Technical - Carrier...• Jupiter ER-02 Air Filter Unit: QX-38000-1080-8 • JFR Filter Series: CV-0005-1801-5 1. Failure to follow all instructions on the use of this product may

PRPS Technical Datasheet

Summary of Warnings and Limitations of UsePlease note: For FULL Warnings and Limitations of Use, please see User Instructions:

• PRPS (‘Operational suit’): BS\065• PRPS(T) (‘Training suit’): BS\066• Jupiter™ ER-02 Air Filter Unit: QX-38000-1080-8• JFR Filter Series: CV-0005-1801-5

1. Failure to follow all instructions on the use of this product may adversely affect the wearer’s health, may lead to severe illness or permanent disability or even death.

2. RPE and suit not for use against unknown contaminants.3. RPE not for use above IDLH.4. RPE not for use in less than 19.5% oxygen.5. Respiratory Protection against particulate, liquid or gaseous

chemicals: nominal protection factor = 500.6. Operating Conditions:

a. Temperature: -5°C to +40°Cb. Humidity: <90% R.H.c. Altitude: <4500mASL (Above Sea Level)

7. Only for use by trained personnel.8. Leave the contaminated area immediately if:

a. The system is damaged.b. Airflow decreases or stops or the visor mists.c. Breathing becomes difficult.d. Dizziness or other distress occurs.e. Contaminant is tasted or smelt or irritation occurs.f. An alarm condition occurs.

9. Ensure Breathing tube is not twisted.10. Do not use in ‘Power-off’ state.11. Do not modify; replace only with original parts.12. Keep zip and zip flap closed at all times.13. Intrinsic Safety: Use of Jupiter Air Filter Unit only with BAT-21:

a. Only in Potentially Explosive Atmospheres (gas) Zones 1,2.b. Not in Potentially Explosive Atmospheres (gas) Zones 0.c. Not in Potentially Explosive Atmospheres (dust) Zones 20,

21 or 22.14. Note there are currently no safe exposure limits established for

biological agents – see User Instruction for full warning text.15. Materials which may come into contact with the skin not known

to cause allergic reactions to the majority of individuals.16. The system contains no components made from natural rubber.17. Tychem® TK fabric is designed specifically for limited-use

garments. Excessive flexing or folding may have an adverse effect on chemical resistance. Multiple use can be assured by a regular programme of inspection and re-certification.

18. If the suit is heavily contaminated or mechanically damaged in any way it MUST NOT be used and MUST be disposed of.

19. The wearer‘s body temperature will rise whilst wearing the suit, particularly during periods of intense physical activity. Operational procedures should be planned to minimise heat stress. Use of the rehydration facility is recommended.

20. Users should note that resistance to permeation by chemicals varies with temperature.

21. Tychem® TK meets the resistance to ignition requirements of EN943- 1:2002 but should not be exposed to flame.

22. Tychem® TK does not have any anti-static treatment or properties: do not wear in potentially explosive environments.

23. Continuous contact with certain chemicals can adversely affect the visor. Do not use in case of any discolouration of the visor.

TrainingA key benefit of the PRPS is that it requires minimal training, due to lack of facepiece, face-fit-testing, management of complex air systems, etc. It is nevertheless important that users are trained sufficiently to be able to:

• Operate safely within this PPE• Become familiar with working inside the suit• React to the system status messages• Communicate with colleagues• Be ready to make the right decisions in an

emergency

Because the ‘operational’ suit (PRPS) is sealed, ready for emergency use, a separate, distinctive, dark-green PVC suit designed for multiple use has been developed. (See Description – page 1)

It is thoroughly recommended that ‘Training’ suits are used for training, to avoid any confusion in an emergency ‘Operational’ situation. The PRPS(T) training suit is designed for multiple use:

• Dark-green PVC material - distinctive from the lime green of the PRPS ‘operational’ suit. The operational suit material has been designed to maximise chemical resistance and mechanical strength, but also with light weight and flexibility. It is not designed for many multiple-uses. The PVC training suits have been designed to be re-used many times;

• PRPS(T) training suits are not gas-tight-tested;• Knitted neck-seal is removable for laundering;• Training Battery (BAT-20) is NiMH / rechargeable for multiple

training sessions;• Training Filters (JFR-T1) are blue, distinctive from the

orange operational filters (JFR-85-CE); with particulate and nuisance odour protection only, but simulate the weight of ‘operational’ filters.

* Noryl is a trademark of General Electric Company

* Tychem® TK is a registered trademark of E.I. du Pont de Nemours and Co

For more information on 3M™ products and services please call the 3M Health & Safety Helpline. (Mon-Fri 09:00 – 17:00) 0870 60 800 60 (UK) 1 800 320 500 (Ireland) or email: [email protected]

Occupational Health Group 3M United Kingdom PLC 3M Centre Cain Road, Bracknell Berkshire, RG12 8HT

: 087060 800 60 : www.3M.com/uk/ohes

Respirex International Limited Unit F Kingsfield Business Centre Philanthropic Road, Redhill RH1 4DP, United Kingdom

: www.respirexinternational.com�: +44 (0)1737 778600 : [email protected]© Respirex International Limited, 2016

DatasheetChemprotex PRPS

Technical

IntroductionThe Chemprotex PRPS* is a Personal Protective Device, marketed by Respirex™ and 3M, which combines a Respirex™ gas-tight chemical protective suit, in DuPont Tychem® TK, with a 3M™ Jupiter™ Powered-Air Respiratory System.*PRPS = Powered Respiratory Protective Suit

It is designed for protecting operators of mass decontamination systems, but could also be considered for medical tasks, such as triage and casualty transport, or industrial applications, e.g. hazardous waste remediation and various maintenance tasks.

DescriptionThe Chemprotex PRPS consists of:• A fully encapsulating suit from DuPont Tychem™ TK, • tested gas-

tight, with integrated boots and gloves and laminated visor• An internally-mounted Jupiter™ ER-02 Powered Air Turbo Unit with in-

hood alarm system

• Single-use lithium battery• Externally-mounted orange JFR-85-CE fi lters • Optional hard-hat• Optional integrated rehydration system• Sealed in one box and ready-for-use with a 5 year shelf-life.• Customised labelling

This is the ‘Operational’ version – PRPS – and is designed to be used for emergency situations once - directly from the sealed condition. Once opened and used, it must be decontaminated (if possible), cleaned and returned to the service agent for servicing, testing and resealing before returning to operational readiness with new batteries and fi lters.

A ‘Training’ version is offered, called Chemprotex PRPS(T). It is distinctively different from the ‘Operational’ version to avoid confusion in an emergency situation. It is also designed for multiple re-use.The PRPS(T) is identical to the Chemprotex PRPS, apart from the following:• Suit material is dark-green PVC •• Visor material is PVC – only• Blue training fi lters (JFR-T1 & T2) are used• NiMH rechargeable battery• Removable neck seal (to allow laundering)• ‘Training’ Label

Performance and ApprovalsThe Chemprotex PRPS is approved both as Chemical Protective Clothing and as Respiratory Protective Equipment.

Chemical Protective Clothing: No relevant European Standard exists for this type of device, so the Chemprotex PRPS is type approved to a Respirex specifi cation, RILS0002, based upon the requirements for a limited use type 1b-ET gas-tight chemical protective suit as detailed in EN943-2:2002. However, the specifi cation for a full facemask has been replaced by that for a visor.

Respiratory Protective Equipment: No relevant European Standard exists for this type of device, so the Chemprotex PRPS is type approved to a 3M specifi cation, TS0084, based on the relevant requirements of EN12941:1998 class TH3. However, the maximum mass and battery duration requirements have been excluded.

PRPS provides respiratory protection against either liquid or gaseous chemicals to the level of EN12941:1998 TH3, nominal protection factor = 500.

The Jupiter™ Air Filter Unit, when used in conjunction with the Respirex™ PRPS or PRPS(T) has been shown to meet the Basic Safety Requirements under Article 10 of the European Directive 89/686/EEC (SGS UK Ltd, Ellesmere Port, CH65 3EN Notifi ed body number 0120) and is CE marked.

The Jupiter™ Air Filter Unit has been certifi ed as complying with European EMC Directive 89/336/EEC.The Jupiter™ Air Filter Unit (when fi tted with the Intrinsically Safe Battery Pack BAT-21) has been approved for intrinsic safety.

Training suit: Chemprotex PRPS(T): Used for training and simulation purposes only, the Chemprotex PRPS(T) is type-approved only as a Respiratory Protective Device to a 3M specifi cation TS0085, based on the relevant requirements of EN12941:1998 class TH3. However, as Chemprotex PRPS, the maximum mass and battery duration requirements have been excluded. The Chemprotex PRPS(T) is not approved as Chemical Protective Clothing.PRPS(T) provides respiratory protection against either liquid or gaseous chemicals to the level of EN12941:1998 TH3, nominal protection factor = 500.

RED:System warning

AMBER:Time elapsed information

GREEN:System OK

Training A key benefi t of the Chemprotex PRPS is that it requires minimal training, due to lack of facepiece, face-fi t-testing, management of complex air systems, etc. It is nevertheless important that users are trained suffi ciently to be able to:• Operate safely within this PPE• Become familiar with working inside the suit• React to the system status messages• Communicate with colleagues• Be ready to make the right decisions in an

emergency

Because the ‘operational’ suit (PRPS) is sealed, ready for emergency use, a separate, distinctive, dark-green PVC • suit designed for multiple use has been developed. (See Description – page 1)

It is thoroughly recommended that ‘Training’ suits are used for training, to avoid any confusion in an emergency ‘Operational’ situation. The PRPS(T) training suit is designed for multiple use:• Dark-green • PVC material - distinctive from the lime green • of the

PRPS ‘operational’ suit. The operational suit material has been designed to maximise chemical resistance and mechanical strength, but also with light weight and fl exibility. It is not designed for many multiple-uses. The PVC training suits have been designed to be re-used many times;

• PRPS(T) training suits are not gas-tight-tested;• Knitted neck-seal is removable for laundering;• Training Battery (BAT-20) is NiMH / rechargeable for multiple training

sessions;• Training Filters (JFR-T1 & JFR-T2) are blue, distinctive from the orange

operational fi lters (JFR-85-CE); with particulate and nuisance odour protection only, but simulate the weight of ‘operational’ fi lters.

* Noryl is a trademark of General Electric Company* Tychem® TK is a registered trademark of E.I. du Pont de Nemours and Co

For more information on 3M products and services please call the 3M Health & Safety Helpline. (Mon-Fri 09:00 – 17:00)0870 60 800 60 (UK) 1 800 320 500 (Ireland)[email protected]

Summary of Warnings and Limitations of Use Please note: For FULL Warnings and Limitations of Use, please

see User Instructions:• PRPS (‘Operational suit’): BS\065• PRPS(T) (‘Training suit’): BS\066 • Jupiter™ ER-02 Air Filter Unit: QX-38000-1080-8• JFR Filter Series: CV-0005-1801-5 1. Failure to follow all instructions on the use of this product may adversely

affect the wearer’s health, may lead to severe illness or permanent disability or even death.

2. RPE and suit not for use against unknown contaminants.3. RPE not for use above IDLH.4. RPE not for use in less than 19.5% oxygen.5. Respiratory Protection against particulate, liquid or gaseous chemicals:

nominal protection factor = 500.6. Operating Conditions: a. Temperature: -10°C to +40°C b. Humidity: <90% R.H. c. Altitude: <400mASL (Above Sea Level)

7. Only for use by trained personnel.8. Leave the contaminated area immediately if: a. The system is damaged. b. Airfl ow decreases or stops or the visor mists. c. Breathing becomes diffi cult. d. Dizziness or other distress occurs. e. Contaminant is tasted or smelt or irritation occurs. f. An alarm condition occurs.

9. Ensure Breathing tube is not twisted.10. Do not use in ‘Power-off’ state.11. Do not modify; replace only with original parts.12. Keep zip and zip fl ap closed at all times.13. Intrinsic Safety: Use of Jupiter Air Filter Unit only with BAT-21: a. Only in Potentially Explosive Atmospheres (gas) Zones 1,2. b. Not in Potentially Explosive Atmospheres (gas) Zones 0. c. Not in Potentially Explosive Atmospheres (dust) Zones 20, 21 or 22.

14. Note there are currently no safe exposure limits established for biological agents – see User Instruction for full warning text.

15. Materials which may come into contact with the skin not known to cause allergic reactions to the majority of individuals.

16. The system contains no components made from natural rubber.17. Tychem® TK fabric is designed specifi cally for limited-use garments.

Excessive fl exing or folding may have an adverse effect on chemical resistance. Multiple use can be assured by a regular programme of inspection and re-certifi cation.


19. The wearer‘s body temperature will rise whilst wearing the suit, particularly during periods of intense physical activity. Operational procedures should be planned to minimise heat stress. Use of the re-hydration facility is recommended.


21. Tychem® TK meets the resistance to ignition requirements of EN943-1:2002 but should not be exposed to fl ame.


23. Continuous contact with certain chemicals can adversely affect the visor. Do not use in case of any discoloration of the visor.

Occupational Health Group3M United Kingdom PLC3M CentreCain Road, Bracknell Berkshire RG12 8HTTel: 0870 60 800 60www.3M.com/uk/ohes

Respirex International LimitedUnit F, Kingsfi eld Business CentrePhilanthropic Road, RedhillSurrey. RH1 4DP EnglandTel: +44 (0) 1737 778600Fax: +44 (0) 1737 [email protected]

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!

4

IntroductionThe PRPS* from Respirex™ is a Personal Protective Device, marketed by Respirex™ and 3M, which combines a Respirex™ gas-tight chemical protective suit, in DuPont Tychem® TK, with a 3M™ Jupiter™ Powered-Air Respiratory System.

*PRPS = Powered Respiratory Protective Suit


DescriptionThe PRPS consists of:

• A fully encapsulating suit from DuPont™ Tychem™ TK, tested gas-tight,with integrated boots and gloves and laminated visor

• An internally-mounted Jupiter™ ER-02 Powered Air Turbo Unit with in-hood alarm system

Performance and ApprovalsThe PRPS is approved both as Chemical Protective Clothing and as Respiratory Protective Equipment.

Chemical Protective Clothing: No relevant European Standard exists for this type of device, so the PRPS is type approved to a Respirex specification, RILS0002, based upon the requirements for a limited use type 1b-ET gas-tight chemical protective suit as detailed in EN943-2:2002. However, the specification for a full facemask has been replaced by that for a visor.

Respiratory Protective Equipment: No relevant European Standard exists for this type of device, so the PRPS is type approved to a 3M™ specification, TS0084, based on the relevant requirements of EN12941:1998 class TH3. However, the maximum mass and battery duration requirements have been excluded.


The Jupiter™ Air Filter Unit, when used in conjunction with the Respirex™ PRPS or PRPS(T) has been shown to meet the Basic Safety Requirements under Article 10 of the European Directive 89/686/EEC (SGS UK Ltd, Ellesmere Port, CH65 3EN Notified body number 0120) and is CE marked.

The Jupiter™ Air Filter Unit has been certified as complying with European EMC Directive 89/336/EEC.

The Jupiter™ Air Filter Unit (when fi tted with the Intrinsically Safe Battery Pack BAT-21) has been approved for intrinsic safety.

Training suit: PRPS(T): Used for training and simulation purposes only, the PRPS(T) is type-approved only as a Respiratory Protective Device to a 3M specification TS0085, based on the relevant requirements of EN12941:1998 class TH3. However, as PRPS, the maximum mass and battery duration requirements have been excluded. The PRPS(T) is not approved as Chemical Protective Clothing.

PRPS(T) provides respiratory protection against either liquid or gaseous chemicals to the level of EN12941:1998 TH3, nominal protection factor = 500.

IntroductionThe PRPS* from Respirex™ is a Personal Protective Device, marketed by Respirex™ and 3M, which combines a Respirex™ gas-tight chemical protective suit, in DuPont Tychem® TK, with a 3M™ Jupiter™ Powered-Air Respiratory System.

*PRPS = Powered Respiratory Protective Suit


DescriptionThe PRPS consists of:

• A fully encapsulating suit from DuPont™ Tychem™ TK, tested gas-tight,with integrated boots and gloves and laminated visor

• An internally-mounted Jupiter™ ER-02 Powered Air Turbo Unit with in-hood alarm system

Performance and ApprovalsThe PRPS is approved both as Chemical Protective Clothing and as Respiratory Protective Equipment.

Chemical Protective Clothing: No relevant European Standard exists for this type of device, so the PRPS is type approved to a Respirex specification, RILS0002, based upon the requirements for a limited use type 1b-ET gas-tight chemical protective suit as detailed in EN943-2:2002. However, the specification for a full facemask has been replaced by that for a visor.

Respiratory Protective Equipment: No relevant European Standard exists for this type of device, so the PRPS is type approved to a 3M™ specification, TS0084, based on the relevant requirements of EN12941:1998 class TH3. However, the maximum mass and battery duration requirements have been excluded.


The Jupiter™ Air Filter Unit, when used in conjunction with the Respirex™ PRPS or PRPS(T) has been shown to meet the Basic Safety Requirements under Article 10 of the European Directive 89/686/EEC (SGS UK Ltd, Ellesmere Port, CH65 3EN Notified body number 0120) and is CE marked.

The Jupiter™ Air Filter Unit has been certified as complying with European EMC Directive 89/336/EEC.

The Jupiter™ Air Filter Unit (when fi tted with the Intrinsically Safe Battery Pack BAT-21) has been approved for intrinsic safety.

Training suit: PRPS(T): Used for training and simulation purposes only, the PRPS(T) is type-approved only as a Respiratory Protective Device to a 3M specification TS0085, based on the relevant requirements of EN12941:1998 class TH3. However, as PRPS, the maximum mass and battery duration requirements have been excluded. The PRPS(T) is not approved as Chemical Protective Clothing.

PRPS(T) provides respiratory protection against either liquid or gaseous chemicals to the level of EN12941:1998 TH3, nominal protection factor = 500.


Technical





hood alarm system











RED:System warning


GREEN:System OK

• Single-use lithium battery• Externally-mounted orange JFR-85-CE filters• Optional hard-hat• Optional integrated rehydration system• Sealed in one box and ready-for-use with a 10 year shelf-life

(subject to appropriate maintenance & testing)• Customised labelling

This is the ‘Operational’ version – PRPS – and is designed to be used for emergency situations once - directly from the sealed condition. Once opened and used, it must be decontaminated (if possible), cleaned and returned to the service agent for servicing, testing and resealing before returning to operational readiness with new batteries and filters.

A ‘Training’ version is offered, called PRPS(T). It is distinctively different from the ‘Operational’ version to avoid confusion in an emergency situation. It is also designed for multiple re-use.

The PRPS(T) is identical to the PRPS, apart from the following:

• Suit material is dark-green PVC • Visor material is PVC – only• Blue training filters (JFR-T1) are used• NiMH rechargeable battery• Removable neck seal (to allow laundering)• ‘Training’ Label

PRPS Technical Datasheet

Respirex International Limited : www.respirexinternational.com

PRPS

:TDS

-16

• Single-use lithium battery• Externally-mounted orange JFR-85-CE filters• Optional hard-hat• Optional integrated rehydration system• Sealed in one box and ready-for-use with a 10 year shelf-life

(subject to appropriate maintenance & testing)• Customised labelling

This is the ‘Operational’ version – PRPS – and is designed to be used for emergency situations once - directly from the sealed condition. Once opened and used, it must be decontaminated (if possible), cleaned and returned to the service agent for servicing, testing and resealing before returning to operational readiness with new batteries and filters.

A ‘Training’ version is offered, called PRPS(T). It is distinctively different from the ‘Operational’ version to avoid confusion in an emergency situation. It is also designed for multiple re-use.

The PRPS(T) is identical to the PRPS, apart from the following:

• Suit material is dark-green PVC • Visor material is PVC – only• Blue training filters (JFR-T1) are used• NiMH rechargeable battery• Removable neck seal (to allow laundering)• ‘Training’ Label


PR

PS

:TD

S-1

6

Concise Product Specification - PRPSChemical Protective Clothing: Respirex™ specification RILS0002 (based upon EN943-2:2002 - limited use type 1b-ET gas-tight chemical protective suit). Specification for a full facemask has been replaced by that for a visor;

Permeation Performance: Suit, boots, gloves, and visor materials tested against each of the 15 liquid chemicals in the standardised test battery ASTM F1001-99a. All results >480 min. See Respirex User Instructions BS065 for details.

Physical Properties of Tychem™ TK material: EN14325:2004:• Abrasion resistance – class 6• Tensile strength – class 4• Flex cracking resistance – class 1• Flex cracking at -30°C – class 3• Trapezoidal tear resistance – class 6• Puncture resistance – class 2• Seam strength – class 5• Resistance to ignition - pass

Boot: Seamless construction; oil resistant to EN345-S5; compound surpasses NFPA 1991 requirements; EN374-3 chemical permeation; slip/oil resistant sole; stainless steel toecap (200 joule) and mid-sole.

Glove: choice of neoprene outer (heavy- or light-duty), Kemblok™ inner bonded to outer, optional cotton liner

Respiratory Protection: 3M specification TS0084 (based on EN12941:1998 TH3, nominal PF= 500). Following clauses excluded or modified: battery duration; maximum mass; strength of hoses and couplings; strength of couplings to hood; marking.

Battery: (BAT-21) Lithium, single-use, duration: 3.5 hours.

Filters: (JFR-85-CE) A2B2E2K2P SL + chemical warfare (CW) agents: military challenges, similar to those defined in the NATO Respirator Triptych D/103:1991. See 3M JFR-85 Technical Bulletin for details. IP53, per EN60529 (dust and spraying water).

MMDF (Manufacturer’s Minimum Design Flow): 135 l/min; max flow: 230 l/min.

Intrinsic Safety – Jupiter™Air Filter Unit with BAT-21 only EN50020 EEx ib IIB T3; ib – incapable of causing ignition in normal operation IIB – gas sub group: (EN 50014) T3 – Max. surface temperature 200°C (Ta = -10°C to +40°C)

Sizing: Available in 5 sizes: S, M, L, XL and XXL.

Size Chest cm (inches) Height cm (inches)

S 86-94 (34”-37”) 152-165 (5’-5’5”)

M 94-102 (37“-40“) 163-175 (5‘4“-5‘9“)

L 102-112 (40“-44“) 173-185 (5‘8“-6‘1“)

XL 109-124 (43“-49“) 180-196 (5‘11“-6‘5“)

XXL 117-140 (46“- 55“) 191-206 (6‘3“- 6‘9“)

Materials – PRPS:

Suit: Du Pont™ Tychem® TKVisor: PVC + chemical protection laminateBoots: PVC body; rubber sole, stainless steel insertsGloves: Neoprene or Stanzoil outer/ Kemblok™ innerJupiter Air Filter Unit body: Noryl™ (PPO)Filter body: Polypropylene (PP)

Concise Product Specification – PRPS(T)Chemical Protective Clothing: no testing

Boot: as per PRPS

Respiratory Protection: 3M™ specification TS0084 (based upon EN12941:1998 TH3, nominal protection factor = 500). Following clauses excluded or modified: battery duration; maximum mass; strength of hoses and couplings; strength of couplings to hood; marking.

Battery: (BAT-20) NiMH rechargeable, duration: 4 hours.

Filters: (JFR-T1) – PSL & Nuisance odour; simulates weight and breathing resistance of ‘operational’ filters. MMDF (Manufacturer’s Minimum Design Flow): 135 l/min; maximum fl ow: 230 l/min.

Sizing: as per PRPS.

Materials – where different from PRPS:

Suit: PVCVisor: PVC onlyFilter body: HIPS

Operational ProceduresThe PRPS is intended for use by Emergency Response personnel after a chemical or biological incident. It should only be used after a process of detection, identification and monitoring to establish the potential hazard. It is important to note that the suit is NOT appropriate for use in environments where the hazard is unknown.

Operational Procedures should be planned to cover the use of this PPE. They should cover areas such as:

• Decisions on suitable environments• Donning and standby procedures• Maximum wear time to minimise the risk of heat stress• A ‘buddy’ system for team safety, e.g. checking ‘buddy’s’

alarms and system status• Emergency escape and doffing procedures (e.g. in case of

system failure)• Battery and filter management• Managing Limitations of Use• Doffing, cleaning, servicing and re-use.

Concise Product Specification - PRPSChemical Protective Clothing: Respirex™ specification RILS0002 (based upon EN943-2:2002 - limited use type 1b-ET gas-tight chemical protective suit). Specification for a full facemask has been replaced by that for a visor;

Permeation Performance: Suit, boots, gloves, and visor materials tested against each of the 15 liquid chemicals in the standardised test battery ASTM F1001-99a. All results >480 min. See Respirex User Instructions BS065 for details.

Physical Properties of Tychem™ TK material: EN14325:2004:• Abrasion resistance – class 6• Tensile strength – class 4• Flex cracking resistance – class 1• Flex cracking at -30°C – class 3• Trapezoidal tear resistance – class 6• Puncture resistance – class 2• Seam strength – class 5• Resistance to ignition - pass

Boot: Seamless construction; oil resistant to EN345-S5; compound surpasses NFPA 1991 requirements; EN374-3 chemical permeation; slip/oil resistant sole; stainless steel toecap (200 joule) and mid-sole.

Glove: choice of neoprene outer (heavy- or light-duty), North Silver Shield®/ 4H inner bonded to outer, optional cotton liner

Respiratory Protection: 3M specification TS0084 (based on EN12941:1998 TH3, nominal PF= 500). Following clauses excluded or modified: battery duration; maximum mass; strength of hoses and couplings; strength of couplings to hood; marking.

Battery: (BAT-21) Lithium, single-use, duration: 3.5 hours.

Filters: (JFR-85-CE) A2B2E2K2P SL + chemical warfare (CW) agents: military challenges, similar to those defined in the NATO Respirator Triptych D/103:1991. See 3M JFR-85 Technical Bulletin for details. IP53, per EN60529 (dust and spraying water).

MMDF (Manufacturer’s Minimum Design Flow): 135 l/min; max flow: 230 l/min.

Intrinsic Safety – Jupiter™Air Filter Unit with BAT-21 only EN50020 EEx ib IIB T3; ib – incapable of causing ignition in normal operation IIB – gas sub group: (EN 50014) T3 – Max. surface temperature 200°C (Ta = -10°C to +40°C)


Size Chest cm (inches) Height cm (inches)

S 86-94 (34”-37”) 152-165 (5’-5’5”)

M 94-102 (37“-40“) 163-175 (5‘4“-5‘9“)

L 102-112 (40“-44“) 173-185 (5‘8“-6‘1“)

XL 109-124 (43“-49“) 180-196 (5‘11“-6‘5“)

XXL 117-140 (46“- 55“) 191-206 (6‘3“- 6‘9“)

Materials – PRPS:

Suit: Du Pont™ Tychem® TKVisor: PVC + chemical protection laminateBoots: PVC body; rubber sole, stainless steel insertsGloves: Neoprene or Stanzoil outer/ North Silver Shield®/4H innerJupiter Air Filter Unit body: Noryl™ (PPO)Filter body: Polypropylene (PP)

Concise Product Specification – PRPS(T)Chemical Protective Clothing: no testing

Boot: as per PRPS

Respiratory Protection: 3M™ specification TS0084 (based upon EN12941:1998 TH3, nominal protection factor = 500). Following clauses excluded or modified: battery duration; maximum mass; strength of hoses and couplings; strength of couplings to hood; marking.

Battery: (BAT-20) NiMH rechargeable, duration: 4 hours.

Filters: (JFR-T1) – PSL & Nuisance odour; simulates weight and breathing resistance of ‘operational’ filters. MMDF (Manufacturer’s Minimum Design Flow): 135 l/min; maximum fl ow: 230 l/min.

Sizing: as per PRPS.

Materials – where different from PRPS:

Suit: PVCVisor: PVC onlyFilter body: HIPS

Operational ProceduresThe PRPS is intended for use by Emergency Response personnel after a chemical or biological incident. It should only be used after a process of detection, identification and monitoring to establish the potential hazard. It is important to note that the suit is NOT appropriate for use in environments where the hazard is unknown.

Operational Procedures should be planned to cover the use of this PPE. They should cover areas such as:

• Decisions on suitable environments• Donning and standby procedures• Maximum wear time to minimise the risk of heat stress• A ‘buddy’ system for team safety, e.g. checking ‘buddy’s’

alarms and system status• Emergency escape and doffing procedures (e.g. in case of

system failure)• Battery and filter management• Managing Limitations of Use• Doffing, cleaning, servicing and re-use.

Concise Product Specifi cation - PRPS Chemical Protective Clothing: Respirex™ specifi cation RILS0002 (based upon EN943-2:2002 - limited use type 1b-ET gas-tight chemical protective suit). Specifi cation for a full facemask has been replaced by that for a visor; Permeation Performance: Suit, boots, gloves, and visor materials tested against each of the 15 liquid chemicals in the standardised test battery ASTM F1001-99a. All results >480 min. See Respirex User Instructions BS065 for details.Physical Properties of Tychem™ TK material: EN14325:2004: • Abrasion resistance – class 6• Tensile strength – class 4• Flex cracking resistance – class 1• Flex cracking at -30°C – class 3• Trapezoidal tear resistance – class 6• Puncture resistance – class 2• Seam strength – class 5• Resistance to ignition - passBoot: Seamless construction; oil resistant to EN345-S5; compound surpasses NFPA 1991 requirements; EN374-3 chemical permeation; slip/oil resistant sole; stainless steel toecap (200 joule) and mid-sole.Glove: choice of neoprene outer (heavy- or light-duty), North Silver Shield®/4H inner bonded to outer, optional cotton linerRespiratory Protection: 3M specifi cation TS0084 (based on EN12941:1998 TH3, nominal PF= 500). Following clauses excluded or modifi ed: battery duration; maximum mass; strength of hoses and couplings; strength of couplings to hood; marking.Battery: (BAT-21) Lithium, single-use, duration: 3.5 hours.Filters: (JFR-85-CE) A2B2E2K2P SL + chemical warfare (CW) agents: military challenges, similar to those defi ned in the NATO Respirator Triptych D/103:1991. See 3M JFR-85 Technical Bulletin for details. IP53, per EN60529 (dust and spraying water).MMDF (Manufacturer’s Minimum Design Flow): 135 l/min; max fl ow: 230 l/min.Intrinsic Safety – Jupiter™Air Filter Unit with BAT-21 onlyEN50020 EEx ib IIB T3; ib – incapable of causing ignition in normal operation IIB – gas sub group: (EN 50014) T3 – Max. surface temperature 200°C (Ta = -10°C to +40°C)


Gloves and boots are attached to the suit. Individual size combinations can be made to accommodate customer preferences.

Materials – PRPS:Suit: Du Pont Tychem® TKVisor: PVC + chemical protection laminate

Boots: PVC body; rubber sole, stainless steel insertsGloves: Neoprene outer/ North Silver Shield®/4H innerJupiter Air Filter Unit body: Noryl™ (PPO)Filter body: Polypropylene (PP)

Concise Product Specifi cation – PRPS(T)Chemical Protective Clothing: no testingBoot: as per PRPSRespiratory Protection: 3M specifi cation TS0084 (based upon EN12941:1998 TH3, nominal protection factor = 500). Following clauses excluded or modifi ed: battery duration; maximum mass; strength of hoses and couplings; strength of couplings to hood; marking.Battery: (BAT-20) NiMH rechargeable, duration: 4 hours.Filters: (JFR-T1 & T2) – PSL & Nuisance odour; simulates weight and breathing resistance of ‘operational’ fi lters. MMDF (Manufacturer’s Minimum Design Flow): 135 l/min; maximum fl ow: 230 l/min.Sizing: as per PRPS.

Materials – where different from PRPS:Suit: PVCVisor: PVC onlyFilter body: HIPS

Operational ProceduresThe Chemprotex PRPS is intended for use by Emergency Response personnel after a chemical or biological incident. It should only be used after a process of detection, identifi cation and monitoring to establish the potential hazard. It is important to note that the suit is NOT appropriate for use in environments where the hazard is unknown.

Operational Procedures should be planned to cover the use of this PPE. They should cover areas such as:• Decisions on suitable environments• Donning and standby procedures• Maximum wear time to minimise the risk of heat stress• A ‘buddy’ system for team safety, e.g. checking ‘buddy’s’ alarms

and system status• Emergency escape and doffi ng procedures

(e.g. in case of system failure)• Battery and fi lter management• Managing Limitations of Use• Doffi ng, cleaning, servicing and re-use.

Size Chest cms (inches)

Height cms (inches)

Boots Gloves Light / Heavy

S 86-94 (34“-37“)

152-165(5‘-5‘5“)

39 8 / 10

M 94-102 (37“-40“)

163-175(5‘4“-5‘9“)

42 9 / 10

L 102-112 (40“-44“)

173-185(5‘8“-6‘1“)

44 10 / 10

XL 109-124 (43“-49“)

180-196(5‘11“-6‘5“)

46 11 / 11

XXL 117-140(46“- 55“)

191-206(6‘3“- 6‘9“)

46 11 / 11

Gas-tight Zip and Zip fl ap

ChemicalResistant Visor

2 x Filters

Gas-tightSeams

NeopreneGloves

4 x Exhalation

Integratedboots

OptionalHardhat

2

Neoprene or Stanzoil Gloves


Neoprene or Stanzoil Gloves


Cleaning, Maintenance and ServicingChemprotex PRPS ‘Operational’ System

The Chemprotex PRPS (‘operational’) is intended to be stored for up to 5 years, and then used once, directly from the sealed container in an emergency situation.

Once opened and used, the PRPS cannot be re-used for operational purposes without service and re-test by a qualifi ed service agent. Before returning to the service agent, documentary evidence must be produced confi rming that the equipment is chemically and biologically safe to handle. After use, a decision must therefore be made on the feasibility of decontaminating the PRPS before returning to the service agent. A sealable hazbag is included to aid decontamination/disposal.

Battery and fi lters should be disposed of after each use.On return to the service agent, a full, hygienic cleaning service, sanitisation, gas-tight retest and repack (with new battery/fi lters) will be carried out. The system will be certifi ed ready for re-use.

Maintenance, servicing and repair must only be carried out by properly trained personnel, with the correct specialist equipment. Use of unapproved parts or unauthorised modifi cation could result in danger to life or health and can invalidate any warranty.

Chemprotex PRPS(T) ‘Training’ SystemThe Chemprotex PRPS(T) (‘training’) is intended to be used many times for training and simulation purposes. It is not gas-tight-tested, and therefore more user-servicing can be carried out.

Laundering is not recommended for the PRPS(T). After use, the suit should be wiped with a sponge using warm water and Citrikleen*, rinsed and allowed to dry naturally. The inner surfaces of the suit should be sanitized using Synodor*. However, the neck seal may be removed and laundered separately; it may also be replaced when necessary for hygiene reasons. Do not use solvents or strong cleaning and disinfecting agents on the suit.

Gloves are replaceable by trained personnel, but boots are not.

The Jupiter™ air fi lter unit, battery, fi lters and adaptors may be reused provided they are in good condition. After many fi ttings and removals, the training fi lter retention mechanism may wear and the fi lters should be replaced. Use a clean cloth dampened with a mild solution of water and liquid household soap to clean the Jupiter™ Air Filter Unit (AFU).WARNING: Do not use petrol, chlorinated degreasing fl uids (such as trichloroethylene), organic solvents, abrasive cleaning agents or compressed air to clean any part of the equipment. To disinfect, use 3M 105 wipes* or Synodor*.• Do not allow water to enter the breathing tube, any part of the AFU

assembly or fi lters.• Do not machine wash or dry, bleach, iron or dry clean.• Replace the battery pack after approximately 500 charges.

* see Spares and Accessories Table

Disposal of Chemprotex PRPS and its ComponentsConsideration must be given to contamination of the system or parts during disposal. If contaminated, the system or parts should be disposed of in the same waste stream as all other contaminated or hazardous waste, in accordance with local health & safety and environmental regulations. The following points should also be noted:• Filters: used fi lter canisters are potential reservoirs of any fi ltered

contamination – particulate or gas.• Tychem® TK: contains non-halogenated fi lms, with associated

advantages for incineration.• Batteries: do not dispose of either NiMH or Lithium batteries in a fi re or

send for incineration.

Spares and AccessoriesOrder from:

Respirex 3M

Cotton gloves H01158

Socks H00075

Peakless safety helmet G01001

Re-hydration pack G01002

Replacement neck seal G01011

Hazbag with tie and tag G01652

‘Fog-Off’ anti-misting agent (100 ml) F00934

‘Synodor’ anti-bacterial cleaner (5 l) F00937

‘Citrikleen’ cleaning agent (5 l) F00938

Jupiter Air Filter Unit (with remote alarm unit

JP-ER-02

Training Filters (6 pairs / pack) JFR-T1 or JFR-T2

Operational Filters (6 pairs / pack) JFR-85-CE

Re-chargeable NiMH battery pack BAT-20

Single-Use Operational battery BAT-21

Single Station Battery charger – Eu 003-00-58PEU

Single Station Battery charger - UK 003-00-58PUK

10-Station Battery charger 003-00-59P

Disinfectant wipes 105

Outer Filter Adapter 085-09-00P

Filter

Jupiter air fi lter unit (inside suit)

Inner Filter adapter (inside suit)

Outer Filter adapter

Remote alarm unit (inside hood)

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3

Cleaning, Maintenance and ServicingPRPS ‘Operational’ System

The PRPS (‘operational’) is intended to be stored for up to 10 years (subject to appropriate maintenance & testing), and then used once, directly from the sealed container in an emergency situation.

Once opened and used, the PRPS cannot be re-used for operational purposes without service and re-test by a qualified service agent. Before returning to the service agent, documentary evidence must be produced confirming that the equipment is chemically and biologically safe to handle. After use, a decision must therefore be made on the feasibility of decontaminating the PRPS before returning to the service agent.

A sealable hazbag is included to aid decontamination/disposal.

Battery and filters should be disposed of after each use.

On return to the service agent, a full, hygienic cleaning service, sanitisation, gas-tight retest and repack (with new battery/filters) will be carried out.

The system will be certified ready for re-use.

Maintenance, servicing and repair must only be carried out by properly trained personnel, with the correct specialist equipment. Use of unapproved parts or unauthorised modification could result in danger to life or health and can invalidate any warranty.

PRPS(T) ‘Training’ System

The PRPS(T) (‘training’) is intended to be used many times for training and simulation purposes. It is not gas-tight-tested, and therefore more user-servicing can be carried out.



The Jupiter™ air filter unit, battery, filters and adaptors may be reused provided they are in good condition. After many fi ttings and removals, the training filter retention mechanism may wear and the filters should be replaced. Use a clean cloth dampened with a mild solution of water and liquid household soap to clean the Jupiter™ Air Filter Unit (AFU).

WARNING: Do not use petrol, chlorinated degreasing fluids (such as trichloroethylene), organic solvents, abrasive cleaning agents or compressed air to clean any part of the equipment. To disinfect, use 3M 105 wipes* or Synodor*.

• Do not allow water to enter the breathing tube, any part of the AFU assembly or filters.

• Do not machine wash or dry, bleach, iron or dry clean.• Replace the battery pack after approximately 500 charges.


Spares & Accessories Respirex 3M


Socks H00075








Jupiter Air Filter Unit (with remote alarm unit) JP-ER-02

Training Filters (pair) JFR-T1

Operational Filters (pair) JFR-85-CE

Re-chargeable NiMH battery pack BAT-20


Single Station Battery charger (Eu) 003-00-58PEU

Single Station Battery charger (UK) 003-00-58PUK




Disposal of PRPS and its Components

Consideration must be given to contamination of the system or parts during disposal. If contaminated, the system or parts should be disposed of in the same waste stream as all other contaminated or hazardous waste, in accordance with local health & safety and environmental regulations. The following points should also be noted:

• Filters: used filter canisters are potential reservoirs of any filtered contamination – particulate or gas.

• Tychem® TK: contains non-halogenated films, with associated advantages for incineration.

• Batteries: do not dispose of either NiMH or Lithium batteries in a fire or send for incineration.

: www.respirexinternational.com Respirex International Limited

Cleaning, Maintenance and ServicingPRPS ‘Operational’ System

The PRPS (‘operational’) is intended to be stored for up to 10 years (subject to appropriate maintenance & testing), and then used once, directly from the sealed container in an emergency situation.

Once opened and used, the PRPS cannot be re-used for operational purposes without service and re-test by a qualified service agent. Before returning to the service agent, documentary evidence must be produced confirming that the equipment is chemically and biologically safe to handle. After use, a decision must therefore be made on the feasibility of decontaminating the PRPS before returning to the service agent.

A sealable hazbag is included to aid decontamination/disposal.

Battery and filters should be disposed of after each use.

On return to the service agent, a full, hygienic cleaning service, sanitisation, gas-tight retest and repack (with new battery/filters) will be carried out.

The system will be certified ready for re-use.

Maintenance, servicing and repair must only be carried out by properly trained personnel, with the correct specialist equipment. Use of unapproved parts or unauthorised modification could result in danger to life or health and can invalidate any warranty.

PRPS(T) ‘Training’ System

The PRPS(T) (‘training’) is intended to be used many times for training and simulation purposes. It is not gas-tight-tested, and therefore more user-servicing can be carried out.



The Jupiter™ air filter unit, battery, filters and adaptors may be reused provided they are in good condition. After many fi ttings and removals, the training filter retention mechanism may wear and the filters should be replaced. Use a clean cloth dampened with a mild solution of water and liquid household soap to clean the Jupiter™ Air Filter Unit (AFU).

WARNING: Do not use petrol, chlorinated degreasing fluids (such as trichloroethylene), organic solvents, abrasive cleaning agents or compressed air to clean any part of the equipment. To disinfect, use 3M 105 wipes* or Synodor*.

• Do not allow water to enter the breathing tube, any part of the AFU assembly or filters.

• Do not machine wash or dry, bleach, iron or dry clean.• Replace the battery pack after approximately 500 charges.


Spares & Accessories Respirex 3M


Socks H00075








Jupiter Air Filter Unit (with remote alarm unit)

JP-ER-02

Training Filters (pair) JFR-T1

Operational Filters (pair) JFR-85-CE

Re-chargeable NiMH battery pack

BAT-20


Single Station Battery charger (Eu) 003-00-58PEU

Single Station Battery charger (UK) 003-00-58PUK




Disposal of PRPS and its Components

Consideration must be given to contamination of the system or parts during disposal. If contaminated, the system or parts should be disposed of in the same waste stream as all other contaminated or hazardous waste, in accordance with local health & safety and environmental regulations. The following points should also be noted:

• Filters: used filter canisters are potential reservoirs of any filtered contamination – particulate or gas.

• Tychem® TK: contains non-halogenated films, with associated advantages for incineration.

• Batteries: do not dispose of either NiMH or Lithium batteries in a fire or send for incineration.
























emergency
































emergency











: 087060 800 60 : www.3M.com/uk/ohes




Technical





hood alarm system











RED:System warning


GREEN:System OK


emergency




























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4



The JFR-85 Filter One of the key factors in providing the high level of comfort and protection provided by the PRPS suit is the performance of the filters fitted to the 3M Jupiter™, which capture contaminants whilst allowing a continuous flow of air.

The filters capture:

• Solid and liquid particles (dusts and powders, mists, fibres, spores, micro-organisms and radioactive particles)

• Certain gases and vapours (many industrial chemicals and chemical warfare agents)

Particle Filter

Gas/vapour Filter

The filters capture particles of all sizes with very high efficiency. They have a high loading capacity, but will eventually clog, at which point the system low flow alarm will activate. Biological agents such as bacteria, viruses and mould spores are particles and are removed by particulate filters with the same efficiency as non-biological particles having the same physical characteristics (size, shape, etc.). The 3M JFR-85-CE filter is therefore highly efficient for filtering airborne biological agents.

A broad range of gases and vapours is captured completely by the filter until it is saturated, at which point breakthrough occurs – the higher the concentration, the earlier the breakthrough. This is not detectable by the system – therefore no alarm will activate. It is important to recognise that not all gases and vapours are captured by the filter, including oxygen and nitrogen in the air, which have to pass straight through the filter.

The type and concentration of a gas or vapour are two of the factors to be considered when deciding whether it is appropriate to deploy PRPS at an incident.

Please note that the PRPS does not provide oxygen, and therefore should not be used in atmospheres containing less than 19.5% oxygen. (3M definition. Please seek advice from 3M if in doubt.)

This guide is intended to support the decision-making of specifiers of Emergency Response Personal Protective Equipment and authors of operational procedures. It provides useful information on filter capability and capacity for many hazards, but not maximum use concentration - further factors must be considered when deciding on maximum use concentration, and whether PRPS should be deployed.

How to use the Filtration GuideStep 1 Read and understand this guide and product user

instructions thoroughly.

Step 2 Find your chemical of interest in the filtration guide

Step 3 Read across to Column 3 - ‘Effective Filtration?’. If ‘Yes’, continue to Step 4; if ‘No’, do not deploy PRPS.

Step 4 In Column 4, read the contaminant-type: ‘Particulate’ and/or ‘Gas and vapour’. If your contaminant-type is ‘Particulate’, the end of filter life is indicated by the red alarm activation.

Step 5 If your contaminant-type includes gas/vapour, read the ‘75 minute filter life max concentration’ in column 5.

Step 6 Review the data in Columns 6 & 7 and the note references in Column 8 to help decide whether and how to deploy PRPS.

Notes on Filtration1. If the contaminant cannot be found in the filtration guide

guide, please contact 3M (see bottom).

2. If the contaminant is listed with a ‘No’ in Column 3 - “Effective filtration?” then PRPS is not suitable for this application. Note that the ‘Ineffective filtration’ list is not exhaustive. Other compounds exist against which the JFR- 85-CE is ineffective. Many of the compounds in this table are asphyxiants, which can replace the oxygen required to breathe so any filter-based respiratory protection would be ineffective.

3. If your contaminant-type is ‘Particulate’, the end of filter life is indicated by the red alarm activation.

4. In Column 5, the ‘75 minute Maximum Use Concentration’ is based on a use time of 60 minutes (after which time the 3M Jupiter™ AFU will alert the wearer) plus a 15 minute “decontamination” period (the system will again alert the user), including a safety factor based on production variation.

5. With some contaminants, in Column 5, the ‘75min filter life max concentration’ entry is above ‘1000ppm’. 1000ppm is the test concentration used in the European standard EN12941 for Class 2 Gas filters, and is the normal industrial limit for these filters.

6. Column 6 refers to ‘Above’ or ‘Below’ IDLH (Immediately Dangerous to Life or Health) concentration, which is considered by safety agencies such as NIOSH (and 3M), to be a sensible maximum use limitation for wearers of filtering respirators. The IDLH value used in the table is based on the NIOSH Chemical Listing and Documentation of Revised IDLH Values 1994. For more details of IDLH, see www.cdc.gov/niosh/idlh/intridl4.html.

7. Column 7 refers to ‘Data Source’. Many of the contaminants are tested directly, however some contaminants are calculated, based on test results of similar chemicals, or for some agents a simulant has been tested.

8. For some contaminants, there is no IDLH value assigned. For those contaminants, further research should be conducted to identify a safe operational maximum use concentration, because the ‘75 minute Maximum Use Concentration’ given may greatly exceed the concentration in which it is safe to use PRPS.

Filtration Warnings1. Leave the contaminated area immediately if contaminants

are smelled or tasted or an irritation occurs.

2. Not to be used against unknown atmospheric contaminants, when concentrations of contaminants are unknown or immediately dangerous to life or health (IDLH),

3. Re-evaluate usage if there is an obvious change in the exposure conditions.

4. Do not use in atmospheres containing less than 19.5% oxygen. (3M definition. Please seek advice from 3M if in doubt.)

5. The 3M™ JFR-85-CE filters are single-use.


JFR-85 Filtration Guide – Chemicals in alphabetical order

Chemical name CAS NumberEffective filtration?

Airborne contaminant type

75min filter life max concentration

(incl safety factor)

Is 75min filter life max conc above or below IDLH?

Data sourceSee Note

Column 1 Column 2 Column 3 Column 4 Column 5 Column 6 Column 7 Column 8

Acetone 67-64-1 Yes Gas/vapour 570ppm Below (IDLH=2,500ppm) Tested filter capacity 4,6

Acetonitrile 75-05-8 Yes Gas/vapour 570ppm Above (IDLH=500ppm) Calculated capacity 4,6,7

Ammonia, anhydrous, 7664-41-7 Yes Gas/vapour 850ppm Above (IDLH=300ppm) Tested filter capacity 4,6

Anthrax Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Asbestos Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Bacteria Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Botulin toxin (Botulism) Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Brucella Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

1,3-Butadiene 106-99-0 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Butane 106-97-8 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Caesium 137 10045-97-3 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Carbon Dioxide 124-38-9 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Carbon Disulphide 75-15-0 Yes Gas/vapour 190ppm Below (IDLH=500ppm) Tested filter capacity 4,6

Carbon Fibre Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Carbon monoxide 630-08-0 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Chlorine 7782-50-5 Yes Gas/vapour 1420ppm Above (IDLH=10ppm) Tested filter capacity 4,5,6

Chlorodifluormethane 75-45-6 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Chloropicrin (PS) 76-06-2 Yes Gas/vapour 1760mg/m3 Above (IDLH=2ppm) Tested filter capacity 4,5,6

Cobalt 60 10198-40-0 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Cobalt carbonyl 10210-68-1 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Cobalt hydrocarbonyl 16842-03-8 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Coxiella Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Cyanogen Chloride (CK) 506-77-4 Yes Gas/vapour 470mg/m3 No IDLH exists Tested filter capacity 4,8

Cyclohexane 110-82-7 Yes Gas/vapour 1170ppm Below (IDLH=1,300ppm) Tested filter capacity 4,5,6

Dichloromethane (methylene chloride) 75-09-2 Yes Gas/vapour 160ppm Below (IDLH=2,300ppm) Tested filter capacity 4,6

Diethylamine 109-89-7 Yes Gas/vapour 160ppm Below (IDLH=200ppm) Calculated capacity 4,6,7

Dimethylformamide 68-12-2 Yes Gas/vapour 1170ppm Above (IDLH=500ppm) Calculated capacity 4,5,6,7

Dimethylmethylphosphonate (DMMP) 756-79-6 Yes Gas/vapour 1340ppm/6820mg/m3 No IDLH exists Tested filter capacity 4,5,8

E.coli 0157 Not available Yes Particulate N/A - particulate No IDLH exists N/A - particulate 3,8

Ethyl Acetate 141-78-6 Yes Gas/vapour 1170ppm Below (IDLH=2,000ppm) Calculated capacity 4,5,6,7

Ethylene Oxide 75-21-8 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

GB Sarin 50642-23-4 Yes Gas/vapour 1340ppm/6820mg/m3 No IDLH exists Simulant test 4,5,7,8

GD Soman 50642-24-5 Yes Particulate/gas/vapour 1340ppm/6820mg/m4 No IDLH exists Simulant test 4,5,7,8

HD Mustard 505-60-2 Yes Particulate/gas/vapour 1340ppm/6820mg/m5 No IDLH exists Simulant test 4,5,7,8

n-Hexane 110-54-3 Yes Gas/vapour 1170ppm Above (IDLH=1,100ppm) Calculated capacity 4,5,6,7

Hydrogen Chloride 7647-01-0 Yes Gas/vapour 1420ppm Above (IDLH=100ppm) Calculated capacity 4,5,6,7

Hydrogen Cyanide 74-90-8 Yes Gas/vapour 970mg/m3 Above (IDLH=50ppm) Tested filter capacity 4,6

Hydrogen Fluoride 7664-39-3 Yes Gas/vapour 600ppm Above (IDLH=30ppm) Calculated capacity 4,6,7

Hydrogen Sulphide 7783-06-4 Yes Gas/vapour 4040ppm Above (IDLH=100ppm) Tested filter capacity 4,5,6

Legionella Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Methane 74-82-8 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Methanol 67-56-1 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Methyl Chloride 74-87-3 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

MMMF (Man-Made Mineral Fibres) Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Mould spores Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Nitrobenzene 98-95-3 Yes Gas/vapour 1170ppm Above (IDLH=200ppm) Calculated capacity 4,5,6,7

Nitrogen dioxide 10102-44-0 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Nitrogen monoxide 10102-43-9 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Phosgene (Carbonyl chloride) 75-44-5 Yes Gas/vapour 4010ppm Above (IDLH=2ppm) Tested filter capacity 4,5,6

Phosphine 7803-51-2 Yes Gas/vapour 300ppm Above (IDLH=50ppm) Tested filter capacity 4,6

'Plagues' Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Plutonium Oxide 12035-83-5 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Polonium 210 13981-52-7 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Propane 74-98-6 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Ricin 9009-86-3 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Salmonella Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Smallpox Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Sodium Hydroxide 1310-73-2 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Strontium 90 10098-97-2 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Sulphur Dioxide 7446-09-5 Yes Gas/vapour 600ppm Above (IDLH=100ppm) Tested filter capacity 4,6

Sulphur hexafluoride 2551-62-4 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Sulphuric acid 7664-93-9 Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Tetrachloroethylene 127-18-4 Yes Gas/vapour 1170ppm Above (IDLH=500ppm) Calculated capacity 4,5,6,7

Tetrahydrofuran 109-99-9 Yes Gas/vapour 1170ppm Below (IDLH=2000ppm) Calculated capacity 4,5,6,7

Toluene 108-88-3 Yes Gas/vapour 1170ppm Above (IDLH=500ppm) Calculated capacity 4,5,6,7

Trichlorofluoromethane 75-69-4 No Gas/vapour N/A - not effective N/A - not effective N/A - not effective 2

Tularemia Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

Viruses Not available Yes Particulate N/A - particulate N/A - particulate N/A - particulate 3

VX Not available Yes Particulate/gas/vapour 1340ppm/6820mg/m3 No IDLH exists Simulant test 4,5,7,8


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: [email protected]

© Respirex International Limited, 2016


: 087060 800 60 : www.3M.com/uk/ohes























emergency











: 087060 800 60 : www.3M.com/uk/ohes




Technical





hood alarm system











RED:System warning


GREEN:System OK


emergency




























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acetaldehyde 75-07-0

acetic acid, glacial 64-19-7

acetic anhydride 108-24-7

acetone 67-64-1

acetonitrile 75-05-8

acetophenone 98-86-2

acrylic acid 79-10-7

acrylonitrile 107-13-1

allyl chloride 107-05-01

ammonia gas 7664-41-7

ammonia solution, 35% 1336-21-6

amyl acetate 628-63-7

aniline 62-53-3

aviation fuel n/a

benzene 71-43-2

benzoyl chloride 98-88-4

benzyl alcohol 100-51-6

bromine liquid 7726-95-6

butadiene, 1,3- 106-99-0

butanone (MEK) 78-93-3

carbon disulphide 75-15-0

chlorine gas 7782-50-5

chlorobenzene 108-90-7

chloroform 67-66-3

chloromethane gas 74-87-3

chlorosulphonic acid 7790-94-5

cyclohexanone 108-94-1

dibromomethane 74-95-3

dichloromethane 75-09-2

diethylamine 109-89-7

diethylsulphate 64-67-5

dimethylacetamide, N,N- 127-19-5

dimethylformamide 68-12-2

dimethyl sulphate 77-78-1

epichlorohydrin 106-89-8

ethanol 64-17-5

ethyl acetate 141-78-6

ethyl benzene 100-41-4

ethylene oxide 75-21-8

formaldehyde, 37% sol 50-00-0

formic acid, 30% - 90% 64-18-6

furfural 98-01-1

heptane 142-82-5

hexamethylene diisocyanate 822-06-0

hexane 110-54-3

hydrazine hydrate 7803-57-8

hydrochloric acid, 36% 7647-01-0

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hydrofluoric acid 48% 7664-39-3

hydrofluoric acid 73% 7664-39-3

hydrogen chloride gas 7647-01-0

hydrogen fluoride gas 7664-39-3

hydrogen fluoride liquid 7664-39-3

hydrogen peroxide, 27.5% 7722-84-1

lactic acid, 40% 50-21-5

methacrylic acid 79-41-4

methanol 67-56-1

methyl acrylate 96-33-3

methyl methacrylate 80-62-6

methyl vinyl ketone 78-94-4

nitric acid, 10% 7697-37-2

nitric acid, 60% - 70% 7697-37-2

nitric acid,fuming 7697-37-2

nitrobenzene 98-95-3

oleum, 30% 8014-95-7

oxalic acid, saturated 144-62-7

petrol - unleaded 8006-61-9

phenol, solid 108-95-2

phenol,85% 108-95-2

phenol,liquid-41 degC 108-95-2

phosgene 75-44-5

phosphoric acid, 20% 7664-38-2

phosphoric acid,85% 7664-38-2

phosphorus trichloride 7719-12-2

propan-2-ol 67-63-0

propylene oxide 75-56-9

pyridine 110-86-1

sodium hydroxide, 40% 1310-73-2

sodium hypochlorite,13% 7681-52-9

styrene 100-42-5

sulphur dioxide 7446-09-5

sulphuric acid 10% - 50% 7664-93-9

sulphuric acid 96% 7664-93-9

tetrachloroethylene 127-18-4

tetrahydrofuran 109-99-9

thionyl chloride 7719-09-7

toluene 108-88-3

toluene-2,4-diisocyanate 584-84-9

toluidine, o- 95-53-4

trichlorobenzene, 1,2,4- 120-82-1

trichloroethylene 79-01-6

triethylamine 121-44-8

trifluoroacetic acid 76-05-1

vinyl acetate 108-05-4

xylene 1330-20-7

Breakthrough times over 480 minutes

Breakthrough times 241 to 480 minutes


Breakthrough Times:


Breakthrough times less than 30 minutes

Not tested

PRPS Suit Components - Chemical Permeation Data

Documents

Technical - Carrier...• Jupiter ER-02 Air Filter Unit: QX-38000-1080-8 • JFR Filter Series: CV-0005-1801-5 1. Failure to follow all instructions on the use of this product may