we engineer solutions… product catalo… · • [email protected] 5 radiation protection systems,...

Radiation Protection Systems, Inc. 60 Leonard Drive, P.O. Box 890 Groton, CT 06340

T860.445.0334 • F860.446.1876 • Toll Free 888.637.7779 www.rpsct.com • [email protected]

We Engineer Solutions…

...Engineering Controls Solutions

HEPA Filtration Systems–

Portable or In Place Systems Just-In-Time (JIT) Service HEPA Filters Flexible Duct Stainless Steel Fittings Custom Accessories Glove Boxes Work Hoods Containments Shielding

...Integrated Systems Solutions

Waste Examination &

Characterization Facilities Waste Volume Reduction Equipment Decon Material Recycling Facilities Containment Systems for

Hazardous Products

...Engineering Services Solutions

ALARA Engineering Design & Support Services Turnkey Systems Engineering Engineering Consultation Decon Systems Waste Remediation Systems TRU Packaging & Handling Specialty Containments

RPS Catalog # ____________

3 www.rpsct.com • [email protected]

60 Leonard Drive, P.O. Box 890

Groton, CT 06340

T860.445.0334 • F860.446.1876

Toll Free 888.637.7779

www.rpsct.com • [email protected]

Radiation Protection Systems, Inc. (RPS) offers equipment and systems that make working in the

Radiological or Hazardous workplace safer, easier and more efficient. Our clients include commercial

companies such as AGFA, Florida International University, Centers for Disease Control (CDC) and

government/industrial clients such as the Department of Energy, the Department of Defense,

Pharmaceutical Companies and the commercial Electric Nuclear Utilities.

RPS has been developing and implementing Engineering Controls and Systems for over 35 years.

Participating in both military and civilian nuclear programs commencing with development of the Naval

nuclear programs of the 1950's and continuing to develop sophisticated techniques and engineering

methods to confine, contain and control hazardous contaminants.

Engineering Controls…

Engineering Controls are defined as devices, systems and/or controls that will preclude the

release of a hazardous material or substance to the workplace or environment, thereby

protecting the worker and the population in general from a hazardous exposure. Engineered

Controls are designed to integrate or complement a work process or operation, such that the

controls function without inhibiting the work process and may enhance the work process when

compared to utilizing personal protective equipment (PPE).

...inherently make the workplace safer by incorporating protective systems into the

work process.

One significant engineered control is portable air filtration systems. When used properly, air cleaning

systems effectively control contamination at its source, eliminate the spread of contaminants and

minimize exposure of personnel while increasing safety and efficiency.

Our modular panel containment systems (Perma-Con®) offer fast erection, a reusable design and are

the industry standard for remediation and decontamination & decommissioning projects. Our personnel

protection products include custom hoods, workstations and decontamination systems and other

products designed to protect the worker and the environment.

Our complete line of hardware products is designed to improve working in radiological and hazardous

environments. RPS' engineered controls offer a safe and cost-effective way to minimize exposure,

improve worker and workplace efficiency, and protect the environment.

RPS IS A "VETERAN OWNED SMALL BUSINESS"

4 888.637.7779 • 860.445.0334

Radiation Protection Systems, Inc. Call for custom sizes and configurations!

Table Of Contents

About RPS ………………………………………………………………………3

Filtration & Carbon Adsorption Units ………………………………………………………………………5

Pressure Control Unit ………………………………………………………………………23

HEPA Filters ………………………………………………………………………24

Prefilters ………………………………………………………………………27

Inline Filtration ………………………………………………………………………30

Sound Attenuators ………………………………………………………………………31

Carbon Adsorbers ………………………………………………………………………32

Filter Bags ………………………………………………………………………33

Stainless Steel Fittings ………………………………………………………………………34

Flexible Ducting ………………………………………………………………………37

Inline Flow Rate Indicator ………………………………………………………………………39

Pocket Wind Meters ………………………………………………………………………40

Air Distribution Manifold ………………………………………………………………………41

Respirator Cleaning & Drying ………………………………………………………………………42

Hoods & Glove Boxes ………………………………………………………………………44

Shielding ………………………………………………………………………47

Perma-Con® ………………………………………………………………………56

Project History ………………………………………………………………………61

On Site Service ………………………………………………………………………64

Applied Engineering Controls Training

Course

………………………………………………………………………65

Doing Business with RPS ………………………………………………………………………66

Notes ………………………………………………………………………67

www.rpsct.com • [email protected] 5

Radiation Protection Systems, Inc.

Visit us on the web!

Filtration & Carbon Adsorption Units

RPS produces a line of High Efficiency Particulate Air (HEPA) purification and filtration units. These range

in size from portable units with a capacity of 125 CFM to large permanent units with capacities of up to

10,000 CFM.

RPS was instrumental in the introduction of this technology to the nuclear generating industry. The air

cleaning equipment product line has some unique features that were pioneered by RPS such as a

“housingless” filter holder design and a cylindrical filtration module design.

RPS has received CSA certification for the following portable HEPA ventilation units:

Series SP-505A, Series MAC-21, rated 120/230V, 11/5.5A, 1 phase, 60 Hz.

Series SP-700, rated 120/230V, 12/6A, 1 phase, 60 Hz.

Series SP-1000LV, rated 120/230V, 15/7.5A, 1 phase, 60 Hz.

Series SP-1600, rated 230/460V, 12/6A, 3 phase, 60 Hz.

Series PFB-1600, Series PFB(H)-1600, rated 230/460V, 12/6A, 3 phase, 60 Hz.

Series PFB-2500, Series PFB(H)-2500, Series PFB-2500SP, rated 230/460V, 18/9A, 3 phase, 60 Hz.

Variable speed versions and filter bag-in/bag-out options available.

A CSA mark (certification) means a product has been tested and meets applicable standards for safety

and/or performance, including the applicable standards written or administered by the American National

Standards Institute (ANSI), Underwriters Laboratories (UL), Canadian Standards Association (CSA), NSF

International (NSF), and others.

CSA International is accredited by the Occupational Health and Safety Administration (OSHA) as a

Nationally Recognized Testing Laboratory (NRTL) and the Standards Council of Canada (SCC). CSA is

fully qualified to test electrical, electronic, mechanical, plumbing, Energy Star, HVAC, and lighting

equipment and a wide range of other products sold throughout North America, Europe and Asia.

6 888.637.7779 • 860.445.0334


RPS PORTABLE HEPA FILTRATION UNIT DATA SHEET

BLOWER PERFORMANCE IN CFM

PART

NUMBER 1” wg 2” wg 4” wg 7” wg 9” wg

12”

wg HP VOLTS AMPS

SP-125A FM40 145 120 40 N/A N/A N/A 1/5 120 2.3

MAC-21 FM37 550 500 390 N/A N/A N/A 3/4 120/230 11/5.5

MAC-21D FM41 550 500 390 N/A N/A N/A 3/4 120 10.6

M

O

D

E

L

N

U

M

B

E

R

MAC-21VFD FM37VFD 550 500 390 N/A N/A N/A 3/4 120/230 11/5.5

SP-505A FM34 515 460 347 N/A N/A N/A 3/4 120/230 11/5.5

SP-700 FM11 735 680 580 305 N/A N/A 1 120/230 12/6

SP-700EP FM11EP 735 680 580 305 N/A N/A 1 120/230 12

SP-1000LV FM48 1075 1000 800 400 N/A N/A 1.5 120/230 14/7.5

PFB-1600 FM02 1720 1640 1500 1240 1020 560 5 230/460 12/6

PFB(H)-1600 FM06 1720 1640 1500 1240 1020 560 5 230/460 12/6

SP-1600 FM12 1720 1640 1500 1240 1020 560 5 230/460 12/6

PFB-2500 FM03 2700 2650 2350 1950 1675 1200 7.5 230/460 18/9

PFB(H)-2500 FM05 2700 2650 2350 1950 1675 1200 7.5 230/460 18/9

PFB-2500SP FM17 2700 2650 2350 1950 1675 1200 7.5 230/460 18/9

PFB-5900SP FM18 6200 5904 5250 4100 N/A N/A 7.5 230/460 18/9

Blower performance ratings based upon air density of 0.075 lb/CuFt

wg= Water Gage

For units over 6,000 CFM, please contact RPS.




SP-125A

RPS PART NUMBER FM40 125 CFM HEPA UNIT

The SP-125A HEPA filtration unit is a small, easily transportable tool for contamination control. Suitable

for use in confined spaces, it is perfect for spot ventilation, welding, torus work, glove-bag and glove-box

air cleaning. The optional carbon prefilter is useful for fume or vapor control where those elements are

necessary. The stainless steel cylindrical design facilitates cleaning and increases the durability of the

unit.

FEATURES:

A toteable cylindrical stainless steel case 12.5”

diameter x 23” long with integral motor/blower

housing and a carrying handle on the balance

point.

A 115 VAC, 2.3A single phase motor (nominal

1/5 horsepower). Push-button on-off switch

and an 8’ service cord.

Direct drive blower rated at 145 CFM @ 1”

static pressure water gage (sp.wg.) and 85

CFM @ 3” sp.wg.

Single, stainless steel inlet for 6” flex duct with

roll bead.

Differential pressure gage, 0”-10” sp.wg.

HEPA filter, cylindrical, metal framed, 12" dia.

x 7" long. Rated 125 CFM @ 1.0" water gage,

99.97% efficient for 0.3 micron particles.

Aerosol tested at 100% and 20% of rated

flow.

Prefilter, multi-density (course to fine)

Polyester media, with impregnated tackifier on

the outlet side, 89% average arrestance

(MERV 8) 12” Diameter, 2” thick.

Dimensions: 23" L x 12.5" W x16.9" H nominal

with rubber isolation feet. Weight: 45lbs.

Electrical Rating: 120V, 2.3A, 1 PH, 60 Hz.

SPARE PARTS:

HEPA Filter - AK46

Prefilter - BB02

OPTIONS:

Discharge collar, 6” Dia.

http://www.rpsct.com/HEPA-Filters/

http://www.rpsct.com/Prefilters/

8 888.637.7779 • 860.445.0334


MAC-21


The MAC-21 is a modular ventilation unit capable of providing High Efficiency Particulate Air (HEPA)

filtration with 99.97% efficiency @ 0.3 microns, at flow rates ranging from 500 CFM at 2 inches of static

pressure to 390 CFM at 4 inches of static pressure.

The MAC-21 is an assembly of three modules: 1) Power Module- a direct drive blower/motor and base

assembly; 2) Filter Module- prefilter & HEPA filter housing assembly; 3) Quick-Mount Cart- handling cart

and mounting platform for the power module and filter module.

FEATURES:

Stainless steel power module with an integrally-mounted motor directly driving a cast aluminum

blower. The blower/motor is mounted to a stainless steel base which contains a manual starter with

thermal overload protection, a Start/Stop toggle switch, and a power cord receptacle.

Motor: 3/4 HP, 3450 RPM.

Blower rated at 500 CFM @ 2" static pressure water gage (sp.wg.) and 390 CFM @ 4" sp.wg.

Filter module is a portable stainless steel housing that holds the prefilter, HEPA filter, or carbon

element. It is a two-piece assembly consisting of a housing cover and housing body. Filter modules

may be arranged in single, double, HEPA, carbon, or mixed element filtration trains to suit job needs.

The filter module accepts a slide-in prefilter through a separate prefilter compartment door in the

filter module housing cover. This separate prefilter compartment allows for a quick and easy prefilter

change-out without disturbing the HEPA filter seal and may be performed without shutting down the

unit.

The filter module housing cover is equipped with an "Accessory Track" that accepts a number of

different flex duct inlet adapters or special attachments such as the snorkel arm or 55 gallon drum

capture velocity hood. The standard housing cover is equipped with 8" flex duct female docking

adapter inlet.

The quick mount cart components are constructed from

stainless steel tubing resembling a "hand truck" in design.

99.97% HEPA filter, 350 CFM @ 1" static pressure water

gage. Element nominal 12.5" x 12.5" x 8" with 3/4" flanged

lip on inlet face. Aerosol tested at 100% and 20% of rated

flow.

Prefilter, Polyester with internally heat sealed wire ring,

13.5" x 13.5", MERV 6.

Minihelic gage: 0-10" water gage.

Dimensions: 19"L x 19" W x 46" H. Weight: approx. 140lbs.

Electrical Rating: 120/230V, 11/5.5A, 1 PH, 60 Hz.

SPARE PARTS:

HEPA Filter - AK78

Prefilter - AK66

OPTIONS:

Spark Arresting Prefilter - AK67

MAC-21D Savannah River Unit

This unit has been evaluated to the applicable CSA standards, for use in Canada and the

United States under products:

CLASS 3812-81-Fans and Blowers; Certified to US and Canadian Standards;

CLASS 3812-01-Fans and Blowers.

http://www.rpsct.com/HEPA-Filters/#AK78

http://www.rpsct.com/Prefilters/#AK66


http://www.rpsct.com/500CFM-MAC-21D-FM41/




MAC-21D


The model MAC-21D (P/N FM41) is an adaptation of our model MAC-21 (P/N FM37) 500 CFM HEPA unit.

This unit gives up some of the “modular features” in favor of a design assembled from explosion-proof

components. The MAC-21D features an explosion proof motor (Class 1, Group D, Class II Groups F&G

Division 1 & 2) with a spark proof blower design. Unlike the standard MAC-21, the blower/motor is not

removable from the unit cart, and the flex hose inlet is not configurable. It is fixed for 8” diameter flex

hose.

FEATURES:

Inlet: 8” dia flex hose adapter.

Exhaust: 8” dia flex hose adapter.

Blast gate on discharge for flow control.

Removable latches.

Sample port in lid.

Power: 120 vac, 1 ph, 10.6A.

Dimensions: 47” L x 19” W x 23” H.

Unit weight: 140 lbs.

SPARE PARTS:

HEPA filter - AK78

Prefilter - AK66

OPTIONS:

Prefilter, UL class 1 - AK79


NOTE: Unit does not include a HEPA filter. Purchase

HEPA filter P/N AK78 separately.

DOE: Note that this unit has been specifically approved

for use at Savannah River Site.






10 888.637.7779 • 860.445.0334


MAC-21VFD

RPS PART NUMBER FM37VFD 500 CFM HEPA UNIT

The MAC-21VFD is a modular ventilation unit capable of providing High Efficiency Particulate Air (HEPA)

filtration with 99.97% efficiency @ 0.3 microns, at flow rates ranging from 500 CFM at 2 inches of static

pressure to 390 CFM at 4 inches of static pressure.

The MAC-21VFD is an assembly of three modules: 1) Power Module– a direct drive blower/motor and

base assembly; 2) Filter Module- prefilter & HEPA filter housing assembly; 3)Quick-mount handling cart

and mounting platform for the power module and filter module.

FEATURES:

Stainless steel power module with an integrally-mounted motor directly driving a cast aluminum

blower. The motor/blower is mounted to a stainless steel base that contains a manual starter with

thermal overload protection, a Start/Stop toggle switch, and a power cord receptacle.

Motor is 3/4 HP, 3450 RPM.


Filter module is a portable stainless steel housing that holds the prefilter, HEPA filter, or carbon

element. It is a two-piece assembly consisting of a housing cover and housing body. Filter modules

may be arranged in single, double, HEPA, carbon, or mixed element filtration trains to suit job needs.

The filter module accepts a slide-in prefilter through a separate prefilter compartment door in the

filter module housing cover. This separate prefilter compartment allows quick and easy prefilter

change-out without disturbing the HEPA filter seal and may be performed without shutting down the

unit.

The filter module housing cover is equipped with an "Accessory Track" that accepts a number of

different flex duct inlet adapters or special attachments such as the snorkel arm or 55 gallon drum

capture velocity hood. The housing cover is equipped with 8" flex

duct female docking adapter inlet.

The quick mount cart functions as the mounting platform and

handling device for the Modular Air Cleaning system. Components

are constructed from stainless steel tubing resembling a "hand truck"

in design.

99.97% HEPA filter, 350 CFM @ 1" static pressure water

gage. Element nominal 12.5" x 12.5" x 8" with 3/4" flanged lip on

inlet face. DOP tested at 100% and 20% of rated flow.

Prefiilter, Polyester with internally heat sealed wire ring, 13.5" x

13.5", MERV 6.


Dimensions: 20" L x 19" W x 46" H. Weight: approx. 140 lbs.


SPARE PARTS:

HEPA Filter - AK78

Prefilter - AK66

OPTIONS:












SP-505A


The SP-505A HEPA filtration unit has the highest flow rate and static pressure rating available for a unit

of its size and weight. The SP-505A out-performs anything in its category and sets the standard for high

quality air cleaning equipment in a small, highly-portable package. The hand truck configuration allows

operation in either a horizontal or vertical position and facilitates transportation of the unit close to the

work site, thereby eliminating the necessity for excessive lengths of flexible duct.

FEATURES:

Integral stainless steel frame, blower mount and filter retainer

assembly capable of operating in either a horizontal or vertical

position.

Motor: 3/4 HP 3450 RPM.

Blower: direct drive, non-overloading, with back curved blades

and aluminum housing and wheel, AMCA Class B. Rated at 515

CFM @ 1" static pressure water gage (sp.wg.) and 347 CFM @ 4"

sp.wg.

Manual starter switch with thermal overload mounted in a NEMA 1

enclosure and equipped with an 8' service cord.

HEPA filter: metal framed, 14" x 14" x 17" with integral inlet

plenum and inlet connector for 6" diameter flex duct. Filter rated

at 300 CFM @ 1" sp.wg. and 99.97% efficient for 0.3 micron

particles. DOP tested at 100% and 20% of rated flow.

Prefilter, Multi-density (coarse to fine) Polyester Media, with

impregnated tackifier on the outlet side, 89% average arrestance

(MERV 8), 12.5" x 12.5" x 2".


Dimensions: 38" L x 19" W x 19" H; Weight: approx. 80 lbs.


SPARE PARTS:

HEPA Filter - AK36

Prefilter - AK37







12 888.637.7779 • 860.445.0334


SP-700


The SP-700 HEPA filtration unit is a compact, highly portable, industrial quality source of air cleaning. It

gets close to the job, eliminating long runs of flex ducting and the associated loss of system

performance. The SP-700 operates in either the vertical or horizontal position. The unit is equipped with

an 8' power cord and slide gate for flow control. The unique cylindrical design provides durability and

requires less space than comparably rated platform models.

FEATURES:

Integral-mounted cylindrical stainless steel filter housing and

frame assembly with two wheels in a hand truck configuration.

1 HP, 3450 RPM, totally enclosed fan cooled motor.

Direct drive, non-overloading blower with back curved blades,

aluminum housing and wheel. Blower discharge with integral

hand guard. Rated at 735 CFM @ 1" static pressure water gage

(sp.wg.) and 580 CFM @ 4" sp.wg.

Metal framed, round HEPA filter, 17" dia., rated at 500 CFM @ 1"

sp.wg. 99.97% efficiency for 0.3 micron particles. Aerosol tested

at 100% and 20% of rated flow.



(MERV 8), 17" Diameter, 2" Thick.

Stainless steel inlet plenum with one 8" flex duct connection with

roll bead.

Stainless steel blower discharge for 8" flex duct, roll bead and

slide gate for flow control.

0-10" sp.wg. magnehelic gage.

Manual starter switch with thermal overload protection, 8' power

cord.

Unit is capable of operating in either the vertical or horizontal

position.

Nominal dimensions: 44" L x 20" W x 21" H. Weight: 160lbs.


SPARE PARTS:

HEPA Filter - AK26

17" Prefilter - AK25

Hose Clamp, 8" - CL05







http://www.rpsct.com/Stainless-Steel-Hose-Clamps/#CL05




SP-700EP

RPS PART NUMBER FM11EP 735 CFM HEPA UNIT

The SP-700EP (Explosion Proof Class 1 Zone 2) HEPA filtration unit is a compact, highly portable,

industrial quality source of air cleaning. It goes to the job, eliminating long runs of flex ducting and the

associated loss of system performance. The SP-700EP operates in either the vertical or horizontal

position and operates on 120 VAC. The unique cylindrical design of the SP-700EP provides durability and

requires less space than comparably rated platform models.

FEATURES:


frame assembly with 2 wheels in hand truck configuration.

1 horsepower, 3450 RPM, totally explosion-proof motor (Class I,

Group D, Class II, Group F & G).

Explosion proof direct drive, non-overloading blower with back

curved blades, aluminum housing and wheel. Blower discharge

with integral hand guard.

Flow rates of 735 CFM @ 1" static pressure water gage (sp.wg.)

and 580 CFM @ 4" sp.wg.

Metal framed, round HEPA filter, 17" Dia., rated at 500 CFM @ 1"

sp.wg. 99.97% efficiency for 0.3 micron particles. Aerosol tested

at 100% and 20% of rated flow.



(MERV 8) 17" diameter x 2" thick.

Stainless steel inlet plenum with one 8" flex duct, roll bead and

slide gate for flow control.

Magnehelic gage, 0-10" water pressure.

Explosion proof manual starter (Class II, Groups E,,F, & G Division

1 & 2) switch with thermal overload protection mounted in NEMA

7&9 enclosure, 8' power cord.

Unit is capable of operating in a vertical or horizontal position.

Dimensions of: 44" long x 21" high x 20" wide, nominal. Weight:

160lbs.

Electrical Rating: 120/230V, 12/6A, 1 PH, 60 Hz.

SPARE PARTS:

HEPA Filter - AK26










14 888.637.7779 • 860.445.0334


SP-1000LV


The SP-1000 LV (Low Voltage) HEPA filtration unit is a compact, highly portable, industrial quality source

of air cleaning. It goes to the job, eliminating long runs of flex ducting and the associated loss of sytem

performance. The SP-1000 LV operates in either the vertical or horizontal position. A 1.5 HP, totally

enclosed fan cooled motor gives this unit a static pressure capability of 1.5" water gage at 1000 CFM.

The SP-1000 LV is equipped with two 8" Dia. inlets, each with a flow control damper. The hand truck

design provides mobility and easy handling.

FEATURES:


frame assembly with 2 wheels in a hand truck configuration.

1.5 HP, 3450 RPM.

Direct drive, non-overloading blower with radial blades, aluminum

housing and wheel. Blower discharge with integral hand guard.

Rated at 1000 CFM @ 1" static pressure water gage (sp.wg.) and

400 CFM @ 7" sp.wg.

Metal framed, cylindrical HEPA filter, 23" Dia., rated at 1000 CFM

@ 1" sp.wg., 99.97% efficiency for 0.3 micron particles. Aerosol

tested at 100% and 20% of rated flow.



(MERV 8), 12" Diameter x 2" Thick.

Inlet, two 8" Dia. flex duct connectors each with a flow control

damper.

Stainless steel blower discharge adapter for 8" flex duct.

0-10" sp.wg. Differential pressure gage monitors both HEPA and

prefilter.

Manual starter switch with thermal overload protection in NEMA

4X enclosure, with power cord.

Capable of operating in a vertical or horizontal position.

Dimensions: 49" L x 26" H x 26.5" W. Weight: 291lbs.


SPARE PARTS:

HEPA Filter - AK31

Prefilter - AK32










PFB-1600


The PFB-1600 HEPA filtration unit delivers high power and incorporates a bag-in/bag-out (BIBO) style

filter housing. For applications requiring maximum containment integrity during filter replacement, this

filtration unit is the first choice. The PFB-1600 develops over 9" of static pressure. This high

performance unit overcomes flow losses incurred by extended lengths of flex duct and filter loading. It is

ideal for remote placement and sustained operation.

FEATURES:

Heavy-duty cart with heavy-duty locking casters

(two rigid, two swivel).

A 5 HP, 3450 RPM, totally enclosed fan cooled

motor. Direct drive mounted to a back-curved non

-overloading aluminum blower. Hand guard and 8"

flex duct adapter on blower discharge.

Blower rated at 1720 CFM @ 1" static pressure

water gage (sp.wg.) and 1015 CFM @ 9" sp.wg.

Stainless steel BIBO filter housing with integral

inlet and outlet transitions. Two inlet adapters with

roll bead for 8" flex duct and adjustable flow

dampers. Individual prefilter and HEPA Filter doors

(not pictured).

Manual starter switch with overload protection,

push-button on-off and IP66 enclosure.

Metal framed, single gasket HEPA filter with wire

face guards, 24" x 24" x 11 1/2" rated @ 1000

CFM @ 1.0" wg., 99.97% efficient for 0.3 micron

particles. Aerosol tested at 100% and 20% of

rated flow.

Prefilter, cotton synthetic blend, 24" x 24" x 2"

thick, MERV 8 rating, UL Class 2.

Magnehelic gages for monitoring differential

pressure across each HEPA and prefilter section.

Dimensions: 93" L x 32" W x 45" H. Weight:

approx. 600lbs.


SPARE PARTS:

HEPA Filter - AK07

Prefilter - AK64

Replacement Bags, HEPA - AB14

Replacement Bags, Prefilter - AB15

OPTIONS:

Sound Attenuator - AH08

NOTE: Three phase plug by customer.





Unit pictured has a single BIBO housing, while stock units

have separate HEPA and prefilter BIBO housings.



http://www.rpsct.com/Bag-in-Bag-out-Filter-Bags/#AB14

http://www.rpsct.com/Bag-in-Bag-out-Filter-Bags/#AB15

http://www.rpsct.com/Sound-Attenuators/#AH08

16 888.637.7779 • 860.445.0334


PFB(H)-1600


The PFB (H)-1600 HEPA filtration unit is the best choice for applications where air flow loss is a concern

due to the use of extended lengths of flex duct or high filter loading potential. Delivering over 1000 CFM

flow at 9" of static pressure, the PFB (H)-1600 outperforms anything in its class and is the industry

standard for high performance, high quality air cleaning equipment in a small, highly portable package.

The unique housingless design reduces weight and cost without compromising performance or safety.

FEATURES:

Heavy-duty platform cart with heavy-duty locking

casters (two rigid, two swivel).

"Housingless" design to eliminate filter housing.

Filter platform equipped with pivoting inlet plenum,

fixed outlet plenum and "T" bolt filter retention/

compression mechanism.


Direct drive mounted to a back-curved, non-

overloading aluminum blower developing 1720 CFM

@ 1" static pressure water gage (sp.wg), 1015 CFM

@ 9" sp.wg. Hand guard and 8" flex duct adapter

on blower discharge.

Manual starter switch with overload protection, push

-button on-off and IP66 enclosure.

Metal framed HEPA filter with wire face guards, 24"

x 24" x 11.5" rated 1000 CFM @ 1.0" wg., 99.97%

efficient for 0.3 micron particles. Aerosol tested at

100% and 20% of rated flow.

Prefilter, cotton and synthetic blend, 24" x 24" x 2"

MERV 8 rating, UL Class 2.

Stainless steel inlet and outlet plenums. Two inlet

connections with adjustable flow dampers and roll

bead for 8" flex duct.

0-10" wg. magnehelic gage monitoring differential

pressure across HEPA and prefilter.

Nominal dimensions: 64.5" L x 26" W x 38" H.


SPARE PARTS:

2000 CFM HEPA Filter - AK47

Prefilter - AK64

OPTIONS:


1080 CFM HEPA Filter - AK08








http://www.rpsct.com/Sound-Attenuators/





SP-1600


The SP-1600 HEPA filtration unit is a compact, highly portable industrial quality source of air cleaning. It

goes to the job, eliminating long runs of flex ducting and the associated loss of system performance. The

SP-1600 operates in either the vertical or horizontal position. A 5 H.P. motor gives this unit a static

pressure capability of 9" water gage at 1015 CFM. The SP-1600 is equipped with flow control dampers

for each of two 8" inlets. The unique hand truck design provides mobility and easy handling.

FEATURES:


frame assembly with 2 wheels in a hand truck configuration.


Direct drive, non-overloading blower with back curved bladed,

aluminum housing and wheel. Blower discharge with integral

hand guard. Rated at 1720 CFM @ 1" static pressure water gage

(sp.wg.) and 1015 CFM @ 9" sp.wg.

Metal framed, cylindrical HEPA filter, 23" dia, rated at 1000 CFM

@ 1" sp.wg., 99.97% efficiency for 0.3 micron particles. Aerosol

tested at 100% and 20% of rated flow.



(MERV 8), 23" Diameter x 2" Thick.

Stainless steel inlet with (2) 8" flex duct connectors each with a

flow control gate.

Stainless steel blower discharge adapter for 8" flex duct.

0-10" water pressure Minihelic gage monitors both pre and HEPA

filter.

Manual starter switch with thermal overload protection mounted

in NEMA 12 enclosure, 8' power cord.

Approximate Dimensions: 49.3" L x 26.6" H x 26.5" W. Weight:

approx. 345lbs.


SPARE PARTS:

HEPA Filter - AK31



OPTIONS:


Mil spec. HEPA Filter - AK38









http://www.rpsct.com/Sound-Attenuators/


18 888.637.7779 • 860.445.0334


PFB-2500


The PFB-2500 filtration unit is a cost-effective and versatile portable ventilation system. High flow

capability and four 8" inlet adapters allow multiple tasks to be performed from a central location. The

dual HEPA filter housing is designed to extend HEPA filter life when using dual high-flow 1500 or 2000

CFM rated filters. Air flow up to 2500 CFM, long-term filter life and stainless steel construction make this

ventilation unit an excellent choice for handling multiple long-term tasks in highly contaminated areas.

FEATURES:



A 7.5 HP, 3450 RPM, totally enclosed fan cooled motor.

Direct drive mounted to a back-curved, non-

overloading aluminum blower. Hand guard and 8" flex

duct adapter with adjustable flow capability on blower

discharge.

Blower rated at 2750 CFM @ 1" static pressure water

gage (sp.wg) and 1900 CFM @ 7" sp.wg.

Manual starter switch with thermal overload, push-

button on-off and NEMA 12 enclosure.

Two metal framed single gasket HEPA filters with wire

face guards, 24" x 24" x 11.5" rated @ 1000 CFM @

1.0" wg., 99.97% efficient for 0.3 micron particles.

Aerosol tested at 100% and 20% of rated flow.

Integral stainless steel inlet, outlet and filter housing.

Four inlet connections in vertical orientation with

adjustable flow dampers and a roll bead for 8" flex

duct.

Prefilter, cotton synthetic blend, 24" x 24" x 2" thick,

MERV 8 rating, UL Class 2.

Magnehelic gages for monitoring differential pressure

across each HEPA and prefilter section.

Approximate Dimensions: 108.5" L x 32" W x 74" H.


SPARE PARTS:

HEPA Filter - AK55

Prefilter - AK64

Hose clamp, 8" - CL05

Replacement bags, HEPA - AB14

Replacement bags, Prefilter - AB15

OPTIONS:


HEPA Filter – AK206








http://www.rpsct.com/Stainless-Steel-Hose-Clamps/

http://www.rpsct.com/Bag-in-Bag-out-Filter-Bags/







PFB(H)-2500


The PFB (H)-2500 HEPA filtration unit is the first choice in high volume, high performance air cleaning

equipment. The PFB (H)-2500 is the most powerful portable HEPA filtration unit available in its size. The

housingless design reduces weight and cost without compromising performance or safety. The high

efficiency blower overcomes filter loading and flex duct flow losses to make sustained high flow operation

with extended hose lengths possible.

FEATURES:

Heavy-duty platform cart with heavy-duty locking casters (two rigid, two swivel).

"Housingless" design to eliminate filter housing. Filter platform equipped with pivoting inlet plenum,

fixed outlet plenum and "T" Bolt filter retention/compression mechanism.

A 7.5 HP, 3450 RPM, totally enclosed fan cooled motor. Direct drive mounted to a back curved non-

overloading aluminum blower, hand guard and 8" flex duct adapter on blower discharge.

Blower rated at 2750 @ 1" static pressure water gage and 1900 @ 7" sp.wg.

Manual starter switch with overload protection, push-button on-off and IP66 enclosure.

Metal framed HEPA filter with wire face guards, 24" x 24" x 11.5" rated 2000 CFM @ 1.3 sp.wg.

99.97% efficient for 0.3 micron particles. Aerosol tested at 100% and 20% of rated flow.

Prefilter, cotton synthetic blend, 24" x 24" x 2" thick, MERV 8 rating, UL Class 2.

Magnehelic gages for monitoring differential pressure across each HEPA and prefilter section.

Approximate dimensions: 64" L x 26" W x 38".


SPARE PARTS:

HEPA Filter - AK47

Prefilter - AK64

Hose Clamp - CL05

OPTIONS:


NOTE: Three phase plug by

customer.









20 888.637.7779 • 860.445.0334


PFB-2500SP


The PFB-2500(SP) filtration unit is among the most versatile ventilation systems on the market. High

flow capability and up to (4) 8" inlet adapters allow multiple tasks to be performed from a central

location (unit pictured has a single 12" inlet). With air flow up to 2500 CFM, a rugged chassis and a

highly efficient filter, this compact ventilation unit is the best choice for those applications requiring high

flow rates, small size and sustained operating capability.

FEATURES:



A 7.5 HP, 3450 RPM, totally enclosed fan cooled

motor. Direct drive, mounted to a back-curved,

non-overloading aluminum blower developing 2750

CFM @ 1" static pressure water gage (sp.wg.) and

1900 CFM @ 7" sp.wg. Hand guard and 8" flex

duct adapter on blower discharge.

Stainless steel bag-out filter housing with integral

inlet and outlet transitions. Up to (4) inlet

adapters with roll bead for 8" flex duct and

adjustable flow dampers (other inlet options are

available).

Manual starter switch with thermal overload, push-

button on-off and NEMA 12 enclosure.

Metal framed, single gasketed HEPA filter, with

wire face guards. 24" x 24" x 11-1/2" rated @

2000 CFM @ 1.35" wg., 99.97% efficient for 0.3

micron particles. Aerosol tested at 100% and 20%

of rated flow.

Prefilter, cotton synthetic blend, 24" x 24" x 2"

thick, MERV 8 rating, UL Class 2.

A 0-10" wg. Magnehelic gage monitoring

differential pressure across HEPA and prefilters.

Dimensions: 93.5" long x 32" wide x 45" high.


SPARE PARTS:

HEPA Filter - AK55

Prefilter - AK64




OPTIONS:







Unit pictured has a single BIBO housing, while stock units

have separate HEPA and prefilter BIBO housings.










PFB-5900SP


The PFB-5900SP is a very powerful filtration unit. On jobs where very high flow rates and high static

pressure capability are required, this unit will deliver both in the smallest size available. Using two HEPA

filters rated at 2000 CFM each allows us to reduce size, weight and cost. The belt driven blower develops

over 7" static pressure that overcomes flow losses from extended lengths of flex ducting. Custom inlet,

outlet and prefilter arrangements are available.

FEATURES:

Heavy-duty cart with heavy-duty locking casters (two rigid, four swivel).

Stainless steel filter housing with stainless steel inlet and outlet transitions. Filter housing

arrangement for two prefilters and two HEPA filters in a 1 wide x 2 high arrangement. Housing has 2

doors, a filter "bag-out" feature and meets the intent of ANSI N509 & N510.

A 7.5 HP, 1750 RPM, totally enclosed fan cooled motor. Blower is a shrouded radial blade type of

painted steel construction with two shaft pillow block bearings. Manual starter switch with overload

protection, push-button on-off and IP66 enclosure.


Metal framed HEPA filter with wire face guards, 24" x 24" x 11.5" rated 2000 CFM @ 1.3 wg., 99.97%

efficient for 0.3 micron particles. Aerosol tested at 100% and 20% of rated flow.

Prefilter, cotton synthetic blend, 24" x 24" x 2" thick, MERV 8 rating, UL Class 2.

Inlet plenum has 3 inlet collars with roll beads for 12" flex duct and adjustable flow control dampers.

Blower discharge to suit 12" flex duct.

Magnehelic gages for monitoring differential pressure across each HEPA and prefilter section.

Dimensions: 147" L x 37" W x 85" H.


SPARE PARTS:

HEPA Filter - AK55

Prefilter - AK64

Hose clamp, 16" - CL05









22 888.637.7779 • 860.445.0334


PFC (H)-500

RPS PART NUMBER FM19 500 CFM CARBON ADSORBER UNIT

The PFC(H)-500 is the most economical high efficiency adsorber available. Using nuclear grade impregnated carbon, this adsorber provides 1/4 second residence time at rated flow as per ANSI requirements. This ensures effective

sorption of organic radioiodine and noble gases. The pressure drop on this unit is only 1.7" water gage which impacts the airflow minimally. The upstream prefilter and HEPA filter protect the carbon element from dirt loading which would severely decrease efficiency and flow. Connected upstream of a HEPA filtration blower module, the system provides versatility and reduced space/cost over comparable single housing carbon/HEPA/blower units.

FEATURES:

Heavy-duty platform cart with heavy-duty locking casters (two rigid, two

swivel).

304 stainless steel, fold-down inlet and outlet plenums.

A 24" x 24" x 16" charcoal adsorber rated at 500 CFM and 1/4 second

residence time at rated flow.

Metal framed, dual gasketed HEPA filter with wire face guards. 24" x 24" x

5-7/8" rated @ 500 CFM @ 1"wg., 99.97% efficient for 0.3 micron particles. Aerosol tested at 100% and 20% of rated flow.

Prefilter, multi-density polyester, 24" x 24" x 2" thick with metal frame.

A 0-10" wg. Magnehelic gage monitoring differential pressure across HEPA and prefilters.

Nominal dimensions: 54" long x 24" wide x 39.5" high.

SPARE PARTS:

Carbon Adsorber - AG02

HEPA Filter - AK18

Prefilter - AK64


PFC HT-500 RPS PART NUMBER C103595

500 CFM CARBON ADSORBER UNIT

The PFC HT-500 is an economical highly portable carbon adsorber (HEGA) for nuclear applications. The adsorber utilizes Nuclear Grade activated carbon which results in a highly efficient adsorber for removal of airborne radioiodine (Iodine-131).

Adsorber residence time:

0.286 second residence time at 500 cfm flow, pressure drop of 0.60 in.wg.

0.125 seconds residence time at 1140 cfm flow, pressure drop of 1.59 in.wg. Plastic framed adsorber is less costly and lighter in weight than metal frame alternatives and meets ASME NQA-1 QA program requirements for nuclear facilities. An upstream MERV 8 prefilter reduces dust loading on the adsorber.

FEATURES:

Highly mobile Hand-truck design with large wheels facilitates transport.

304 stainless steel frame and plenums.

Inlet and outlet slide gates allow isolation of carbon during storage.

Gages: 0-3” Prefilter and 0-5” HEGA, monitor pressure drop across each stage.

Prefilter: 24” x 24” x 2” Farr 30/30.

HEGA: 24” x 24” x16”, (6) 2" deep beds, dual gasketed, high impact plastic.

Operates in vertical or horizontal orientations.

HEGA retention system allows fast easy replacement. Side door for slide out/in prefilter replacement.

Nominal dimensions: 50” high x 33” wide x 33” long. Wt. approximately 245 lb.

SPARE PARTS:

Carbon Adsorber - C103585

Prefilter - AK64


http://www.rpsct.com/Carbon-Adsorbers-3522/#AG02




http://www.rpsct.com/Carbon-Adsorbers-3522/#AG02






PRESSURE CONTROL UNIT

P/N C102604

The Pressure Control Unit (PCU) is a Type 304 stainless steel portable HEPA ventilation unit designed to

maintain a positive or negative pressure in a flexible or hard sided enclosure. The filter housings are spun

aluminum. The PCU is available with a touchscreen Programmable Logic Controller (PLC) and pressure

monitoring system, or with a manual On/Off/Speed control.

PLC Automatic Control

One way to control pressure is to utilize the PLC “feedback” loop that

automatically adjusts fan speed to maintain a preset containment

pressure (positive or negative). The other method is to manually set the

fan speed to the desired enclosure pressure and manually adjust the

speed while the PCU is operating. Depending upon the installed

configuration, the blower will either add or exhaust HEPA filtered air from

the enclosure until the pressure inside of the enclosure stabilizes at the

preset value. Should there be a containment breach, the PCU will

attempt to maintain the preset pressure point. The PCU is a highly

recommended alternative to the use of HEPA vacuum cleaners as

ventilation equipment. Vacuum cleaners can cause damage to flexible

isolators due to their powerful suction collapsing or tearing the fabric.

HEPA Filter Options

The PCU can be equipped with a HEPA filter on both the supply and exhaust sides of the blower. It can be

operated with either one or two filters installed. The HEPA filters can be installed on the upstream side,

the downstream side, or for added protection, double HEPA’s can be installed on both ends. This dual

filter configuration allows the PCU to operate in either a positive pressure or a negative pressure mode.

With new filters, it is capable of moving 150 cfm with one filter installed, or 110 cfm with both filters

installed. Interlocks prevent operation with the filter(s) removed or not properly seated. The PCU is

capable of passing a filter penetration test with a new filter installed yielding a 99.95% efficiency @ 0.3

micron level. It is ducted using a 3” diameter connection on both the supply and exhaust nipple

connections which are located on the filter housings.

Alarm Options

The PCU has the option of being used with a local or remotely located

audible and/or visual alarm. The values of duration and deviation can be

adjusted by the user to suit their needs. The alarm is triggered when the

desired pressure misses the actual internal pressure for more than a preset

time period, indicating a significant containment breach, loaded filters or

other non-desired conditions. The alarm is silenced by either pressing an

“acknowledged” button on the PCU’s touch screen or when the desired

pressure matches the actual internal pressure.

Features

Adjustable flow from 0 to 150 CFM under normal operating conditions.

Flow rate up to 175 CFM in breach conditions.

Disposable 10” dia. X 12.25” (including nipple connection) HEPA filter on exhaust and/or supply side.

Capable of double HEPA filtration.

Pressure sensor, displayed on PLC.

3" diameter inlet/discharge collar.

Continuous duty 48 VDC blower.

0.4” w.g. @ 75 CFM.

UL/CSA listed electrical components, NEC

wiring conformance.

110/220V 60/50 Hz.

Dry contacts to signal alarm condition.

50 lbs. (nominal).

10.50” long X 12” tall X 10” wide without filters

installed.

24 888.637.7779 • 860.445.0334


HEPA Filters

ITEM PART

NUMBER USE IN CFM DIMENSIONS

AK07 1080 24” x 24” x 11.5”

AK08 FM06 1080 24” x 24” x 11.5”

AK16 500 24” x 24” x 5-7/8”

AK18 FM19 500 24” x 24” x 5-7/8”

AK26 FM11, FM11EP 500 Ø18-7/8” x 16”

AK31 FM12, FM48 1000 Ø23” x 16”

AK36 FM34 300 14” x 14” x 17”

Filter pack with aluminum separators. Metal mesh face guards on upstream and downstream faces. Galvanized steel frame with a gasket on the upstream face only, micro glass fiber/acrylic resin binder media. Tested IEST-RP-CC-007 using thermal D.O.P. at 100% and 20% rated flow. Filter meets IEST-RP-CC001 type B performance level. Complies with UL 586 requirements.

99.97% efficient on 0.3 micron particles. Filter pack with aluminum separators. Metal mesh face guards on upstream and downstream faces. 16 gage aluminum/zinc alloy coated steel frame, with one gasket each on the both the upstream and downstream face. Tested IEST-RP-CC-007 using thermal D.O.P. at 100% and 20% rated flow. Filter meets IEST-RP-CC001 type A performance level. Complies with UL 586 and UL-900 class 2 requirements.

99.97% efficient on 0.3 micron particles. Filter pack with aluminum separators. Metal mesh face guards on upstream and downstream faces. 16 gage aluminum/zinc alloy coated steel frame, with one gasket each on the both the upstream and downstream face. Tested IEST-RP-CC-007 using thermal D.O.P. at 100% and 20% rated flow. Filter meets IEST-RP-CC001 type A performance level. Complies with UL 586 and UL-900 class 2 requirements.

99.97% efficient on 0.3 micron particles, filter media is micro glass fiber/acrylic resin binder, filter pack

with aluminum separators. Galvanized 4x4 metal mesh face guards on upstream and downstream faces.

Galvaneal steel frame, gasket on the upstream and downstream face. Tested IEST-RP-CC-007 using

thermal D.O.P. at 100% and 20% rated flow. Filter meets IEST-RP-CC001 type H performance level. Filter

meets UL-586 and UL-900 class 1 requirements. Max operating temperature is 175° F.

Nuclear grade, pure form media. 99.97% efficient for 0.3 micron particles. DOP tested at 100% and 20% rated flow. UL586 rated. This filter features a cylindrical T-409 stainless steel filter body and a dual gasketed seating flange. The flange has an alignment index for proper insertion into the housing. Face guards on each face. Max operating temperature is 250° F.

Nuclear grade, pure form media. 99.97% efficient for 0.3 micron particles. DOP tested at 100% and 20%

rated flow. UL586 rated. This filter features a cylindrical T-409 stainless steel filter body and a dual

gasketed seating flange. The flange has an alignment index for proper insertion into the housing. Face

guards on each face. Max operating temperature is 250° F.

99.97% efficient for 0.3 micron particles, filter media is micro glass fiber/acrylic resin binder, galvanized

4x4 metal mesh face guards on upstream and downstream faces. 16 gage galvaneal steel frame and case

with a neoprene gasket on downstream mounting flange. Equipped with 6" Dia. x 3" long inlet connection.

Tested IEST-RP-CC-007 using thermal D.O.P. at 100% and 20% rated flow. Filter meets IEST-RP-CC001

type A performance level. Filters meet UL-586 and UL-900 class 2 ratings. Max operating temperature is

200° F.

http://www.rpsct.com/1600CFM-PFB-H-1600-FM06/

http://www.rpsct.com/500CFM-PFC-H-500-FM19/

http://www.rpsct.com/735CFM-SP-700-FM11/

http://www.rpsct.com/735CFM-SP-700EP-FM11EP/


http://www.rpsct.com/1000CFM-SP-1000LV-FM48/

http://www.rpsct.com/515CFM-SP-505A-FM34/




ITEM

PART


AK46 FM40 125 Ø12” x 7”

AK47 FM05, FM06 2000 @1.35 W.G. 24” x 24” x 11.5”

AK55 FM03, FM17, FM18 2000 @1.35 W.G. 24” x 24” x 11.5”

AK78 FM37, FM41 350 @1.30 W.G. 12.5” x 12.5” x 8.5”

AK82 35 8” x 8” x 11.5”

AK98 100 12” x 12” x 11”

AK123 70 @0.50 W.G. 10.5” x 10.5” x 3”

99.97% efficient on 0.3 micron particles, filter media is micro glass fiber/acrylic resin binder, galvanized

4x4 metal mesh face guards on upstream and downstream faces. Gasket on both ends. Tested IEST-RP-CC

-007 using thermal D.O.P. at 100% and 20% rated flow. Complies with UL 586 requirements. Max

operating temperature is 175° F.

Max, 99.97% efficient on 0.3 particles. Filter media is micro glass fiber/acrylic resin binder, galvanized 4x4

metal mesh face guards on upstream and downstream faces. Galvaneal frame with a gasket on each the

upstream and downstream faces. Tested IEST-RP-CC-007 using thermal D.O.P. at 100% and 20% rated

flow. Filter meets IEST-RP-CC001 Type A performance level. Complies with UL 586 and UL-900 class 2

requirements. Max operating temperature is 175° F.

Max, 99.97% efficient on 0.3 particles. Filter media is micro glass fiber/acrylic resin binder, galvaneal

frame, with gasket on the downstream face, and galvanized 4x4 metal mesh face guards on upstream and

downstream faces. Filter meets UL-586 and UL-900 Class 1 standards. Tested for efficiency in accordance

with IEST-RP-CC-007.Filter meets IEST-RP-CC001 Type H performance level. Complies with UL 586 and UL-

900 class 2 requirements. Max operating temperature is 175° F.

Nuclear grade filter 99.97% efficient for 0.30 micron particles. Media is Superflow II. The filter has a 409

stainless steel frame and galvanized face guards on both faces. Nuclear grade filter, DOP tested at 100%

and 20% rated flow. Filter meets UL 586. Filter is performance tested in accordance with ASME AG-1A SEC.

FC-5110 and FC-5120. (Approved for use at WSRC.) . Max operating temperature is 250° F.

99.97% efficient on 0.3 micron particles. DOP tested at 100% and 20% rated flow. The filter has a 409

stainless steel frame and galvanized face guards on both faces, 3" Dia. x 3" long inlet connection. Max

operating temperature is 250° F.

2" x 5-7/8" OD aluminum inlet and outlet collars. Case is made of particle board with 16 gage aluminum

ends and collars for duct connection. D.O.P. test at 100% of rated flow. May be used as a disposable HEPA

or prefilter.

99.97% efficient on 0.3 micron particles. Filter media is micro glass fiber/acrylic resin binder, aluminum

frame with an open cell foam gasket on downstream mounting flange. Tested for efficiency in accordance

with IEST-RP-CC-007. Meets Ul-900 class 2 standards. Max operating temperature is 175° F.

http://www.rpsct.com/125CFM-SP125A-FM40/



http://www.rpsct.com/2500CFM-PFB-2500-FM03/

http://www.rpsct.com/2500CFM-PFB-2500SP-FM17/


http://www.rpsct.com/500CFM-MAC-21-FM37/


26 888.637.7779 • 860.445.0334


ITEM

PART


AK160 2294 24” x 24” x 11.5”

AK164 2400 24” x 24” x 11.5”

AK204 FM17, FM18 1000 24” x 24” x 11.5” AG-1

AK205 FM05, FM06 1000 24” x 24” x 11.5” AG-1

AK206 FM03, FM17, FM18 1500 @1.30 W.G. 24” x 24” x 11.5” AG-1

AK207 FM05, FM06 1500 @1.30 W.G. 24” x 24” x 11.5” AG-1

AK208 1500 @1.30 W.G. 24” x 24” x 11.5” AG-1

99.97% efficient on 0.3 micron particles. Anodized aluminum frame, filter media is micro glass fiber/acrylic

resin binder. Filter meets UL-586 and UL-900 class 2 ratings. Tested for efficiency in accordance with IEST-

RP-CC-007. Max operating temperature is 150° F.

99.97% efficient on 0.3 particles. 3/4" wide gasket seal, micro-glass/acrylic resin binder. Filter meets UL-

586 standard. Tested for efficiency in accordance with IEST-RP-CC-007.

99.97% efficient on 0.3 microns. 14 gage 304 stainless steel frame, filter media is micro glass fiber/acrylic

resin binder, neoprene gasket on upstream face, galvanized 4x4 metal mesh face guards on upstream and

downstream faces. Filter meets UL 586 and ASME AG-1 section FC-5000 requirements. Filter manufactured

IAW AG-1 requirements/DOE-STD-3020-2005. Filter tested in accordance with ASME AG-1, sections FC-

5110 and FC-5120. Max operating temperature is 250° F.

99.97% efficient on 0.3 particles. 14 gage 304 stainless steel frame, filter media is micro glass fiber/acrylic

resin binder, neoprene gasket upstream & downstream, galvanized 4x4 metal mesh face guards on

upstream and downstream faces. Filter meets UL-586 and ASME AG-1 section FC-5000 requirements.

Manufactured IAW AG-1 requirements/DOE-STD-3020-2005. Filter tested in accordance with ASME AG-1,

sections FC-5110 and FC-5120. Max operating temperature is 250° F.

99.97% efficient on 0.3 particles. 14 gage 304 stainless steel frame, neoprene gasket on upstream face,

filter media is micro glass fiber/acrylic resin binder, with galvanized 4x4 metal mesh face guards on

upstream and downstream faces. Filter meets UL 586 and ASME AG-1 section FC-5000 requirements. Filter

manufactured IAW AG-1 requirements/DOE-STD-3020-2005. Filter to be tested in accordance with ASME

AG-1, sections FC-5110 and FC-5120. Max operating temperature is 250° F.

99.97% efficient on 0.3 micron. 14 gage 304 stainless steel frame, filter media is micro glass fiber/acrylic

resin binder, neoprene gasket upstream & downstream with galvanized 4x4 metal mesh face guards on


manufactured IAW AG-1 requirements/DOE-STD-3020-2005. Filter tested in accordance with ASME AG-1,


99.97% efficient on 0.3 particles. 14 gage, 304 stainless steel frame, filter media is micro glass fiber/acrylic

resin binder, neoprene gasket on downstream face, with galvanized 4x4 metal mesh face guards on


manufactured IAW AG-1 requirements/DOE-STD-3020-2005. Filter tested in accordance with ASME AG-1,














Prefilters

ITEM PART

NUMBER USE IN DIMENSIONS

PREFILTER

AK03 FM02, FM06, FM03, FM05, FM17, FM18 24” x 24” x 2”

PREFILTER

AK25 FM11, FM11EP Ø17" x 2"

PREFILTER

AK32 FM48, FM12 Ø23" x 2"

PREFILTER

AK37 FM34 12.25" x 12.25" x 1 7/8"

PREFILTER

AK64 FM02, FM06, FM03, FM05, FM17, FM18 24" x 24" x 2"

A Multi-Density prefilter element with a course weave media (upstream side) and fine weave media (downstream side) laminated into a single element. No frame. Packaged 12 per box. Price is for 12 pieces. Note: Media is used installed in Prefilter Frame P/N BE02.

A multi-density prefilter element with a course weave media (upstream side) and fine weave media (downstream side) laminated into a single element. No frame. Packaged 12 per box.



High-capacity MERV8 pleated panel filter with fiber board frame. Rated 30% efficient IAW ASHRAE standard 52.1-92. UL Class 2. For use in any standard 24"x24"x2" prefilter application. Packaged 12 per box. Price is for 12 pieces.











http://www.rpsct.com/515CFM-SP-505A-FM34/







28 888.637.7779 • 860.445.0334


ITEM PART


PREFILTER

AK66 FM37, FM41 14" x 14" x 1 1/2"

SPARK

ARRESTING

PREFILTER

AK67 FM37, FM41 13 3/4" x 13 3/4" x 1 3/4"

PREFILTER

AK79 FM41 13 7/8" x 13 7/8" x 1 3/4"

PREFILTER

BB02 FM40 Ø12" x 2"

Multi-density polyester with an internal support wire, MERV 6. Media is non-allergenic, unaffected by moisture, humidity and most corrosive chemicals. Self-gasketing design prevents air bypass, media will not support the growth of fungus or bacteria. UL900 class2. Packaged 12 per box.

The Stainless Steel spark arresting prefilter is made from 304 Stainless Steel throughout. Filtering media consists of 7 layers of corrugated Stainless Steel, expanded through specific feeds to ensure maximum filtering and internal loading capabilities. Filter elements are processed from 304 Stainless Steel sheets, expanded to .032 strands. Frames are made from 304 Stainless Steel, no less than .024 thickness, joined with Stainless Steel rivets.

Metal framed prefilter with metal mesh filter guard. Meets UL class 1 specifications. Aluminum frame.











ITEM PART


MOISTURE

SEPARATOR


PLEATED

CHARCOAL

FILTER


SPARK

ARRESTING

PREFILTER


MOISTURE

SEPARATOR


Moisture separators are designed for use in air handling systems that require the collection of either oil mist

or water droplets. CONSTRUCTION -The Aluminum moisture separator is made with a 0.037 aluminum

frame surrounding a multi-layered pad which includes both aluminum expanded media and screen. The

moisture separators are constructed with 10 layers of media supported by a heavy 0.037 aluminum frame.

The mist eliminator has both expanded media and fine screen media layered in a way that will collect large

amounts of either oil or water. The moisture separator also has three drain holes in both the top and the

bottom to allow proper drainage. Fits in any standard filter retainer designed for 24"x24"x2" nominal filters.

MAX TEMPERATURE: 250° F.

Pleated Charcoal filter made with a carbon (coconut shell based) impregnated synthetic media, containing 10.44 grams of carbon per sq. foot of media area. The pleats increase the surface area of carbon exposed to the air flow. For example, a 24” x 24” x 2” charcoal pleated filter contains 14 square feet of effective media face area compared to only 4 square feet for a filter pad. The frame is a rigid water resistant beverage board. These filters are more than odor removers, they also are effective filtering elements. Filters tested by ASHRAE Standard 52-76. Fits in any standard filter retainer designed for 24"x24"x2" nominal filters.

The Stainless Steel filter is made from 304 Stainless Steel throughout. Filtering media consists of 7 layers of corrugated Stainless Steel, expanded through specific feeds to ensure maximum filtering and internal loading capabilities. Filter elements are processed from 304 Stainless Steel sheets, expanded to .032 strands. Frames are made from 304 Stainless Steel, no less than .024 thickness, joined with Stainless Steel rivets. Resistance when clean is .087" w.g. at 350 FPM air velocity (1400 CFM). Maximum temperature range is 900° F. Stainless Steel can withstand extreme heat and corrosive solutions that both aluminum and galvanized filters can not. Fits in any standard filter retainer designed for 24"x24"x2" nominal filters. Call to determine appropriate applications.

Moisture separators are designed for use in air handling systems that require the collection of either oil mist or water droplets. CONSTRUCTION - The AK5216 Stainless Steel moisture separator has a 304 Stainless Frame with multiple layers of 304 Stainless Steel expanded media and screen throughout the filter. Filtering media consist of 10 layers of corrugated Stainless Steel, expanded through specific feeds to assure maximum filtering and internal loading capabilities. Filter elements are processed from 304 Stainless Steel sheets, expanded to .032 strands. Frames are made from 304 Stainless Steel, no less than .024 thick, joined with Stainless Steel rivets. Stainless Steel can withstand extreme heat and corrosive solutions that both Aluminum and Galvanized filters can not. The moisture separator also has three drain holes in both the top and the bottom to allow proper drainage. MAX TEMPERATURE: 900° F.

























30 888.637.7779 • 860.445.0334


Inline Filtration

Inline stainless steel plenum housing for spark arrestor or moisture separator

(demister) elements. The unit is comprised of a stainless steel plenum with a track to

hold one 24"x24"x2" spark arrestor/demister element or prefilter element (elements

sold separately, see options below).

P/N BF18 The BF18 model can accommodate up to 2,500 CFM flow. A drain valve

with a 1/4"-NPT fitting is installed in the bottom of the plenum. BF18 has 1 inlet and 1

outlet collar for 12" Dia. flex duct (sold separately, P/N CG55).

Dimensions: Length: 27", Width: 25", Height: 27.5".

P/N BF18S8 The BF18S8 model can accommodate up to 2,500 CFM flow. A drain

valve with a 1/4"-NPT fitting is installed in the bottom of the plenum. BF18S8 has 1

inlet and 1 outlet collar for 8" Dia. flex duct (sold separately, P/N CG53).


P/N BF18S10 The BF18S10 model can accommodate up to 2,500 CFM flow. A drain

valve with a 1/4"-NPT fitting is installed in the bottom of the plenum. BF18S10 has 1

inlet and 1 outlet collar for 10" Dia. flex duct (sold separately, P/N CG54).


Options:

AK5206- Spark Arresting Filter - Stainless Steel

AK5216- Moisture Separator/Demister - Stainless Steel

AK1244- Moisture Separator - Aluminum

AK1338- Filter, Charcoal - Pleated

AK64- Prefilter, ASHRAE 30% efficient

Inline stainless steel plenum housing for spark arrestor or moisture separator

(demister) elements. The unit is comprised of a stainless steel plenum with a track to

hold one 24"x24"x2" spark arrestor/demister element or prefilter element (elements

sold separately, see options below).

P/N BF18D8 The BF18D8 model can accommodate up to 2,500 CFM flow. A drain

valve with a 1/4"-NPT fitting is installed in the bottom of the plenum. BF18D8 has 2

inlet and 2 outlet collars for 8" Dia. flex duct (sold separately, P/N CG53).


Options:

AK5206- Spark Arresting Filter - Stainless Steel

AK5216- Moisture Separator/Demister - Stainless Steel

AK1244- Moisture Separator - Aluminum

AK1338- Filter, Charcoal - Pleated

AK64- Prefilter, ASHRAE 30% efficient

Inline, powder coated, carbon steel prefilter housing accepts up to four double

gasketed 24" x 24" x 2" filter elements (elements sold separately) in any combination.

This unit is designed to allow user flexibility in selection of prefilters to suit job

requirements.

P/N BF20 There is one inlet and one outlet collar for 8" diameter flexible duct (sold

separately, P/N CG53).

P/N BF20S10 There is one inlet and one outlet collar for 10" diameter flexible duct

(sold separately, P/N CG54).

http://www.rpsct.com/CG-Series-Flexible-Duct/#CG55





















https://imageserv10.team-logic.com/mediaLibrary/261/bf18s8a_1.jpg

https://imageserv10.team-logic.com/mediaLibrary/261/bf18_1.jpg

https://imageserv10.team-logic.com/mediaLibrary/261/bf20_wfilt_1.jpg




Inline, powder coated, carbon steel prefilter housing accepts up to four double

gasketed 24" x 24" x 2" filter elements (elements sold separately) in any

combination.

P/N BF20D8 There is two inlet and two outlet collars for 8" diameter flexible

duct (sold separately, P/N CG53). This unit is designed to allow user flexibility

in selection of prefilters to suit job requirements.

Inline HEPA filter housing comprised of a stainless steel or coated carbon steel

plenum with a track to hold one 24" x 24" x 12" HEPA filter (HEPA filter sold

separately).

P/N BF21 The BF21 can accommodate up to 2500 CFM flow. There is one

inlet and one outlet collar for 8" diameter flexible duct (sold separately, P/N

CG53).

Dimensions: 33-7/8" x 26-7/8" x 26-7/8".

Sound Attenuators

The Sound Attenuator effectively reduces blower discharge

noise by up to 20% (DBA) with minimal loss of flow.

P/N AH08 Sound Attenuator

The AH08 is rated for flows from 800 to 1600 CFM

and has connections on the inlet and outlet for 8"

Dia. flex hose/duct (P/N CG53).

Unit measures 21” Dia. x 29” long.

Body weighs 60 lbs. and has 2 wheels for handling.

Inlet and Outlet collars: 8" Dia. x 5" L.

For use with RPS HEPA units:

PFB(H)1600, P/N FM06

PFB-1600, P/N FM02

SP-1600, P/N FM12

P/N AH10 Sound Attenuator

The AH10 is rated for flows from 1600 to 2500 CFM

and has connections on the inlet and outlet for 8"

Dia. flex hose/duct (P/N CG53).

Unit measures 26” Dia. x 44” long.

Body weighs 92 lbs. and has 2 wheels for handling.

Inlet and Outlet collars: 8" Dia. x 10" L.

For use with RPS HEPA units:

PFB(H)2500, P/N FM05

PFB-2500, P/N FM03

PFB-2500SP, P/N FM17



https://imageserv10.team-logic.com/mediaLibrary/261/bf20D8_3.jpg

https://imageserv10.team-logic.com/mediaLibrary/261/BF21_1.JPG

32 888.637.7779 • 860.445.0334


Carbon Adsorbers

What is Adsorption?

Adsorption is a process that occurs when a gas or liquid solute accumulates on the surface of a solid,

forming a molecular or atomic film (the adsorbate). The carbon utilized for radioactive iodine removal is

nuclear grade 8x16 mesh and is impregnated with TEDA to improve retention of radio-iodines. RPS offers

adsorbers in both circular and square cross-sections.

NUTOX Carbon Adsorbers are designed for the capture of organic vapors and fumes. They employ a high

carbon contact time. NUTOX uses technical grade activated carbon and is not rated for nuclear (radio-

iodine) applications. The NUTOX Radial Flow Adsorbers treat relatively large flows with a very low

pressure drop. The activated carbon is contained in an annulus between two stainless steel screens

attached to expanded metal. When an accumulator cabinet is used to house the radial flow adsorber,

condensate drains and breakthrough indicators are provided. If conditions dictate, stainless steel can be

substituted for carbon steel or an alternative coating can be provided. Flow can be reversed if preferred.

NOTES:

1) Nominal design flow may be conservative. Desired contact time may allow higher or lower flow rates.

2) Dry virgin activated or reactivated carbon provided as standard adsorbent.

3) Maximum adsorbent fill is based on a bed density of 29 lb/ft3.

4) Maximum adsorbent fill can differ based on variable bed density and alternate adsorbents.

Carbon Refill- Call for information

Breakthrough Indicator- HR09

P/N AK42 NUTOX Carbon Adsorber, 500 CFM.

Residence Time: 85 seconds.

Standard Adsorbent Fill: 200lbs.








Residence Time: 1.13 seconds.


Carbon Adsorber

600 g/sq. ft. of activated carbon in a flexible nylon net.

Normal thickness: 1.75”.

Initial resistance: 0.45” w.g.

P/N AK95 Carbon Adsorber 12” diameter circular pad. For SP 125A

(P/N FM40).

P/N AK96 Carbon Adsorber 17” diameter circular pad. For SP 700

(FM11) and SP 700EP (P/N FM11EP).

P/N AK97 Carbon Adsorber 23” diameter circular pad. For SP

1000LV (P/N FM48) and SP 1600 (P/N FM12).









https://imageserv10.team-logic.com/mediaLibrary/261/AK42__1.jpg

https://imageserv10.team-logic.com/mediaLibrary/261/ak96b_1.jpg




P/N AG01 Carbon Adsorber Bed (HEGA)

1,000 CFM.

1/4 Second Residence Time.

The AG01 carbon bed is a nuclear grade carbon adsorber for use in RPS model

PFC-1000(SP) P/N FM24 HEPA/Carbon unit. The AG01 is rated at 1,000 CFM

flow with a residence time of 1/4 second. The 304 stainless steel frame

measures approximately 22” long x 24” x 24” and has a bolting flange on each

end. Pressure drop is about 1” wg.

The carbon is nuclear grade 8x16 mesh and is impregnated with TEDA to

improve retention of radio-iodines.

Unit meets US NRC Reg., Guide 1.52 and ANSI/ASME N509.

Not stocked. Normal delivery 4-6 weeks ARO.

P/N AG02 Carbon Adsorber Bed (HEGA)

1,000 CFM.

1/8 Second Residence Time.

The AG02 Carbon Bed is a nuclear grade carbon adsorber for use in

the following RPS Models: PFC(H)-500 P/N FM19, PFC-500 P/N FM23,

and PFC-1000 P/N FM25. The AG02 is rated at 1,000 CFM flow with a

residence time of 1/8 second. The 304 stainless steel frame measures

approximately 16” long x 24” x 24” and has a gasket seal on each

end. Pressure drop is about 1” wg.

The carbon is nuclear grade 8x16 mesh and is impregnated with

TEDA to improve retention of radio-iodines.

Unit meets US NRC Reg., Guide 1.52 and ANSI/ASME N509.

Not stocked. Normal delivery 4-6 weeks ARO.

P/N AK93 Carbon Adsorber

Carbon filter, Z-line Series Carbotron pleated, beverage board frame.

Dimensions: 13 13/16” x 13 13/16” x 1 3/4".

For MAC 21 (P/N FM37) and MAC 21D (P/N FM41).

Bag-In/Bag-Out Filter Bags Minimum order is Qty. 4. Delivery is 2-3 weeks ARO or less. Can ship UPS. Shipping Weight: 30 lbs.

P/N AB20 Prefilter Bag - Separate Prefilter Door Housing Design. Used to install or replace a prefilter in

a housing type filtration unit that has a separate door and bag retainer for the prefilter in the

housing. Usually used with an RPS HEPA unit with style 212/3GB filter housing. Bag attaches to housing

on bag retainer coaming underneath housing door.

P/N AB21 HEPA Filter Bag - Separate HEPA Door

Housing Design. Used to install or replace a HEPA

Filter in a housing type filtration unit that has a

separate door and bag retainer for the prefilter in the

housing. Usually used with an RPS HEPA unit with

style 212/3GB filter housing. Bag attaches to housing

on bag retainer coaming underneath housing door.

P/N AB17 HEPA & Prefilter Bag - Single Door Filter

Housing Design. Used to install or replace both the

HEPA Filter and prefilter in a housing type filtration

unit that has a single door and bag retainer for the

HEPA and Prefilter in the housing. Bag attaches to

housing on bag retainer coaming underneath housing

door.

http://www.rpsct.com/500CFM-PFC-H-500-FM19/



https://imageserv10.team-logic.com/mediaLibrary/261/ag01_1.jpg

https://imageserv10.team-logic.com/mediaLibrary/261/ag02_1.jpg

34 888.637.7779 • 860.445.0334


Stainless Steel Fittings

RPS offers a variety of stainless steel fittings for use with flexible duct and plenums.

All of our fittings are designed with a roll bead on each end for flexible duct connection and

all fittings are 18 gage, 304 stainless steel with a #4 finish.

Stainless Steel “Y” Fittings

P/N AS49 (pictured)

ø8” x ø 8” x ø8”

Stainless steel "Y" fitting. Three branches for dividing airflow. Fits 8” diameter duct.

Roll beads on each end.

P/N AS113 (pictured)

ø12” x ø8” x ø8”

Stainless steel "Y" fitting for changing a 12" diameter suction into (2) - 8" diameter

suctions. Flow control damper in each 8" Dia. leg for controlling flow from each section

separately. Roll beads on all connections.

P/N AS116 (not shown)

ø8” x ø8” x ø8”

Stainless steel "Y" fitting for changing an 8" diameter suction into 2 - 8" diameter

suctions. Flow control damper in each 8" Dia. section for controlling flow from each

section separately. Roll beads on all connections.

Stainless Steel Funnels

P/N CR11 (pictured)

10” x 20” x ø8”

Stainless steel funnel with debris screen for air intake at the end of an 8" flex duct.

P/N CR12 (not shown)

10” x 20” x ø8”

Stainless steel funnel without screened opening, for air intake at the end of an 8" flex

duct.


12” x 3-1/4” x ø4”

Stainless steel funnel-12" x 3 1/4" with 4" flexible duct connection.


10” x 20” x ø8”

Stainless steel funnel with spark arresting screen for air intake at the end of an 8" flex

duct.


10” x 20” x ø8”, with a 4” flange

Stainless steel funnel without screened opening, for air intake at the end of an 8" flex

duct.


20” x 3-1/2” x ø4” with a 4” flange

Stainless steel funnel- 20" x 3 1/4" with 4" flange on all sides and a 4" flex duct

connection.


20” x 10” x ø4”

Stainless steel funnel with spark arresting screen for air intake at the end of 4" flex

duct.




Stainless Steel Couplings

P/N CF02 (not shown)

Ø 6”

Stainless steel coupler for connecting lengths of 6" diameter flex duct. Roll beads on

each end.

P/N CF03 (pictured)

Ø 8”


each end.


Ø 10”


each end.


Ø 12”


each end.

Stainless Steel Reducers

P/N CR23 (pictured)

Ø8” to Ø6”

Stainless steel reducer, 8" Dia. duct to 6" Dia. duct. Roll beads on each end to prevent

duct from slipping.


Ø12” to Ø8”


duct from slipping.


Ø8” to Ø4”


duct from slipping.


Ø10” to Ø8”


duct from slipping.

Stainless Steel Elbows

P/N AS72 (pictured)

Ø8” x 90°

Stainless steel 90° elbow for smooth duct bends. Reduces flow restriction and

minimizes duct collapse. Fits 8" diameter duct. Roll beads on each end.


Ø6” x 90°




Ø10” x 90°



36 888.637.7779 • 860.445.0334


Stainless Steel End Fittings


Ø 8”

Stainless steel end fitting for 8" diameter duct. Suction end has wire mesh screen to

prevent debris from entering duct. Duct connector end has roll bead.


Ø 6”




Ø 10”




Ø 12”




Ø 6”

Stainless steel, spark arresting, metal end fitting for 6" diameter duct. Metal mesh and

expanded metal screens provide spark protection and prevent debris from entering

duct. Duct connection end has roll bead.

P/N CR44 (pictured)

Ø 8”





Ø 10”

Stainless steel, spark arresting, metal end fitting for 10" diameter duct. Metal mesh

and expanded metal screens provide spark protection and prevent debris from entering



Ø 12”

Stainless steel, spark arresting, metal end fitting for 12" diameter duct. Metal mesh

and expanded metal screens provide spark protection and prevent debris from entering



Ø 4”




Stainless Steel Hose Clamps

P/N CL03

Quick release hose clamp for 12"-16" diameter ducting. Stainless steel.

P/N CL05


P/N CL10


https://imageserv10.team-logic.com/mediaLibrary/261/cl03_10_1.jpg




PART NUMBER DIAMETER BEND RADIUS

CG25 4" 3.4"

CG20 6" 4.5"

CG21 8" 5.5"

CG22 10" 6.8"

CG23 12" 9.4"

CG24 16" 12.4"

CG26 20" 15"

CG27 24" 17.5"

Flexible Duct

Single-Ply Polyester/Neoprene Flexible Duct

A multi-purpose suction or exhaust hose for ventilation equipment offering durability, flexibility and light

weight. Hose ends have cuffs with enclosed Nylon ring for easy installation. This one-ply hose provides

increased flexibility without sacrificing durability. This hose is constructed with a neoprene-coated

polyester fabric on both sides and is reinforced with a spring steel wire helix (meeting ASTM227

specifications) for support. It provides superior chemical resistance, abrasion resistance and is flame

retardant to UL94V-0 rating.

Service temperature range: -40°F to +250°F

Wall Thickness: .011" (+/- .005")

Standard Color: Black

Standard Length: 25’

Compressibility: 4 to 1 through 12” dia. / 5 to

1 on 14” and larger dia.

Size range: 2” to 24”

Bend Radius: Rated as centerline bend radius

on full length stock items

Incinerable Flexible Duct

A multi-purpose suction or exhaust hose for ventilation equipment

offering durability, flexibility and light weight. Hose ends have cuffs for

easy installation. This hose is constructed of single-ply acrylic urethane-

coated polyester base fabric reinforcement. It utilizes an incinerable

grade nylon rod non-metal helix and is manufactured in a medium pitch

construction. The hose uses a custom compounded acrylic coating that is

specifically designed for incinerable and high temperature applications as

well as high temperature adhesive.

Service temperature range: -40°F to +325°F

Wall Thickness: .015" (+/- .002")

Standard Color: White

Standard Length: 25’

Compressibility: Compresses to approximately

65% of extended length

Duct Storage Bags

Made of yellow 200 denier polyethylene coated nylon, this bag features a draw string closure

and locking clip with a secondary hook and loop wrap. Sold in boxes of 10 pieces. Bag may be

incinerated to SEG specification.

P/N AC04 For 6" & 8" Dia. x 25' Flex Duct. Bag measures approximately 88" Long x 10" Dia.

P/N AC05 For 10" & 12" Dia. x 25' Flex Duct. Bag measures approximately 88" Long x 14"

Dia.

PART NUMBER DIAMETER

CG48 4"

CG44 6"

CG45 8"

CG46 10"

CG47 12"

http://www.rpsct.com/CG-Series-Flexible-Duct/

http://www.rpsct.com/CG-Series-Flexible-Duct/

38 888.637.7779 • 860.445.0334


Two-Ply Polyester/Neoprene Flexible Duct

A multi-purpose suction or exhaust hose for ventilation equipment offering high durability, flexibility and

medium weight. Hose ends have cuffs with enclosed nylon ring for easy installation. This hose provides

increased flexibility without sacrificing durability. It provides superior chemical and abrasion resistance

and is flame retardant to UL94V-0 rating.

This hose is constructed with a neoprene coated polyester fabric (2-ply construction) on both sides, and

incorporates a continuous spring steel wire helix (meeting ASTM227 specifications) for support. It is

manufactured with a continuous over/under lock construction method. Service temperature range: -40°F to +250°F

Wall Thickness: .032" (+/- .005")


Standard Length: 25’ (Other lengths

available)

Compressibility: 3 to 1 through 12” dia. / 4 to

1 on 14” and larger dia.

Flame Resistance:

• UL94VO

• MINS 540-106-1 Mare Island NSY

• California T-19

• NFPA 701 Large Scale




Two-Ply Weather Resistant/High Temperature Flexible Duct

A multi-purpose suction or exhaust hose for ventilation equipment offering high durability, flexibility and

medium weight. Hose ends have cuffs with enclosed nylon ring for easy installation. This hose provides

increased flexibility without sacrificing durability. It provides superior chemical and abrasion resistance.

It is flame retardant to UL94V-0 rating, as well as being high temperature, UV/Ozone resistant, and oil

resistant.

This hose is constructed with a polyester-acrylic urethane blend coated fabric (2-ply construction) on

both sides, and incorporates a continuous spring steel wire helix (meeting ASTM227 specifications) for

support. Manufactured with a continuous over/under lock construction method. Service temperature range: -40°F to +325°F

Wall Thickness: .028" (+/- .005")


Standard Length: 25’ (Other lengths

available)

Compressibility: 1 Foot / 5 Inches





CG51 4" 3.4"

CG52 6" 4.5"

CG53 8" 5.5"

CG54 10" 6.8"

CG55 12" 9.4"

CG62 14" 11.2"

CG56 16" 12.4"

CG49 18" 13.5"

CG63 20" 15"

CG61 24" 17.5"


C101425 4" 3.6"

C103547 6" 4.8"

C101423 8" 5.7"

C103548 10" 6.9"

C101427 12" 9.6"




Inline Air Flow Rate Indicator

Provides Cubic Feet per Minute (CFM) Flow Rate in Duct or Hose.

Operating Range (CFM):

Unit Size: 6" 0-875 CFM



Unit Size: 12" 1400-3200 CFM

The air flow rate indicator provides a convenient

way to determine actual Cubic Feet per Minute

(CFM) flow rate of air flowing through an air duct

or hose.

We have models equipped with flex duct/hose

collars on the inlet and outlet, they are available in

6", 8", 10" and 12" Dia. An optional adapter will

allow direct mounting of the unit to the inlet collars

of RPS HEPA filtration units.

Flow Rate is read directly on the gage display in CFM. Indicated flow rate accuracy can vary from as little

as 2%, or greater, depending upon the lengths of straight hose/duct on the inlet and outlet side of the

unit. Longer, straighter runs will result in greater accuracy of indicated flow.

Basic unit has a magnehelic flow rate gage.

Duct Size

Diameter

Basic Unit with

Magnahelic

Flow Rate Gage

Option 1:

Photohelic Gage &

Hi/Lo Alarm Switches

w/ adj. set points

(Alarm not included)

Option 2:

Photohelic Gage,

Hi/Lo Alarm Switches

w/ adj. set points &

4-20mA signal output

(Alarm not included)

Option 3:

Magnahelic Flow Gage &

4-20mA signal output

(No switches)

6" KTL06 KTL061 KTL062 KTL063




40 888.637.7779 • 860.445.0334


Pocket Wind Meter

P/N KTL 1000

The KTL 1000 Handheld Pocket Wind Meter measures Air Speed (Velocity) on HEPA equipment inlet and exhaust. The large liquid crystal display is easy to read under almost any conditions. There are three operating modes: wind speed, average wind speed, and maximum wind speed. The display units can be changed at any time, with

choices to suit a wide variety of applications (knots, meters per second, kilometers per hour, miles per hour, or feet per minute). A precision ultra-light impeller mounted in jewel bearings measures wind speed. This impeller yields high accuracy (± 3%) and a low startup speed (0.3 M/S). The KTL 1000 is shock-mounted in a glass reinforced plastic housing which can simply be popped out and replaced with a new assembly in the event that the impeller mechanism becomes worn or damaged.

The Kestrel is waterproof and floats. The hard case slips on and off easily, protecting the display and all moving parts from damage. Full one-year warranty on entire system covers manufacturing defects. US Patent No. 5,783,753.

P/N KTL 2000

The KTL 2000 Thermo-Anemometer is a pocket-sized precision instrument for measuring wind speed, temperature and wind chill. This meter measures Air Speed (Velocity) on HEPA equipment inlet and exhaust. The large liquid crystal display is easy to read under almost any conditions. Track maximum and average wind speeds along with current readings. There are three operating modes: wind speed, average wind speed, and maximum wind speed. Temperature and wind chill can be displayed in °C or °F. The display units can be changed at any time, with choices to suit a wide

variety of applications (knots, meters per second, kilometers per hour, miles per hour, feet per minute, or Beaufort scale). All functions are controlled with only two buttons. A precision ultra-light impeller mounted in jewel bearings measures wind speed. This impeller yields high accuracy (± 3%) and a low startup speed (0.3 M/S). For temperature readings, the Kestrel uses a fast-responding thermistor accurate to +/-1° C. Wind chill is calculated from wind and temperature data using the U.S.

National Weather Service's official tables. The KTL 2000 is shock-mounted in a glass reinforced plastic housing which can simply be popped out and replaced with a new assembly in the event that the impeller mechanism becomes worn or damaged. The Kestrel is waterproof and floats. The hard case slips on and off easily, protecting the display and all moving parts from damage. Performance is guaranteed for one full year. US Patent Nos. 5,783,753 and 5,939,645.

P/N KTL 3000

The KTL 3000 Thermo-Anemometer is a pocket-sized precision instrument for measuring wind speed, temperature, wind chill, relative humidity, heat index and dew point temperature. This meter measures Air Speed (Velocity) on HEPA equipment inlet and exhaust. The large liquid crystal display is easy to read under

almost any conditions. Temperature and wind chill can be displayed in °C or °F. The display units can be changed at any time, with choices to suit a wide variety of applications (knots, meters per second, kilometers per hour, miles per hour, feet per

minute, or Beaufort scale). All functions are controlled with only two buttons. A precision ultra-light impeller mounted on sapphire bearings measures wind speed. This impeller yields high accuracy (± 3%) and a low startup speed (0.3 M/S). Wind chill is calculated from wind and temperature data using the U.S. National Weather

Service's official tables. The Kestrel uses an external thermistor for fast response and accuracy to +/- 1.0ºC. The capacitive humidity sensor is factory calibrated to +/- 3% accuracy and can be recalibrated in the field with our Relative Humidity Calibration Kit. The KTL 3000 is shock-mounted in a glass reinforced plastic housing which can simply be popped out and replaced with a new assembly in the event that the impeller mechanism becomes worn or damaged. The Kestrel is waterproof and floats.

The hard case slips on and off easily, protecting the display and all moving parts from damage. Performance is guaranteed for one full year. US Patent Nos. 5,783,753 and 5,939,645 and 6,257,074.




Features:

Sealed stainless steel case with full-length handle.

Low pressure warning system incorporating a low pressure

switch, battery, strobe light, and audible alarm.

A five Micron inlet filter with automatic water separator.

Four individually regulated respirator supply ports.

Regulators need to be lockable after adjustment. Each

supply port will have individual pressure indication.

Inlet pressure supply gage 0 to 160 PSI.

Push button on-off switch with LED visual indication for

alarm system.

Battery test terminals with banana plug adapter.

Utility port for air sampling/optional CO monitor.

Nominal dimensions of: 20" long x 19.5" high x 7" wide.

Spare Parts:

Strobe light-ES09

Audible alarm-GT04

5 Micron filter/water separator-AK52

0-100 PSI Gage-AR17

0 to 160 PSI Gage-AR18

CO monitor-DG05

Pressure relief valve-BV48

Lockable pressure regulator-DL04

Push button switch-AV47

LED on/off indicator-ES11

Pressure switch-AV45

Battery-HY01

Options:

Personal remote alarm.

Air Distribution Manifold

P/N CD03

The respirable air distribution manifold (NSN: 4240-01-318-

7466) is the industry choice for any application involving

supplied air respiratory devices.

The respirable air distribution manifold (RADMAN) permits

simultaneous use of up to four air supplied breathing devices

which may all have differing supply pressure requirements.

This feature allows for the use of mixed hose lengths and/or

the concurrent use of hoods and respirators.

Several features are incorporated in order to ensure

compliance with safety standards and improved performance.

These features include a stainless steel case for contamination

holdout, audio and strobe alarm for indication of low pressure

supply, a separate lockable regulator and gage for each of

the four outlets, a five micron air filter/water separator and

over-pressure relief protection. Optional safety features

include a carbon monoxide monitor which will provide an

audible indication of dangerous carbon monoxide levels and

an external high efficiency HEPA inlet filter.

Rail Mounting Bracket for the Air Distribution Manifold P/N CD03BKT

The Rail Mounting Bracket mounts quickly and securely to

railings and staging. The bracket is constructed from 14 and 16

gage stainless steel. The holder is mounted to the rail by swing

clamps which are then secured by threaded sockets that are

integral to the clamp. All four sockets are welded on the swing

clamp knuckle fasteners. The socket drive ratchet is tethered by

stainless braided wire rope and secured to ensure Foreign

Material Exclusion. This feature eliminates the possibility of the

sockets or the socket drive ratchet from falling off and landing

on a worker at a lower elevation.

42 888.637.7779 • 860.445.0334


Maskleen System

RPS offers a variety of safety related products for portable personnel protection.

In addition, we provide products to support regular maintenance and upkeep of PPE devices.

Maskleen Respirator Washer P/N EK03

The RCM-501 washer, is capable of washing and sanitizing six

full face or twelve half face mask respirators in one machine

cycle, up to a maximum of 180 respirators per hour.

The respirators are loaded into the washer in a 20" x 20" x 6"

rack (P/N FB01). The rack is also used to hold the respirators

during the drying operation in the model RCM-502 Maskleen

Respirator Dryer.

A loaded rack of respirators is placed in the washer which

contains two gallons of 120°F water. The automatic cycle is

initiated when the washer door is closed.

Masklenze detergent (P/N HH01) and disinfectant (Clorox™ bleach) are injected by adjustable positive

displacement peristaltic pumps into the wash water and the respirators are exposed to a high pressure

spray by moving spray nozzles located above and below them. The wash cycle exposes the respirators to

an equivalent of 63 gallons of water per minute of wash, as selected on the PLC Controller. The wash

water is drained and the washer sump and pump are flushed with clean water. The washer refills with 2

gallons of water and a power rinse is initiated. The rinse exposes the respirators to an equivalent of 21

gallons of clean water. This completes the disinfectant wash/clean rinse cycle and the respirator racks

are removed from the washer. The "rinse" water in the washer sump is retained in the machine and

utilized as the "wash water" for the next cycle, thus greatly reducing water consumption.

The variable wash time cycle (40 sec. - 180 sec.) allows the operator to adjust the wash portion of the

cycle while retaining the automatic cycling of the washer. The washer is equipped with 3 pumps (1

spare). A safety switch stops operation of the washer any time the door is opened. All machine functions

controlled by an on-board Programmable Logic Controller (PLC). These functions are displayed and

programmed through a touch screen display/interface.

Respirator washing capacity per hour:

2 minute wash cycle: half mask 180/hr; full mask 90/hr.

Up to 10 minute wash cycle: half mask 60/hr; full mask 30/hr.

Cycles per hour: 30 maximum, 5 minimum (1 rack washed and rinsed).

Respirators per rack: 6 to 12 depending upon make and type.

Water consumption: 4 gallons per cycle.

Pump rate (GPM) through spray nozzles: 63 GPM.

Water required: 20 lb. flow pressure @ 120° F, 3/8" MPT (F).

Drain: 2" MNPT Connection - gravity fed.

Power: 115 VAC, 1 phase, 10A load.

Construction: type 304, 18-8 No. 4 finish stainless steel.

Design: single rack front loaded/unloaded.

Dimensions: 24" x 26 1/4" x 39 1/2".

http://www.rpsct.com/Maskleen-Accessories/

http://www.rpsct.com/Maskleen-Accessories/




Maskleen Respirator Dryer P/N EZ02

Contains no asbestos

The RCM-502 dryer is used to complete wash water removal from

respirators. The dryer will hold two racks of washed respirators.

110°f-120°f heated air is blown across the respirators in the drying

chamber at a rate of 150 CFM. The air is recirculated through the

heater element and returned to the drying chamber. 70 CFM air is

exhausted from the dryer to remove moisture with room ambient

supplying makeup air. An optional 4" flexible duct adapter is

available for exhausting dryer to an exhaust ventilation system.

The dryer has a 1500 watt heater that is automatically controlled by the indicating adjustable controller.

Temperature is operator selectable, but is normally set at 120°F (or respirator manufacturers

recommended drying temperature). High-limit heater shutdown is initiated at 140°F by a separate high-

limit switch.

Dryer time for two full racks of respirators averages 30 minutes if residual wash water is vacuumed from

respirators prior to drying. A 0-60 minute adjustable timer switch provides on-off and timing functions for

the dryer. The unit is designed to be mounted on top of the RCM-501 washer or may be placed on a table

top.

Drying capacity per hour: 48 half face respirators or 24 full face respirators.

Construction: 304 stainless steel cabinetry.

Heat source: 1500 watt.

Blower: 150 CFM.

Size: 26 1/2" wide x 22" deep x 30" high. Weight 115 lbs.

Power: 115 VAC, 1 phase, 14 amp.

Masklenze

P/N HH01

Masklenze is a specially formulated low foaming

detergent, for use in the RPS Model RCM 501

Respirator Cleaning Unit. Masklenze comes in 1

gallon bottles, 4 bottles to a case.

Masklenze is NOT recommended for use with ION

exchange/water reuse systems.

Washer Rack

P/N FB01

The washer rack is a plastic coated wire frame rack,

measuring 19-3/4" x 19-3/4" x 6-1/2". The rack fits

all RPS Respirator Washers and Dryers. The rack

will hold up to 6 full face and 12 half face mask

respirators during washing and drying. The racks

stack together for handling (up to 6 racks high) on

dollies.

44 888.637.7779 • 860.445.0334


Hoods and Glove Boxes

The capture velocity drum hood offers a pre-engineered control for personnel and

environmental safety and protection.

The hood incorporates a clear viewing section that

extends completely over the drum top, or may be

retracted to about 1/2 of the drum top to facilitate

access or inspection of drum contents. Air flow is drawn

into the hood, over the drum top. A screen and prefilter

installed in the hood arrest material or particles that

enter the MAC-21D inlet plenum.

In operation, the MAC -21D with the Drum Hood is

positioned over the drum. A large poly bag is taped to

the front of the drum. The unit is started and the drum

lid retainer and drum lid (or bung) is removed and

slipped into the poly bag. After inspection or sampling,

the lid is slipped from the poly bag and placed back

into the drum and secured.

The hood incorporates a clear viewing section that

extends completely over the drum top, or may be

retracted to about 1/2 of the drum top to facilitate

access or inspection of drum contents. Air flow is drawn

into the hood, over the drum top. A screen and prefilter

installed in the hood arrest material or particles that

enter the MAC-21 inlet plenum.

In operation, the MAC-21 with the Drum Hood is

positioned over the drum. A large poly bag is taped to

the front of the drum. The unit is started and the drum

lid retainer and drum lid (or bung) is removed and

slipped into the poly bag. After inspection or sampling,

the lid is slipped from the poly bag and placed back

into the drum and secured.

P/N GU09

For MAC-21D, P/N FM41

For opening and inspection of 55 gallon drums

Capture velocity: approx. 170 FPM

P/N GU10

For MAC-21D, P/N FM41



P/N GU11

For MAC-21, P/N FM37



P/N GU12

For MAC-21, P/N FM37














P/N GU17P

Options: Adjustable height frame legs.

This mobile capture velocity drum hood facilitates the opening and

inspection of 55 gallon drums. The hood incorporates a clear viewing

section that extends completely over the drum top, or may be

retracted to about 1/2 of the drum top diameter, to facilitate access

to drum bungs or inspection of drum contents.

Air flow from a separate HEPA filtration unit (SP-700 for example) is

drawn into the hood, over the drum top at a capture velocity of about

100-170 FPM. A screen and prefilter installed in the Model GU17P

hood, arrests materials or particles that enter the inlet plenum, prior

to exiting the hood, and reduces contamination of the flex duct

connecting it to the HEPA exhaust unit.

In operation, the Drum Hood is positioned over the drum, and the

HEPA filtration unit is turned on. A large poly bag is taped to the front

of the drum. The drum lid retainer and drum lid (or bung) is removed

and slipped into the poly bag. After inspection or sampling, the lid is

slipped from the poly bag and placed back into the drum and

secured.

P/N C101836

Options: Adjustable height frame legs and drum adapters.

Drum adapters and adjustable height allow one hood to

accommodate 55, 85 & 110 gallon standard drum sizes. Fast

height adjustment is possible with a hand crank. An exhaust

prefilter is installed in the hood. A telescopic clear hood

extension allows access to the contents of the drum. An 8” flex

duct connection requires a minimum 700 cfm exhaust air flow.

RPS recommends our SP-1000LV, P/N FM48 portable HEPA

filtration unit for use with this drum hood.

46 888.637.7779 • 860.445.0334


Glove Boxes

These glove boxes are installed in a two room Perma-Con®. They both

extend from one room to the other. Drum ports are incorporated in the

end and the bottom of this hood system. These hoods have fluorescent

lights mounted outside of the hood, pass boxes, large hinged doors and a

track mounted tray for movement of material from one end to the other.

This is a full AG-1 compliant glove box. A drum lifter is

incorporated at the end of the hood to introduce a drum

of contaminated material into the glove box. The drum

is bagged to the glove box maintaining a sealed

environment. Drums are also positioned under the

drum rings in the hood and sealed. HEPA air filters are

the cylindrical push-thru type making filter change a

sealed operation.




SHIELDING SHORTCUTS

Shield Density Half 10th 100th 200th

Material Lbs/ft3 Thickness Thickness Thickness Thickness

LEAD 710 0.6" 2" 4" 4.5"

CARBON STEEL 520 0.9" 3" 6" 7"

IRON 490 1" 3.2" 6.5" 7.5"

CONCRETE 147 3.3" 11" 22" 25"

SAND 129 3.6" 12" 24" 28"

WATER 62.4 7" 24" 48" 55"

EXPOSURE REDUCTION FACTIONS*

10th Lead

Carbon Concrete Water

Attenuation

Thickness Steel Factor

1/12 1/6" 1/4" 1" 2" 1.21

1/8 1/4" 3/8" 1 1/2" 3" 1.33

1/6 1/3" 1/2" 2" 4" 1.47

1/4 1/2" 3/4" 2 3/4" 6" 1.78

1/3 2/3" 1" 3 1/2" 8" 2.15

1/2 1" 1 1/2" 5 1/2" 12" 3.16

3/4 1 1/2" 2 1/4" 8 1/2" 18" 5.62

1 2" 3" 11" 24" 10.00

1 1/2 3" 4 1/2" 16 1/2" 36" 31.60

2 4" 6" 22" 48" 100.00

3 6" 9" 33" 72" 1,000.00

4 8" 12" 44" 96" 10,000.00

* The above reduction factors are based on Cobalt 60 at 1.25 MeV

power. The numbers have been rounded and are not exact. They

are intended to give the user a shortcut to get an order of magnitude

of the shielding thickness required for a given attenuation rate.

48 888.637.7779 • 860.445.0334


Shielding

Broad experience has made RPS the leader in ionizing radiation

shielding services. Once dedicated to the nuclear division of the

U.S. Navy, we began over 30 years of service to commercial utilities

as an emergency response team called to Three Mile Island.

Our engineering staff has more than 100 man years of experience

in custom design of shielding through the application of lead, steel,

borated plastics and other materials.




Mobile Shield Walls

Mobile Shield Walls are constructed of 1" - 4" thick

lead encased in stainless steel. There are nine

interlocking panels: seven panels that are 11' 6" tall

and two panels that are 8' 6" tall.

Each panel is equipped with a handle for moving

into position and rolls on two inline wheels. The

floor track is a key locking design with three

direction changes and there are two top end tracks

to steady the panels. The tracks are adjustable to

align with the floor.

Lead Wool Blanket Rack

The Lead Wool Blanket Rack is engineered to carry

up to 1620 pounds of lead wool blankets - 6 layers

of 1' x 6' blankets at 15 lbs/ sq. ft. It has rigid

casters on one end, and swivel casters with brakes

on the opposite end. It interlocks with additional

racks for use as a shield wall. When two or more

racks are used, blankets can span from one rack to

the next, minimizing streaming between the

sections. The Lead Wool Blanket Rack can be

either powder or epoxy coated.

Standard Height: 48", 60" & 72". Other heights

available upon request.

Standard Length: 48" to 96" in 12" increments.

Other lengths available upon request.

50 888.637.7779 • 860.445.0334


Shielded Counting Cave and Mobile Count Table

The epoxy coated, seal welded shielded cave surrounds

the frisker probe to shield background radiation for on-

site use. The cave has an opening 4” wide x 6 ½” high

x 11” deep and 2” steel shielding on five sides. It has

an angular hole in the back face of cave for the probe

wire and threaded holes with removable lifting eyes for

cave handling. Available with a shielded door.

The shielded cave may also be mounted on a heavy

duty epoxy coated, welded structural steel mobile cart

on four casters (two rigid, two swivel locking) that is

easily relocated to the work site. The top of the cart

supports the cave with space for the monitor and

information recording. It also has two lower shelves for

storage. The probe holders are stainless steel and

maintain uniform distance from probe to sample.

Currently available for:

Ludlum Model 43-93

Ludlum Model 43-5

Ludlum Model 44-9

Holders for other models

available upon request.

Lead Wool Blanket Frisking Booth

The Lead Wool Blanket Frisking Booth offers the conveniences of

portability and adaptability. Shielding attenuation can be

regulated by the installation of standard 1' x 4' Lead

Wool Blankets in the areas of interest.

The booth frame can be easily handled when no lead wool

blankets are installed. The booth sections are of welded

construction. The sections are bolted together to form the booth.

The structural steel frame is epoxy coated or powder coated.

Blanket support rods, spaced every 4”, are located at two levels to

support the blankets. The blanket walls can be 1 to 4 layers

thick. Blankets can be laid on the top frame section to create a

shielded ceiling. The standard booth measures 36" wide x 48"

deep x 96" high and can be disassembled for storage.

PART NUMBER

P/N C103439

P/N C103440

P/N C103441

INTERNAL DIMEN-

SIONS

4" X 11" X 6-1/2"

4" X 11" X 6-1/2"

N/A

DESCRIPTION

Shielded Cave only, w/o door

Shielded Cave only, with door

Mobile Table w/o Shield Cave




Shielded Frisking Booth

The Shielded Frisking Booth is a welded one piece

construction. It is also available in lead (1/4"- 2"

thick) encased carbon steel painted with epoxy. The

panels are cap screwed into the deck as well as

bolted together, and the ramps move up and down.

The roof is optional. The booth is movable by both

forklift and crane, and comes pre-assembled or on

pallets for assembly on-site.

PCM Shielded Frisking Booth

The PCM Shielded Frisking Booth is a welded one

piece, epoxy coated, carbon steel construction with

internal shield walls on either side of the

entrance that pivot to allow for maintenance. The

booth is primed and painted and has a 3' wide x 3’

6” x 7’ high shielded area with a shielding

thicknesses of ½ to 3” steel. It features a 304

stainless steel shelf for a portable monitor and

service ports as required (not pictured). The booth

has a 115vac receptacle and a single point electrical

connection (not pictured). It also has a light with a

light switch (not pictured). The booth is movable by

both forklift and crane.

52 888.637.7779 • 860.445.0334


Standard Frisking Booth

The Standard Frisking Booth is constructed of 1/4" - 3"

thick lead sheet panels encased in epoxy painted carbon steel.

Cable penetrations are fitted with caps to prevent streaming.

Two Station Frisker Booth

For outdoor use

The welded, epoxy-coated, carbon steel Two Station

Frisker Booth is 6' 6" wide x 11'-2" long x 8'-10" high

at the front. The booth walls and roof can be 1/2" to 2"

carbon steel. The standard wall and roof thickness is

3/4" and the floor is 1/2" thick (other thicknesses

available). The roof of the booth is pitched away from

the doors and the top surface of the roof is coated with

heat reflective paint. Heating and air-conditioning are

provided. Fluorescent lights are included as well as an

electrical distribution panel.

Inner shield walls are hinged to provide clearance for

installation and maintenance of the PCM and there is a

hinged plate over the exit door to provide the required

opening height for the PCM. This booth features a

storm door entry and exit.

Traffic flows from a possibly contaminated area to the

frisking station and finally to the clean exit. A support

tube on back wall provides for additional shielding

using Lead Wool Blankets. Three service penetrations,

lifting pads for handling by crane and provisions for

lifting with a large fork lift are included.




Reactor Vessel

Underhead Shield

The Reactor Vessel Underhead Shield is designed to

reduce radiation exposure from the underside of the

reactor vessel head while on the head stand. It is

positioned before the head is placed on the stand

and extends up into the cavity of the head.

The shield consists of nine support frame sections

which will support up to three layers of Lead Wool

Blankets. The shield support structure includes an

extending shield plate on the top of the support

frame that is retracted and latched until the head is on the stand. It is then moved outward into close

proximity of the head. The extending shield has a series of bumper pads to protect the head. This

reduces exposure during work evolutions close to the head such as O-ring maintenance.

The height of the shield allows for inspection of the dryer hold down lugs. A lockable shielded door is

provided for underhead access. A vertical adjustable security barrier is located at the bottom of each

shield support section. The barrier is lowered to reach the floor to complete the security barrier and meet

the requirements of a “Locked High Radiation Area”. The underhead shield has a series of height

adjustable O-ring supports to aid in O-ring maintenance/replacement.

The underhead shield can be lifted and moved from one head stand location to another. Once it is located

in the appropriate position, the vertical adjustable security barrier is lowered to the floor and the

appropriate layers of blankets installed. The head is then placed on the head stand. The extending shield

plates are positioned close to the head.

Reactor Vessel Head Stand Shield Ring

The Reactor Vessel Head Stand Shield Ring offers

simplified erection and is used outside the Reactor

Head Flange.

Featuring epoxy coated steel plate construction, it

can be sized to suit specific reactor vessel head

diameter. The standard unit is constructed of 4”

plate, with other thicknesses available. The ring

provides for the use of interchangeable components

as well as providing access for robots and personnel through three shielded doors. Ventilation ports are

also provided for engineering controls. A lockable latch at the access point door creates a locked high rad

area. A base plate is provided to distribute the load, and lifting provisions are provided for the overhead

crane.

NOTE: Reactor Vessel Underhead Shield System shown is for BWRs (boiling water).

Also available, systems for PWRs (pressurized water).

54 888.637.7779 • 860.445.0334


Modular Shield Walls

Modular Shield Walls are up to 12' high with panels

12' wide. They are 1/4" to 1" lead panels encased

in painted carbon steel with a streaming stop at

each joint and built-in corner erection angles. A

base plate is provided to distribute the floor load.

Bracing is provided at the top to stiffen the wall.

Optional doors are available as well as an optional

panel handling cart to ease assembly without

overhead lifting devices.

Moveable Shield Walls

Moveable Shield Walls are custom designed shield

systems typically constructed of 3" thick lead

encased in stainless steel or painted carbon steel.

The track can be any length and can incorporate

bends. The upper track can be supported from the

floor or appropriate building structure.

Shield Walls

Shield Walls are 1/4" to 3" thick, 1' wide and 6'- 12'

tall and feature epoxy painted lead encased in

carbon steel. Sliding, hinged and/or rolling doors

are available as well as pass through ports, bracing

and stand-offs. The walls have base plates for load

distribution.




HEPA Filter Cask Shield

This cask shield is part of a special Steam Generator Vacuum System

that RPS has manufactured. A steel container houses a compactable

and disposable in-line HEPA filter element that collects highly

radioactive debris from steam generator internals during maintenance

operations.

This cask shield surrounds the filter assembly and greatly reduces the

radiation levels in the surrounding area.

Sample Sink Shield

This Sample Sink Shield is 1/2" lead encased in stainless steel with a

base plate to spread the floor load. It is a floor to ceiling shield with a

heavy duty roller-on-track system for the sliding doors. Each shield

wall consists of an upper set of rolling leaded doors that allow access

to either the water or gas sample. The lower half of the shield is a

series of leaded doors that allow access to the sample heat

exchangers, pumps and valves. There are a series of flip-up panels at

the top of the doors that show lights indicating which pumps are

running. It features easy grasp latches for all hinged doors, optional

panel lights if required, optional small Lexan covered openings

aligned on indicator lights, and optional remote panels with indicator

lights and switches on the personnel side of the shield.

Technicians were working in a constant 40mR field while doing their

sampling before this shield reduced it to less than 2mR.

Laboratory Component Shield

This epoxy-coated Laboratory Component Shield was developed for a

hospital to surround and shield a medical device from radiation while

a specimen was being x-rayed. The shield incorporates standard lead

wool blankets on the sides and back, and 1" steel plate with doors in

the front.

56 888.637.7779 • 860.445.0334


Large equipment rollup doors

Personnel doors

Air locks for personnel and material

Material transfer ports

Roof openings for large equipment

Spill control curbing arrangements

Drip pan floors for containment

Bridge/Monorail cranes

Fire protection and suppressions systems

Modular electrical installations

Integral variable speed HEPA units for

maintaining negative pressure

Exterior lighting modules

Integral HVAC systems

Material handling equipment such as jib cranes

Special radiation shielding

Perma-Con® Modular Containment/Confinement Structures

Provided exclusively by Radiation Protection Systems, Inc.

These containment structures are typically used for radiological/hazardous contamination containment

enclosures and are designed to be assembled inside a host facility that offers weather protection and

climatic conditioning.

Perma-Con® structures are pre-engineered, prefabricated buildings, typically designed for the

containment and isolation of operations such as:

TRU Waste Repackaging- TRU Waste Examination for WIPP WAC- Waste Processing, Packaging

and Decontamination of High Level Components Such as Fuel Transfer Vessels.

The Perma-Con® structure is assembled from modular panel components that include:

Structures are designed to meet IBC and site specific seismic requirements. The enclosure may be multi-

room, or a single large room, with clear width spans of up to 32 feet, and essentially any length. Perma-

Con® can be designed and built to meet seismic requirements, free-spans up to 34 feet, and heights to

34' and any lengths. Call us and we will design a modular panel system to meet your requirements.

Perma-Con® is a durable, versatile, fast erecting radiological containment solution that has been in use

at all Department of Energy Weapons complex sites for over 25 years. Commercial applications have

been used since the TMI recovery in 1979.




Perma-Con® Modular Containment/Confinement Kits

The interior of each Perma-Con® panel is sheathed with 22 gage, 300 series stainless steel for ease of

decontamination and cleaning. All of the panel to panel joints are covered with seam tape. The panels

are interchangeable with other panels of the same size. This makes on-site modifications

simple. Additional panels can easily be added to reconfigure the Perma-Con® as required.

An airlock entry may be added if required, and can be connected to a new or existing Perma-Con® or

other structure. A Type “B” transfer Panel is included to facilitate protective clothing containment and

removal.

The Perma-Con® may be disassembled and stored for a later use. With reasonable care, the panels are

reusable indefinitely.

Perma-Con® Door Filter

CS100 KIT CS101 KIT CS102 KIT

8’x12’x8’ 12’x16’x12’ 8’x8’x8’

CS103 KIT CS104 AIRLOCK KIT CS105 AIRLOCK KIT

12’x16’x8’ 4’x4’x8’ 4’x8’x8’

Part Number:

AK24

Dimensions:

11” x 13” x 1”

Description:

Multimedia air filter for standard Perma-Con® door. May be used

with or without door HEPA filter.

http://www.rpsct.com/CS100-KIT-8x12x8/







http://www.rpsct.com/CS104-AIRLOCK-KIT-4x4x8/





58 888.637.7779 • 860.445.0334


CS100 Kit

This kit contains all

of the parts

necessary to

assemble a modular

panel containment

building measuring

8’ wide x 12’ long x

8’ high.

CS100 Kit includes:

(12) 4’ x 8’ panels

(1) Personnel door panels w/window, make up air filter & back flow damper

(6) 4’ erection angles


(1) Type “A” transfer panel, (2) 8” and (4) 3” ports

(3) 2’ x 2’ windows

(3) Light portholes w/fluorescent lights

(150) Locking Keys

(3) Rolls of seam tape

(1) Installation Kit

CS101 Kit


of the parts

necessary to

assemble a modular

panel containment

building measuring

12’ wide x 16’ long

x 12’ high.

CS101 Kit includes:

(2) 4’ x 4’ panels

(16) 4’ x 12’ panels







(250) Locking Keys


(3) Rolls of floor gasket tape





CS102 Kit


of the parts

necessary to

assemble a modular

panel containment

building measuring


8’ high.

CS102 Kit includes:

(9) 4’ x 8’ panels

(1) Personnel door panel w/window, make up air filter & back flow damper






(100) Locking Keys




CS103 Kit


of the parts

necessary to

assemble a modular

panel containment

building measuring

12’ wide x 16’ long

x 8’ high.

CS103 Kit includes:

(12) 4’ x 8’ panels

(4) 4’ x 12’ panels








(210) Locking Keys




60 888.637.7779 • 860.445.0334


CS104 Airlock Kit


of the parts

necessary to

assemble a modular

panel containment

airlock measuring


8’ high.

CS104 Airlock Kit includes:

(2) 4’ x 8’ panels



(5) Airlock adapter angles


(1) Type “B” transfer panel, (1) 23” port w/bagging ring


(1) Light porthole w/fluorescent light

(50) Locking Keys




CS105 Airlock Kit


of the parts

necessary to

assemble a modular

panel containment

airlock measuring


8’ high.

CS105 Airlock Kit includes:

(4) 4’ x 8’ panels



(5) Airlock adapter angles


(1) Type “B” transfer panel, (1) 23” port w/bagging ring


(1) Light porthole w/fluorescent light

(75) Locking Keys







Project History

Davis Besse Alloy 600 Mitigation Shielded Work Platform

Radiation Protection Systems (RPS) designed

and delivered a shield package for weld

inspections and repairs on a pressurized water

reactor's (PWR) core flood nozzles (CF) and

reactor interfaces. The shield package was

designed to allow some work while the in core

detectors were in the removed position. The

weld inspections/repairs were part of the

station’s Alloy 600 Mitigation Program.

Work was performed on the pipe-to-vessel

connection adjacent to the reactor, and on

both CF nozzles using an industry-first

innovative approach. This work required

access to the annulus between the reactor

vessel and reactor cavity. This access was

obtained by cutting and removing a portion of

the reactor cavity’s concrete wall (bioshield) adjacent to the CF piping. A shielded work platform was

required to allow entry into the annulus space to install and monitor the welding equipment and to

perform required weld repairs. The work platform was constructed so that it could be easily

disassembled for transport to the work site, and quickly and easily re-assembled within the annulus.

The shielded work platform approach was advantageous for multiple reasons. First, the work platform

was able to be installed from outside the reactor cavity, through the wall cut, thus reducing the exposure

associated with manned entries into the cavity for

installation. Secondly, the shielding package was relatively small

compared to other potential designs, allowing the simplification of

rigging while minimizing the risk of dropped components by designing

and incorporating safeguards into the various work platform

components.

Although actual dose rates were approximately five (5) times the

expected/planned dose rates resulting in greater total personnel

exposure than planned, the shield package was still considered a

success by station senior management as significant dose savings

were achieved by using the shield package. Additionally, all required

work was performed safely and all alloy 600 regulatory commitments

were satisfied requiring no future inspections (based on current

regulatory guidance) of the core flood nozzle welds.

62 888.637.7779 • 860.445.0334


Non-UF6 Processing Facility

Project Scope:

Drums of mixed radioactive process and waste materials required

opening, characterization and repackaging.

Materials required a high level of isolation, containment, special

handling and special processing due to the nature of their

constituents.

Project Performance:

RPS acted as the prime contractor for this turn-key containment

and processing facility, and was the lead design agency for the

containment, air, control, and safety systems.

RPS lead a team of sub-contractors for engineering, erection and

acceptance testing of the facility and systems.

Project facility and systems included:

Perma-Con®, a secondary containment processing facility.

Negative Pressure Enclosure (NPE), a 4 station glove box

primary containment for material characterization and re-

pack.

Fire Suppression & Control systems for both the MPC & NPE.

Perma-Con®- HEPA filtration unit, controls and duct systems.

NPE- HEPA/HEGA filtration and PID control systems.

Material handling and operations equipment for process

control.

Project fast-tracked and completed in 5 months.

X-744G Waste Characterization Sorting Facility

Project Scope:

Drums of mixed radioactive process and waste materials

required opening, characterization and repackaging.

Materials required a high level of isolation, containment,

special handling and special processing due to the nature of

their constituents.


RPS acted as the prime contractor for this turn-key

containment and processing facility, and was the lead design

agent for the containment, air, control, and safety systems.

RPS lead a team of sub-contractors for engineering, erection,

and acceptance testing of the facility and systems.

Project facility and systems included:

Perma-Con® 16’ W x 20’ L x 12’ H, a secondary

containment processing facility with monorail crane.

Backdraft Booth enclosure for work process area.

Dual-mode Backdraft Booth Hooded Table (HWT) with

gloveport closure face for waste sorting, disposition and

repackaging.

Fire Suppression & Control systems for both the MPC &

Back Draft Booth.

Perma-Con® HEPA filtration unit, controls and duct

systems.

HWT- HEPA/HEGA filtration and PID control systems.

Material handling equipment and packaging tools for waste

stream.




TRU/Alpha Waste Treatment

Project Scope:

Box breakdown area for characterization, initial

sorting and processing of boxed large component

Transuranic and high-alpha contaminated materials.

Perma-Con® includes personnel airlock and three

material confinement chambers designed to allow

segregated operations, or to function together as an

integrated engineered control under negative

pressure.

Includes engineered control link to glove box

containment processing system.

Design considerations for decommissioning, as well

as assembly and operations.

Requirements & Features:

Complete “dry run” assembly off-site prior to

delivery.

Seismic qualification on structure.

5 Ton monorail hoist.

B25 Bag-in/Bag-out port.

Air operated bi-fold doors and electric roll-up

door.

Strippable floor and wall coating for

decontamination and waste minimization at

decommissioning.

Integrated interfaces with utilities, glove boxes,

HEPA filtration systems, and fire suppression

system.

PIT-9 Demonstration Project

Project Scope:

“Retrieval Confinement Structure” to provide high integrity

contamination confinement during radioactive waste excavation

operations.

Structure of modular design for ease of assembly, disassembly,

and relocation.

Confinement enclosure must meet site specific wind and seismic

load requirements for INEEL.

Confinement building designed and tested to withstand 4” water

gage negative pressure without failure.

Confinement provides integral interface for externally mounted

glove boxes and excavator.

QC implemented for materials, welding, inspection and testing.


RPS designs a high performance Perma-Con® measuring 27'

wide x 52' long x 24' high, with an auxiliary room 16’ wide x

47’ long x 12’ high.

Perma-Con® system incorporates seismic structural

requirements, fast erection and ease of decontamination.

Perma-Con® is erected on-site in 2.5 weeks.

OSHA compliant cat-walk system for roof access.

Integrated fire protection, service air, dust suppression and

utility service systems.

64 888.637.7779 • 860.445.0334


On Site Service

Outsourcing your portable HEPA equipment maintenance to RPS reduces your costs, guarantees

equipment readiness and performance, and gives you control over your resources.

HEPA Equipment Maintenance and Testing Services

RPS is the industry leader in the engineering, design, and use of engineering controls as a method to

capture contamination at the source. Application of these techniques has proven to be the most cost

effective method to control contamination at the source. Training, when combined with up-to-date

equipment, will provide your staff with the necessary skills to implement cost-saving engineering

techniques. Typically the asset value of HEPA equipment at a Utility is in the range of $100K - $200K. It

pays to use and maintain this equipment properly. Maintenance of your HEPA equipment is core business

for RPS.

Be ready for your next outage.

Have your portable HEPA equipment...

inventoried, inspected, repaired, tested and ready to go.

RPS is an expert in the application of engineered controls, equipment design and maintenance. Our staff

has over 150 collective years experience in radiological engineering and controls. They are available to

our technical representatives and clients on a continuous basis to solve equipment and applications

problem.

Our technical representatives are trained in all aspects of engineered controls applications, and are

trained and qualified to perform maintenance on all types of HEPA filtered equipment. Their qualifications

include specific training in media testing in accordance with the recommendations, standards, and

methods contained in ASME N510-1989, (Testing of Nuclear Air Treatment Systems). This program also

meets the requirements of the Department of Energy Radiological Controls Manual .

These services have been performed at numerous US nuclear utilities including Exelon, Entergy,

Dominion, FPL and in direct support of Bechtel SGR Projects. References for the program can be provided

upon request.

Maintenance Program Outline

Phase 1: Evaluation of Equipment Inventory

An RPS technical representative will evaluate your HEPA equipment inventory to determine the

scope of work required to return it to its optimum operating condition. Deliverable - a report

documenting equipment condition and cost estimates for repair.

Phase 2: HEPA Equipment Maintenance

An RPS technical representative will order the required repair and replacement equipment, effect

the repairs at your facility, operationally test the equipment, document challenge media (DOP)

testing, and provide a report that will baseline the maintenance history for each unit of HEPA

equipment.

Phase 3: Program and Procedure Review

RPS will review your engineered controls program and procedures as they relate to the use of

ventilation equipment, and suggest changes necessary to meet RPS recommendations and

industry standards.

Phase 4: Practical Engineering Controls Training

Application of Engineering Controls has been proven to be the most cost effective method to

control the spread of contamination. Your technical staff needs to be properly trained in these

concepts and methods, and their correct application to optimize your program.

Please contact us for course details and ABHP accreditation information.

http://www.rpsct.com/index.cfm?fuseaction=content.map&mapTypeID=106




• The Principles of Air Flow • ALARA Job/Task Evaluation for Engineering Controls USE

• Capture Velocity Principals • Configuration of a Portable Air Filtration System

• System Operation and Maintenance • DOP Testing Methods and Applications

• Applications for Charcoal Adsorbers

Applied Engineering Controls Training Course Ventilation- An Engineering Control

Length: 1 Day (8 hours)

Suggested Participants:

Technical Support Personnel- Responsible for the application and design of portable air filtration

systems used to control contamination at the source.

Radiological Operations Personnel- Involved in the installation, operation, maintenance, and testing

of portable air handlers.

The Presentation:

This Course is normally presented at the Client’s facility in order to minimize expenses and staff

disruption. A suitable classroom with an overhead projector, a dry erase board, and sufficient space

for setup of a portable air filtration unit and ancillary equipment is required. Other arrangements for

presentations at our facility or another of your choice can be negotiated. Courses of a customized

nature can be provided.

Description of the Course:

This Course has been designed to aid in compliance with the 10 CFR 21 and 10 CFR 835. It will

provide participants with the knowledge necessary to configure, erect, operate, test, and maintain a

portable air filtration system. This Course has been designed to demonstrate how the use of portable

air cleaning systems can control contamination at the source and ultimately reduce worker exposure.

Anticipated Benefits:

By becoming knowledgeable of the theory and application of air filtration systems, participants will

have the ability to be proactive in their engineering controls applications. Internal exposures can be

reduced or avoided, thereby increasing worker safety and avoiding dose assessment costs and

complications.

Cost:

$4,500 per on-site instructional seminar (1-10 attendees). Additional attendees- $450.00 ea.

Reasonable and actual travel as well as subsistence expenses for one instructor will be billed in

addition to the cost of presentation.

Credit:

6 CEC’s by AAHP for 8 hr. course. These CECs are applicable for use by CHPs in their recertification

program.

What Participants Will Learn:

Training By Engineering Control Professionals:

RPS is the industry leader in the engineering, design, and use of engineering controls as a method to

capture contamination at the source. Application of these techniques has proven over time to be the

most cost effective method to control contamination. Using our extensive experience base (RPS has

over 30 years of experience working with the DoE and DoD), we have developed this course to equip

the participants with the knowledge required for practical application of portable air filtration systems

as a primary means to control radioactive contaminates in the working environment.

Contact us today for further details on how this course can enhance your safety program.

Excerpts from the Department of Energy Radiological Control Manual:

“Use of Engineering and Administrative Controls to reduce the potential for internal exposure should be evaluated before allowing personnel, with or without respiratory protection, to enter areas with airborne radioactivity.”

“Tasks with the potential to exceed trigger levels shall undergo a formal, documented, radiological, or ALARA review. At a minimum, this review should consider the following: Use of Engineered Controls to minimize the spread of contamination and generation of airborne radioactivity.”

“Engineering Controls, including containment of radioactive materials at the source whenever practical should be the primary method of minimizing airborne radioactivity and internal exposure to workers.”

http://www.rpsct.com/index.cfm?fuseaction=content.map&mapTypeID=106

66 888.637.7779 • 860.445.0334


DOING BUSINESS WITH RADIATION PROTECTION SYSTEMS (RPS) Corporate Information: Legal Name: Radiation Protection Systems, Inc. (DBA: Applied Engineering Controls/AEC)

Business Status: Veteran Owned Small Business

State of Incorporation: Delaware

HQ Address: 60 Leonard Drive, P.O. Box 890, Groton, CT 06340

Telephone: 860.445.0334 Fax: 860.446.1876

Contact Email: [email protected]

President, CEO: William B. Rambow Email: [email protected]

President, COO: John Kremer Email: [email protected]

Director IT, Sales, Marketing: Marc Greenleaf Email: [email protected]

Director, Acct’g, Contracts: Judy White Email: [email protected]

Inside Sales Mgr: Ken Acker Email: [email protected] Tel: 860.445.0334x227

Florida Office Mgr: John Shannon Jr. Email: [email protected] Tel: 904.285.9814

New York Office Mgr: John McCarty Email: [email protected] Tel: 315.559.1824

Oregon Office Mgr: John McDonnell Email: [email protected] Tel: 503.363.6199

Pharmaceutical Division: Eric Ferguson Email: [email protected] Tel: 830.443.7487

Dun and Bradstreet No. (DUNS No.): 556128619 Taxpayer Identification No: 58-1956628

Central Contractor Registration: http://www.ccr.gov/ Cage Code: 0KJF7

Products and Services Identification Codes:

Websites: http://www.rpsct.com http://www.nfsrps.com – Nuclear Industry Catalog and Information Email: [email protected] http://www.aecpharma.com – Pharmaceutical Industry Products & Services Email: [email protected] Credit cards we accept: VISA, Master Card, and American Express

North American Industry Classification System (NAICS)

335211, (FSC 4460, 4240) Air

purification

332322, (FSC 4720 Dampers, ducts,

fittings, Dust collectors, pollution

control

333411, (FSC 2940, 4460) Air Filters

332313, Nuclear

shielding, airlocks,

hoods

339113 (FSC 8145,

5620, 6525, 4240)

Radiation shielding

332998, 332999

Shower stalls,

Miscellaneous

fabricated metal

332311,

Prefabricated Metal

Buildings &

Component

Manufacturing

(Perma-Con)

37671,(FSC 8145)

Radioactive material

shipping/storage

containers

42042 (FSC 4240),

Radioactive

contaminant protective

equipment

541330,

Consulting Engineering

Services

Federal Supply Classification (FSC)

3694

Clean work stations,

Controlled

environment

4140

Fans, Air Circulators

& Blower Equipment

4460

Air Purification

Equipment

5420

Prefabricated &

Portable buildings

5411

Rigid wall shelters

5450

Miscellaneous

prefabricated

structures

mailto:[email protected]










http://www.ccr.gov/%20

http://www.rpsct.com

http://www.nfsrps.com

http://www.rpsct.com

http://www.nfsrps.com


http://www.aecpharma.com





NOTES

Radiation Protection Systems, Inc. 60 Leonard Drive, P.O. Box 890 Groton, CT 06340

T860.445.0334 • F860.446.1876 • Toll Free 888.637.7779 www.rpsct.com • [email protected]

we engineer solutions… product catalo… · • [email protected] 5 radiation protection systems,...

Documents