial, process system, cogenera-tion, solar, plating, electronics, commercial & industrialwashers, evaporators/condensers, chillers, heat recovery,boilers (steam and water), vapor recovery, and waterheaters.

SIZES: Seven sizes from 1.1 ft2 (.10 m

2) to 15 ft

2 (1.4 m

2).

Compact cylinders from 3” (70mm) x 6” (158mm) to 5”(120mm) x 20” (515mm).


EXCHANGE OVERALL DIM. MODEL SHIPAREA LENGTH DIA. CIRCUIT CIRCUIT NUMBER WGT.

Sq. ft./(sq. m) In./(mm) In./(mm) A B Lbs./(kg)

1.1 6.25 2.75 3/4" 1/2" IS1.1-2.75-6.25 5(.10) (159) (70) (2.5)2.5 10.25 2.75 3/4" 1/2" IS2.5-2.75-10.25 7

(.23) (261) (70) (3)3.8 14.25 2.75 3/4" 1/2" IS3.8-2.75-14.25 10

(.35) (362) (70) (14.5)3.8 10.75 3.75 1" 1/2" IS3.8-3.75-10.75 15

(.35) (273) (95) (7)5.8 15.50 3.75 1" 3/4" IS5.8-3.75-15.5 20

(.54) (394) (95) (9)7.8 20.25 3.75 1" 3/4" IS7.8-3.75-20.25 24

(.72) (515) (95) (11)15.0 20.25 4.75 1-1/4" 3/4" IS15.0-4.75-20.25 30

(1.40) (515) (120) (13.5)

CONNECTIONS (MNPT)THERMAX2 HEAT EXCHANGERS



DIMENSIONS


A

A B

B

B

FLOW PATHS

SpiralCircuit B

Inlet

Axial Circuit AOutlet

AxialCircuit A

Inlet

SpiralCircuit B

Outlet

Turbulent counterflow designresults in very high heat transferrates. Consult factory for sizing.

A

A

B

LengthLength

Diameter3.75”

(95mm)or

4.75”(120mm)models

Diameter2.75”

(70mm)models

MODELSIS1.1-2.75IS2.5-2.75IS3.8-2.75

MODELSIS3.8-3.75IS5.8-3.75IS7.8-3.75IS15.0-4.75



The LTFH Series Filter Housing is designed forcontinuous filtering of high temperature corrosivechemicals. The filter housing delivers superior fieldservice life because it is reusable, so only the filtercartridge needs to be replaced.

SPECIFICATIONS:

Construction:• 100% heavy wall PTFE fluoropolymer wetted

surfaces• End cap mounting holes• Filter body slides on and locks into position

by means of a spin-on ring assembly (spannerwrench included)

• Able to be mounted upright or inverted (mount-ing bracket available)

Housing sizes available for (cartridge not provided):

FEATURES AND BENEFITS:

• Reduced cost of ownership (COO): Thehousing design eliminates the need to replacethe filter housing when the cartridge is replaced.

• Easy filter cartridge replacement: Spin-onring assembly not only ensures a positive sealevery time, but it also enables quick and easycartridge replacement with no damage to thehousing o-ring. Housing collar retainer ringand filter cartridge clip substantially reducecartridge maintenance clearance space.

• Reduced downtime (MTTR): Fast filtercartridge change-outs without the need forremoving the fluid connections.

• Long service life: Durable, heavy wall PTFEconstruction lasts substantially longer thancomparable thin wall PFA housings.

• Outstanding chemical compatibility: 100%PTFE fluoropolymer wetted surfaces are com-patible with virtually all chemistries.

Super 300 Type Pillar® is a registered trademark of Nippon Pillar Packing Co. LTD. Flaretek® is a registered trademark of Entegris, Inc.

• 70mm, 10-inch, 222 o-ring SOE filter cartridge• 83mm, 10-inch, 222 o-ring SOE filter cartridge• 70mm, 20-inch, 222 o-ring SOE filter cartridge

Fluid connections:• 1/2-inch (12mm) to 1-inch (25mm) Flaretek® or Super 300 Type Pillar® process connections• 1/8-inch (3mm) to 1/2-inch (12mm) Flaretek® or Super 300 Type Pillar® drain/vent connections

Temperature and pressure range: Up to 180º C (356° F) continuous at 2.75 bar (40 PSI).


70mm FILTER HOUSING

Process Inlet

Filtercartridge clip

Process Outlet

Spin-onring

Collarretainer

ring

Filtercartridge

(not included)

Process Inlet

Filtercartridge clip

Process Outlet

Spin-onring

Collarretainer

ring

Filtercartridge

(not included)

83mm FILTER HOUSING

Vent/Drain

Vent/Drain

A

Mounting Holes (4)3.00[76mm]

3.00[76mm]

Ø4.75[121mm]Ø6.50

[165mm]

FILTERLENGTH

“A”DIMENSION

10”(254mm)

14.25”(362mm)

20”(508mm)

24.31”(618mm)

Ø5.20[132mm]Ø7.50

[191mm]

14.14[359mm]

3.50[89mm]

2.00[51mm]

Mounting Holes (4)

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