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9

Step 5.

Move disabled person in cradle to launch area. Pull on free end of rope to take up the slack. Rope must
be taught before descending. Slowly release cradle to begin descent.

Step 6.

The guideline attached to the bottom of the cradle is used to steer the cradle past obstructions to the
ground.

CAUTION: Exert steady pull on guideline - never tug violently, cradle may tear. Do not pull guideline to cause cradle
angle to exceed ten degrees to vertical. To avoid damage to the guideline, never wrap around any object to control
descent speed or direction of descent. Swing injury may result if guideline breaks. Do not put sharp objects in cradle
which may rip or tear cradle.

4.0

TRAINING

4.1

It is the responsibility of the user to assure they are familiar with these instructions, and are trained in the correct
care and use of this equipment. User must also be aware of the operating characteristics, application limits, and the
consequences of improper use of this equipment.

WARNING: Training must be conducted without exposing the trainee to a fall hazard. Training should be repeated on
a periodic basis. Always use a back-up system when training.

4.2

All persons should experience the descent on the Rescumatic® Emergency  Escape Device before the event of
an emergency situation which will require it’s use. Demonstrations organized at the time of installation are strongly
recommended with repeat demonstrations every six months just after the maintenance check (see section 6.0).

Initial training is advised from a low height, for example a standing height of approximately six feet above ground.
This is usually done by attaching the Rescumatic® unit to a crane or hoist hook at ground level and then raising
a person off the ground a few feet before the descent is allowed to begin.
It is highly recommended that a full body harness be used by the trainee. The Rescumatic® Emergency Escape
Device should be attached to the dorsal D-ring or the front D-ring. Attachment of the harness to the descent
device is made by using a carabiner connected to the D-ring on the harness and the metal D-ring on the end of
the Rescumatic® body support.

A backup fall arrest system (such as a self retracting lifeline) should be utilized during all training descents. A
means of rescue should be available during all training descents.

5.0

INSPECTION

5.1

MONTHLY: A formal inspection should be completed by a competent person other than the user. A formal
inspection should be completed if the system parameters are changed, such as after a system is moved,
re-rigged, anchorages moved, guide cable angle changed, etc. Extreme working conditions may require
increasing the Inspection frequency. Inspect the Rescumatic® Emergency Escape Device according to sections
5.2 and 5.3. Record inspection results in the inspection and maintenance log in section 9.0.

5.2

Inspection steps:

Step 1.

Inspect device for loose fasteners and bent or damaged parts.

Step 2.

Inspect cover and base plate for distortion, cracks or other damage.

Step 3.

Device rope must pull out freely in both directions.

Step 4.

Inspect rope for cuts, wear, breaks, or abraded cover.

IMPORTANT: After several descents the outside portion of the rope will begin to loosen up and increase in diameter.
This is a sign of wear and will potentially cause interference and binding as the rope enters and exits the descent unit.
Inspect the rope carefully and replace the rope immediately if the rope cover is loose, warn, or begins to bunch up as
the rope enters the descent unit.

Step 5.

Inspect for corrosion.

Summary of Contents for 3300000

Page 1: ... 3610000 Rescue Cradle this kit consists of a canvas cradle a carabiner and a guide line The cradle has one ring on each side and a webbing tab tail which must all be attached together Optional item sold separately 1 0 APPLICATIONS 1 1 Purpose The Rescumatic Emergency Escape Device is used for automatic controlled descent from overhead cranes towers buildings or other heights The system alternates...

Page 2: ...2 Figure 1 Rescumatic Emergency Escape Device Rescumatic labeling on face and sides Carabiner D ring Body Support Adjuustment Buckle Rope Rope Spool Rope System Label ...

Page 3: ...TANDARDS Refer to applicable standards including local state and federal requirements for more information 2 0 System Requirements 2 1 COMPATIBILITY OF COMPONENTS DBI SALA equipment is designed for use with DBI SALA approved components and subsystems only Substitutions or replacements made with non approved components or subsystems may jeopardize compatibility of equipment and may effect the safet...

Page 4: ...t snap hooks are designed for use on fixed structural elements such as rebar or cross members that are not shaped in a way that can capture the gate of the hook C In a false engagement where features that protrude from the snap hook or carabiner catch on the anchor and without visual confirmation seems to be fully engaged to the anchor point D To each other E Directly to webbing or rope lanyard or...

Page 5: ... proper fit 3 0 INSTALLATION AND USE WARNING Do not alter or intentionally misuse this equipment Consult DBI SALA when using this equipment in combination with components or subsystems other than those described in this manual Some subsystem and component combinations may interfere with the operation of this equipment Use caution when using this equipment around moving machinery electrical hazards...

Page 6: ...s over 250 ft 76 2m or if an angled descent is desired The rope spool should be located just below the Rescumatic Emergency Escape Devise Make sure the reel rotates freely and rope can unravel as the descent proceeds The rope spool and rotating spindle should be protected from weather and the environment See Figure 7 For vertical systems 250 ft 76 2m or less the spool can be dropped to the safe le...

Page 7: ...or second descent If the system is to be used for multiple descents the second person shall repeat steps 2 5 s n o i t a d n e m m o c e R h t g n e r t S e g a r o h c n A e l b a C e d i u G 1 e l b a T m o r F e l b a C e d i u G f o e l g n A l a c i t r e V n o i s n e t e r P e l b a C e d i u G g a S e l b a C e d i u G l a i t i n I e g a r o h c n A d e d n e m m o c e R y t e f a S 1 2 g...

Page 8: ...ltiple descents the body support must be detached from the snatch block A separate snatch block must be used by second person Second person shall repeat steps 2 6 When the body support is detached from the snatch block the rope and body support will swing back below the overhead Rescumatic unit Be certain the rope will not be damaged or interfered with as it swings back If multiple angled descents...

Page 9: ... hoist hook at ground level and then raising a person off the ground a few feet before the descent is allowed to begin It is highly recommended that a full body harness be used by the trainee The Rescumatic Emergency Escape Device should be attached to the dorsal D ring or the front D ring Attachment of the harness to the descent device is made by using a carabiner connected to the D ring on the h...

Page 10: ...commended after each maintenance check See section 4 0 Step 9 Return unit back to original location Ensure that the Rescumatic equipment is protected from the effects of weather and environment until the next inspection A vinyl protective cover is supplied by DBI SALA 6 2 If maintenance check reveals an unsafe condition remove from service immediately and contact DBI SALA or an authorized service ...

Page 11: ... core 7 x 19 construction Capacity 300 lbs 136kg one person Rescumatic Emergency Escape Device meets CSA Z259 2 3 Class 1E Rescue Cradle Hardware High tensile alloy steel snap hook aluminum ferrule Webbing 1 3 4in 45mm polyester strength member Cradle Treated canvas with polyester web Rope 3 strand polypropylene Capacity 350 lbs 159kg one person Snatch Block Hardware Forged steel swivel tee and yo...

Page 12: ...12 Rescumatic Rope System Label Rescue Cradle ID Label 8 1 These labels must be present and fully legible 8 1 Continued ...

Page 13: ... e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A 9 0 INSPECTION AND MAINTENANCE LOG DATE OF MANUFACTURE _______________________________________________________________________ MODEL NUMBER ______________________________________________________________________________ DATE PURCHASED _______________________________...

Page 14: ... e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A 9 0 INSPECTION AND MAINTENANCE LOG DATE OF MANUFACTURE _______________________________________________________________________ MODEL NUMBER ______________________________________________________________________________ DATE PURCHASED _______________________________...

Page 15: ... e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A y B d e v o r p p A 9 0 INSPECTION AND MAINTENANCE LOG DATE OF MANUFACTURE _______________________________________________________________________ MODEL NUMBER ______________________________________________________________________________ DATE PURCHASED _______________________________...

Page 16: ...0043 3300045 3300046 3300050 3300052 3300053 3300055 3300060 3300062 3300065 3300066 3300070 3300071 3300073 3300075 3300076 3300077 3300080 3300081 3300084 3300085 3300089 3300090 3300095 3300096 3300100 3300105 3300110 3300112 3300115 3300116 3300120 3300125 3300128 3300130 3300138 3300140 3300143 3300150 3300160 3300165 3300170 3300175 3300180 3300182 3300185 3300190 3300200 3300210 3300212 330...

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