Document ZnQ35JOaGEK04GpQm93JoEQ9J

esis. me. 3 CIGNA company 1341W. Mockingbird Lane Suite 903E Dallas. TX 75247 (214)631-4919 April 17, 1985 Mr. Terry Lohman Plant Manager J-M MANUFACTURING Denison, TX 75020 Re: ESIS 31-180 Dear Mr. Lohman: On March 18 and 19, 1985, I visited- your plant to conduct an Environmental Health Survey. As a result of this visit, I am submitting the attached recom mendation which I discussed with you. This recommendation should receive your immediate attention and consideration. You will also find the results of the Environmental Health Report attached. This report contains the results of our survey and is an indication of the environmental health conditions that existed at that time. I wish to thank you and your staff for the cooperation that was extended during the course of this visit. Will you please advise us or confirm the actions you plan to take regarding these recommendations. Very truly yours, Aileen Teng u Certified Industrial Hygienist AT/sh cc: Dr. E. Edward Wang, Ph.D. J-M Manufacturing Co., Inc. A/C Pipe Corp. 1051 Sperry Rd. Stockton, CA ' 95206 Ms. Beth Ingleston Alexander & Alexander of New York 1185 Avenue of the Americas New York City, NY 10013 ` APR. 1 9 IS 85 D 002244 KC^-^IVIIVICINU/MIV^INO NAME: J-M Manufacturing LOCATION: CIGNA Denison. Texas 85-1 The asbestos exposure levels were all within the current OSHA eight hour permissible exposure limit of two fibers/cc. OSHA issued a proposed standard for asbestos in April 1984 to lower the permissible exposure limit to either 0.2 fibers/cc or 0.5 fibers/cc. It is expected that a new standard will be promulgated in the summer of 1985. It is recommended that the OSHA proposed standard be used as a guideline to evaluate the worker's exposure. The sample results indicated that ten employees were exposed to asbestos levels over 0.2 fibers/cc. Of the ten, three were exposed to levels over 0.5 fibers/cc. The elevated dust concentrations may be caused by inefficient dust col lecting systems, poor housekeeping and poor work practices. To assure that the dust collecting systenis are functioning properly, scheduled inspections should be conducted. If a marked reduction in performance is noted, the cause of the reduction should be identified and corrected. An industrial type vacuum cleaner equipped with a high efficiency filter system should be used to keep the workplace as free from asbestos dust accumulation as possible. Before the exposure levels can be reduced to within OSHA proposed permissible exposure limit, NIOSH approved dust masks should be worn by the workers whose exposure levels were over the proposed limit. C?-1A?ao Pld. in U.S.A. D 002245 ENVIRONMENTAL HEALTH REPORT < PREPARED FOR: J-M Manufacturing Denison, Texas CONTRACT NUMBER: ESIS 51-180 PREPARED BY: Aileen Teng Certified Industrial Hygienist Loss Control Services, Inc. ACCOMPANIED BY: Terry Lohman, Plant Manager DATES OF SURVEY: March 18 and 19, 1985 D 002246 ENVIRONMENTAL HEALTH REPORT < INTRODUCTION On March 18 and 19, 1985, an industrial hygiene survey was conducted at JrM Manufacturing, Denison, Texas to evaluate the employee exposure to asbestos fibers associated with the manufacture of asbestos cement pipes. The survey was conducted at" the request of J-M Manufacturing as part of an on-going asbestos monitoring program. The standards, guidelines, methods, results, and discussion pertinent to this report follow. STANDARDS &`GUIDELINES The results of this report are based on current OSHA standards and/or accepted state of the art industrial hygiene practices to give reasonable protection to the health and well being of your employees. METHODS Air sampling and analyses were conducted, using the following methods: Air Contaminant Asbestos Vacuum Source Du-Pont P-2500 Sampling Pumps, MSA Model G Sam pling Pumps, & Gilian Model HFS-113A Sam pling Pumps Flow Rate 1.4 1.6 1pm Collection Medium Open face AA filters Sampling & Analyses Methods NIOSH P & CAM 239; PCM 1pm: liters per minute PCM:- Phase Contrast Microscopy, Porton Reticle; 450 x magnification. Samples were collected in the workers' breathing zones to obtain samples indic ative of actual employee exposure. Sampling pumps were calibrated prior to and after the sampling period. All analyses were performed by Environmental Health Laboratory which is accred ited by the American Industrial Hygiene Association. RESULTS Results of asbestos sampling are presented in Table I. - 1 r- D 002247 The Time W eighted A verage c o n c e n tra tio n f o r a norm al 8 h o u r w o rkd a y. T h is d e te rm in a tio n is based on the assum ption th a t the a ir c o n c e n tra tio n d u rin g sam pling p e rio d is re p re s e n ta tiv e o f th e exposure le v e l fo r the e n tire s h ift. COMMENTS - J -M MANUFACTURING, DENISON, TEXAS ^-S Mao) asa CX, =5 td m vO m m 55 J H <Ow <0 vO -4 1/0 o> ^ U0 C\ ps. <r wo ON CO OT > J co co ^H co co CO CtJ Ju . a, s z 2 MM co cs cs < CO ' a x-s y oy ss n* M 00 j CU S -4 fc-< w a o 2? -C o H C/3 44 < VU C/3 s. r*. c a o a 00 in M Z >4 coy o* e=j o ja o cs H 00 44 <; w a Ed Ed -3 H 0. ^2 Q< CO lO CO 00 --4 CO * W fcd Jm C*3 o 5 j< a. z S w M j 6H vO CS cs cs 4 o cs ^4 o m 00 00 **S, CO o CO 14 *4 O s H 3 (0 a> -<r lo . --o -4 4 CO 00 CO CO cs cs V CS es CS cs <r --4 co o oo cs cs cs cs * oo I/O CO 00 CO V u0) &4 a. *4 H J= Oi uo <r ^ p4 oo m co co *4 CO o CO s ed a u 3 uu < 0^40 o m co Oi" N4 CO 5 uou o s >L 4J JJ 0) CO z o M /--s CU k-4 O erf z O wS Ed 1 a *-> 03 O "0 o *4 4J (4 C O UO Ed O fl 3 M CM - 0) 1 n aa -4 O V-/ u UH r-4 H O /-N 4J *J fc3 => b 3 U CO 1 rl o. a --< o ' u CJ T3 0) fc3 H3 4 -1 na *H S4 14 y u 3 o *3 Y*"N y Ed =3 CO -i co o 4 w *4 (4 3 C=3 O3 CO -i r^o a c 3 H -2- The Time W eighted A verage c o n c e n tra tio n f o r a norm al 8 h o u r w o rkd a y. T h is d e te rm in a tio n is based on the assum ption th a t the a ir c o n c e n tra tio n d u rin g sam pling p e rio d is re p re s e n ta tiv e o f th e exposure le v e l fo r the e n tire s h ift. COMMENTS - J-M MANUFACTURING, DENISON, TEXAS W Cz3 CO JSO! VTi CM CO CN VO <r m NO CN CU a 02 Z< J O H M <r \ 00 on m *3* m m CO r^ CO JT) W > J on CO co CO b3 x-\ J td <n cn cn < ON CO eu z Z co cn --< CO S M M CN CM CN CN ?H2 CO W , a y oz u m in _3 CU a -1 y H a* 00 0 in P* CN in 0 NT -Q 0 0 0 0 0 CO 4-1 w cd M <3 u u CO vTi o td U 0) 00 H H2 ^ 0 CO <00 M 0 .ft 0 ea H CO- < 4-4 W n m on n CN CN 0 0 00 0 0 Q W U-l m m in in &: j CO CO CO cO co H ft. <Z a< CO 20 M O*-N4 ON ON --4 CO O m cn ro cn C 0 *c CO c W u CO Cd CO 4J uc >. cd u e 0c OZ -J 5 0 3 2 z 0 co a, Z 2u Sc uc W c 3 3^ a) H euE> 0 03 03 0) a 0 Cd 3d z 0 M WO Ci z 0 CO s td I a N-3/ CO 0 n .d u 3 t-i H CJ \ 60 )-> CO aj > >a) 0 H *H 1 m ua CO Q w J-f O JJ 3 u a) Q. 0 S Cd 03 H rs H1 W Q 3w O e bo t3 Z > Cd --1 3 0 o co O C/3 1 w 0 >u 6e0 QJ H U CO U O <8 TO uc c y -w 0 0. u 000 1 0 U O cu 0 c H e ttf 0w uO CO CO to u a) 0 U ua 0 o 03 u a) n cy & --< 1 to 1 C CQ MMw 3 J -M MANUFACTURING, DENISON, TEXAS The Time W eighted A verage c o n c e n tra tio n fo r a norm al 8 h o u r w orkday. T h is d e te rm in a tio n is based on the assum ption th a t the a ir c o n c e n tra tio n d u rin g sam pling p e rio d is re p re s e n ta tiv e o f the exposure le v e l fo r the e n tire s h ift. CO E-< Z O u tx3 Cz3 CO J ai cl o c*3 cm 00 O' *3* JH cn 00 vO 00 ON < O fl vO r*4 vO GO en CO > J cn <n cn CM CM cn Ii3 ^ j ca m p^. CM o vO vO eu z cm cm m ON O CM EMM CM CM CM >4 CM CM 4 H CO w < H . < Q y-S a Oo wZ J CL, < ^ !0 a-- m h ^ maO 4 CM -4 cn o ^4 co CM o -H o H CO L4 ed s c ao CO *'*4* --4 o H CC O Q1 M 2 Li CO m CM co co CM o CO <03 r.i 5 u -a 4 --4 ^4 o 4 o 1-f CO 04 < 02 C-3O uo CO m 00 m 00 m in CO co H < ax- on \ 00 00 o\ ON O< ^4 *4 H CO ***** CO n CO cn m Ed Ed Ed o -3 3 CL, Z Ed Z o M H -*"N 04 H4 O O Z o CO 02 1 Q A o *"5 00 0) c (4 to co H --4 H u o bo 4J c 4-f uCO H 0) a cu o3 o o CM ^ <X4 fc< 0) O m tuo 4J *4 ] CO s a yw 0) 4-1 S U L CO J (4 o tc u c tuo --] 0) c. & 3o o o tM >L. ,fa ^4 O en CM (0 XJ 1 E 3a CO O w CO c eO Li Cl, -M 3 cd CL, 1 CO , CO u I-H H JO El, b aE) bO cm C *4 U CO H 1 > CO & Q fli <tQ V CO o O > O cd tOt to cu Li < u V to c a 4-1 0) J2 co -H C 4-4 u5a) El J -M MANUFACTURING, DENISON, TEXAS COMMENTS H a n d lin g 6 " c la s s 150 p ip e s H a n d lin g 12" c la s s 150 p ip e s H a n d lin g 12" c la s s 150 p ip e s H a n d lin g 6 " c la s s 200 p ip e s o n UPL #1 H a n d lin g 12" c la s s 200 p ip e s The Time W eighted A verage c o n c e n tra tio n fo r a norm al 8 hour w o rkd a y. T h is d e te rm in a tio n is based on th e assum ption th a t the a ir c o n c e n tra tio n d u rin g sam pling p e rio d is re p re s e n ta tiv e o f the exposure le v e l fo r the e n tire s h ift. - C*3 bj CO 00 00 ^ J2a! CU Cs3 f vO CM ^ m 2? J H --4 -- CO sO P** CO V < O M o sir cn cn m n {/3 > J cm cn cn cn cn cn ts3 4-\ J M --l CM CM CM \D --4 ft. S Z 23 h w cn o> CM CM CM CM cn cn CM CM cn CM CO * < H Q o oo Z M jCL, 22 <5 < ^* ph uCO H J02) H o V o m --H o CO <4-1 CM CM 3* oO H /-N <o u CO o -> CO ttJ O CO M2 U <0 41 CO VO cm m \ --H m --4 cn cn CM MT M C9 O -*to-4 oo o o oo o CO . < 'W' a fc3 Ci3 -J H ft <2 22 Q< CO m CO \ CO N. cn m CO 00 C-) in CO \ 0--04 cn m in 00 oo \M ON ON --4 --4 cn cn e o * * eq & e co *ioJ o? u o a <3 0) CO o ft z H 22 txj tus > c c >> r-4 CQ 0) 1-1 C5 CO CO u o> CO o a C 0) CJ c o 4J X 0) CO , CO z of H^ cx< -I o og Z o co a WI Q -5 eq O "3 o AJ fCc45 0) CX^-s O fcu vO <i OQ S J c z ^ U /-N *a 0) fcu a ro -3 a t ft O Q .u o u 14 01 Qo CM ^ Ce< CM -3 1 ft O Z) W u o 4J Uo 0) 0) a. c_ a) CcO M /-\ CM CM CO Ss =?t --< H j jCu i a 20 < a E-t -5 - fo r exposure le v e l th e of re p re se n ta tive is sam pling p e rio d The Tim e W eighted A verage c o n c e n tra tio n f o r a norm al 8 h o u r w o rkd a y. T h is d e te rm in a tio n is based on the CO CO <Q i-H U CO H s Z cm tri CO s -bo 4) C 0. O 1-1 *PH *H CU u co co m z -< (0 <9 H o * CM CO bo v c o. *H pH --1 CU co ca m z -> ; J -M MANUFACTURING, DENISON, TEXAS d u rin g co n ce n tra tio n w w CO <r J2K b a td m o sO S J H PO CO o CM < O M <r -a* o o to > J PO PO PO MT cn tx3 Cx3 o> vO o \D CO o. Z z XMM CM cm PM CM o vO CM CM o CM 5HS CO v-^ < E-< <a rs U C3 U Mz JCU <! to S -H fcl H^ po CM C\ o m o o o o o H to M-t N-P eMi p-\ o o to oe-i to Cd O wZ W <o PO CM p-4 -M o cn Cd O J3 o o o o o ca pH co UH < S/ Q W m m m in m t=2 J CO 00 co B0 co H a, <s oc C-HO o\ CO 00 a> CO . ^ PO m cn PO cn * to tz3 o2 j3 CL, Z s CO z o--I H /~S CU h-4 O ai z U to s td 1 Qw CQ o e H CQ J-i o Of --1 0) 09 --1 s *-H B H CJ -) 4J --( e z N L /s site Q) Cu *a m jn i a, o q z Jw U o 4J CQ U 0) CU o /t-oN vO ji ua z^ u (0 e rW pH p<-Q* uss u CQ j b0 c H i-H a. rv 5 'Q* oo tn =*= QJ CJ to z U HJ CQ CQ ZJ H pH Q z u O z u 4oJ Q U a CL o 3 cQ CO /PN Zb CO --t CQ I H Q . CO W -6- a ir tshhaitf t .th e assum ption the e n tire fo r le v e l exposure th e of re p re se n ta tive is p e rio d sam pling (1 ) T.W .A . - The Tim e W eighted A verage c o n c e n tra tio n f o r a norm al 8 h o u r w orkday. T h is d e te rm in a tio n Is based on the COMMENTS - J -M MANUFACTURING, DENISON, TEXAS d u rin g co n ce n tra tio n W b3 CO J Z as Cb D Ed CM Z -J H ON r*^ NO lA < O W rv. CM lA <n CO > i-3 cn cn cn cn cn J M rs. CO co o a. Z Z <n *-* cn CM cn 3E M M CM CM CM CM CM z CO w <Eh t <Q /-s y 2C5 y "Sn, < <~v tO vO r>. CO CM o Cu a --< w h w a) --< <Z .O o o o o o H MQi /-N >> Cd 0) .U jmV y CQ 0) b3 tH O bz3 Joz> <z W y 3 aU tu*. l 0) n .c 0) 3 cq CO O E < *n U u cd CO a td *n C u y -a < Mz 0) CJ zy -j s s: oM OHi MO o Z o co S Cx3 1 Q -S tt O *0 u 0) QJ > J-i --J NO O1 Sa CO w yW C CO ca vO JS CM U1 ya Z '-H C cd tM a iM ^N Li CO 4J tA a -h V1 *[s-3i >a_x 7 a ir tshhaitf t .th e assum ption the e n tire ENVIRONMENTAL HEALTH REPORT DISCUSSION The production line for 10 foot pipes was shut down permanently in November 1984. As a result, mono saw, fitting lathe, mono lathe, radial drill, nipple lathe, perforator drill, and K & C lathe are no longer in operation. As can be seen from the 'sample results presented in the Results section, all the exposure levels were within current OSHA eight hour permissible exposure limit of two fibers per cubic centimeter of air (fibers/cc). OSHA issued an emergency temporary standard on asbestos in November 1983 which lowered the permissible exposure limit to 0.5 fibers/cc. The emergency temporary standard was declared Invalid by court in March 1984. Subsequently, OSHA issued a proposed standard for asbestos in April 1984 to lower the permissible exposure limit to either 0.2 fibers/cc or 0.5 fibers/cc. It is expected that a new standard will be promulgated in the summer of 1985 to lower exposure limit to asbestos to 0.2 fibers/cc or 0.5 fibers/cc. '' ~ It is recommended that the OSHA proposed standard be used as a guideline to evaluate the workers* exposure. The sample results indicated that ten employees were exposed to asbestos levels over 0.2 fibers/cc. Of the ten, three (large coupling cut-off operator, small cut-off operator, and molding swing saw operator), were exposed to levels over 0.5 fibers/cc. In finishing area, asbestos level of.each location sampled was higher than the levels found in the previous industrial hygiene surveys. The elevated dust con centrations may be caused by ineffective dust collecting systems, poor housekeeping, and poor work practices. To assure that the dust collecting systems are functioning properly, scheduled inspections should be conducted. If a marked reduction is noted, the cause of the reduction should be identified and corrected. The reduction in performance can often be traced to one or more of the following items: A. Reduced performance by the exhaust fan caused by reduced speed due to belt slippage, reversed rotation, wear on rotor or casing, or accumu lation on rotor or casing that would obstruct air flow. B. Reduced performance caused by defects in the exhaust piping, such as accumulations in branch or main ducts due to insufficient conveying velocities, condensation of oil or water vapors on duct walls, adhesive characteristics of material exhausted or leakage losses caused by loose clean-out doors, broken joints, holes worn in duct, poor connec tion to exhauster inlet, accumulations In ducts or on fan blades. C. Losses in suction velocity can also be charged to additional exhaust points added to the system and change of setting of blast gates in branch lines. -8- D 002254 ENVIRONMENTAL HEALTH REPORT DISCUSSION (Continued) D. Reduced performance may be caused by increased pressure loss through dust collector due to lack of maintenance, improper operation, wear, etc. In addition to the dust collecting systems, a wet method can be used effectively to control asbestos dust. Flooding or spraying at the point of dust generation (e.g., large coupling cut-off, small coupling cut-off, molding swing saw) is a typical method. The sprays, nozzles, and runoff controls need to be precisely designed for compatibility with the machine. A mobile floor sweeper is used to prevent workplace from asbestos dust accumu lation. However, the sweeper can only clean aisles and open floors. Dusts accumulated under and between machines and on the surface of the machines and workbenches cannot be removed. It is recommended that an industrial type vacuum ' cleaner equipped with a high efficiency filter system (99Z efficienty for 0.3 _jum diameter aerosols) be used to keep the workplace as free from asbestos accu mulation as possible. Appendix I contains literature on one of the asbestos vacuum cleaners on the market. NIOSH approved dust masks should be made available to the workers and the use of the dust masks encouraged. The workers whose exposure levels were over OSHA proposed permissible exposure limit should be required to wear the dust masks until the exposure levels are reduced to within the acceptable limit. CONCLUSION Implementation of the above mentioned recommendations should assist you In pro viding a more healthful working environment and reduce the potential for occu pational disease. 9- - D 002255 INUTBMAN * *" V'. ' ::ih'r .;:. ". - .*.1 *. ' yp - Cyj:- :-y .."-V- 0-3=^--/ -.Vx. * -,Y v. .-i*:.. - .T _i; MEETS OR EXCEEDS OSHA REQUIREMENTS FOR REMOVING AND TRAPPING DANGEROUS ASBESTOS DUST AND FIBERS AND OTHER HAZARDOUS DUST FILTER ^ . .. BAG -- -- PROTECTOR^--- A DISPOSABLE DEBRIS :--r t-'v PRIMARY STANDARD FILTER - DRY USE ONLY - FINAL ' -A~-S:ABSEBSE5TTOOSS - jH'; L =v a f't.v~ '- : - -"tf- r--:; - - iv - .-.-.IMPACTION \* ____ _ _**____ * 7f- . .. 7 PLASTIC1 .-^-i- :: ' PROTECTOR -POR ;- DISPOSABLE ; "DEBRIS CONTAINER :j . u-1. D 002256 Specially engineered to provide efficient and dependable protection against the serious hazard of asbestos dust and othehealth endangering airborne pollutants. SFT OTHER s/d: 5 STAGE FILTRATION SYSTEM 3. Final high efficiency filter certified to exceed OSHA requirements 2. impact filter 1. Coarse filter -- disposable paper bag 5. Paper filter protector The well established hazards of asbestos dust have resulted in strict safety regulations by OSHA and Federal Register, Volume 39, No. 125 dated June 27, 1974 Section No. 1910. 3a (b2) states that, effective July 1. 1976, `The 8-hour time weighted average airborne concentrations of asbestos fibers to which an employee may be exposed shall not exceed two fibers, longer than 5 micrometers, per cubic centimeter of air, as determined by the method prescribed in Paragraph (e) of this section" The Minuteman ASBESTOS and irritant dust vacuum has been specially designed to aid in complying with these Federal regulations. A certified three stage filtering system provides an efficiency rating of 99.999% on particles of 5 micrometers in size-- exceeding OSHA requirements. While control of asbestos dust has come under closest government scrutiny, this specially filtered vacuum is also highly beneficial in the filtering of other toxic airborne pollutants such as: petroleum catalyst dust, cement dust, foundry dusts, lime kiln dusts, insecticide dusts, fertilizer plant dusts and fumes, pulverized coal dust, ground limestone dust, asphalt paving dusts and others. SPECIFICATIONS j Tank -15 gal. AMPS Static Air '. I.-- 115V .. --lift - Volume. 1 Height - Cord 7 . -.75' - 91 CFM -| ."32*V 150' 16-3 Specifications According To Manufacturer's Ratings AMERICAN CLEANING EQUIPMENT CORPORATION HI Souih Route 53. Addison. Illinois 60101 1312i 627 6900 D 002257 Minuteman Series 800 Critical Filter Vacuums Vacuums Ettective 4/15/81 Stt Vacuum Tools and Attachments tor accessories. Asbestos Vac 15 Pnc* C-80315-01 Minuteman Asbestos Vac--H.E.P.A. Filter Vacuum (115V. 15 Gal.. Stainless Steel Dry Only) Includes: 75021-90-- Lid Assembly (115V) W/H.E.P.A. Filter 80501-50 --Cloth Filter 75022-01 --Tank Assembly Stainless Steel. S483.00 $ 36.50 15 gal. 38004-90 -- Bag frame 76059-90 -- Impact filters (10) 80503-80-- Filter Protectors (10) 76059-80-- Disposable Bags (10) 76104-20-- Plastic Bags (50) . 76053-60--H.E.P.A. (Replacement) S368.70 S 7.70 S 23.35 $ 16.80 S 23.35 S 18.65 $194.00- S786.00 C-80315-02 Minuteman Asbestos Vac--H.E.P.A. Filter Vacuum (220V, 15 Gal.. Stainless Steel Dry Only) Same as (C-80315-01) except 75021-91 lid assembly (220V) 5493.00 $796.00 C-80315-03 Minuteman Asbestos Vac --H.E.P.A. Filter Vacuum (115V, 15 Gal.. Painted. Dry Only) Includes: 75021-90--Lid Assembly (115V) w/H.E.P.A. Filter - $483.00 80501-50 -- Cloth Filter S 36.50 75022-00--Tank Assembly Painted, 15 gal. S229.00 38004-90 --Bag Frame S 7.70 75059-90 -- Impact fitter (10) S 23.35 80503-80-- Filter Protectors (10) S 16.80 76059-80 --Disposable Bags (10) S 23.35 76104-20 --Plastic Bags (50) S 18.65 76059-60 --H.E.P.A. (Replacement) $194.00 S696.00 C-80315-04 Minuteman Asbestos Vac -- H.E.P.A. Filter Vacuum (220V, 15 Gal.. Painted, Dry Only) Same as (C-80315-03) except 75021-91 lid assembly (220V) $493.00. $706.00 ASBESTOS VACUUMS Because it meets or exceeds OSHA requirements for cleaning the air of asbestos and other toxic and noxious dusts, this dry-only vacuum can be used, in offices, schools and industrial areas where daily or weekly re moval of sub-micron particles is necessary. Each Minuteman Asbestos Vacuum contains 5 different filters: disposable paper bag coarse filter (standard in 15 gal. models) for the bulk of the particles, impact filter, H.E.P.A. filter, primary cloth filter and paper filter protector. Heavy-gauge plastic drum-liner bags may be used in the 30 and 55 gallon models to safely remove targe-volume pick-ups. While specifically designed lor as bestos particles, this vacuum is also effective in filtering other airborne pollutants such as cement, foundry and lime kiln dusts, insecticides, fer tilizer dusts, coal dust, limestone dusts, and many others. With an effi ciency rating of 99.999% on particles of 5 micrometers, the Asbestos Vacuum is particularly useful for cleaning up after insulation operations on pipes, in removing asbestos-covered ceiling dust to prevent' snowing" and for vehicle maintenance procedures involving brakes, clutches and other asbestos-loaded material. Each unit features a 2 stage by-pass motor, front casters. 8" rear wheels and a carriage handle. An optional starter tool kit is recommended for each unit. -Erik H.E.P.A. Filter Impact Filter Cloth Filter Filter Protector Disposable Bag Intake Exhaust 1 002258 ft & ies 800 Critical Filter Vacuums G*ntra` Gescnpttor * M VMWIi K SW Effective 4/t 5 81 See Vacuum Tools and Attachments for accessories. Asbestos Vac 30/55 130-01 Minuteman Asbestos Vac--H.E.P.A. Filter Vacuum (115V. 30 Gal.. Painted, Dry Only) Includes: 75021-90- Lid Assembly (115V) w/H.E.P.A. Filter $403.00 80504-70 --Cloth Filter $ 46.30 80601-70--Adapter Ring (30 gal.) . $102.00 90007-80--Tank Assembly Painted. 30 gal. SI26.00 90004-80-- Dolly Cart S137.00 76059-90 - Impact filter (10) S 23.35 80503-80--Filter Protectors (10) S 16.80 80503-70-Plastic Drum liners (12) $ 23.25 76059-60 -- H.E.P.A. filter (Replacement) SI 94.00 S957.00 30-02 Minuteman Asbestos Vac--H.E.PJL. Fitter Vacuum (220V. 30 Gal., Painted, Dry Only) Same as (C-80330-01) except 75021-91 lid assembly (220V) S493.00 S967.00 55-01 Minuteman Asbestos Vac -- H.E.P.A. Filter Vacuum (115V. 55 Gal., Painted, Dry Only) Includes: 75021-90--Lid Assembly (115V) w/H.E.P.A. filter $483.00 80504-70-Cloth Rlter 80601-80--Adapter Ring (55 gal.) S 46.30 S102.00 90001-50--Tank Assembly Painted. 55 gal. S 92.00 90004-80--Dolly Cart S137.00 76059-90--Impact filters (10) S 23.35 80503-80--Filter Protectors (10) S 16.80 80504-60-- Plastic Drum liners (12) S 25.70 76059-50-H.E.P.A. (Replacement) S194.00 S926.00 55-02 Minuteman Asbestos Vac -- H.E.P.A. Filter Vacuum (220V. 55 Gal.. Painted. Dry Only) Same as (C-80355-Oi) except 75021-91 lid assembly (220V) S493.00 S936.00 ;9-00 t7a Tool Kit For Asbestos Vac (l'?'. Dry only) Includes: a. 80101-00--10' x nv Hose b. 80001-50--iVi" Wand (Operator's handle) c. 80007-00--Gulper Tool d. 80002-40--3" Round Brush e. 80011-60--IVi" x 8* Swivel Connector f. 76059-80--10 Disposable Paper Bags g. 76059-90--12 Impaction Pre-Filters h. 76104-20--50 Plastic Bags i. 80503-80--12 Filter Protectors No substitution of tools. $218.00 $ 40.40 $ 28.75 $ 38.00 $ 14.75 S 14.75 $ 23.35 $ 23.35 18.65 16.80 | * \ \M r~ 002259