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ELSA DASH/SPRINT 

1.  INTRODUCTION 

1.1  BREATHABLE AIR 

Air for compressed air breathing apparatus 

may  be  natural  or  synthetic.  A  typical 

composition  of  natural  air (at atmospheric 

pressure and room temperature) is shown 

in 

Table 1

Element 

Mass % 

(Dry Air) 

Volume % 

(Dry Air) 

Oxygen 

 23.14 

 20.948 

Nitrogen 

 75.52 

 78.08 

Argon 

   1.29 

   0.93 

Carbon Dioxide 

   0.05 

   0.031 4 

Hydrogen 

   0.000 003 

   0.000 05 

Neon 

   0.001 270 

   0.001 818 

Helium 

   0.000 037 

   0.000 524 

Krypton 

   0.000 330 

   0.000 114 

Xenon 

   0.000 039 

   0.000 009 

Table 1:  Breathable Air 

The  quality  of  air  used  to  supply  and 

charge breathing apparatus must conform 

to  EN  12021  :  1999  (

Requirements  for 

Breathable Air

). 

Fire  risk  increases  when  the  oxygen  level 

rises above the value shown in 

Table 1

Contaminants must be kept to a minimum, 

and  must  not  exceed  permissible 

exposure levels. 
Cylinder  water  content  of  air  at 

atmospheric pressure must not exceed 50 

mg/m

3

  for  200  bar  cylinders  or  35  mg/m

for 300 bar cylinders. 
National  regulations  for  compressed  air 

breathing apparatus must be observed. 

1.2  APPARATUS SELECTION 

When  selecting  respiratory  protective 

equipment  the  following  factors  must  be 

considered: 

 

Hazards  likely  to  be  encountered 

and their effect on the wearer. 

 

Physical  and  emotional  stress  and 

their effect on wearer breathing rate. 

 

The  type  of  respiratory  protection 

required. 

In general, constant flow escape breathing 

apparatus is NOT suitable for use where: 

 

There are unknown hazards. 

 

There  are  no  planned  escape 

routes. 

 

There are escape routes that require 

physical  exertion,  e.g.:  ladders, 

tunnels and hatches. 

1.3  TRAINING 

These  instructions  cannot  replace  an 

accredited  training  course  run  by  fully 

qualified instructors in the proper and safe 

use of 

Sabre

 breathing apparatus. 

Please  contact 

Training  and  Technical 

Support  Services

  or  your 

Sabre

 

distributor for training course details. 

Training and Technical Support 

Services: 
Scott Health and Safety Limited 

Pimbo Road, West Pimbo, 

Skelmersdale, Lancashire, 

WN8 9RA, United Kingdom. 

Tel:  +44 (0) 1695 711711 

Fax: +44 (0) 1695 711775 

1.4  SERVICING 

ELSA

  apparatus  must  be  serviced  by 

personnel  who  have  completed  a  formal 

training  course  and  hold  a  current 

certificate  for  servicing  and  repairing 

Sabre

  breathing  apparatus.  Details  of  the 

servicing  schedule  are  contained  in  the 

ELSA  Dash

  and 

ELSA  Sprint 

Service 

Manuals,  copies  of  which  can  only  be 

obtained by registered holders of a current 

certificate. 
Your 

Sabre

  distributor  or 

Training  and 

Technical  Support  Services

  will  be 

pleased  to  provide  training  course  details 

and  quotes  for  service  contracts.  Please 

see previous page for contact details. 

1.5  SHELF LIFE 

Providing that 

ELSA

 apparatus is serviced 

regularly  as  described  in  the 

ELSA  Dash

 

and 

ELSA  Sprint

  Service  Manuals,  there 

are no shelf life limitations. 

 

Summary of Contents for ELSA Dash

Page 1: ...ELSA DASH SPRINT Compressed Air Escape Breathing Apparatus User Instructions Article No 1034931 Issue G 01 2007...

Page 2: ...UALITY ATTRIBUTES 5 3 INSTRUCTIONS FOR USE 5 3 1 INITIAL CHECKS 5 3 2 DONNING 5 3 3 HOOD DASH SPRINT 6 3 4 FACEMASK SPRINT 7 4 AFTER USE CLEANING AND TESTING 7 4 1 CLEANING HOODS DASH SPRINT 7 4 2 CLE...

Page 3: ...and remember what you must do to survive Don and activate the apparatus Leave the hazard area immediately Do not enter a hazard area unless it is part of the escape route Ensure that clothing hair sp...

Page 4: ...he type of respiratory protection required In general constant flow escape breathing apparatus is NOT suitable for use where There are unknown hazards There are no planned escape routes There are esca...

Page 5: ...ith a flow rate of 38 litres per minute that consists of a compressed air cylinder with a pressure reducing valve reducer cylinder valve and hood contained in a high visibility bag or black anti stati...

Page 6: ...od has an inner mask to minimise visor misting and carbon dioxide dead space A spring loaded exhale valve helps maintain a positive pressure within the facepiece Hoods are fabricated from high visibil...

Page 7: ...mechanism that becomes active when the wearer takes a first breath or with instant positive pressure where air is available as soon as the cylinder valve is opened Demand valves with a first breath m...

Page 8: ...C Directive EC 686 1986 Sabre Breathing Apparatus is an ISO9001 2000 approved division of Scott Health and Safety Limited NOTIFIED BODIES Inspec International Ltd No 0194 Upper Wingbury Courtyard Wing...

Page 9: ...the hood insert hands palms together into the neckseal and stretch the neckseal 2 Hold the hood with the neck seal over the crown of the head and pull the hood down over the head until the neck seal...

Page 10: ...LY When clear of the hazard area release the head harness and remove the facemask 6 After use the apparatus must be cleaned checked and the cylinder changed as described in Section 4 After Use Cleanin...

Page 11: ...hood check that the locking catch clicks into place c Fit the exhale valve and clip the valve cover into place 4 2 CLEANING FACEMASKS CAUTION Ensure visor is not scratched or contaminated with oil or...

Page 12: ...range the hood in the bag so that it will not foul when pulled from the bag 11 Check that the quick fire cord is in good condition 12 Wind the quick fire cord around the cylinder valve handwheel so th...

Page 13: ...s should be checked when issued and daily thereafter Apparatus deployed to ready use lockers should be checked daily 5 2 DAILY CHECKS Daily checks consist of the following 1 Check that the contents ga...

Page 14: ...Check that the orange O ring is clean and in good condition 3 Check that the locking catch moves freely without sticking 4 Connect the demand valve to the facepiece If it is a first breath demand val...

Page 15: ...Sabre Breathing Apparatus...

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