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OVERVIEW

5

PRELIMINARY NOTE

The 

CIP10

is a small unit for collecting dust suspended in air. It was designed and

developed  in  the  80s  at  CHERCHAR  (Centre  d’Études  et  de  Recherches  de

Charbonnage de France [French Research Center of Coal Mines]) now INERIS

(Institut National de l’Environnement Industriel et des Risques [National Institute on

Environment and Industrial Risks]) by Paul Courbon.
It was particularly studied, with expansion of its possible uses, at the INRS (Institut

National de Recherche et de Sécurité [National Institute Occupational Safety and Health]).
It is manufactured and sold under INERIS license by ARELCO A.R.C. 
INERIS BP 2 – 60550 Verneuil en Halatte 
INRS BP 27 – 54501 Vandoeuvre Cedex
In  2003,  a  new  cup  for  sampling  microorganisms  was  perfected.  The 

CIP10

equipped with this cup is called the 

CIP 10 M

.

GENERAL OVERVIEW

1. OBJECTIVES

The 

CIP10

is a small unit for collecting dust, intended to measure employees’

exposure to particles suspended in mines, industry and the general environment.
It is normally worn on the chest, but can also be placed in a fixed position in

the work zone or in any other place for ambient measurement.
More specifically its purpose is to sample particles that are a health risk (res-

pirable alveolar, thoracic and inhalable) in conformance with the CEN 481 and

ISO 7708 standards (see BIBLIOGRAPHY page 26).
To do that it has three interchangeable selectors. The selected and collected

particles can then be weighed to determine the concentration by weight, and

then analyzed and the components measured.

2. NOMENCLATURE

!

CIP 10

base name of the sampler instrument equipped with a rotating

cup and foam (Personal Dust Sampler[Capteur Individuel de Poussières]) 

!

CIP 10 M

instrument equipped with cup for liquid sampling for microor-

ganisms (Personal Microbiological Pollutant Sampler [Capteur Individuel

de Polluants Microbiologiques])

!

CIP 10  R

or 

CIP 10  MR 

instrument  equipped  the  with  selector  for

Respirable alveolar particle fraction

!

CIP 10  T

or 

CIP 10  MT

instrument  equipped  with  the  selector  for

Thoracic particle fraction

!

CIP 10 I

or 

CIP 10 MI

instrument equipped with selector for Inhalable

particle fraction.

Содержание ARELCO CIP10

Страница 1: ...H Y G I E N E T O X I C O L O G Y D E P A R T M E N T U S E R S M A N U A L CIP10 PERSONAL DUST SAMPLER CIP10 M PERSONAL MICROBIOLOGICAL POLLUTANTS SAMPLER A DIVISION OF OMNISENSE TECHNOLOGIES...

Страница 2: ...L NUMBER STARTING UP DATE LIMITED WARRANTY YEAR MONTH NOTES Contact Tel 33 0 1 48 75 82 82 Fax 33 0 1 48 75 82 96 E mail arelcoarc arelco fr Site web www arelco fr 01 02 03 04 05 06 07 08 09 10 01 02...

Страница 3: ...CIP 10 I FRACTION SELECTOR 14 ROTATING CUP FOR THE CIP 10 14 ROTATING CUP FOR THE CIP 10 M 14 1 SPECIFIC CASE OF COLLECTING IN A DRY ATMOSPHERE 15 2 SPECIFIC CASE OF COLLECTING SPORES OR MYCELIA 15 AS...

Страница 4: ...zardous area with the own responsibil ity of the operator by an on off switching by magnetic effect no external switch with a magnet 2 2 AIM The CIP10 is a personal dust sampler for the assessment of...

Страница 5: ...n the operating manual This adjustment will be made outside the dangerous atmosphere 3 TRAINING INFORMATIONS The CIP10 enables sampling a specified aerosol fraction depending one of the size selector...

Страница 6: ...F ATEX INSTRUCTIONS 4 6 REQUIRED DOCUMENTS Each unit will be delivered with a copy of the original operating instruction The documents will be supplied with an English translation for delivery outside...

Страница 7: ...and the general environment It is normally worn on the chest but can also be placed in a fixed position in the work zone or in any other place for ambient measurement More specifically its purpose is...

Страница 8: ...he standards by using appropriate selectors and flow rates Omnidirectional inlet with protective cover blocking accidental undesirable penetration of large particles or water drops Operates in every p...

Страница 9: ...he rotating cup with its air outlet orifice These operating elements are enclosed in the box motor batteries electronic control circuit with magnetic switch LED working indicator jack for recharging b...

Страница 10: ...RTICLE SELECTOR FOR THE CIP 10 R OR CIP 10 MR The selection of respirable alveolar particles is made by impact on a 45 grade 45 pores per linear inch polyurethane foam followed by selective filtration...

Страница 11: ...n Curve Protective cover Omnidirectional aspiration inlet Selector input orifices Aerodynamics selection part Anti fiber grill optional Locking screw 3 INHALABLE FRACTION PARTICLE SELECTOR FOR CIP 10...

Страница 12: ...r Omnidirectional aspirations inlet Locking screw Selector input orifices Conical tubing 5 TOTAL DUST FRACTION SELECTOR The CIP10 can also sample the total dust or collected maximal fraction To do tha...

Страница 13: ...nd the pro tective cap Inside the selector it fol lows a more or less complex path depending upon the desired particle selection The unwanted fraction is stopped The selected aerosol fraction next pas...

Страница 14: ...PM FLOW RATES CIP 10 R 10 l min at 7000 RPM or 6800 RPM without the housing CIP 10 T 7 l min CIP 10 I 10 l min POLYURETHANE FOAMS Three different polyurethane foams are used two in the CIP 10 R select...

Страница 15: ...e selector and push it to the bottom on its central stem Fit the small chimney shaped metallic nozzle 8 into the center of the upper part of the diffuser Place a selector foam 7 around the nozzle with...

Страница 16: ...the diffuser Check that there s a cover on the head of the selection chamber 1 2 3 4 11 ROTATING CUP FOR THE CIP 10 Take the rotating cup and place the corresponding polyurethane foam inside see the t...

Страница 17: ...ncerned about a possible low capture rate and to fill the cup with a sur face active agent to force these bioaerosols to mix with the fluid This problem also occurs with collection by sparging ASSEMBL...

Страница 18: ...check that the power on light is still lit Stop the instrument and note the time Take the unit to the laboratory for maintenance and analysis of the collected material It s also possible to take out t...

Страница 19: ...nd leav ing it there during the idle time until the following collection The CIP10 or CIP10 M can be used either worn on an operator or at a fixed position over very long times eight days for example...

Страница 20: ...the dust reaches about 50 mg in the rotating cup and several hundreds of milligrams in the selector for alveo lar respirable dust ADJUSTING AND CHECKING THE FLOW RATE MEASURING AND ADJUSTING THE FLOW...

Страница 21: ...of the CIP10 are then balanced meaning that the CIP10 s flow rate is exactly that indicated by the flow rate meter Stop the flow of air Withdraw the unit without its head and measure the rotation spe...

Страница 22: ...rument to the manufacturer for standard exchange of these elements when they go out of service and to verify and adjust the flow rate is recommended If this operation is done by the user be sure to re...

Страница 23: ...change in the rela tive humidity of the air in the room with the balances between the two weigh ings PROCEDURE The following procedure specified by the INRS should be used PREPARATION OF THE CUPS Bef...

Страница 24: ...their covers in an oven at 50 to 60 C for four hours before conditioning to quickly remove the excess humidity that the foam could ve absorbed After conditioning the measurement and reference cups are...

Страница 25: ...INRS Some variants are proposed for other laboratories in particular in countries where the climatic conditions are different from those in France rapid varia tions of temperature and humidity or rud...

Страница 26: ...ter and centrifuge to recover the dust The quantity of dust likely to remain in the foam is generally negligible It is gen erally recommended to use this method only with new foams and when collect in...

Страница 27: ...eavy metals such as lead in particular Carefully extract the foam from the cup using tongs and place it in a glass retort Rinse the cup with water and pour the resulting suspension in the retort Add 1...

Страница 28: ...action of crystalline silica Sampling using a rotating cup device NF ISO 7708 May 1996 Qualit de l air D finitions des fractions de taille des particules pour l chantil lonnage li aux probl mes de san...

Страница 29: ...s 94 9 CE 89 336 CEE Et est conforme aux normes And are in conformity with EN 50 014 et EN 50 020 au type ayant fait l objet de l attestation d examen CE de type n 04ATEX 0050X et l usine de fabricati...

Страница 30: ...CERTIFICATES 28 Certificate of ATEX INERIS Conformity 1 4...

Страница 31: ...CERTIFICATES 29 Certificate of ATEX INERIS Conformity 2 4...

Страница 32: ...CERTIFICATES 30 Certificate of ATEX INERIS Conformity 3 4...

Страница 33: ...CERTIFICATES 31 Certificate of ATEX INERIS Conformity 4 4...

Страница 34: ...for sampling on liquid for microorganisms for CIP 10 M ARC 10 007M Rotating foam batch of 100 ARC 10 032 Harness ARC 10 004 Harness attaches in back ARC 10 004SP 110 Vac 220 Vac charger for one CIP 1...

Страница 35: ...nozzle ARC 10 946 Sampling head for inhalable fraction new version please contact us Weighing Desiccator with cover and bed of silica gel for hygrometric stabilization of rotating foams before weighin...

Страница 36: ...Fontenay sous Bois Cedex T l 33 0 1 48 75 82 82 Fax 33 0 1 48 75 82 96 E mail arelcoarc arelco fr Site web www arelco fr INSTRUMENTS FOR TEMPERATURE MEASUREMENT DEPARTMENT PURITY GAS DEPARTMENT COMBU...

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